From 8cb1fdc0c8694ecb80fbfc2287a62e7ec6d05c9e Mon Sep 17 00:00:00 2001
From: Michael Collins <mdcolli@evoforge.org>
Date: Mon, 17 Jan 2022 14:51:18 -0500
Subject: [PATCH] created BASH test scripts and directories to allow automated
testing for changes to the rigal c compiler and the rigal code files. Just
checks whether the .json output of each of the legacy preloaded files
changes.
---
Code/test_rc_on_preloaded_examples.sh | 48 +
...> Example14_microwave_oven.mp.scope1_only} | 0
...xample33_Component_Diagram.mp.scope1_only} | 0
.../Example01_simple_message_flow.cpp | 363 +++
.../Example01_simple_message_flow.mp | 24 +
.../Example01_simple_message_flow.temp.txt | 5 +
.../Example01_simple_message_flow.temp2.txt | 5 +
.../Example01_simple_message_flow.tree | Bin 0 -> 4096 bytes
.../Example01_simple_message_flow.txt | 12 +
.../Example01a_unreliable_message_flow.cpp | 379 +++
.../Example01a_unreliable_message_flow.mp | 16 +
...xample01a_unreliable_message_flow.temp.txt | 5 +
...ample01a_unreliable_message_flow.temp2.txt | 5 +
.../Example01a_unreliable_message_flow.tree | Bin 0 -> 4096 bytes
.../Example01a_unreliable_message_flow.txt | 12 +
.../Example02_Data_flow.cpp | 484 ++++
.../Example02_Data_flow.mp | 39 +
.../Example02_Data_flow.temp.txt | 5 +
.../Example02_Data_flow.temp2.txt | 5 +
.../Example02_Data_flow.tree | Bin 0 -> 5632 bytes
.../Example02_Data_flow.txt | 15 +
.../Example03_ATM_withdrawal.cpp | 1032 ++++++++
.../Example03_ATM_withdrawal.mp | 83 +
.../Example03_ATM_withdrawal.temp.txt | 5 +
.../Example03_ATM_withdrawal.temp2.txt | 5 +
.../Example03_ATM_withdrawal.tree | Bin 0 -> 13312 bytes
.../Example03_ATM_withdrawal.txt | 15 +
.../Example04_Stack_behavior.cpp | 562 ++++
.../Example04_Stack_behavior.mp | 53 +
.../Example04_Stack_behavior.temp.txt | 5 +
.../Example04_Stack_behavior.temp2.txt | 5 +
.../Example04_Stack_behavior.tree | Bin 0 -> 7168 bytes
.../Example04_Stack_behavior.txt | 9 +
.../Example04a_Queue_behavior.cpp | 560 ++++
.../Example04a_Queue_behavior.mp | 45 +
.../Example04a_Queue_behavior.temp.txt | 5 +
.../Example04a_Queue_behavior.temp2.txt | 5 +
.../Example04a_Queue_behavior.tree | Bin 0 -> 7168 bytes
.../Example04a_Queue_behavior.txt | 9 +
.../Example05_Car_Race.cpp | 1130 ++++++++
.../Example05_Car_Race.mp | 64 +
.../Example05_Car_Race.temp.txt | 5 +
.../Example05_Car_Race.temp2.txt | 5 +
.../Example05_Car_Race.tree | Bin 0 -> 15360 bytes
.../Example05_Car_Race.txt | 15 +
.../Example06_Assertion_Checking.cpp | 690 +++++
.../Example06_Assertion_Checking.mp | 57 +
.../Example06_Assertion_Checking.temp.txt | 5 +
.../Example06_Assertion_Checking.temp2.txt | 5 +
.../Example06_Assertion_Checking.tree | Bin 0 -> 7168 bytes
.../Example06_Assertion_Checking.txt | 15 +
.../Example07_Unconstrained_Stack.cpp | 544 ++++
.../Example07_Unconstrained_Stack.mp | 50 +
.../Example07_Unconstrained_Stack.temp.txt | 5 +
.../Example07_Unconstrained_Stack.temp2.txt | 5 +
.../Example07_Unconstrained_Stack.tree | Bin 0 -> 7168 bytes
.../Example07_Unconstrained_Stack.txt | 9 +
.../Example08_Operational_Process.cpp | 1439 ++++++++++
.../Example08_Operational_Process.mp | 123 +
.../Example08_Operational_Process.temp.txt | 5 +
.../Example08_Operational_Process.temp2.txt | 5 +
.../Example08_Operational_Process.tree | Bin 0 -> 18944 bytes
.../Example08_Operational_Process.txt | 15 +
.../Example09_Employee_Employer.cpp | 541 ++++
.../Example09_Employee_Employer.mp | 50 +
.../Example09_Employee_Employer.temp.txt | 5 +
.../Example09_Employee_Employer.temp2.txt | 5 +
.../Example09_Employee_Employer.tree | Bin 0 -> 5632 bytes
.../Example09_Employee_Employer.txt | 9 +
.../Example10_Pipe_Filter.cpp | 1176 +++++++++
.../Example10_Pipe_Filter.mp | 55 +
.../Example10_Pipe_Filter.temp.txt | 5 +
.../Example10_Pipe_Filter.temp2.txt | 5 +
.../Example10_Pipe_Filter.tree | Bin 0 -> 14848 bytes
.../Example10_Pipe_Filter.txt | 18 +
.../Example11_Publish_Subscribe.cpp | 1213 +++++++++
.../Example11_Publish_Subscribe.mp | 89 +
.../Example11_Publish_Subscribe.temp.txt | 5 +
.../Example11_Publish_Subscribe.temp2.txt | 5 +
.../Example11_Publish_Subscribe.tree | Bin 0 -> 14848 bytes
.../Example11_Publish_Subscribe.txt | 14 +
.../Example12_network_topology_ring.cpp | 627 +++++
.../Example12_network_topology_ring.mp | 75 +
.../Example12_network_topology_ring.temp.txt | 5 +
.../Example12_network_topology_ring.temp2.txt | 5 +
.../Example12_network_topology_ring.tree | Bin 0 -> 8192 bytes
.../Example12_network_topology_ring.txt | 10 +
.../Example13_FiniteStateDiagram.cpp | 959 +++++++
.../Example13_FiniteStateDiagram.mp | 80 +
.../Example13_FiniteStateDiagram.temp.txt | 5 +
.../Example13_FiniteStateDiagram.temp2.txt | 5 +
.../Example13_FiniteStateDiagram.tree | Bin 0 -> 13824 bytes
.../Example13_FiniteStateDiagram.txt | 31 +
.../Example15_Petri_net.cpp | 1996 ++++++++++++++
.../Example15_Petri_net.mp | 111 +
.../Example15_Petri_net.temp.txt | 5 +
.../Example15_Petri_net.temp2.txt | 5 +
.../Example15_Petri_net.tree | Bin 0 -> 32256 bytes
.../Example15_Petri_net.txt | 46 +
.../Example16_software_spiral_process.cpp | 1058 ++++++++
.../Example16_software_spiral_process.mp | 82 +
...Example16_software_spiral_process.temp.txt | 5 +
...xample16_software_spiral_process.temp2.txt | 5 +
.../Example16_software_spiral_process.tree | Bin 0 -> 11264 bytes
.../Example16_software_spiral_process.txt | 26 +
.../Example17_Dining_Philosophers.cpp | 881 +++++++
.../Example17_Dining_Philosophers.mp | 90 +
.../Example17_Dining_Philosophers.temp.txt | 5 +
.../Example17_Dining_Philosophers.temp2.txt | 5 +
.../Example17_Dining_Philosophers.tree | Bin 0 -> 12800 bytes
.../Example17_Dining_Philosophers.txt | 18 +
.../Example18_Workflow_pattern.cpp | 458 ++++
.../Example18_Workflow_pattern.mp | 30 +
.../Example18_Workflow_pattern.temp.txt | 5 +
.../Example18_Workflow_pattern.temp2.txt | 5 +
.../Example18_Workflow_pattern.tree | Bin 0 -> 5632 bytes
.../Example18_Workflow_pattern.txt | 11 +
.../Example19_Consumers_Suppliers.cpp | 1433 ++++++++++
.../Example19_Consumers_Suppliers.mp | 101 +
.../Example19_Consumers_Suppliers.temp.txt | 5 +
.../Example19_Consumers_Suppliers.temp2.txt | 5 +
.../Example19_Consumers_Suppliers.tree | Bin 0 -> 18944 bytes
.../Example19_Consumers_Suppliers.txt | 20 +
.../Example20_MP_model__reuse.cpp | 1105 ++++++++
.../Example20_MP_model__reuse.mp | 89 +
.../Example20_MP_model__reuse.temp.txt | 5 +
.../Example20_MP_model__reuse.temp2.txt | 5 +
.../Example20_MP_model__reuse.tree | Bin 0 -> 15872 bytes
.../Example20_MP_model__reuse.txt | 20 +
.../Example21_compiler1.cpp | 1536 +++++++++++
.../Example21_compiler1.mp | 86 +
.../Example21_compiler1.temp.txt | 5 +
.../Example21_compiler1.temp2.txt | 5 +
.../Example21_compiler1.tree | Bin 0 -> 19968 bytes
.../Example21_compiler1.txt | 35 +
.../Example22_compiler2.cpp | 1109 ++++++++
.../Example22_compiler2.mp | 80 +
.../Example22_compiler2.temp.txt | 5 +
.../Example22_compiler2.temp2.txt | 5 +
.../Example22_compiler2.tree | Bin 0 -> 15872 bytes
.../Example22_compiler2.txt | 30 +
.../Example23_number_attributes.cpp | 823 ++++++
.../Example23_number_attributes.mp | 38 +
.../Example23_number_attributes.temp.txt | 5 +
.../Example23_number_attributes.temp2.txt | 5 +
.../Example23_number_attributes.tree | Bin 0 -> 10752 bytes
.../Example23_number_attributes.txt | 15 +
.../Example24_Bayesian_probability.cpp | 690 +++++
.../Example24_Bayesian_probability.mp | 56 +
.../Example24_Bayesian_probability.temp.txt | 5 +
.../Example24_Bayesian_probability.temp2.txt | 5 +
.../Example24_Bayesian_probability.tree | Bin 0 -> 10240 bytes
.../Example24_Bayesian_probability.txt | 9 +
.../Example25_interval_attributes.cpp | 530 ++++
.../Example25_interval_attributes.mp | 28 +
.../Example25_interval_attributes.temp.txt | 5 +
.../Example25_interval_attributes.temp2.txt | 5 +
.../Example25_interval_attributes.tree | Bin 0 -> 7680 bytes
.../Example25_interval_attributes.txt | 13 +
.../Example26_timing_attributes.cpp | 542 ++++
.../Example26_timing_attributes.mp | 42 +
.../Example26_timing_attributes.temp.txt | 5 +
.../Example26_timing_attributes.temp2.txt | 5 +
.../Example26_timing_attributes.tree | Bin 0 -> 7680 bytes
.../Example26_timing_attributes.txt | 15 +
.../Example27_Railroad_Crossing.cpp | 960 +++++++
.../Example27_Railroad_Crossing.mp | 71 +
.../Example27_Railroad_Crossing.temp.txt | 5 +
.../Example27_Railroad_Crossing.temp2.txt | 5 +
.../Example27_Railroad_Crossing.tree | Bin 0 -> 13312 bytes
.../Example27_Railroad_Crossing.txt | 15 +
.../Example28_MP_model_of_MP_architecture | Bin 0 -> 222672 bytes
.../Example28_MP_model_of_MP_architecture.cpp | 1681 ++++++++++++
...Example28_MP_model_of_MP_architecture.json | 0
.../Example28_MP_model_of_MP_architecture.mp | 148 ++
...ple28_MP_model_of_MP_architecture.temp.txt | 5 +
...le28_MP_model_of_MP_architecture.temp2.txt | 5 +
...Example28_MP_model_of_MP_architecture.tree | Bin 0 -> 24576 bytes
.../Example28_MP_model_of_MP_architecture.txt | 19 +
.../Example29_stack1_Bayesian_probability.cpp | 587 +++++
.../Example29_stack1_Bayesian_probability.mp | 95 +
...ple29_stack1_Bayesian_probability.temp.txt | 5 +
...le29_stack1_Bayesian_probability.temp2.txt | 5 +
...Example29_stack1_Bayesian_probability.tree | Bin 0 -> 8704 bytes
.../Example29_stack1_Bayesian_probability.txt | 9 +
.../Example30_Local_Report.cpp | 587 +++++
.../Example30_Local_Report.mp | 29 +
.../Example30_Local_Report.temp.txt | 5 +
.../Example30_Local_Report.temp2.txt | 5 +
.../Example30_Local_Report.tree | Bin 0 -> 8192 bytes
.../Example30_Local_Report.txt | 15 +
.../Example31_Global_report.cpp | 542 ++++
.../Example31_Global_report.mp | 31 +
.../Example31_Global_report.temp.txt | 5 +
.../Example31_Global_report.temp2.txt | 5 +
.../Example31_Global_report.tree | Bin 0 -> 7680 bytes
.../Example31_Global_report.txt | 12 +
.../Example32_Local_graph.cpp | 1065 ++++++++
.../Example32_Local_graph.mp | 67 +
.../Example32_Local_graph.temp.txt | 5 +
.../Example32_Local_graph.temp2.txt | 5 +
.../Example32_Local_graph.tree | Bin 0 -> 16896 bytes
.../Example32_Local_graph.txt | 15 +
.../Example34_Graph_as_data_structure.cpp | 434 +++
.../Example34_Graph_as_data_structure.mp | 50 +
...Example34_Graph_as_data_structure.temp.txt | 5 +
...xample34_Graph_as_data_structure.temp2.txt | 5 +
.../Example34_Graph_as_data_structure.tree | Bin 0 -> 8704 bytes
.../Example34_Graph_as_data_structure.txt | 11 +
.../Example35_Finite_State_Diagram.cpp | 1150 ++++++++
.../Example35_Finite_State_Diagram.mp | 97 +
.../Example35_Finite_State_Diagram.temp.txt | 5 +
.../Example35_Finite_State_Diagram.temp2.txt | 5 +
.../Example35_Finite_State_Diagram.tree | Bin 0 -> 18944 bytes
.../Example35_Finite_State_Diagram.txt | 35 +
.../Example36_Statechart.cpp | 1168 ++++++++
.../Example36_Statechart.mp | 83 +
.../Example36_Statechart.temp.txt | 5 +
.../Example36_Statechart.temp2.txt | 5 +
.../Example36_Statechart.tree | Bin 0 -> 16384 bytes
.../Example36_Statechart.txt | 15 +
.../Example37_GLOBAL_query.cpp | 523 ++++
.../Example37_GLOBAL_query.mp | 61 +
.../Example37_GLOBAL_query.temp.txt | 5 +
.../Example37_GLOBAL_query.temp2.txt | 5 +
.../Example37_GLOBAL_query.tree | Bin 0 -> 9728 bytes
.../Example37_GLOBAL_query.txt | 11 +
.../Example38_knapsack.cpp | 881 +++++++
.../Example38_knapsack.mp | 81 +
.../Example38_knapsack.temp.txt | 5 +
.../Example38_knapsack.temp2.txt | 5 +
.../Example38_knapsack.tree | Bin 0 -> 17408 bytes
.../Example38_knapsack.txt | 15 +
.../Example39_turtles.cpp | 2346 +++++++++++++++++
.../Example39_turtles.mp | 132 +
.../Example39_turtles.temp.txt | 5 +
.../Example39_turtles.temp2.txt | 5 +
.../Example39_turtles.tree | Bin 0 -> 36864 bytes
.../Example39_turtles.txt | 18 +
.../Example40_web_browsers.cpp | 1295 +++++++++
.../Example40_web_browsers.mp | 107 +
.../Example40_web_browsers.temp.txt | 5 +
.../Example40_web_browsers.temp2.txt | 5 +
.../Example40_web_browsers.tree | Bin 0 -> 19968 bytes
.../Example40_web_browsers.txt | 17 +
.../Example41_Replay_Attack.cpp | 971 +++++++
.../Example41_Replay_Attack.mp | 63 +
.../Example41_Replay_Attack.temp.txt | 5 +
.../Example41_Replay_Attack.temp2.txt | 5 +
.../Example41_Replay_Attack.tree | Bin 0 -> 12288 bytes
.../Example41_Replay_Attack.txt | 17 +
.../Example42_Bar_Chart.cpp | 409 +++
.../Example42_Bar_Chart.mp | 53 +
.../Example42_Bar_Chart.temp.txt | 5 +
.../Example42_Bar_Chart.temp2.txt | 5 +
.../Example42_Bar_Chart.tree | Bin 0 -> 6656 bytes
.../Example42_Bar_Chart.txt | 7 +
.../Example43_Histogram.cpp | 373 +++
.../Example43_Histogram.mp | 48 +
.../Example43_Histogram.temp.txt | 5 +
.../Example43_Histogram.temp2.txt | 5 +
.../Example43_Histogram.tree | Bin 0 -> 8704 bytes
.../Example43_Histogram.txt | 9 +
.../Example44_Gantt_Chart.cpp | 558 ++++
.../Example44_Gantt_Chart.mp | 39 +
.../Example44_Gantt_Chart.temp.txt | 5 +
.../Example44_Gantt_Chart.temp2.txt | 5 +
.../Example44_Gantt_Chart.tree | Bin 0 -> 7680 bytes
.../Example44_Gantt_Chart.txt | 9 +
.../Example45_Martian_Lander.cpp | 1433 ++++++++++
.../Example45_Martian_Lander.mp | 163 ++
.../Example45_Martian_Lander.temp.txt | 5 +
.../Example45_Martian_Lander.temp2.txt | 5 +
.../Example45_Martian_Lander.tree | Bin 0 -> 24576 bytes
.../Example45_Martian_Lander.txt | 17 +
.../Example01_simple_message_flow.json | 19 +
.../Example01a_unreliable_message_flow.json | 27 +
.../Example02_Data_flow.json | 27 +
.../Example03_ATM_withdrawal.json | 35 +
.../Example04_Stack_behavior.json | 19 +
.../Example04a_Queue_behavior.json | 19 +
.../Example05_Car_Race.json | 35 +
.../Example06_Assertion_Checking.json | 35 +
.../Example07_Unconstrained_Stack.json | 27 +
.../Example08_Operational_Process.json | 11 +
.../Example09_Employee_Employer.json | 11 +
.../Example10_Pipe_Filter.json | 35 +
.../Example11_Publish_Subscribe.json | 11 +
.../Example12_network_topology_ring.json | 13 +
.../Example13_FiniteStateDiagram.json | 35 +
.../Example15_Petri_net.json | 23 +
.../Example16_software_spiral_process.json | 27 +
.../Example17_Dining_Philosophers.json | 0
.../Example18_Workflow_pattern.json | 19 +
.../Example19_Consumers_Suppliers.json | 22 +
.../Example20_MP_model__reuse.json | 27 +
.../Example21_compiler1.json | 19 +
.../Example22_compiler2.json | 19 +
.../Example23_number_attributes.json | 75 +
.../Example24_Bayesian_probability.json | 59 +
.../Example25_interval_attributes.json | 19 +
.../Example26_timing_attributes.json | 19 +
.../Example27_Railroad_Crossing.json | 11 +
...Example28_MP_model_of_MP_architecture.json | 135 +
...Example29_stack1_Bayesian_probability.json | 19 +
.../Example30_Local_Report.json | 33 +
.../Example31_Global_report.json | 29 +
.../Example32_Local_graph.json | 51 +
.../Example34_Graph_as_data_structure.json | 33 +
.../Example35_Finite_State_Diagram.json | 55 +
.../Example36_Statechart.json | 39 +
.../Example37_GLOBAL_query.json | 21 +
.../Example38_knapsack.json | 37 +
.../Example39_turtles.json | 107 +
.../Example40_web_browsers.json | 33 +
.../Example41_Replay_Attack.json | 19 +
.../Example42_Bar_Chart.json | 19 +
.../Example43_Histogram.json | 39 +
.../Example44_Gantt_Chart.json | 15 +
.../Example45_Martian_Lander.json | 54 +
.../Example01_simple_message_flow.json | 27 +
.../Example01a_unreliable_message_flow.json | 59 +
.../Example02_Data_flow.json | 227 ++
.../Example03_ATM_withdrawal.json | 107 +
.../Example04_Stack_behavior.json | 36 +
.../Example04a_Queue_behavior.json | 36 +
.../Example05_Car_Race.json | 243 ++
.../Example06_Assertion_Checking.json | 107 +
.../Example07_Unconstrained_Stack.json | 59 +
.../Example08_Operational_Process.json | 11 +
.../Example09_Employee_Employer.json | 11 +
.../Example10_Pipe_Filter.json | 155 ++
.../Example11_Publish_Subscribe.json | 411 +++
.../Example12_network_topology_ring.json | 323 +++
.../Example13_FiniteStateDiagram.json | 243 ++
.../Example15_Petri_net.json | 39 +
.../Example16_software_spiral_process.json | 59 +
.../Example17_Dining_Philosophers.json | 19 +
.../Example18_Workflow_pattern.json | 19 +
.../Example19_Consumers_Suppliers.json | 1083 ++++++++
.../Example20_MP_model__reuse.json | 51 +
.../Example21_compiler1.json | 1179 +++++++++
.../Example22_compiler2.json | 891 +++++++
.../Example23_number_attributes.json | 395 +++
.../Example24_Bayesian_probability.json | 59 +
.../Example25_interval_attributes.json | 43 +
.../Example26_timing_attributes.json | 99 +
.../Example27_Railroad_Crossing.json | 19 +
...Example28_MP_model_of_MP_architecture.json | 2183 +++++++++++++++
...Example29_stack1_Bayesian_probability.json | 35 +
.../Example30_Local_Report.json | 283 ++
.../Example31_Global_report.json | 61 +
.../Example32_Local_graph.json | 363 +++
.../Example34_Graph_as_data_structure.json | 121 +
.../Example35_Finite_State_Diagram.json | 367 +++
.../Example36_Statechart.json | 111 +
.../Example37_GLOBAL_query.json | 53 +
.../Example38_knapsack.json | 37 +
.../Example39_turtles.json | 107 +
.../Example40_web_browsers.json | 73 +
.../Example41_Replay_Attack.json | 51 +
.../Example42_Bar_Chart.json | 19 +
.../Example43_Histogram.json | 47 +
.../Example44_Gantt_Chart.json | 15 +
.../Example45_Martian_Lander.json | 275 ++
.../test_mp_given_rc_changes.sh | 13 +
RIGAL/rigsc.446/TEST_MP_PRELOADS/welcome.sh | 196 ++
367 files changed, 57063 insertions(+)
create mode 100755 Code/test_rc_on_preloaded_examples.sh
rename Firebird_Pre_loaded_examples/{Example14_microwave_oven.mp => Example14_microwave_oven.mp.scope1_only} (100%)
rename Firebird_Pre_loaded_examples/{Example33_Component_Diagram.mp => Example33_Component_Diagram.mp.scope1_only} (100%)
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.txt
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.tree
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp.txt
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.mp
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp.txt
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp.txt
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp2.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.tree
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp.txt
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.cpp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.mp
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp.txt
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.txt
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01_simple_message_flow.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01a_unreliable_message_flow.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example02_Data_flow.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example03_ATM_withdrawal.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04_Stack_behavior.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04a_Queue_behavior.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example05_Car_Race.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example06_Assertion_Checking.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example07_Unconstrained_Stack.json
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example09_Employee_Employer.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example10_Pipe_Filter.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example11_Publish_Subscribe.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example12_network_topology_ring.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example13_FiniteStateDiagram.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example15_Petri_net.json
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example17_Dining_Philosophers.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example18_Workflow_pattern.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example19_Consumers_Suppliers.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example20_MP_model__reuse.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example21_compiler1.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example22_compiler2.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example23_number_attributes.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example24_Bayesian_probability.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example25_interval_attributes.json
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create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example27_Railroad_Crossing.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example28_MP_model_of_MP_architecture.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example29_stack1_Bayesian_probability.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example30_Local_Report.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example31_Global_report.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example32_Local_graph.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example34_Graph_as_data_structure.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example35_Finite_State_Diagram.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example36_Statechart.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example37_GLOBAL_query.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example38_knapsack.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example39_turtles.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example40_web_browsers.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example41_Replay_Attack.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example42_Bar_Chart.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example43_Histogram.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example44_Gantt_Chart.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example45_Martian_Lander.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01_simple_message_flow.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01a_unreliable_message_flow.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example02_Data_flow.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example03_ATM_withdrawal.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04_Stack_behavior.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04a_Queue_behavior.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example05_Car_Race.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example06_Assertion_Checking.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example07_Unconstrained_Stack.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example08_Operational_Process.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example09_Employee_Employer.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example10_Pipe_Filter.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example11_Publish_Subscribe.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example12_network_topology_ring.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example13_FiniteStateDiagram.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example15_Petri_net.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example16_software_spiral_process.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example17_Dining_Philosophers.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example18_Workflow_pattern.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example19_Consumers_Suppliers.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example20_MP_model__reuse.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example21_compiler1.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example22_compiler2.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example23_number_attributes.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example24_Bayesian_probability.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example25_interval_attributes.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example26_timing_attributes.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example27_Railroad_Crossing.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example28_MP_model_of_MP_architecture.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example29_stack1_Bayesian_probability.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example30_Local_Report.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example31_Global_report.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example32_Local_graph.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example34_Graph_as_data_structure.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example35_Finite_State_Diagram.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example36_Statechart.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example37_GLOBAL_query.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example38_knapsack.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example39_turtles.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example40_web_browsers.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example41_Replay_Attack.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example42_Bar_Chart.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example43_Histogram.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example44_Gantt_Chart.json
create mode 100644 RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example45_Martian_Lander.json
create mode 100755 RIGAL/rigsc.446/TEST_MP_PRELOADS/test_mp_given_rc_changes.sh
create mode 100755 RIGAL/rigsc.446/TEST_MP_PRELOADS/welcome.sh
diff --git a/Code/test_rc_on_preloaded_examples.sh b/Code/test_rc_on_preloaded_examples.sh
new file mode 100755
index 0000000..364247b
--- /dev/null
+++ b/Code/test_rc_on_preloaded_examples.sh
@@ -0,0 +1,48 @@
+#!/bin/bash
+
+# Show the help text
+if [[ "$1" == "-h" ]] || [[ -z "$*" ]]; then
+ echo "Usage: `basename $0 $1` [mp_filepath] [scope]"
+ exit 0
+fi
+
+# Setup the /build folder
+if [ ! -d "build" ]; then
+ mkdir build
+fi
+if [ ! -d "output" ]; then
+ mkdir output
+fi
+if [ ! -f build/Include.h ]; then
+ cp Code/*.rig build/
+ cp Code/*.h build/
+fi
+
+# Copy the mp file into the build folder
+cp $1 build/
+
+# Switch to build folder and run build scripts
+cd build
+mp_filename=$(basename $1)
+mp_basename="${mp_filename%.*}"
+rig='../RIGAL/rigsc.446/bin'
+
+# 1. Compile parser
+$rig/rc MP2-parser
+# 2. Run parser to create tree
+$rig/ic MP2-parser $mp_basename tree $2 > temp.txt
+# 3. Compile generator
+$rig/rc MP2-generator
+# 4. Run generator to create C++ code
+$rig/ic MP2-generator tree > temp2.txt
+rm tree *.rsc
+echo "C++ compiler: g++ $mp_basename.cpp -o $mp_basename -fast"
+#time /Developer/usr/bin/g++ "$mp_basename.cpp" -o $mp_basename -fast
+# 5. Compile the C++ code
+time g++ "${mp_basename}.cpp" -o $mp_basename -Ofast
+echo "$mp_basename run: $mp_basename>$mp_basename.txt"
+# 6. Run the compiled C++ program
+time ./$mp_basename>"${mp_basename}.txt"
+echo "Completed $mp_basename for scope $2"
+mv $mp_basename.json ../output/
+rm $mp_basename xd RIGCOMP.TMP
diff --git a/Firebird_Pre_loaded_examples/Example14_microwave_oven.mp b/Firebird_Pre_loaded_examples/Example14_microwave_oven.mp.scope1_only
similarity index 100%
rename from Firebird_Pre_loaded_examples/Example14_microwave_oven.mp
rename to Firebird_Pre_loaded_examples/Example14_microwave_oven.mp.scope1_only
diff --git a/Firebird_Pre_loaded_examples/Example33_Component_Diagram.mp b/Firebird_Pre_loaded_examples/Example33_Component_Diagram.mp.scope1_only
similarity index 100%
rename from Firebird_Pre_loaded_examples/Example33_Component_Diagram.mp
rename to Firebird_Pre_loaded_examples/Example33_Component_Diagram.mp.scope1_only
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.cpp
new file mode 100644
index 0000000..6e04a19
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.cpp
@@ -0,0 +1,363 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA simple_message_flow trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send
+ , Event_receive
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_15_16
+ // ADD operations
+ // ROOT events
+ , Event_Sender
+ , Event_Receiver
+ // main schema event
+ , Event_simple_message_flow };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send"
+ , "receive"
+ , "SIMPLE_LIST_15_16"
+ , "Sender"
+ , "Receiver"
+ , "simple_message_flow" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_15_16_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_15_16_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Sender_source = Root_table[Event_Sender]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int Receiver_source = Root_table[Event_Receiver]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Sender_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + Receiver_source ]){
+ if( ( (Stack[i]->name == Event_receive)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_15_16_ob class
+
+//---- 2 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 3 ----
+class Itr_5_6 : public OR_node_producer_container {
+public: // constructor
+ Itr_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_receive);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_5_6
+
+//---- 4 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Sender){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 5 ----
+class Comp_7_8 : public Composite_producer {
+public: // constructor
+ Comp_7_8 (): Composite_producer(Event_Receiver){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_5_6 ;
+ }
+};// end class Comp_7_8
+
+//---- 6 ----
+class SCHEMA_simple_message_flow: public Composite_producer {
+public: // constructor
+ SCHEMA_simple_message_flow(): Composite_producer(Event_simple_message_flow){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Sender);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Receiver);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_15_16_ob(Event_SIMPLE_LIST_15_16);
+ }
+};// end class SCHEMA_simple_message_flow
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example01_simple_message_flow.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_7; temp_7.harvest();
+ Comp_7_8 temp_8; temp_8.harvest();
+ // harvesting traces for main schema
+ SCHEMA_simple_message_flow temp_9; temp_9.harvest();
+ temp_9.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"simple_message_flow"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.mp
new file mode 100644
index 0000000..0ea964f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.mp
@@ -0,0 +1,24 @@
+/*
+Example1_simple_message_flow.mp
+
+Event grammar rules for each root define derivations for event traces,
+in this case a simple sequence of zero or more events for each root.
+
+The COORDINATE composition takes two root traces and produces
+a modified event trace, merging behaviors of Sender and Receiver
+and adding the PRECEDES relation for the selected send/receive pairs.
+The coordination operation behaves as a "cross-cutting" derivation rule.
+
+Run for scopes 1 and up. The "Sequence" or "Swim Lanes" layouts are
+the most appropriate for browsing traces here.
+
+*/
+
+SCHEMA simple_message_flow
+
+ROOT Sender: (* send *);
+ROOT Receiver: (* receive *);
+
+COORDINATE $x: send FROM Sender,
+ $y: receive FROM Receiver
+ DO ADD $x PRECEDES $y; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp.txt
new file mode 100644
index 0000000..083c801
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example01_simple_message_flow tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.txt
new file mode 100644
index 0000000..740b652
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01_simple_message_flow.txt
@@ -0,0 +1,12 @@
+generating traces for scope 1
+completed Sender: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Receiver: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed simple_message_flow: 2 traces (0 MARKed) 8 events
+ average 4 ev/trace min 3 max 5
+
+Elapsed time 0.000214 sec, Speed: 65420.6 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.cpp
new file mode 100644
index 0000000..04910f6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.cpp
@@ -0,0 +1,379 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA unreliable_message_flow trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send
+ , Event_receive
+ , Event_does_not_receive
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_17_18
+ // ADD operations
+ // ROOT events
+ , Event_Sender
+ , Event_Receiver
+ // main schema event
+ , Event_unreliable_message_flow };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send"
+ , "receive"
+ , "does_not_receive"
+ , "SIMPLE_LIST_17_18"
+ , "Sender"
+ , "Receiver"
+ , "unreliable_message_flow" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_17_18_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_17_18_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Sender_source = Root_table[Event_Sender]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int Receiver_source = Root_table[Event_Receiver]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Sender_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + Receiver_source ]){
+ if( ( (Stack[i]->name == Event_receive)|| (Stack[i]->name == Event_does_not_receive)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_17_18_ob class
+
+//---- 2 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 3 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_receive);
+ element[ 1 ]= new Atomic_producer(Event_does_not_receive);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 4 ----
+class Itr_7_8 : public OR_node_producer_container {
+public: // constructor
+ Itr_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_5_6 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_7_8
+
+//---- 5 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Sender){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 6 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Receiver){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_7_8 ;
+ }
+};// end class Comp_9_10
+
+//---- 7 ----
+class SCHEMA_unreliable_message_flow: public Composite_producer {
+public: // constructor
+ SCHEMA_unreliable_message_flow(): Composite_producer(Event_unreliable_message_flow){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Sender);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Receiver);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_17_18_ob(Event_SIMPLE_LIST_17_18);
+ }
+};// end class SCHEMA_unreliable_message_flow
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example01a_unreliable_message_flow.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_8; temp_8.harvest();
+ Comp_9_10 temp_9; temp_9.harvest();
+ // harvesting traces for main schema
+ SCHEMA_unreliable_message_flow temp_10; temp_10.harvest();
+ temp_10.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"unreliable_message_flow"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.mp
new file mode 100644
index 0000000..d714bd0
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.mp
@@ -0,0 +1,16 @@
+/* Example 1a
+Unreliable message flow.
+
+We may want to specify behaviors when some messages get lost in the transition.
+It can be done using ‘virtual’ events.
+
+run for scopes 1 and up.
+
+*/
+SCHEMA unreliable_message_flow
+ROOT Sender: (* send *);
+ROOT Receiver: (* (receive | does_not_receive) *);
+
+COORDINATE $x: send FROM Sender,
+ $y: (receive | does_not_receive) FROM Receiver
+ DO ADD $x PRECEDES $y; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp.txt
new file mode 100644
index 0000000..f5600be
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example01a_unreliable_message_flow tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.txt
new file mode 100644
index 0000000..9d013b6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example01a_unreliable_message_flow.txt
@@ -0,0 +1,12 @@
+generating traces for scope 1
+completed Sender: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Receiver: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed unreliable_message_flow: 3 traces (0 MARKed) 13 events
+ average 4.33333 ev/trace min 3 max 5
+
+Elapsed time 0.000279 sec, Speed: 75268.8 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.cpp
new file mode 100644
index 0000000..6c74935
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.cpp
@@ -0,0 +1,484 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Data_flow trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_working
+ , Event_writing
+ , Event_reading
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_17_18
+ , Event_SIMPLE_LIST_27_28
+ // ADD operations
+ // ROOT events
+ , Event_Writer
+ , Event_File
+ , Event_Reader
+ // main schema event
+ , Event_Data_flow };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "working"
+ , "writing"
+ , "reading"
+ , "SIMPLE_LIST_17_18"
+ , "SIMPLE_LIST_27_28"
+ , "Writer"
+ , "File"
+ , "Reader"
+ , "Data_flow" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_17_18_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_17_18_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Writer_source = Root_table[Event_Writer];
+ // lists of shared events for Writer
+ vector<int> Writer_writing_list;
+
+ int File_source = Root_table[Event_File];
+ // lists of shared events for File
+ vector<int> File_writing_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Writer_source ]){
+ if( Stack[i]->name == Event_writing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Writer_writing_list.begin();
+ s != Writer_writing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Writer_writing_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + File_source ]){
+ if( Stack[i]->name == Event_writing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = File_writing_list.begin();
+ s != File_writing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) File_writing_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = File_writing_list.size();
+ if(Writer_writing_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = File_writing_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Writer_writing_list[i], File_writing_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_17_18_ob class
+
+//---- 2 ----
+class SIMPLE_LIST_27_28_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_27_28_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Reader_source = Root_table[Event_Reader];
+ // lists of shared events for Reader
+ vector<int> Reader_reading_list;
+
+ int File_source = Root_table[Event_File];
+ // lists of shared events for File
+ vector<int> File_reading_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Reader_source ]){
+ if( Stack[i]->name == Event_reading ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Reader_reading_list.begin();
+ s != Reader_reading_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Reader_reading_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + File_source ]){
+ if( Stack[i]->name == Event_reading ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = File_reading_list.begin();
+ s != File_reading_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) File_reading_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = File_reading_list.size();
+ if(Reader_reading_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = File_reading_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Reader_reading_list[i], File_reading_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_27_28_ob class
+
+//---- 3 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_working);
+ element[ 1 ]= new Atomic_producer(Event_writing);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 4 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 5 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_reading);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 6 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_writing);
+ element[ 1 ]= new Itr_9_10 ;
+ }
+};// end class Sq_11_12
+
+//---- 7 ----
+class Alt_19_20 : public OR_node_producer_container {
+public: // constructor
+ Alt_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_reading);
+ element[ 1 ]= new Atomic_producer(Event_working);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_19_20
+
+//---- 8 ----
+class Itr_21_22 : public OR_node_producer_container {
+public: // constructor
+ Itr_21_22 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_19_20 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_21_22
+
+//---- 9 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Writer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 10 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_File){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 11 ----
+class Comp_23_24 : public Composite_producer {
+public: // constructor
+ Comp_23_24 (): Composite_producer(Event_Reader){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_21_22 ;
+ }
+};// end class Comp_23_24
+
+//---- 12 ----
+class SCHEMA_Data_flow: public Composite_producer {
+public: // constructor
+ SCHEMA_Data_flow(): Composite_producer(Event_Data_flow){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[0]= new Composite_secondary_producer(Event_Writer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_File);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_17_18_ob(Event_SIMPLE_LIST_17_18);
+ element[3]= new Composite_secondary_producer(Event_Reader);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_27_28_ob(Event_SIMPLE_LIST_27_28);
+ }
+};// end class SCHEMA_Data_flow
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example02_Data_flow.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_13; temp_13.harvest();
+ Comp_13_14 temp_14; temp_14.harvest();
+ Comp_23_24 temp_15; temp_15.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Data_flow temp_16; temp_16.harvest();
+ temp_16.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Data_flow"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.mp
new file mode 100644
index 0000000..811e1de
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.mp
@@ -0,0 +1,39 @@
+/* Example2_DataAsEvents.mp
+ data items as behaviors
+
+MP employs the Abstract Data Type (ADT) principle introduced by
+Barbara Liskov to represent data items as operations
+being performed on those items.
+
+In this model all writing in the File should be accomplished before reading.
+File should not be empty. These constraints on behavior are
+captured by File root event grammar rule.
+
+On the other hand, Writer’s behavior allows scenarios that skip writing at all.
+Such behaviors are not compatible with File behavior patterns.
+
+The SHARE ALL composition ensures that the schema admits
+only event traces where corresponding event sharing is implemented.
+
+Event traces specified by the schema represent system’s emergent behavior,
+where behaviors of subsystems are influenced by the coordination.
+This is a toy example of System_of_Systems emerging behavior modeling.
+
+Run for scopes 1 and up. The "Sequence" or "Swim Lanes" layouts are
+the most appropriate for browsing traces here.
+
+*/
+
+SCHEMA Data_flow
+
+ROOT Writer: (* ( working | writing ) *);
+
+/* writing events should precede reading */
+ROOT File: (+ writing +) (* reading *);
+
+Writer, File SHARE ALL writing;
+
+
+ROOT Reader: (* ( reading | working ) *);
+
+Reader, File SHARE ALL reading;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp.txt
new file mode 100644
index 0000000..68e1a4e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example02_Data_flow tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.txt
new file mode 100644
index 0000000..1f43944
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example02_Data_flow.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Writer: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed File: 2 traces (0 MARKed) 5 events
+ average 2.5 ev/trace min 2 max 3
+
+completed Reader: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed Data_flow: 3 traces (0 MARKed) 21 events
+ average 7 ev/trace min 6 max 8
+
+Elapsed time 0.000411 sec, Speed: 87591.2 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.cpp
new file mode 100644
index 0000000..c804b6b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.cpp
@@ -0,0 +1,1032 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA ATM_withdrawal trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_insert_card
+ , Event_identification_succeeds
+ , Event_request_withdrawal
+ , Event_get_money
+ , Event_not_sufficient_funds
+ , Event_identification_fails
+ , Event_read_card
+ , Event_validate_id
+ , Event_id_successful
+ , Event_check_balance
+ , Event_sufficient_balance
+ , Event_dispense_money
+ , Event_unsufficient_balance
+ , Event_id_failed
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_73_74
+ // ADD operations
+ // ROOT events
+ , Event_Customer
+ , Event_ATM_system
+ , Event_Data_Base
+ // main schema event
+ , Event_ATM_withdrawal };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "insert_card"
+ , "identification_succeeds"
+ , "request_withdrawal"
+ , "get_money"
+ , "not_sufficient_funds"
+ , "identification_fails"
+ , "read_card"
+ , "validate_id"
+ , "id_successful"
+ , "check_balance"
+ , "sufficient_balance"
+ , "dispense_money"
+ , "unsufficient_balance"
+ , "id_failed"
+ , "SIMPLE_LIST_73_74"
+ , "Customer"
+ , "ATM_system"
+ , "Data_Base"
+ , "ATM_withdrawal" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_73_74_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_73_74_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Data_Base_source = Root_table[Event_Data_Base];
+ // lists of shared events for Data_Base
+ vector<int> Data_Base_validate_id_list;
+ vector<int> Data_Base_check_balance_list;
+
+ int ATM_system_source = Root_table[Event_ATM_system];
+ // lists of shared events for ATM_system
+ vector<int> ATM_system_validate_id_list;
+ vector<int> ATM_system_check_balance_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Data_Base_source ]){
+ if( Stack[i]->name == Event_validate_id ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Data_Base_validate_id_list.begin();
+ s != Data_Base_validate_id_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Data_Base_validate_id_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_check_balance ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Data_Base_check_balance_list.begin();
+ s != Data_Base_check_balance_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Data_Base_check_balance_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( Stack[i]->name == Event_validate_id ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = ATM_system_validate_id_list.begin();
+ s != ATM_system_validate_id_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) ATM_system_validate_id_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_check_balance ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = ATM_system_check_balance_list.begin();
+ s != ATM_system_check_balance_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) ATM_system_check_balance_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = ATM_system_validate_id_list.size();
+ if(Data_Base_validate_id_list.size() != len_to_compare) throw failed ;
+ len_to_compare = ATM_system_check_balance_list.size();
+ if(Data_Base_check_balance_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = ATM_system_validate_id_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Data_Base_validate_id_list[i], ATM_system_validate_id_list[i]);
+ }
+ len_to_compare = ATM_system_check_balance_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Data_Base_check_balance_list[i], ATM_system_check_balance_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_insert_card)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_read_card)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_request_withdrawal)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_check_balance)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_identification_succeeds)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_id_successful)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_get_money)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_dispense_money)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_not_sufficient_funds)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_unsufficient_balance)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_identification_fails)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_id_failed)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_73_74_ob class
+
+//---- 2 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_money);
+ element[ 1 ]= new Atomic_producer(Event_not_sufficient_funds);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 3 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_identification_succeeds);
+ element[ 1 ]= new Atomic_producer(Event_request_withdrawal);
+ element[ 2 ]= new Alt_1_2 ;
+ }
+};// end class Sq_3_4
+
+//---- 4 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_3_4 ;
+ element[ 1 ]= new Atomic_producer(Event_identification_fails);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 5 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_insert_card);
+ element[ 1 ]= new Alt_5_6 ;
+ }
+};// end class Sq_7_8
+
+//---- 6 ----
+class Ct_75_76 : public AND_node_producer_container {
+public: // constructor
+ Ct_75_76 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_7_8 ;
+ element[ 1 ]= new Sq_7_8 ;
+ }
+};// end class Ct_75_76
+
+//---- 7 ----
+class Ct_77_78 : public AND_node_producer_container {
+public: // constructor
+ Ct_77_78 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_7_8 ;
+ element[ 1 ]= new Sq_7_8 ;
+ element[ 2 ]= new Sq_7_8 ;
+ }
+};// end class Ct_77_78
+
+//---- 8 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ element[ 2 ]= new Ct_75_76 ;
+ element[ 3 ]= new Ct_77_78 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 9 ----
+class Sq_13_14 : public AND_node_producer_container {
+public: // constructor
+ Sq_13_14 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_sufficient_balance);
+ element[ 1 ]= new Atomic_producer(Event_dispense_money);
+ }
+};// end class Sq_13_14
+
+//---- 10 ----
+class Alt_15_16 : public OR_node_producer_container {
+public: // constructor
+ Alt_15_16 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_13_14 ;
+ element[ 1 ]= new Atomic_producer(Event_unsufficient_balance);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_15_16
+
+//---- 11 ----
+class Sq_17_18 : public AND_node_producer_container {
+public: // constructor
+ Sq_17_18 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_id_successful);
+ element[ 1 ]= new Atomic_producer(Event_check_balance);
+ element[ 2 ]= new Alt_15_16 ;
+ }
+};// end class Sq_17_18
+
+//---- 12 ----
+class Alt_19_20 : public OR_node_producer_container {
+public: // constructor
+ Alt_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_17_18 ;
+ element[ 1 ]= new Atomic_producer(Event_id_failed);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_19_20
+
+//---- 13 ----
+class Sq_21_22 : public AND_node_producer_container {
+public: // constructor
+ Sq_21_22 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_read_card);
+ element[ 1 ]= new Atomic_producer(Event_validate_id);
+ element[ 2 ]= new Alt_19_20 ;
+ }
+};// end class Sq_21_22
+
+//---- 14 ----
+class Ct_79_80 : public AND_node_producer_container {
+public: // constructor
+ Ct_79_80 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_21_22 ;
+ element[ 1 ]= new Sq_21_22 ;
+ }
+};// end class Ct_79_80
+
+//---- 15 ----
+class Ct_81_82 : public AND_node_producer_container {
+public: // constructor
+ Ct_81_82 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_21_22 ;
+ element[ 1 ]= new Sq_21_22 ;
+ element[ 2 ]= new Sq_21_22 ;
+ }
+};// end class Ct_81_82
+
+//---- 16 ----
+class Itr_23_24 : public OR_node_producer_container {
+public: // constructor
+ Itr_23_24 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_21_22 ;
+ element[ 2 ]= new Ct_79_80 ;
+ element[ 3 ]= new Ct_81_82 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_23_24
+
+//---- 17 ----
+class Opt_27_28 : public OR_node_producer_container {
+public: // constructor
+ Opt_27_28 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_check_balance);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_27_28
+
+//---- 18 ----
+class Sq_29_30 : public AND_node_producer_container {
+public: // constructor
+ Sq_29_30 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_validate_id);
+ element[ 1 ]= new Opt_27_28 ;
+ }
+};// end class Sq_29_30
+
+//---- 19 ----
+class Ct_83_84 : public AND_node_producer_container {
+public: // constructor
+ Ct_83_84 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_29_30 ;
+ element[ 1 ]= new Sq_29_30 ;
+ }
+};// end class Ct_83_84
+
+//---- 20 ----
+class Ct_85_86 : public AND_node_producer_container {
+public: // constructor
+ Ct_85_86 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_29_30 ;
+ element[ 1 ]= new Sq_29_30 ;
+ element[ 2 ]= new Sq_29_30 ;
+ }
+};// end class Ct_85_86
+
+//---- 21 ----
+class Itr_31_32 : public OR_node_producer_container {
+public: // constructor
+ Itr_31_32 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_29_30 ;
+ element[ 2 ]= new Ct_83_84 ;
+ element[ 3 ]= new Ct_85_86 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_31_32
+
+//---- 22 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Customer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 23 ----
+class Comp_25_26 : public Composite_producer {
+public: // constructor
+ Comp_25_26 (): Composite_producer(Event_ATM_system){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_23_24 ;
+ }
+};// end class Comp_25_26
+
+//---- 24 ----
+class Comp_33_34 : public Composite_producer {
+public: // constructor
+ Comp_33_34 (): Composite_producer(Event_Data_Base){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_31_32 ;
+ }
+};// end class Comp_33_34
+
+//---- 25 ----
+class SCHEMA_ATM_withdrawal: public Composite_producer {
+public: // constructor
+ SCHEMA_ATM_withdrawal(): Composite_producer(Event_ATM_withdrawal){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Customer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_ATM_system);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_Data_Base);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new SIMPLE_LIST_73_74_ob(Event_SIMPLE_LIST_73_74);
+ }
+};// end class SCHEMA_ATM_withdrawal
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example03_ATM_withdrawal.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_11_12 temp_26; temp_26.harvest();
+ Comp_25_26 temp_27; temp_27.harvest();
+ Comp_33_34 temp_28; temp_28.harvest();
+ // harvesting traces for main schema
+ SCHEMA_ATM_withdrawal temp_29; temp_29.harvest();
+ temp_29.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"ATM_withdrawal"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.mp
new file mode 100644
index 0000000..0c33381
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.mp
@@ -0,0 +1,83 @@
+/* Example3_ATM_withdrawal.mp
+ Integrated system and environment behaviors
+
+MP separates models of component behaviors and component interactions
+to permit elaboration on behaviors of multiple interacting actors.
+
+"Withdraw money from ATM" is a popular example in software architecture literature.
+This example demonstrates how behavior of both the system and its environment can be
+integrated into a single MP model.
+
+Separate behavior models account for alternative behaviors of not only the ATM System
+under design, but also those of external components Customer and Database.
+A separate specification of interactions captures the sharing and precedence dependencies
+among events in different components.
+
+The event traces produced from a model partitioned using this separation of concerns
+include all combinations of event selections allowed by the model.
+
+Run for scopes 1 and up.
+
+The "Sequence" or "Swim Lanes" layouts are the most appropriate for browsing traces here.
+The "Sequence" mode yields views very similar to the UML or SysML Sequence Diagrams.
+
+By selecting a representative enough trace (containing all events and interactions of interest,
+like traces 2 or 3 for scope 1), and then collapsing root event, it becomes possible
+to view a traditional "box-and-arrow" architecture diagram, i.e. to visualize an architecture view.
+
+*/
+
+SCHEMA ATM_withdrawal
+
+ROOT Customer: (* insert_card
+ ( identification_succeeds
+ request_withdrawal
+ (get_money | not_sufficient_funds) |
+
+ identification_fails )
+ *);
+
+ROOT ATM_system: (* read_card
+ validate_id
+ ( id_successful
+ check_balance
+ ( sufficient_balance
+ dispense_money |
+
+ unsufficient_balance ) |
+
+ id_failed )
+ *);
+
+/* behavior of the Data_Base follows interaction pattern with it in ATM_system,
+ this makes it easier to coordinate these behaviors with SHARE ALL */
+ROOT Data_Base: (* validate_id [ check_balance ] *);
+
+/* interactions */
+Data_Base, ATM_system SHARE ALL validate_id, check_balance;
+
+COORDINATE $x: insert_card FROM Customer,
+ $y: read_card FROM ATM_system
+ DO ADD $x PRECEDES $y; OD;
+
+COORDINATE $x: request_withdrawal FROM Customer,
+ $y: check_balance FROM ATM_system
+ DO ADD $x PRECEDES $y; OD;
+
+COORDINATE $x: identification_succeeds FROM Customer,
+ $y: id_successful FROM ATM_system
+ DO ADD $y PRECEDES $x; OD;
+
+COORDINATE $x: get_money FROM Customer,
+ $y: dispense_money FROM ATM_system
+ DO ADD $y PRECEDES $x; OD;
+
+COORDINATE $x: not_sufficient_funds FROM Customer,
+ $y: unsufficient_balance FROM ATM_system
+ DO ADD $y PRECEDES $x; OD;
+
+COORDINATE $x: identification_fails FROM Customer,
+ $y: id_failed FROM ATM_system
+ DO ADD $y PRECEDES $x; OD;
+
+
\ No newline at end of file
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp.txt
new file mode 100644
index 0000000..deeedff
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example03_ATM_withdrawal tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.txt
new file mode 100644
index 0000000..09b6437
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example03_ATM_withdrawal.txt
@@ -0,0 +1,15 @@
+generating traces for scope 3
+completed Customer: 40 traces (0 MARKed) 380 events
+ average 9.5 ev/trace min 1 max 13
+
+completed ATM_system: 40 traces (0 MARKed) 516 events
+ average 12.9 ev/trace min 1 max 19
+
+completed Data_Base: 15 traces (0 MARKed) 66 events
+ average 4.4 ev/trace min 1 max 7
+
+completed ATM_withdrawal: 40 traces (0 MARKed) 1146 events
+ average 28.65 ev/trace min 4 max 40
+
+Elapsed time 10.8311 sec, Speed: 194.625 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.cpp
new file mode 100644
index 0000000..28c74d4
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.cpp
@@ -0,0 +1,562 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Stack_behavior trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+ pair_list Paired_with_UDR_set;
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ Paired_with_UDR_set.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!Paired_with_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("Paired_with",Paired_with_UDR_set));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+
+ if(p1->first == "Paired_with"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ Paired_with_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Paired_with_UDR_set
+ temp_list.clear();
+ for(p = Paired_with_UDR_set.begin(); p != Paired_with_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Paired_with_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // merging from Paired_with_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = Paired_with_UDR_set.begin(); p != Paired_with_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ Paired_with_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_push
+ , Event_pop
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_37_38
+ // ADD operations
+ // ROOT events
+ , Event_Stack
+ // main schema event
+ , Event_Stack_behavior };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "push"
+ , "pop"
+ , "SIMPLE_LIST_37_38"
+ , "Stack"
+ , "Stack_behavior" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_13_14
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 2 ----
+int special_function_5(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_pop){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_6(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_push){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+bool Quantified_expr_7_8(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int x_variable;
+ int pivot_x_variable = Root_table[Event_Stack];
+
+ // loop 1 for x_variable
+ for( x_variable = 0; x_variable < len; x_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ x_variable * len + pivot_x_variable
+]) &&
+ (
+ (Stack[x_variable]-> name == Event_pop) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_5(current_host, x_variable ) < special_function_6(current_host,
+x_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 5 ----
+bool Quantified_expr_19_20(Coordinate * current_host, int get_variable, int put_variable, int g_variable
+){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int p_variable;
+ int pivot_p_variable = 0;
+
+ // loop 1 for p_variable
+ for( p_variable = 0; p_variable < len; p_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ p_variable * len + pivot_p_variable
+]) &&
+ (
+ (Stack[p_variable]-> name == Event_push) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if(
+ find_pair_in_table( p_variable , get_variable , Paired_with_UDR_set))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 6 ----
+bool Quantified_expr_21_22(Coordinate * current_host, int get_variable, int put_variable
+){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int g_variable;
+ int pivot_g_variable = 0;
+
+ // loop 1 for g_variable
+ for( g_variable = 0; g_variable < len; g_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ g_variable * len + pivot_g_variable
+]) &&
+ (
+ (Stack[g_variable]-> name == Event_pop) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if( (
+ find_pair_in_table( put_variable , g_variable , Paired_with_UDR_set)|| Quantified_expr_19_20(current_host, get_variable, put_variable, g_variable
+) ))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 7 ----
+class SIMPLE_LIST_37_38_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_37_38_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_7_8(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int get_variable; // thread variable
+ vector<int> get_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for get_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ get_variable = i;
+ if( get_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_pop)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = get_variable_list.begin(); s != get_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) get_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source get_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = get_variable_list.size();
+ if(thread_length != get_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ get_variable= get_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int put_variable; // thread variable
+ vector<int> put_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for put_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ put_variable = i;
+ if( put_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_push)) && Event_comparison_expr_13_14
+(current_host, put_variable , get_variable ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = put_variable_list.begin(); s != put_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) put_variable_list.push_back(i);
+ }
+ } };
+
+ // do the REVERSE reshuffling
+ reverse(put_variable_list.begin(), put_variable_list.end());
+ // finally check the thread length
+ if(thread_length < 0) thread_length = put_variable_list.size();
+ if(thread_length != put_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ put_variable= put_variable_list[i];
+ if( ! Quantified_expr_21_22(current_host, get_variable, put_variable) ){
+ // ADD operation
+ Paired_with_UDR_set.insert(pair<int, int>(put_variable,get_variable));
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_37_38_ob class
+
+//---- 8 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_push);
+ element[ 1 ]= new Atomic_producer(Event_pop);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 9 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 10 ----
+class Comp_39_40 : public Composite_producer {
+public: // constructor
+ Comp_39_40 (): Composite_producer(Event_Stack){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_3_4 ;
+ element[ 1 ]= new SIMPLE_LIST_37_38_ob(Event_SIMPLE_LIST_37_38);
+ }
+};// end class Comp_39_40
+
+//---- 11 ----
+class SCHEMA_Stack_behavior: public Composite_producer {
+public: // constructor
+ SCHEMA_Stack_behavior(): Composite_producer(Event_Stack_behavior){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[0]= new Composite_secondary_producer(Event_Stack);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ }
+};// end class SCHEMA_Stack_behavior
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example04_Stack_behavior.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_39_40 temp_12; temp_12.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Stack_behavior temp_13; temp_13.harvest();
+ temp_13.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Stack_behavior"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.mp
new file mode 100644
index 0000000..0c66007
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.mp
@@ -0,0 +1,53 @@
+/* Example4_Stack_behavior.mp
+
+The event trace is a set of events and the Boolean expression constructs in MP
+can support the traditional first order predicate calculus notation.
+
+A set of behaviors (event traces) may be defined by the event
+grammar rules, composition operations, and some additional constraints –
+ENSURE conditions.
+
+run for scopes 1, 2, 3, and up.
+*/
+
+/* This rule specifies the behavior of a stack in terms of stack operations
+push and pop. It is assumed that initially Stack is empty.
+The BUILD block associated with a root or composite event
+contains composition operations performed when event trace segment
+representing the behavior of that root or composite is generated.
+
+The ENSURE Boolean expression provides a condition that each valid trace
+should satisfy. The domain of the universal quantifier is the set of all
+pop events inside Stack trace. The FROM Stack part is optional, by default it is
+assumed to be FROM THIS.
+
+The function #pop BEFORE $x yields the number of pop events preceding $x.
+The set of valid event traces specified by this schema contains only traces
+that satisfy the constraint. This example presents a filtering operation
+as yet another kind of behavior composition, and demonstrates an
+example of combining imperative (event grammar) and declarative
+(Boolean expressions) constructs for behavior specification.
+*/
+
+SCHEMA Stack_behavior
+
+ROOT Stack: (* ( push | pop ) *)
+ BUILD {
+ /* if an element is retrieved, it should have been stored before */
+ ENSURE FOREACH $x: pop FROM Stack
+ ( #pop BEFORE $x < #push BEFORE $x );
+
+ /* The following composition operation establishes push/pop pairs
+ in the Stack behavior. For each 'pop' the closest in time
+ preceding 'push' is selected, unless it has been already
+ consumed by another 'pop' */
+
+ COORDINATE $get: pop
+ DO COORDINATE <REVERSE> $put: push
+ SUCH THAT $put BEFORE $get
+ DO IF NOT ( EXISTS $g: pop $put Paired_with $g OR
+ EXISTS $p: push $p Paired_with $get )
+ THEN ADD $put Paired_with $get; FI;
+ OD;
+ OD;
+ };/* end BUILD for Stack */
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp.txt
new file mode 100644
index 0000000..1d207ad
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example04_Stack_behavior tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.txt
new file mode 100644
index 0000000..c862069
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04_Stack_behavior.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed Stack: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Stack_behavior: 2 traces (0 MARKed) 5 events
+ average 2.5 ev/trace min 2 max 3
+
+Elapsed time 0.00019 sec, Speed: 42105.3 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.cpp
new file mode 100644
index 0000000..26ba498
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.cpp
@@ -0,0 +1,560 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Queue_behavior trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+ pair_list Paired_with_UDR_set;
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ Paired_with_UDR_set.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!Paired_with_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("Paired_with",Paired_with_UDR_set));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+
+ if(p1->first == "Paired_with"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ Paired_with_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Paired_with_UDR_set
+ temp_list.clear();
+ for(p = Paired_with_UDR_set.begin(); p != Paired_with_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Paired_with_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // merging from Paired_with_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = Paired_with_UDR_set.begin(); p != Paired_with_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ Paired_with_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_enqueue
+ , Event_dequeue
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_37_38
+ // ADD operations
+ // ROOT events
+ , Event_Queue
+ // main schema event
+ , Event_Queue_behavior };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "enqueue"
+ , "dequeue"
+ , "SIMPLE_LIST_37_38"
+ , "Queue"
+ , "Queue_behavior" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_13_14
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 2 ----
+int special_function_5(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_dequeue){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_6(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_enqueue){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+bool Quantified_expr_7_8(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int x_variable;
+ int pivot_x_variable = 0;
+
+ // loop 1 for x_variable
+ for( x_variable = 0; x_variable < len; x_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ x_variable * len + pivot_x_variable
+]) &&
+ (
+ (Stack[x_variable]-> name == Event_dequeue) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_5(current_host, x_variable ) < special_function_6(current_host,
+x_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 5 ----
+bool Quantified_expr_19_20(Coordinate * current_host, int get_variable, int put_variable, int g_variable
+){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int p_variable;
+ int pivot_p_variable = 0;
+
+ // loop 1 for p_variable
+ for( p_variable = 0; p_variable < len; p_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ p_variable * len + pivot_p_variable
+]) &&
+ (
+ (Stack[p_variable]-> name == Event_enqueue) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if(
+ find_pair_in_table( p_variable , get_variable , Paired_with_UDR_set))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 6 ----
+bool Quantified_expr_21_22(Coordinate * current_host, int get_variable, int put_variable
+){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int g_variable;
+ int pivot_g_variable = 0;
+
+ // loop 1 for g_variable
+ for( g_variable = 0; g_variable < len; g_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ g_variable * len + pivot_g_variable
+]) &&
+ (
+ (Stack[g_variable]-> name == Event_dequeue) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if( (
+ find_pair_in_table( put_variable , g_variable , Paired_with_UDR_set)|| Quantified_expr_19_20(current_host, get_variable, put_variable, g_variable
+) ))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 7 ----
+class SIMPLE_LIST_37_38_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_37_38_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_7_8(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int get_variable; // thread variable
+ vector<int> get_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for get_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ get_variable = i;
+ if( get_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_dequeue)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = get_variable_list.begin(); s != get_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) get_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source get_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = get_variable_list.size();
+ if(thread_length != get_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ get_variable= get_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int put_variable; // thread variable
+ vector<int> put_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for put_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ put_variable = i;
+ if( put_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_enqueue)) && Event_comparison_expr_13_14
+(current_host, put_variable , get_variable ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = put_variable_list.begin(); s != put_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) put_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source put_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = put_variable_list.size();
+ if(thread_length != put_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ put_variable= put_variable_list[i];
+ if( ! Quantified_expr_21_22(current_host, get_variable, put_variable) ){
+ // ADD operation
+ Paired_with_UDR_set.insert(pair<int, int>(put_variable,get_variable));
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_37_38_ob class
+
+//---- 8 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_enqueue);
+ element[ 1 ]= new Atomic_producer(Event_dequeue);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 9 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 10 ----
+class Comp_39_40 : public Composite_producer {
+public: // constructor
+ Comp_39_40 (): Composite_producer(Event_Queue){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_3_4 ;
+ element[ 1 ]= new SIMPLE_LIST_37_38_ob(Event_SIMPLE_LIST_37_38);
+ }
+};// end class Comp_39_40
+
+//---- 11 ----
+class SCHEMA_Queue_behavior: public Composite_producer {
+public: // constructor
+ SCHEMA_Queue_behavior(): Composite_producer(Event_Queue_behavior){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[0]= new Composite_secondary_producer(Event_Queue);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ }
+};// end class SCHEMA_Queue_behavior
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example04a_Queue_behavior.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_39_40 temp_12; temp_12.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Queue_behavior temp_13; temp_13.harvest();
+ temp_13.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Queue_behavior"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.mp
new file mode 100644
index 0000000..3aed579
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.mp
@@ -0,0 +1,45 @@
+/* Example4a_Queue_behavior.mp
+
+run for scopes 1, 2, 3, and up.
+*/
+
+/* This rule specifies the behavior of a queue in terms of queue operations
+enqueue and dequeue. It is assumed that initially Queue is empty.
+The BUILD block associated with a root or composite event
+contains composition operations performed when event trace segment
+representing the behavior of that root or composite is generated.
+
+The ENSURE Boolean expression provides a condition that each valid trace
+should satisfy. The domain of the universal quantifier is the set of all
+dequeue events inside Queue trace.
+
+The function #dequeue BEFORE $x yields the number of dequeue events preceding $x.
+The set of valid event traces specified by this schema contains only traces
+that satisfy the constraint. This example presents a filtering operation
+as yet another kind of behavior composition, and demonstrates an
+example of combining imperative (event grammar) and declarative
+(Boolean expressions) constructs for behavior specification. */
+
+SCHEMA Queue_behavior
+
+ROOT Queue: (* ( enqueue | dequeue ) *)
+ BUILD {
+ /* if an element is retrieved, it should have been stored before,
+ this constraint is identical to Stack behavior constraint. */
+ ENSURE FOREACH $x: dequeue
+ ( #dequeue BEFORE $x < #enqueue BEFORE $x );
+
+ /* The following composition operation establishes enqueue/dequeue pairs
+ in the Queue behavior. For each 'dequeue' the earliest in time
+ preceding 'enqueue' is selected, unless it has been already
+ consumed by another 'dequeue' */
+
+ COORDINATE $get: dequeue
+ DO COORDINATE $put: enqueue
+ SUCH THAT $put BEFORE $get
+ DO IF NOT ( EXISTS $g: dequeue $put Paired_with $g OR
+ EXISTS $p: enqueue $p Paired_with $get )
+ THEN ADD $put Paired_with $get; FI;
+ OD;
+ OD;
+ };/* end BUILD for Queue */
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.temp.txt
new file mode 100644
index 0000000..fd2ce4c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example04a_Queue_behavior tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.txt
new file mode 100644
index 0000000..489ea96
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example04a_Queue_behavior.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed Queue: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Queue_behavior: 2 traces (0 MARKed) 5 events
+ average 2.5 ev/trace min 2 max 3
+
+Elapsed time 0.000189 sec, Speed: 42328 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.cpp
new file mode 100644
index 0000000..e1af221
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.cpp
@@ -0,0 +1,1130 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Example5_Car_Race trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Start
+ , Event_drive_lap
+ , Event_finish
+ , Event_winner
+ , Event_break
+ , Event_provide_start_signal
+ , Event_watch
+ // composite events
+ , Event_Car
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_40_41
+ , Event_SIMPLE_LIST_91_92
+ // ADD operations
+ // ROOT events
+ , Event_Cars
+ , Event_Judge
+ // main schema event
+ , Event_Example5_Car_Race };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Start"
+ , "drive_lap"
+ , "finish"
+ , "winner"
+ , "break"
+ , "provide_start_signal"
+ , "watch"
+ , "Car"
+ , "SIMPLE_LIST_40_41"
+ , "SIMPLE_LIST_91_92"
+ , "Cars"
+ , "Judge"
+ , "Example5_Car_Race" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_15(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_16(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_17(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_18(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_20(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_break){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_21(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_22(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_29(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_winner){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_34(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+int special_function_35(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_winner){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 12 ----
+int special_function_62(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 13 ----
+int special_function_71(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 14 ----
+int special_function_72(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Car){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 15 ----
+int special_function_79(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 16 ----
+int special_function_80(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Car){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 17 ----
+int special_function_83(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 18 ----
+int special_function_84(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Car){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 19 ----
+bool Quantified_expr_23_24(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH DISJ with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int c1_variable;
+ int pivot_c1_variable = 0;
+ int c2_variable;
+ int pivot_c2_variable = 0;
+
+ // loop 1 for c1_variable
+ for( c1_variable = 0; c1_variable < len; c1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ c1_variable * len + pivot_c1_variable
+]) &&
+ (
+ (Stack[c1_variable]-> name == Event_Car) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for c2_variable
+ for( c2_variable = 0; c2_variable < len; c2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ c2_variable * len + pivot_c2_variable
+]) &&
+ (
+ (Stack[c2_variable]-> name == Event_Car) )
+ // checking DISJ
+ && c2_variable != c1_variable
+ && !(current_host-> eq_matrix[ c2_variable * len + c1_variable ])
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( (! ( ( special_function_15(current_host, c1_variable ) == 1 )&& ( special_function_16(current_host,
+c2_variable ) == 1 ))|| ( special_function_17(current_host, c1_variable ) == special_function_18(current_host,
+c2_variable ) ))&& (! ( ( special_function_19(current_host, c1_variable ) == 1 )
+&& ( special_function_20(current_host, c2_variable ) == 1 ))|| ( special_function_21(current_host,
+c1_variable ) >= special_function_22(current_host, c2_variable ) )))) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 20 ----
+class SIMPLE_LIST_40_41_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_40_41_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_23_24(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_29(current_host, Root_table[Event_Cars])<= 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( (! ( special_function_34(current_host, Root_table[Event_Cars])> 0 )|| ( special_function_35(current_host, Root_table[Event_Cars])
+> 0 ))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_40_41_ob class
+
+//---- 21 ----
+class SIMPLE_LIST_91_92_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_91_92_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Judge_source = Root_table[Event_Judge]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Judge_source ]){
+ if( ( (Stack[i]->name == Event_provide_start_signal)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Cars_source = Root_table[Event_Cars]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Cars_source ]){
+ if( ( (Stack[i]->name == Event_Start)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Cars_source = Root_table[Event_Cars];
+ // lists of shared events for Cars
+ vector<int> Cars_finish_list;
+
+ int Judge_source = Root_table[Event_Judge];
+ // lists of shared events for Judge
+ vector<int> Judge_finish_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Cars_source ]){
+ if( Stack[i]->name == Event_finish ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Cars_finish_list.begin();
+ s != Cars_finish_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Cars_finish_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Judge_source ]){
+ if( Stack[i]->name == Event_finish ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Judge_finish_list.begin();
+ s != Judge_finish_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Judge_finish_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Judge_finish_list.size();
+ if(Cars_finish_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Judge_finish_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Cars_finish_list[i], Judge_finish_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int w_variable; // thread variable
+ vector<int> w_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for w_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ w_variable = i;
+ if( w_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_winner)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = w_variable_list.begin(); s != w_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) w_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source w_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = w_variable_list.size();
+ if(thread_length != w_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ w_variable= w_variable_list[i];
+ if( ( special_function_62(current_host, w_variable ) == 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ if( ( special_function_71(current_host, Root_table[Event_Example5_Car_Race])
+== special_function_72(current_host, Root_table[Event_Example5_Car_Race]))){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"All cars have finished";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ else{
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert << special_function_83(current_host, Root_table[Event_Example5_Car_Race])
+;
+ convert <<" cars from ";
+ convert << special_function_84(current_host, Root_table[Event_Example5_Car_Race])
+;
+ convert <<" have finished";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_91_92_ob class
+
+//---- 22 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_drive_lap);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 23 ----
+class Opt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Opt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_winner);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_3_4
+
+//---- 24 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_finish);
+ element[ 1 ]= new Opt_3_4 ;
+ }
+};// end class Sq_5_6
+
+//---- 25 ----
+class Alt_7_8 : public OR_node_producer_container {
+public: // constructor
+ Alt_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_5_6 ;
+ element[ 1 ]= new Atomic_producer(Event_break);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_7_8
+
+//---- 26 ----
+class Sq_9_10 : public AND_node_producer_container {
+public: // constructor
+ Sq_9_10 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Start);
+ element[ 1 ]= new Itr_1_2 ;
+ element[ 2 ]= new Alt_7_8 ;
+ }
+};// end class Sq_9_10
+
+//---- 27 ----
+class Itr_44_45 : public OR_node_producer_container {
+public: // constructor
+ Itr_44_45 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_finish);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_44_45
+
+//---- 28 ----
+class Sq_46_47 : public AND_node_producer_container {
+public: // constructor
+ Sq_46_47 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_provide_start_signal);
+ element[ 1 ]= new Atomic_producer(Event_watch);
+ element[ 2 ]= new Itr_44_45 ;
+ }
+};// end class Sq_46_47
+
+//---- 29 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Car){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 30 ----
+class Comp_42_43 : public Composite_producer {
+public: // constructor
+ Comp_42_43 (): Composite_producer(Event_Cars){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Car);
+ element[ 1 ]= new SIMPLE_LIST_40_41_ob(Event_SIMPLE_LIST_40_41);
+ }
+};// end class Comp_42_43
+
+//---- 31 ----
+class Comp_48_49 : public Composite_producer {
+public: // constructor
+ Comp_48_49 (): Composite_producer(Event_Judge){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_46_47 ;
+ }
+};// end class Comp_48_49
+
+//---- 32 ----
+class SCHEMA_Example5_Car_Race: public Composite_producer {
+public: // constructor
+ SCHEMA_Example5_Car_Race(): Composite_producer(Event_Example5_Car_Race){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Cars);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Judge);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_91_92_ob(Event_SIMPLE_LIST_91_92);
+ }
+};// end class SCHEMA_Example5_Car_Race
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example05_Car_Race.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_11_12 temp_33; temp_33.harvest();
+ // harvesting traces for ROOT events
+ Comp_42_43 temp_34; temp_34.harvest();
+ Comp_48_49 temp_35; temp_35.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Example5_Car_Race temp_36; temp_36.harvest();
+ temp_36.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Example5_Car_Race"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.mp
new file mode 100644
index 0000000..4f6a8fd
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.mp
@@ -0,0 +1,64 @@
+/* Example5_CarRace.mp
+
+ more coordination patterns:
+ - ordering of selected events in concurrent threads
+ can be modeled by coordinating them with event sequence;
+
+ - one-many coordination.
+
+ Run for scopes 1 and up. The "Sequence" or "Swim Lanes"
+ layouts are the most appropriate for browsing traces here.
+*/
+
+SCHEMA Example5_Car_Race
+
+Car: Start
+ (* drive_lap *)
+ /* not necessary all cars will finish */
+ ( finish [ winner ] | break) ;
+
+ROOT Cars: {+ Car +}
+
+ BUILD{
+ /* everybody who finishes drives the same number of laps */
+ ENSURE FOREACH DISJ $c1: Car, $c2: Car
+ (#finish FROM $c1 == 1 AND #finish FROM $c2 == 1 ->
+ #drive_lap FROM $c1 == #drive_lap FROM $c2)
+
+ AND
+ /* if it breaks, then earlier */
+ (#finish FROM $c1 == 1 AND #break FROM $c2 == 1 ->
+ #drive_lap FROM $c1 >= #drive_lap FROM $c2);
+
+ /* there always will be at most one winner */
+ ENSURE #winner <= 1;
+
+ /* if at least one car finishes, there should be a winner */
+ ENSURE #finish > 0 -> #winner > 0;
+ };
+
+ROOT Judge: provide_start_signal
+ watch
+ (* finish *);
+
+/* one-many coordination can be done with nested COORDINATE */
+COORDINATE $a: provide_start_signal FROM Judge
+ DO COORDINATE $b: Start FROM Cars
+ DO ADD $a PRECEDES $b; OD;
+ OD;
+
+Cars, Judge SHARE ALL finish;
+
+/* now when the ordering of finish events is ensured
+ (because they are ordered in the Judge root traces),
+ we can state: the winner is the car which finishes first */
+COORDINATE $w: winner
+ DO ENSURE #finish BEFORE $w == 1; OD;
+
+/* this is an example of trace annotation with data
+ specific for the trace */
+
+IF #finish == #Car THEN SAY("All cars have finished");
+ELSE SAY( #finish " cars from " #Car
+ " have finished");
+FI;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.temp.txt
new file mode 100644
index 0000000..b08a942
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example05_Car_Race tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.tree
new file mode 100644
index 0000000000000000000000000000000000000000..57b4951abd8e9947e374d0a9c9516991b5423486
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.txt
new file mode 100644
index 0000000..0f0b7a2
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example05_Car_Race.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Car: 6 traces (0 MARKed) 23 events
+ average 3.83333 ev/trace min 3 max 5
+
+completed Cars: 4 traces (0 MARKed) 20 events
+ average 5 ev/trace min 4 max 6
+
+completed Judge: 2 traces (0 MARKed) 7 events
+ average 3.5 ev/trace min 3 max 4
+
+completed Example5_Car_Race: 4 traces (0 MARKed) 42 events
+ average 10.5 ev/trace min 9 max 12
+
+Elapsed time 0.000964 sec, Speed: 95435.7 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.cpp
new file mode 100644
index 0000000..02e62ac
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.cpp
@@ -0,0 +1,690 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA AtoB trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_A_sends_request_to_B
+ , Event_A_receives_data_from_B
+ , Event_A_timeout_waiting_from_B
+ , Event_B_receives_request_from_A
+ , Event_B_sends_data_to_A
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_23_24
+ , Event_SIMPLE_LIST_41_42
+ // ADD operations
+ // ROOT events
+ , Event_TaskA
+ , Event_Connector_A_to_B
+ , Event_TaskB
+ // main schema event
+ , Event_AtoB };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "A_sends_request_to_B"
+ , "A_receives_data_from_B"
+ , "A_timeout_waiting_from_B"
+ , "B_receives_request_from_A"
+ , "B_sends_data_to_A"
+ , "SIMPLE_LIST_23_24"
+ , "SIMPLE_LIST_41_42"
+ , "TaskA"
+ , "Connector_A_to_B"
+ , "TaskB"
+ , "AtoB" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_33(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_A_sends_request_to_B){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_34(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_A_receives_data_from_B){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 3 ----
+class SIMPLE_LIST_23_24_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_23_24_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int TaskA_source = Root_table[Event_TaskA];
+ // lists of shared events for TaskA
+ vector<int> TaskA_A_sends_request_to_B_list;
+ vector<int> TaskA_A_timeout_waiting_from_B_list;
+ vector<int> TaskA_A_receives_data_from_B_list;
+
+ int Connector_A_to_B_source = Root_table[Event_Connector_A_to_B];
+ // lists of shared events for Connector_A_to_B
+ vector<int> Connector_A_to_B_A_sends_request_to_B_list;
+ vector<int> Connector_A_to_B_A_timeout_waiting_from_B_list;
+ vector<int> Connector_A_to_B_A_receives_data_from_B_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + TaskA_source ]){
+ if( Stack[i]->name == Event_A_sends_request_to_B ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = TaskA_A_sends_request_to_B_list.begin();
+ s != TaskA_A_sends_request_to_B_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) TaskA_A_sends_request_to_B_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_A_timeout_waiting_from_B ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = TaskA_A_timeout_waiting_from_B_list.begin();
+ s != TaskA_A_timeout_waiting_from_B_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) TaskA_A_timeout_waiting_from_B_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_A_receives_data_from_B ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = TaskA_A_receives_data_from_B_list.begin();
+ s != TaskA_A_receives_data_from_B_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) TaskA_A_receives_data_from_B_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Connector_A_to_B_source ]){
+ if( Stack[i]->name == Event_A_sends_request_to_B ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Connector_A_to_B_A_sends_request_to_B_list.begin();
+ s != Connector_A_to_B_A_sends_request_to_B_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Connector_A_to_B_A_sends_request_to_B_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_A_timeout_waiting_from_B ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Connector_A_to_B_A_timeout_waiting_from_B_list.begin();
+ s != Connector_A_to_B_A_timeout_waiting_from_B_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Connector_A_to_B_A_timeout_waiting_from_B_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_A_receives_data_from_B ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Connector_A_to_B_A_receives_data_from_B_list.begin();
+ s != Connector_A_to_B_A_receives_data_from_B_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Connector_A_to_B_A_receives_data_from_B_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Connector_A_to_B_A_sends_request_to_B_list.size();
+ if(TaskA_A_sends_request_to_B_list.size() != len_to_compare) throw failed ;
+
+ len_to_compare = Connector_A_to_B_A_timeout_waiting_from_B_list.size();
+ if(TaskA_A_timeout_waiting_from_B_list.size() != len_to_compare) throw
+failed ;
+ len_to_compare = Connector_A_to_B_A_receives_data_from_B_list.size();
+ if(TaskA_A_receives_data_from_B_list.size() != len_to_compare) throw failed
+ ;
+
+ // do the SHARE ALL
+ len_to_compare = Connector_A_to_B_A_sends_request_to_B_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(TaskA_A_sends_request_to_B_list[i], Connector_A_to_B_A_sends_request_to_B_list[i]);
+ }
+ len_to_compare = Connector_A_to_B_A_timeout_waiting_from_B_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(TaskA_A_timeout_waiting_from_B_list[i], Connector_A_to_B_A_timeout_waiting_from_B_list[i]);
+ }
+ len_to_compare = Connector_A_to_B_A_receives_data_from_B_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(TaskA_A_receives_data_from_B_list[i], Connector_A_to_B_A_receives_data_from_B_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_23_24_ob class
+
+//---- 4 ----
+class SIMPLE_LIST_41_42_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_41_42_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int TaskB_source = Root_table[Event_TaskB];
+ // lists of shared events for TaskB
+ vector<int> TaskB_B_receives_request_from_A_list;
+ vector<int> TaskB_B_sends_data_to_A_list;
+
+ int Connector_A_to_B_source = Root_table[Event_Connector_A_to_B];
+ // lists of shared events for Connector_A_to_B
+ vector<int> Connector_A_to_B_B_receives_request_from_A_list;
+ vector<int> Connector_A_to_B_B_sends_data_to_A_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + TaskB_source ]){
+ if( Stack[i]->name == Event_B_receives_request_from_A ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = TaskB_B_receives_request_from_A_list.begin();
+ s != TaskB_B_receives_request_from_A_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) TaskB_B_receives_request_from_A_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_B_sends_data_to_A ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = TaskB_B_sends_data_to_A_list.begin();
+ s != TaskB_B_sends_data_to_A_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) TaskB_B_sends_data_to_A_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Connector_A_to_B_source ]){
+ if( Stack[i]->name == Event_B_receives_request_from_A ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Connector_A_to_B_B_receives_request_from_A_list.begin();
+ s != Connector_A_to_B_B_receives_request_from_A_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Connector_A_to_B_B_receives_request_from_A_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_B_sends_data_to_A ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Connector_A_to_B_B_sends_data_to_A_list.begin();
+ s != Connector_A_to_B_B_sends_data_to_A_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Connector_A_to_B_B_sends_data_to_A_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Connector_A_to_B_B_receives_request_from_A_list.size();
+ if(TaskB_B_receives_request_from_A_list.size() != len_to_compare) throw
+failed ;
+ len_to_compare = Connector_A_to_B_B_sends_data_to_A_list.size();
+ if(TaskB_B_sends_data_to_A_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Connector_A_to_B_B_receives_request_from_A_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(TaskB_B_receives_request_from_A_list[i], Connector_A_to_B_B_receives_request_from_A_list[i]);
+ }
+ len_to_compare = Connector_A_to_B_B_sends_data_to_A_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(TaskB_B_sends_data_to_A_list[i], Connector_A_to_B_B_sends_data_to_A_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ if( ( special_function_33(current_host, Root_table[Event_TaskA])== special_function_34(current_host, Root_table[Event_TaskA]))
+){}
+ else{
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"loss of reception detected";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ Mark = 'M'; // MARK
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_41_42_ob class
+
+//---- 5 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_A_receives_data_from_B);
+ element[ 1 ]= new Atomic_producer(Event_A_timeout_waiting_from_B);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 6 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_A_sends_request_to_B);
+ element[ 1 ]= new Alt_1_2 ;
+ }
+};// end class Sq_3_4
+
+//---- 7 ----
+class Itr_5_6 : public OR_node_producer_container {
+public: // constructor
+ Itr_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_3_4 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_5_6
+
+//---- 8 ----
+class Alt_9_10 : public OR_node_producer_container {
+public: // constructor
+ Alt_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_A_receives_data_from_B);
+ element[ 1 ]= new Atomic_producer(Event_A_timeout_waiting_from_B);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_9_10
+
+//---- 9 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_B_receives_request_from_A);
+ element[ 1 ]= new Atomic_producer(Event_B_sends_data_to_A);
+ element[ 2 ]= new Alt_9_10 ;
+ }
+};// end class Sq_11_12
+
+//---- 10 ----
+class Alt_13_14 : public OR_node_producer_container {
+public: // constructor
+ Alt_13_14 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_11_12 ;
+ element[ 1 ]= new Atomic_producer(Event_A_timeout_waiting_from_B);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_13_14
+
+//---- 11 ----
+class Sq_15_16 : public AND_node_producer_container {
+public: // constructor
+ Sq_15_16 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_A_sends_request_to_B);
+ element[ 1 ]= new Alt_13_14 ;
+ }
+};// end class Sq_15_16
+
+//---- 12 ----
+class Itr_17_18 : public OR_node_producer_container {
+public: // constructor
+ Itr_17_18 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_15_16 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_17_18
+
+//---- 13 ----
+class Sq_25_26 : public AND_node_producer_container {
+public: // constructor
+ Sq_25_26 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_B_receives_request_from_A);
+ element[ 1 ]= new Atomic_producer(Event_B_sends_data_to_A);
+ }
+};// end class Sq_25_26
+
+//---- 14 ----
+class Itr_27_28 : public OR_node_producer_container {
+public: // constructor
+ Itr_27_28 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_25_26 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_27_28
+
+//---- 15 ----
+class Comp_7_8 : public Composite_producer {
+public: // constructor
+ Comp_7_8 (): Composite_producer(Event_TaskA){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_5_6 ;
+ }
+};// end class Comp_7_8
+
+//---- 16 ----
+class Comp_19_20 : public Composite_producer {
+public: // constructor
+ Comp_19_20 (): Composite_producer(Event_Connector_A_to_B){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_17_18 ;
+ }
+};// end class Comp_19_20
+
+//---- 17 ----
+class Comp_29_30 : public Composite_producer {
+public: // constructor
+ Comp_29_30 (): Composite_producer(Event_TaskB){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_27_28 ;
+ }
+};// end class Comp_29_30
+
+//---- 18 ----
+class SCHEMA_AtoB: public Composite_producer {
+public: // constructor
+ SCHEMA_AtoB(): Composite_producer(Event_AtoB){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[0]= new Composite_secondary_producer(Event_TaskA);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Connector_A_to_B);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_23_24_ob(Event_SIMPLE_LIST_23_24);
+ element[3]= new Composite_secondary_producer(Event_TaskB);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_41_42_ob(Event_SIMPLE_LIST_41_42);
+ }
+};// end class SCHEMA_AtoB
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example06_Assertion_Checking.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_7_8 temp_19; temp_19.harvest();
+ Comp_19_20 temp_20; temp_20.harvest();
+ Comp_29_30 temp_21; temp_21.harvest();
+ // harvesting traces for main schema
+ SCHEMA_AtoB temp_22; temp_22.harvest();
+ temp_22.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"AtoB"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.mp
new file mode 100644
index 0000000..61d2cdd
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.mp
@@ -0,0 +1,57 @@
+/* Example6 Assertion checking, Communicating via unreliable channel.
+
+ MP models need to be tested and debugged like any other
+ programming artifacts. Trace generation for a given scope
+ yields exhaustive set of valid event traces.
+ Browsing these traces may result in finding examples of behavior
+ that are unwanted. Then we fix the issue in the MP code,
+ and run the trace generation again, until our expectations are
+ satisfied.
+
+ Browsing dozens or hundreds of event traces may be time
+ consuming and error prone. The CHECK construct makes it possible
+ to use automated trace monitoring. If the property
+ (Boolean expression in the CHECK) is not satisfied, the trace will
+ be marked and available for further inspection.
+
+ This can significantly speed up the testing process. Of course,
+ if the property should always hold, it makes sense to convert it
+ into the ENSURE condition.
+*/
+
+SCHEMA AtoB
+
+ROOT TaskA: (* A_sends_request_to_B
+ ( A_receives_data_from_B |
+ A_timeout_waiting_from_B )
+ *);
+
+ROOT Connector_A_to_B:
+ (* A_sends_request_to_B
+ ( B_receives_request_from_A
+ B_sends_data_to_A
+ ( A_receives_data_from_B |
+ A_timeout_waiting_from_B ) |
+
+ A_timeout_waiting_from_B )
+ *);
+/* A_timeout_waiting_from_B may happen because Connector_A_to_B
+ fails to pass a message from A to B, or from B to A */
+
+TaskA, Connector_A_to_B SHARE ALL A_sends_request_to_B,
+ A_timeout_waiting_from_B,
+ A_receives_data_from_B ;
+
+ROOT TaskB: (* B_receives_request_from_A
+ B_sends_data_to_A
+ *);
+
+TaskB, Connector_A_to_B SHARE ALL B_receives_request_from_A,
+ B_sends_data_to_A ;
+
+/* assertion checking will mark examples of traces where TaskA
+ does not receive the requested data and will attach a message
+ to the trace */
+CHECK #A_sends_request_to_B FROM TaskA ==
+ #A_receives_data_from_B FROM TaskA
+ ONFAIL SAY("loss of reception detected");
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.temp.txt
new file mode 100644
index 0000000..5e8de87
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example06_Assertion_Checking tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.txt
new file mode 100644
index 0000000..caeb897
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example06_Assertion_Checking.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed TaskA: 3 traces (0 MARKed) 7 events
+ average 2.33333 ev/trace min 1 max 3
+
+completed Connector_A_to_B: 4 traces (0 MARKed) 14 events
+ average 3.5 ev/trace min 1 max 5
+
+completed TaskB: 2 traces (0 MARKed) 4 events
+ average 2 ev/trace min 1 max 3
+
+completed AtoB: 4 traces (2 MARKed) 38 events
+ average 9.5 ev/trace min 4 max 13
+
+Elapsed time 0.00089 sec, Speed: 70786.5 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.cpp
new file mode 100644
index 0000000..89d29da
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.cpp
@@ -0,0 +1,544 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Unconstrained_Stack trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_push
+ , Event_pop
+ , Event_bang
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_36_37
+ // ADD operations
+ // ROOT events
+ , Event_Stack
+ // main schema event
+ , Event_Unconstrained_Stack };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "push"
+ , "pop"
+ , "bang"
+ , "SIMPLE_LIST_36_37"
+ , "Stack"
+ , "Unconstrained_Stack" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_9(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_pop){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_10(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_bang){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_11(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_push){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_12(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(find_pair_in_table( i, pivot, Follows )) {
+ if( Stack[i]->name == Event_bang){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+bool Quantified_expr_13_14(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int p_variable;
+ int pivot_p_variable = 0;
+
+ // loop 1 for p_variable
+ for( p_variable = 0; p_variable < len; p_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ p_variable * len + pivot_p_variable
+]) &&
+ (
+ (Stack[p_variable]-> name == Event_pop) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( ( ( special_function_9(current_host, p_variable ) - special_function_10(current_host,
+p_variable ) )>= special_function_11(current_host, p_variable ) )== ( special_function_12(current_host,
+p_variable ) == 1 ))) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 6 ----
+class SIMPLE_LIST_36_37_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_36_37_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_13_14(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_bang)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ b_variable= b_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_pop)) && find_pair_in_table( b_variable ,
+ x_variable , Follows) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ // ADD operation
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"This event tries to pop empty Stack";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ int temp_23 = Stack.size() - 1;
+ Follows.insert(pair<int, int>(x_variable,temp_23));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ Mark = 'M'; // MARK
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_36_37_ob class
+
+//---- 7 ----
+class Opt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Opt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_bang);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_1_2
+
+//---- 8 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_pop);
+ element[ 1 ]= new Opt_1_2 ;
+ }
+};// end class Sq_3_4
+
+//---- 9 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_push);
+ element[ 1 ]= new Sq_3_4 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 10 ----
+class Itr_7_8 : public OR_node_producer_container {
+public: // constructor
+ Itr_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_5_6 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_7_8
+
+//---- 11 ----
+class Comp_38_39 : public Composite_producer {
+public: // constructor
+ Comp_38_39 (): Composite_producer(Event_Stack){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_7_8 ;
+ element[ 1 ]= new SIMPLE_LIST_36_37_ob(Event_SIMPLE_LIST_36_37);
+ }
+};// end class Comp_38_39
+
+//---- 12 ----
+class SCHEMA_Unconstrained_Stack: public Composite_producer {
+public: // constructor
+ SCHEMA_Unconstrained_Stack(): Composite_producer(Event_Unconstrained_Stack){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[0]= new Composite_secondary_producer(Event_Stack);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ }
+};// end class SCHEMA_Unconstrained_Stack
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example07_Unconstrained_Stack.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_38_39 temp_13; temp_13.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Unconstrained_Stack temp_14; temp_14.harvest();
+ temp_14.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Unconstrained_Stack"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.mp
new file mode 100644
index 0000000..817cee8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.mp
@@ -0,0 +1,50 @@
+/* Example7 Trace annotation techniques
+
+Assertion checking with the CHECK clause may be the simplest and most
+common tool for finding counterexamples of traces, which violate some
+property. Traces violating the CHECK condition are marked, and the
+message provides some hint about the cause. The message is associated
+with the root, composite, or the whole schema, and further details may
+require browsing of the corresponding trace segment. The following example
+demonstrates how to make messages more specific and focused.
+
+Let’s consider again the Stack model, but this time without the ENSURE
+constraint on the Stack behavior. This Stack certainly will produce
+unwanted behaviors. The MP code illustrates how to pinpoint events that
+might violate certain property, and how to annotate these particular
+events in the trace with additional messages. Programmers will recognize
+the use of debugging print statements for traditional program testing/debugging.
+*/
+
+SCHEMA Unconstrained_Stack
+ROOT Stack: (* ( push | pop [ bang ]) *)
+ /* bang event represents the Stack underflow event */
+
+ BUILD {
+ /* By default the domain for event selection is FROM THIS.
+
+ The following ENSURE makes sure that each attempt to pop empty Stack
+ is followed by bang event */
+
+ ENSURE FOREACH $p: pop
+ /* pop associated with the bang event does not affect Stack contents,
+ hence only successful pop events do count */
+
+ (#pop BEFORE $p - #bang BEFORE $p) >= #push BEFORE $p
+ <-> #bang FOLLOWS $p == 1;
+
+ COORDINATE $b: bang
+
+ /* pick up pop event immediately preceding bang */
+ DO COORDINATE $x: pop SUCH THAT $x PRECEDES $b
+ DO ADD SAY("This event tries to pop empty Stack")
+ PRECEDES $x;
+ MARK;
+ OD;
+ OD;
+ };
+
+/* Now traces where Stack behavior is incorrect will be MARKed and
+ corresponding pop events will be pointed to by PRECEDES arrow leading
+ from the message box associated with this event.
+*/
\ No newline at end of file
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.temp.txt
new file mode 100644
index 0000000..67cecf8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example07_Unconstrained_Stack tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.txt
new file mode 100644
index 0000000..6b82124
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example07_Unconstrained_Stack.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed Stack: 3 traces (1 MARKed) 7 events
+ average 2.33333 ev/trace min 1 max 4
+
+completed Unconstrained_Stack: 3 traces (1 MARKed) 10 events
+ average 3.33333 ev/trace min 2 max 5
+
+Elapsed time 0.000251 sec, Speed: 67729.1 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.cpp
new file mode 100644
index 0000000..06b30e6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.cpp
@@ -0,0 +1,1439 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Wide_Range_Search_for_Wreckage_and_Survivors trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Receive_distress_signal
+ , Event_Pass_mission_information
+ , Event_Acknowledge_search_plan
+ , Event_Receive_relayed_survivor_location_and_situation
+ , Event_Receive_mission_information
+ , Event_Relay_mission_information
+ , Event_Attempt_contact_with_PID
+ , Event_Assess_environmental_conditions
+ , Event_Receive_environmental_conditions
+ , Event_Provide_search_plan
+ , Event_Communicate_search_plan_and_responsibilities
+ , Event_Scan_environment_for_signs_of_PID
+ , Event_Receive_updates_for_OSC
+ , Event_Receive_PID_location_and_situation
+ , Event_Relay_survivor_location_and_situation
+ , Event_Send_distress_signal
+ , Event_Identify_self_as_PID
+ , Event_Present_for_rescue
+ , Event_Provide_environmental_conditions
+ , Event_Receive_relayed_mission_information
+ , Event_Confirm_search_plan_and_responsibilities
+ , Event_Provide_updates_to_OSC
+ , Event_Spot_object_of_interest
+ , Event_Maneuver_to_rescue_PID
+ , Event_Notify_OSC_of_PID_location_and_situation
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_105_106
+ // ADD operations
+ // ROOT events
+ , Event_Command_and_Control
+ , Event_On_Scene_Commander
+ , Event_PID
+ , Event_Physical_Environment
+ , Event_SAR_Assets
+ // main schema event
+ , Event_Wide_Range_Search_for_Wreckage_and_Survivors };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Receive_distress_signal"
+ , "Pass_mission_information"
+ , "Acknowledge_search_plan"
+ , "Receive_relayed_survivor_location_and_situation"
+ , "Receive_mission_information"
+ , "Relay_mission_information"
+ , "Attempt_contact_with_PID"
+ , "Assess_environmental_conditions"
+ , "Receive_environmental_conditions"
+ , "Provide_search_plan"
+ , "Communicate_search_plan_and_responsibilities"
+ , "Scan_environment_for_signs_of_PID"
+ , "Receive_updates_for_OSC"
+ , "Receive_PID_location_and_situation"
+ , "Relay_survivor_location_and_situation"
+ , "Send_distress_signal"
+ , "Identify_self_as_PID"
+ , "Present_for_rescue"
+ , "Provide_environmental_conditions"
+ , "Receive_relayed_mission_information"
+ , "Confirm_search_plan_and_responsibilities"
+ , "Provide_updates_to_OSC"
+ , "Spot_object_of_interest"
+ , "Maneuver_to_rescue_PID"
+ , "Notify_OSC_of_PID_location_and_situation"
+ , "SIMPLE_LIST_105_106"
+ , "Command_and_Control"
+ , "On_Scene_Commander"
+ , "PID"
+ , "Physical_Environment"
+ , "SAR_Assets"
+ , "Wide_Range_Search_for_Wreckage_and_Survivors" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_105_106_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_105_106_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int PID_source = Root_table[Event_PID]; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Command_and_Control_source = Root_table[Event_Command_and_Control]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + PID_source ]){
+ if( ( (Stack[i]->name == Event_Send_distress_signal)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Command_and_Control_source ]){
+ if( ( (Stack[i]->name == Event_Receive_distress_signal)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Command_and_Control_source = Root_table[Event_Command_and_Control]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Command_and_Control_source ]){
+ if( ( (Stack[i]->name == Event_Pass_mission_information)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Receive_mission_information)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Relay_mission_information)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Receive_relayed_mission_information)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Physical_Environment_source = Root_table[Event_Physical_Environment]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Assess_environmental_conditions)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Physical_Environment_source ]){
+ if( ( (Stack[i]->name == Event_Provide_environmental_conditions)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Physical_Environment_source = Root_table[Event_Physical_Environment]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Physical_Environment_source ]){
+ if( ( (Stack[i]->name == Event_Provide_environmental_conditions)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Receive_environmental_conditions)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Command_and_Control_source = Root_table[Event_Command_and_Control]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Provide_search_plan)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Command_and_Control_source ]){
+ if( ( (Stack[i]->name == Event_Acknowledge_search_plan)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Command_and_Control_source = Root_table[Event_Command_and_Control]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Command_and_Control_source ]){
+ if( ( (Stack[i]->name == Event_Acknowledge_search_plan)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Communicate_search_plan_and_responsibilities)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Communicate_search_plan_and_responsibilities)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Confirm_search_plan_and_responsibilities)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander];
+ // lists of shared events for On_Scene_Commander
+ vector<int> On_Scene_Commander_Scan_environment_for_signs_of_PID_list;
+
+ int SAR_Assets_source = Root_table[Event_SAR_Assets];
+ // lists of shared events for SAR_Assets
+ vector<int> SAR_Assets_Scan_environment_for_signs_of_PID_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( Stack[i]->name == Event_Scan_environment_for_signs_of_PID ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = On_Scene_Commander_Scan_environment_for_signs_of_PID_list.begin();
+ s != On_Scene_Commander_Scan_environment_for_signs_of_PID_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) On_Scene_Commander_Scan_environment_for_signs_of_PID_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( Stack[i]->name == Event_Scan_environment_for_signs_of_PID ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = SAR_Assets_Scan_environment_for_signs_of_PID_list.begin();
+ s != SAR_Assets_Scan_environment_for_signs_of_PID_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) SAR_Assets_Scan_environment_for_signs_of_PID_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = SAR_Assets_Scan_environment_for_signs_of_PID_list.size();
+ if(On_Scene_Commander_Scan_environment_for_signs_of_PID_list.size() != len_to_compare)
+throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = SAR_Assets_Scan_environment_for_signs_of_PID_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(On_Scene_Commander_Scan_environment_for_signs_of_PID_list[i], SAR_Assets_Scan_environment_for_signs_of_PID_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Provide_updates_to_OSC)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Receive_updates_for_OSC)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int PID_source = Root_table[Event_PID]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Spot_object_of_interest)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + PID_source ]){
+ if( ( (Stack[i]->name == Event_Identify_self_as_PID)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int PID_source = Root_table[Event_PID]; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + PID_source ]){
+ if( ( (Stack[i]->name == Event_Identify_self_as_PID)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Maneuver_to_rescue_PID)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int PID_source = Root_table[Event_PID]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Maneuver_to_rescue_PID)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + PID_source ]){
+ if( ( (Stack[i]->name == Event_Present_for_rescue)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int SAR_Assets_source = Root_table[Event_SAR_Assets]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + SAR_Assets_source ]){
+ if( ( (Stack[i]->name == Event_Notify_OSC_of_PID_location_and_situation)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Receive_PID_location_and_situation)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int On_Scene_Commander_source = Root_table[Event_On_Scene_Commander]
+; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Command_and_Control_source = Root_table[Event_Command_and_Control]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + On_Scene_Commander_source ]){
+ if( ( (Stack[i]->name == Event_Relay_survivor_location_and_situation)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Command_and_Control_source ]){
+ if( ( (Stack[i]->name == Event_Receive_relayed_survivor_location_and_situation)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_105_106_ob class
+
+//---- 2 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Receive_distress_signal);
+ element[ 1 ]= new Atomic_producer(Event_Pass_mission_information);
+ element[ 2 ]= new Atomic_producer(Event_Acknowledge_search_plan);
+ element[ 3 ]= new Atomic_producer(Event_Receive_relayed_survivor_location_and_situation)
+;
+ }
+};// end class Sq_1_2
+
+//---- 3 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 11 ];
+ element[ 0 ]= new Atomic_producer(Event_Receive_mission_information);
+ element[ 1 ]= new Atomic_producer(Event_Relay_mission_information);
+ element[ 2 ]= new Atomic_producer(Event_Attempt_contact_with_PID);
+ element[ 3 ]= new Atomic_producer(Event_Assess_environmental_conditions);
+
+ element[ 4 ]= new Atomic_producer(Event_Receive_environmental_conditions)
+;
+ element[ 5 ]= new Atomic_producer(Event_Provide_search_plan);
+ element[ 6 ]= new Atomic_producer(Event_Communicate_search_plan_and_responsibilities)
+;
+ element[ 7 ]= new Atomic_producer(Event_Scan_environment_for_signs_of_PID)
+;
+ element[ 8 ]= new Atomic_producer(Event_Receive_updates_for_OSC);
+ element[ 9 ]= new Atomic_producer(Event_Receive_PID_location_and_situation)
+;
+ element[ 10 ]= new Atomic_producer(Event_Relay_survivor_location_and_situation)
+;
+ }
+};// end class Sq_5_6
+
+//---- 4 ----
+class Sq_9_10 : public AND_node_producer_container {
+public: // constructor
+ Sq_9_10 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Send_distress_signal);
+ element[ 1 ]= new Atomic_producer(Event_Identify_self_as_PID);
+ element[ 2 ]= new Atomic_producer(Event_Present_for_rescue);
+ }
+};// end class Sq_9_10
+
+//---- 5 ----
+class Sq_15_16 : public AND_node_producer_container {
+public: // constructor
+ Sq_15_16 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[ 0 ]= new Atomic_producer(Event_Receive_relayed_mission_information)
+;
+ element[ 1 ]= new Atomic_producer(Event_Confirm_search_plan_and_responsibilities)
+;
+ element[ 2 ]= new Atomic_producer(Event_Scan_environment_for_signs_of_PID)
+;
+ element[ 3 ]= new Atomic_producer(Event_Provide_updates_to_OSC);
+ element[ 4 ]= new Atomic_producer(Event_Spot_object_of_interest);
+ element[ 5 ]= new Atomic_producer(Event_Maneuver_to_rescue_PID);
+ element[ 6 ]= new Atomic_producer(Event_Notify_OSC_of_PID_location_and_situation)
+;
+ }
+};// end class Sq_15_16
+
+//---- 6 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Command_and_Control){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 7 ----
+class Comp_7_8 : public Composite_producer {
+public: // constructor
+ Comp_7_8 (): Composite_producer(Event_On_Scene_Commander){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_5_6 ;
+ }
+};// end class Comp_7_8
+
+//---- 8 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_PID){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 9 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_Physical_Environment){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_Provide_environmental_conditions)
+;
+ }
+};// end class Comp_13_14
+
+//---- 10 ----
+class Comp_17_18 : public Composite_producer {
+public: // constructor
+ Comp_17_18 (): Composite_producer(Event_SAR_Assets){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_15_16 ;
+ }
+};// end class Comp_17_18
+
+//---- 11 ----
+class SCHEMA_Wide_Range_Search_for_Wreckage_and_Survivors: public Composite_producer {
+public: // constructor
+ SCHEMA_Wide_Range_Search_for_Wreckage_and_Survivors(): Composite_producer(Event_Wide_Range_Search_for_Wreckage_and_Survivors){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 6 ];
+ element[0]= new Composite_secondary_producer(Event_Command_and_Control);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_On_Scene_Commander);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_PID);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new Composite_secondary_producer(Event_Physical_Environment);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new Composite_secondary_producer(Event_SAR_Assets);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[4] -> type = ROOT_node;
+ element[5]= new SIMPLE_LIST_105_106_ob(Event_SIMPLE_LIST_105_106);
+ }
+};// end class SCHEMA_Wide_Range_Search_for_Wreckage_and_Survivors
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example08_Operational_Process.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_12; temp_12.harvest();
+ Comp_7_8 temp_13; temp_13.harvest();
+ Comp_11_12 temp_14; temp_14.harvest();
+ Comp_13_14 temp_15; temp_15.harvest();
+ Comp_17_18 temp_16; temp_16.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Wide_Range_Search_for_Wreckage_and_Survivors temp_17; temp_17.harvest();
+ temp_17.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Wide_Range_Search_for_Wreckage_and_Survivors"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.mp
new file mode 100644
index 0000000..e930176
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.mp
@@ -0,0 +1,123 @@
+/* Example8_OperationalProcess.mp
+ modeling operational processes
+
+Operational processes can be modeled to provide a common baseline against which
+alternative proposed solutions may be assessed.
+
+In this example, humans are conducting a wide area search in roles of Command and Control
+(C2), On Scene Commander (OSC), Person in Distress (PID), and Search And Rescue Assets
+(SAR Assets) apart from the OSC.
+An actor called Physical Environment represents behaviors in the natural environment.
+
+Actors may be partitioned and scoped according to the focus of the analysis. The analysis
+prompting this model calls for an analysis of alternatives for the On Scene Commander role
+(e.g., manned helicopter, cutter, unmanned aerial/surface/underwater vehicles).
+
+A System of Systems (SoS) analysis might expand the "SAR Asset" actor into distinct SAR assets
+participating in or potentially participating in the scenario to study emergent behaviors of
+those interacting systems in a SoS construct.
+
+Run for scope 1 (there is no iteration in this example, so increaasing the scope will not
+produce more scenarios). Only one scenario is produced because no decision points have been
+added to this model yet.
+
+The "Sequence" or "Swim Lanes" layouts are the most appropriate for browsing traces here.
+The "Sequence" mode yields views very similar to the UML or SysML Sequence Diagrams.
+
+*/
+
+
+/* Actors */
+
+SCHEMA Wide_Range_Search_for_Wreckage_and_Survivors
+
+ROOT Command_and_Control: Receive_distress_signal
+ Pass_mission_information
+ Acknowledge_search_plan
+ Receive_relayed_survivor_location_and_situation;
+
+ROOT On_Scene_Commander: Receive_mission_information
+ Relay_mission_information
+ Attempt_contact_with_PID
+ Assess_environmental_conditions
+ Receive_environmental_conditions
+ Provide_search_plan
+ Communicate_search_plan_and_responsibilities
+ Scan_environment_for_signs_of_PID
+ Receive_updates_for_OSC
+ Receive_PID_location_and_situation
+ Relay_survivor_location_and_situation;
+
+ROOT PID: Send_distress_signal
+ Identify_self_as_PID
+ Present_for_rescue;
+
+ROOT Physical_Environment: Provide_environmental_conditions;
+
+ROOT SAR_Assets: Receive_relayed_mission_information
+ Confirm_search_plan_and_responsibilities
+ Scan_environment_for_signs_of_PID
+ Provide_updates_to_OSC
+ Spot_object_of_interest
+ Maneuver_to_rescue_PID
+ Notify_OSC_of_PID_location_and_situation;
+
+/* Interactions */
+
+COORDINATE $a: Send_distress_signal FROM PID,
+ $b: Receive_distress_signal FROM Command_and_Control
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Pass_mission_information FROM Command_and_Control,
+ $b: Receive_mission_information FROM On_Scene_Commander
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Relay_mission_information FROM On_Scene_Commander,
+ $b: Receive_relayed_mission_information FROM SAR_Assets
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Assess_environmental_conditions FROM On_Scene_Commander,
+ $b: Provide_environmental_conditions FROM Physical_Environment
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Provide_environmental_conditions FROM Physical_Environment,
+ $b: Receive_environmental_conditions FROM On_Scene_Commander
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Provide_search_plan FROM On_Scene_Commander,
+ $b: Acknowledge_search_plan FROM Command_and_Control
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Acknowledge_search_plan FROM Command_and_Control,
+ $b: Communicate_search_plan_and_responsibilities FROM On_Scene_Commander
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Communicate_search_plan_and_responsibilities FROM On_Scene_Commander,
+ $b: Confirm_search_plan_and_responsibilities FROM SAR_Assets
+ DO ADD $a PRECEDES $b; OD;
+
+On_Scene_Commander, SAR_Assets SHARE ALL Scan_environment_for_signs_of_PID;
+
+COORDINATE $a: Provide_updates_to_OSC FROM SAR_Assets,
+ $b: Receive_updates_for_OSC FROM On_Scene_Commander
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Spot_object_of_interest FROM SAR_Assets,
+ $b: Identify_self_as_PID FROM PID
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Identify_self_as_PID FROM PID,
+ $b: Maneuver_to_rescue_PID FROM SAR_Assets
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Maneuver_to_rescue_PID FROM SAR_Assets,
+ $b: Present_for_rescue FROM PID
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Notify_OSC_of_PID_location_and_situation FROM SAR_Assets,
+ $b: Receive_PID_location_and_situation FROM On_Scene_Commander
+ DO ADD $a PRECEDES $b; OD;
+
+COORDINATE $a: Relay_survivor_location_and_situation FROM On_Scene_Commander,
+ $b: Receive_relayed_survivor_location_and_situation FROM Command_and_Control
+ DO ADD $a PRECEDES $b; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.temp.txt
new file mode 100644
index 0000000..b5288e6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example08_Operational_Process tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.txt
new file mode 100644
index 0000000..1a99082
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example08_Operational_Process.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Command_and_Control: 1 traces (0 MARKed) 5 events
+
+completed On_Scene_Commander: 1 traces (0 MARKed) 12 events
+
+completed PID: 1 traces (0 MARKed) 4 events
+
+completed Physical_Environment: 1 traces (0 MARKed) 2 events
+
+completed SAR_Assets: 1 traces (0 MARKed) 8 events
+
+completed Wide_Range_Search_for_Wreckage_and_Survivors: 1 traces (0 MARKed) 32 events
+
+Elapsed time 0.007554 sec, Speed: 8339.95 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.cpp
new file mode 100644
index 0000000..bd3e959
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.cpp
@@ -0,0 +1,541 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Employee_Employer trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_SendArrivalDate
+ , Event_MedicalCheck
+ , Event_ReadyToWork
+ , Event_EmployeeArrival
+ , Event_Fill_HR_DB
+ , Event_ProvideOffice
+ , Event_ProvideComputer
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_29_30
+ // ADD operations
+ // ROOT events
+ , Event_Employee
+ , Event_Employer
+ // main schema event
+ , Event_Employee_Employer };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "SendArrivalDate"
+ , "MedicalCheck"
+ , "ReadyToWork"
+ , "EmployeeArrival"
+ , "Fill_HR_DB"
+ , "ProvideOffice"
+ , "ProvideComputer"
+ , "SIMPLE_LIST_29_30"
+ , "Employee"
+ , "Employer"
+ , "Employee_Employer" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_29_30_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_29_30_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Employee_source = Root_table[Event_Employee];
+ // lists of shared events for Employee
+ vector<int> Employee_MedicalCheck_list;
+ vector<int> Employee_ReadyToWork_list;
+
+ int Employer_source = Root_table[Event_Employer];
+ // lists of shared events for Employer
+ vector<int> Employer_MedicalCheck_list;
+ vector<int> Employer_ReadyToWork_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Employee_source ]){
+ if( Stack[i]->name == Event_MedicalCheck ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Employee_MedicalCheck_list.begin();
+ s != Employee_MedicalCheck_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Employee_MedicalCheck_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_ReadyToWork ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Employee_ReadyToWork_list.begin();
+ s != Employee_ReadyToWork_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Employee_ReadyToWork_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Employer_source ]){
+ if( Stack[i]->name == Event_MedicalCheck ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Employer_MedicalCheck_list.begin();
+ s != Employer_MedicalCheck_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Employer_MedicalCheck_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_ReadyToWork ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Employer_ReadyToWork_list.begin();
+ s != Employer_ReadyToWork_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Employer_ReadyToWork_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Employer_MedicalCheck_list.size();
+ if(Employee_MedicalCheck_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Employer_ReadyToWork_list.size();
+ if(Employee_ReadyToWork_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Employer_MedicalCheck_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Employee_MedicalCheck_list[i], Employer_MedicalCheck_list[i]);
+ }
+ len_to_compare = Employer_ReadyToWork_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Employee_ReadyToWork_list[i], Employer_ReadyToWork_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Employee_source = Root_table[Event_Employee]; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Employer_source = Root_table[Event_Employer]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Employee_source ]){
+ if( ( (Stack[i]->name == Event_SendArrivalDate)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Employer_source ]){
+ if( ( (Stack[i]->name == Event_EmployeeArrival)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Employer_source = Root_table[Event_Employer]; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Employer_source ]){
+ if( ( (Stack[i]->name == Event_Fill_HR_DB)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Employer_source ]){
+ if( ( (Stack[i]->name == Event_ProvideComputer)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_29_30_ob class
+
+//---- 2 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_SendArrivalDate);
+ element[ 1 ]= new Atomic_producer(Event_MedicalCheck);
+ element[ 2 ]= new Atomic_producer(Event_ReadyToWork);
+ }
+};// end class Sq_1_2
+
+//---- 3 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Fill_HR_DB);
+ element[ 1 ]= new Atomic_producer(Event_MedicalCheck);
+ }
+};// end class Sq_5_6
+
+//---- 4 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_ProvideOffice);
+ element[ 1 ]= new Atomic_producer(Event_ProvideComputer);
+ }
+};// end class Sq_7_8
+
+//---- 5 ----
+class Set_9_10 : public SET_node_producer_container {
+public: // constructor
+ Set_9_10 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_5_6 ;
+ element[ 1 ]= new Sq_7_8 ;
+ }
+};// end class Set_9_10
+
+//---- 6 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_EmployeeArrival);
+ element[ 1 ]= new Set_9_10 ;
+ element[ 2 ]= new Atomic_producer(Event_ReadyToWork);
+ }
+};// end class Sq_11_12
+
+//---- 7 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Employee){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 8 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_Employer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 9 ----
+class SCHEMA_Employee_Employer: public Composite_producer {
+public: // constructor
+ SCHEMA_Employee_Employer(): Composite_producer(Event_Employee_Employer){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Employee);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Employer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_29_30_ob(Event_SIMPLE_LIST_29_30);
+ }
+};// end class SCHEMA_Employee_Employer
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example09_Employee_Employer.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_10; temp_10.harvest();
+ Comp_13_14 temp_11; temp_11.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Employee_Employer temp_12; temp_12.harvest();
+ temp_12.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Employee_Employer"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.mp
new file mode 100644
index 0000000..b442399
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.mp
@@ -0,0 +1,50 @@
+/* Example9_Employee_Employer.mp
+
+The web site http://www.infoq.com/articles/bpelbpm
+“Why BPEL is not the holy grail for BPM “
+provides an example of a process that can be described
+in BPMN but not in BPEL.
+It is claimed to be a challenge for process specification.
+
+Here is the description.
+“When a new employee arrives at a company, a workflow is instantiated.
+First a record needs to be created in the Human Resources database.
+Simultaneously, an office has to be provided.
+As soon as the Human Resources activity has been completed,
+the employee can undergo a medical check. During that time,
+a computer is provided. This is only possible when both an office
+has been set up and an account created in the information system
+from the human resource database. When both the computer and the
+medical check have been performed, the employee is ready to work.
+Of course, you may want to model this simple process differently,
+but the point here is that you cannot define a structured
+parallel workflow [in BPEL] that is equivalent to this one ..."
+
+ Run for scope 1. The "Sequence" or "Swim Lanes"
+ layouts are the most appropriate for browsing traces here.
+ Some box reshuffling may be needed to improve the trace layout.
+*/
+
+SCHEMA Employee_Employer
+
+ROOT Employee: SendArrivalDate
+ MedicalCheck
+ ReadyToWork;
+
+ROOT Employer: EmployeeArrival
+ /* these are concurrent threads */
+ { Fill_HR_DB MedicalCheck,
+ ProvideOffice ProvideComputer }
+ ReadyToWork;
+
+Employee, Employer SHARE ALL MedicalCheck, ReadyToWork;
+
+/* coordination of two events in different threads */
+COORDINATE $a: SendArrivalDate FROM Employee,
+ $b: EmployeeArrival FROM Employer
+ DO ADD $a PRECEDES $b; OD;
+
+/* coordination between two events deep inside the process */
+COORDINATE $a: Fill_HR_DB FROM Employer,
+ $b: ProvideComputer FROM Employer
+ DO ADD $a PRECEDES $b; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.temp.txt
new file mode 100644
index 0000000..9275d97
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example09_Employee_Employer tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.txt
new file mode 100644
index 0000000..e250102
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example09_Employee_Employer.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed Employee: 1 traces (0 MARKed) 4 events
+
+completed Employer: 1 traces (0 MARKed) 7 events
+
+completed Employee_Employer: 1 traces (0 MARKed) 12 events
+
+Elapsed time 0.000332 sec, Speed: 69277.1 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.cpp
new file mode 100644
index 0000000..404ebe7
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.cpp
@@ -0,0 +1,1176 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Pipe_Filter trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send
+ , Event_receive
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_29_30
+ , Event_SIMPLE_LIST_39_40
+ , Event_SIMPLE_LIST_65_66
+ , Event_SIMPLE_LIST_75_76
+ , Event_SIMPLE_LIST_103_104
+ // ADD operations
+ // ROOT events
+ , Event_Producer
+ , Event_Filter1
+ , Event_Filter2
+ , Event_Consumer
+ // main schema event
+ , Event_Pipe_Filter };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send"
+ , "receive"
+ , "SIMPLE_LIST_29_30"
+ , "SIMPLE_LIST_39_40"
+ , "SIMPLE_LIST_65_66"
+ , "SIMPLE_LIST_75_76"
+ , "SIMPLE_LIST_103_104"
+ , "Producer"
+ , "Filter1"
+ , "Filter2"
+ , "Consumer"
+ , "Pipe_Filter" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_11(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_12(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_20(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_47(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_48(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_55(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_56(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_87(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_88(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+int special_function_89(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 12 ----
+int special_function_90(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 13 ----
+int special_function_93(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 14 ----
+int special_function_94(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 15 ----
+bool Quantified_expr_13_14(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ (
+ (Stack[s_variable]-> name == Event_send) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_11(current_host, s_variable ) > special_function_12(current_host,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 16 ----
+bool Quantified_expr_49_50(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ (
+ (Stack[s_variable]-> name == Event_send) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_47(current_host, s_variable ) > special_function_48(current_host,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 17 ----
+class SIMPLE_LIST_29_30_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_29_30_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_13_14(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_19(current_host, Root_table[Event_Filter1])!= special_function_20(current_host, Root_table[Event_Filter1]))
+){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"some messages have been lost in Filter1";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_29_30_ob class
+
+//---- 18 ----
+class SIMPLE_LIST_39_40_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_39_40_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int Producer_source = Root_table[Event_Producer]; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+ int Filter1_source = Root_table[Event_Filter1]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Producer_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + Filter1_source ]){
+ if( ( (Stack[i]->name == Event_receive)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_39_40_ob class
+
+//---- 19 ----
+class SIMPLE_LIST_65_66_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_65_66_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_49_50(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_55(current_host, Root_table[Event_Filter2])!= special_function_56(current_host, Root_table[Event_Filter2]))
+){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"some messages have been lost in Filter2";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_65_66_ob class
+
+//---- 20 ----
+class SIMPLE_LIST_75_76_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_75_76_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int Filter1_source = Root_table[Event_Filter1]; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+ int Filter2_source = Root_table[Event_Filter2]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Filter1_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + Filter2_source ]){
+ if( ( (Stack[i]->name == Event_receive)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_75_76_ob class
+
+//---- 21 ----
+class SIMPLE_LIST_103_104_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_103_104_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int Filter2_source = Root_table[Event_Filter2]; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+ int Consumer_source = Root_table[Event_Consumer]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Filter2_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + Consumer_source ]){
+ if( ( (Stack[i]->name == Event_receive)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ if( ( special_function_87(current_host, Root_table[Event_Consumer])!= special_function_88(current_host, Root_table[Event_Producer]))
+){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert << ( special_function_93(current_host, Root_table[Event_Producer])-
+ special_function_94(current_host, Root_table[Event_Consumer]));
+ convert <<" messages did not reach Consumer";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ Mark = 'M'; // MARK
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_103_104_ob class
+
+//---- 22 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 23 ----
+class Itr_5_6 : public OR_node_producer_container {
+public: // constructor
+ Itr_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_5_6
+
+//---- 24 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_receive);
+ element[ 1 ]= new Itr_5_6 ;
+ }
+};// end class Sq_7_8
+
+//---- 25 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 26 ----
+class Itr_41_42 : public OR_node_producer_container {
+public: // constructor
+ Itr_41_42 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_41_42
+
+//---- 27 ----
+class Sq_43_44 : public AND_node_producer_container {
+public: // constructor
+ Sq_43_44 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_receive);
+ element[ 1 ]= new Itr_41_42 ;
+ }
+};// end class Sq_43_44
+
+//---- 28 ----
+class Itr_45_46 : public OR_node_producer_container {
+public: // constructor
+ Itr_45_46 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_43_44 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_45_46
+
+//---- 29 ----
+class Itr_77_78 : public OR_node_producer_container {
+public: // constructor
+ Itr_77_78 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_receive);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_77_78
+
+//---- 30 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Producer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 31 ----
+class Comp_31_32 : public Composite_producer {
+public: // constructor
+ Comp_31_32 (): Composite_producer(Event_Filter1){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_9_10 ;
+ element[ 1 ]= new SIMPLE_LIST_29_30_ob(Event_SIMPLE_LIST_29_30);
+ }
+};// end class Comp_31_32
+
+//---- 32 ----
+class Comp_67_68 : public Composite_producer {
+public: // constructor
+ Comp_67_68 (): Composite_producer(Event_Filter2){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_45_46 ;
+ element[ 1 ]= new SIMPLE_LIST_65_66_ob(Event_SIMPLE_LIST_65_66);
+ }
+};// end class Comp_67_68
+
+//---- 33 ----
+class Comp_79_80 : public Composite_producer {
+public: // constructor
+ Comp_79_80 (): Composite_producer(Event_Consumer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_77_78 ;
+ }
+};// end class Comp_79_80
+
+//---- 34 ----
+class SCHEMA_Pipe_Filter: public Composite_producer {
+public: // constructor
+ SCHEMA_Pipe_Filter(): Composite_producer(Event_Pipe_Filter){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_Producer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Filter1);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_39_40_ob(Event_SIMPLE_LIST_39_40);
+ element[3]= new Composite_secondary_producer(Event_Filter2);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_75_76_ob(Event_SIMPLE_LIST_75_76);
+ element[5]= new Composite_secondary_producer(Event_Consumer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_103_104_ob(Event_SIMPLE_LIST_103_104);
+ }
+};// end class SCHEMA_Pipe_Filter
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example10_Pipe_Filter.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_35; temp_35.harvest();
+ Comp_31_32 temp_36; temp_36.harvest();
+ Comp_67_68 temp_37; temp_37.harvest();
+ Comp_79_80 temp_38; temp_38.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Pipe_Filter temp_39; temp_39.harvest();
+ temp_39.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Pipe_Filter"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.mp
new file mode 100644
index 0000000..63896c9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.mp
@@ -0,0 +1,55 @@
+/* Example10_Pipe_Filter.mp
+ pipe/filter architecture model with 2 filters
+
+ assumptions:
+ 1) not all items sent by Producer will be received by Consumer,
+ 2) after a message has been sent, it cannot be send repeatedly,
+ 3) received message can stay in the Filter for while,
+ before being sent (if at all).
+*/
+
+SCHEMA Pipe_Filter
+
+ROOT Producer: (* send *);
+
+ROOT Filter1: (* receive (* send *) *)
+/* Filter can send only after receive */
+ BUILD { /* can send only what has been received */
+ ENSURE FOREACH $s: send
+ (#receive BEFORE $s > #send BEFORE $s);
+
+ /* not everything received will be sent */
+ IF #send != #receive THEN
+ SAY("some messages have been lost in Filter1" ); FI;
+ };
+
+COORDINATE $s: send FROM Producer,
+ $r: receive FROM Filter1
+ DO ADD $s PRECEDES $r; OD;
+
+ROOT Filter2: (* receive (* send *) *)
+/* Filter can send only after receive */
+ BUILD { /* can send only what has been received */
+ ENSURE FOREACH $s: send
+ (#receive BEFORE $s > #send BEFORE $s);
+
+ /* not everything received will be sent */
+ IF #send != #receive THEN
+ SAY("some messages have been lost in Filter2" ); FI;
+ };
+
+COORDINATE $s: send FROM Filter1,
+ $r: receive FROM Filter2
+ DO ADD $s PRECEDES $r; OD;
+
+ROOT Consumer: (* receive *);
+
+COORDINATE $s: send FROM Filter2,
+ $r: receive FROM Consumer
+ DO ADD $s PRECEDES $r; OD;
+
+IF #receive FROM Consumer != #send FROM Producer THEN
+ SAY( #send FROM Producer - #receive FROM Consumer
+ " messages did not reach Consumer");
+ MARK;
+FI;
\ No newline at end of file
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.temp.txt
new file mode 100644
index 0000000..b7135b1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example10_Pipe_Filter tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.txt
new file mode 100644
index 0000000..ac7ea05
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example10_Pipe_Filter.txt
@@ -0,0 +1,18 @@
+generating traces for scope 1
+completed Producer: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Filter1: 3 traces (0 MARKed) 7 events
+ average 2.33333 ev/trace min 1 max 3
+
+completed Filter2: 3 traces (0 MARKed) 7 events
+ average 2.33333 ev/trace min 1 max 3
+
+completed Consumer: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Pipe_Filter: 4 traces (2 MARKed) 36 events
+ average 9 ev/trace min 5 max 11
+
+Elapsed time 0.000711 sec, Speed: 78762.3 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.cpp
new file mode 100644
index 0000000..8665c0b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.cpp
@@ -0,0 +1,1213 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Publish_Subscribe trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Register
+ , Event_Unsubscribe
+ , Event_Send
+ , Event_Receive
+ // composite events
+ , Event_Client
+ // top coordination operations
+ , Event_Coordinate_45_46
+ , Event_Coordinate_49_50
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_29_30
+ , Event_SIMPLE_LIST_86_87
+ // ADD operations
+ // ROOT events
+ , Event_Publisher
+ , Event_Subscribers
+ // main schema event
+ , Event_Publish_Subscribe };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Register"
+ , "Unsubscribe"
+ , "Send"
+ , "Receive"
+ , "Client"
+ , "Coordinate_45_46"
+ , "Coordinate_49_50"
+ , "SIMPLE_LIST_29_30"
+ , "SIMPLE_LIST_86_87"
+ , "Publisher"
+ , "Subscribers"
+ , "Publish_Subscribe" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_51_52
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 AFTER temp2
+ return (bool)( (current_host ->follows_matrix)[temp1 * len + temp2]);
+ }
+
+//---- 2 ----
+bool Event_comparison_expr_53_54
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 3 ----
+int special_function_7(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Register){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_8(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Unsubscribe){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_13(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Register){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_14(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Unsubscribe){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_21(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Register){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_22(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Unsubscribe){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_69(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(find_pair_in_table( i, pivot, Follows )) {
+ if( Stack[i]->name == Event_Receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_72(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(find_pair_in_table( i, pivot, Follows )) {
+ if( Stack[i]->name == Event_Receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+bool Quantified_expr_15_16(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int u_variable;
+ int pivot_u_variable = 0;
+
+ // loop 1 for u_variable
+ for( u_variable = 0; u_variable < len; u_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ u_variable * len + pivot_u_variable
+]) &&
+ (
+ (Stack[u_variable]-> name == Event_Unsubscribe) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_13(current_host, u_variable ) > special_function_14(current_host,
+u_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 12 ----
+bool Quantified_expr_23_24(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ (
+ (Stack[s_variable]-> name == Event_Send) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_21(current_host, s_variable ) > special_function_22(current_host,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 13 ----
+class SIMPLE_LIST_29_30_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_29_30_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_7(current_host, Root_table[Event_Publisher])== special_function_8(current_host, Root_table[Event_Publisher]))
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( Quantified_expr_15_16(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( Quantified_expr_23_24(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_29_30_ob class
+
+//---- 14 ----
+class SIMPLE_LIST_86_87_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_86_87_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int client_variable; // thread variable
+ vector<int> client_variable_list; // list of coordinated events
+ int Subscribers_source = Root_table[Event_Subscribers]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for client_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ client_variable = i;
+ if( client_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Subscribers_source ]){
+ if( ( (Stack[i]->name == Event_Client)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = client_variable_list.begin(); s != client_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) client_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source client_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = client_variable_list.size();
+ if(thread_length != client_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ client_variable= client_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int reg_variable; // thread variable
+ vector<int> reg_variable_list; // list of coordinated events
+ int uns_variable; // thread variable
+ vector<int> uns_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for reg_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ reg_variable = i;
+ if( reg_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + client_variable ]){
+ if( ( (Stack[i]->name == Event_Register)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = reg_variable_list.begin(); s != reg_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) reg_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source reg_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = reg_variable_list.size();
+ if(thread_length != reg_variable_list.size()) throw failed;
+
+ // preparing thread for uns_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ uns_variable = i;
+ if( uns_variable_list.size() == thread_length){
+ reg_variable = 0; }
+ else{
+ reg_variable = reg_variable_list[uns_variable_list.size()];};
+ if(in_matrix[i * len + client_variable ]){
+ if( ( (Stack[i]->name == Event_Unsubscribe)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = uns_variable_list.begin(); s != uns_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) uns_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source uns_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = uns_variable_list.size();
+ if(thread_length != uns_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ reg_variable= reg_variable_list[i];
+ uns_variable= uns_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int Publisher_source = Root_table[Event_Publisher]; // source of coordination
+
+
+ // create lists of coordinated events
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + client_variable ]){
+ if( ( (Stack[i]->name == Event_Receive)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){
+ r_variable = 0; }
+ else{
+ r_variable = r_variable_list[s_variable_list.size()];};
+ if(in_matrix[i * len + Publisher_source ]){
+ if( ( (Stack[i]->name == Event_Send)) && ( Event_comparison_expr_51_52
+(current_host, s_variable , reg_variable ) && Event_comparison_expr_53_54
+(current_host, s_variable , uns_variable ) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ r_variable= r_variable_list[i];
+ s_variable= s_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ if( ( special_function_69(current_host, s_variable ) > 1 )){
+ Mark = 'M'; // MARK
+ // ADD operation
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"this Send is received by ";
+ convert << special_function_72(current_host, s_variable ) ;
+ convert <<" Clients";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ int temp_75 = Stack.size() - 1;
+ Follows.insert(pair<int, int>(s_variable,temp_75));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_86_87_ob class
+
+//---- 15 ----
+class Coordinate_45_46_ob: public Coordinate {
+public:
+ //**** COORDINATE with asynchronous sources ****
+ Coordination_source * source[ 1 ];
+ // Atomic_producer, Composite_event_instance, Coordinate_event_ob
+ // set the global derivation_path_mark
+ int current_path;
+ int unique_id;
+ // for traverse() to detect when no more options remain
+ int completeness_count;
+ int activated_source_count;
+
+ // constructor
+ Coordinate_45_46_ob(int n): Coordinate(n){
+ unique_id = get_unique_number();
+ // remember path where we start to produce permutations
+ current_path = -20;
+ // initialize all sources
+ for(int i = 0; i < 1 ; i++) source[i] = new Coordination_source;
+ }
+
+ // to overload the inherited hold() from Event_producer via Coordinate
+ void hold(){
+ for(int k = 0; k < 1 ; k++) source[k]->hold_source(); }
+
+Traversal_result traverse(){
+ //*** traverse with permutation generation
+ completeness_count = 0; activated_source_count= 0;
+ if(current_path != derivation_path_mark){
+ current_path = derivation_path_mark;
+ // prepare to repeat the permutation cycle
+ for(int k = 0; k < 1 ; k++) source[k]->reset();
+ };
+
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int r1_variable; // thread variable
+ vector<int> r1_variable_list; // list of coordinated events
+ int Publisher_source = Root_table[Event_Publisher]; // source of coordination
+
+ int r2_variable; // thread variable
+ vector<int> r2_variable_list; // list of coordinated events
+ int Subscribers_source = Root_table[Event_Subscribers]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for r1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r1_variable = i;
+ if( r1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Publisher_source ]){
+ if( ( (Stack[i]->name == Event_Register)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r1_variable_list.begin(); s != r1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r1_variable_list.size();
+ if(thread_length != r1_variable_list.size()) throw failed;
+
+ // preparing thread for r2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r2_variable = i;
+ if( r2_variable_list.size() == thread_length){
+ r1_variable = 0; }
+ else{
+ r1_variable = r1_variable_list[r2_variable_list.size()];};
+ if(in_matrix[i * len + Subscribers_source ]){
+ if( ( (Stack[i]->name == Event_Register)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r2_variable_list.begin(); s != r2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r2_variable_list.push_back(i);
+ }
+ } };
+ // **** <!> source with permutations ****
+ activated_source_count++;
+ // get next permutation
+ switch(source[ 0 ] -> get_permutation( r2_variable_list) ){
+ case success_and_completed: completeness_count++;
+ break;
+ case success_and_ready_for_next:
+ // hold all previous Coordination sources
+ // until source[ 0 ] completes
+ for(int k = 0; k < 0 ; k++) source[k]->hold_source();
+ default:; // to avoid C++ warnings
+ };// end switch
+ // reset all following sources preparing to repeat the permutation cycle
+ if(!(source[ 0 ] -> was_on_hold)) {
+ for(int k = 0 + 1; k < 1 ; k++) source[k]->reset();
+ };
+ source[ 0 ] -> was_on_hold = false;
+ // if has proceeded so far r2_variable_list is ready
+
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r2_variable_list.size();
+ if(thread_length != r2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ r1_variable= r1_variable_list[i];
+ r2_variable= r2_variable_list[i];
+ // SHARE_clause , throws failed exception if cannot complete
+ make_equality_complete( r1_variable , r2_variable );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }
+ catch(Traversal_result t){
+ return failed;
+ }
+ return (completeness_count == activated_source_count)?
+ success_and_completed: success_and_ready_for_next;
+ } // end traverse()
+}; // end Coordinate_45_46_ob class
+
+//---- 16 ----
+class Coordinate_49_50_ob: public Coordinate {
+public:
+ //**** COORDINATE with asynchronous sources ****
+ Coordination_source * source[ 1 ];
+ // Atomic_producer, Composite_event_instance, Coordinate_event_ob
+ // set the global derivation_path_mark
+ int current_path;
+ int unique_id;
+ // for traverse() to detect when no more options remain
+ int completeness_count;
+ int activated_source_count;
+
+ // constructor
+ Coordinate_49_50_ob(int n): Coordinate(n){
+ unique_id = get_unique_number();
+ // remember path where we start to produce permutations
+ current_path = -20;
+ // initialize all sources
+ for(int i = 0; i < 1 ; i++) source[i] = new Coordination_source;
+ }
+
+ // to overload the inherited hold() from Event_producer via Coordinate
+ void hold(){
+ for(int k = 0; k < 1 ; k++) source[k]->hold_source(); }
+
+Traversal_result traverse(){
+ //*** traverse with permutation generation
+ completeness_count = 0; activated_source_count= 0;
+ if(current_path != derivation_path_mark){
+ current_path = derivation_path_mark;
+ // prepare to repeat the permutation cycle
+ for(int k = 0; k < 1 ; k++) source[k]->reset();
+ };
+
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int u1_variable; // thread variable
+ vector<int> u1_variable_list; // list of coordinated events
+ int Publisher_source = Root_table[Event_Publisher]; // source of coordination
+
+ int u2_variable; // thread variable
+ vector<int> u2_variable_list; // list of coordinated events
+ int Subscribers_source = Root_table[Event_Subscribers]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for u1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ u1_variable = i;
+ if( u1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Publisher_source ]){
+ if( ( (Stack[i]->name == Event_Unsubscribe)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = u1_variable_list.begin(); s != u1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) u1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source u1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = u1_variable_list.size();
+ if(thread_length != u1_variable_list.size()) throw failed;
+
+ // preparing thread for u2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ u2_variable = i;
+ if( u2_variable_list.size() == thread_length){
+ u1_variable = 0; }
+ else{
+ u1_variable = u1_variable_list[u2_variable_list.size()];};
+ if(in_matrix[i * len + Subscribers_source ]){
+ if( ( (Stack[i]->name == Event_Unsubscribe)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = u2_variable_list.begin(); s != u2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) u2_variable_list.push_back(i);
+ }
+ } };
+ // **** <!> source with permutations ****
+ activated_source_count++;
+ // get next permutation
+ switch(source[ 0 ] -> get_permutation( u2_variable_list) ){
+ case success_and_completed: completeness_count++;
+ break;
+ case success_and_ready_for_next:
+ // hold all previous Coordination sources
+ // until source[ 0 ] completes
+ for(int k = 0; k < 0 ; k++) source[k]->hold_source();
+ default:; // to avoid C++ warnings
+ };// end switch
+ // reset all following sources preparing to repeat the permutation cycle
+ if(!(source[ 0 ] -> was_on_hold)) {
+ for(int k = 0 + 1; k < 1 ; k++) source[k]->reset();
+ };
+ source[ 0 ] -> was_on_hold = false;
+ // if has proceeded so far u2_variable_list is ready
+
+ // finally check the thread length
+ if(thread_length < 0) thread_length = u2_variable_list.size();
+ if(thread_length != u2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ u1_variable= u1_variable_list[i];
+ u2_variable= u2_variable_list[i];
+ // SHARE_clause , throws failed exception if cannot complete
+ make_equality_complete( u1_variable , u2_variable );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }
+ catch(Traversal_result t){
+ return failed;
+ }
+ return (completeness_count == activated_source_count)?
+ success_and_completed: success_and_ready_for_next;
+ } // end traverse()
+}; // end Coordinate_49_50_ob class
+
+//---- 17 ----
+class Itr_33_34 : public OR_node_producer_container {
+public: // constructor
+ Itr_33_34 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Receive);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_33_34
+
+//---- 18 ----
+class Sq_35_36 : public AND_node_producer_container {
+public: // constructor
+ Sq_35_36 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Register);
+ element[ 1 ]= new Itr_33_34 ;
+ element[ 2 ]= new Atomic_producer(Event_Unsubscribe);
+ }
+};// end class Sq_35_36
+
+//---- 19 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Register);
+ element[ 1 ]= new Atomic_producer(Event_Unsubscribe);
+ element[ 2 ]= new Atomic_producer(Event_Send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_1_2
+
+//---- 20 ----
+class Ct_88_89 : public AND_node_producer_container {
+public: // constructor
+ Ct_88_89 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Alt_1_2 ;
+ }
+};// end class Ct_88_89
+
+//---- 21 ----
+class Ct_90_91 : public AND_node_producer_container {
+public: // constructor
+ Ct_90_91 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Alt_1_2 ;
+ element[ 2 ]= new Alt_1_2 ;
+ }
+};// end class Ct_90_91
+
+//---- 22 ----
+class Ct_92_93 : public AND_node_producer_container {
+public: // constructor
+ Ct_92_93 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Alt_1_2 ;
+ element[ 2 ]= new Alt_1_2 ;
+ element[ 3 ]= new Alt_1_2 ;
+ }
+};// end class Ct_92_93
+
+//---- 23 ----
+class Ct_94_95 : public AND_node_producer_container {
+public: // constructor
+ Ct_94_95 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Alt_1_2 ;
+ element[ 2 ]= new Alt_1_2 ;
+ element[ 3 ]= new Alt_1_2 ;
+ element[ 4 ]= new Alt_1_2 ;
+ }
+};// end class Ct_94_95
+
+//---- 24 ----
+class Itp_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itp_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Ct_88_89 ;
+ element[ 1 ]= new Ct_90_91 ;
+ element[ 2 ]= new Ct_92_93 ;
+ element[ 3 ]= new Ct_94_95 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itp_3_4
+
+//---- 25 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Register);
+ element[ 1 ]= new Itp_3_4 ;
+ }
+};// end class Sq_5_6
+
+//---- 26 ----
+class Comp_37_38 : public Composite_producer {
+public: // constructor
+ Comp_37_38 (): Composite_producer(Event_Client){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_35_36 ;
+ }
+};// end class Comp_37_38
+
+//---- 27 ----
+class Comp_31_32 : public Composite_producer {
+public: // constructor
+ Comp_31_32 (): Composite_producer(Event_Publisher){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_5_6 ;
+ element[ 1 ]= new SIMPLE_LIST_29_30_ob(Event_SIMPLE_LIST_29_30);
+ }
+};// end class Comp_31_32
+
+//---- 28 ----
+class Comp_41_42 : public Composite_producer {
+public: // constructor
+ Comp_41_42 (): Composite_producer(Event_Subscribers){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Client);
+ }
+};// end class Comp_41_42
+
+//---- 29 ----
+class SCHEMA_Publish_Subscribe: public Composite_producer {
+public: // constructor
+ SCHEMA_Publish_Subscribe(): Composite_producer(Event_Publish_Subscribe){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[0]= new Composite_secondary_producer(Event_Publisher);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Subscribers);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Coordinate_45_46_ob(Event_Coordinate_45_46);
+ element[3]= new Coordinate_49_50_ob(Event_Coordinate_49_50);
+ element[4]= new SIMPLE_LIST_86_87_ob(Event_SIMPLE_LIST_86_87);
+ }
+};// end class SCHEMA_Publish_Subscribe
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example11_Publish_Subscribe.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_37_38 temp_30; temp_30.harvest();
+ // harvesting traces for ROOT events
+ Comp_31_32 temp_31; temp_31.harvest();
+ Comp_41_42 temp_32; temp_32.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Publish_Subscribe temp_33; temp_33.harvest();
+ temp_33.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Publish_Subscribe"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.mp
new file mode 100644
index 0000000..b885a2e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.mp
@@ -0,0 +1,89 @@
+/* Example 11 Publish/Subscribe architecture model.
+
+ Publisher sends a notification to all active Subscribers
+ when new information is available.
+
+ scope 1, 1 trace in less than 1 sec.
+ scope 2, 51 traces in less than 1 sec.
+ scope 3 3813 traces in approx. 5 min.
+*/
+
+SCHEMA Publish_Subscribe
+
+ROOT Publisher: Register
+ (+ <2 .. 3 + $$scope * 2> ( Register | Unsubscribe | Send ) +)
+/* Iteration_scope <2 .. 3 + $$scope * 2> is needed to provide enough events for
+ coordination, since each Client has Register/Unsubscribe event pair,
+ plus some Receive events */
+
+BUILD{
+ /* The Register and Unsubscribe events should be balanced */
+ ENSURE #Register == #Unsubscribe;
+
+ ENSURE FOREACH $u: Unsubscribe #Register BEFORE $u > #Unsubscribe BEFORE $u;
+
+ /* Publisher will Send only if there is at least one active Client.
+ This condition is specified with ENSURE. */
+
+ ENSURE FOREACH $s: Send #Register BEFORE $s > #Unsubscribe BEFORE $s;
+ };
+
+Client: Register (* Receive *) Unsubscribe;
+
+ROOT Subscribers: {+ Client +};
+
+/****** Coordination between Publisher and Subscribers ******/
+/* The ordering of composition operations is important, since Register and
+ Unsubscribe events are used to coordinate Send/Receive between
+ Publisher and Client.
+
+ First, we do SHARE ALL for Register events,
+ next will try all valid permutations of Register/Unsubscribe,
+ and then proceed with further coordination of Send/Receive,
+ using the shared Register and Unsubscribe events as pivots
+ to coordinate Send events for each Client */
+
+ /* Need to try all possible permutations of Register/Unsubscribe pairs,
+ hence the use of <!> event reshuffling */
+COORDINATE $r1: Register FROM Publisher,
+ <!> $r2: Register FROM Subscribers
+ DO SHARE $r1 $r2; OD;
+
+COORDINATE $u1: Unsubscribe FROM Publisher,
+ <!> $u2: Unsubscribe FROM Subscribers
+ DO SHARE $u1 $u2; OD;
+
+/* the following coordination is performed
+ for each valid permutation of Register/Unsubscribe */
+COORDINATE $client: Client FROM Subscribers
+ DO COORDINATE $reg: Register FROM $client,
+ $uns: Unsubscribe FROM $client
+
+ /* For Send event selection to coordinate with a particular
+ Client event, the SUCH THAT thread condition is used.
+ Client will Receive all and only Send between his Register and Unsubscribe */
+ DO COORDINATE $r: Receive FROM $client,
+ $s: Send FROM Publisher
+ SUCH THAT $s AFTER $reg AND $s BEFORE $uns
+
+ /* Register and Unsubscribe events have been shared and now can be used
+ to select appropriate Receive events from the Client and
+ Send events from the Publisher for coordination */
+
+ DO ADD $s PRECEDES $r; OD;
+ OD;
+ OD;
+
+/**** A query ******/
+/* It might be interesting to find out whether there are
+ Send events received by several Clients.
+ MARK traces containing such event configuration, and place
+ annotation pointing to the Send event of interest*/
+COORDINATE $s: Send
+DO
+ IF (#Receive FOLLOWS $s > 1) THEN
+ MARK;
+ ADD SAY("this Send is received by " #Receive FOLLOWS $s " Clients")
+ PRECEDES $s;
+ FI;
+OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.temp.txt
new file mode 100644
index 0000000..a7efcec
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example11_Publish_Subscribe tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.txt
new file mode 100644
index 0000000..50f5c1e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example11_Publish_Subscribe.txt
@@ -0,0 +1,14 @@
+generating traces for scope 1
+completed Client: 2 traces (0 MARKed) 7 events
+ average 3.5 ev/trace min 3 max 4
+
+completed Publisher: 25 traces (0 MARKed) 160 events
+ average 6.4 ev/trace min 4 max 7
+
+completed Subscribers: 2 traces (0 MARKed) 9 events
+ average 4.5 ev/trace min 4 max 5
+
+completed Publish_Subscribe: 1 traces (0 MARKed) 10 events
+
+Elapsed time 0.006075 sec, Speed: 30617.3 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.cpp
new file mode 100644
index 0000000..b1de57f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.cpp
@@ -0,0 +1,627 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA ring trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+ pair_list left_neighbor_of_UDR_set;
+ pair_list right_neighbor_of_UDR_set;
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ left_neighbor_of_UDR_set.clear();
+ right_neighbor_of_UDR_set.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!left_neighbor_of_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("left_neighbor_of",left_neighbor_of_UDR_set));
+ if(!right_neighbor_of_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("right_neighbor_of",right_neighbor_of_UDR_set));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+
+ if(p1->first == "left_neighbor_of"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ left_neighbor_of_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ else
+ if(p1->first == "right_neighbor_of"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ right_neighbor_of_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from left_neighbor_of_UDR_set
+ temp_list.clear();
+ for(p = left_neighbor_of_UDR_set.begin(); p != left_neighbor_of_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ left_neighbor_of_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from right_neighbor_of_UDR_set
+ temp_list.clear();
+ for(p = right_neighbor_of_UDR_set.begin(); p != right_neighbor_of_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ right_neighbor_of_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // merging from left_neighbor_of_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = left_neighbor_of_UDR_set.begin(); p != left_neighbor_of_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ left_neighbor_of_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ // merging from right_neighbor_of_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = right_neighbor_of_UDR_set.begin(); p != right_neighbor_of_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ right_neighbor_of_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send_left
+ , Event_send_right
+ , Event_receive_from_left
+ , Event_receive_from_right
+ // composite events
+ , Event_Node
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_37_38
+ // ADD operations
+ // ROOT events
+ , Event_Ring
+ // main schema event
+ , Event_ring };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send_left"
+ , "send_right"
+ , "receive_from_left"
+ , "receive_from_right"
+ , "Node"
+ , "SIMPLE_LIST_37_38"
+ , "Ring"
+ , "ring" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_37_38_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_37_38_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x1_variable; // thread variable
+ vector<int> x1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int x2_variable; // thread variable
+ vector<int> x2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for x1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x1_variable = i;
+ if( x1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Node)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x1_variable_list.begin(); s != x1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x1_variable_list.size();
+ if(thread_length != x1_variable_list.size()) throw failed;
+
+ // preparing thread for x2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x2_variable = i;
+ if( x2_variable_list.size() == thread_length){
+ x1_variable = 0; }
+ else{
+ x1_variable = x1_variable_list[x2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Node)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x2_variable_list.begin(); s != x2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x2_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SHIFT_LEFT reshuffling
+ if(x2_variable_list.size() > 0)
+ rotate(x2_variable_list.begin(), x2_variable_list.begin() + 1, x2_variable_list.end());
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x2_variable_list.size();
+ if(thread_length != x2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x1_variable= x1_variable_list[i];
+ x2_variable= x2_variable_list[i];
+ // ADD operation
+ left_neighbor_of_UDR_set.insert(pair<int, int>(x1_variable,x2_variable));
+ right_neighbor_of_UDR_set.insert(pair<int, int>(x2_variable,x1_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int m_variable; // thread variable
+ vector<int> m_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for m_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ m_variable = i;
+ if( m_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Node)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = m_variable_list.begin(); s != m_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) m_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source m_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = m_variable_list.size();
+ if(thread_length != m_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ m_variable= m_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int left_variable; // thread variable
+ vector<int> left_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for left_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ left_variable = i;
+ if( left_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Node)) &&
+ find_pair_in_table( left_variable , m_variable , left_neighbor_of_UDR_set) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = left_variable_list.begin(); s != left_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) left_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source left_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = left_variable_list.size();
+ if(thread_length != left_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ left_variable= left_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s1_variable; // thread variable
+ vector<int> s1_variable_list; // list of coordinated events
+ int r1_variable; // thread variable
+ vector<int> r1_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s1_variable = i;
+ if( s1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + m_variable ]){
+ if( ( (Stack[i]->name == Event_send_left)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_list.begin(); s != s1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s1_variable_list.size();
+ if(thread_length != s1_variable_list.size()) throw failed;
+
+ // preparing thread for r1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r1_variable = i;
+ if( r1_variable_list.size() == thread_length){
+ s1_variable = 0; }
+ else{
+ s1_variable = s1_variable_list[r1_variable_list.size()];};
+ if(in_matrix[i * len + left_variable ]){
+ if( ( (Stack[i]->name == Event_receive_from_right)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r1_variable_list.begin(); s != r1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r1_variable_list.size();
+ if(thread_length != r1_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s1_variable= s1_variable_list[i];
+ r1_variable= r1_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r1_variable,s1_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s1_variable; // thread variable
+ vector<int> s1_variable_list; // list of coordinated events
+ int r1_variable; // thread variable
+ vector<int> r1_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s1_variable = i;
+ if( s1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + left_variable ]){
+ if( ( (Stack[i]->name == Event_send_right)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_list.begin(); s != s1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s1_variable_list.size();
+ if(thread_length != s1_variable_list.size()) throw failed;
+
+ // preparing thread for r1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r1_variable = i;
+ if( r1_variable_list.size() == thread_length){
+ s1_variable = 0; }
+ else{
+ s1_variable = s1_variable_list[r1_variable_list.size()];};
+ if(in_matrix[i * len + m_variable ]){
+ if( ( (Stack[i]->name == Event_receive_from_left)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r1_variable_list.begin(); s != r1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r1_variable_list.size();
+ if(thread_length != r1_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s1_variable= s1_variable_list[i];
+ r1_variable= r1_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r1_variable,s1_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_37_38_ob class
+
+//---- 2 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_send_left);
+ element[ 1 ]= new Atomic_producer(Event_send_right);
+ element[ 2 ]= new Atomic_producer(Event_receive_from_left);
+ element[ 3 ]= new Atomic_producer(Event_receive_from_right);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 3 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 4 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Node){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 5 ----
+class Comp_39_40 : public Composite_producer {
+public: // constructor
+ Comp_39_40 (): Composite_producer(Event_Ring){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Node);
+ element[ 1 ]= new SIMPLE_LIST_37_38_ob(Event_SIMPLE_LIST_37_38);
+ }
+};// end class Comp_39_40
+
+//---- 6 ----
+class SCHEMA_ring: public Composite_producer {
+public: // constructor
+ SCHEMA_ring(): Composite_producer(Event_ring){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[0]= new Composite_secondary_producer(Event_Ring);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ }
+};// end class SCHEMA_ring
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example12_network_topology_ring.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_5_6 temp_7; temp_7.harvest();
+ // harvesting traces for ROOT events
+ Comp_39_40 temp_8; temp_8.harvest();
+ // harvesting traces for main schema
+ SCHEMA_ring temp_9; temp_9.harvest();
+ temp_9.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"ring"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.mp
new file mode 100644
index 0000000..d3dcba3
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.mp
@@ -0,0 +1,75 @@
+/* ring.mp
+ ring topology
+ an example of user-defined relation use
+
+ The following is a model of network ring,
+ where each node interacts with its left and right neighbors only.
+------------------------------------------*/
+
+SCHEMA ring
+/* model of networking ring, where each node sends/receives
+to/from its left and right neighbor.
+*/
+
+Node: (* ( send_left | send_right |
+ receive_from_left | receive_from_right ) *);
+
+ROOT Ring: {+ Node +}
+
+/* The following coordinations are done over the root Ring,
+ the ring may contain one or more Nodes */
+BUILD{
+
+COORDINATE $x1: Node,/* This thread produces a default set */
+<SHIFT_LEFT> $x2: Node
+
+/* SHIFT_LEFT reshuffling, means that when the default set
+of Node events is selected (all Node events from THIS),
+it takes the first event from the
+beginning and puts it to the end of sequence.
+This adjusted thread is used to produce the ring topology */
+
+DO
+/* The COORDINATE loop proceeds to set up new relations between $x1 and its neighbor */
+ ADD $x1 left_neighbor_of $x2,
+ $x2 right_neighbor_of $x1;
+OD;
+
+/*-----------------------------------------------------
+We assert the single ring property.
+^R yields a transitive closure of the relation R.
+Ring topology means that every node can be reached from any node in both directions.
+Although it is possible to prove that the previous coordination sets the ring properly,
+the following assertion check is provided for clarity to demonstrate how such
+properties can be expressed in MP.
+If uncommented, it will increase the trace generation time.
+Assertions are mostly used for model testing/debugging.
+You can uncomment it and try to run.
+--------------------------------------------------------*/
+
+/*----------------------------------------------------
+CHECK FOREACH $a: Node, $b: Node
+( $a ^left_neighbor_of $b AND
+ $a ^right_neighbor_of $b )
+ONFAIL SAY("ring property violation detected!");
+-----------------------------------------------------*/
+
+/* After the ring topology has been created,
+we can coordinate message exchange between neighbors,
+i.e. define the behavior of the ring */
+
+COORDINATE $m: Node /* Default set, do the following for each Node */
+
+DO COORDINATE $left: Node SUCH THAT $left left_neighbor_of $m
+
+ DO
+ COORDINATE $s1: send_left FROM $m,
+ $r1: receive_from_right FROM $left
+ DO ADD $s1 PRECEDES $r1; OD;
+
+ COORDINATE $s1: send_right FROM $left,
+ $r1: receive_from_left FROM $m
+ DO ADD $s1 PRECEDES $r1; OD;
+ OD;
+OD;
+}; /* end of the BUILD block for the root Ring */
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.temp.txt
new file mode 100644
index 0000000..2088504
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example12_network_topology_ring tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.txt
new file mode 100644
index 0000000..331b073
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example12_network_topology_ring.txt
@@ -0,0 +1,10 @@
+generating traces for scope 1
+completed Node: 5 traces (0 MARKed) 9 events
+ average 1.8 ev/trace min 1 max 2
+
+completed Ring: 1 traces (0 MARKed) 2 events
+
+completed ring: 1 traces (0 MARKed) 3 events
+
+Elapsed time 0.000225 sec, Speed: 62222.2 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.cpp
new file mode 100644
index 0000000..9488183
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.cpp
@@ -0,0 +1,959 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA FiniteStateDiagram trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_a
+ , Event_b
+ , Event_Start
+ , Event_S1
+ , Event_S2
+ , Event_End
+ , Event_S3
+ , Event_S4
+ // composite events
+ , Event_S1_to_S3
+ , Event_S1_to_S4
+ , Event_S2_to_S1
+ , Event_S3_to_S3
+ , Event_S3_to_S4
+ , Event_S4_to_S2
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_31_32
+ , Event_SIMPLE_LIST_49_50
+ , Event_SIMPLE_LIST_79_80
+ // ADD operations
+ // ROOT events
+ , Event_S1_behavior
+ , Event_S2_behavior
+ , Event_S3_behavior
+ , Event_S4_behavior
+ // main schema event
+ , Event_FiniteStateDiagram };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "a"
+ , "b"
+ , "Start"
+ , "S1"
+ , "S2"
+ , "End"
+ , "S3"
+ , "S4"
+ , "S1_to_S3"
+ , "S1_to_S4"
+ , "S2_to_S1"
+ , "S3_to_S3"
+ , "S3_to_S4"
+ , "S4_to_S2"
+ , "SIMPLE_LIST_31_32"
+ , "SIMPLE_LIST_49_50"
+ , "SIMPLE_LIST_79_80"
+ , "S1_behavior"
+ , "S2_behavior"
+ , "S3_behavior"
+ , "S4_behavior"
+ , "FiniteStateDiagram" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_31_32_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_31_32_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S1_behavior_source = Root_table[Event_S1_behavior];
+ // lists of shared events for S1_behavior
+ vector<int> S1_behavior_S2_to_S1_list;
+
+ int S2_behavior_source = Root_table[Event_S2_behavior];
+ // lists of shared events for S2_behavior
+ vector<int> S2_behavior_S2_to_S1_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S1_behavior_source ]){
+ if( Stack[i]->name == Event_S2_to_S1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S1_behavior_S2_to_S1_list.begin();
+ s != S1_behavior_S2_to_S1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S1_behavior_S2_to_S1_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S2_behavior_source ]){
+ if( Stack[i]->name == Event_S2_to_S1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S2_behavior_S2_to_S1_list.begin();
+ s != S2_behavior_S2_to_S1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S2_behavior_S2_to_S1_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S2_behavior_S2_to_S1_list.size();
+ if(S1_behavior_S2_to_S1_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S2_behavior_S2_to_S1_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S1_behavior_S2_to_S1_list[i], S2_behavior_S2_to_S1_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_31_32_ob class
+
+//---- 2 ----
+class SIMPLE_LIST_49_50_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_49_50_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S3_behavior_source = Root_table[Event_S3_behavior];
+ // lists of shared events for S3_behavior
+ vector<int> S3_behavior_S1_to_S3_list;
+
+ int S1_behavior_source = Root_table[Event_S1_behavior];
+ // lists of shared events for S1_behavior
+ vector<int> S1_behavior_S1_to_S3_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S3_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S3 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S3_behavior_S1_to_S3_list.begin();
+ s != S3_behavior_S1_to_S3_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S3_behavior_S1_to_S3_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S1_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S3 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S1_behavior_S1_to_S3_list.begin();
+ s != S1_behavior_S1_to_S3_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S1_behavior_S1_to_S3_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S1_behavior_S1_to_S3_list.size();
+ if(S3_behavior_S1_to_S3_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S1_behavior_S1_to_S3_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S3_behavior_S1_to_S3_list[i], S1_behavior_S1_to_S3_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_49_50_ob class
+
+//---- 3 ----
+class SIMPLE_LIST_79_80_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_79_80_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S4_behavior_source = Root_table[Event_S4_behavior];
+ // lists of shared events for S4_behavior
+ vector<int> S4_behavior_S1_to_S4_list;
+
+ int S1_behavior_source = Root_table[Event_S1_behavior];
+ // lists of shared events for S1_behavior
+ vector<int> S1_behavior_S1_to_S4_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S4_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S4_behavior_S1_to_S4_list.begin();
+ s != S4_behavior_S1_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S4_behavior_S1_to_S4_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S1_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S1_behavior_S1_to_S4_list.begin();
+ s != S1_behavior_S1_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S1_behavior_S1_to_S4_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S1_behavior_S1_to_S4_list.size();
+ if(S4_behavior_S1_to_S4_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S1_behavior_S1_to_S4_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S4_behavior_S1_to_S4_list[i], S1_behavior_S1_to_S4_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S4_behavior_source = Root_table[Event_S4_behavior];
+ // lists of shared events for S4_behavior
+ vector<int> S4_behavior_S4_to_S2_list;
+
+ int S2_behavior_source = Root_table[Event_S2_behavior];
+ // lists of shared events for S2_behavior
+ vector<int> S2_behavior_S4_to_S2_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S4_behavior_source ]){
+ if( Stack[i]->name == Event_S4_to_S2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S4_behavior_S4_to_S2_list.begin();
+ s != S4_behavior_S4_to_S2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S4_behavior_S4_to_S2_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S2_behavior_source ]){
+ if( Stack[i]->name == Event_S4_to_S2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S2_behavior_S4_to_S2_list.begin();
+ s != S2_behavior_S4_to_S2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S2_behavior_S4_to_S2_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S2_behavior_S4_to_S2_list.size();
+ if(S4_behavior_S4_to_S2_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S2_behavior_S4_to_S2_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S4_behavior_S4_to_S2_list[i], S2_behavior_S4_to_S2_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S4_behavior_source = Root_table[Event_S4_behavior];
+ // lists of shared events for S4_behavior
+ vector<int> S4_behavior_S3_to_S4_list;
+
+ int S3_behavior_source = Root_table[Event_S3_behavior];
+ // lists of shared events for S3_behavior
+ vector<int> S3_behavior_S3_to_S4_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S4_behavior_source ]){
+ if( Stack[i]->name == Event_S3_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S4_behavior_S3_to_S4_list.begin();
+ s != S4_behavior_S3_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S4_behavior_S3_to_S4_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S3_behavior_source ]){
+ if( Stack[i]->name == Event_S3_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S3_behavior_S3_to_S4_list.begin();
+ s != S3_behavior_S3_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S3_behavior_S3_to_S4_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S3_behavior_S3_to_S4_list.size();
+ if(S4_behavior_S3_to_S4_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S3_behavior_S3_to_S4_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S4_behavior_S3_to_S4_list[i], S3_behavior_S3_to_S4_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"The path: ";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_S1)|| (Stack[i]->name == Event_S2)|| (Stack[i]->name == Event_S3)|| (Stack[i]->name == Event_S4)|| (Stack[i]->name == Event_a)|| (Stack[i]->name == Event_b)|| (Stack[i]->name == Event_Start)|| (Stack[i]->name == Event_End)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(a_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert << event_name_string[Stack[ a_variable ]->name];
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_79_80_ob class
+
+//---- 4 ----
+class Alt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Alt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ element[ 1 ]= new Atomic_producer(Event_b);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_3_4
+
+//---- 5 ----
+class Alt_7_8 : public OR_node_producer_container {
+public: // constructor
+ Alt_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S3);
+ element[ 1 ]= new Composite_secondary_producer(Event_S1_to_S4);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_7_8
+
+//---- 6 ----
+class Sq_9_10 : public AND_node_producer_container {
+public: // constructor
+ Sq_9_10 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_7_8 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_S2_to_S1);
+ element[ 2 ]= new Atomic_producer(Event_S1);
+ }
+};// end class Sq_9_10
+
+//---- 7 ----
+class Itr_11_12 : public OR_node_producer_container {
+public: // constructor
+ Itr_11_12 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_9_10 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_11_12
+
+//---- 8 ----
+class Alt_13_14 : public OR_node_producer_container {
+public: // constructor
+ Alt_13_14 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S3);
+ element[ 1 ]= new Composite_secondary_producer(Event_S1_to_S4);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_13_14
+
+//---- 9 ----
+class Sq_15_16 : public AND_node_producer_container {
+public: // constructor
+ Sq_15_16 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Start);
+ element[ 1 ]= new Atomic_producer(Event_S1);
+ element[ 2 ]= new Itr_11_12 ;
+ element[ 3 ]= new Alt_13_14 ;
+ }
+};// end class Sq_15_16
+
+//---- 10 ----
+class Sq_21_22 : public AND_node_producer_container {
+public: // constructor
+ Sq_21_22 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S4_to_S2);
+ element[ 1 ]= new Atomic_producer(Event_S2);
+ element[ 2 ]= new Composite_secondary_producer(Event_S2_to_S1);
+ }
+};// end class Sq_21_22
+
+//---- 11 ----
+class Itr_23_24 : public OR_node_producer_container {
+public: // constructor
+ Itr_23_24 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_21_22 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_23_24
+
+//---- 12 ----
+class Sq_25_26 : public AND_node_producer_container {
+public: // constructor
+ Sq_25_26 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Itr_23_24 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_S4_to_S2);
+ element[ 2 ]= new Atomic_producer(Event_S2);
+ element[ 3 ]= new Atomic_producer(Event_End);
+ }
+};// end class Sq_25_26
+
+//---- 13 ----
+class Sq_37_38 : public AND_node_producer_container {
+public: // constructor
+ Sq_37_38 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S3_to_S3);
+ element[ 1 ]= new Atomic_producer(Event_S3);
+ }
+};// end class Sq_37_38
+
+//---- 14 ----
+class Itr_39_40 : public OR_node_producer_container {
+public: // constructor
+ Itr_39_40 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_37_38 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_39_40
+
+//---- 15 ----
+class Sq_41_42 : public AND_node_producer_container {
+public: // constructor
+ Sq_41_42 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S3);
+ element[ 1 ]= new Atomic_producer(Event_S3);
+ element[ 2 ]= new Itr_39_40 ;
+ element[ 3 ]= new Composite_secondary_producer(Event_S3_to_S4);
+ }
+};// end class Sq_41_42
+
+//---- 16 ----
+class Itr_43_44 : public OR_node_producer_container {
+public: // constructor
+ Itr_43_44 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_41_42 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_43_44
+
+//---- 17 ----
+class Alt_53_54 : public OR_node_producer_container {
+public: // constructor
+ Alt_53_54 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S4);
+ element[ 1 ]= new Composite_secondary_producer(Event_S3_to_S4);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_53_54
+
+//---- 18 ----
+class Sq_55_56 : public AND_node_producer_container {
+public: // constructor
+ Sq_55_56 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_53_54 ;
+ element[ 1 ]= new Atomic_producer(Event_S4);
+ element[ 2 ]= new Composite_secondary_producer(Event_S4_to_S2);
+ }
+};// end class Sq_55_56
+
+//---- 19 ----
+class Itr_57_58 : public OR_node_producer_container {
+public: // constructor
+ Itr_57_58 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_55_56 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_57_58
+
+//---- 20 ----
+class Comp_1_2 : public Composite_producer {
+public: // constructor
+ Comp_1_2 (): Composite_producer(Event_S1_to_S3){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ }
+};// end class Comp_1_2
+
+//---- 21 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_S1_to_S4){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Alt_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 22 ----
+class Comp_19_20 : public Composite_producer {
+public: // constructor
+ Comp_19_20 (): Composite_producer(Event_S2_to_S1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_b);
+ }
+};// end class Comp_19_20
+
+//---- 23 ----
+class Comp_33_34 : public Composite_producer {
+public: // constructor
+ Comp_33_34 (): Composite_producer(Event_S3_to_S3){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ }
+};// end class Comp_33_34
+
+//---- 24 ----
+class Comp_35_36 : public Composite_producer {
+public: // constructor
+ Comp_35_36 (): Composite_producer(Event_S3_to_S4){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_b);
+ }
+};// end class Comp_35_36
+
+//---- 25 ----
+class Comp_51_52 : public Composite_producer {
+public: // constructor
+ Comp_51_52 (): Composite_producer(Event_S4_to_S2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ }
+};// end class Comp_51_52
+
+//---- 26 ----
+class Comp_17_18 : public Composite_producer {
+public: // constructor
+ Comp_17_18 (): Composite_producer(Event_S1_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_15_16 ;
+ }
+};// end class Comp_17_18
+
+//---- 27 ----
+class Comp_27_28 : public Composite_producer {
+public: // constructor
+ Comp_27_28 (): Composite_producer(Event_S2_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_25_26 ;
+ }
+};// end class Comp_27_28
+
+//---- 28 ----
+class Comp_45_46 : public Composite_producer {
+public: // constructor
+ Comp_45_46 (): Composite_producer(Event_S3_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_43_44 ;
+ }
+};// end class Comp_45_46
+
+//---- 29 ----
+class Comp_59_60 : public Composite_producer {
+public: // constructor
+ Comp_59_60 (): Composite_producer(Event_S4_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_57_58 ;
+ }
+};// end class Comp_59_60
+
+//---- 30 ----
+class SCHEMA_FiniteStateDiagram: public Composite_producer {
+public: // constructor
+ SCHEMA_FiniteStateDiagram(): Composite_producer(Event_FiniteStateDiagram){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_S1_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_S2_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_31_32_ob(Event_SIMPLE_LIST_31_32);
+ element[3]= new Composite_secondary_producer(Event_S3_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_49_50_ob(Event_SIMPLE_LIST_49_50);
+ element[5]= new Composite_secondary_producer(Event_S4_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_79_80_ob(Event_SIMPLE_LIST_79_80);
+ }
+};// end class SCHEMA_FiniteStateDiagram
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example13_FiniteStateDiagram.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_1_2 temp_31; temp_31.harvest();
+ Comp_5_6 temp_32; temp_32.harvest();
+ Comp_19_20 temp_33; temp_33.harvest();
+ Comp_33_34 temp_34; temp_34.harvest();
+ Comp_35_36 temp_35; temp_35.harvest();
+ Comp_51_52 temp_36; temp_36.harvest();
+ // harvesting traces for ROOT events
+ Comp_17_18 temp_37; temp_37.harvest();
+ Comp_27_28 temp_38; temp_38.harvest();
+ Comp_45_46 temp_39; temp_39.harvest();
+ Comp_59_60 temp_40; temp_40.harvest();
+ // harvesting traces for main schema
+ SCHEMA_FiniteStateDiagram temp_41; temp_41.harvest();
+ temp_41.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"FiniteStateDiagram"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.mp
new file mode 100644
index 0000000..90b7756
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.mp
@@ -0,0 +1,80 @@
+/* Example13_FiniteStateDiagram.mp
+
+ example of finite state diagram behavior model,
+ contains non-deterministic transitions (from S1 with symbol a),
+ and a single state loop (S3 with a).
+
+ The finite state transition diagram:
+
+ Start -> S1
+ S1 -> a -> S3
+ S1 -> a -> S4
+ S1 -> b -> S4
+ S2 -> b -> S1
+ S2 -> End
+ S3 -> a -> S3
+ S3 -> b -> S4
+ S4 -> a -> S2
+
+ Direct modeling of the state diagram including state visits
+ and actions triggering state transitions. Only paths starting
+ with Start and ending with End are valid.
+
+ Behavior of each state Si is represented by a separate
+ root event Si_behavior.
+
+ Each transition in the diagram Si -> Sj is modeled by a
+ composite event Si_to_Sj.
+
+ 1) Event Si_to_Sj contains the symbol triggering the transition.
+ 2) Si_to_Sj is shared by corresponding state behavior roots.
+
+ run for:
+ scope 1 (4 traces),
+ scope 2 (30 traces),
+ scope 3 (258 traces)
+*/
+
+SCHEMA FiniteStateDiagram
+
+S1_to_S3: a;
+S1_to_S4: (a | b);
+
+ROOT S1_behavior: Start S1
+ (* (S1_to_S3 | S1_to_S4) S2_to_S1 S1 *)
+ (S1_to_S3 | S1_to_S4);
+
+S2_to_S1: b;
+
+ROOT S2_behavior: (* S4_to_S2 S2 S2_to_S1 *)
+ S4_to_S2 S2 End;
+
+S1_behavior, S2_behavior SHARE ALL S2_to_S1;
+
+/* coordination should be done as soon as possible,
+ in order to prune the search,
+ but only after both root S1_behavior and S2_behavior
+ traces are available */
+
+S3_to_S3: a;
+S3_to_S4: b;
+
+ROOT S3_behavior: (* S1_to_S3 S3
+ (* S3_to_S3 S3 *)
+ S3_to_S4 *) ;
+
+S3_behavior, S1_behavior SHARE ALL S1_to_S3;
+
+S4_to_S2: a;
+
+ROOT S4_behavior: (* (S1_to_S4 | S3_to_S4) S4
+ S4_to_S2 *) ;
+
+S4_behavior, S1_behavior SHARE ALL S1_to_S4;
+S4_behavior, S2_behavior SHARE ALL S4_to_S2;
+S4_behavior, S3_behavior SHARE ALL S3_to_S4;
+
+SAY("The path: ");
+/* Sort state visits and transition events according to the BEFORE relation and then show them */
+COORDINATE <SORT> $a: (S1 | S2 | S3 | S4 | a | b | Start | End)
+ DO SAY($a); OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.temp.txt
new file mode 100644
index 0000000..76fa7e3
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example13_FiniteStateDiagram tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.txt
new file mode 100644
index 0000000..b4d3b70
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example13_FiniteStateDiagram.txt
@@ -0,0 +1,31 @@
+generating traces for scope 1
+completed S1_to_S3: 1 traces (0 MARKed) 2 events
+
+completed S1_to_S4: 2 traces (0 MARKed) 4 events
+ average 2 ev/trace min 2 max 2
+
+completed S2_to_S1: 1 traces (0 MARKed) 2 events
+
+completed S3_to_S3: 1 traces (0 MARKed) 2 events
+
+completed S3_to_S4: 1 traces (0 MARKed) 2 events
+
+completed S4_to_S2: 1 traces (0 MARKed) 2 events
+
+completed S1_behavior: 12 traces (0 MARKed) 105 events
+ average 8.75 ev/trace min 5 max 10
+
+completed S2_behavior: 2 traces (0 MARKed) 15 events
+ average 7.5 ev/trace min 5 max 10
+
+completed S3_behavior: 3 traces (0 MARKed) 16 events
+ average 5.33333 ev/trace min 1 max 9
+
+completed S4_behavior: 4 traces (0 MARKed) 19 events
+ average 4.75 ev/trace min 1 max 6
+
+completed FiniteStateDiagram: 4 traces (0 MARKed) 123 events
+ average 30.75 ev/trace min 26 max 38
+
+Elapsed time 0.09693 sec, Speed: 3012.48 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.cpp
new file mode 100644
index 0000000..eaa5ff1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.cpp
@@ -0,0 +1,1996 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA petri_net trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > initial_tokens_number_attribute;
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( initial_tokens_number_attribute[event1] != initial_tokens_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ initial_tokens_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!initial_tokens_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("initial_tokens",initial_tokens_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "initial_tokens"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ initial_tokens_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_171_Diagram;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send_token
+ , Event_get_token
+ , Event_T1_receives_from_P1
+ , Event_T1_fires
+ , Event_T2_receives_from_P2
+ , Event_T2_receives_from_P3
+ , Event_T2_fires
+ // composite events
+ , Event_P1_sends_to_T1
+ , Event_P1_receives_from_T2
+ , Event_T1_sends_to_P2
+ , Event_T1_sends_to_P3
+ , Event_P2_receives_from_T1
+ , Event_P2_sends_to_T2
+ , Event_P3_receives_from_T1
+ , Event_P3_sends_to_T2
+ , Event_T2_sends_to_P1
+ , Event_T2_sends_to_P4
+ , Event_P4_receives_from_T2
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_21_22
+ , Event_SIMPLE_LIST_43_44
+ , Event_SIMPLE_LIST_59_60
+ , Event_SIMPLE_LIST_73_74
+ , Event_SIMPLE_LIST_91_92
+ , Event_SIMPLE_LIST_105_106
+ , Event_SIMPLE_LIST_141_142
+ , Event_SIMPLE_LIST_172_173
+ , Event_SIMPLE_LIST_205_206
+ // ADD operations
+ // ROOT events
+ , Event_P1_behavior
+ , Event_T1_behavior
+ , Event_P2_behavior
+ , Event_P3_behavior
+ , Event_T2_behavior
+ , Event_P4_behavior
+ // main schema event
+ , Event_petri_net };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send_token"
+ , "get_token"
+ , "T1_receives_from_P1"
+ , "T1_fires"
+ , "T2_receives_from_P2"
+ , "T2_receives_from_P3"
+ , "T2_fires"
+ , "P1_sends_to_T1"
+ , "P1_receives_from_T2"
+ , "T1_sends_to_P2"
+ , "T1_sends_to_P3"
+ , "P2_receives_from_T1"
+ , "P2_sends_to_T2"
+ , "P3_receives_from_T1"
+ , "P3_sends_to_T2"
+ , "T2_sends_to_P1"
+ , "T2_sends_to_P4"
+ , "P4_receives_from_T2"
+ , "SIMPLE_LIST_21_22"
+ , "SIMPLE_LIST_43_44"
+ , "SIMPLE_LIST_59_60"
+ , "SIMPLE_LIST_73_74"
+ , "SIMPLE_LIST_91_92"
+ , "SIMPLE_LIST_105_106"
+ , "SIMPLE_LIST_141_142"
+ , "SIMPLE_LIST_172_173"
+ , "SIMPLE_LIST_205_206"
+ , "P1_behavior"
+ , "T1_behavior"
+ , "P2_behavior"
+ , "P3_behavior"
+ , "T2_behavior"
+ , "P4_behavior"
+ , "petri_net" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_13(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_14(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_send_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_51(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_52(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_send_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_83(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_84(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_send_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_157(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_158(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_161(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_162(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+int special_function_176(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_send_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 12 ----
+bool Quantified_expr_15_16(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ (
+ (Stack[s_variable]-> name == Event_P1_sends_to_T1) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_13(current_host, s_variable ) > special_function_14(current_host,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 13 ----
+bool Quantified_expr_53_54(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ (
+ (Stack[s_variable]-> name == Event_P2_sends_to_T2) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_51(current_host, s_variable ) > special_function_52(current_host,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 14 ----
+bool Quantified_expr_85_86(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ (
+ (Stack[s_variable]-> name == Event_P3_sends_to_T2) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_83(current_host, s_variable ) > special_function_84(current_host,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 15 ----
+bool Quantified_expr_187_188(Coordinate * current_host, int a_variable, int b_variable
+){
+ //=====================================
+ // quantifier EXISTS with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int c_variable;
+ int pivot_c_variable = a_variable ;
+ int d_variable;
+ int pivot_d_variable = b_variable ;
+
+ // loop 1 for c_variable
+ for( c_variable = 0; c_variable < len; c_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ c_variable * len + pivot_c_variable
+]) &&
+ ( Stack[ c_variable ]->type == Composite_event_instance_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for d_variable
+ for( d_variable = 0; d_variable < len; d_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ d_variable * len + pivot_d_variable
+]) &&
+ ( Stack[ d_variable ]->type == Atom || Stack[ d_variable
+]->type == ROOT_node || Stack[ d_variable
+]->type == Composite_event_instance_node || Stack[ d_variable
+]->type == Schema_node )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( find_pair_in_table( d_variable , c_variable , Follows) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 16 ---- for aggregate operation aggregate_#
+int aggregate_op_177(Coordinate * current_host, int pivot
+ , int a_variable){
+ int t_variable ;
+ int temp = 0 ;
+// #event traversal performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+ bool first = true;
+
+ current_host->create_matrices();
+ int len = current_host->len;
+ // create list of selected events
+ for( t_variable = 0; t_variable < len; t_variable ++){
+ if(current_host->in_matrix[ t_variable * len + pivot]){
+ if( Stack[t_variable]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = current_host->eq_matrix[ t_variable * len + *s])) break;
+ }; // end of search for shared events
+ if(!found && ( special_function_176(current_host, t_variable ) == 0 )
+ ) {selected_list.push_back( t_variable );
+ temp = temp + 1 ;};
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return temp;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 17 ----
+class SIMPLE_LIST_21_22_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_21_22_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_15_16(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_21_22_ob class
+
+//---- 18 ----
+class SIMPLE_LIST_43_44_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_43_44_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P1_sends_to_T1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T1_receives_from_P1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_43_44_ob class
+
+//---- 19 ----
+class SIMPLE_LIST_59_60_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_59_60_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_53_54(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_59_60_ob class
+
+//---- 20 ----
+class SIMPLE_LIST_73_74_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_73_74_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T1_sends_to_P2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P2_receives_from_T1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_73_74_ob class
+
+//---- 21 ----
+class SIMPLE_LIST_91_92_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_91_92_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_85_86(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_91_92_ob class
+
+//---- 22 ----
+class SIMPLE_LIST_105_106_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_105_106_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T1_sends_to_P3)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P3_receives_from_T1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_105_106_ob class
+
+//---- 23 ----
+class SIMPLE_LIST_141_142_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_141_142_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P2_sends_to_T2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T2_receives_from_P2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P3_sends_to_T2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T2_receives_from_P3)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T2_sends_to_P1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P1_receives_from_T2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_141_142_ob class
+
+//---- 24 ----
+class SIMPLE_LIST_172_173_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_172_173_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_T2_sends_to_P4)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ s_variable = 0; }
+ else{
+ s_variable = s_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P4_receives_from_T2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,s_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_P1_behavior)|| (Stack[i]->name == Event_P2_behavior)|| (Stack[i]->name == Event_P3_behavior)|| (Stack[i]->name == Event_P4_behavior)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ b_variable= b_variable_list[i];
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"At the end of simulation place ";
+ convert << event_name_string[Stack[ b_variable ]->name];
+ convert <<" has ";
+ convert << ( special_function_161(current_host, b_variable ) - special_function_162(current_host,
+b_variable ) );
+ convert <<" tokens";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // Diagram title generation
+ ostringstream convert;
+ convert <<"Petri net diagram";
+ GRAPH_171_Diagram.title = convert.str();}
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_172_173_ob class
+
+//---- 25 ----
+class SIMPLE_LIST_205_206_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_205_206_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // WITHIN Diagram
+ int f_174_node_var = -1;
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == ROOT_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ {// LAST_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ a_variable ]->name];
+ f_174_node_var = GRAPH_171_Diagram.find_or_create_new_node(convert.str());}
+ // attribute initial_tokens assignment
+ initial_tokens_number_attribute[a_variable]=aggregate_op_177(current_host,
+a_variable
+ , a_variable) ;
+ if( (
+ initial_tokens_number_attribute[a_variable] > 0 )){
+ // add_arrow for GRAPH_171_Diagram
+ int temp_1_1 ; {
+ ostringstream convert;
+ convert <<"Start";
+ temp_1_1 = GRAPH_171_Diagram . find_or_create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert <<"initial ";
+ convert <<
+ initial_tokens_number_attribute[a_variable] ;
+ convert <<" tokens";
+ GRAPH_171_Diagram.add_arrow(temp_1_1,f_174_node_var,convert.str());}
+ }// end THEN
+ { // COORDINATE operation
+ int thread_length = -1;
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == ROOT_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ b_variable= b_variable_list[i];
+ if( ( ( a_variable != b_variable ) && Quantified_expr_187_188(current_host, a_variable, b_variable
+) )){
+ // add_arrow for GRAPH_171_Diagram
+ int temp_2_2 ; {
+ ostringstream convert;
+ convert << event_name_string[Stack[ b_variable ]->name];
+ temp_2_2 = GRAPH_171_Diagram . find_or_create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert << 1 ;
+ GRAPH_171_Diagram.add_arrow(f_174_node_var,temp_2_2,convert.str());}
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_205_206_ob class
+
+//---- 26 ----
+class Itr_5_6 : public OR_node_producer_container {
+public: // constructor
+ Itr_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P1_receives_from_T2)
+;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_5_6
+
+//---- 27 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_5_6 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P1_sends_to_T1);
+ }
+};// end class Sq_7_8
+
+//---- 28 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 29 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ element[ 1 ]= new Itr_9_10 ;
+ }
+};// end class Sq_11_12
+
+//---- 30 ----
+class Set_25_26 : public SET_node_producer_container {
+public: // constructor
+ Set_25_26 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_T1_sends_to_P2);
+ element[ 1 ]= new Composite_secondary_producer(Event_T1_sends_to_P3);
+ }
+};// end class Set_25_26
+
+//---- 31 ----
+class Sq_27_28 : public AND_node_producer_container {
+public: // constructor
+ Sq_27_28 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_T1_receives_from_P1);
+ element[ 1 ]= new Atomic_producer(Event_T1_fires);
+ element[ 2 ]= new Set_25_26 ;
+ }
+};// end class Sq_27_28
+
+//---- 32 ----
+class Itr_29_30 : public OR_node_producer_container {
+public: // constructor
+ Itr_29_30 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_27_28 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_29_30
+
+//---- 33 ----
+class Itr_45_46 : public OR_node_producer_container {
+public: // constructor
+ Itr_45_46 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P2_receives_from_T1)
+;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_45_46
+
+//---- 34 ----
+class Sq_47_48 : public AND_node_producer_container {
+public: // constructor
+ Sq_47_48 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_45_46 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P2_sends_to_T2);
+ }
+};// end class Sq_47_48
+
+//---- 35 ----
+class Itr_49_50 : public OR_node_producer_container {
+public: // constructor
+ Itr_49_50 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_47_48 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_49_50
+
+//---- 36 ----
+class Itr_75_76 : public OR_node_producer_container {
+public: // constructor
+ Itr_75_76 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P3_receives_from_T1)
+;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_75_76
+
+//---- 37 ----
+class Sq_77_78 : public AND_node_producer_container {
+public: // constructor
+ Sq_77_78 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_75_76 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P3_sends_to_T2);
+ }
+};// end class Sq_77_78
+
+//---- 38 ----
+class Itr_79_80 : public OR_node_producer_container {
+public: // constructor
+ Itr_79_80 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_77_78 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_79_80
+
+//---- 39 ----
+class Sq_81_82 : public AND_node_producer_container {
+public: // constructor
+ Sq_81_82 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ element[ 2 ]= new Itr_79_80 ;
+ }
+};// end class Sq_81_82
+
+//---- 40 ----
+class Set_107_108 : public SET_node_producer_container {
+public: // constructor
+ Set_107_108 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_T2_receives_from_P2);
+ element[ 1 ]= new Atomic_producer(Event_T2_receives_from_P3);
+ }
+};// end class Set_107_108
+
+//---- 41 ----
+class Set_109_110 : public SET_node_producer_container {
+public: // constructor
+ Set_109_110 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_T2_sends_to_P1);
+ element[ 1 ]= new Composite_secondary_producer(Event_T2_sends_to_P4);
+ }
+};// end class Set_109_110
+
+//---- 42 ----
+class Opt_111_112 : public OR_node_producer_container {
+public: // constructor
+ Opt_111_112 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Set_109_110 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_111_112
+
+//---- 43 ----
+class Sq_113_114 : public AND_node_producer_container {
+public: // constructor
+ Sq_113_114 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Set_107_108 ;
+ element[ 1 ]= new Atomic_producer(Event_T2_fires);
+ element[ 2 ]= new Opt_111_112 ;
+ }
+};// end class Sq_113_114
+
+//---- 44 ----
+class Itr_115_116 : public OR_node_producer_container {
+public: // constructor
+ Itr_115_116 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_113_114 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_115_116
+
+//---- 45 ----
+class Itr_143_144 : public OR_node_producer_container {
+public: // constructor
+ Itr_143_144 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Composite_secondary_producer(Event_P4_receives_from_T2)
+;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_143_144
+
+//---- 46 ----
+class Sq_145_146 : public AND_node_producer_container {
+public: // constructor
+ Sq_145_146 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ element[ 1 ]= new Itr_143_144 ;
+ }
+};// end class Sq_145_146
+
+//---- 47 ----
+class Comp_1_2 : public Composite_producer {
+public: // constructor
+ Comp_1_2 (): Composite_producer(Event_P1_sends_to_T1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_1_2
+
+//---- 48 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_P1_receives_from_T2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Comp_3_4
+
+//---- 49 ----
+class Comp_33_34 : public Composite_producer {
+public: // constructor
+ Comp_33_34 (): Composite_producer(Event_T1_sends_to_P2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_33_34
+
+//---- 50 ----
+class Comp_35_36 : public Composite_producer {
+public: // constructor
+ Comp_35_36 (): Composite_producer(Event_T1_sends_to_P3){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_35_36
+
+//---- 51 ----
+class Comp_63_64 : public Composite_producer {
+public: // constructor
+ Comp_63_64 (): Composite_producer(Event_P2_receives_from_T1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Comp_63_64
+
+//---- 52 ----
+class Comp_65_66 : public Composite_producer {
+public: // constructor
+ Comp_65_66 (): Composite_producer(Event_P2_sends_to_T2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_65_66
+
+//---- 53 ----
+class Comp_95_96 : public Composite_producer {
+public: // constructor
+ Comp_95_96 (): Composite_producer(Event_P3_receives_from_T1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Comp_95_96
+
+//---- 54 ----
+class Comp_97_98 : public Composite_producer {
+public: // constructor
+ Comp_97_98 (): Composite_producer(Event_P3_sends_to_T2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_97_98
+
+//---- 55 ----
+class Comp_119_120 : public Composite_producer {
+public: // constructor
+ Comp_119_120 (): Composite_producer(Event_T2_sends_to_P1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_119_120
+
+//---- 56 ----
+class Comp_121_122 : public Composite_producer {
+public: // constructor
+ Comp_121_122 (): Composite_producer(Event_T2_sends_to_P4){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send_token);
+ }
+};// end class Comp_121_122
+
+//---- 57 ----
+class Comp_149_150 : public Composite_producer {
+public: // constructor
+ Comp_149_150 (): Composite_producer(Event_P4_receives_from_T2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Comp_149_150
+
+//---- 58 ----
+class Comp_23_24 : public Composite_producer {
+public: // constructor
+ Comp_23_24 (): Composite_producer(Event_P1_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_11_12 ;
+ element[ 1 ]= new SIMPLE_LIST_21_22_ob(Event_SIMPLE_LIST_21_22);
+ }
+};// end class Comp_23_24
+
+//---- 59 ----
+class Comp_31_32 : public Composite_producer {
+public: // constructor
+ Comp_31_32 (): Composite_producer(Event_T1_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_29_30 ;
+ }
+};// end class Comp_31_32
+
+//---- 60 ----
+class Comp_61_62 : public Composite_producer {
+public: // constructor
+ Comp_61_62 (): Composite_producer(Event_P2_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_49_50 ;
+ element[ 1 ]= new SIMPLE_LIST_59_60_ob(Event_SIMPLE_LIST_59_60);
+ }
+};// end class Comp_61_62
+
+//---- 61 ----
+class Comp_93_94 : public Composite_producer {
+public: // constructor
+ Comp_93_94 (): Composite_producer(Event_P3_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_81_82 ;
+ element[ 1 ]= new SIMPLE_LIST_91_92_ob(Event_SIMPLE_LIST_91_92);
+ }
+};// end class Comp_93_94
+
+//---- 62 ----
+class Comp_117_118 : public Composite_producer {
+public: // constructor
+ Comp_117_118 (): Composite_producer(Event_T2_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_115_116 ;
+ }
+};// end class Comp_117_118
+
+//---- 63 ----
+class Comp_147_148 : public Composite_producer {
+public: // constructor
+ Comp_147_148 (): Composite_producer(Event_P4_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_145_146 ;
+ }
+};// end class Comp_147_148
+
+//---- 64 ----
+class SCHEMA_petri_net: public Composite_producer {
+public: // constructor
+ SCHEMA_petri_net(): Composite_producer(Event_petri_net){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 12 ];
+ element[0]= new Composite_secondary_producer(Event_P1_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_T1_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_43_44_ob(Event_SIMPLE_LIST_43_44);
+ element[3]= new Composite_secondary_producer(Event_P2_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_73_74_ob(Event_SIMPLE_LIST_73_74);
+ element[5]= new Composite_secondary_producer(Event_P3_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_105_106_ob(Event_SIMPLE_LIST_105_106);
+ element[7]= new Composite_secondary_producer(Event_T2_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[7] -> type = ROOT_node;
+ element[8]= new SIMPLE_LIST_141_142_ob(Event_SIMPLE_LIST_141_142);
+ element[9]= new Composite_secondary_producer(Event_P4_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[9] -> type = ROOT_node;
+ element[10]= new SIMPLE_LIST_172_173_ob(Event_SIMPLE_LIST_172_173);
+ element[11]= new SIMPLE_LIST_205_206_ob(Event_SIMPLE_LIST_205_206);
+ }
+};// end class SCHEMA_petri_net
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ // SHOW Diagram
+ graph_container.insert(pair<int, graph_object>( 3,GRAPH_171_Diagram));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example15_Petri_net.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_1_2 temp_65; temp_65.harvest();
+ Comp_3_4 temp_66; temp_66.harvest();
+ Comp_33_34 temp_67; temp_67.harvest();
+ Comp_35_36 temp_68; temp_68.harvest();
+ Comp_63_64 temp_69; temp_69.harvest();
+ Comp_65_66 temp_70; temp_70.harvest();
+ Comp_95_96 temp_71; temp_71.harvest();
+ Comp_97_98 temp_72; temp_72.harvest();
+ Comp_119_120 temp_73; temp_73.harvest();
+ Comp_121_122 temp_74; temp_74.harvest();
+ Comp_149_150 temp_75; temp_75.harvest();
+ // harvesting traces for ROOT events
+ Comp_23_24 temp_76; temp_76.harvest();
+ Comp_31_32 temp_77; temp_77.harvest();
+ Comp_61_62 temp_78; temp_78.harvest();
+ Comp_93_94 temp_79; temp_79.harvest();
+ Comp_117_118 temp_80; temp_80.harvest();
+ Comp_147_148 temp_81; temp_81.harvest();
+ // harvesting traces for main schema
+ SCHEMA_petri_net temp_82; temp_82.harvest();
+ temp_82.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"petri_net"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.mp
new file mode 100644
index 0000000..b0ecf3b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.mp
@@ -0,0 +1,111 @@
+/* Example15_Petri_net.mp
+ modeling Petri net behavior
+ see the Petri net diagram in Sec. 2.16.2 in the MP v.4 Language Manual
+ scope 1 (2 traces, 0.02 sec.)
+ scope 2 (4 traces, 6.23 sec.)
+
+ to obtain in the Global view Petri net diagram
+ extracted from the event traces, run scope 2
+=======================================================*/
+
+SCHEMA petri_net
+/* behavior of each place and transition
+ is modeled by a separate root event */
+
+P1_sends_to_T1: send_token;
+P1_receives_from_T2: get_token;
+
+ROOT P1_behavior: get_token (* (* P1_receives_from_T2 *)
+ P1_sends_to_T1 *)
+ BUILD{ ENSURE FOREACH $s: P1_sends_to_T1
+ #get_token BEFORE $s > #send_token BEFORE $s;};
+
+ROOT T1_behavior: (* T1_receives_from_P1 T1_fires
+ {T1_sends_to_P2, T1_sends_to_P3} *);
+T1_sends_to_P2: send_token;
+T1_sends_to_P3: send_token;
+
+COORDINATE $s: P1_sends_to_T1,
+ $r: T1_receives_from_P1
+ DO ADD $s PRECEDES $r; OD;
+
+ROOT P2_behavior: (* (* P2_receives_from_T1 *)
+ P2_sends_to_T2 *)
+ BUILD{ ENSURE FOREACH $s: P2_sends_to_T2
+ #get_token BEFORE $s > #send_token BEFORE $s;};
+P2_receives_from_T1: get_token;
+P2_sends_to_T2: send_token;
+
+COORDINATE $s: T1_sends_to_P2,
+ $r: P2_receives_from_T1
+ DO ADD $s PRECEDES $r; OD;
+
+ROOT P3_behavior: get_token get_token
+ (* (* P3_receives_from_T1 *)
+ P3_sends_to_T2 *)
+ BUILD{ ENSURE FOREACH $s: P3_sends_to_T2
+ #get_token BEFORE $s > #send_token BEFORE $s;};
+P3_receives_from_T1: get_token;
+P3_sends_to_T2: send_token;
+
+COORDINATE $s: T1_sends_to_P3,
+ $r: P3_receives_from_T1
+ DO ADD $s PRECEDES $r; OD;
+
+ROOT T2_behavior: (* {T2_receives_from_P2, T2_receives_from_P3} T2_fires
+ [{T2_sends_to_P1, T2_sends_to_P4}] *);
+/* T2_sends_to events are made optional to terminate the loop from T2 to P1*/
+T2_sends_to_P1: send_token;
+T2_sends_to_P4: send_token;
+
+COORDINATE $s: P2_sends_to_T2,
+ $r: T2_receives_from_P2
+ DO ADD $s PRECEDES $r; OD;
+
+COORDINATE $s: P3_sends_to_T2,
+ $r: T2_receives_from_P3
+ DO ADD $s PRECEDES $r; OD;
+
+COORDINATE $s: T2_sends_to_P1,
+ $r: P1_receives_from_T2
+ DO ADD $s PRECEDES $r; OD;
+
+ROOT P4_behavior: get_token (* P4_receives_from_T2 *);
+P4_receives_from_T2: get_token;
+
+COORDINATE $s: T2_sends_to_P4,
+ $r: P4_receives_from_T2
+ DO ADD $s PRECEDES $r; OD;
+
+COORDINATE $b: (P1_behavior | P2_behavior | P3_behavior | P4_behavior)
+ DO SAY("At the end of simulation place " $b " has "
+ #get_token FROM $b - #send_token FROM $b " tokens");
+ OD;
+/*================================================================
+ Building Petri net diagram
+=================================================================*/
+GRAPH Diagram { TITLE ("Petri net diagram");};
+ATTRIBUTES {number initial_tokens;};
+
+WITHIN Diagram{
+ COORDINATE $a: $$ROOT DO
+ Node$f: LAST($a);
+
+ $a.initial_tokens :=
+ #{$t: get_token FROM $a SUCH THAT #send_token BEFORE $t == 0};
+
+ IF $a.initial_tokens > 0 THEN
+ ADD LAST("Start") ARROW("initial " $a.initial_tokens " tokens") Node$f;
+ FI;
+
+ COORDINATE $b: $$ROOT DO
+ IF $a != $b AND
+ /* looking for $c: A_sends_to_B and $d: B_receives_from_A events */
+ EXISTS $c: $$COMPOSITE FROM $a, $d: $$EVENT FROM $b ($c PRECEDES $d)
+ THEN ADD Node$f ARROW(1) LAST($b); FI;
+ OD;
+ OD;
+}; /* end WITHIN */
+
+GLOBAL
+SHOW Diagram;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.temp.txt
new file mode 100644
index 0000000..20c3b38
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example15_Petri_net tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.txt
new file mode 100644
index 0000000..60ab991
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example15_Petri_net.txt
@@ -0,0 +1,46 @@
+generating traces for scope 1
+completed P1_sends_to_T1: 1 traces (0 MARKed) 2 events
+
+completed P1_receives_from_T2: 1 traces (0 MARKed) 2 events
+
+completed T1_sends_to_P2: 1 traces (0 MARKed) 2 events
+
+completed T1_sends_to_P3: 1 traces (0 MARKed) 2 events
+
+completed P2_receives_from_T1: 1 traces (0 MARKed) 2 events
+
+completed P2_sends_to_T2: 1 traces (0 MARKed) 2 events
+
+completed P3_receives_from_T1: 1 traces (0 MARKed) 2 events
+
+completed P3_sends_to_T2: 1 traces (0 MARKed) 2 events
+
+completed T2_sends_to_P1: 1 traces (0 MARKed) 2 events
+
+completed T2_sends_to_P4: 1 traces (0 MARKed) 2 events
+
+completed P4_receives_from_T2: 1 traces (0 MARKed) 2 events
+
+completed P1_behavior: 3 traces (0 MARKed) 12 events
+ average 4 ev/trace min 2 max 6
+
+completed T1_behavior: 2 traces (0 MARKed) 8 events
+ average 4 ev/trace min 1 max 7
+
+completed P2_behavior: 2 traces (0 MARKed) 6 events
+ average 3 ev/trace min 1 max 5
+
+completed P3_behavior: 3 traces (0 MARKed) 15 events
+ average 5 ev/trace min 3 max 7
+
+completed T2_behavior: 3 traces (0 MARKed) 13 events
+ average 4.33333 ev/trace min 1 max 8
+
+completed P4_behavior: 2 traces (0 MARKed) 6 events
+ average 3 ev/trace min 2 max 4
+
+completed petri_net: 2 traces (0 MARKed) 49 events
+ average 24.5 ev/trace min 15 max 34
+
+Elapsed time 0.038257 sec, Speed: 3424.21 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.cpp
new file mode 100644
index 0000000..c13b7fd
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.cpp
@@ -0,0 +1,1058 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA spiral trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Initial_communication_with_stakeholders
+ , Event_Prototype_demonstration_to_stakeholders
+ , Event_Stakeholders_are_not_satisfied
+ , Event_Stakeholders_are_satisfied
+ , Event_Initial_requirements
+ , Event_Delivery_of_the_system
+ , Event_Adjust_requirements
+ , Event_Architecture_design
+ , Event_Detailed_design
+ , Event_Coding
+ , Event_Testing
+ , Event_Architecture_redesign
+ , Event_Detailed_redesign
+ // composite events
+ , Event_One_iteration
+ , Event_Initial_design
+ , Event_Redesign
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_31_32
+ , Event_SIMPLE_LIST_45_46
+ , Event_SIMPLE_LIST_57_58
+ // ADD operations
+ // ROOT events
+ , Event_Stakeholders
+ , Event_Spiral_process
+ , Event_Architect
+ , Event_Developers
+ // main schema event
+ , Event_spiral };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Initial_communication_with_stakeholders"
+ , "Prototype_demonstration_to_stakeholders"
+ , "Stakeholders_are_not_satisfied"
+ , "Stakeholders_are_satisfied"
+ , "Initial_requirements"
+ , "Delivery_of_the_system"
+ , "Adjust_requirements"
+ , "Architecture_design"
+ , "Detailed_design"
+ , "Coding"
+ , "Testing"
+ , "Architecture_redesign"
+ , "Detailed_redesign"
+ , "One_iteration"
+ , "Initial_design"
+ , "Redesign"
+ , "SIMPLE_LIST_31_32"
+ , "SIMPLE_LIST_45_46"
+ , "SIMPLE_LIST_57_58"
+ , "Stakeholders"
+ , "Spiral_process"
+ , "Architect"
+ , "Developers"
+ , "spiral" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_31_32_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_31_32_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Stakeholders_source = Root_table[Event_Stakeholders];
+ // lists of shared events for Stakeholders
+ vector<int> Stakeholders_Initial_communication_with_stakeholders_list;
+ vector<int> Stakeholders_Prototype_demonstration_to_stakeholders_list;
+ vector<int> Stakeholders_Stakeholders_are_not_satisfied_list;
+ vector<int> Stakeholders_Stakeholders_are_satisfied_list;
+
+ int Spiral_process_source = Root_table[Event_Spiral_process];
+ // lists of shared events for Spiral_process
+ vector<int> Spiral_process_Initial_communication_with_stakeholders_list;
+ vector<int> Spiral_process_Prototype_demonstration_to_stakeholders_list;
+ vector<int> Spiral_process_Stakeholders_are_not_satisfied_list;
+ vector<int> Spiral_process_Stakeholders_are_satisfied_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Stakeholders_source ]){
+ if( Stack[i]->name == Event_Initial_communication_with_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Stakeholders_Initial_communication_with_stakeholders_list.begin();
+ s != Stakeholders_Initial_communication_with_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Stakeholders_Initial_communication_with_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Prototype_demonstration_to_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Stakeholders_Prototype_demonstration_to_stakeholders_list.begin();
+ s != Stakeholders_Prototype_demonstration_to_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Stakeholders_Prototype_demonstration_to_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Stakeholders_are_not_satisfied ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Stakeholders_Stakeholders_are_not_satisfied_list.begin();
+ s != Stakeholders_Stakeholders_are_not_satisfied_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Stakeholders_Stakeholders_are_not_satisfied_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Stakeholders_are_satisfied ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Stakeholders_Stakeholders_are_satisfied_list.begin();
+ s != Stakeholders_Stakeholders_are_satisfied_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Stakeholders_Stakeholders_are_satisfied_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Spiral_process_source ]){
+ if( Stack[i]->name == Event_Initial_communication_with_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Initial_communication_with_stakeholders_list.begin();
+ s != Spiral_process_Initial_communication_with_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Initial_communication_with_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Prototype_demonstration_to_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Prototype_demonstration_to_stakeholders_list.begin();
+ s != Spiral_process_Prototype_demonstration_to_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Prototype_demonstration_to_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Stakeholders_are_not_satisfied ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Stakeholders_are_not_satisfied_list.begin();
+ s != Spiral_process_Stakeholders_are_not_satisfied_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Stakeholders_are_not_satisfied_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Stakeholders_are_satisfied ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Stakeholders_are_satisfied_list.begin();
+ s != Spiral_process_Stakeholders_are_satisfied_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Stakeholders_are_satisfied_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Spiral_process_Initial_communication_with_stakeholders_list.size();
+ if(Stakeholders_Initial_communication_with_stakeholders_list.size() != len_to_compare)
+throw failed ;
+ len_to_compare = Spiral_process_Prototype_demonstration_to_stakeholders_list.size();
+ if(Stakeholders_Prototype_demonstration_to_stakeholders_list.size() != len_to_compare)
+throw failed ;
+ len_to_compare = Spiral_process_Stakeholders_are_not_satisfied_list.size();
+ if(Stakeholders_Stakeholders_are_not_satisfied_list.size() != len_to_compare)
+throw failed ;
+ len_to_compare = Spiral_process_Stakeholders_are_satisfied_list.size();
+ if(Stakeholders_Stakeholders_are_satisfied_list.size() != len_to_compare)
+throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Spiral_process_Initial_communication_with_stakeholders_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Stakeholders_Initial_communication_with_stakeholders_list[i], Spiral_process_Initial_communication_with_stakeholders_list[i]);
+ }
+ len_to_compare = Spiral_process_Prototype_demonstration_to_stakeholders_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Stakeholders_Prototype_demonstration_to_stakeholders_list[i], Spiral_process_Prototype_demonstration_to_stakeholders_list[i]);
+ }
+ len_to_compare = Spiral_process_Stakeholders_are_not_satisfied_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Stakeholders_Stakeholders_are_not_satisfied_list[i], Spiral_process_Stakeholders_are_not_satisfied_list[i]);
+ }
+ len_to_compare = Spiral_process_Stakeholders_are_satisfied_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Stakeholders_Stakeholders_are_satisfied_list[i], Spiral_process_Stakeholders_are_satisfied_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_31_32_ob class
+
+//---- 2 ----
+class SIMPLE_LIST_45_46_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_45_46_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Architect_source = Root_table[Event_Architect];
+ // lists of shared events for Architect
+ vector<int> Architect_Initial_communication_with_stakeholders_list;
+ vector<int> Architect_Initial_requirements_list;
+ vector<int> Architect_Architecture_design_list;
+ vector<int> Architect_Prototype_demonstration_to_stakeholders_list;
+ vector<int> Architect_Adjust_requirements_list;
+ vector<int> Architect_Architecture_redesign_list;
+
+ int Spiral_process_source = Root_table[Event_Spiral_process];
+ // lists of shared events for Spiral_process
+ vector<int> Spiral_process_Initial_communication_with_stakeholders_list;
+ vector<int> Spiral_process_Initial_requirements_list;
+ vector<int> Spiral_process_Architecture_design_list;
+ vector<int> Spiral_process_Prototype_demonstration_to_stakeholders_list;
+ vector<int> Spiral_process_Adjust_requirements_list;
+ vector<int> Spiral_process_Architecture_redesign_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Architect_source ]){
+ if( Stack[i]->name == Event_Initial_communication_with_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Architect_Initial_communication_with_stakeholders_list.begin();
+ s != Architect_Initial_communication_with_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Architect_Initial_communication_with_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Initial_requirements ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Architect_Initial_requirements_list.begin();
+ s != Architect_Initial_requirements_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Architect_Initial_requirements_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Architecture_design ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Architect_Architecture_design_list.begin();
+ s != Architect_Architecture_design_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Architect_Architecture_design_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Prototype_demonstration_to_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Architect_Prototype_demonstration_to_stakeholders_list.begin();
+ s != Architect_Prototype_demonstration_to_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Architect_Prototype_demonstration_to_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Adjust_requirements ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Architect_Adjust_requirements_list.begin();
+ s != Architect_Adjust_requirements_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Architect_Adjust_requirements_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Architecture_redesign ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Architect_Architecture_redesign_list.begin();
+ s != Architect_Architecture_redesign_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Architect_Architecture_redesign_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Spiral_process_source ]){
+ if( Stack[i]->name == Event_Initial_communication_with_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Initial_communication_with_stakeholders_list.begin();
+ s != Spiral_process_Initial_communication_with_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Initial_communication_with_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Initial_requirements ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Initial_requirements_list.begin();
+ s != Spiral_process_Initial_requirements_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Initial_requirements_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Architecture_design ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Architecture_design_list.begin();
+ s != Spiral_process_Architecture_design_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Architecture_design_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Prototype_demonstration_to_stakeholders ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Prototype_demonstration_to_stakeholders_list.begin();
+ s != Spiral_process_Prototype_demonstration_to_stakeholders_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Prototype_demonstration_to_stakeholders_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Adjust_requirements ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Adjust_requirements_list.begin();
+ s != Spiral_process_Adjust_requirements_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Adjust_requirements_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Architecture_redesign ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Architecture_redesign_list.begin();
+ s != Spiral_process_Architecture_redesign_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Architecture_redesign_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Spiral_process_Initial_communication_with_stakeholders_list.size();
+ if(Architect_Initial_communication_with_stakeholders_list.size() != len_to_compare)
+throw failed ;
+ len_to_compare = Spiral_process_Initial_requirements_list.size();
+ if(Architect_Initial_requirements_list.size() != len_to_compare) throw
+failed ;
+ len_to_compare = Spiral_process_Architecture_design_list.size();
+ if(Architect_Architecture_design_list.size() != len_to_compare) throw
+failed ;
+ len_to_compare = Spiral_process_Prototype_demonstration_to_stakeholders_list.size();
+ if(Architect_Prototype_demonstration_to_stakeholders_list.size() != len_to_compare)
+throw failed ;
+ len_to_compare = Spiral_process_Adjust_requirements_list.size();
+ if(Architect_Adjust_requirements_list.size() != len_to_compare) throw
+failed ;
+ len_to_compare = Spiral_process_Architecture_redesign_list.size();
+ if(Architect_Architecture_redesign_list.size() != len_to_compare) throw
+failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Spiral_process_Initial_communication_with_stakeholders_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Architect_Initial_communication_with_stakeholders_list[i], Spiral_process_Initial_communication_with_stakeholders_list[i]);
+ }
+ len_to_compare = Spiral_process_Initial_requirements_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Architect_Initial_requirements_list[i], Spiral_process_Initial_requirements_list[i]);
+ }
+ len_to_compare = Spiral_process_Architecture_design_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Architect_Architecture_design_list[i], Spiral_process_Architecture_design_list[i]);
+ }
+ len_to_compare = Spiral_process_Prototype_demonstration_to_stakeholders_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Architect_Prototype_demonstration_to_stakeholders_list[i], Spiral_process_Prototype_demonstration_to_stakeholders_list[i]);
+ }
+ len_to_compare = Spiral_process_Adjust_requirements_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Architect_Adjust_requirements_list[i], Spiral_process_Adjust_requirements_list[i]);
+ }
+ len_to_compare = Spiral_process_Architecture_redesign_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Architect_Architecture_redesign_list[i], Spiral_process_Architecture_redesign_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_45_46_ob class
+
+//---- 3 ----
+class SIMPLE_LIST_57_58_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_57_58_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Developers_source = Root_table[Event_Developers];
+ // lists of shared events for Developers
+ vector<int> Developers_Detailed_design_list;
+ vector<int> Developers_Detailed_redesign_list;
+ vector<int> Developers_Coding_list;
+ vector<int> Developers_Testing_list;
+
+ int Spiral_process_source = Root_table[Event_Spiral_process];
+ // lists of shared events for Spiral_process
+ vector<int> Spiral_process_Detailed_design_list;
+ vector<int> Spiral_process_Detailed_redesign_list;
+ vector<int> Spiral_process_Coding_list;
+ vector<int> Spiral_process_Testing_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Developers_source ]){
+ if( Stack[i]->name == Event_Detailed_design ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Developers_Detailed_design_list.begin();
+ s != Developers_Detailed_design_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Developers_Detailed_design_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Detailed_redesign ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Developers_Detailed_redesign_list.begin();
+ s != Developers_Detailed_redesign_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Developers_Detailed_redesign_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Coding ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Developers_Coding_list.begin();
+ s != Developers_Coding_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Developers_Coding_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Testing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Developers_Testing_list.begin();
+ s != Developers_Testing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Developers_Testing_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Spiral_process_source ]){
+ if( Stack[i]->name == Event_Detailed_design ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Detailed_design_list.begin();
+ s != Spiral_process_Detailed_design_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Detailed_design_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Detailed_redesign ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Detailed_redesign_list.begin();
+ s != Spiral_process_Detailed_redesign_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Detailed_redesign_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Coding ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Coding_list.begin();
+ s != Spiral_process_Coding_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Coding_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Testing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Spiral_process_Testing_list.begin();
+ s != Spiral_process_Testing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Spiral_process_Testing_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Spiral_process_Detailed_design_list.size();
+ if(Developers_Detailed_design_list.size() != len_to_compare) throw failed ;
+
+ len_to_compare = Spiral_process_Detailed_redesign_list.size();
+ if(Developers_Detailed_redesign_list.size() != len_to_compare) throw failed
+ ;
+ len_to_compare = Spiral_process_Coding_list.size();
+ if(Developers_Coding_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Spiral_process_Testing_list.size();
+ if(Developers_Testing_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Spiral_process_Detailed_design_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Developers_Detailed_design_list[i], Spiral_process_Detailed_design_list[i]);
+ }
+ len_to_compare = Spiral_process_Detailed_redesign_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Developers_Detailed_redesign_list[i], Spiral_process_Detailed_redesign_list[i]);
+ }
+ len_to_compare = Spiral_process_Coding_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Developers_Coding_list[i], Spiral_process_Coding_list[i]);
+ }
+ len_to_compare = Spiral_process_Testing_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Developers_Testing_list[i], Spiral_process_Testing_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_57_58_ob class
+
+//---- 4 ----
+class Sq_15_16 : public AND_node_producer_container {
+public: // constructor
+ Sq_15_16 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Stakeholders_are_not_satisfied);
+ element[ 1 ]= new Atomic_producer(Event_Adjust_requirements);
+ element[ 2 ]= new Composite_secondary_producer(Event_Redesign);
+ element[ 3 ]= new Atomic_producer(Event_Prototype_demonstration_to_stakeholders)
+;
+ }
+};// end class Sq_15_16
+
+//---- 5 ----
+class Sq_19_20 : public AND_node_producer_container {
+public: // constructor
+ Sq_19_20 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Architecture_design);
+ element[ 1 ]= new Atomic_producer(Event_Detailed_design);
+ element[ 2 ]= new Atomic_producer(Event_Coding);
+ element[ 3 ]= new Atomic_producer(Event_Testing);
+ }
+};// end class Sq_19_20
+
+//---- 6 ----
+class Opt_23_24 : public OR_node_producer_container {
+public: // constructor
+ Opt_23_24 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Architecture_redesign);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_23_24
+
+//---- 7 ----
+class Sq_25_26 : public AND_node_producer_container {
+public: // constructor
+ Sq_25_26 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Opt_23_24 ;
+ element[ 1 ]= new Atomic_producer(Event_Detailed_redesign);
+ element[ 2 ]= new Atomic_producer(Event_Coding);
+ element[ 3 ]= new Atomic_producer(Event_Testing);
+ }
+};// end class Sq_25_26
+
+//---- 8 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Stakeholders_are_not_satisfied);
+ element[ 1 ]= new Atomic_producer(Event_Prototype_demonstration_to_stakeholders)
+;
+ }
+};// end class Sq_1_2
+
+//---- 9 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 10 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Initial_communication_with_stakeholders)
+;
+ element[ 1 ]= new Atomic_producer(Event_Prototype_demonstration_to_stakeholders)
+;
+ element[ 2 ]= new Itr_3_4 ;
+ element[ 3 ]= new Atomic_producer(Event_Stakeholders_are_satisfied);
+ }
+};// end class Sq_5_6
+
+//---- 11 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Composite_secondary_producer(Event_One_iteration);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 12 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[ 0 ]= new Atomic_producer(Event_Initial_communication_with_stakeholders)
+;
+ element[ 1 ]= new Atomic_producer(Event_Initial_requirements);
+ element[ 2 ]= new Composite_secondary_producer(Event_Initial_design);
+ element[ 3 ]= new Atomic_producer(Event_Prototype_demonstration_to_stakeholders)
+;
+ element[ 4 ]= new Itr_9_10 ;
+ element[ 5 ]= new Atomic_producer(Event_Stakeholders_are_satisfied);
+ element[ 6 ]= new Atomic_producer(Event_Delivery_of_the_system);
+ }
+};// end class Sq_11_12
+
+//---- 13 ----
+class Opt_33_34 : public OR_node_producer_container {
+public: // constructor
+ Opt_33_34 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Architecture_redesign);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_33_34
+
+//---- 14 ----
+class Sq_35_36 : public AND_node_producer_container {
+public: // constructor
+ Sq_35_36 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Adjust_requirements);
+ element[ 1 ]= new Opt_33_34 ;
+ element[ 2 ]= new Atomic_producer(Event_Prototype_demonstration_to_stakeholders)
+;
+ }
+};// end class Sq_35_36
+
+//---- 15 ----
+class Itr_37_38 : public OR_node_producer_container {
+public: // constructor
+ Itr_37_38 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_35_36 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_37_38
+
+//---- 16 ----
+class Sq_39_40 : public AND_node_producer_container {
+public: // constructor
+ Sq_39_40 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Atomic_producer(Event_Initial_communication_with_stakeholders)
+;
+ element[ 1 ]= new Atomic_producer(Event_Initial_requirements);
+ element[ 2 ]= new Atomic_producer(Event_Architecture_design);
+ element[ 3 ]= new Atomic_producer(Event_Prototype_demonstration_to_stakeholders)
+;
+ element[ 4 ]= new Itr_37_38 ;
+ }
+};// end class Sq_39_40
+
+//---- 17 ----
+class Sq_47_48 : public AND_node_producer_container {
+public: // constructor
+ Sq_47_48 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Detailed_redesign);
+ element[ 1 ]= new Atomic_producer(Event_Coding);
+ element[ 2 ]= new Atomic_producer(Event_Testing);
+ }
+};// end class Sq_47_48
+
+//---- 18 ----
+class Itr_49_50 : public OR_node_producer_container {
+public: // constructor
+ Itr_49_50 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_47_48 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_49_50
+
+//---- 19 ----
+class Sq_51_52 : public AND_node_producer_container {
+public: // constructor
+ Sq_51_52 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Detailed_design);
+ element[ 1 ]= new Atomic_producer(Event_Coding);
+ element[ 2 ]= new Atomic_producer(Event_Testing);
+ element[ 3 ]= new Itr_49_50 ;
+ }
+};// end class Sq_51_52
+
+//---- 20 ----
+class Comp_17_18 : public Composite_producer {
+public: // constructor
+ Comp_17_18 (): Composite_producer(Event_One_iteration){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_15_16 ;
+ }
+};// end class Comp_17_18
+
+//---- 21 ----
+class Comp_21_22 : public Composite_producer {
+public: // constructor
+ Comp_21_22 (): Composite_producer(Event_Initial_design){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_19_20 ;
+ }
+};// end class Comp_21_22
+
+//---- 22 ----
+class Comp_27_28 : public Composite_producer {
+public: // constructor
+ Comp_27_28 (): Composite_producer(Event_Redesign){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_25_26 ;
+ }
+};// end class Comp_27_28
+
+//---- 23 ----
+class Comp_7_8 : public Composite_producer {
+public: // constructor
+ Comp_7_8 (): Composite_producer(Event_Stakeholders){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_5_6 ;
+ }
+};// end class Comp_7_8
+
+//---- 24 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_Spiral_process){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 25 ----
+class Comp_41_42 : public Composite_producer {
+public: // constructor
+ Comp_41_42 (): Composite_producer(Event_Architect){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_39_40 ;
+ }
+};// end class Comp_41_42
+
+//---- 26 ----
+class Comp_53_54 : public Composite_producer {
+public: // constructor
+ Comp_53_54 (): Composite_producer(Event_Developers){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_51_52 ;
+ }
+};// end class Comp_53_54
+
+//---- 27 ----
+class SCHEMA_spiral: public Composite_producer {
+public: // constructor
+ SCHEMA_spiral(): Composite_producer(Event_spiral){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_Stakeholders);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Spiral_process);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_31_32_ob(Event_SIMPLE_LIST_31_32);
+ element[3]= new Composite_secondary_producer(Event_Architect);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_45_46_ob(Event_SIMPLE_LIST_45_46);
+ element[5]= new Composite_secondary_producer(Event_Developers);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_57_58_ob(Event_SIMPLE_LIST_57_58);
+ }
+};// end class SCHEMA_spiral
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example16_software_spiral_process.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_27_28 temp_28; temp_28.harvest();
+ Comp_17_18 temp_29; temp_29.harvest();
+ Comp_21_22 temp_30; temp_30.harvest();
+ // harvesting traces for ROOT events
+ Comp_7_8 temp_31; temp_31.harvest();
+ Comp_13_14 temp_32; temp_32.harvest();
+ Comp_41_42 temp_33; temp_33.harvest();
+ Comp_53_54 temp_34; temp_34.harvest();
+ // harvesting traces for main schema
+ SCHEMA_spiral temp_35; temp_35.harvest();
+ temp_35.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"spiral"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.mp
new file mode 100644
index 0000000..f8d2142
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.mp
@@ -0,0 +1,82 @@
+/* Example 16, model of the spiral software process
+
+ This example also illustrates how Melvin Conway's law
+ can be modeled in MP: "organizations which design systems ...
+ are constrained to produce designs which are copies of the
+ communication structures of these organizations."
+
+ run scope up to 5
+======================================*/
+
+SCHEMA spiral
+
+ROOT Stakeholders:
+ Initial_communication_with_stakeholders
+ Prototype_demonstration_to_stakeholders
+ (* Stakeholders_are_not_satisfied
+ Prototype_demonstration_to_stakeholders *)
+ Stakeholders_are_satisfied;
+
+ROOT Spiral_process:
+ Initial_communication_with_stakeholders
+ Initial_requirements
+ Initial_design
+ Prototype_demonstration_to_stakeholders
+ (* One_iteration *)
+ Stakeholders_are_satisfied
+ Delivery_of_the_system;
+
+One_iteration:
+ Stakeholders_are_not_satisfied
+ Adjust_requirements
+ Redesign
+ Prototype_demonstration_to_stakeholders;
+
+Initial_design:
+ Architecture_design
+ Detailed_design
+ Coding
+ Testing;
+
+Redesign:
+ [ Architecture_redesign ] /* not always needed */
+ Detailed_redesign
+ Coding
+ Testing;
+
+Stakeholders, Spiral_process SHARE ALL
+ Initial_communication_with_stakeholders,
+ Prototype_demonstration_to_stakeholders,
+ Stakeholders_are_not_satisfied,
+ Stakeholders_are_satisfied;
+
+ROOT Architect:
+ Initial_communication_with_stakeholders
+ Initial_requirements
+ Architecture_design
+ Prototype_demonstration_to_stakeholders
+ (* Adjust_requirements
+ [ Architecture_redesign ]
+ Prototype_demonstration_to_stakeholders *);
+
+Architect, Spiral_process SHARE ALL
+ Initial_communication_with_stakeholders,
+ Initial_requirements,
+ Architecture_design,
+ Prototype_demonstration_to_stakeholders,
+ Adjust_requirements,
+ Architecture_redesign;
+
+ROOT Developers:
+ Detailed_design
+ Coding
+ Testing
+ (* Detailed_redesign
+ Coding
+ Testing *);
+
+Developers, Spiral_process SHARE ALL
+ Detailed_design,
+ Detailed_redesign,
+ Coding,
+ Testing;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.temp.txt
new file mode 100644
index 0000000..9c4b0de
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example16_software_spiral_process tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.txt
new file mode 100644
index 0000000..2bb0a60
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example16_software_spiral_process.txt
@@ -0,0 +1,26 @@
+generating traces for scope 1
+completed Redesign: 2 traces (0 MARKed) 9 events
+ average 4.5 ev/trace min 4 max 5
+
+completed One_iteration: 2 traces (0 MARKed) 17 events
+ average 8.5 ev/trace min 8 max 9
+
+completed Initial_design: 1 traces (0 MARKed) 5 events
+
+completed Stakeholders: 2 traces (0 MARKed) 10 events
+ average 5 ev/trace min 4 max 6
+
+completed Spiral_process: 3 traces (0 MARKed) 50 events
+ average 16.6667 ev/trace min 11 max 20
+
+completed Architect: 3 traces (0 MARKed) 20 events
+ average 6.66667 ev/trace min 5 max 8
+
+completed Developers: 2 traces (0 MARKed) 11 events
+ average 5.5 ev/trace min 4 max 7
+
+completed spiral: 3 traces (0 MARKed) 107 events
+ average 35.6667 ev/trace min 25 max 42
+
+Elapsed time 0.021699 sec, Speed: 10553.5 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.cpp
new file mode 100644
index 0000000..5471951
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.cpp
@@ -0,0 +1,881 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Dining_Philosophers trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_think
+ , Event_left_fork
+ , Event_right_fork
+ // composite events
+ , Event_Philosopher
+ , Event_eat
+ , Event_Fork
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_29_30
+ , Event_SIMPLE_LIST_75_76
+ // ADD operations
+ // ROOT events
+ , Event_Philosophers
+ , Event_Forks
+ // main schema event
+ , Event_Dining_Philosophers };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "think"
+ , "left_fork"
+ , "right_fork"
+ , "Philosopher"
+ , "eat"
+ , "Fork"
+ , "SIMPLE_LIST_29_30"
+ , "SIMPLE_LIST_75_76"
+ , "Philosophers"
+ , "Forks"
+ , "Dining_Philosophers" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_59_60
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 2 ----
+bool Event_comparison_expr_61_62
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 3 ----
+int special_function_23(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_left_fork){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_24(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_right_fork){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+bool Quantified_expr_43_44(Coordinate * current_host, int e1_variable, int e2_variable
+){
+ //=====================================
+ // quantifier EXISTS with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int f1_variable;
+ int pivot_f1_variable = e1_variable ;
+ int f2_variable;
+ int pivot_f2_variable = e2_variable ;
+
+ // loop 1 for f1_variable
+ for( f1_variable = 0; f1_variable < len; f1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ f1_variable * len + pivot_f1_variable
+]) &&
+ (
+ (Stack[f1_variable]-> name == Event_left_fork) ||
+ (Stack[f1_variable]-> name == Event_right_fork) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for f2_variable
+ for( f2_variable = 0; f2_variable < len; f2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ f2_variable * len + pivot_f2_variable
+]) &&
+ (
+ (Stack[f2_variable]-> name == Event_left_fork) ||
+ (Stack[f2_variable]-> name == Event_right_fork) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( find_pair_in_table( f2_variable , f1_variable , Follows) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 6 ----
+class SIMPLE_LIST_29_30_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_29_30_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( ( special_function_23(current_host, Root_table[Event_Fork])> 0 )&& ( special_function_24(current_host, Root_table[Event_Fork])
+> 0 ))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_29_30_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_75_76_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_75_76_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int p1_variable; // thread variable
+ vector<int> p1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int p2_variable; // thread variable
+ vector<int> p2_variable_list; // list of coordinated events
+ int f_variable; // thread variable
+ vector<int> f_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for p1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ p1_variable = i;
+ if( p1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Philosopher)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p1_variable_list.begin(); s != p1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source p1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = p1_variable_list.size();
+ if(thread_length != p1_variable_list.size()) throw failed;
+
+ // preparing thread for p2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ p2_variable = i;
+ if( p2_variable_list.size() == thread_length){
+ p1_variable = 0; }
+ else{
+ p1_variable = p1_variable_list[p2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Philosopher)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p2_variable_list.begin(); s != p2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p2_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SHIFT_LEFT reshuffling
+ if(p2_variable_list.size() > 0)
+ rotate(p2_variable_list.begin(), p2_variable_list.begin() + 1, p2_variable_list.end());
+ // finally check the thread length
+ if(thread_length < 0) thread_length = p2_variable_list.size();
+ if(thread_length != p2_variable_list.size()) throw failed;
+
+ // preparing thread for f_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ f_variable = i;
+ if( f_variable_list.size() == thread_length){
+ p1_variable = 0;
+ p2_variable = 0; }
+ else{
+ p1_variable = p1_variable_list[f_variable_list.size()];
+ p2_variable = p2_variable_list[f_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Fork)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = f_variable_list.begin(); s != f_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) f_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source f_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = f_variable_list.size();
+ if(thread_length != f_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ p1_variable= p1_variable_list[i];
+ p2_variable= p2_variable_list[i];
+ f_variable= f_variable_list[i];
+
+ { // SHARE ALL operation
+ create_matrices();
+ // lists of shared events for p1_variable
+ vector<int> p1_variable_right_fork_list;
+ // lists of shared events for f_variable
+ vector<int> f_variable_right_fork_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + p1_variable ]){
+ if( Stack[i]->name == Event_right_fork ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p1_variable_right_fork_list.begin();
+ s != p1_variable_right_fork_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p1_variable_right_fork_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + f_variable ]){
+ if( Stack[i]->name == Event_right_fork ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = f_variable_right_fork_list.begin();
+ s != f_variable_right_fork_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) f_variable_right_fork_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = f_variable_right_fork_list.size();
+ if(p1_variable_right_fork_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = f_variable_right_fork_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(p1_variable_right_fork_list[i], f_variable_right_fork_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+ // lists of shared events for p2_variable
+ vector<int> p2_variable_left_fork_list;
+ // lists of shared events for f_variable
+ vector<int> f_variable_left_fork_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + p2_variable ]){
+ if( Stack[i]->name == Event_left_fork ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p2_variable_left_fork_list.begin();
+ s != p2_variable_left_fork_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p2_variable_left_fork_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + f_variable ]){
+ if( Stack[i]->name == Event_left_fork ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = f_variable_left_fork_list.begin();
+ s != f_variable_left_fork_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) f_variable_left_fork_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = f_variable_left_fork_list.size();
+ if(p2_variable_left_fork_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = f_variable_left_fork_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(p2_variable_left_fork_list[i], f_variable_left_fork_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int e1_variable; // thread variable
+ vector<int> e1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for e1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e1_variable = i;
+ if( e1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_eat)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e1_variable_list.begin(); s != e1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e1_variable_list.size();
+ if(thread_length != e1_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ e1_variable= e1_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int e2_variable; // thread variable
+ vector<int> e2_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for e2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e2_variable = i;
+ if( e2_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_eat)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e2_variable_list.begin(); s != e2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e2_variable_list.size();
+ if(thread_length != e2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ e2_variable= e2_variable_list[i];
+ if( Quantified_expr_43_44(current_host, e1_variable, e2_variable) ){
+ // ADD operation
+ Follows.insert(pair<int, int>(e2_variable,e1_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int e_variable; // thread variable
+ vector<int> e_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for e_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e_variable = i;
+ if( e_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_eat)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e_variable_list.begin(); s != e_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e_variable_list.size();
+ if(thread_length != e_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ e_variable= e_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int l_variable; // thread variable
+ vector<int> l_variable_list; // list of coordinated events
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for l_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ l_variable = i;
+ if( l_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + e_variable ]){
+ if( ( (Stack[i]->name == Event_left_fork)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = l_variable_list.begin(); s != l_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) l_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source l_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = l_variable_list.size();
+ if(thread_length != l_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ l_variable = 0; }
+ else{
+ l_variable = l_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + e_variable ]){
+ if( ( (Stack[i]->name == Event_right_fork)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ l_variable= l_variable_list[i];
+ r_variable= r_variable_list[i];
+ if( ! ( Event_comparison_expr_59_60 (current_host, l_variable , r_variable )
+|| Event_comparison_expr_61_62 (current_host, r_variable , l_variable ) )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_75_76_ob class
+
+//---- 8 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_think);
+ element[ 1 ]= new Composite_secondary_producer(Event_eat);
+ }
+};// end class Sq_5_6
+
+//---- 9 ----
+class Set_11_12 : public SET_node_producer_container {
+public: // constructor
+ Set_11_12 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_left_fork);
+ element[ 1 ]= new Atomic_producer(Event_right_fork);
+ }
+};// end class Set_11_12
+
+//---- 10 ----
+class Alt_19_20 : public OR_node_producer_container {
+public: // constructor
+ Alt_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_left_fork);
+ element[ 1 ]= new Atomic_producer(Event_right_fork);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_19_20
+
+//---- 11 ----
+class Ct_77_78 : public AND_node_producer_container {
+public: // constructor
+ Ct_77_78 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_19_20 ;
+ element[ 1 ]= new Alt_19_20 ;
+ }
+};// end class Ct_77_78
+
+//---- 12 ----
+class Ct_79_80 : public SET_node_producer_container {
+public: // constructor
+ Ct_79_80 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Philosopher);
+ element[ 1 ]= new Composite_secondary_producer(Event_Philosopher);
+ element[ 2 ]= new Composite_secondary_producer(Event_Philosopher);
+ }
+};// end class Ct_79_80
+
+//---- 13 ----
+class Ct_81_82 : public SET_node_producer_container {
+public: // constructor
+ Ct_81_82 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Fork);
+ element[ 1 ]= new Composite_secondary_producer(Event_Fork);
+ element[ 2 ]= new Composite_secondary_producer(Event_Fork);
+ }
+};// end class Ct_81_82
+
+//---- 14 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Philosopher){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_5_6 ;
+ }
+};// end class Comp_9_10
+
+//---- 15 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_eat){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Set_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 16 ----
+class Comp_31_32 : public Composite_producer {
+public: // constructor
+ Comp_31_32 (): Composite_producer(Event_Fork){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Ct_77_78 ;
+ element[ 1 ]= new SIMPLE_LIST_29_30_ob(Event_SIMPLE_LIST_29_30);
+ }
+};// end class Comp_31_32
+
+//---- 17 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Philosophers){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Ct_79_80 ;
+ }
+};// end class Comp_3_4
+
+//---- 18 ----
+class Comp_17_18 : public Composite_producer {
+public: // constructor
+ Comp_17_18 (): Composite_producer(Event_Forks){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Ct_81_82 ;
+ }
+};// end class Comp_17_18
+
+//---- 19 ----
+class SCHEMA_Dining_Philosophers: public Composite_producer {
+public: // constructor
+ SCHEMA_Dining_Philosophers(): Composite_producer(Event_Dining_Philosophers){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Philosophers);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Forks);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_75_76_ob(Event_SIMPLE_LIST_75_76);
+ }
+};// end class SCHEMA_Dining_Philosophers
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example17_Dining_Philosophers.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_13_14 temp_20; temp_20.harvest();
+ Comp_9_10 temp_21; temp_21.harvest();
+ Comp_31_32 temp_22; temp_22.harvest();
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_23; temp_23.harvest();
+ Comp_17_18 temp_24; temp_24.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Dining_Philosophers temp_25; temp_25.harvest();
+ temp_25.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Dining_Philosophers"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.mp
new file mode 100644
index 0000000..6a2330a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.mp
@@ -0,0 +1,90 @@
+/* Example 17, Dining_Philosophers.mp
+Five silent philosophers sit at a table around a bowl of spaghetti.
+A fork is placed between each pair of adjacent philosophers.
+It was originally formulated in 1965 by Edsger Dijkstra.
+
+Each philosopher must alternately think and eat. However, a philosopher
+can only eat spaghetti when he has both left and right forks.
+Each fork can be held by one philosopher only and so a philosopher can use
+the fork only if it's not being used by another philosopher.
+After he finishes eating, he needs to put down both forks so they become
+available to others. A philosopher can grab the fork on his right or
+the one on his left as they become available, but can't start eating
+before getting both of them.
+
+Eating is not limited by the amount of spaghetti left: assume an infinite
+supply. The problem is how to design a discipline of behavior (a concurrent
+algorithm) such that each philosopher won't starve; i.e., can forever
+continue to alternate between eating and thinking assuming that any
+philosopher cannot know when others may want to eat or think.
+(from Wikipedia: http://en.wikipedia.org/wiki/Dining_philosophers_problem )
+
+This MP model provides abstract specification of correct
+behaviors, but does not provide implementation details.
+Since MP supports automated use case extraction, this model may be used
+as a source of test cases for testing the implementation.
+
+scope 1 yields zero traces, because Philosopher cannot eat with a single fork.
+scope 2 yields 2 traces in approx. 0.01 sec.
+scope 3 yields 6 traces in approx. 0.05 sec.
+scope 4 yields 14 traces in approx. 0.44 sec.
+scope 5 yields 30 traces in approx. 1.6 sec.
+
+============================================================================*/
+SCHEMA Dining_Philosophers
+
+ROOT Philosophers: {+<$$scope> Philosopher +};
+
+Philosopher: (+ <1> think eat +)
+/* Philosopher eats at least once, but is limited to reduce the number of traces */ ;
+
+eat: { left_fork, right_fork };
+
+ROOT Forks: {+ <$$scope> Fork +};
+
+Fork: (* <2> (left_fork | right_fork) *)
+/* limit the number of fork use to reduce the number of traces,
+ this in fact limits each Philosopher to one "eat" event */
+
+/* Each fork is used at least once by each neighbor */
+BUILD{ ENSURE #left_fork > 0 AND #right_fork > 0;};
+
+/* Assign forks to the Philosophers.
+ Philosophers $p1 and $p2 share fork $f.
+
+ Shift_left reshuffling takes the first event
+ from the beginning and puts it to the end of sequence.
+ This adjusted thread is used to produce the ring topology,
+ and to assign two neighbors $p1 and $p2 for sharing fork $f */
+
+COORDINATE $p1: Philosopher,
+ <SHIFT_LEFT> $p2: Philosopher,
+ $f: Fork
+DO /* Default sequence is adequate here:
+ the order of fork use in Philosopher and in Fork are the same. */
+ $p1, $f SHARE ALL right_fork;
+ $p2, $f SHARE ALL left_fork;
+OD;
+
+/* to avoid deadlocks 'eat' events competing for resources are put in order. */
+COORDINATE $e1: eat
+DO COORDINATE $e2: eat
+ DO
+ IF EXISTS $f1: (left_fork | right_fork) FROM $e1,
+ $f2: (left_fork | right_fork) FROM $e2
+ ($f1 PRECEDES $f2)
+ THEN
+ ADD $e1 PRECEDES $e2;
+ FI;
+ OD;
+OD;
+
+/* Ensure that both forks can be used simultaneously */
+COORDINATE $e: eat
+DO COORDINATE $l: left_fork FROM $e,
+ $r: right_fork FROM $e
+ DO
+ /* MAY_OVERLAP $x $y is an abbreviation for NOT($x BEFORE $y OR $y BEFORE $x) */
+ ENSURE MAY_OVERLAP $l $r;
+ OD;
+OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.temp.txt
new file mode 100644
index 0000000..402da51
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example17_Dining_Philosophers tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.tree
new file mode 100644
index 0000000000000000000000000000000000000000..a1a5dcd99dae934f1b30f772df3dcaff411c088e
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.txt
new file mode 100644
index 0000000..d8fc0f0
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example17_Dining_Philosophers.txt
@@ -0,0 +1,18 @@
+generating traces for scope 3
+completed eat: 1 traces (0 MARKed) 3 events
+
+completed Philosopher: 1 traces (0 MARKed) 5 events
+
+completed Fork: 2 traces (0 MARKed) 6 events
+ average 3 ev/trace min 3 max 3
+
+completed Philosophers: 1 traces (0 MARKed) 16 events
+
+completed Forks: 8 traces (0 MARKed) 80 events
+ average 10 ev/trace min 10 max 10
+
+completed Dining_Philosophers: 6 traces (0 MARKed) 162 events
+ average 27 ev/trace min 27 max 27
+
+Elapsed time 0.050227 sec, Speed: 5415.41 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.cpp
new file mode 100644
index 0000000..1a618cc
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.cpp
@@ -0,0 +1,458 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Cardiac_Arrest trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_check_breathing
+ , Event_finish_first
+ , Event_check_pulse
+ , Event_identify_the_patient
+ , Event_record_assessment_findings
+ , Event_identify_the_priority
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_16_17
+ , Event_SIMPLE_LIST_30_31
+ // ADD operations
+ // ROOT events
+ , Event_Phase1
+ , Event_Triage
+ // main schema event
+ , Event_Cardiac_Arrest };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "check_breathing"
+ , "finish_first"
+ , "check_pulse"
+ , "identify_the_patient"
+ , "record_assessment_findings"
+ , "identify_the_priority"
+ , "SIMPLE_LIST_16_17"
+ , "SIMPLE_LIST_30_31"
+ , "Phase1"
+ , "Triage"
+ , "Cardiac_Arrest" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_11(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish_first){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 2 ----
+class SIMPLE_LIST_16_17_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_16_17_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_11(current_host, Root_table[Event_Phase1])== 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_16_17_ob class
+
+//---- 3 ----
+class SIMPLE_LIST_30_31_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_30_31_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_finish_first)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_identify_the_patient)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_30_31_ob class
+
+//---- 4 ----
+class Opt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Opt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_finish_first);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_1_2
+
+//---- 5 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_check_breathing);
+ element[ 1 ]= new Opt_1_2 ;
+ }
+};// end class Sq_3_4
+
+//---- 6 ----
+class Opt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Opt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_finish_first);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_5_6
+
+//---- 7 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_check_pulse);
+ element[ 1 ]= new Opt_5_6 ;
+ }
+};// end class Sq_7_8
+
+//---- 8 ----
+class Set_9_10 : public SET_node_producer_container {
+public: // constructor
+ Set_9_10 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_3_4 ;
+ element[ 1 ]= new Sq_7_8 ;
+ }
+};// end class Set_9_10
+
+//---- 9 ----
+class Sq_20_21 : public AND_node_producer_container {
+public: // constructor
+ Sq_20_21 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_identify_the_patient);
+ element[ 1 ]= new Atomic_producer(Event_record_assessment_findings);
+ element[ 2 ]= new Atomic_producer(Event_identify_the_priority);
+ }
+};// end class Sq_20_21
+
+//---- 10 ----
+class Comp_18_19 : public Composite_producer {
+public: // constructor
+ Comp_18_19 (): Composite_producer(Event_Phase1){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Set_9_10 ;
+ element[ 1 ]= new SIMPLE_LIST_16_17_ob(Event_SIMPLE_LIST_16_17);
+ }
+};// end class Comp_18_19
+
+//---- 11 ----
+class Comp_22_23 : public Composite_producer {
+public: // constructor
+ Comp_22_23 (): Composite_producer(Event_Triage){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_20_21 ;
+ }
+};// end class Comp_22_23
+
+//---- 12 ----
+class SCHEMA_Cardiac_Arrest: public Composite_producer {
+public: // constructor
+ SCHEMA_Cardiac_Arrest(): Composite_producer(Event_Cardiac_Arrest){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Phase1);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Triage);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_30_31_ob(Event_SIMPLE_LIST_30_31);
+ }
+};// end class SCHEMA_Cardiac_Arrest
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example18_Workflow_pattern.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_18_19 temp_13; temp_13.harvest();
+ Comp_22_23 temp_14; temp_14.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Cardiac_Arrest temp_15; temp_15.harvest();
+ temp_15.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Cardiac_Arrest"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.mp
new file mode 100644
index 0000000..6c3b960
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.mp
@@ -0,0 +1,30 @@
+/* Example18 Workflow pattern
+
+the web site
+http://workflowpatterns.com/patterns/control/index.php
+contains a collection of workflow patterns specified with Petri nets.
+
+Pattern 9 (Structured Discriminator)
+http://workflowpatterns.com/patterns/control/advanced_branching/wcp9.php
+
+When handling a cardiac arrest, the check_breathing and check_pulse tasks
+run in parallel. Once the first of these has completed, the triage task
+is commenced. Completion of the other task is ignored and does not result
+in a second instance of the triage task.
+
+run for scope 1
+*/
+
+SCHEMA Cardiac_Arrest
+
+ROOT Phase1: { check_breathing [finish_first],
+ check_pulse [finish_first] }
+
+BUILD{ ENSURE #finish_first == 1; };
+
+ROOT Triage: identify_the_patient
+ record_assessment_findings
+ identify_the_priority;
+
+COORDINATE $a: finish_first, $b: identify_the_patient
+ DO ADD $a PRECEDES $b; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.temp.txt
new file mode 100644
index 0000000..54fd25c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example18_Workflow_pattern tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.txt
new file mode 100644
index 0000000..0d57835
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example18_Workflow_pattern.txt
@@ -0,0 +1,11 @@
+generating traces for scope 3
+completed Phase1: 2 traces (0 MARKed) 8 events
+ average 4 ev/trace min 4 max 4
+
+completed Triage: 1 traces (0 MARKed) 4 events
+
+completed Cardiac_Arrest: 2 traces (0 MARKed) 18 events
+ average 9 ev/trace min 9 max 9
+
+Elapsed time 0.000312 sec, Speed: 96153.8 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.cpp
new file mode 100644
index 0000000..b6bd6fe
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.cpp
@@ -0,0 +1,1433 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Suppliers trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+ pair_list related_to_UDR_set;
+ pair_list Is_supplier_for_UDR_set;
+// matrices for User-Defined Relations used by Coordinate objects
+ char * related_to_UDR_matrix = 0;
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ related_to_UDR_set.clear();
+ Is_supplier_for_UDR_set.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!related_to_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("related_to",related_to_UDR_set));
+ if(!Is_supplier_for_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("Is_supplier_for",Is_supplier_for_UDR_set));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+
+ if(p1->first == "related_to"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ related_to_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ else
+ if(p1->first == "Is_supplier_for"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ Is_supplier_for_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from related_to_UDR_set
+ temp_list.clear();
+ for(p = related_to_UDR_set.begin(); p != related_to_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ related_to_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Is_supplier_for_UDR_set
+ temp_list.clear();
+ for(p = Is_supplier_for_UDR_set.begin(); p != Is_supplier_for_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Is_supplier_for_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // merging from related_to_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = related_to_UDR_set.begin(); p != related_to_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ related_to_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ // merging from Is_supplier_for_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = Is_supplier_for_UDR_set.begin(); p != Is_supplier_for_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ Is_supplier_for_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Request_delivery
+ , Event_Receive_supply
+ , Event_Not_available
+ , Event_Receive_order_and_buy
+ , Event_Sell
+ // composite events
+ , Event_Consumer
+ , Event_Producer
+ // top coordination operations
+ , Event_Coordinate_23_24
+ , Event_Coordinate_41_42
+ , Event_Coordinate_49_50
+ , Event_Coordinate_75_76
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_107_108
+ // ADD operations
+ // ROOT events
+ , Event_Consumers
+ , Event_Supply_Office
+ , Event_Producers
+ // main schema event
+ , Event_Suppliers };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Request_delivery"
+ , "Receive_supply"
+ , "Not_available"
+ , "Receive_order_and_buy"
+ , "Sell"
+ , "Consumer"
+ , "Producer"
+ , "Coordinate_23_24"
+ , "Coordinate_41_42"
+ , "Coordinate_49_50"
+ , "Coordinate_75_76"
+ , "SIMPLE_LIST_107_108"
+ , "Consumers"
+ , "Supply_Office"
+ , "Producers"
+ , "Suppliers" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_53_54
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 2 ----
+bool Quantified_expr_55_56(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int request_variable;
+ int pivot_request_variable = 0;
+ int receive_variable;
+ int pivot_receive_variable = 0;
+
+ // loop 1 for request_variable
+ for( request_variable = 0; request_variable < len; request_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ request_variable * len +
+pivot_request_variable ]) &&
+ (
+ (Stack[request_variable]-> name == Event_Request_delivery) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for receive_variable
+ for( receive_variable = 0; receive_variable < len; receive_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ receive_variable * len +
+pivot_receive_variable ]) &&
+ (
+ (Stack[receive_variable]-> name == Event_Receive_supply) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for FOREACH
+ if( (! ( create_UDR_matrix(current_host, related_to_UDR_matrix, related_to_UDR_set),
+ related_to_UDR_matrix[request_variable * Stack.size() + receive_variable])
+|| Event_comparison_expr_53_54 (current_host, request_variable ,
+receive_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 3 ----
+bool Quantified_expr_65_66(Coordinate * current_host, int c1_variable, int c2_variable
+){
+ //=====================================
+ // quantifier EXISTS with 3 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int request_variable;
+ int pivot_request_variable = c1_variable ;
+ int receive_variable;
+ int pivot_receive_variable = c2_variable ;
+ int order_variable;
+ int pivot_order_variable = Root_table[Event_Supply_Office];
+
+ // loop 1 for request_variable
+ for( request_variable = 0; request_variable < len; request_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ request_variable * len +
+pivot_request_variable ]) &&
+ (
+ (Stack[request_variable]-> name == Event_Request_delivery) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for receive_variable
+ for( receive_variable = 0; receive_variable < len; receive_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ receive_variable * len +
+pivot_receive_variable ]) &&
+ (
+ (Stack[receive_variable]-> name == Event_Receive_supply) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // loop 3 for order_variable
+ for( order_variable = 0; order_variable < len; order_variable ++){
+ // selection condition for 3 FROM
+ if( (current_host-> in_matrix [ order_variable * len +
+pivot_order_variable ]) &&
+ (
+ (Stack[order_variable]-> name == Event_Receive_order_and_buy) )
+ ) // end of if(selection condition)
+ { // branch for 3
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( ( create_UDR_matrix(current_host, related_to_UDR_matrix, related_to_UDR_set),
+ related_to_UDR_matrix[request_variable * Stack.size() + order_variable])
+&& ( create_UDR_matrix(current_host, related_to_UDR_matrix, related_to_UDR_set),
+ related_to_UDR_matrix[order_variable * Stack.size() + receive_variable]))
+)
+ {result = true; goto end_of_story;};
+ }; // end of branch for 3
+ }; // end for loop 3
+
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 4 ----
+bool Quantified_expr_67_68(Coordinate * current_host){
+ //=====================================
+ // quantifier EXISTS DISJ with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int c1_variable;
+ int pivot_c1_variable = 0;
+ int c2_variable;
+ int pivot_c2_variable = 0;
+
+ // loop 1 for c1_variable
+ for( c1_variable = 0; c1_variable < len; c1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ c1_variable * len + pivot_c1_variable
+]) &&
+ (
+ (Stack[c1_variable]-> name == Event_Consumer) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for c2_variable
+ for( c2_variable = 0; c2_variable < len; c2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ c2_variable * len + pivot_c2_variable
+]) &&
+ (
+ (Stack[c2_variable]-> name == Event_Consumer) )
+ // checking DISJ
+ && c2_variable != c1_variable
+ && !(current_host-> eq_matrix[ c2_variable * len + c1_variable ])
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( Quantified_expr_65_66(current_host, c1_variable, c2_variable) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 5 ----
+bool Quantified_expr_81_82(Coordinate * current_host, int c1_variable, int c2_variable
+){
+ //=====================================
+ // quantifier EXISTS with 3 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int request_variable;
+ int pivot_request_variable = c1_variable ;
+ int receive_variable;
+ int pivot_receive_variable = c2_variable ;
+ int order_variable;
+ int pivot_order_variable = Root_table[Event_Supply_Office];
+
+ // loop 1 for request_variable
+ for( request_variable = 0; request_variable < len; request_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ request_variable * len +
+pivot_request_variable ]) &&
+ (
+ (Stack[request_variable]-> name == Event_Request_delivery) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for receive_variable
+ for( receive_variable = 0; receive_variable < len; receive_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ receive_variable * len +
+pivot_receive_variable ]) &&
+ (
+ (Stack[receive_variable]-> name == Event_Not_available) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // loop 3 for order_variable
+ for( order_variable = 0; order_variable < len; order_variable ++){
+ // selection condition for 3 FROM
+ if( (current_host-> in_matrix [ order_variable * len +
+pivot_order_variable ]) &&
+ (
+ (Stack[order_variable]-> name == Event_Receive_order_and_buy) )
+ ) // end of if(selection condition)
+ { // branch for 3
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( ( create_UDR_matrix(current_host, related_to_UDR_matrix, related_to_UDR_set),
+ related_to_UDR_matrix[request_variable * Stack.size() + order_variable])
+&& ( create_UDR_matrix(current_host, related_to_UDR_matrix, related_to_UDR_set),
+ related_to_UDR_matrix[order_variable * Stack.size() + receive_variable]))
+)
+ {result = true; goto end_of_story;};
+ }; // end of branch for 3
+ }; // end for loop 3
+
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 6 ----
+bool Quantified_expr_83_84(Coordinate * current_host){
+ //=====================================
+ // quantifier EXISTS DISJ with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int c1_variable;
+ int pivot_c1_variable = 0;
+ int c2_variable;
+ int pivot_c2_variable = 0;
+
+ // loop 1 for c1_variable
+ for( c1_variable = 0; c1_variable < len; c1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ c1_variable * len + pivot_c1_variable
+]) &&
+ (
+ (Stack[c1_variable]-> name == Event_Consumer) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for c2_variable
+ for( c2_variable = 0; c2_variable < len; c2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ c2_variable * len + pivot_c2_variable
+]) &&
+ (
+ (Stack[c2_variable]-> name == Event_Consumer) )
+ // checking DISJ
+ && c2_variable != c1_variable
+ && !(current_host-> eq_matrix[ c2_variable * len + c1_variable ])
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( Quantified_expr_81_82(current_host, c1_variable, c2_variable) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 7 ----
+bool Quantified_expr_91_92(Coordinate * current_host, int c_variable, int p_variable
+){
+ //=====================================
+ // quantifier EXISTS with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int request_variable;
+ int pivot_request_variable = c_variable ;
+ int sell_variable;
+ int pivot_sell_variable = p_variable ;
+
+ // loop 1 for request_variable
+ for( request_variable = 0; request_variable < len; request_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ request_variable * len +
+pivot_request_variable ]) &&
+ (
+ (Stack[request_variable]-> name == Event_Request_delivery) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for sell_variable
+ for( sell_variable = 0; sell_variable < len; sell_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ sell_variable * len +
+pivot_sell_variable ]) &&
+ (
+ (Stack[sell_variable]-> name == Event_Sell) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( create_UDR_matrix(current_host, related_to_UDR_matrix, related_to_UDR_set),
+ related_to_UDR_matrix[request_variable * Stack.size() + sell_variable])
+)
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 8 ----
+class SIMPLE_LIST_107_108_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_107_108_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ! Quantified_expr_83_84(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int c_variable; // thread variable
+ vector<int> c_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for c_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ c_variable = i;
+ if( c_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Consumer)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = c_variable_list.begin(); s != c_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) c_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source c_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = c_variable_list.size();
+ if(thread_length != c_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ c_variable= c_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int p_variable; // thread variable
+ vector<int> p_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for p_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ p_variable = i;
+ if( p_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Producer)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p_variable_list.begin(); s != p_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source p_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = p_variable_list.size();
+ if(thread_length != p_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ p_variable= p_variable_list[i];
+ if( Quantified_expr_91_92(current_host, c_variable, p_variable) ){
+ // ADD operation
+ Is_supplier_for_UDR_set.insert(pair<int, int>(p_variable,c_variable));
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_107_108_ob class
+
+//---- 9 ----
+class Coordinate_23_24_ob: public Coordinate {
+public:
+ //**** COORDINATE with asynchronous sources ****
+ Coordination_source * source[ 1 ];
+ // Atomic_producer, Composite_event_instance, Coordinate_event_ob
+ // set the global derivation_path_mark
+ int current_path;
+ int unique_id;
+ // for traverse() to detect when no more options remain
+ int completeness_count;
+ int activated_source_count;
+
+ // constructor
+ Coordinate_23_24_ob(int n): Coordinate(n){
+ unique_id = get_unique_number();
+ // remember path where we start to produce permutations
+ current_path = -20;
+ // initialize all sources
+ for(int i = 0; i < 1 ; i++) source[i] = new Coordination_source;
+ }
+
+ // to overload the inherited hold() from Event_producer via Coordinate
+ void hold(){
+ for(int k = 0; k < 1 ; k++) source[k]->hold_source(); }
+
+Traversal_result traverse(){
+ //*** traverse with permutation generation
+ completeness_count = 0; activated_source_count= 0;
+ if(current_path != derivation_path_mark){
+ current_path = derivation_path_mark;
+ // prepare to repeat the permutation cycle
+ for(int k = 0; k < 1 ; k++) source[k]->reset();
+ };
+
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int request_variable; // thread variable
+ vector<int> request_variable_list; // list of coordinated events
+ int Consumers_source = Root_table[Event_Consumers]; // source of coordination
+
+ int receive_request_variable; // thread variable
+ vector<int> receive_request_variable_list; // list of coordinated events
+ int Supply_Office_source = Root_table[Event_Supply_Office]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for request_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ request_variable = i;
+ if( request_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Consumers_source ]){
+ if( ( (Stack[i]->name == Event_Request_delivery)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = request_variable_list.begin(); s != request_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) request_variable_list.push_back(i);
+ }
+ } };
+ // **** <!> source with permutations ****
+ activated_source_count++;
+ // get next permutation
+ switch(source[ 0 ] -> get_permutation( request_variable_list) ){
+ case success_and_completed: completeness_count++;
+ break;
+ case success_and_ready_for_next:
+ // hold all previous Coordination sources
+ // until source[ 0 ] completes
+ for(int k = 0; k < 0 ; k++) source[k]->hold_source();
+ default:; // to avoid C++ warnings
+ };// end switch
+ // reset all following sources preparing to repeat the permutation cycle
+ if(!(source[ 0 ] -> was_on_hold)) {
+ for(int k = 0 + 1; k < 1 ; k++) source[k]->reset();
+ };
+ source[ 0 ] -> was_on_hold = false;
+ // if has proceeded so far request_variable_list is ready
+
+ // finally check the thread length
+ if(thread_length < 0) thread_length = request_variable_list.size();
+ if(thread_length != request_variable_list.size()) throw failed;
+
+ // preparing thread for receive_request_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ receive_request_variable = i;
+ if( receive_request_variable_list.size() == thread_length){
+ request_variable = 0; }
+ else{
+ request_variable = request_variable_list[receive_request_variable_list.size()];
+};
+ if(in_matrix[i * len + Supply_Office_source ]){
+ if( ( (Stack[i]->name == Event_Receive_order_and_buy)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = receive_request_variable_list.begin(); s != receive_request_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) receive_request_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source receive_request_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = receive_request_variable_list.size();
+ if(thread_length != receive_request_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ request_variable= request_variable_list[i];
+ receive_request_variable= receive_request_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(receive_request_variable,request_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ // ADD operation
+ related_to_UDR_set.insert(pair<int, int>(request_variable,receive_request_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }
+ catch(Traversal_result t){
+ return failed;
+ }
+ return (completeness_count == activated_source_count)?
+ success_and_completed: success_and_ready_for_next;
+ } // end traverse()
+}; // end Coordinate_23_24_ob class
+
+//---- 10 ----
+class Coordinate_41_42_ob: public Coordinate {
+public:
+ //**** COORDINATE with asynchronous sources ****
+ Coordination_source * source[ 1 ];
+ // Atomic_producer, Composite_event_instance, Coordinate_event_ob
+ // set the global derivation_path_mark
+ int current_path;
+ int unique_id;
+ // for traverse() to detect when no more options remain
+ int completeness_count;
+ int activated_source_count;
+
+ // constructor
+ Coordinate_41_42_ob(int n): Coordinate(n){
+ unique_id = get_unique_number();
+ // remember path where we start to produce permutations
+ current_path = -20;
+ // initialize all sources
+ for(int i = 0; i < 1 ; i++) source[i] = new Coordination_source;
+ }
+
+ // to overload the inherited hold() from Event_producer via Coordinate
+ void hold(){
+ for(int k = 0; k < 1 ; k++) source[k]->hold_source(); }
+
+Traversal_result traverse(){
+ //*** traverse with permutation generation
+ completeness_count = 0; activated_source_count= 0;
+ if(current_path != derivation_path_mark){
+ current_path = derivation_path_mark;
+ // prepare to repeat the permutation cycle
+ for(int k = 0; k < 1 ; k++) source[k]->reset();
+ };
+
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int receive_order_variable; // thread variable
+ vector<int> receive_order_variable_list; // list of coordinated events
+ int Supply_Office_source = Root_table[Event_Supply_Office]
+; // source of coordination
+ int sell_variable; // thread variable
+ vector<int> sell_variable_list; // list of coordinated events
+ int Producers_source = Root_table[Event_Producers]; // source of coordination
+
+
+ // create lists of coordinated events
+ // preparing thread for receive_order_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ receive_order_variable = i;
+ if( receive_order_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Supply_Office_source ]){
+ if( ( (Stack[i]->name == Event_Receive_order_and_buy)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = receive_order_variable_list.begin(); s != receive_order_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) receive_order_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source receive_order_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = receive_order_variable_list.size();
+ if(thread_length != receive_order_variable_list.size()) throw failed;
+
+ // preparing thread for sell_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ sell_variable = i;
+ if( sell_variable_list.size() == thread_length){
+ receive_order_variable = 0; }
+ else{
+ receive_order_variable = receive_order_variable_list[sell_variable_list.size()];
+};
+ if(in_matrix[i * len + Producers_source ]){
+ if( ( (Stack[i]->name == Event_Sell)|| (Stack[i]->name == Event_Not_available)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = sell_variable_list.begin(); s != sell_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) sell_variable_list.push_back(i);
+ }
+ } };
+ // **** <!> source with permutations ****
+ activated_source_count++;
+ // get next permutation
+ switch(source[ 0 ] -> get_permutation( sell_variable_list) ){
+ case success_and_completed: completeness_count++;
+ break;
+ case success_and_ready_for_next:
+ // hold all previous Coordination sources
+ // until source[ 0 ] completes
+ for(int k = 0; k < 0 ; k++) source[k]->hold_source();
+ default:; // to avoid C++ warnings
+ };// end switch
+ // reset all following sources preparing to repeat the permutation cycle
+ if(!(source[ 0 ] -> was_on_hold)) {
+ for(int k = 0 + 1; k < 1 ; k++) source[k]->reset();
+ };
+ source[ 0 ] -> was_on_hold = false;
+ // if has proceeded so far sell_variable_list is ready
+
+ // finally check the thread length
+ if(thread_length < 0) thread_length = sell_variable_list.size();
+ if(thread_length != sell_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ receive_order_variable= receive_order_variable_list[i];
+ sell_variable= sell_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(sell_variable,receive_order_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ // ADD operation
+ related_to_UDR_set.insert(pair<int, int>(receive_order_variable,sell_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }
+ catch(Traversal_result t){
+ return failed;
+ }
+ return (completeness_count == activated_source_count)?
+ success_and_completed: success_and_ready_for_next;
+ } // end traverse()
+}; // end Coordinate_41_42_ob class
+
+//---- 11 ----
+class Coordinate_49_50_ob: public Coordinate {
+public:
+ //**** COORDINATE with asynchronous sources ****
+ Coordination_source * source[ 1 ];
+ // Atomic_producer, Composite_event_instance, Coordinate_event_ob
+ // set the global derivation_path_mark
+ int current_path;
+ int unique_id;
+ // for traverse() to detect when no more options remain
+ int completeness_count;
+ int activated_source_count;
+
+ // constructor
+ Coordinate_49_50_ob(int n): Coordinate(n){
+ unique_id = get_unique_number();
+ // remember path where we start to produce permutations
+ current_path = -20;
+ // initialize all sources
+ for(int i = 0; i < 1 ; i++) source[i] = new Coordination_source;
+ }
+
+ // to overload the inherited hold() from Event_producer via Coordinate
+ void hold(){
+ for(int k = 0; k < 1 ; k++) source[k]->hold_source(); }
+
+Traversal_result traverse(){
+ //*** traverse with permutation generation
+ completeness_count = 0; activated_source_count= 0;
+ if(current_path != derivation_path_mark){
+ current_path = derivation_path_mark;
+ // prepare to repeat the permutation cycle
+ for(int k = 0; k < 1 ; k++) source[k]->reset();
+ };
+
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int sell_variable; // thread variable
+ vector<int> sell_variable_list; // list of coordinated events
+ int Producers_source = Root_table[Event_Producers]; // source of coordination
+
+ int receive_variable; // thread variable
+ vector<int> receive_variable_list; // list of coordinated events
+ int Consumers_source = Root_table[Event_Consumers]; // source of coordination
+
+
+ // create lists of coordinated events
+ // preparing thread for sell_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ sell_variable = i;
+ if( sell_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Producers_source ]){
+ if( ( (Stack[i]->name == Event_Sell)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = sell_variable_list.begin(); s != sell_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) sell_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source sell_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = sell_variable_list.size();
+ if(thread_length != sell_variable_list.size()) throw failed;
+
+ // preparing thread for receive_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ receive_variable = i;
+ if( receive_variable_list.size() == thread_length){
+ sell_variable = 0; }
+ else{
+ sell_variable = sell_variable_list[receive_variable_list.size()];};
+ if(in_matrix[i * len + Consumers_source ]){
+ if( ( (Stack[i]->name == Event_Receive_supply)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = receive_variable_list.begin(); s != receive_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) receive_variable_list.push_back(i);
+ }
+ } };
+ // **** <!> source with permutations ****
+ activated_source_count++;
+ // get next permutation
+ switch(source[ 0 ] -> get_permutation( receive_variable_list) ){
+ case success_and_completed: completeness_count++;
+ break;
+ case success_and_ready_for_next:
+ // hold all previous Coordination sources
+ // until source[ 0 ] completes
+ for(int k = 0; k < 0 ; k++) source[k]->hold_source();
+ default:; // to avoid C++ warnings
+ };// end switch
+ // reset all following sources preparing to repeat the permutation cycle
+ if(!(source[ 0 ] -> was_on_hold)) {
+ for(int k = 0 + 1; k < 1 ; k++) source[k]->reset();
+ };
+ source[ 0 ] -> was_on_hold = false;
+ // if has proceeded so far receive_variable_list is ready
+
+ // finally check the thread length
+ if(thread_length < 0) thread_length = receive_variable_list.size();
+ if(thread_length != receive_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ sell_variable= sell_variable_list[i];
+ receive_variable= receive_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(receive_variable,sell_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ // ADD operation
+ related_to_UDR_set.insert(pair<int, int>(sell_variable,receive_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }
+ catch(Traversal_result t){
+ return failed;
+ }
+ return (completeness_count == activated_source_count)?
+ success_and_completed: success_and_ready_for_next;
+ } // end traverse()
+}; // end Coordinate_49_50_ob class
+
+//---- 12 ----
+class Coordinate_75_76_ob: public Coordinate {
+public:
+ //**** COORDINATE with asynchronous sources ****
+ Coordination_source * source[ 1 ];
+ // Atomic_producer, Composite_event_instance, Coordinate_event_ob
+ // set the global derivation_path_mark
+ int current_path;
+ int unique_id;
+ // for traverse() to detect when no more options remain
+ int completeness_count;
+ int activated_source_count;
+
+ // constructor
+ Coordinate_75_76_ob(int n): Coordinate(n){
+ unique_id = get_unique_number();
+ // remember path where we start to produce permutations
+ current_path = -20;
+ // initialize all sources
+ for(int i = 0; i < 1 ; i++) source[i] = new Coordination_source;
+ }
+
+ // to overload the inherited hold() from Event_producer via Coordinate
+ void hold(){
+ for(int k = 0; k < 1 ; k++) source[k]->hold_source(); }
+
+Traversal_result traverse(){
+ //*** traverse with permutation generation
+ completeness_count = 0; activated_source_count= 0;
+ if(current_path != derivation_path_mark){
+ current_path = derivation_path_mark;
+ // prepare to repeat the permutation cycle
+ for(int k = 0; k < 1 ; k++) source[k]->reset();
+ };
+
+ try{ create_matrices();
+ if( Quantified_expr_55_56(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ! Quantified_expr_67_68(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int refusal1_variable; // thread variable
+ vector<int> refusal1_variable_list; // list of coordinated events
+ int Producers_source = Root_table[Event_Producers]; // source of coordination
+
+ int refusal2_variable; // thread variable
+ vector<int> refusal2_variable_list; // list of coordinated events
+ int Consumers_source = Root_table[Event_Consumers]; // source of coordination
+
+
+ // create lists of coordinated events
+ // preparing thread for refusal1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ refusal1_variable = i;
+ if( refusal1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Producers_source ]){
+ if( ( (Stack[i]->name == Event_Not_available)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = refusal1_variable_list.begin(); s != refusal1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) refusal1_variable_list.push_back(i);
+ }
+ } };
+ // **** <!> source with permutations ****
+ activated_source_count++;
+ // get next permutation
+ switch(source[ 0 ] -> get_permutation( refusal1_variable_list) ){
+ case success_and_completed: completeness_count++;
+ break;
+ case success_and_ready_for_next:
+ // hold all previous Coordination sources
+ // until source[ 0 ] completes
+ for(int k = 0; k < 0 ; k++) source[k]->hold_source();
+ default:; // to avoid C++ warnings
+ };// end switch
+ // reset all following sources preparing to repeat the permutation cycle
+ if(!(source[ 0 ] -> was_on_hold)) {
+ for(int k = 0 + 1; k < 1 ; k++) source[k]->reset();
+ };
+ source[ 0 ] -> was_on_hold = false;
+ // if has proceeded so far refusal1_variable_list is ready
+
+ // finally check the thread length
+ if(thread_length < 0) thread_length = refusal1_variable_list.size();
+ if(thread_length != refusal1_variable_list.size()) throw failed;
+
+ // preparing thread for refusal2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ refusal2_variable = i;
+ if( refusal2_variable_list.size() == thread_length){
+ refusal1_variable = 0; }
+ else{
+ refusal1_variable = refusal1_variable_list[refusal2_variable_list.size()];
+};
+ if(in_matrix[i * len + Consumers_source ]){
+ if( ( (Stack[i]->name == Event_Not_available)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = refusal2_variable_list.begin(); s != refusal2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) refusal2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source refusal2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = refusal2_variable_list.size();
+ if(thread_length != refusal2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ refusal1_variable= refusal1_variable_list[i];
+ refusal2_variable= refusal2_variable_list[i];
+ // SHARE_clause , throws failed exception if cannot complete
+ make_equality_complete( refusal1_variable , refusal2_variable );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }
+ catch(Traversal_result t){
+ return failed;
+ }
+ return (completeness_count == activated_source_count)?
+ success_and_completed: success_and_ready_for_next;
+ } // end traverse()
+}; // end Coordinate_75_76_ob class
+
+//---- 13 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Receive_supply);
+ element[ 1 ]= new Atomic_producer(Event_Not_available);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 14 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Request_delivery);
+ element[ 1 ]= new Alt_5_6 ;
+ }
+};// end class Sq_7_8
+
+//---- 15 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 16 ----
+class Alt_29_30 : public OR_node_producer_container {
+public: // constructor
+ Alt_29_30 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Sell);
+ element[ 1 ]= new Atomic_producer(Event_Not_available);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_29_30
+
+//---- 17 ----
+class Itr_31_32 : public OR_node_producer_container {
+public: // constructor
+ Itr_31_32 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_29_30 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_31_32
+
+//---- 18 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Consumer){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 19 ----
+class Comp_33_34 : public Composite_producer {
+public: // constructor
+ Comp_33_34 (): Composite_producer(Event_Producer){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_31_32 ;
+ }
+};// end class Comp_33_34
+
+//---- 20 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Consumers){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Consumer);
+ }
+};// end class Comp_3_4
+
+//---- 21 ----
+class Comp_15_16 : public Composite_producer {
+public: // constructor
+ Comp_15_16 (): Composite_producer(Event_Supply_Office){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_Receive_order_and_buy);
+ }
+};// end class Comp_15_16
+
+//---- 22 ----
+class Comp_27_28 : public Composite_producer {
+public: // constructor
+ Comp_27_28 (): Composite_producer(Event_Producers){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Producer);
+ }
+};// end class Comp_27_28
+
+//---- 23 ----
+class SCHEMA_Suppliers: public Composite_producer {
+public: // constructor
+ SCHEMA_Suppliers(): Composite_producer(Event_Suppliers){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 8 ];
+ element[0]= new Composite_secondary_producer(Event_Consumers);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Supply_Office);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Coordinate_23_24_ob(Event_Coordinate_23_24);
+ element[3]= new Composite_secondary_producer(Event_Producers);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new Coordinate_41_42_ob(Event_Coordinate_41_42);
+ element[5]= new Coordinate_49_50_ob(Event_Coordinate_49_50);
+ element[6]= new Coordinate_75_76_ob(Event_Coordinate_75_76);
+ element[7]= new SIMPLE_LIST_107_108_ob(Event_SIMPLE_LIST_107_108);
+ }
+};// end class SCHEMA_Suppliers
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example19_Consumers_Suppliers.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_11_12 temp_24; temp_24.harvest();
+ Comp_33_34 temp_25; temp_25.harvest();
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_26; temp_26.harvest();
+ Comp_15_16 temp_27; temp_27.harvest();
+ Comp_27_28 temp_28; temp_28.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Suppliers temp_29; temp_29.harvest();
+ temp_29.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Suppliers"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.mp
new file mode 100644
index 0000000..cb771e9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.mp
@@ -0,0 +1,101 @@
+/* Example 19, Consumers/Suppliers
+
+Asynchronous coordination and dependency definition example.
+
+user-defined relation related_to connects events within each
+single Request_delivery -> Consume chain
+
+on Gryphon:
+ scope 1, 2 traces, in less than 1 sec.
+ scope 2, 670 traces, approx. time 2.5 min.
+*/
+
+SCHEMA Suppliers
+
+/*=========================================*/
+ROOT Consumers: {+ Consumer +};
+
+Consumer: (* Request_delivery
+
+ ( Receive_supply |
+
+ Not_available )
+ *)
+;
+
+/*=======================================================================
+ Supply_Office communicates asynchronously with Producers and Suppliers
+=========================================================================*/
+ROOT Supply_Office: (*<1.. $$scope * $$scope>
+ /* Supply_Office serves several Consumers,
+ hence the iteration should be increased */
+ Receive_order_and_buy
+ *);
+
+/*======== coordination ===================================================*/
+COORDINATE <!> $request: Request_delivery FROM Consumers,
+ $receive_request: Receive_order_and_buy FROM Supply_Office
+ DO
+ ADD $request PRECEDES $receive_request;
+ ADD $request related_to $receive_request;
+ OD;
+
+/*==========================================*/
+ROOT Producers: {+ Producer +};
+
+Producer: (* ( Sell | Not_available ) *);
+
+/*======== coordination ===================================================*/
+COORDINATE $receive_order: Receive_order_and_buy FROM Supply_Office,
+ /* Receive_order_and_buy and Sell/Not_available events
+ may be asynchronous */
+ <!> $sell: (Sell | Not_available) FROM Producers
+ DO ADD $receive_order PRECEDES $sell;
+ ADD $receive_order related_to $sell;
+ OD;
+
+COORDINATE $sell: Sell FROM Producers,
+ /* Sell and Receive_supply may be asynchronous */
+ <!> $receive: Receive_supply FROM Consumers
+DO ADD $sell PRECEDES $receive;
+ ADD $sell related_to $receive;
+OD;
+
+ENSURE FOREACH $request: Request_delivery,
+ $receive: Receive_supply
+ ( $request ^related_to $receive -> $request BEFORE $receive);
+
+/* preventing mismatched delivery */
+ENSURE
+ NOT EXISTS DISJ $c1: Consumer, $c2: Consumer
+ EXISTS $request: Request_delivery FROM $c1,
+ $receive: Receive_supply FROM $c2,
+ $order: Receive_order_and_buy FROM Supply_Office
+
+ ( $request ^related_to $order AND
+ $order ^related_to $receive );
+
+COORDINATE <!>$refusal1: Not_available FROM Producers,
+ $refusal2: Not_available FROM Consumers
+ DO SHARE $refusal1 $refusal2; OD;
+
+/* preventing mismatched refusals */
+ENSURE
+NOT EXISTS DISJ $c1: Consumer, $c2: Consumer
+ EXISTS $request: Request_delivery FROM $c1,
+ $receive: Not_available FROM $c2,
+ $order: Receive_order_and_buy FROM Supply_Office
+
+ ( $request ^related_to $order AND
+ $order ^related_to $receive );
+
+/**** add yet another relation for Supplier/Consumer ****/
+COORDINATE $c: Consumer
+ DO COORDINATE $p: Producer
+ DO
+ IF EXISTS $request: Request_delivery FROM $c,
+ $sell: Sell FROM $p
+ ( $request ^related_to $sell )
+ THEN ADD $p Is_supplier_for $c; FI;
+ OD;
+OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.temp.txt
new file mode 100644
index 0000000..d39dfca
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example19_Consumers_Suppliers tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.txt
new file mode 100644
index 0000000..76982e9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example19_Consumers_Suppliers.txt
@@ -0,0 +1,20 @@
+generating traces for scope 1
+completed Consumer: 3 traces (0 MARKed) 7 events
+ average 2.33333 ev/trace min 1 max 3
+
+completed Producer: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed Consumers: 3 traces (0 MARKed) 10 events
+ average 3.33333 ev/trace min 2 max 4
+
+completed Supply_Office: 1 traces (0 MARKed) 2 events
+
+completed Producers: 3 traces (0 MARKed) 8 events
+ average 2.66667 ev/trace min 2 max 3
+
+completed Suppliers: 2 traces (0 MARKed) 20 events
+ average 10 ev/trace min 10 max 10
+
+Elapsed time 0.0007 sec, Speed: 74285.7 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.cpp
new file mode 100644
index 0000000..34305a6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.cpp
@@ -0,0 +1,1105 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Reuse_of_a_system trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_check_ID
+ , Event_creds_invalid
+ , Event_request_access
+ , Event_attempts_exhausted
+ , Event_cancel_access_request
+ , Event_creds_valid
+ , Event_access_granted
+ , Event_provide_ID
+ , Event_abandon_access_request
+ , Event_login_succeeds
+ , Event_work
+ , Event_cancel
+ , Event_login_fails
+ // composite events
+ , Event_request_ID
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_39_40
+ , Event_SIMPLE_LIST_47_48
+ , Event_SIMPLE_LIST_77_78
+ , Event_SIMPLE_LIST_95_96
+ // ADD operations
+ // ROOT events
+ , Event_Data_Base
+ , Event_Authentication_Service
+ , Event_Requester
+ , Event_User
+ // main schema event
+ , Event_Reuse_of_a_system };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "check_ID"
+ , "creds_invalid"
+ , "request_access"
+ , "attempts_exhausted"
+ , "cancel_access_request"
+ , "creds_valid"
+ , "access_granted"
+ , "provide_ID"
+ , "abandon_access_request"
+ , "login_succeeds"
+ , "work"
+ , "cancel"
+ , "login_fails"
+ , "request_ID"
+ , "SIMPLE_LIST_39_40"
+ , "SIMPLE_LIST_47_48"
+ , "SIMPLE_LIST_77_78"
+ , "SIMPLE_LIST_95_96"
+ , "Data_Base"
+ , "Authentication_Service"
+ , "Requester"
+ , "User"
+ , "Reuse_of_a_system" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_creds_invalid){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_24(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_attempts_exhausted){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_25(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_creds_invalid){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_30(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_attempts_exhausted){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 5 ----
+class SIMPLE_LIST_39_40_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_39_40_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_19(current_host, Root_table[Event_Authentication_Service])
+<= 3 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( ( special_function_24(current_host, Root_table[Event_Authentication_Service])
+== 1 )== ( special_function_25(current_host, Root_table[Event_Authentication_Service])
+== 3 ))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_30(current_host, Root_table[Event_Authentication_Service])
+> 0 )){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<" attempts exhausted!";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_39_40_ob class
+
+//---- 6 ----
+class SIMPLE_LIST_47_48_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_47_48_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Authentication_Service_source = Root_table[Event_Authentication_Service];
+ // lists of shared events for Authentication_Service
+ vector<int> Authentication_Service_check_ID_list;
+
+ int Data_Base_source = Root_table[Event_Data_Base];
+ // lists of shared events for Data_Base
+ vector<int> Data_Base_check_ID_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Authentication_Service_source ]){
+ if( Stack[i]->name == Event_check_ID ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Authentication_Service_check_ID_list.begin();
+ s != Authentication_Service_check_ID_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Authentication_Service_check_ID_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Data_Base_source ]){
+ if( Stack[i]->name == Event_check_ID ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Data_Base_check_ID_list.begin();
+ s != Data_Base_check_ID_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Data_Base_check_ID_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Data_Base_check_ID_list.size();
+ if(Authentication_Service_check_ID_list.size() != len_to_compare) throw
+failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Data_Base_check_ID_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Authentication_Service_check_ID_list[i], Data_Base_check_ID_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_47_48_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_77_78_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_77_78_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Requester_source = Root_table[Event_Requester];
+ // lists of shared events for Requester
+ vector<int> Requester_creds_valid_list;
+ vector<int> Requester_creds_invalid_list;
+ vector<int> Requester_attempts_exhausted_list;
+ vector<int> Requester_access_granted_list;
+
+ int Authentication_Service_source = Root_table[Event_Authentication_Service];
+ // lists of shared events for Authentication_Service
+ vector<int> Authentication_Service_creds_valid_list;
+ vector<int> Authentication_Service_creds_invalid_list;
+ vector<int> Authentication_Service_attempts_exhausted_list;
+ vector<int> Authentication_Service_access_granted_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Requester_source ]){
+ if( Stack[i]->name == Event_creds_valid ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Requester_creds_valid_list.begin();
+ s != Requester_creds_valid_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Requester_creds_valid_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_creds_invalid ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Requester_creds_invalid_list.begin();
+ s != Requester_creds_invalid_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Requester_creds_invalid_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_attempts_exhausted ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Requester_attempts_exhausted_list.begin();
+ s != Requester_attempts_exhausted_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Requester_attempts_exhausted_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_access_granted ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Requester_access_granted_list.begin();
+ s != Requester_access_granted_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Requester_access_granted_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Authentication_Service_source ]){
+ if( Stack[i]->name == Event_creds_valid ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Authentication_Service_creds_valid_list.begin();
+ s != Authentication_Service_creds_valid_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Authentication_Service_creds_valid_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_creds_invalid ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Authentication_Service_creds_invalid_list.begin();
+ s != Authentication_Service_creds_invalid_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Authentication_Service_creds_invalid_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_attempts_exhausted ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Authentication_Service_attempts_exhausted_list.begin();
+ s != Authentication_Service_attempts_exhausted_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Authentication_Service_attempts_exhausted_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_access_granted ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Authentication_Service_access_granted_list.begin();
+ s != Authentication_Service_access_granted_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Authentication_Service_access_granted_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Authentication_Service_creds_valid_list.size();
+ if(Requester_creds_valid_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Authentication_Service_creds_invalid_list.size();
+ if(Requester_creds_invalid_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Authentication_Service_attempts_exhausted_list.size();
+ if(Requester_attempts_exhausted_list.size() != len_to_compare) throw failed
+ ;
+ len_to_compare = Authentication_Service_access_granted_list.size();
+ if(Requester_access_granted_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Authentication_Service_creds_valid_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Requester_creds_valid_list[i], Authentication_Service_creds_valid_list[i]);
+ }
+ len_to_compare = Authentication_Service_creds_invalid_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Requester_creds_invalid_list[i], Authentication_Service_creds_invalid_list[i]);
+ }
+ len_to_compare = Authentication_Service_attempts_exhausted_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Requester_attempts_exhausted_list[i], Authentication_Service_attempts_exhausted_list[i]);
+ }
+ len_to_compare = Authentication_Service_access_granted_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Requester_access_granted_list[i], Authentication_Service_access_granted_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Requester_source = Root_table[Event_Requester]; // source of coordination
+
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Authentication_Service_source = Root_table[Event_Authentication_Service]
+; // source of coordination
+ int c_variable; // thread variable
+ vector<int> c_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Requester_source ]){
+ if( ( (Stack[i]->name == Event_request_access)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Authentication_Service_source ]){
+ if( ( (Stack[i]->name == Event_request_ID)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // preparing thread for c_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ c_variable = i;
+ if( c_variable_list.size() == thread_length){
+ a_variable = 0;
+ b_variable = 0; }
+ else{
+ a_variable = a_variable_list[c_variable_list.size()];
+ b_variable = b_variable_list[c_variable_list.size()];};
+ if(in_matrix[i * len + Requester_source ]){
+ if( ( (Stack[i]->name == Event_provide_ID)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = c_variable_list.begin(); s != c_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) c_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source c_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = c_variable_list.size();
+ if(thread_length != c_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ c_variable= c_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ // ADD operation
+ Follows.insert(pair<int, int>(c_variable,b_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_77_78_ob class
+
+//---- 8 ----
+class SIMPLE_LIST_95_96_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_95_96_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ map_relations( Root_table[Event_Requester] , Root_table[Event_User] );
+ create_matrices();// to check for axiom violation
+ // since relation tables were modified
+ { // COORDINATE operation
+ int thread_length = -1;
+ int ready_variable; // thread variable
+ vector<int> ready_variable_list; // list of coordinated events
+ int Requester_source = Root_table[Event_Requester]; // source of coordination
+
+ int go_variable; // thread variable
+ vector<int> go_variable_list; // list of coordinated events
+ int User_source = Root_table[Event_User]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for ready_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ ready_variable = i;
+ if( ready_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Requester_source ]){
+ if( ( (Stack[i]->name == Event_access_granted)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = ready_variable_list.begin(); s != ready_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) ready_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source ready_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = ready_variable_list.size();
+ if(thread_length != ready_variable_list.size()) throw failed;
+
+ // preparing thread for go_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ go_variable = i;
+ if( go_variable_list.size() == thread_length){
+ ready_variable = 0; }
+ else{
+ ready_variable = ready_variable_list[go_variable_list.size()];};
+ if(in_matrix[i * len + User_source ]){
+ if( ( (Stack[i]->name == Event_login_succeeds)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = go_variable_list.begin(); s != go_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) go_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source go_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = go_variable_list.size();
+ if(thread_length != go_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ ready_variable= ready_variable_list[i];
+ go_variable= go_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(go_variable,ready_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_95_96_ob class
+
+//---- 9 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_check_ID);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 10 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_creds_invalid);
+ element[ 1 ]= new Composite_secondary_producer(Event_request_ID);
+ }
+};// end class Sq_5_6
+
+//---- 11 ----
+class Itr_7_8 : public OR_node_producer_container {
+public: // constructor
+ Itr_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_5_6 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_7_8
+
+//---- 12 ----
+class Opt_9_10 : public OR_node_producer_container {
+public: // constructor
+ Opt_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_attempts_exhausted);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_9_10
+
+//---- 13 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_creds_invalid);
+ element[ 1 ]= new Opt_9_10 ;
+ element[ 2 ]= new Atomic_producer(Event_cancel_access_request);
+ }
+};// end class Sq_11_12
+
+//---- 14 ----
+class Sq_13_14 : public AND_node_producer_container {
+public: // constructor
+ Sq_13_14 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_creds_valid);
+ element[ 1 ]= new Atomic_producer(Event_access_granted);
+ }
+};// end class Sq_13_14
+
+//---- 15 ----
+class Alt_15_16 : public OR_node_producer_container {
+public: // constructor
+ Alt_15_16 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_11_12 ;
+ element[ 1 ]= new Sq_13_14 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_15_16
+
+//---- 16 ----
+class Sq_17_18 : public AND_node_producer_container {
+public: // constructor
+ Sq_17_18 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_request_ID);
+ element[ 1 ]= new Itr_7_8 ;
+ element[ 2 ]= new Alt_15_16 ;
+ }
+};// end class Sq_17_18
+
+//---- 17 ----
+class Sq_49_50 : public AND_node_producer_container {
+public: // constructor
+ Sq_49_50 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_creds_invalid);
+ element[ 1 ]= new Atomic_producer(Event_request_access);
+ element[ 2 ]= new Atomic_producer(Event_provide_ID);
+ }
+};// end class Sq_49_50
+
+//---- 18 ----
+class Itr_51_52 : public OR_node_producer_container {
+public: // constructor
+ Itr_51_52 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_49_50 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_51_52
+
+//---- 19 ----
+class Alt_53_54 : public OR_node_producer_container {
+public: // constructor
+ Alt_53_54 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_access_granted);
+ element[ 1 ]= new Atomic_producer(Event_abandon_access_request);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_53_54
+
+//---- 20 ----
+class Sq_55_56 : public AND_node_producer_container {
+public: // constructor
+ Sq_55_56 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_creds_valid);
+ element[ 1 ]= new Alt_53_54 ;
+ }
+};// end class Sq_55_56
+
+//---- 21 ----
+class Alt_57_58 : public OR_node_producer_container {
+public: // constructor
+ Alt_57_58 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_attempts_exhausted);
+ element[ 1 ]= new Atomic_producer(Event_abandon_access_request);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_57_58
+
+//---- 22 ----
+class Sq_59_60 : public AND_node_producer_container {
+public: // constructor
+ Sq_59_60 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_creds_invalid);
+ element[ 1 ]= new Alt_57_58 ;
+ }
+};// end class Sq_59_60
+
+//---- 23 ----
+class Alt_61_62 : public OR_node_producer_container {
+public: // constructor
+ Alt_61_62 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_55_56 ;
+ element[ 1 ]= new Sq_59_60 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_61_62
+
+//---- 24 ----
+class Sq_63_64 : public AND_node_producer_container {
+public: // constructor
+ Sq_63_64 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_request_access);
+ element[ 1 ]= new Atomic_producer(Event_provide_ID);
+ element[ 2 ]= new Itr_51_52 ;
+ element[ 3 ]= new Alt_61_62 ;
+ }
+};// end class Sq_63_64
+
+//---- 25 ----
+class Alt_79_80 : public OR_node_producer_container {
+public: // constructor
+ Alt_79_80 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_work);
+ element[ 1 ]= new Atomic_producer(Event_cancel);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_79_80
+
+//---- 26 ----
+class Sq_81_82 : public AND_node_producer_container {
+public: // constructor
+ Sq_81_82 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_login_succeeds);
+ element[ 1 ]= new Alt_79_80 ;
+ }
+};// end class Sq_81_82
+
+//---- 27 ----
+class Alt_83_84 : public OR_node_producer_container {
+public: // constructor
+ Alt_83_84 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_81_82 ;
+ element[ 1 ]= new Atomic_producer(Event_login_fails);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_83_84
+
+//---- 28 ----
+class Comp_43_44 : public Composite_producer {
+public: // constructor
+ Comp_43_44 (): Composite_producer(Event_request_ID){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_check_ID);
+ }
+};// end class Comp_43_44
+
+//---- 29 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Data_Base){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 30 ----
+class Comp_41_42 : public Composite_producer {
+public: // constructor
+ Comp_41_42 (): Composite_producer(Event_Authentication_Service){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_17_18 ;
+ element[ 1 ]= new SIMPLE_LIST_39_40_ob(Event_SIMPLE_LIST_39_40);
+ }
+};// end class Comp_41_42
+
+//---- 31 ----
+class Comp_65_66 : public Composite_producer {
+public: // constructor
+ Comp_65_66 (): Composite_producer(Event_Requester){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_63_64 ;
+ }
+};// end class Comp_65_66
+
+//---- 32 ----
+class Comp_85_86 : public Composite_producer {
+public: // constructor
+ Comp_85_86 (): Composite_producer(Event_User){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Alt_83_84 ;
+ }
+};// end class Comp_85_86
+
+//---- 33 ----
+class SCHEMA_Reuse_of_a_system: public Composite_producer {
+public: // constructor
+ SCHEMA_Reuse_of_a_system(): Composite_producer(Event_Reuse_of_a_system){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_Data_Base);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Authentication_Service);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_47_48_ob(Event_SIMPLE_LIST_47_48);
+ element[3]= new Composite_secondary_producer(Event_Requester);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_77_78_ob(Event_SIMPLE_LIST_77_78);
+ element[5]= new Composite_secondary_producer(Event_User);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_95_96_ob(Event_SIMPLE_LIST_95_96);
+ }
+};// end class SCHEMA_Reuse_of_a_system
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example20_MP_model__reuse.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_43_44 temp_34; temp_34.harvest();
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_35; temp_35.harvest();
+ Comp_41_42 temp_36; temp_36.harvest();
+ Comp_65_66 temp_37; temp_37.harvest();
+ Comp_85_86 temp_38; temp_38.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Reuse_of_a_system temp_39; temp_39.harvest();
+ temp_39.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Reuse_of_a_system"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.mp
new file mode 100644
index 0000000..c09d654
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.mp
@@ -0,0 +1,89 @@
+SCHEMA Reuse_of_a_system
+
+/* Example 20.
+ Authentication system's behavior for reuse with MAP operation.
+
+ run for scope 3 or more to see attempts_exhausted event
+ you may hide the Requestor node in the event trace graph,
+ since the User will copy all Requestor's behavior
+
+============== reused MP code starts here ==================*/
+ROOT Data_Base: (* check_ID *);
+
+ROOT Authentication_Service:
+ request_ID
+ (* creds_invalid request_ID *)
+
+ ( creds_invalid
+ [ attempts_exhausted ]
+ cancel_access_request |
+
+ creds_valid
+ access_granted )
+
+BUILD{ /*--- constraints for this root ---*/
+ ENSURE #creds_invalid <= 3; /* no more than 3 attempts to get access */
+ ENSURE #attempts_exhausted == 1 <-> #creds_invalid == 3;
+ IF #attempts_exhausted > 0 THEN SAY(" attempts exhausted!");FI; }
+;
+
+request_ID: check_ID;
+
+Authentication_Service, Data_Base SHARE ALL check_ID;
+
+ROOT Requester:
+ request_access
+ provide_ID
+ (* creds_invalid request_access provide_ID *)
+
+ ( creds_valid
+ ( access_granted | abandon_access_request) |
+
+ creds_invalid
+ ( attempts_exhausted | abandon_access_request ) )
+;
+
+Requester, Authentication_Service SHARE ALL
+ creds_valid, creds_invalid,
+ attempts_exhausted, access_granted;
+
+COORDINATE $a: request_access FROM Requester,
+ $b: request_ID FROM Authentication_Service,
+ $c: provide_ID FROM Requester
+ DO ADD $a PRECEDES $b;
+ ADD $b PRECEDES $c;
+ OD;
+/*================= end of reused MP code =======================*/
+
+
+/*===============================================================*/
+/* new system, which will reuse authentication system's behavior */
+/*---------------------------------------------------------------*/
+ROOT User:
+
+ ( login_succeeds
+ ( work |
+ /* User may change their mind and cancel login */
+ cancel ) |
+
+ login_fails )
+;
+
+
+/*================================================================*/
+/* the following adjustments of the new model and the reused one
+ are needed to integrate their behaviors.
+
+ reuse of authentication system's behavior:
+ mapping actions of the Requestor from Authentication_Service
+ on actions of the User.
+ User will copy/reuse all activities of Requestor
+------------------------------------------------------------------*/
+/* Requester's behavior is included into the behavior of User */
+ MAP Requester ON User;
+
+/* synchronizing particular events from the authentication
+ system's behavior with events in the new system */
+COORDINATE $ready: access_granted FROM Requester,
+ $go: login_succeeds FROM User
+ DO ADD $ready PRECEDES $go; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.temp.txt
new file mode 100644
index 0000000..c1967c9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example20_MP_model__reuse tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.txt
new file mode 100644
index 0000000..093c206
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example20_MP_model__reuse.txt
@@ -0,0 +1,20 @@
+generating traces for scope 1
+completed request_ID: 1 traces (0 MARKed) 2 events
+
+completed Data_Base: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Authentication_Service: 4 traces (0 MARKed) 26 events
+ average 6.5 ev/trace min 5 max 8
+
+completed Requester: 8 traces (0 MARKed) 52 events
+ average 6.5 ev/trace min 5 max 8
+
+completed User: 3 traces (0 MARKed) 8 events
+ average 2.66667 ev/trace min 2 max 3
+
+completed Reuse_of_a_system: 3 traces (0 MARKed) 47 events
+ average 15.6667 ev/trace min 15 max 16
+
+Elapsed time 0.003091 sec, Speed: 44645.7 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.cpp
new file mode 100644
index 0000000..3abe3af
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.cpp
@@ -0,0 +1,1536 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA compiler1 trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_get_characters
+ , Event_unget_some_characters
+ , Event_match_string
+ , Event_largest_successful_match
+ , Event_put_token
+ , Event_get_token
+ , Event_Push
+ , Event_Pop
+ , Event_Put_node
+ , Event_Parsing_complete
+ , Event_Report_syntax_error
+ // composite events
+ , Event_RegExpr_match
+ , Event_Token_recognition
+ , Event_Shift
+ , Event_Reduce
+ , Event_Shift_Reduce
+ , Event_Stack
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_24_25
+ , Event_SIMPLE_LIST_34_35
+ , Event_SIMPLE_LIST_48_49
+ , Event_SIMPLE_LIST_54_55
+ , Event_SIMPLE_LIST_92_93
+ , Event_SIMPLE_LIST_104_105
+ , Event_SIMPLE_LIST_110_111
+ // ADD operations
+ // ROOT events
+ , Event_Source_code
+ , Event_Lexer
+ , Event_Token_list
+ , Event_Parser
+ // main schema event
+ , Event_compiler1 };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "get_characters"
+ , "unget_some_characters"
+ , "match_string"
+ , "largest_successful_match"
+ , "put_token"
+ , "get_token"
+ , "Push"
+ , "Pop"
+ , "Put_node"
+ , "Parsing_complete"
+ , "Report_syntax_error"
+ , "RegExpr_match"
+ , "Token_recognition"
+ , "Shift"
+ , "Reduce"
+ , "Shift_Reduce"
+ , "Stack"
+ , "SIMPLE_LIST_24_25"
+ , "SIMPLE_LIST_34_35"
+ , "SIMPLE_LIST_48_49"
+ , "SIMPLE_LIST_54_55"
+ , "SIMPLE_LIST_92_93"
+ , "SIMPLE_LIST_104_105"
+ , "SIMPLE_LIST_110_111"
+ , "Source_code"
+ , "Lexer"
+ , "Token_list"
+ , "Parser"
+ , "compiler1" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_largest_successful_match){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_42(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_put_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_43(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_get_token){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_84(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Pop){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_85(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Push){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+bool Quantified_expr_86_87(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int x_variable;
+ int pivot_x_variable = 0;
+
+ // loop 1 for x_variable
+ for( x_variable = 0; x_variable < len; x_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ x_variable * len + pivot_x_variable
+]) &&
+ (
+ (Stack[x_variable]-> name == Event_Pop) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_84(current_host, x_variable ) < special_function_85(current_host,
+x_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 7 ----
+class SIMPLE_LIST_24_25_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_24_25_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_19(current_host, Root_table[Event_Token_recognition])
+== 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_24_25_ob class
+
+//---- 8 ----
+class SIMPLE_LIST_34_35_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_34_35_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Source_code_source = Root_table[Event_Source_code];
+ // lists of shared events for Source_code
+ vector<int> Source_code_get_characters_list;
+ vector<int> Source_code_unget_some_characters_list;
+
+ int Lexer_source = Root_table[Event_Lexer];
+ // lists of shared events for Lexer
+ vector<int> Lexer_get_characters_list;
+ vector<int> Lexer_unget_some_characters_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Source_code_source ]){
+ if( Stack[i]->name == Event_get_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Source_code_get_characters_list.begin();
+ s != Source_code_get_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Source_code_get_characters_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_unget_some_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Source_code_unget_some_characters_list.begin();
+ s != Source_code_unget_some_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Source_code_unget_some_characters_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Lexer_source ]){
+ if( Stack[i]->name == Event_get_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Lexer_get_characters_list.begin();
+ s != Lexer_get_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Lexer_get_characters_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_unget_some_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Lexer_unget_some_characters_list.begin();
+ s != Lexer_unget_some_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Lexer_unget_some_characters_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Lexer_get_characters_list.size();
+ if(Source_code_get_characters_list.size() != len_to_compare) throw failed ;
+
+ len_to_compare = Lexer_unget_some_characters_list.size();
+ if(Source_code_unget_some_characters_list.size() != len_to_compare) throw
+failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Lexer_get_characters_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Source_code_get_characters_list[i], Lexer_get_characters_list[i]);
+ }
+ len_to_compare = Lexer_unget_some_characters_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Source_code_unget_some_characters_list[i], Lexer_unget_some_characters_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_34_35_ob class
+
+//---- 9 ----
+class SIMPLE_LIST_48_49_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_48_49_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_42(current_host, Root_table[Event_Token_list])>= special_function_43(current_host, Root_table[Event_Token_list]))
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_48_49_ob class
+
+//---- 10 ----
+class SIMPLE_LIST_54_55_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_54_55_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Token_list_source = Root_table[Event_Token_list];
+ // lists of shared events for Token_list
+ vector<int> Token_list_put_token_list;
+
+ int Lexer_source = Root_table[Event_Lexer];
+ // lists of shared events for Lexer
+ vector<int> Lexer_put_token_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Token_list_source ]){
+ if( Stack[i]->name == Event_put_token ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Token_list_put_token_list.begin();
+ s != Token_list_put_token_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Token_list_put_token_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Lexer_source ]){
+ if( Stack[i]->name == Event_put_token ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Lexer_put_token_list.begin();
+ s != Lexer_put_token_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Lexer_put_token_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Lexer_put_token_list.size();
+ if(Token_list_put_token_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Lexer_put_token_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Token_list_put_token_list[i], Lexer_put_token_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_54_55_ob class
+
+//---- 11 ----
+class SIMPLE_LIST_92_93_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_92_93_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_86_87(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_92_93_ob class
+
+//---- 12 ----
+class SIMPLE_LIST_104_105_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_104_105_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s1_variable; // thread variable
+ vector<int> s1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int s2_variable; // thread variable
+ vector<int> s2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s1_variable = i;
+ if( s1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Shift_Reduce)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_list.begin(); s != s1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s1_variable_list.size();
+ if(thread_length != s1_variable_list.size()) throw failed;
+
+ // preparing thread for s2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s2_variable = i;
+ if( s2_variable_list.size() == thread_length){
+ s1_variable = 0; }
+ else{
+ s1_variable = s1_variable_list[s2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Stack)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s2_variable_list.begin(); s != s2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s2_variable_list.size();
+ if(thread_length != s2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s1_variable= s1_variable_list[i];
+ s2_variable= s2_variable_list[i];
+
+ { // SHARE ALL operation
+ create_matrices();
+ // lists of shared events for s1_variable
+ vector<int> s1_variable_Pop_list;
+ vector<int> s1_variable_Push_list;
+ // lists of shared events for s2_variable
+ vector<int> s2_variable_Pop_list;
+ vector<int> s2_variable_Push_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + s1_variable ]){
+ if( Stack[i]->name == Event_Pop ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_Pop_list.begin();
+ s != s1_variable_Pop_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_Pop_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Push ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_Push_list.begin();
+ s != s1_variable_Push_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_Push_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + s2_variable ]){
+ if( Stack[i]->name == Event_Pop ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s2_variable_Pop_list.begin();
+ s != s2_variable_Pop_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s2_variable_Pop_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Push ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s2_variable_Push_list.begin();
+ s != s2_variable_Push_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s2_variable_Push_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = s2_variable_Pop_list.size();
+ if(s1_variable_Pop_list.size() != len_to_compare) throw failed ;
+ len_to_compare = s2_variable_Push_list.size();
+ if(s1_variable_Push_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = s2_variable_Pop_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(s1_variable_Pop_list[i], s2_variable_Pop_list[i]);
+ }
+ len_to_compare = s2_variable_Push_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(s1_variable_Push_list[i], s2_variable_Push_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_104_105_ob class
+
+//---- 13 ----
+class SIMPLE_LIST_110_111_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_110_111_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Token_list_source = Root_table[Event_Token_list];
+ // lists of shared events for Token_list
+ vector<int> Token_list_get_token_list;
+
+ int Parser_source = Root_table[Event_Parser];
+ // lists of shared events for Parser
+ vector<int> Parser_get_token_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Token_list_source ]){
+ if( Stack[i]->name == Event_get_token ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Token_list_get_token_list.begin();
+ s != Token_list_get_token_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Token_list_get_token_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Parser_source ]){
+ if( Stack[i]->name == Event_get_token ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Parser_get_token_list.begin();
+ s != Parser_get_token_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Parser_get_token_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Parser_get_token_list.size();
+ if(Token_list_get_token_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Parser_get_token_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Token_list_get_token_list[i], Parser_get_token_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_110_111_ob class
+
+//---- 14 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_largest_successful_match);
+ element[ 1 ]= new Atomic_producer(Event_put_token);
+ }
+};// end class Sq_7_8
+
+//---- 15 ----
+class Opt_9_10 : public OR_node_producer_container {
+public: // constructor
+ Opt_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_9_10
+
+//---- 16 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_match_string);
+ element[ 1 ]= new Opt_9_10 ;
+ }
+};// end class Sq_11_12
+
+//---- 17 ----
+class Ct_112_113 : public SET_node_producer_container {
+public: // constructor
+ Ct_112_113 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ element[ 1 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ }
+};// end class Ct_112_113
+
+//---- 18 ----
+class Ct_114_115 : public SET_node_producer_container {
+public: // constructor
+ Ct_114_115 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ element[ 1 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ element[ 2 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ }
+};// end class Ct_114_115
+
+//---- 19 ----
+class SetItp_15_16 : public OR_node_producer_container {
+public: // constructor
+ SetItp_15_16 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ element[ 1 ]= new Ct_112_113 ;
+ element[ 2 ]= new Ct_114_115 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class SetItp_15_16
+
+//---- 20 ----
+class Sq_17_18 : public AND_node_producer_container {
+public: // constructor
+ Sq_17_18 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_get_characters);
+ element[ 1 ]= new SetItp_15_16 ;
+ element[ 2 ]= new Atomic_producer(Event_unget_some_characters);
+ }
+};// end class Sq_17_18
+
+//---- 21 ----
+class Sq_56_57 : public AND_node_producer_container {
+public: // constructor
+ Sq_56_57 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Push);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Sq_56_57
+
+//---- 22 ----
+class Ct_116_117 : public AND_node_producer_container {
+public: // constructor
+ Ct_116_117 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Pop);
+ element[ 1 ]= new Atomic_producer(Event_Pop);
+ }
+};// end class Ct_116_117
+
+//---- 23 ----
+class Itp_60_61 : public OR_node_producer_container {
+public: // constructor
+ Itp_60_61 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Pop);
+ element[ 1 ]= new Ct_116_117 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itp_60_61
+
+//---- 24 ----
+class Sq_62_63 : public AND_node_producer_container {
+public: // constructor
+ Sq_62_63 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itp_60_61 ;
+ element[ 1 ]= new Atomic_producer(Event_Push);
+ }
+};// end class Sq_62_63
+
+//---- 25 ----
+class Sq_66_67 : public AND_node_producer_container {
+public: // constructor
+ Sq_66_67 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Reduce);
+ element[ 1 ]= new Atomic_producer(Event_Put_node);
+ }
+};// end class Sq_66_67
+
+//---- 26 ----
+class Alt_68_69 : public OR_node_producer_container {
+public: // constructor
+ Alt_68_69 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Shift);
+ element[ 1 ]= new Sq_66_67 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_68_69
+
+//---- 27 ----
+class Ct_118_119 : public AND_node_producer_container {
+public: // constructor
+ Ct_118_119 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_68_69 ;
+ element[ 1 ]= new Alt_68_69 ;
+ }
+};// end class Ct_118_119
+
+//---- 28 ----
+class Ct_120_121 : public AND_node_producer_container {
+public: // constructor
+ Ct_120_121 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_68_69 ;
+ element[ 1 ]= new Alt_68_69 ;
+ element[ 2 ]= new Alt_68_69 ;
+ }
+};// end class Ct_120_121
+
+//---- 29 ----
+class Itp_70_71 : public OR_node_producer_container {
+public: // constructor
+ Itp_70_71 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_68_69 ;
+ element[ 1 ]= new Ct_118_119 ;
+ element[ 2 ]= new Ct_120_121 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_70_71
+
+//---- 30 ----
+class Sq_72_73 : public AND_node_producer_container {
+public: // constructor
+ Sq_72_73 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Reduce);
+ element[ 1 ]= new Atomic_producer(Event_Put_node);
+ element[ 2 ]= new Atomic_producer(Event_Parsing_complete);
+ }
+};// end class Sq_72_73
+
+//---- 31 ----
+class Alt_74_75 : public OR_node_producer_container {
+public: // constructor
+ Alt_74_75 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_72_73 ;
+ element[ 1 ]= new Atomic_producer(Event_Report_syntax_error);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_74_75
+
+//---- 32 ----
+class Sq_76_77 : public AND_node_producer_container {
+public: // constructor
+ Sq_76_77 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Push);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ element[ 2 ]= new Itp_70_71 ;
+ element[ 3 ]= new Alt_74_75 ;
+ }
+};// end class Sq_76_77
+
+//---- 33 ----
+class Alt_80_81 : public OR_node_producer_container {
+public: // constructor
+ Alt_80_81 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Push);
+ element[ 1 ]= new Atomic_producer(Event_Pop);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_80_81
+
+//---- 34 ----
+class Ct_122_123 : public AND_node_producer_container {
+public: // constructor
+ Ct_122_123 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ }
+};// end class Ct_122_123
+
+//---- 35 ----
+class Ct_124_125 : public AND_node_producer_container {
+public: // constructor
+ Ct_124_125 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ }
+};// end class Ct_124_125
+
+//---- 36 ----
+class Ct_126_127 : public AND_node_producer_container {
+public: // constructor
+ Ct_126_127 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ element[ 3 ]= new Alt_80_81 ;
+ }
+};// end class Ct_126_127
+
+//---- 37 ----
+class Ct_128_129 : public AND_node_producer_container {
+public: // constructor
+ Ct_128_129 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ element[ 3 ]= new Alt_80_81 ;
+ element[ 4 ]= new Alt_80_81 ;
+ }
+};// end class Ct_128_129
+
+//---- 38 ----
+class Ct_130_131 : public AND_node_producer_container {
+public: // constructor
+ Ct_130_131 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 6 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ element[ 3 ]= new Alt_80_81 ;
+ element[ 4 ]= new Alt_80_81 ;
+ element[ 5 ]= new Alt_80_81 ;
+ }
+};// end class Ct_130_131
+
+//---- 39 ----
+class Ct_132_133 : public AND_node_producer_container {
+public: // constructor
+ Ct_132_133 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ element[ 3 ]= new Alt_80_81 ;
+ element[ 4 ]= new Alt_80_81 ;
+ element[ 5 ]= new Alt_80_81 ;
+ element[ 6 ]= new Alt_80_81 ;
+ }
+};// end class Ct_132_133
+
+//---- 40 ----
+class Ct_134_135 : public AND_node_producer_container {
+public: // constructor
+ Ct_134_135 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 8 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ element[ 3 ]= new Alt_80_81 ;
+ element[ 4 ]= new Alt_80_81 ;
+ element[ 5 ]= new Alt_80_81 ;
+ element[ 6 ]= new Alt_80_81 ;
+ element[ 7 ]= new Alt_80_81 ;
+ }
+};// end class Ct_134_135
+
+//---- 41 ----
+class Ct_136_137 : public AND_node_producer_container {
+public: // constructor
+ Ct_136_137 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 9 ];
+ element[ 0 ]= new Alt_80_81 ;
+ element[ 1 ]= new Alt_80_81 ;
+ element[ 2 ]= new Alt_80_81 ;
+ element[ 3 ]= new Alt_80_81 ;
+ element[ 4 ]= new Alt_80_81 ;
+ element[ 5 ]= new Alt_80_81 ;
+ element[ 6 ]= new Alt_80_81 ;
+ element[ 7 ]= new Alt_80_81 ;
+ element[ 8 ]= new Alt_80_81 ;
+ }
+};// end class Ct_136_137
+
+//---- 42 ----
+class Itr_82_83 : public OR_node_producer_container {
+public: // constructor
+ Itr_82_83 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 8 ];
+ element[ 0 ]= new Ct_122_123 ;
+ element[ 1 ]= new Ct_124_125 ;
+ element[ 2 ]= new Ct_126_127 ;
+ element[ 3 ]= new Ct_128_129 ;
+ element[ 4 ]= new Ct_130_131 ;
+ element[ 5 ]= new Ct_132_133 ;
+ element[ 6 ]= new Ct_134_135 ;
+ element[ 7 ]= new Ct_136_137 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 1.250000E-01;
+ alternative_probability[ 1 ]= 1.250000E-01;
+ alternative_probability[ 2 ]= 1.250000E-01;
+ alternative_probability[ 3 ]= 1.250000E-01;
+ alternative_probability[ 4 ]= 1.250000E-01;
+ alternative_probability[ 5 ]= 1.250000E-01;
+ alternative_probability[ 6 ]= 1.250000E-01;
+ alternative_probability[ 7 ]= 1.250000E-01;
+ }
+};// end class Itr_82_83
+
+//---- 43 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_characters);
+ element[ 1 ]= new Atomic_producer(Event_unget_some_characters);
+ }
+};// end class Sq_1_2
+
+//---- 44 ----
+class Ct_138_139 : public AND_node_producer_container {
+public: // constructor
+ Ct_138_139 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_1_2 ;
+ element[ 1 ]= new Sq_1_2 ;
+ }
+};// end class Ct_138_139
+
+//---- 45 ----
+class Ct_140_141 : public AND_node_producer_container {
+public: // constructor
+ Ct_140_141 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_1_2 ;
+ element[ 1 ]= new Sq_1_2 ;
+ element[ 2 ]= new Sq_1_2 ;
+ }
+};// end class Ct_140_141
+
+//---- 46 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_1_2 ;
+ element[ 2 ]= new Ct_138_139 ;
+ element[ 3 ]= new Ct_140_141 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 47 ----
+class Ct_142_143 : public AND_node_producer_container {
+public: // constructor
+ Ct_142_143 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Token_recognition);
+ element[ 1 ]= new Composite_secondary_producer(Event_Token_recognition);
+ }
+};// end class Ct_142_143
+
+//---- 48 ----
+class Ct_144_145 : public AND_node_producer_container {
+public: // constructor
+ Ct_144_145 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Token_recognition);
+ element[ 1 ]= new Composite_secondary_producer(Event_Token_recognition);
+ element[ 2 ]= new Composite_secondary_producer(Event_Token_recognition);
+ }
+};// end class Ct_144_145
+
+//---- 49 ----
+class Itp_28_29 : public OR_node_producer_container {
+public: // constructor
+ Itp_28_29 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Token_recognition);
+ element[ 1 ]= new Ct_142_143 ;
+ element[ 2 ]= new Ct_144_145 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_28_29
+
+//---- 50 ----
+class Ct_146_147 : public AND_node_producer_container {
+public: // constructor
+ Ct_146_147 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_put_token);
+ element[ 1 ]= new Atomic_producer(Event_put_token);
+ }
+};// end class Ct_146_147
+
+//---- 51 ----
+class Ct_148_149 : public AND_node_producer_container {
+public: // constructor
+ Ct_148_149 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_put_token);
+ element[ 1 ]= new Atomic_producer(Event_put_token);
+ element[ 2 ]= new Atomic_producer(Event_put_token);
+ }
+};// end class Ct_148_149
+
+//---- 52 ----
+class Itp_36_37 : public OR_node_producer_container {
+public: // constructor
+ Itp_36_37 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_put_token);
+ element[ 1 ]= new Ct_146_147 ;
+ element[ 2 ]= new Ct_148_149 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_36_37
+
+//---- 53 ----
+class Ct_150_151 : public AND_node_producer_container {
+public: // constructor
+ Ct_150_151 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Ct_150_151
+
+//---- 54 ----
+class Ct_152_153 : public AND_node_producer_container {
+public: // constructor
+ Ct_152_153 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ element[ 2 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Ct_152_153
+
+//---- 55 ----
+class Itp_38_39 : public OR_node_producer_container {
+public: // constructor
+ Itp_38_39 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_get_token);
+ element[ 1 ]= new Ct_150_151 ;
+ element[ 2 ]= new Ct_152_153 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_38_39
+
+//---- 56 ----
+class Sq_40_41 : public AND_node_producer_container {
+public: // constructor
+ Sq_40_41 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itp_36_37 ;
+ element[ 1 ]= new Itp_38_39 ;
+ }
+};// end class Sq_40_41
+
+//---- 57 ----
+class Set_96_97 : public SET_node_producer_container {
+public: // constructor
+ Set_96_97 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Shift_Reduce);
+ element[ 1 ]= new Composite_secondary_producer(Event_Stack);
+ }
+};// end class Set_96_97
+
+//---- 58 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_RegExpr_match){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 59 ----
+class Comp_26_27 : public Composite_producer {
+public: // constructor
+ Comp_26_27 (): Composite_producer(Event_Token_recognition){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_17_18 ;
+ element[ 1 ]= new SIMPLE_LIST_24_25_ob(Event_SIMPLE_LIST_24_25);
+ }
+};// end class Comp_26_27
+
+//---- 60 ----
+class Comp_58_59 : public Composite_producer {
+public: // constructor
+ Comp_58_59 (): Composite_producer(Event_Shift){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_56_57 ;
+ }
+};// end class Comp_58_59
+
+//---- 61 ----
+class Comp_64_65 : public Composite_producer {
+public: // constructor
+ Comp_64_65 (): Composite_producer(Event_Reduce){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_62_63 ;
+ }
+};// end class Comp_64_65
+
+//---- 62 ----
+class Comp_78_79 : public Composite_producer {
+public: // constructor
+ Comp_78_79 (): Composite_producer(Event_Shift_Reduce){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_76_77 ;
+ }
+};// end class Comp_78_79
+
+//---- 63 ----
+class Comp_94_95 : public Composite_producer {
+public: // constructor
+ Comp_94_95 (): Composite_producer(Event_Stack){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_82_83 ;
+ element[ 1 ]= new SIMPLE_LIST_92_93_ob(Event_SIMPLE_LIST_92_93);
+ }
+};// end class Comp_94_95
+
+//---- 64 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Source_code){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 65 ----
+class Comp_30_31 : public Composite_producer {
+public: // constructor
+ Comp_30_31 (): Composite_producer(Event_Lexer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itp_28_29 ;
+ }
+};// end class Comp_30_31
+
+//---- 66 ----
+class Comp_50_51 : public Composite_producer {
+public: // constructor
+ Comp_50_51 (): Composite_producer(Event_Token_list){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_40_41 ;
+ element[ 1 ]= new SIMPLE_LIST_48_49_ob(Event_SIMPLE_LIST_48_49);
+ }
+};// end class Comp_50_51
+
+//---- 67 ----
+class Comp_106_107 : public Composite_producer {
+public: // constructor
+ Comp_106_107 (): Composite_producer(Event_Parser){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Set_96_97 ;
+ element[ 1 ]= new SIMPLE_LIST_104_105_ob(Event_SIMPLE_LIST_104_105);
+ }
+};// end class Comp_106_107
+
+//---- 68 ----
+class SCHEMA_compiler1: public Composite_producer {
+public: // constructor
+ SCHEMA_compiler1(): Composite_producer(Event_compiler1){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_Source_code);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Lexer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_34_35_ob(Event_SIMPLE_LIST_34_35);
+ element[3]= new Composite_secondary_producer(Event_Token_list);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_54_55_ob(Event_SIMPLE_LIST_54_55);
+ element[5]= new Composite_secondary_producer(Event_Parser);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_110_111_ob(Event_SIMPLE_LIST_110_111);
+ }
+};// end class SCHEMA_compiler1
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example21_compiler1.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_13_14 temp_69; temp_69.harvest();
+ Comp_26_27 temp_70; temp_70.harvest();
+ Comp_58_59 temp_71; temp_71.harvest();
+ Comp_64_65 temp_72; temp_72.harvest();
+ Comp_78_79 temp_73; temp_73.harvest();
+ Comp_94_95 temp_74; temp_74.harvest();
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_75; temp_75.harvest();
+ Comp_30_31 temp_76; temp_76.harvest();
+ Comp_50_51 temp_77; temp_77.harvest();
+ Comp_106_107 temp_78; temp_78.harvest();
+ // harvesting traces for main schema
+ SCHEMA_compiler1 temp_79; temp_79.harvest();
+ temp_79.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"compiler1"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.mp
new file mode 100644
index 0000000..371f385
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.mp
@@ -0,0 +1,86 @@
+/* Example 21
+ Compiler front end,
+ bottom-up parser
+ Lexer and parser in batch mode
+
+run for
+scope 1, 2 traces, less than 1 sec.
+scope 2, 147 traces, approx. time 0.87 sec.
+scope 3, 11988 traces, approx. time 148 sec.
+====================================================*/
+
+SCHEMA compiler1
+
+ROOT Source_code: (* get_characters
+ unget_some_characters *)
+;
+
+/*----------- lexical analysis ----------------*/
+RegExpr_match: match_string
+ [ largest_successful_match
+ put_token ]
+;
+
+Token_recognition:
+ get_characters
+ {+ RegExpr_match +}
+ unget_some_characters
+BUILD{
+ /* only one RegExpr_match succeeds */
+ ENSURE #largest_successful_match == 1;
+};
+
+ROOT Lexer:
+ (+ Token_recognition +)
+;
+
+Source_code, Lexer SHARE ALL get_characters, unget_some_characters;
+
+/*--------- intermediate token list ----------*/
+ROOT Token_list:
+ (+ put_token +) (+ get_token +)
+BUILD{
+ ENSURE #put_token >= #get_token;
+};
+
+Token_list, Lexer SHARE ALL put_token;
+
+/* ----- bottom-up parsing -------------------*/
+Shift: Push
+ get_token
+;
+
+Reduce: (+<1..2> Pop +)
+/* to tame the combinatorial explosion for nested iterations */
+ Push
+;
+
+Shift_Reduce:
+ Push /* push the start non-terminal symbol */
+ get_token
+ (+ ( Shift |
+ Reduce Put_node )
+ +)
+
+ ( Reduce
+ Put_node
+ Parsing_complete |
+
+ Report_syntax_error )
+;
+
+Stack: (*<2 .. 2 * $$scope + 3 > (Push | Pop) *)
+ /* extended iteration to provide
+ sufficient numbers of Pop and Push events */
+BUILD{ ENSURE FOREACH $x: Pop
+ #Pop BEFORE $x < #Push BEFORE $x;
+};
+
+ROOT Parser: {Shift_Reduce, Stack}
+BUILD{ COORDINATE $s1: Shift_Reduce,
+ $s2: Stack
+ DO $s1, $s2 SHARE ALL Pop, Push; OD;
+};
+
+/*------ lexer and parser in the batch mode -------*/
+Token_list, Parser SHARE ALL get_token;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.temp.txt
new file mode 100644
index 0000000..54340ff
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example21_compiler1 tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.txt
new file mode 100644
index 0000000..3c2abf1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example21_compiler1.txt
@@ -0,0 +1,35 @@
+generating traces for scope 3
+completed RegExpr_match: 2 traces (0 MARKed) 6 events
+ average 3 ev/trace min 2 max 4
+
+completed Token_recognition: 6 traces (0 MARKed) 58 events
+ average 9.66667 ev/trace min 7 max 11
+
+completed Shift: 1 traces (0 MARKed) 3 events
+
+completed Reduce: 2 traces (0 MARKed) 7 events
+ average 3.5 ev/trace min 3 max 4
+
+completed Shift_Reduce: 117 traces (0 MARKed) 2043 events
+ average 17.4615 ev/trace min 7 max 24
+
+completed Stack: 272 traces (0 MARKed) 2418 events
+ average 8.88971 ev/trace min 3 max 10
+
+completed Source_code: 4 traces (0 MARKed) 16 events
+ average 4 ev/trace min 1 max 7
+
+completed Lexer: 258 traces (0 MARKed) 7276 events
+ average 28.2016 ev/trace min 8 max 34
+
+completed Token_list: 6 traces (0 MARKed) 30 events
+ average 5 ev/trace min 3 max 7
+
+completed Parser: 53 traces (0 MARKed) 1297 events
+ average 24.4717 ev/trace min 11 max 31
+
+completed compiler1: 11988 traces (0 MARKed) 807636 events
+ average 67.3704 ev/trace min 28 max 80
+
+Elapsed time 386.985 sec, Speed: 2120.98 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.cpp
new file mode 100644
index 0000000..1e5a0d8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.cpp
@@ -0,0 +1,1109 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA compiler2 trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_get_characters
+ , Event_unget_some_characters
+ , Event_match_string
+ , Event_largest_successful_match
+ , Event_put_token
+ , Event_Push
+ , Event_get_token
+ , Event_Pop
+ , Event_Put_node
+ , Event_Parsing_complete
+ , Event_Report_syntax_error
+ // composite events
+ , Event_RegExpr_match
+ , Event_Token_recognition
+ , Event_Shift
+ , Event_Reduce
+ , Event_Shift_Reduce
+ , Event_Stack
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_24_25
+ , Event_SIMPLE_LIST_34_35
+ , Event_SIMPLE_LIST_72_73
+ , Event_SIMPLE_LIST_84_85
+ , Event_SIMPLE_LIST_94_95
+ // ADD operations
+ // ROOT events
+ , Event_Source_code
+ , Event_Lexer
+ , Event_Parser
+ // main schema event
+ , Event_compiler2 };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "get_characters"
+ , "unget_some_characters"
+ , "match_string"
+ , "largest_successful_match"
+ , "put_token"
+ , "Push"
+ , "get_token"
+ , "Pop"
+ , "Put_node"
+ , "Parsing_complete"
+ , "Report_syntax_error"
+ , "RegExpr_match"
+ , "Token_recognition"
+ , "Shift"
+ , "Reduce"
+ , "Shift_Reduce"
+ , "Stack"
+ , "SIMPLE_LIST_24_25"
+ , "SIMPLE_LIST_34_35"
+ , "SIMPLE_LIST_72_73"
+ , "SIMPLE_LIST_84_85"
+ , "SIMPLE_LIST_94_95"
+ , "Source_code"
+ , "Lexer"
+ , "Parser"
+ , "compiler2" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_largest_successful_match){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_64(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Pop){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_65(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Push){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+bool Quantified_expr_66_67(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int x_variable;
+ int pivot_x_variable = 0;
+
+ // loop 1 for x_variable
+ for( x_variable = 0; x_variable < len; x_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ x_variable * len + pivot_x_variable
+]) &&
+ (
+ (Stack[x_variable]-> name == Event_Pop) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_64(current_host, x_variable ) < special_function_65(current_host,
+x_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 5 ----
+class SIMPLE_LIST_24_25_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_24_25_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_19(current_host, Root_table[Event_Token_recognition])
+== 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_24_25_ob class
+
+//---- 6 ----
+class SIMPLE_LIST_34_35_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_34_35_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Source_code_source = Root_table[Event_Source_code];
+ // lists of shared events for Source_code
+ vector<int> Source_code_get_characters_list;
+ vector<int> Source_code_unget_some_characters_list;
+
+ int Lexer_source = Root_table[Event_Lexer];
+ // lists of shared events for Lexer
+ vector<int> Lexer_get_characters_list;
+ vector<int> Lexer_unget_some_characters_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Source_code_source ]){
+ if( Stack[i]->name == Event_get_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Source_code_get_characters_list.begin();
+ s != Source_code_get_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Source_code_get_characters_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_unget_some_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Source_code_unget_some_characters_list.begin();
+ s != Source_code_unget_some_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Source_code_unget_some_characters_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Lexer_source ]){
+ if( Stack[i]->name == Event_get_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Lexer_get_characters_list.begin();
+ s != Lexer_get_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Lexer_get_characters_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_unget_some_characters ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Lexer_unget_some_characters_list.begin();
+ s != Lexer_unget_some_characters_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Lexer_unget_some_characters_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Lexer_get_characters_list.size();
+ if(Source_code_get_characters_list.size() != len_to_compare) throw failed ;
+
+ len_to_compare = Lexer_unget_some_characters_list.size();
+ if(Source_code_unget_some_characters_list.size() != len_to_compare) throw
+failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Lexer_get_characters_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Source_code_get_characters_list[i], Lexer_get_characters_list[i]);
+ }
+ len_to_compare = Lexer_unget_some_characters_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Source_code_unget_some_characters_list[i], Lexer_unget_some_characters_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_34_35_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_72_73_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_72_73_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_66_67(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_72_73_ob class
+
+//---- 8 ----
+class SIMPLE_LIST_84_85_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_84_85_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s1_variable; // thread variable
+ vector<int> s1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int s2_variable; // thread variable
+ vector<int> s2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for s1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s1_variable = i;
+ if( s1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Shift_Reduce)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_list.begin(); s != s1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s1_variable_list.size();
+ if(thread_length != s1_variable_list.size()) throw failed;
+
+ // preparing thread for s2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s2_variable = i;
+ if( s2_variable_list.size() == thread_length){
+ s1_variable = 0; }
+ else{
+ s1_variable = s1_variable_list[s2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Stack)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s2_variable_list.begin(); s != s2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s2_variable_list.size();
+ if(thread_length != s2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s1_variable= s1_variable_list[i];
+ s2_variable= s2_variable_list[i];
+
+ { // SHARE ALL operation
+ create_matrices();
+ // lists of shared events for s1_variable
+ vector<int> s1_variable_Pop_list;
+ vector<int> s1_variable_Push_list;
+ // lists of shared events for s2_variable
+ vector<int> s2_variable_Pop_list;
+ vector<int> s2_variable_Push_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + s1_variable ]){
+ if( Stack[i]->name == Event_Pop ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_Pop_list.begin();
+ s != s1_variable_Pop_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_Pop_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Push ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s1_variable_Push_list.begin();
+ s != s1_variable_Push_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s1_variable_Push_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + s2_variable ]){
+ if( Stack[i]->name == Event_Pop ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s2_variable_Pop_list.begin();
+ s != s2_variable_Pop_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s2_variable_Pop_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_Push ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s2_variable_Push_list.begin();
+ s != s2_variable_Push_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s2_variable_Push_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = s2_variable_Pop_list.size();
+ if(s1_variable_Pop_list.size() != len_to_compare) throw failed ;
+ len_to_compare = s2_variable_Push_list.size();
+ if(s1_variable_Push_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = s2_variable_Pop_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(s1_variable_Pop_list[i], s2_variable_Pop_list[i]);
+ }
+ len_to_compare = s2_variable_Push_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(s1_variable_Push_list[i], s2_variable_Push_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_84_85_ob class
+
+//---- 9 ----
+class SIMPLE_LIST_94_95_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_94_95_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int produce_token_variable; // thread variable
+ vector<int> produce_token_variable_list; // list of coordinated events
+ int Lexer_source = Root_table[Event_Lexer]; // source of coordination
+ int consume_token_variable; // thread variable
+ vector<int> consume_token_variable_list; // list of coordinated events
+ int Parser_source = Root_table[Event_Parser]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for produce_token_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ produce_token_variable = i;
+ if( produce_token_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Lexer_source ]){
+ if( ( (Stack[i]->name == Event_put_token)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = produce_token_variable_list.begin(); s != produce_token_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) produce_token_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source produce_token_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = produce_token_variable_list.size();
+ if(thread_length != produce_token_variable_list.size()) throw failed;
+
+ // preparing thread for consume_token_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ consume_token_variable = i;
+ if( consume_token_variable_list.size() == thread_length){
+ produce_token_variable = 0; }
+ else{
+ produce_token_variable = produce_token_variable_list[consume_token_variable_list.size()];
+};
+ if(in_matrix[i * len + Parser_source ]){
+ if( ( (Stack[i]->name == Event_get_token)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = consume_token_variable_list.begin(); s != consume_token_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) consume_token_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source consume_token_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = consume_token_variable_list.size();
+ if(thread_length != consume_token_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ produce_token_variable= produce_token_variable_list[i];
+ consume_token_variable= consume_token_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(consume_token_variable,produce_token_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_94_95_ob class
+
+//---- 10 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_largest_successful_match);
+ element[ 1 ]= new Atomic_producer(Event_put_token);
+ }
+};// end class Sq_7_8
+
+//---- 11 ----
+class Opt_9_10 : public OR_node_producer_container {
+public: // constructor
+ Opt_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_9_10
+
+//---- 12 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_match_string);
+ element[ 1 ]= new Opt_9_10 ;
+ }
+};// end class Sq_11_12
+
+//---- 13 ----
+class Sq_17_18 : public AND_node_producer_container {
+public: // constructor
+ Sq_17_18 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_get_characters);
+ element[ 1 ]= new Composite_secondary_producer(Event_RegExpr_match);
+ element[ 2 ]= new Atomic_producer(Event_unget_some_characters);
+ }
+};// end class Sq_17_18
+
+//---- 14 ----
+class Sq_36_37 : public AND_node_producer_container {
+public: // constructor
+ Sq_36_37 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Push);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ }
+};// end class Sq_36_37
+
+//---- 15 ----
+class Ct_96_97 : public AND_node_producer_container {
+public: // constructor
+ Ct_96_97 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Pop);
+ element[ 1 ]= new Atomic_producer(Event_Pop);
+ }
+};// end class Ct_96_97
+
+//---- 16 ----
+class Itp_40_41 : public OR_node_producer_container {
+public: // constructor
+ Itp_40_41 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Pop);
+ element[ 1 ]= new Ct_96_97 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itp_40_41
+
+//---- 17 ----
+class Sq_42_43 : public AND_node_producer_container {
+public: // constructor
+ Sq_42_43 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itp_40_41 ;
+ element[ 1 ]= new Atomic_producer(Event_Push);
+ }
+};// end class Sq_42_43
+
+//---- 18 ----
+class Sq_46_47 : public AND_node_producer_container {
+public: // constructor
+ Sq_46_47 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Reduce);
+ element[ 1 ]= new Atomic_producer(Event_Put_node);
+ }
+};// end class Sq_46_47
+
+//---- 19 ----
+class Alt_48_49 : public OR_node_producer_container {
+public: // constructor
+ Alt_48_49 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Shift);
+ element[ 1 ]= new Sq_46_47 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_48_49
+
+//---- 20 ----
+class Sq_52_53 : public AND_node_producer_container {
+public: // constructor
+ Sq_52_53 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Reduce);
+ element[ 1 ]= new Atomic_producer(Event_Put_node);
+ element[ 2 ]= new Atomic_producer(Event_Parsing_complete);
+ }
+};// end class Sq_52_53
+
+//---- 21 ----
+class Alt_54_55 : public OR_node_producer_container {
+public: // constructor
+ Alt_54_55 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_52_53 ;
+ element[ 1 ]= new Atomic_producer(Event_Report_syntax_error);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_54_55
+
+//---- 22 ----
+class Sq_56_57 : public AND_node_producer_container {
+public: // constructor
+ Sq_56_57 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Push);
+ element[ 1 ]= new Atomic_producer(Event_get_token);
+ element[ 2 ]= new Alt_48_49 ;
+ element[ 3 ]= new Alt_54_55 ;
+ }
+};// end class Sq_56_57
+
+//---- 23 ----
+class Alt_60_61 : public OR_node_producer_container {
+public: // constructor
+ Alt_60_61 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Push);
+ element[ 1 ]= new Atomic_producer(Event_Pop);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_60_61
+
+//---- 24 ----
+class Ct_98_99 : public AND_node_producer_container {
+public: // constructor
+ Ct_98_99 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_60_61 ;
+ element[ 1 ]= new Alt_60_61 ;
+ }
+};// end class Ct_98_99
+
+//---- 25 ----
+class Ct_100_101 : public AND_node_producer_container {
+public: // constructor
+ Ct_100_101 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_60_61 ;
+ element[ 1 ]= new Alt_60_61 ;
+ element[ 2 ]= new Alt_60_61 ;
+ }
+};// end class Ct_100_101
+
+//---- 26 ----
+class Ct_102_103 : public AND_node_producer_container {
+public: // constructor
+ Ct_102_103 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Alt_60_61 ;
+ element[ 1 ]= new Alt_60_61 ;
+ element[ 2 ]= new Alt_60_61 ;
+ element[ 3 ]= new Alt_60_61 ;
+ }
+};// end class Ct_102_103
+
+//---- 27 ----
+class Ct_104_105 : public AND_node_producer_container {
+public: // constructor
+ Ct_104_105 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Alt_60_61 ;
+ element[ 1 ]= new Alt_60_61 ;
+ element[ 2 ]= new Alt_60_61 ;
+ element[ 3 ]= new Alt_60_61 ;
+ element[ 4 ]= new Alt_60_61 ;
+ }
+};// end class Ct_104_105
+
+//---- 28 ----
+class Itr_62_63 : public OR_node_producer_container {
+public: // constructor
+ Itr_62_63 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Ct_98_99 ;
+ element[ 1 ]= new Ct_100_101 ;
+ element[ 2 ]= new Ct_102_103 ;
+ element[ 3 ]= new Ct_104_105 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_62_63
+
+//---- 29 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_characters);
+ element[ 1 ]= new Atomic_producer(Event_unget_some_characters);
+ }
+};// end class Sq_1_2
+
+//---- 30 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 31 ----
+class Set_76_77 : public SET_node_producer_container {
+public: // constructor
+ Set_76_77 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Shift_Reduce);
+ element[ 1 ]= new Composite_secondary_producer(Event_Stack);
+ }
+};// end class Set_76_77
+
+//---- 32 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_RegExpr_match){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 33 ----
+class Comp_26_27 : public Composite_producer {
+public: // constructor
+ Comp_26_27 (): Composite_producer(Event_Token_recognition){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_17_18 ;
+ element[ 1 ]= new SIMPLE_LIST_24_25_ob(Event_SIMPLE_LIST_24_25);
+ }
+};// end class Comp_26_27
+
+//---- 34 ----
+class Comp_38_39 : public Composite_producer {
+public: // constructor
+ Comp_38_39 (): Composite_producer(Event_Shift){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_36_37 ;
+ }
+};// end class Comp_38_39
+
+//---- 35 ----
+class Comp_44_45 : public Composite_producer {
+public: // constructor
+ Comp_44_45 (): Composite_producer(Event_Reduce){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_42_43 ;
+ }
+};// end class Comp_44_45
+
+//---- 36 ----
+class Comp_58_59 : public Composite_producer {
+public: // constructor
+ Comp_58_59 (): Composite_producer(Event_Shift_Reduce){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_56_57 ;
+ }
+};// end class Comp_58_59
+
+//---- 37 ----
+class Comp_74_75 : public Composite_producer {
+public: // constructor
+ Comp_74_75 (): Composite_producer(Event_Stack){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_62_63 ;
+ element[ 1 ]= new SIMPLE_LIST_72_73_ob(Event_SIMPLE_LIST_72_73);
+ }
+};// end class Comp_74_75
+
+//---- 38 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Source_code){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 39 ----
+class Comp_30_31 : public Composite_producer {
+public: // constructor
+ Comp_30_31 (): Composite_producer(Event_Lexer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Token_recognition);
+ }
+};// end class Comp_30_31
+
+//---- 40 ----
+class Comp_86_87 : public Composite_producer {
+public: // constructor
+ Comp_86_87 (): Composite_producer(Event_Parser){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Set_76_77 ;
+ element[ 1 ]= new SIMPLE_LIST_84_85_ob(Event_SIMPLE_LIST_84_85);
+ }
+};// end class Comp_86_87
+
+//---- 41 ----
+class SCHEMA_compiler2: public Composite_producer {
+public: // constructor
+ SCHEMA_compiler2(): Composite_producer(Event_compiler2){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[0]= new Composite_secondary_producer(Event_Source_code);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Lexer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_34_35_ob(Event_SIMPLE_LIST_34_35);
+ element[3]= new Composite_secondary_producer(Event_Parser);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_94_95_ob(Event_SIMPLE_LIST_94_95);
+ }
+};// end class SCHEMA_compiler2
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example22_compiler2.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_13_14 temp_42; temp_42.harvest();
+ Comp_26_27 temp_43; temp_43.harvest();
+ Comp_38_39 temp_44; temp_44.harvest();
+ Comp_44_45 temp_45; temp_45.harvest();
+ Comp_58_59 temp_46; temp_46.harvest();
+ Comp_74_75 temp_47; temp_47.harvest();
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_48; temp_48.harvest();
+ Comp_30_31 temp_49; temp_49.harvest();
+ Comp_86_87 temp_50; temp_50.harvest();
+ // harvesting traces for main schema
+ SCHEMA_compiler2 temp_51; temp_51.harvest();
+ temp_51.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"compiler2"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.mp
new file mode 100644
index 0000000..b18d9af
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.mp
@@ -0,0 +1,80 @@
+/* Example 22
+ Compiler front end,
+ bottom-up parser
+ Lexer and parser in interaction mode
+
+run for
+scope 1, 2 traces, less than 1 sec.
+scope 2, 111 traces, approx. time 0.65 sec.
+scope 3, 4860 traces, approx. time 55 sec.
+====================================================*/
+
+SCHEMA compiler2
+
+ROOT Source_code: (* get_characters
+ unget_some_characters *)
+;
+
+/*----------- lexical analysis ----------------*/
+RegExpr_match: match_string
+ [ largest_successful_match
+ put_token ]
+;
+
+Token_recognition:
+ get_characters
+ {+ RegExpr_match +}
+ unget_some_characters
+BUILD{
+ /* only one RegExpr_match succeeds */
+ ENSURE #largest_successful_match == 1;
+};
+
+ROOT Lexer:
+ (+ Token_recognition +)
+;
+
+Source_code, Lexer SHARE ALL get_characters, unget_some_characters;
+
+/* ----- bottom-up parsing -------------------*/
+Shift: Push
+ get_token
+;
+
+Reduce: (+<1..2> Pop +)
+ /* to tame the combinatorial explosion for nested iterations */
+ Push
+;
+
+Shift_Reduce:
+ Push /* push the start non-terminal symbol */
+ get_token
+ (+ ( Shift |
+ Reduce
+ Put_node )
+ +)
+
+ ( Reduce
+ Put_node
+ Parsing_complete |
+
+ Report_syntax_error )
+;
+
+Stack: (*<2 .. 2 * $$scope + 3 > (Push | Pop) *)
+ /* extended iteration to provide
+ sufficient numbers of Pop and Push events */
+BUILD{ ENSURE FOREACH $x: Pop
+ #Pop BEFORE $x < #Push BEFORE $x;
+};
+
+ROOT Parser: {Shift_Reduce, Stack}
+BUILD{ COORDINATE $s1: Shift_Reduce,
+ $s2: Stack
+ DO $s1, $s2 SHARE ALL Pop, Push; OD;
+};
+
+/*------ lexer and parser in the interactive mode -------*/
+COORDINATE $produce_token: put_token FROM Lexer,
+ $consume_token: get_token FROM Parser
+ DO ADD $produce_token PRECEDES $consume_token; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.temp.txt
new file mode 100644
index 0000000..c5f4af0
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example22_compiler2 tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.txt
new file mode 100644
index 0000000..3db135a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example22_compiler2.txt
@@ -0,0 +1,30 @@
+generating traces for scope 1
+completed RegExpr_match: 2 traces (0 MARKed) 6 events
+ average 3 ev/trace min 2 max 4
+
+completed Token_recognition: 1 traces (0 MARKed) 7 events
+
+completed Shift: 1 traces (0 MARKed) 3 events
+
+completed Reduce: 2 traces (0 MARKed) 7 events
+ average 3.5 ev/trace min 3 max 4
+
+completed Shift_Reduce: 9 traces (0 MARKed) 99 events
+ average 11 ev/trace min 7 max 14
+
+completed Stack: 21 traces (0 MARKed) 108 events
+ average 5.14286 ev/trace min 3 max 6
+
+completed Source_code: 2 traces (0 MARKed) 4 events
+ average 2 ev/trace min 1 max 3
+
+completed Lexer: 1 traces (0 MARKed) 8 events
+
+completed Parser: 5 traces (0 MARKed) 79 events
+ average 15.8 ev/trace min 11 max 19
+
+completed compiler2: 2 traces (0 MARKed) 56 events
+ average 28 ev/trace min 25 max 31
+
+Elapsed time 0.031716 sec, Speed: 11886.7 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.cpp
new file mode 100644
index 0000000..338732b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.cpp
@@ -0,0 +1,823 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Shopping_spree trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > price_number_attribute;
+ map<int, float > total_cost_number_attribute;
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( price_number_attribute[event1] != price_number_attribute[event2])
+ return false;
+ if( total_cost_number_attribute[event1] != total_cost_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ price_number_attribute.clear();
+ total_cost_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!price_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("price",price_number_attribute));
+ if(!total_cost_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("total_cost",total_cost_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "price"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ price_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "total_cost"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ total_cost_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Buy
+ , Event_Sell_Item_1
+ , Event_Sell_Item_2
+ , Event_Sell_Item_3
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_21_22
+ , Event_SIMPLE_LIST_41_42
+ , Event_SIMPLE_LIST_66_67
+ // ADD operations
+ // ROOT events
+ , Event_Buyer
+ , Event_Shop_A
+ , Event_Shop_B
+ // main schema event
+ , Event_Shopping_spree };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Buy"
+ , "Sell_Item_1"
+ , "Sell_Item_2"
+ , "Sell_Item_3"
+ , "SIMPLE_LIST_21_22"
+ , "SIMPLE_LIST_41_42"
+ , "SIMPLE_LIST_66_67"
+ , "Buyer"
+ , "Shop_A"
+ , "Shop_B"
+ , "Shopping_spree" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_58(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Buy){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_59(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Buy){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_62(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Buy){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_63(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Buy){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ---- for aggregate operation SUM
+float aggregate_op_55(Coordinate * current_host, int pivot){
+ int item_variable ;
+ float temp = 0 ;
+// #event traversal performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+ bool first = true;
+
+ current_host->create_matrices();
+ int len = current_host->len;
+ // create list of selected events
+ for( item_variable = 0; item_variable < len; item_variable ++){
+ if(current_host->in_matrix[ item_variable * len + pivot]){
+ if( Stack[item_variable]->name == Event_Sell_Item_1|| Stack[item_variable]->name == Event_Sell_Item_2
+|| Stack[item_variable]->name == Event_Sell_Item_3){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = current_host->eq_matrix[ item_variable * len + *s])) break;
+ }; // end of search for shared events
+ if(!found
+ ) {selected_list.push_back( item_variable );
+ temp = temp +
+ price_number_attribute[item_variable] ;};
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return temp;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 6 ----
+class SIMPLE_LIST_21_22_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_21_22_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Sell_Item_1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ // attribute price assignment
+ price_number_attribute[s_variable]=8 ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Sell_Item_2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ // attribute price assignment
+ price_number_attribute[s_variable]=20 ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_21_22_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_41_42_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_41_42_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Sell_Item_2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ // attribute price assignment
+ price_number_attribute[s_variable]=22 ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Sell_Item_3)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ // attribute price assignment
+ price_number_attribute[s_variable]=30 ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_41_42_ob class
+
+//---- 8 ----
+class SIMPLE_LIST_66_67_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_66_67_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int sell_variable; // thread variable
+ vector<int> sell_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int buy_variable; // thread variable
+ vector<int> buy_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for sell_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ sell_variable = i;
+ if( sell_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Sell_Item_1)|| (Stack[i]->name == Event_Sell_Item_2)|| (Stack[i]->name == Event_Sell_Item_3)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = sell_variable_list.begin(); s != sell_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) sell_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source sell_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = sell_variable_list.size();
+ if(thread_length != sell_variable_list.size()) throw failed;
+
+ // preparing thread for buy_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ buy_variable = i;
+ if( buy_variable_list.size() == thread_length){
+ sell_variable = 0; }
+ else{
+ sell_variable = sell_variable_list[buy_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Buy)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = buy_variable_list.begin(); s != buy_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) buy_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source buy_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = buy_variable_list.size();
+ if(thread_length != buy_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ sell_variable= sell_variable_list[i];
+ buy_variable= buy_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(sell_variable,buy_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<" Trace #";
+ convert <<
+ trace_id_attribute ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ // attribute total_cost assignment
+ total_cost_number_attribute[0]=aggregate_op_55(current_host, 0 ) ;
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Bought ";
+ convert << special_function_62(current_host, Root_table[Event_Shopping_spree])
+;
+ convert <<" items. Total purchase cost is: ";
+ convert <<
+ total_cost_number_attribute[0] ;
+ convert <<" average cost: ";
+ convert << (
+ total_cost_number_attribute[0] / (float)special_function_63(current_host, Root_table[Event_Shopping_spree])
+) ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_66_67_ob class
+
+//---- 9 ----
+class Ct_68_69 : public AND_node_producer_container {
+public: // constructor
+ Ct_68_69 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Buy);
+ element[ 1 ]= new Atomic_producer(Event_Buy);
+ }
+};// end class Ct_68_69
+
+//---- 10 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Buy);
+ element[ 2 ]= new Ct_68_69 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itr_1_2
+
+//---- 11 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Sell_Item_1);
+ element[ 1 ]= new Atomic_producer(Event_Sell_Item_2);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 12 ----
+class Itr_7_8 : public OR_node_producer_container {
+public: // constructor
+ Itr_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_5_6 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_7_8
+
+//---- 13 ----
+class Alt_25_26 : public OR_node_producer_container {
+public: // constructor
+ Alt_25_26 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Sell_Item_2);
+ element[ 1 ]= new Atomic_producer(Event_Sell_Item_3);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_25_26
+
+//---- 14 ----
+class Itr_27_28 : public OR_node_producer_container {
+public: // constructor
+ Itr_27_28 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_25_26 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_27_28
+
+//---- 15 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Buyer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 16 ----
+class Comp_23_24 : public Composite_producer {
+public: // constructor
+ Comp_23_24 (): Composite_producer(Event_Shop_A){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_7_8 ;
+ element[ 1 ]= new SIMPLE_LIST_21_22_ob(Event_SIMPLE_LIST_21_22);
+ }
+};// end class Comp_23_24
+
+//---- 17 ----
+class Comp_43_44 : public Composite_producer {
+public: // constructor
+ Comp_43_44 (): Composite_producer(Event_Shop_B){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_27_28 ;
+ element[ 1 ]= new SIMPLE_LIST_41_42_ob(Event_SIMPLE_LIST_41_42);
+ }
+};// end class Comp_43_44
+
+//---- 18 ----
+class SCHEMA_Shopping_spree: public Composite_producer {
+public: // constructor
+ SCHEMA_Shopping_spree(): Composite_producer(Event_Shopping_spree){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Buyer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Shop_A);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_Shop_B);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new SIMPLE_LIST_66_67_ob(Event_SIMPLE_LIST_66_67);
+ }
+};// end class SCHEMA_Shopping_spree
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example23_number_attributes.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_19; temp_19.harvest();
+ Comp_23_24 temp_20; temp_20.harvest();
+ Comp_43_44 temp_21; temp_21.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Shopping_spree temp_22; temp_22.harvest();
+ temp_22.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Shopping_spree"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.mp
new file mode 100644
index 0000000..a040553
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.mp
@@ -0,0 +1,38 @@
+/* Example23.mp number attribute test */
+
+SCHEMA Shopping_spree
+
+ROOT Buyer: (*<0.. 2 * $$scope> Buy *);
+/* Increase the iteration to ensure enough Buy events to coordinate with both Shops */
+
+ATTRIBUTES{number price, total_cost;};
+
+ROOT Shop_A: (* (Sell_Item_1 | Sell_Item_2) *)
+/* Initializing attribute values in a context of composite event where these are used */
+BUILD{ COORDINATE $s: Sell_Item_1 DO $s.price:= 8; OD;
+ COORDINATE $s: Sell_Item_2 DO $s.price:= 20; OD;
+};
+
+ROOT Shop_B: (* (Sell_Item_2 | Sell_Item_3) *)
+
+/* In Shop_B the cost of Item_2 may be different */
+BUILD{ COORDINATE $s: Sell_Item_2 DO $s.price:= 22; OD;
+ COORDINATE $s: Sell_Item_3 DO $s.price:= 30; OD;
+};
+
+/* Schema’s attribute total_cost is automatically initialized by 0.0.
+ Absence of event reference means THIS by default */
+COORDINATE $sell: (Sell_Item_1 | Sell_Item_2 | Sell_Item_3),
+ $buy: Buy
+ DO /* to render the dependency between sell and buy events */
+ ADD $buy PRECEDES $sell;
+ OD;
+
+/* example of pre-defined attribute use */
+SAY(" Trace #" trace_id);
+
+/* use of aggregate operation to calculate total_cost as an attribute of the whole schema */
+total_cost := SUM{ $item: (Sell_Item_1 | Sell_Item_2 | Sell_Item_3) APPLY $item.price};
+
+SAY("Bought " #Buy " items. Total purchase cost is: " total_cost
+ " average cost: " total_cost/#Buy);
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.temp.txt
new file mode 100644
index 0000000..edbab33
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example23_number_attributes tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.txt
new file mode 100644
index 0000000..1287f21
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example23_number_attributes.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Buyer: 3 traces (0 MARKed) 6 events
+ average 2 ev/trace min 1 max 3
+
+completed Shop_A: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed Shop_B: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed Shopping_spree: 9 traces (0 MARKed) 78 events
+ average 8.66667 ev/trace min 6 max 10
+
+Elapsed time 0.000878 sec, Speed: 107062 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.cpp
new file mode 100644
index 0000000..0557e78
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.cpp
@@ -0,0 +1,690 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA RedGreen trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > selection_probability_number_attribute;
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( selection_probability_number_attribute[event1] != selection_probability_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ selection_probability_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!selection_probability_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("selection_probability",selection_probability_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "selection_probability"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ selection_probability_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Select_Red
+ , Event_Select_Green
+ , Event_RRR
+ , Event_RRG
+ , Event_RGG
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_49_50
+ // ADD operations
+ // ROOT events
+ , Event_Selection
+ // main schema event
+ , Event_RedGreen };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Select_Red"
+ , "Select_Green"
+ , "RRR"
+ , "RRG"
+ , "RGG"
+ , "SIMPLE_LIST_49_50"
+ , "Selection"
+ , "RedGreen" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_11(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_RRR){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_12(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Select_Red){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_13(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_RRG){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_14(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Select_Red){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_15(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_RGG){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_16(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Select_Red){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_23(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Select_Red){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_24(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Select_Red|| Stack[i]->name == Event_Select_Green
+){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_29(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Select_Green){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_30(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_Select_Red|| Stack[i]->name == Event_Select_Green
+){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 11 ----
+class SIMPLE_LIST_49_50_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_49_50_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( ( ( ( special_function_11(current_host, Root_table[Event_RedGreen])== 1
+ )== ( special_function_12(current_host, Root_table[Event_RedGreen])== 3 ))&& (
+( special_function_13(current_host, Root_table[Event_RedGreen])== 1 )== ( special_function_14(current_host, Root_table[Event_RedGreen])
+== 2 )))&& ( ( special_function_15(current_host, Root_table[Event_RedGreen])== 1
+ )== ( special_function_16(current_host, Root_table[Event_RedGreen])== 1 )))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int res_variable; // thread variable
+ vector<int> res_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for res_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ res_variable = i;
+ if( res_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_RRR)|| (Stack[i]->name == Event_RRG)|| (Stack[i]->name == Event_RGG)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = res_variable_list.begin(); s != res_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) res_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source res_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = res_variable_list.size();
+ if(thread_length != res_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ res_variable= res_variable_list[i];
+ // attribute selection_probability assignment
+ selection_probability_number_attribute[0]=1 ;
+ { // COORDINATE operation
+ int thread_length = -1;
+ int s_variable; // thread variable
+ vector<int> s_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for s_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ s_variable = i;
+ if( s_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Select_Red)|| (Stack[i]->name == Event_Select_Green)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = s_variable_list.begin(); s != s_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) s_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source s_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = s_variable_list.size();
+ if(thread_length != s_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ s_variable= s_variable_list[i];
+ if( (Stack[s_variable]->name == Event_Select_Red)){
+ // attribute selection_probability assignment
+ selection_probability_number_attribute[0]*=(( 3 - special_function_23(current_host,
+s_variable ) )/ (float)( 5 - special_function_24(current_host, s_variable ) )) ;
+
+ }// end THEN
+ else{
+ // attribute selection_probability assignment
+ selection_probability_number_attribute[0]*=(( 2 - special_function_29(current_host,
+s_variable ) )/ (float)( 5 - special_function_30(current_host, s_variable ) )) ;
+
+ }// end IF
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Probability of result ";
+ convert << event_name_string[Stack[ res_variable ]->name];
+ convert <<" was ";
+ convert <<
+ selection_probability_number_attribute[0] ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_49_50_ob class
+
+//---- 12 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Select_Red);
+ element[ 1 ]= new Atomic_producer(Event_Select_Green);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 13 ----
+class Ct_51_52 : public AND_node_producer_container {
+public: // constructor
+ Ct_51_52 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Alt_1_2 ;
+ element[ 2 ]= new Alt_1_2 ;
+ }
+};// end class Ct_51_52
+
+//---- 14 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_RRR);
+ element[ 1 ]= new Atomic_producer(Event_RRG);
+ element[ 2 ]= new Atomic_producer(Event_RGG);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_5_6
+
+//---- 15 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Ct_51_52 ;
+ element[ 1 ]= new Alt_5_6 ;
+ }
+};// end class Sq_7_8
+
+//---- 16 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Selection){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_7_8 ;
+ }
+};// end class Comp_9_10
+
+//---- 17 ----
+class SCHEMA_RedGreen: public Composite_producer {
+public: // constructor
+ SCHEMA_RedGreen(): Composite_producer(Event_RedGreen){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[0]= new Composite_secondary_producer(Event_Selection);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new SIMPLE_LIST_49_50_ob(Event_SIMPLE_LIST_49_50);
+ }
+};// end class SCHEMA_RedGreen
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example24_Bayesian_probability.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_9_10 temp_18; temp_18.harvest();
+ // harvesting traces for main schema
+ SCHEMA_RedGreen temp_19; temp_19.harvest();
+ temp_19.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"RedGreen"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.mp
new file mode 100644
index 0000000..5022d18
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.mp
@@ -0,0 +1,56 @@
+/* Example24.mp Bayesian attribute example
+
+ Suppose there are 3 red and 2 green balls in a box.
+ We pick at random three balls, one at a time.
+ The result of the process can be denoted as RRR, RRG, or RGG,
+ representing sets of selected balls.
+
+ The following MP schema demonstrates how to obtain all valid traces
+ and to calculate probabilities for the results.
+ Please notice that the trace Type 1 probability is calculated as 1/7 ~ 0.142857,
+ since Type 1 assumes that probability of selecting an alternative is
+ constant for the whole derivation process.
+
+ run for scope 1
+*/
+SCHEMA RedGreen
+
+ATTRIBUTES{ number selection_probability; };
+
+ROOT Selection:
+ /* there are precisely three ball selections */
+ (+ <3> ( Select_Red | Select_Green ) +)
+
+ /* possible selection configurations */
+ ( RRR | RRG | RGG )
+;
+
+/* Constraints to shape the valid traces */
+ENSURE (#RRR == 1 <-> #Select_Red == 3) AND
+ (#RRG == 1 <-> #Select_Red == 2) AND
+ (#RGG == 1 <-> #Select_Red == 1);
+
+/* Attribute calculations are done here */
+COORDINATE $res: ( RRR | RRG | RGG )
+DO
+ /* prepare for further calculations */
+ selection_probability:= 1;
+
+ COORDINATE $s: ( Select_Red | Select_Green )
+ DO
+ /* Probability of the result depends on the ball selection order */
+ IF $s IS Select_Red THEN
+ /* probability to select Red ball is:
+ (number of Red balls available / total number of available balls) */
+ selection_probability *:=
+ (3 - #Select_Red BEFORE $s)/(5 - #( Select_Red | Select_Green ) BEFORE $s);
+ ELSE
+ /* probability to select Green ball */
+ selection_probability *:=
+ (2 - #Select_Green BEFORE $s)/(5 - #( Select_Red | Select_Green ) BEFORE $s);
+ FI;
+ OD;
+
+ /* Report the results */
+ SAY( "Probability of result " $res " was " selection_probability);
+OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.temp.txt
new file mode 100644
index 0000000..fe5a227
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example24_Bayesian_probability tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.txt
new file mode 100644
index 0000000..31fdea9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example24_Bayesian_probability.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed Selection: 24 traces (0 MARKed) 120 events
+ average 5 ev/trace min 5 max 5
+
+completed RedGreen: 7 traces (0 MARKed) 49 events
+ average 7 ev/trace min 7 max 7
+
+Elapsed time 0.000815 sec, Speed: 207362 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.cpp
new file mode 100644
index 0000000..fd35c55
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.cpp
@@ -0,0 +1,530 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA backpack trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, Interval > weight_interval_attribute;
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( weight_interval_attribute[event1] != weight_interval_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ weight_interval_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!weight_interval_attribute.empty())
+ interval_attr_container.insert(pair<string, map<int, Interval> >("weight",weight_interval_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+
+ if(p1_interval_attr->first == "weight"){
+ for(p_interval = (p1_interval_attr->second).begin();
+ p_interval != (p1_interval_attr->second).end(); p_interval++)
+ weight_interval_attribute.insert(pair<int, Interval>(p_interval->first + base, p_interval->second));}
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ // composite events
+ , Event_item1
+ , Event_item2
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_3_4
+ , Event_SIMPLE_LIST_9_10
+ , Event_SIMPLE_LIST_31_32
+ , Event_SIMPLE_LIST_45_46
+ // ADD operations
+ // ROOT events
+ , Event_Backpack
+ // main schema event
+ , Event_backpack };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "item1"
+ , "item2"
+ , "SIMPLE_LIST_3_4"
+ , "SIMPLE_LIST_9_10"
+ , "SIMPLE_LIST_31_32"
+ , "SIMPLE_LIST_45_46"
+ , "Backpack"
+ , "backpack" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_35(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_item1|| Stack[i]->name == Event_item2){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_38(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_item1|| Stack[i]->name == Event_item2){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 3 ----
+class SIMPLE_LIST_3_4_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_3_4_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute weight assignment
+ weight_interval_attribute[0]=Interval(2 ,5 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_3_4_ob class
+
+//---- 4 ----
+class SIMPLE_LIST_9_10_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_9_10_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute weight assignment
+ weight_interval_attribute[0]=Interval(10 ,16 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_9_10_ob class
+
+//---- 5 ----
+class SIMPLE_LIST_31_32_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_31_32_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int item_variable; // thread variable
+ vector<int> item_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for item_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ item_variable = i;
+ if( item_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_item1)|| (Stack[i]->name == Event_item2))
+ ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = item_variable_list.begin(); s != item_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) item_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source item_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = item_variable_list.size();
+ if(thread_length != item_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ item_variable= item_variable_list[i];
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"selected ";
+ convert << event_name_string[Stack[ item_variable ]->name];
+ convert <<" with weight ";
+ Interval temp_1 =
+ weight_interval_attribute[item_variable] ;
+ if( temp_1 .smallest != temp_1 .largest)
+ convert <<"["<< temp_1 .smallest << " .. "<< temp_1 .largest << "]";
+ else convert << temp_1 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ // attribute weight assignment
+ weight_interval_attribute[0]+=
+ weight_interval_attribute[item_variable] ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ if( ( (
+ weight_interval_attribute[0] > 0 )&& (
+ weight_interval_attribute[0] <= 30 ))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_31_32_ob class
+
+//---- 6 ----
+class SIMPLE_LIST_45_46_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_45_46_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"selected ";
+ convert << special_function_38(current_host, Root_table[Event_backpack]);
+ convert <<" items";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"backpack weight is within interval ";
+ Interval temp_2 =
+ weight_interval_attribute[Root_table[Event_Backpack]] ;
+ if( temp_2 .smallest != temp_2 .largest)
+ convert <<"["<< temp_2 .smallest << " .. "<< temp_2 .largest << "]";
+ else convert << temp_2 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_45_46_ob class
+
+//---- 7 ----
+class Alt_13_14 : public OR_node_producer_container {
+public: // constructor
+ Alt_13_14 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_item1);
+ element[ 1 ]= new Composite_secondary_producer(Event_item2);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_13_14
+
+//---- 8 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_item1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_3_4_ob(Event_SIMPLE_LIST_3_4);
+ }
+};// end class Comp_5_6
+
+//---- 9 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_item2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_9_10_ob(Event_SIMPLE_LIST_9_10);
+ }
+};// end class Comp_11_12
+
+//---- 10 ----
+class Comp_33_34 : public Composite_producer {
+public: // constructor
+ Comp_33_34 (): Composite_producer(Event_Backpack){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_13_14 ;
+ element[ 1 ]= new SIMPLE_LIST_31_32_ob(Event_SIMPLE_LIST_31_32);
+ }
+};// end class Comp_33_34
+
+//---- 11 ----
+class SCHEMA_backpack: public Composite_producer {
+public: // constructor
+ SCHEMA_backpack(): Composite_producer(Event_backpack){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[0]= new Composite_secondary_producer(Event_Backpack);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new SIMPLE_LIST_45_46_ob(Event_SIMPLE_LIST_45_46);
+ }
+};// end class SCHEMA_backpack
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example25_interval_attributes.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_5_6 temp_12; temp_12.harvest();
+ Comp_11_12 temp_13; temp_13.harvest();
+ // harvesting traces for ROOT events
+ Comp_33_34 temp_14; temp_14.harvest();
+ // harvesting traces for main schema
+ SCHEMA_backpack temp_15; temp_15.harvest();
+ temp_15.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"backpack"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.mp
new file mode 100644
index 0000000..cfef3eb
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.mp
@@ -0,0 +1,28 @@
+/* Example 25, Use of interval attributes.
+ The task is to load a backpack with items not exceeding
+ the total weight of 30 units.
+ There may be several instances of the same item.
+
+ run for scopes 1 and up
+==========================================================*/
+SCHEMA backpack
+
+ATTRIBUTES{ interval weight; };
+
+/* Composite event is used to define attribute value for
+ all instances of a particular event */
+item1: BUILD{ weight := [2..5];};
+item2: BUILD{ weight := [10..16];};
+
+ROOT Backpack: (+ (item1 | item2) +)
+BUILD{
+ COORDINATE $item: (item1 | item2)
+ DO SAY("selected " $item " with weight " $item.weight);
+ /* interval weight is initialized by [0..0] */
+ weight +:= $item.weight;
+ OD;
+ /* ensure that the backpack's weight does not exceed maximum */
+ ENSURE weight > 0 AND weight <= 30; };
+
+SAY("selected " #(item1 | item2) " items");
+SAY("backpack weight is within interval " Backpack.weight);
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.temp.txt
new file mode 100644
index 0000000..69e5129
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example25_interval_attributes tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.txt
new file mode 100644
index 0000000..f5a7740
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example25_interval_attributes.txt
@@ -0,0 +1,13 @@
+generating traces for scope 1
+completed item1: 1 traces (0 MARKed) 1 events
+
+completed item2: 1 traces (0 MARKed) 1 events
+
+completed Backpack: 2 traces (0 MARKed) 6 events
+ average 3 ev/trace min 3 max 3
+
+completed backpack: 2 traces (0 MARKed) 12 events
+ average 6 ev/trace min 6 max 6
+
+Elapsed time 0.000226 sec, Speed: 88495.6 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.cpp
new file mode 100644
index 0000000..8208b45
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.cpp
@@ -0,0 +1,542 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Delays trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, Interval > total_delay_interval_attribute;
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( total_delay_interval_attribute[event1] != total_delay_interval_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ total_delay_interval_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!total_delay_interval_attribute.empty())
+ interval_attr_container.insert(pair<string, map<int, Interval> >("total_delay",total_delay_interval_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+
+ if(p1_interval_attr->first == "total_delay"){
+ for(p_interval = (p1_interval_attr->second).begin();
+ p_interval != (p1_interval_attr->second).end(); p_interval++)
+ total_delay_interval_attribute.insert(pair<int, Interval>(p_interval->first + base, p_interval->second));}
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ // composite events
+ , Event_Work
+ , Event_Visitor
+ , Event_Get_distracted
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_3_4
+ , Event_SIMPLE_LIST_9_10
+ , Event_SIMPLE_LIST_43_44
+ // ADD operations
+ // ROOT events
+ , Event_Worker
+ // main schema event
+ , Event_Delays };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Work"
+ , "Visitor"
+ , "Get_distracted"
+ , "SIMPLE_LIST_3_4"
+ , "SIMPLE_LIST_9_10"
+ , "SIMPLE_LIST_43_44"
+ , "Worker"
+ , "Delays" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_37(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Visitor){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_40(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Visitor){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 3 ----
+class SIMPLE_LIST_3_4_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_3_4_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ SET_duration(0,1 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_3_4_ob class
+
+//---- 4 ----
+class SIMPLE_LIST_9_10_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_9_10_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ SET_duration(0,Interval(2 ,3 ));
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_9_10_ob class
+
+//---- 5 ----
+class SIMPLE_LIST_43_44_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_43_44_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int distraction_variable; // thread variable
+ vector<int> distraction_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for distraction_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ distraction_variable = i;
+ if( distraction_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Get_distracted)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = distraction_variable_list.begin(); s != distraction_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) distraction_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source distraction_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = distraction_variable_list.size();
+ if(thread_length != distraction_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ distraction_variable= distraction_variable_list[i];
+ // attribute total_delay assignment
+ total_delay_interval_attribute[0]+=(recalculate_timing_attributes(),
+ time_duration_attributes[distraction_variable] ) ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == Atom || Stack[i]->type == ROOT_node ||
+Stack[i]->type == Composite_event_instance_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<" ";
+ convert << event_name_string[Stack[ x_variable ]->name];
+ convert <<" start ";
+ Interval temp_1 = (recalculate_timing_attributes(),
+ time_start_attributes[x_variable] ) ;
+ if( temp_1 .smallest != temp_1 .largest)
+ convert <<"["<< temp_1 .smallest << " .. "<< temp_1 .largest << "]";
+ else convert << temp_1 .smallest;
+ convert <<" duration ";
+ Interval temp_2 = (recalculate_timing_attributes(),
+ time_duration_attributes[x_variable] ) ;
+ if( temp_2 .smallest != temp_2 .largest)
+ convert <<"["<< temp_2 .smallest << " .. "<< temp_2 .largest << "]";
+ else convert << temp_2 .smallest;
+ convert <<" end ";
+ Interval temp_3 = (recalculate_timing_attributes(),
+ time_end_attributes[x_variable] ) ;
+ if( temp_3 .smallest != temp_3 .largest)
+ convert <<"["<< temp_3 .smallest << " .. "<< temp_3 .largest << "]";
+ else convert << temp_3 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<" Delay created by ";
+ convert << special_function_40(current_host, Root_table[Event_Delays]);
+ convert <<" visitors is ";
+ Interval temp_4 =
+ total_delay_interval_attribute[0] ;
+ if( temp_4 .smallest != temp_4 .largest)
+ convert <<"["<< temp_4 .smallest << " .. "<< temp_4 .largest << "]";
+ else convert << temp_4 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_43_44_ob class
+
+//---- 6 ----
+class Alt_17_18 : public OR_node_producer_container {
+public: // constructor
+ Alt_17_18 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Work);
+ element[ 1 ]= new Composite_secondary_producer(Event_Get_distracted);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_17_18
+
+//---- 7 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Work){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_3_4_ob(Event_SIMPLE_LIST_3_4);
+ }
+};// end class Comp_5_6
+
+//---- 8 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Visitor){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_9_10_ob(Event_SIMPLE_LIST_9_10);
+ }
+};// end class Comp_11_12
+
+//---- 9 ----
+class Comp_15_16 : public Composite_producer {
+public: // constructor
+ Comp_15_16 (): Composite_producer(Event_Get_distracted){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Visitor);
+ }
+};// end class Comp_15_16
+
+//---- 10 ----
+class Comp_21_22 : public Composite_producer {
+public: // constructor
+ Comp_21_22 (): Composite_producer(Event_Worker){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Alt_17_18 ;
+ }
+};// end class Comp_21_22
+
+//---- 11 ----
+class SCHEMA_Delays: public Composite_producer {
+public: // constructor
+ SCHEMA_Delays(): Composite_producer(Event_Delays){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[0]= new Composite_secondary_producer(Event_Worker);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new SIMPLE_LIST_43_44_ob(Event_SIMPLE_LIST_43_44);
+ }
+};// end class SCHEMA_Delays
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example26_timing_attributes.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_5_6 temp_12; temp_12.harvest();
+ Comp_11_12 temp_13; temp_13.harvest();
+ Comp_15_16 temp_14; temp_14.harvest();
+ // harvesting traces for ROOT events
+ Comp_21_22 temp_15; temp_15.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Delays temp_16; temp_16.harvest();
+ temp_16.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Delays"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.mp
new file mode 100644
index 0000000..65df381
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.mp
@@ -0,0 +1,42 @@
+/* Example 26, timing attribute use
+
+ also demonstrates how to print all
+ events present in the trace
+ with timing attributes
+
+ run for scopes 1 and up
+*/
+SCHEMA Delays
+
+Work:
+BUILD{
+ SET duration AT LEAST 1;
+ /* The new default value for the Work event duration
+ attribute is set as an interval [1..1] */
+};
+
+
+Visitor:
+ /* set new default duration for Visitor */
+BUILD{ SET duration AT LEAST [2..3]; };
+
+Get_distracted: (+ Visitor +) ;
+
+ROOT Worker: (+ ( Work | Get_distracted) +);
+
+ATTRIBUTES{ interval total_delay; };
+/* delay is THIS.delay, or attribute of the whole schema event,
+ and is used to hold specific data extracted from the trace */
+
+COORDINATE $distraction: Get_distracted
+ DO total_delay +:= $distraction.duration; OD;
+
+/* show all events present in the trace with timing attributes,
+ preserving the order of derivation, top-down, left-to-right */
+COORDINATE $x: $$EVENT
+ DO SAY(" " $x " start " $x.start
+ " duration " $x.duration
+ " end " $x.end);
+ OD;
+
+SAY(" Delay created by " #Visitor " visitors is " total_delay);
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.temp.txt
new file mode 100644
index 0000000..4819824
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example26_timing_attributes tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.txt
new file mode 100644
index 0000000..3489f5d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example26_timing_attributes.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Work: 1 traces (0 MARKed) 1 events
+
+completed Visitor: 1 traces (0 MARKed) 1 events
+
+completed Get_distracted: 1 traces (0 MARKed) 2 events
+
+completed Worker: 2 traces (0 MARKed) 5 events
+ average 2.5 ev/trace min 2 max 3
+
+completed Delays: 2 traces (0 MARKed) 14 events
+ average 7 ev/trace min 6 max 8
+
+Elapsed time 0.000258 sec, Speed: 89147.3 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.cpp
new file mode 100644
index 0000000..85b95d6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.cpp
@@ -0,0 +1,960 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Railroad_Crossing trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Enter_Restricted_Region
+ , Event_Goes_through_Restricted_Region
+ , Event_Enter_Crossing_Region
+ , Event_Leaves_Crossing_Region
+ , Event_Down
+ , Event_Up
+ // composite events
+ , Event_Goes_through_Crossing_Region
+ , Event_Move_Down
+ , Event_Move_Up
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_15_16
+ , Event_SIMPLE_LIST_21_22
+ , Event_SIMPLE_LIST_27_28
+ , Event_SIMPLE_LIST_97_98
+ // ADD operations
+ // ROOT events
+ , Event_Train
+ , Event_Crossing
+ // main schema event
+ , Event_Railroad_Crossing };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Enter_Restricted_Region"
+ , "Goes_through_Restricted_Region"
+ , "Enter_Crossing_Region"
+ , "Leaves_Crossing_Region"
+ , "Down"
+ , "Up"
+ , "Goes_through_Crossing_Region"
+ , "Move_Down"
+ , "Move_Up"
+ , "SIMPLE_LIST_15_16"
+ , "SIMPLE_LIST_21_22"
+ , "SIMPLE_LIST_27_28"
+ , "SIMPLE_LIST_97_98"
+ , "Train"
+ , "Crossing"
+ , "Railroad_Crossing" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_49_50
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 2 ----
+bool Event_comparison_expr_51_52
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 3 ----
+bool Quantified_expr_53_54(Coordinate * current_host, int enter_variable){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int up_variable;
+ int pivot_up_variable = Root_table[Event_Crossing];
+
+ // loop 1 for up_variable
+ for( up_variable = 0; up_variable < len; up_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ up_variable * len + pivot_up_variable
+]) &&
+ (
+ (Stack[up_variable]-> name == Event_Up) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if( ! ( Event_comparison_expr_49_50 (current_host, enter_variable ,
+up_variable ) || Event_comparison_expr_51_52 (current_host, up_variable ,
+enter_variable ) ))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 4 ----
+bool Quantified_expr_55_56(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int enter_variable;
+ int pivot_enter_variable = Root_table[Event_Train];
+
+ // loop 1 for enter_variable
+ for( enter_variable = 0; enter_variable < len; enter_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ enter_variable * len +
+pivot_enter_variable ]) &&
+ (
+ (Stack[enter_variable]-> name == Event_Goes_through_Crossing_Region)
+ )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ! Quantified_expr_53_54(current_host, enter_variable) ) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 5 ----
+class SIMPLE_LIST_15_16_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_15_16_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ SET_duration(0,10 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_15_16_ob class
+
+//---- 6 ----
+class SIMPLE_LIST_21_22_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_21_22_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ SET_duration(0,5 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_21_22_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_27_28_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_27_28_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ SET_duration(0,2 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_27_28_ob class
+
+//---- 8 ----
+class SIMPLE_LIST_97_98_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_97_98_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int enter_variable; // thread variable
+ vector<int> enter_variable_list; // list of coordinated events
+ int Train_source = Root_table[Event_Train]; // source of coordination
+ int down_variable; // thread variable
+ vector<int> down_variable_list; // list of coordinated events
+ int Crossing_source = Root_table[Event_Crossing]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for enter_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ enter_variable = i;
+ if( enter_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Train_source ]){
+ if( ( (Stack[i]->name == Event_Enter_Restricted_Region)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = enter_variable_list.begin(); s != enter_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) enter_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source enter_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = enter_variable_list.size();
+ if(thread_length != enter_variable_list.size()) throw failed;
+
+ // preparing thread for down_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ down_variable = i;
+ if( down_variable_list.size() == thread_length){
+ enter_variable = 0; }
+ else{
+ enter_variable = enter_variable_list[down_variable_list.size()];};
+ if(in_matrix[i * len + Crossing_source ]){
+ if( ( (Stack[i]->name == Event_Move_Down)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = down_variable_list.begin(); s != down_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) down_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source down_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = down_variable_list.size();
+ if(thread_length != down_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ enter_variable= enter_variable_list[i];
+ down_variable= down_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(down_variable,enter_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int enter_variable; // thread variable
+ vector<int> enter_variable_list; // list of coordinated events
+ int Train_source = Root_table[Event_Train]; // source of coordination
+ int down_variable; // thread variable
+ vector<int> down_variable_list; // list of coordinated events
+ int Crossing_source = Root_table[Event_Crossing]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for enter_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ enter_variable = i;
+ if( enter_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Train_source ]){
+ if( ( (Stack[i]->name == Event_Enter_Crossing_Region)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = enter_variable_list.begin(); s != enter_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) enter_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source enter_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = enter_variable_list.size();
+ if(thread_length != enter_variable_list.size()) throw failed;
+
+ // preparing thread for down_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ down_variable = i;
+ if( down_variable_list.size() == thread_length){
+ enter_variable = 0; }
+ else{
+ enter_variable = enter_variable_list[down_variable_list.size()];};
+ if(in_matrix[i * len + Crossing_source ]){
+ if( ( (Stack[i]->name == Event_Down)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = down_variable_list.begin(); s != down_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) down_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source down_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = down_variable_list.size();
+ if(thread_length != down_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ enter_variable= enter_variable_list[i];
+ down_variable= down_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(enter_variable,down_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int leaves_variable; // thread variable
+ vector<int> leaves_variable_list; // list of coordinated events
+ int Train_source = Root_table[Event_Train]; // source of coordination
+ int up_variable; // thread variable
+ vector<int> up_variable_list; // list of coordinated events
+ int Crossing_source = Root_table[Event_Crossing]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for leaves_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ leaves_variable = i;
+ if( leaves_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Train_source ]){
+ if( ( (Stack[i]->name == Event_Leaves_Crossing_Region)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = leaves_variable_list.begin(); s != leaves_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) leaves_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source leaves_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = leaves_variable_list.size();
+ if(thread_length != leaves_variable_list.size()) throw failed;
+
+ // preparing thread for up_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ up_variable = i;
+ if( up_variable_list.size() == thread_length){
+ leaves_variable = 0; }
+ else{
+ leaves_variable = leaves_variable_list[up_variable_list.size()];};
+ if(in_matrix[i * len + Crossing_source ]){
+ if( ( (Stack[i]->name == Event_Move_Up)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = up_variable_list.begin(); s != up_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) up_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source up_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = up_variable_list.size();
+ if(thread_length != up_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ leaves_variable= leaves_variable_list[i];
+ up_variable= up_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(up_variable,leaves_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ if( Quantified_expr_55_56(current_host) ){}
+ else{
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Crossing is open when train is passing through!";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ Mark = 'M'; // MARK
+ }// end IF
+ { // COORDINATE operation
+ int thread_length = -1;
+ int goes_through_variable; // thread variable
+ vector<int> goes_through_variable_list; // list of coordinated events
+ int Train_source = Root_table[Event_Train]; // source of coordination
+ int down_variable; // thread variable
+ vector<int> down_variable_list; // list of coordinated events
+ int Crossing_source = Root_table[Event_Crossing]; // source of coordination
+ int bar_is_up_variable; // thread variable
+ vector<int> bar_is_up_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for goes_through_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ goes_through_variable = i;
+ if( goes_through_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Train_source ]){
+ if( ( (Stack[i]->name == Event_Goes_through_Crossing_Region)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = goes_through_variable_list.begin(); s != goes_through_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) goes_through_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source goes_through_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = goes_through_variable_list.size();
+ if(thread_length != goes_through_variable_list.size()) throw failed;
+
+ // preparing thread for down_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ down_variable = i;
+ if( down_variable_list.size() == thread_length){
+ goes_through_variable = 0; }
+ else{
+ goes_through_variable = goes_through_variable_list[down_variable_list.size()];
+};
+ if(in_matrix[i * len + Crossing_source ]){
+ if( ( (Stack[i]->name == Event_Down)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = down_variable_list.begin(); s != down_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) down_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source down_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = down_variable_list.size();
+ if(thread_length != down_variable_list.size()) throw failed;
+
+ // preparing thread for bar_is_up_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ bar_is_up_variable = i;
+ if( bar_is_up_variable_list.size() == thread_length){
+ goes_through_variable = 0;
+ down_variable = 0; }
+ else{
+ goes_through_variable = goes_through_variable_list[bar_is_up_variable_list.size()];
+ down_variable = down_variable_list[bar_is_up_variable_list.size()];};
+ if(in_matrix[i * len + Crossing_source ]){
+ if( ( (Stack[i]->name == Event_Move_Up)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = bar_is_up_variable_list.begin(); s != bar_is_up_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) bar_is_up_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source bar_is_up_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = bar_is_up_variable_list.size();
+ if(thread_length != bar_is_up_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ goes_through_variable= goes_through_variable_list[i];
+ down_variable= down_variable_list[i];
+ bar_is_up_variable= bar_is_up_variable_list[i];
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Bar moved down by ";
+ Interval temp_1 = (recalculate_timing_attributes(),
+ time_end_attributes[down_variable] ) ;
+ if( temp_1 .smallest != temp_1 .largest)
+ convert <<"["<< temp_1 .smallest << " .. "<< temp_1 .largest << "]";
+ else convert << temp_1 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Train starts go through crossing at ";
+ Interval temp_2 = (recalculate_timing_attributes(),
+ time_start_attributes[goes_through_variable] ) ;
+ if( temp_2 .smallest != temp_2 .largest)
+ convert <<"["<< temp_2 .smallest << " .. "<< temp_2 .largest << "]";
+ else convert << temp_2 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Train ends go through crossing at ";
+ Interval temp_3 = (recalculate_timing_attributes(),
+ time_end_attributes[goes_through_variable] ) ;
+ if( temp_3 .smallest != temp_3 .largest)
+ convert <<"["<< temp_3 .smallest << " .. "<< temp_3 .largest << "]";
+ else convert << temp_3 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Bar starts go up at ";
+ Interval temp_4 = (recalculate_timing_attributes(),
+ time_start_attributes[bar_is_up_variable] ) ;
+ if( temp_4 .smallest != temp_4 .largest)
+ convert <<"["<< temp_4 .smallest << " .. "<< temp_4 .largest << "]";
+ else convert << temp_4 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ if( ( (recalculate_timing_attributes(),
+ time_start_attributes[goes_through_variable] ) <
+(recalculate_timing_attributes(),
+ time_end_attributes[down_variable] ) )){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Not enough time to close crossing";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ else{
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Crossing was successfully closed";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end IF
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_97_98_ob class
+
+//---- 9 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Atomic_producer(Event_Enter_Restricted_Region);
+ element[ 1 ]= new Atomic_producer(Event_Goes_through_Restricted_Region);
+ element[ 2 ]= new Atomic_producer(Event_Enter_Crossing_Region);
+ element[ 3 ]= new Composite_secondary_producer(Event_Goes_through_Crossing_Region)
+;
+ element[ 4 ]= new Atomic_producer(Event_Leaves_Crossing_Region);
+ }
+};// end class Sq_1_2
+
+//---- 10 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Move_Down);
+ element[ 1 ]= new Atomic_producer(Event_Down);
+ element[ 2 ]= new Composite_secondary_producer(Event_Move_Up);
+ element[ 3 ]= new Atomic_producer(Event_Up);
+ }
+};// end class Sq_7_8
+
+//---- 11 ----
+class Comp_17_18 : public Composite_producer {
+public: // constructor
+ Comp_17_18 (): Composite_producer(Event_Goes_through_Crossing_Region){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_15_16_ob(Event_SIMPLE_LIST_15_16);
+ }
+};// end class Comp_17_18
+
+//---- 12 ----
+class Comp_23_24 : public Composite_producer {
+public: // constructor
+ Comp_23_24 (): Composite_producer(Event_Move_Down){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_21_22_ob(Event_SIMPLE_LIST_21_22);
+ }
+};// end class Comp_23_24
+
+//---- 13 ----
+class Comp_29_30 : public Composite_producer {
+public: // constructor
+ Comp_29_30 (): Composite_producer(Event_Move_Up){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new SIMPLE_LIST_27_28_ob(Event_SIMPLE_LIST_27_28);
+ }
+};// end class Comp_29_30
+
+//---- 14 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Train){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_1_2 ;
+ }
+};// end class Comp_5_6
+
+//---- 15 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Crossing){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_7_8 ;
+ }
+};// end class Comp_11_12
+
+//---- 16 ----
+class SCHEMA_Railroad_Crossing: public Composite_producer {
+public: // constructor
+ SCHEMA_Railroad_Crossing(): Composite_producer(Event_Railroad_Crossing){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Train);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Crossing);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_97_98_ob(Event_SIMPLE_LIST_97_98);
+ }
+};// end class SCHEMA_Railroad_Crossing
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example27_Railroad_Crossing.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_17_18 temp_17; temp_17.harvest();
+ Comp_23_24 temp_18; temp_18.harvest();
+ Comp_29_30 temp_19; temp_19.harvest();
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_20; temp_20.harvest();
+ Comp_11_12 temp_21; temp_21.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Railroad_Crossing temp_22; temp_22.harvest();
+ temp_22.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Railroad_Crossing"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.mp
new file mode 100644
index 0000000..c6c9332
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.mp
@@ -0,0 +1,71 @@
+/*
+Example 27. Timing attribute use.
+
+Railroad crossing example from [Formal Methods for Real-Time Computing, 1996].
+The system operates a gate at a railroad crossing. A sensor determines when
+each train enters and exits the crossing’s region.
+
+The main safety requirement is: if a train is in the crossing region,
+then gate must be down.
+
+*/
+
+SCHEMA Railroad_Crossing
+
+ROOT Train:
+ (+
+ Enter_Restricted_Region
+ Goes_through_Restricted_Region
+ Enter_Crossing_Region
+ Goes_through_Crossing_Region
+ Leaves_Crossing_Region
+ +) ;
+
+ROOT Crossing:
+ (+
+ Move_Down
+ Down
+ Move_Up
+ Up
+ +) ;
+
+/* Set values for duration attributes */
+/*================================================*/
+Goes_through_Crossing_Region: BUILD{ SET duration AT LEAST 10; };
+
+Move_Down: BUILD{ SET duration AT LEAST 5; };
+
+Move_Up: BUILD{ SET duration AT LEAST 2; };
+
+COORDINATE $enter: Enter_Restricted_Region FROM Train,
+ $down: Move_Down FROM Crossing
+ DO ADD $enter PRECEDES $down; OD;
+
+COORDINATE $enter: Enter_Crossing_Region FROM Train,
+ $down: Down FROM Crossing
+ DO ADD $down PRECEDES $enter; OD;
+
+COORDINATE $leaves: Leaves_Crossing_Region FROM Train,
+ $up: Move_Up FROM Crossing
+ DO ADD $leaves PRECEDES $up; OD;
+
+/* The main safety condition */
+CHECK FOREACH $enter: Goes_through_Crossing_Region FROM Train
+ NOT EXISTS $up: Up FROM Crossing
+ MAY_OVERLAP $enter $up
+ ONFAIL SAY("Crossing is open when train is passing through!");
+
+COORDINATE
+ $goes_through: Goes_through_Crossing_Region FROM Train,
+ $down: Down FROM Crossing,
+ $bar_is_up: Move_Up FROM Crossing
+DO
+ SAY("Bar moved down by " $down.end );
+ SAY("Train starts go through crossing at " $goes_through.start);
+ SAY("Train ends go through crossing at " $goes_through.end);
+ SAY("Bar starts go up at " $bar_is_up.start);
+ IF $goes_through.start < $down.end THEN
+ SAY("Not enough time to close crossing");
+ ELSE SAY("Crossing was successfully closed");
+ FI;
+OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.temp.txt
new file mode 100644
index 0000000..c00db62
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example27_Railroad_Crossing tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.txt
new file mode 100644
index 0000000..abddef2
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example27_Railroad_Crossing.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Goes_through_Crossing_Region: 1 traces (0 MARKed) 1 events
+
+completed Move_Down: 1 traces (0 MARKed) 1 events
+
+completed Move_Up: 1 traces (0 MARKed) 1 events
+
+completed Train: 1 traces (0 MARKed) 6 events
+
+completed Crossing: 1 traces (0 MARKed) 5 events
+
+completed Railroad_Crossing: 1 traces (0 MARKed) 17 events
+
+Elapsed time 0.000585 sec, Speed: 52991.5 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture
new file mode 100644
index 0000000000000000000000000000000000000000..a5f5958fc7eeb22fffa662ebd346a65dd6f2c632
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.cpp
new file mode 100644
index 0000000..b8479e7
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.cpp
@@ -0,0 +1,1681 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA MP_architecture trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_101_Diagram;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_load_MP_file
+ , Event_MP_model_editing
+ , Event_browsing_MP_code
+ , Event_press_RUN_button
+ , Event_browse_event_trace
+ , Event_syntax_errors_detected
+ , Event_save_MP_file
+ , Event_end_of_session
+ , Event_input_MP_code
+ , Event_receive_json_file
+ , Event_visualize_trace
+ , Event_perform_syntax_analysis
+ , Event_write_abstract_syntax_tree
+ , Event_read_abstract_syntax_tree
+ , Event_generate_Cpp_file
+ , Event_run_Cpp_compiler
+ , Event_run_executable
+ , Event_produce_json_file
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_25_26
+ , Event_SIMPLE_LIST_49_50
+ , Event_SIMPLE_LIST_69_70
+ , Event_SIMPLE_LIST_79_80
+ , Event_SIMPLE_LIST_143_144
+ // ADD operations
+ // ROOT events
+ , Event_User
+ , Event_MP_code_editor
+ , Event_MP_GUI
+ , Event_MP_parser
+ , Event_Abstract_syntax_tree
+ , Event_Trace_generator
+ // main schema event
+ , Event_MP_architecture };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "load_MP_file"
+ , "MP_model_editing"
+ , "browsing_MP_code"
+ , "press_RUN_button"
+ , "browse_event_trace"
+ , "syntax_errors_detected"
+ , "save_MP_file"
+ , "end_of_session"
+ , "input_MP_code"
+ , "receive_json_file"
+ , "visualize_trace"
+ , "perform_syntax_analysis"
+ , "write_abstract_syntax_tree"
+ , "read_abstract_syntax_tree"
+ , "generate_Cpp_file"
+ , "run_Cpp_compiler"
+ , "run_executable"
+ , "produce_json_file"
+ , "SIMPLE_LIST_25_26"
+ , "SIMPLE_LIST_49_50"
+ , "SIMPLE_LIST_69_70"
+ , "SIMPLE_LIST_79_80"
+ , "SIMPLE_LIST_143_144"
+ , "User"
+ , "MP_code_editor"
+ , "MP_GUI"
+ , "MP_parser"
+ , "Abstract_syntax_tree"
+ , "Trace_generator"
+ , "MP_architecture" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Quantified_expr_121_122(Coordinate * current_host, int E1_variable, int E2_variable
+){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int E3_variable;
+ int pivot_E3_variable = 0;
+
+ // loop 1 for E3_variable
+ for( E3_variable = 0; E3_variable < len; E3_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ E3_variable * len + pivot_E3_variable
+]) &&
+ ( Stack[ E3_variable ]->type == Atom || Stack[ E3_variable
+]->type == ROOT_node || Stack[ E3_variable
+]->type == Composite_event_instance_node || Stack[ E3_variable
+]->type == Schema_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( find_pair_in_table( E3_variable , E1_variable , Inside) &&
+find_pair_in_table( E3_variable , E2_variable , Inside) ))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 2 ----
+bool Quantified_expr_125_126(Coordinate * current_host, int E1_variable, int E2_variable
+){
+ //=====================================
+ // quantifier EXISTS with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int E3_variable;
+ int pivot_E3_variable = E1_variable ;
+ int E4_variable;
+ int pivot_E4_variable = E2_variable ;
+
+ // loop 1 for E3_variable
+ for( E3_variable = 0; E3_variable < len; E3_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ E3_variable * len + pivot_E3_variable
+]) &&
+ ( Stack[ E3_variable ]->type == Atom || Stack[ E3_variable
+]->type == ROOT_node || Stack[ E3_variable
+]->type == Composite_event_instance_node || Stack[ E3_variable
+]->type == Schema_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for E4_variable
+ for( E4_variable = 0; E4_variable < len; E4_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ E4_variable * len + pivot_E4_variable
+]) &&
+ ( Stack[ E4_variable ]->type == Atom || Stack[ E4_variable
+]->type == ROOT_node || Stack[ E4_variable
+]->type == Composite_event_instance_node || Stack[ E4_variable
+]->type == Schema_node )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( find_pair_in_table( E4_variable , E3_variable , Follows) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 3 ----
+class SIMPLE_LIST_25_26_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_25_26_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int User_source = Root_table[Event_User];
+ // lists of shared events for User
+ vector<int> User_MP_model_editing_list;
+ vector<int> User_browsing_MP_code_list;
+
+ int MP_code_editor_source = Root_table[Event_MP_code_editor];
+ // lists of shared events for MP_code_editor
+ vector<int> MP_code_editor_MP_model_editing_list;
+ vector<int> MP_code_editor_browsing_MP_code_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + User_source ]){
+ if( Stack[i]->name == Event_MP_model_editing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = User_MP_model_editing_list.begin();
+ s != User_MP_model_editing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) User_MP_model_editing_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_browsing_MP_code ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = User_browsing_MP_code_list.begin();
+ s != User_browsing_MP_code_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) User_browsing_MP_code_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + MP_code_editor_source ]){
+ if( Stack[i]->name == Event_MP_model_editing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_code_editor_MP_model_editing_list.begin();
+ s != MP_code_editor_MP_model_editing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_code_editor_MP_model_editing_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_browsing_MP_code ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_code_editor_browsing_MP_code_list.begin();
+ s != MP_code_editor_browsing_MP_code_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_code_editor_browsing_MP_code_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = MP_code_editor_MP_model_editing_list.size();
+ if(User_MP_model_editing_list.size() != len_to_compare) throw failed ;
+ len_to_compare = MP_code_editor_browsing_MP_code_list.size();
+ if(User_browsing_MP_code_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = MP_code_editor_MP_model_editing_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(User_MP_model_editing_list[i], MP_code_editor_MP_model_editing_list[i]);
+ }
+ len_to_compare = MP_code_editor_browsing_MP_code_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(User_browsing_MP_code_list[i], MP_code_editor_browsing_MP_code_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_25_26_ob class
+
+//---- 4 ----
+class SIMPLE_LIST_49_50_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_49_50_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int User_source = Root_table[Event_User];
+ // lists of shared events for User
+ vector<int> User_load_MP_file_list;
+ vector<int> User_save_MP_file_list;
+ vector<int> User_press_RUN_button_list;
+
+ int MP_GUI_source = Root_table[Event_MP_GUI];
+ // lists of shared events for MP_GUI
+ vector<int> MP_GUI_load_MP_file_list;
+ vector<int> MP_GUI_save_MP_file_list;
+ vector<int> MP_GUI_press_RUN_button_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + User_source ]){
+ if( Stack[i]->name == Event_load_MP_file ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = User_load_MP_file_list.begin();
+ s != User_load_MP_file_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) User_load_MP_file_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_save_MP_file ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = User_save_MP_file_list.begin();
+ s != User_save_MP_file_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) User_save_MP_file_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_press_RUN_button ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = User_press_RUN_button_list.begin();
+ s != User_press_RUN_button_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) User_press_RUN_button_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + MP_GUI_source ]){
+ if( Stack[i]->name == Event_load_MP_file ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_GUI_load_MP_file_list.begin();
+ s != MP_GUI_load_MP_file_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_GUI_load_MP_file_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_save_MP_file ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_GUI_save_MP_file_list.begin();
+ s != MP_GUI_save_MP_file_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_GUI_save_MP_file_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_press_RUN_button ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_GUI_press_RUN_button_list.begin();
+ s != MP_GUI_press_RUN_button_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_GUI_press_RUN_button_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = MP_GUI_load_MP_file_list.size();
+ if(User_load_MP_file_list.size() != len_to_compare) throw failed ;
+ len_to_compare = MP_GUI_save_MP_file_list.size();
+ if(User_save_MP_file_list.size() != len_to_compare) throw failed ;
+ len_to_compare = MP_GUI_press_RUN_button_list.size();
+ if(User_press_RUN_button_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = MP_GUI_load_MP_file_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(User_load_MP_file_list[i], MP_GUI_load_MP_file_list[i]);
+ }
+ len_to_compare = MP_GUI_save_MP_file_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(User_save_MP_file_list[i], MP_GUI_save_MP_file_list[i]);
+ }
+ len_to_compare = MP_GUI_press_RUN_button_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(User_press_RUN_button_list[i], MP_GUI_press_RUN_button_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int v_variable; // thread variable
+ vector<int> v_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for v_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ v_variable = i;
+ if( v_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_visualize_trace)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = v_variable_list.begin(); s != v_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) v_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source v_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = v_variable_list.size();
+ if(thread_length != v_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ v_variable = 0; }
+ else{
+ v_variable = v_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_browse_event_trace)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ v_variable= v_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,v_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_49_50_ob class
+
+//---- 5 ----
+class SIMPLE_LIST_69_70_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_69_70_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int MP_parser_source = Root_table[Event_MP_parser];
+ // lists of shared events for MP_parser
+ vector<int> MP_parser_input_MP_code_list;
+
+ int MP_GUI_source = Root_table[Event_MP_GUI];
+ // lists of shared events for MP_GUI
+ vector<int> MP_GUI_input_MP_code_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + MP_parser_source ]){
+ if( Stack[i]->name == Event_input_MP_code ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_parser_input_MP_code_list.begin();
+ s != MP_parser_input_MP_code_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_parser_input_MP_code_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + MP_GUI_source ]){
+ if( Stack[i]->name == Event_input_MP_code ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_GUI_input_MP_code_list.begin();
+ s != MP_GUI_input_MP_code_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_GUI_input_MP_code_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = MP_GUI_input_MP_code_list.size();
+ if(MP_parser_input_MP_code_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = MP_GUI_input_MP_code_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(MP_parser_input_MP_code_list[i], MP_GUI_input_MP_code_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int User_source = Root_table[Event_User];
+ // lists of shared events for User
+ vector<int> User_syntax_errors_detected_list;
+
+ int MP_parser_source = Root_table[Event_MP_parser];
+ // lists of shared events for MP_parser
+ vector<int> MP_parser_syntax_errors_detected_list;
+
+ int MP_GUI_source = Root_table[Event_MP_GUI];
+ // lists of shared events for MP_GUI
+ vector<int> MP_GUI_syntax_errors_detected_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + User_source ]){
+ if( Stack[i]->name == Event_syntax_errors_detected ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = User_syntax_errors_detected_list.begin();
+ s != User_syntax_errors_detected_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) User_syntax_errors_detected_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + MP_parser_source ]){
+ if( Stack[i]->name == Event_syntax_errors_detected ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_parser_syntax_errors_detected_list.begin();
+ s != MP_parser_syntax_errors_detected_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_parser_syntax_errors_detected_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + MP_GUI_source ]){
+ if( Stack[i]->name == Event_syntax_errors_detected ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_GUI_syntax_errors_detected_list.begin();
+ s != MP_GUI_syntax_errors_detected_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_GUI_syntax_errors_detected_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = MP_GUI_syntax_errors_detected_list.size();
+ if(User_syntax_errors_detected_list.size() != len_to_compare) throw failed
+;
+ if(MP_parser_syntax_errors_detected_list.size() != len_to_compare) throw
+failed ;
+
+ // do the SHARE ALL
+ len_to_compare = MP_GUI_syntax_errors_detected_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(User_syntax_errors_detected_list[i], MP_parser_syntax_errors_detected_list[i]);
+ make_equality_complete(User_syntax_errors_detected_list[i], MP_GUI_syntax_errors_detected_list[i]);
+ make_equality_complete(MP_parser_syntax_errors_detected_list[i], MP_GUI_syntax_errors_detected_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int p_variable; // thread variable
+ vector<int> p_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for p_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ p_variable = i;
+ if( p_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_press_RUN_button)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p_variable_list.begin(); s != p_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source p_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = p_variable_list.size();
+ if(thread_length != p_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ p_variable = 0; }
+ else{
+ p_variable = p_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_input_MP_code)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ p_variable= p_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,p_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_69_70_ob class
+
+//---- 6 ----
+class SIMPLE_LIST_79_80_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_79_80_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int MP_parser_source = Root_table[Event_MP_parser];
+ // lists of shared events for MP_parser
+ vector<int> MP_parser_write_abstract_syntax_tree_list;
+
+ int Abstract_syntax_tree_source = Root_table[Event_Abstract_syntax_tree];
+ // lists of shared events for Abstract_syntax_tree
+ vector<int> Abstract_syntax_tree_write_abstract_syntax_tree_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + MP_parser_source ]){
+ if( Stack[i]->name == Event_write_abstract_syntax_tree ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = MP_parser_write_abstract_syntax_tree_list.begin();
+ s != MP_parser_write_abstract_syntax_tree_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) MP_parser_write_abstract_syntax_tree_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Abstract_syntax_tree_source ]){
+ if( Stack[i]->name == Event_write_abstract_syntax_tree ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Abstract_syntax_tree_write_abstract_syntax_tree_list.begin();
+ s != Abstract_syntax_tree_write_abstract_syntax_tree_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Abstract_syntax_tree_write_abstract_syntax_tree_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Abstract_syntax_tree_write_abstract_syntax_tree_list.size();
+ if(MP_parser_write_abstract_syntax_tree_list.size() != len_to_compare)
+throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Abstract_syntax_tree_write_abstract_syntax_tree_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(MP_parser_write_abstract_syntax_tree_list[i], Abstract_syntax_tree_write_abstract_syntax_tree_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_79_80_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_143_144_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_143_144_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Abstract_syntax_tree_source = Root_table[Event_Abstract_syntax_tree];
+ // lists of shared events for Abstract_syntax_tree
+ vector<int> Abstract_syntax_tree_read_abstract_syntax_tree_list;
+
+ int Trace_generator_source = Root_table[Event_Trace_generator];
+ // lists of shared events for Trace_generator
+ vector<int> Trace_generator_read_abstract_syntax_tree_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Abstract_syntax_tree_source ]){
+ if( Stack[i]->name == Event_read_abstract_syntax_tree ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Abstract_syntax_tree_read_abstract_syntax_tree_list.begin();
+ s != Abstract_syntax_tree_read_abstract_syntax_tree_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Abstract_syntax_tree_read_abstract_syntax_tree_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Trace_generator_source ]){
+ if( Stack[i]->name == Event_read_abstract_syntax_tree ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Trace_generator_read_abstract_syntax_tree_list.begin();
+ s != Trace_generator_read_abstract_syntax_tree_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Trace_generator_read_abstract_syntax_tree_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Trace_generator_read_abstract_syntax_tree_list.size();
+ if(Abstract_syntax_tree_read_abstract_syntax_tree_list.size() != len_to_compare)
+throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Trace_generator_read_abstract_syntax_tree_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Abstract_syntax_tree_read_abstract_syntax_tree_list[i], Trace_generator_read_abstract_syntax_tree_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int p_variable; // thread variable
+ vector<int> p_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for p_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ p_variable = i;
+ if( p_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_produce_json_file)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p_variable_list.begin(); s != p_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source p_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = p_variable_list.size();
+ if(thread_length != p_variable_list.size()) throw failed;
+
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){
+ p_variable = 0; }
+ else{
+ p_variable = p_variable_list[r_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_receive_json_file)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ p_variable= p_variable_list[i];
+ r_variable= r_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r_variable,p_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<" Scope ";
+ convert << 3 ;
+ convert <<" Trace #";
+ convert <<
+ trace_id_attribute ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ { // Diagram title generation
+ ostringstream convert;
+ convert <<"main component interactions";
+ GRAPH_101_Diagram.title = convert.str();}
+ { // COORDINATE operation
+ int thread_length = -1;
+ int E1_variable; // thread variable
+ vector<int> E1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for E1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ E1_variable = i;
+ if( E1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == ROOT_node) ||
+(Stack[i]->type == Composite_event_instance_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = E1_variable_list.begin(); s != E1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) E1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source E1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = E1_variable_list.size();
+ if(thread_length != E1_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ E1_variable= E1_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int E2_variable; // thread variable
+ vector<int> E2_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for E2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ E2_variable = i;
+ if( E2_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == ROOT_node) ||
+(Stack[i]->type == Composite_event_instance_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = E2_variable_list.begin(); s != E2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) E2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source E2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = E2_variable_list.size();
+ if(thread_length != E2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ E2_variable= E2_variable_list[i];
+ // WITHIN Diagram
+ int a_102_node_var = -1;
+ int b_104_node_var = -1;
+ {// LAST_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ E1_variable ]->name];
+ a_102_node_var = GRAPH_101_Diagram.find_or_create_new_node(convert.str());}
+ {// LAST_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ E2_variable ]->name];
+ b_104_node_var = GRAPH_101_Diagram.find_or_create_new_node(convert.str());}
+ if( find_pair_in_table( E1_variable , E2_variable , Inside) ){
+ // add_arrow for GRAPH_101_Diagram
+ {
+ ostringstream convert;
+ convert <<"calls";
+ GRAPH_101_Diagram.add_arrow(b_104_node_var,a_102_node_var,convert.str());}
+ }// end THEN
+ if( ( ( ( E1_variable != E2_variable ) && ! ( find_pair_in_table( E1_variable
+ , E2_variable , Inside) || find_pair_in_table( E2_variable , E1_variable
+, Inside) ))&& ( Quantified_expr_121_122(current_host, E1_variable, E2_variable)
+ || Quantified_expr_125_126(current_host, E1_variable, E2_variable) ))){
+ // add_line for GRAPH_101_Diagram
+ {
+ ostringstream convert;
+ convert <<"interacts with";
+ GRAPH_101_Diagram.add_line(a_102_node_var,b_104_node_var,convert.str());}
+ }// end THEN
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_143_144_ob class
+
+//---- 8 ----
+class Opt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Opt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_load_MP_file);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_1_2
+
+//---- 9 ----
+class Alt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Alt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_MP_model_editing);
+ element[ 1 ]= new Atomic_producer(Event_browsing_MP_code);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_3_4
+
+//---- 10 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_browse_event_trace);
+ element[ 1 ]= new Atomic_producer(Event_syntax_errors_detected);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 11 ----
+class Opt_7_8 : public OR_node_producer_container {
+public: // constructor
+ Opt_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_save_MP_file);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_7_8
+
+//---- 12 ----
+class Sq_9_10 : public AND_node_producer_container {
+public: // constructor
+ Sq_9_10 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Opt_1_2 ;
+ element[ 1 ]= new Alt_3_4 ;
+ element[ 2 ]= new Atomic_producer(Event_press_RUN_button);
+ element[ 3 ]= new Alt_5_6 ;
+ element[ 4 ]= new Opt_7_8 ;
+ }
+};// end class Sq_9_10
+
+//---- 13 ----
+class Ct_147_148 : public AND_node_producer_container {
+public: // constructor
+ Ct_147_148 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_9_10 ;
+ element[ 1 ]= new Sq_9_10 ;
+ }
+};// end class Ct_147_148
+
+//---- 14 ----
+class Ct_149_150 : public AND_node_producer_container {
+public: // constructor
+ Ct_149_150 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_9_10 ;
+ element[ 1 ]= new Sq_9_10 ;
+ element[ 2 ]= new Sq_9_10 ;
+ }
+};// end class Ct_149_150
+
+//---- 15 ----
+class Itp_11_12 : public OR_node_producer_container {
+public: // constructor
+ Itp_11_12 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_9_10 ;
+ element[ 1 ]= new Ct_147_148 ;
+ element[ 2 ]= new Ct_149_150 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_11_12
+
+//---- 16 ----
+class Sq_13_14 : public AND_node_producer_container {
+public: // constructor
+ Sq_13_14 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itp_11_12 ;
+ element[ 1 ]= new Atomic_producer(Event_end_of_session);
+ }
+};// end class Sq_13_14
+
+//---- 17 ----
+class Alt_17_18 : public OR_node_producer_container {
+public: // constructor
+ Alt_17_18 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_MP_model_editing);
+ element[ 1 ]= new Atomic_producer(Event_browsing_MP_code);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_17_18
+
+//---- 18 ----
+class Ct_151_152 : public AND_node_producer_container {
+public: // constructor
+ Ct_151_152 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_17_18 ;
+ element[ 1 ]= new Alt_17_18 ;
+ }
+};// end class Ct_151_152
+
+//---- 19 ----
+class Ct_153_154 : public AND_node_producer_container {
+public: // constructor
+ Ct_153_154 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_17_18 ;
+ element[ 1 ]= new Alt_17_18 ;
+ element[ 2 ]= new Alt_17_18 ;
+ }
+};// end class Ct_153_154
+
+//---- 20 ----
+class Itp_19_20 : public OR_node_producer_container {
+public: // constructor
+ Itp_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_17_18 ;
+ element[ 1 ]= new Ct_151_152 ;
+ element[ 2 ]= new Ct_153_154 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_19_20
+
+//---- 21 ----
+class Opt_27_28 : public OR_node_producer_container {
+public: // constructor
+ Opt_27_28 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_load_MP_file);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_27_28
+
+//---- 22 ----
+class Sq_29_30 : public AND_node_producer_container {
+public: // constructor
+ Sq_29_30 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_receive_json_file);
+ element[ 1 ]= new Atomic_producer(Event_visualize_trace);
+ }
+};// end class Sq_29_30
+
+//---- 23 ----
+class Alt_31_32 : public OR_node_producer_container {
+public: // constructor
+ Alt_31_32 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_29_30 ;
+ element[ 1 ]= new Atomic_producer(Event_syntax_errors_detected);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_31_32
+
+//---- 24 ----
+class Opt_33_34 : public OR_node_producer_container {
+public: // constructor
+ Opt_33_34 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_save_MP_file);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_33_34
+
+//---- 25 ----
+class Sq_35_36 : public AND_node_producer_container {
+public: // constructor
+ Sq_35_36 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Opt_27_28 ;
+ element[ 1 ]= new Atomic_producer(Event_press_RUN_button);
+ element[ 2 ]= new Atomic_producer(Event_input_MP_code);
+ element[ 3 ]= new Alt_31_32 ;
+ element[ 4 ]= new Opt_33_34 ;
+ }
+};// end class Sq_35_36
+
+//---- 26 ----
+class Ct_155_156 : public AND_node_producer_container {
+public: // constructor
+ Ct_155_156 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ }
+};// end class Ct_155_156
+
+//---- 27 ----
+class Ct_157_158 : public AND_node_producer_container {
+public: // constructor
+ Ct_157_158 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ element[ 2 ]= new Sq_35_36 ;
+ }
+};// end class Ct_157_158
+
+//---- 28 ----
+class Itp_37_38 : public OR_node_producer_container {
+public: // constructor
+ Itp_37_38 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Ct_155_156 ;
+ element[ 2 ]= new Ct_157_158 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_37_38
+
+//---- 29 ----
+class Alt_51_52 : public OR_node_producer_container {
+public: // constructor
+ Alt_51_52 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_write_abstract_syntax_tree);
+ element[ 1 ]= new Atomic_producer(Event_syntax_errors_detected);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_51_52
+
+//---- 30 ----
+class Sq_53_54 : public AND_node_producer_container {
+public: // constructor
+ Sq_53_54 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_input_MP_code);
+ element[ 1 ]= new Atomic_producer(Event_perform_syntax_analysis);
+ element[ 2 ]= new Alt_51_52 ;
+ }
+};// end class Sq_53_54
+
+//---- 31 ----
+class Ct_159_160 : public AND_node_producer_container {
+public: // constructor
+ Ct_159_160 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_53_54 ;
+ element[ 1 ]= new Sq_53_54 ;
+ }
+};// end class Ct_159_160
+
+//---- 32 ----
+class Ct_161_162 : public AND_node_producer_container {
+public: // constructor
+ Ct_161_162 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_53_54 ;
+ element[ 1 ]= new Sq_53_54 ;
+ element[ 2 ]= new Sq_53_54 ;
+ }
+};// end class Ct_161_162
+
+//---- 33 ----
+class Itp_55_56 : public OR_node_producer_container {
+public: // constructor
+ Itp_55_56 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_53_54 ;
+ element[ 1 ]= new Ct_159_160 ;
+ element[ 2 ]= new Ct_161_162 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_55_56
+
+//---- 34 ----
+class Sq_71_72 : public AND_node_producer_container {
+public: // constructor
+ Sq_71_72 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_write_abstract_syntax_tree);
+ element[ 1 ]= new Atomic_producer(Event_read_abstract_syntax_tree);
+ }
+};// end class Sq_71_72
+
+//---- 35 ----
+class Ct_163_164 : public AND_node_producer_container {
+public: // constructor
+ Ct_163_164 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_71_72 ;
+ element[ 1 ]= new Sq_71_72 ;
+ }
+};// end class Ct_163_164
+
+//---- 36 ----
+class Ct_165_166 : public AND_node_producer_container {
+public: // constructor
+ Ct_165_166 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_71_72 ;
+ element[ 1 ]= new Sq_71_72 ;
+ element[ 2 ]= new Sq_71_72 ;
+ }
+};// end class Ct_165_166
+
+//---- 37 ----
+class Itr_73_74 : public OR_node_producer_container {
+public: // constructor
+ Itr_73_74 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_71_72 ;
+ element[ 2 ]= new Ct_163_164 ;
+ element[ 3 ]= new Ct_165_166 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_73_74
+
+//---- 38 ----
+class Sq_81_82 : public AND_node_producer_container {
+public: // constructor
+ Sq_81_82 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Atomic_producer(Event_read_abstract_syntax_tree);
+ element[ 1 ]= new Atomic_producer(Event_generate_Cpp_file);
+ element[ 2 ]= new Atomic_producer(Event_run_Cpp_compiler);
+ element[ 3 ]= new Atomic_producer(Event_run_executable);
+ element[ 4 ]= new Atomic_producer(Event_produce_json_file);
+ }
+};// end class Sq_81_82
+
+//---- 39 ----
+class Ct_167_168 : public AND_node_producer_container {
+public: // constructor
+ Ct_167_168 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_81_82 ;
+ element[ 1 ]= new Sq_81_82 ;
+ }
+};// end class Ct_167_168
+
+//---- 40 ----
+class Ct_169_170 : public AND_node_producer_container {
+public: // constructor
+ Ct_169_170 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_81_82 ;
+ element[ 1 ]= new Sq_81_82 ;
+ element[ 2 ]= new Sq_81_82 ;
+ }
+};// end class Ct_169_170
+
+//---- 41 ----
+class Itr_83_84 : public OR_node_producer_container {
+public: // constructor
+ Itr_83_84 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_81_82 ;
+ element[ 2 ]= new Ct_167_168 ;
+ element[ 3 ]= new Ct_169_170 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_83_84
+
+//---- 42 ----
+class Comp_15_16 : public Composite_producer {
+public: // constructor
+ Comp_15_16 (): Composite_producer(Event_User){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_13_14 ;
+ }
+};// end class Comp_15_16
+
+//---- 43 ----
+class Comp_21_22 : public Composite_producer {
+public: // constructor
+ Comp_21_22 (): Composite_producer(Event_MP_code_editor){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itp_19_20 ;
+ }
+};// end class Comp_21_22
+
+//---- 44 ----
+class Comp_39_40 : public Composite_producer {
+public: // constructor
+ Comp_39_40 (): Composite_producer(Event_MP_GUI){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itp_37_38 ;
+ }
+};// end class Comp_39_40
+
+//---- 45 ----
+class Comp_57_58 : public Composite_producer {
+public: // constructor
+ Comp_57_58 (): Composite_producer(Event_MP_parser){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itp_55_56 ;
+ }
+};// end class Comp_57_58
+
+//---- 46 ----
+class Comp_75_76 : public Composite_producer {
+public: // constructor
+ Comp_75_76 (): Composite_producer(Event_Abstract_syntax_tree){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_73_74 ;
+ }
+};// end class Comp_75_76
+
+//---- 47 ----
+class Comp_85_86 : public Composite_producer {
+public: // constructor
+ Comp_85_86 (): Composite_producer(Event_Trace_generator){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_83_84 ;
+ }
+};// end class Comp_85_86
+
+//---- 48 ----
+class SCHEMA_MP_architecture: public Composite_producer {
+public: // constructor
+ SCHEMA_MP_architecture(): Composite_producer(Event_MP_architecture){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 11 ];
+ element[0]= new Composite_secondary_producer(Event_User);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_MP_code_editor);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_25_26_ob(Event_SIMPLE_LIST_25_26);
+ element[3]= new Composite_secondary_producer(Event_MP_GUI);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_49_50_ob(Event_SIMPLE_LIST_49_50);
+ element[5]= new Composite_secondary_producer(Event_MP_parser);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_69_70_ob(Event_SIMPLE_LIST_69_70);
+ element[7]= new Composite_secondary_producer(Event_Abstract_syntax_tree);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[7] -> type = ROOT_node;
+ element[8]= new SIMPLE_LIST_79_80_ob(Event_SIMPLE_LIST_79_80);
+ element[9]= new Composite_secondary_producer(Event_Trace_generator);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[9] -> type = ROOT_node;
+ element[10]= new SIMPLE_LIST_143_144_ob(Event_SIMPLE_LIST_143_144);
+ }
+};// end class SCHEMA_MP_architecture
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ // SHOW Diagram
+ graph_container.insert(pair<int, graph_object>( 1,GRAPH_101_Diagram));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example28_MP_model_of_MP_architecture.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_15_16 temp_49; temp_49.harvest();
+ Comp_21_22 temp_50; temp_50.harvest();
+ Comp_39_40 temp_51; temp_51.harvest();
+ Comp_57_58 temp_52; temp_52.harvest();
+ Comp_75_76 temp_53; temp_53.harvest();
+ Comp_85_86 temp_54; temp_54.harvest();
+ // harvesting traces for main schema
+ SCHEMA_MP_architecture temp_55; temp_55.harvest();
+ temp_55.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"MP_architecture"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.json
new file mode 100644
index 0000000..e69de29
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.mp
new file mode 100644
index 0000000..3626418
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.mp
@@ -0,0 +1,148 @@
+/* Example 28
+ MP compiler/trace generator architecture model
+
+ run for scope 1 or more
+
+===================================================*/
+SCHEMA MP_architecture
+
+ROOT User:
+ (+ [ load_MP_file ]
+ ( MP_model_editing | browsing_MP_code )
+ press_RUN_button
+ ( browse_event_trace |
+ syntax_errors_detected )
+ [ save_MP_file ]
+ +)
+ end_of_session
+;
+/*--------------------------------------------------*/
+
+ROOT MP_code_editor:
+ (+
+ ( MP_model_editing |
+ browsing_MP_code )
+ +)
+;
+
+User, MP_code_editor SHARE ALL MP_model_editing, browsing_MP_code;
+
+/*--------------------------------------------------*/
+
+ROOT MP_GUI:
+ (+ [ load_MP_file ]
+ press_RUN_button
+ input_MP_code
+ /* trace visualization happens only if there are no syntax errors,
+ and trace generator has been called */
+ ( receive_json_file
+ visualize_trace |
+
+ syntax_errors_detected )
+ [ save_MP_file ]
+ +)
+;
+
+User, MP_GUI SHARE ALL load_MP_file, save_MP_file,
+ press_RUN_button;
+
+COORDINATE $v: visualize_trace,
+ $b: browse_event_trace
+ DO ADD $v PRECEDES $b; OD;
+
+/*--------------------------------------------------*/
+
+ROOT MP_parser:
+ (+ input_MP_code
+ perform_syntax_analysis
+ ( write_abstract_syntax_tree |
+ syntax_errors_detected )
+ +)
+;
+
+MP_parser, MP_GUI SHARE ALL input_MP_code;
+
+User, MP_parser, MP_GUI SHARE ALL syntax_errors_detected;
+
+COORDINATE $p: press_RUN_button,
+ $r: input_MP_code
+ DO ADD $p PRECEDES $r; OD;
+/*--------------------------------------------------*/
+
+ROOT Abstract_syntax_tree:
+ (* write_abstract_syntax_tree
+ read_abstract_syntax_tree
+ *);
+
+MP_parser, Abstract_syntax_tree SHARE ALL write_abstract_syntax_tree;
+/*--------------------------------------------------*/
+
+ROOT Trace_generator:
+ (* read_abstract_syntax_tree
+ generate_Cpp_file
+ run_Cpp_compiler
+ run_executable
+ produce_json_file
+ *);
+
+Abstract_syntax_tree, Trace_generator SHARE ALL read_abstract_syntax_tree;
+
+COORDINATE $p: produce_json_file,
+ $r: receive_json_file
+ DO ADD $p PRECEDES $r; OD;
+/*--------------------------------------------------*/
+
+/* trace annotations */
+SAY(" Scope " $$scope " Trace #" trace_id );
+
+/*================================================================
+ Processing event trace to find dependencies between components.
+ Produces a UML-like Component Diagram. This code is reusable,
+ and can be copied/pasted into any other MP model.
+ See Sec. 5.3 in MP v.4 Manual
+ ================================================================*/
+GRAPH Diagram { TITLE ("main component interactions");};
+
+ COORDINATE $E1: ($$ROOT | $$COMPOSITE) DO
+ COORDINATE $E2: ($$ROOT | $$COMPOSITE) DO
+ WITHIN Diagram{
+ /* For each valid event trace find all root and composite
+ event instances within the event trace and add them to the graph. */
+ Node$a: LAST ($E1);
+ Node$b: LAST ($E2);
+ /* LAST option in the node constructors ensures
+ there will be only a single instance of a node
+ in the graph for each root and composite event
+ found in the event trace */
+
+ /* If event E1 is IN another event E2, add an arrow “E2 calls E1†*/
+ IF $E1 IN $E2 THEN
+ ADD Node$b ARROW("calls") Node$a;
+ FI;
+
+ /* We look for interactions between components and data structures.
+
+ Interactions between components, usually are represented by coordination of
+ events in the interacting components (presence of PRECEDES between events
+ in different threads).
+
+ Interactions between components and data structures are modeled by shared events,
+ since data structures are usually modeled as a set of operations performed on them. */
+
+ IF $E1 != $E2 AND
+ NOT ($E1 IN $E2 OR $E2 IN $E1) AND
+ ( ( EXISTS $E3: $$EVENT ($E3 IN $E1 AND $E3 IN $E2) ) OR
+
+ ( EXISTS $E3: $$EVENT FROM $E1,
+ $E4: $$EVENT FROM $E2 ($E3 PRECEDES $E4) ) ) THEN
+ ADD Node$a LINE("interacts with") Node$b;
+ FI;
+ }; /* end WITHIN Diagram */
+ OD;
+ OD; /* end of $E1 and $E2 loops */
+
+GLOBAL
+/* When trace derivation is completed, data from the traces has been accumulated in
+ the graph and is ready to be shown */
+SHOW Diagram;
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.temp.txt
new file mode 100644
index 0000000..735bdc5
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example28_MP_model_of_MP_architecture tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.tree
new file mode 100644
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literal 0
HcmV?d00001
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.txt
new file mode 100644
index 0000000..adb8b70
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example28_MP_model_of_MP_architecture.txt
@@ -0,0 +1,19 @@
+generating traces for scope 3
+completed User: 4368 traces (0 MARKed) 60000 events
+ average 13.7363 ev/trace min 5 max 17
+
+completed MP_code_editor: 14 traces (0 MARKed) 48 events
+ average 3.42857 ev/trace min 2 max 4
+
+completed MP_GUI: 584 traces (0 MARKed) 8108 events
+ average 13.8836 ev/trace min 4 max 19
+
+completed MP_parser: 14 traces (0 MARKed) 116 events
+ average 8.28571 ev/trace min 4 max 10
+
+completed Abstract_syntax_tree: 4 traces (0 MARKed) 16 events
+ average 4 ev/trace min 1 max 7
+
+completed Trace_generator: 4 traces (0 MARKed) 34 events
+ average 8.5 ev/trace min 1 max 16
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.cpp
new file mode 100644
index 0000000..f4f35f1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.cpp
@@ -0,0 +1,587 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA stack1 trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > p2_number_attribute;
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( p2_number_attribute[event1] != p2_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ p2_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!p2_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("p2",p2_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "p2"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ p2_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_push
+ , Event_pop
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_13_14
+ , Event_SIMPLE_LIST_53_54
+ // ADD operations
+ // ROOT events
+ , Event_Stack
+ // main schema event
+ , Event_stack1 };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "push"
+ , "pop"
+ , "SIMPLE_LIST_13_14"
+ , "SIMPLE_LIST_53_54"
+ , "Stack"
+ , "stack1" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_5(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_pop){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_6(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_push){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_pop){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_20(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_push){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+bool Quantified_expr_7_8(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int x_variable;
+ int pivot_x_variable = Root_table[Event_Stack];
+
+ // loop 1 for x_variable
+ for( x_variable = 0; x_variable < len; x_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ x_variable * len + pivot_x_variable
+]) &&
+ (
+ (Stack[x_variable]-> name == Event_pop) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( special_function_5(current_host, x_variable ) < special_function_6(current_host,
+x_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 6 ----
+class SIMPLE_LIST_13_14_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_13_14_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_7_8(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_13_14_ob class
+
+//---- 7 ----
+class SIMPLE_LIST_53_54_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_53_54_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute p2 assignment
+ p2_number_attribute[0]=(1 / (float)( 1 + 1 )) ;
+ { // COORDINATE operation
+ int thread_length = -1;
+ int e_variable; // thread variable
+ vector<int> e_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for e_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e_variable = i;
+ if( e_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_pop)|| (Stack[i]->name == Event_push)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e_variable_list.begin(); s != e_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e_variable_list.size();
+ if(thread_length != e_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ e_variable= e_variable_list[i];
+ if( ( special_function_19(current_host, e_variable ) == special_function_20(current_host,
+e_variable ) )){}
+ else{
+ if( (Stack[e_variable]->name == Event_pop)){
+ // attribute p2 assignment
+ p2_number_attribute[0]*=2.500000E-01;
+ }// end THEN
+ else{
+ // attribute p2 assignment
+ p2_number_attribute[0]*=7.500000E-01;
+ }// end IF
+ }// end IF
+ // attribute p2 assignment
+ p2_number_attribute[e_variable]=
+ p2_number_attribute[0] ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_pop)|| (Stack[i]->name == Event_push)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert << event_name_string[Stack[ x_variable ]->name];
+ convert <<" with probability ";
+ convert <<
+ p2_number_attribute[x_variable] ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Trace ";
+ convert <<
+ trace_id_attribute ;
+ convert <<" for scope ";
+ convert << 1 ;
+ convert <<" has probability ";
+ convert <<
+ p2_number_attribute[0] ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_53_54_ob class
+
+//---- 8 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_push);
+ element[ 1 ]= new Atomic_producer(Event_pop);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 7.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 9 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 10 ----
+class Comp_15_16 : public Composite_producer {
+public: // constructor
+ Comp_15_16 (): Composite_producer(Event_Stack){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_3_4 ;
+ element[ 1 ]= new SIMPLE_LIST_13_14_ob(Event_SIMPLE_LIST_13_14);
+ }
+};// end class Comp_15_16
+
+//---- 11 ----
+class SCHEMA_stack1: public Composite_producer {
+public: // constructor
+ SCHEMA_stack1(): Composite_producer(Event_stack1){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[0]= new Composite_secondary_producer(Event_Stack);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new SIMPLE_LIST_53_54_ob(Event_SIMPLE_LIST_53_54);
+ }
+};// end class SCHEMA_stack1
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example29_stack1_Bayesian_probability.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_15_16 temp_12; temp_12.harvest();
+ // harvesting traces for main schema
+ SCHEMA_stack1 temp_13; temp_13.harvest();
+ temp_13.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"stack1"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.mp
new file mode 100644
index 0000000..b0fc26d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.mp
@@ -0,0 +1,95 @@
+/* Example 29
+
+ An example of Bayesian probability calculation.
+
+ run for scopes 1, 2, 3, and up.
+
+ This example illustrates the main parts in probabilistic MP model construction:
+
+ 1) selection of the search space - the finite number of event instances,
+ including the event trace, which is an event by itself.
+ 2) Rules for event attribute p2 calculation.
+ 3) The p2 attribute represents the probability for a particular event
+ instance (including the trace) to appear on the MP output.
+
+ When run on Firebird, the output also shows Type 1 trace probability
+ (p=nnnn on the right scroll bar),
+ which will be different from the calculated Type 2 values.
+
+ Note. For this simple example it is possible to run more than 5 iterations
+ of push/pop (beyond the max standard scope of 5) by using the explicit iteration option,
+ where M is the desired number of iterations.
+
+ ROOT Stack: (*<0..M> ( <<0.75>> push | <<0.25>> pop ) *)
+ this will require to update the first step in p2 assignment (line 57)
+ it will become p2 := 1/(M + 1);
+==================================================================*/
+
+SCHEMA stack1
+
+ROOT Stack: (* ( <<0.75>> push | <<0.25>> pop ) *)
+ /* probabilities for alternatives are here to enable also
+ the default Type 1 trace probability calculation, in order
+ to compare it with the Bayesian */
+ BUILD {
+ /* if an element is retrieved, it should have been stored before */
+ ENSURE FOREACH $x: pop FROM Stack
+ ( #pop BEFORE $x < #push BEFORE $x );
+ }
+;/* end BUILD for Stack */
+
+/*==============================================================*/
+/* here starts the part of model responsible for Bayesian logic */
+/*==============================================================*/
+ATTRIBUTES{ number p2;};
+/* the attribute p2 represents a probability of event
+ to be included in the current trace.
+ Since the whole trace also is an event,
+ attribute p2 for it specifies the trace probability -
+ the target of all this example */
+
+/* first, let's bring the probability to select the number of iterations.
+ For scope $$scope there may be 0, 1, 2, ... $$scope iterations.
+ Total ($$scope + 1) choices.
+ Hence: assuming that each choice has equal probability 1/($$scope + 1)
+ stand alone p2 is attribute of the whole event trace */
+
+ p2:= 1/($$scope + 1);
+/* here the default is THIS.p2 := 1/($$scope + 1);
+ p2 is an attribute of the whole trace.
+ The interpretation: "the probability of getting the trace segment so far" */
+
+/* by now the valid trace has been derived
+ and we can proceed with decorating its events with attribute values.
+ COORDINATE traverses its thread in order of derivation (the default) */
+COORDINATE $e: (pop | push)
+DO
+ IF #pop BEFORE $e == #push BEFORE $e THEN
+ /* if the condition above holds, the choice of event $e
+ is unambiguous: it should be 'push',
+ and its probability is the same as for the previous event */
+ ELSE
+ /* otherwise we have to choose one of the pop/push
+ with corresponding probability.
+ Notice that the option #pop BEFORE $e > #push BEFORE $e has been eliminated
+ by ENSURE filter during the valid trace derivation */
+ IF $e IS pop THEN p2 *:= 0.25;
+ ELSE p2 *:= 0.75; /* for 'push' */
+ FI;
+ FI;
+
+ /* Now we can set the probability for $e,
+ this is done for the purpose to show the sequence of pop/push later.
+ This $e.p2 attribute is not actually needed in order
+ to calculate p2 for the trace */
+ $e.p2 := p2;
+OD;
+
+/*=================================================*/
+/* for debugging purposes let's show the sequence
+ of pop/push with their probabilities in order of derivation */
+COORDINATE $x: (pop | push)
+ DO SAY($x " with probability " $x.p2); OD;
+
+/**** final report ****/
+SAY("Trace " trace_id " for scope " $$scope " has probability " p2);
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.temp.txt
new file mode 100644
index 0000000..50e59ae
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example29_stack1_Bayesian_probability tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.txt
new file mode 100644
index 0000000..ecf6b39
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example29_stack1_Bayesian_probability.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed Stack: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed stack1: 2 traces (0 MARKed) 8 events
+ average 4 ev/trace min 3 max 5
+
+Elapsed time 0.000252 sec, Speed: 43650.8 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.cpp
new file mode 100644
index 0000000..7609167
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.cpp
@@ -0,0 +1,587 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Data_flow trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+report_object REPORT_29_basic_statistics;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_working
+ , Event_writing
+ , Event_reading
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_17_18
+ , Event_SIMPLE_LIST_46_47
+ // ADD operations
+ // ROOT events
+ , Event_Writer
+ , Event_File
+ , Event_Reader
+ // main schema event
+ , Event_Data_flow };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "working"
+ , "writing"
+ , "reading"
+ , "SIMPLE_LIST_17_18"
+ , "SIMPLE_LIST_46_47"
+ , "Writer"
+ , "File"
+ , "Reader"
+ , "Data_flow" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_32(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_writing){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_36(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_reading){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_40(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_working){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 4 ----
+class SIMPLE_LIST_17_18_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_17_18_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Writer_source = Root_table[Event_Writer];
+ // lists of shared events for Writer
+ vector<int> Writer_writing_list;
+
+ int File_source = Root_table[Event_File];
+ // lists of shared events for File
+ vector<int> File_writing_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Writer_source ]){
+ if( Stack[i]->name == Event_writing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Writer_writing_list.begin();
+ s != Writer_writing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Writer_writing_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + File_source ]){
+ if( Stack[i]->name == Event_writing ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = File_writing_list.begin();
+ s != File_writing_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) File_writing_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = File_writing_list.size();
+ if(Writer_writing_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = File_writing_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Writer_writing_list[i], File_writing_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_17_18_ob class
+
+//---- 5 ----
+class SIMPLE_LIST_46_47_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_46_47_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Reader_source = Root_table[Event_Reader];
+ // lists of shared events for Reader
+ vector<int> Reader_reading_list;
+
+ int File_source = Root_table[Event_File];
+ // lists of shared events for File
+ vector<int> File_reading_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Reader_source ]){
+ if( Stack[i]->name == Event_reading ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Reader_reading_list.begin();
+ s != Reader_reading_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Reader_reading_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + File_source ]){
+ if( Stack[i]->name == Event_reading ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = File_reading_list.begin();
+ s != File_reading_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) File_reading_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = File_reading_list.size();
+ if(Reader_reading_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = File_reading_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Reader_reading_list[i], File_reading_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // basic_statistics title generation
+ ostringstream convert;
+ convert <<"scope= ";
+ convert << 1 ;
+ convert <<" trace ";
+ convert <<
+ trace_id_attribute ;
+ REPORT_29_basic_statistics.title = convert.str();}
+ // CLEAR basic_statistics
+ REPORT_29_basic_statistics.clean();
+ { // increment report
+ ostringstream convert;
+ convert <<"#writing= ";
+ convert << special_function_32(current_host, Root_table[Event_Data_flow]);
+ REPORT_29_basic_statistics.report_contents.push_back(convert.str());}
+ { // increment report
+ ostringstream convert;
+ convert <<"#reading= ";
+ convert << special_function_36(current_host, Root_table[Event_Data_flow]);
+ REPORT_29_basic_statistics.report_contents.push_back(convert.str());}
+ { // increment report
+ ostringstream convert;
+ convert <<"#working= ";
+ convert << special_function_40(current_host, Root_table[Event_Data_flow]);
+ REPORT_29_basic_statistics.report_contents.push_back(convert.str());}
+ // SHOW basic_statistics
+ report_container.insert(pair<int, report_object>( 1,REPORT_29_basic_statistics));
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_46_47_ob class
+
+//---- 6 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_working);
+ element[ 1 ]= new Atomic_producer(Event_writing);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 7 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 8 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_reading);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 9 ----
+class Sq_11_12 : public AND_node_producer_container {
+public: // constructor
+ Sq_11_12 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_writing);
+ element[ 1 ]= new Itr_9_10 ;
+ }
+};// end class Sq_11_12
+
+//---- 10 ----
+class Alt_19_20 : public OR_node_producer_container {
+public: // constructor
+ Alt_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_reading);
+ element[ 1 ]= new Atomic_producer(Event_working);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_19_20
+
+//---- 11 ----
+class Itr_21_22 : public OR_node_producer_container {
+public: // constructor
+ Itr_21_22 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_19_20 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_21_22
+
+//---- 12 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_Writer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 13 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_File){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_11_12 ;
+ }
+};// end class Comp_13_14
+
+//---- 14 ----
+class Comp_23_24 : public Composite_producer {
+public: // constructor
+ Comp_23_24 (): Composite_producer(Event_Reader){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_21_22 ;
+ }
+};// end class Comp_23_24
+
+//---- 15 ----
+class SCHEMA_Data_flow: public Composite_producer {
+public: // constructor
+ SCHEMA_Data_flow(): Composite_producer(Event_Data_flow){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[0]= new Composite_secondary_producer(Event_Writer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_File);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_17_18_ob(Event_SIMPLE_LIST_17_18);
+ element[3]= new Composite_secondary_producer(Event_Reader);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_46_47_ob(Event_SIMPLE_LIST_46_47);
+ }
+};// end class SCHEMA_Data_flow
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example30_Local_Report.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_16; temp_16.harvest();
+ Comp_13_14 temp_17; temp_17.harvest();
+ Comp_23_24 temp_18; temp_18.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Data_flow temp_19; temp_19.harvest();
+ temp_19.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Data_flow"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.mp
new file mode 100644
index 0000000..0271dd2
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.mp
@@ -0,0 +1,29 @@
+
+/* Example 30. Local Report within a trace.
+ run for scope 1 and up.
+*/
+SCHEMA Data_flow
+
+ROOT Writer: (* ( working | writing ) *);
+
+ROOT File: (+ writing +) (* reading *);
+Writer, File SHARE ALL writing;
+
+ROOT Reader: (* ( reading | working ) *);
+Reader, File SHARE ALL reading;
+
+REPORT basic_statistics {
+ TITLE ("scope= " $$scope " trace " trace_id);};
+
+/* Clear the contents after a trace derivation has been completed */
+CLEAR basic_statistics;
+
+/* fill the Report with data from the current event trace */
+SAY("#writing= " #writing) => basic_statistics;
+SAY("#reading= " #reading) => basic_statistics;
+SAY("#working= " #working) => basic_statistics;
+
+
+/* In order to make it visible together with the event trace, the SHOW command is needed */
+SHOW basic_statistics;
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.temp.txt
new file mode 100644
index 0000000..a6480c7
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example30_Local_Report tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.txt
new file mode 100644
index 0000000..3f90b15
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example30_Local_Report.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Writer: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed File: 2 traces (0 MARKed) 5 events
+ average 2.5 ev/trace min 2 max 3
+
+completed Reader: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed Data_flow: 3 traces (0 MARKed) 21 events
+ average 7 ev/trace min 6 max 8
+
+Elapsed time 0.000458 sec, Speed: 78602.6 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.cpp
new file mode 100644
index 0000000..4a2faff
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.cpp
@@ -0,0 +1,542 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA simple_message_flow trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+report_object REPORT_19_statistics;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send
+ , Event_receive
+ , Event_does_not_receive
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_32_33
+ // ADD operations
+ // ROOT events
+ , Event_Sender
+ , Event_Receiver
+ // main schema event
+ , Event_simple_message_flow };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send"
+ , "receive"
+ , "does_not_receive"
+ , "SIMPLE_LIST_32_33"
+ , "Sender"
+ , "Receiver"
+ , "simple_message_flow" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_20(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_does_not_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_21(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_22(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_23(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_24(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 6 ----
+class SIMPLE_LIST_32_33_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_32_33_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Sender_source = Root_table[Event_Sender]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int Receiver_source = Root_table[Event_Receiver]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Sender_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + Receiver_source ]){
+ if( ( (Stack[i]->name == Event_receive)|| (Stack[i]->name == Event_does_not_receive)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // statistics title generation
+ ostringstream convert;
+ convert <<"scope= ";
+ convert << 1 ;
+ REPORT_19_statistics.title = convert.str();}
+ if( ( special_function_20(current_host, Root_table[Event_simple_message_flow])
+> 0 )){
+ { // increment report
+ ostringstream convert;
+ convert <<"trace ";
+ convert <<
+ trace_id_attribute ;
+ convert <<" sent ";
+ convert << special_function_21(current_host, Root_table[Event_simple_message_flow])
+;
+ convert <<" received ";
+ convert << special_function_22(current_host, Root_table[Event_simple_message_flow])
+;
+ convert <<" ratio ";
+ convert << (special_function_23(current_host, Root_table[Event_simple_message_flow])
+/ (float)special_function_24(current_host, Root_table[Event_simple_message_flow])
+) ;
+ REPORT_19_statistics.report_contents.push_back(convert.str());}
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_32_33_ob class
+
+//---- 7 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_send);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 8 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_receive);
+ element[ 1 ]= new Atomic_producer(Event_does_not_receive);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 9 ----
+class Itr_7_8 : public OR_node_producer_container {
+public: // constructor
+ Itr_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_5_6 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_7_8
+
+//---- 10 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Sender){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 11 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Receiver){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_7_8 ;
+ }
+};// end class Comp_9_10
+
+//---- 12 ----
+class SCHEMA_simple_message_flow: public Composite_producer {
+public: // constructor
+ SCHEMA_simple_message_flow(): Composite_producer(Event_simple_message_flow){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Sender);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Receiver);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_32_33_ob(Event_SIMPLE_LIST_32_33);
+ }
+};// end class SCHEMA_simple_message_flow
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ { // increment report
+ ostringstream convert;
+ convert <<"total traces ";
+ convert << total_segments ;
+ REPORT_19_statistics.report_contents.push_back(convert.str());}
+ // SHOW statistics
+ report_container.insert(pair<int, report_object>( 1,REPORT_19_statistics));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+ JSON<<",{\"SAY\":[";
+ string c = "\"";
+ for(vector<string>::iterator p2 = global_SAY_list_999999.begin();
+ p2 != global_SAY_list_999999.end(); p2++){
+ JSON<<c<<*p2<<"\""; c = ",\"";}
+ JSON<<"]}";
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example31_Global_report.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_13; temp_13.harvest();
+ Comp_9_10 temp_14; temp_14.harvest();
+ // harvesting traces for main schema
+ SCHEMA_simple_message_flow temp_15; temp_15.harvest();
+ temp_15.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"simple_message_flow"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.mp
new file mode 100644
index 0000000..ad102ee
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.mp
@@ -0,0 +1,31 @@
+/* Example 31. Global report.
+ run for scope 1 and up
+-----------------------------*/
+SCHEMA simple_message_flow
+
+ROOT Sender: (* send *);
+
+ROOT Receiver: (* (receive | does_not_receive) *);
+
+COORDINATE $x: send FROM Sender,
+ $y: (receive | does_not_receive) FROM Receiver
+ DO ADD $x PRECEDES $y; OD;
+
+REPORT statistics { TITLE ("scope= " $$scope);};
+
+/* for each valid trace add report records */
+IF #does_not_receive > 0 THEN
+ SAY( "trace " trace_id " sent " #send
+ " received " #receive
+ " ratio " #receive/#send ) => statistics;
+FI;
+/* Since no CLEAR operation is present, the contents of Report is preserved
+ and augmented for each valid event trace */
+
+GLOBAL
+
+SAY( "total traces " #$$TRACE) => statistics;
+/* Global expression #$$TRACE provides number of valid event traces derived
+ for the current scope */
+
+SHOW statistics;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.temp.txt
new file mode 100644
index 0000000..d3ba045
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example31_Global_report tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.txt
new file mode 100644
index 0000000..276153c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example31_Global_report.txt
@@ -0,0 +1,12 @@
+generating traces for scope 1
+completed Sender: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Receiver: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed simple_message_flow: 3 traces (0 MARKed) 13 events
+ average 4.33333 ev/trace min 3 max 5
+
+Elapsed time 0.000259 sec, Speed: 81081.1 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.cpp
new file mode 100644
index 0000000..ea4e30a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.cpp
@@ -0,0 +1,1065 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Car_Race trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_73_Winner_trace;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Start
+ , Event_drive_lap
+ , Event_finish
+ , Event_winner
+ , Event_break
+ , Event_provide_start_signal
+ , Event_watch
+ // composite events
+ , Event_Car
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_40_41
+ , Event_SIMPLE_LIST_92_93
+ // ADD operations
+ // ROOT events
+ , Event_Cars
+ , Event_Judge
+ // main schema event
+ , Event_Car_Race };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Start"
+ , "drive_lap"
+ , "finish"
+ , "winner"
+ , "break"
+ , "provide_start_signal"
+ , "watch"
+ , "Car"
+ , "SIMPLE_LIST_40_41"
+ , "SIMPLE_LIST_92_93"
+ , "Cars"
+ , "Judge"
+ , "Car_Race" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_15(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_16(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_17(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_18(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_19(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_20(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_break){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_21(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_22(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_29(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_winner){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_34(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+int special_function_35(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_winner){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 12 ----
+int special_function_62(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> follows_matrix [ pivot * len + i ]){
+ if( Stack[i]->name == Event_finish){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 13 ----
+int special_function_74(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_winner){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 14 ----
+int special_function_76(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_drive_lap){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 15 ----
+bool Quantified_expr_23_24(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH DISJ with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int c1_variable;
+ int pivot_c1_variable = 0;
+ int c2_variable;
+ int pivot_c2_variable = 0;
+
+ // loop 1 for c1_variable
+ for( c1_variable = 0; c1_variable < len; c1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ c1_variable * len + pivot_c1_variable
+]) &&
+ (
+ (Stack[c1_variable]-> name == Event_Car) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for c2_variable
+ for( c2_variable = 0; c2_variable < len; c2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ c2_variable * len + pivot_c2_variable
+]) &&
+ (
+ (Stack[c2_variable]-> name == Event_Car) )
+ // checking DISJ
+ && c2_variable != c1_variable
+ && !(current_host-> eq_matrix[ c2_variable * len + c1_variable ])
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( (! ( ( special_function_15(current_host, c1_variable ) == 1 )&& ( special_function_16(current_host,
+c2_variable ) == 1 ))|| ( special_function_17(current_host, c1_variable ) == special_function_18(current_host,
+c2_variable ) ))&& (! ( ( special_function_19(current_host, c1_variable ) == 1 )
+&& ( special_function_20(current_host, c2_variable ) == 1 ))|| ( special_function_21(current_host,
+c1_variable ) >= special_function_22(current_host, c2_variable ) )))) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 16 ----
+class SIMPLE_LIST_40_41_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_40_41_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_23_24(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_29(current_host, Root_table[Event_Cars])<= 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( (! ( special_function_34(current_host, Root_table[Event_Cars])> 0 )|| ( special_function_35(current_host, Root_table[Event_Cars])
+> 0 ))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_40_41_ob class
+
+//---- 17 ----
+class SIMPLE_LIST_92_93_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_92_93_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Judge_source = Root_table[Event_Judge]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Judge_source ]){
+ if( ( (Stack[i]->name == Event_provide_start_signal)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ { // COORDINATE operation
+ int thread_length = -1;
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Cars_source = Root_table[Event_Cars]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Cars_source ]){
+ if( ( (Stack[i]->name == Event_Start)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Cars_source = Root_table[Event_Cars];
+ // lists of shared events for Cars
+ vector<int> Cars_finish_list;
+
+ int Judge_source = Root_table[Event_Judge];
+ // lists of shared events for Judge
+ vector<int> Judge_finish_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Cars_source ]){
+ if( Stack[i]->name == Event_finish ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Cars_finish_list.begin();
+ s != Cars_finish_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Cars_finish_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Judge_source ]){
+ if( Stack[i]->name == Event_finish ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Judge_finish_list.begin();
+ s != Judge_finish_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Judge_finish_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Judge_finish_list.size();
+ if(Cars_finish_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Judge_finish_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Cars_finish_list[i], Judge_finish_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int w_variable; // thread variable
+ vector<int> w_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for w_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ w_variable = i;
+ if( w_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_winner)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = w_variable_list.begin(); s != w_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) w_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source w_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = w_variable_list.size();
+ if(thread_length != w_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ w_variable= w_variable_list[i];
+ if( ( special_function_62(current_host, w_variable ) == 1 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // Winner_trace title generation
+ ostringstream convert;
+ convert <<"winner trace ";
+ convert <<
+ trace_id_attribute ;
+ convert <<" for scope ";
+ convert << 1 ;
+ GRAPH_73_Winner_trace.title = convert.str();}
+ { // COORDINATE operation
+ int thread_length = -1;
+ int car_event_variable; // thread variable
+ vector<int> car_event_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for car_event_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ car_event_variable = i;
+ if( car_event_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Car)) && ( special_function_74(current_host,
+car_event_variable ) > 0 ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = car_event_variable_list.begin(); s != car_event_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) car_event_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source car_event_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = car_event_variable_list.size();
+ if(thread_length != car_event_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ car_event_variable= car_event_variable_list[i];
+ // WITHIN Winner_trace
+ int laps_75_node_var = -1;
+ {// NEW_NODE
+ ostringstream convert;
+ convert << special_function_76(current_host, car_event_variable ) ;
+ convert <<" laps";
+ laps_75_node_var = GRAPH_73_Winner_trace.create_new_node(convert.str());}
+ // add_arrow for GRAPH_73_Winner_trace
+ int temp_1_1 ; {
+ ostringstream convert;
+ convert <<"Start";
+ temp_1_1 = GRAPH_73_Winner_trace . create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert <<"followed by";
+ GRAPH_73_Winner_trace.add_arrow(temp_1_1,laps_75_node_var,convert.str());}
+ // add_arrow for GRAPH_73_Winner_trace
+ int temp_2_2 ; {
+ ostringstream convert;
+ convert <<"finish";
+ temp_2_2 = GRAPH_73_Winner_trace . create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert <<"followed by";
+ GRAPH_73_Winner_trace.add_arrow(laps_75_node_var,temp_2_2,convert.str());}
+ // add_arrow for GRAPH_73_Winner_trace
+ int temp_3_1 ; {
+ ostringstream convert;
+ convert <<"finish";
+ temp_3_1 = GRAPH_73_Winner_trace . find_or_create_new_node
+(convert.str());}
+ int temp_4_2 ; {
+ ostringstream convert;
+ convert <<"winner";
+ temp_4_2 = GRAPH_73_Winner_trace . create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert <<"followed by";
+ GRAPH_73_Winner_trace.add_arrow(temp_3_1,temp_4_2,convert.str());}
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ // SHOW Winner_trace
+ graph_container.insert(pair<int, graph_object>( 5,GRAPH_73_Winner_trace));
+ // CLEAR Winner_trace
+ GRAPH_73_Winner_trace.clean();
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_92_93_ob class
+
+//---- 18 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_drive_lap);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 19 ----
+class Opt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Opt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_winner);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_3_4
+
+//---- 20 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_finish);
+ element[ 1 ]= new Opt_3_4 ;
+ }
+};// end class Sq_5_6
+
+//---- 21 ----
+class Alt_7_8 : public OR_node_producer_container {
+public: // constructor
+ Alt_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_5_6 ;
+ element[ 1 ]= new Atomic_producer(Event_break);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_7_8
+
+//---- 22 ----
+class Sq_9_10 : public AND_node_producer_container {
+public: // constructor
+ Sq_9_10 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Start);
+ element[ 1 ]= new Itr_1_2 ;
+ element[ 2 ]= new Alt_7_8 ;
+ }
+};// end class Sq_9_10
+
+//---- 23 ----
+class Itr_44_45 : public OR_node_producer_container {
+public: // constructor
+ Itr_44_45 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_finish);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_44_45
+
+//---- 24 ----
+class Sq_46_47 : public AND_node_producer_container {
+public: // constructor
+ Sq_46_47 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_provide_start_signal);
+ element[ 1 ]= new Atomic_producer(Event_watch);
+ element[ 2 ]= new Itr_44_45 ;
+ }
+};// end class Sq_46_47
+
+//---- 25 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Car){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 26 ----
+class Comp_42_43 : public Composite_producer {
+public: // constructor
+ Comp_42_43 (): Composite_producer(Event_Cars){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_Car);
+ element[ 1 ]= new SIMPLE_LIST_40_41_ob(Event_SIMPLE_LIST_40_41);
+ }
+};// end class Comp_42_43
+
+//---- 27 ----
+class Comp_48_49 : public Composite_producer {
+public: // constructor
+ Comp_48_49 (): Composite_producer(Event_Judge){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_46_47 ;
+ }
+};// end class Comp_48_49
+
+//---- 28 ----
+class SCHEMA_Car_Race: public Composite_producer {
+public: // constructor
+ SCHEMA_Car_Race(): Composite_producer(Event_Car_Race){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_Cars);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Judge);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_92_93_ob(Event_SIMPLE_LIST_92_93);
+ }
+};// end class SCHEMA_Car_Race
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example32_Local_graph.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_11_12 temp_29; temp_29.harvest();
+ // harvesting traces for ROOT events
+ Comp_42_43 temp_30; temp_30.harvest();
+ Comp_48_49 temp_31; temp_31.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Car_Race temp_32; temp_32.harvest();
+ temp_32.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Car_Race"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.mp
new file mode 100644
index 0000000..625c9e8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.mp
@@ -0,0 +1,67 @@
+/* Example 32. Local graph within the event trace.
+ run for scope 1 and up
+------------------------------------------------*/
+SCHEMA Car_Race
+
+Car: Start
+ (* drive_lap *)
+ ( finish [ winner ] | break);
+
+ROOT Cars: {+ Car +}
+ BUILD{
+ /* everybody who finishes drives the same number of laps */
+ ENSURE FOREACH DISJ $c1: Car, $c2: Car
+ (#finish FROM $c1 == 1 AND #finish FROM $c2 == 1 ->
+ #drive_lap FROM $c1 == #drive_lap FROM $c2) AND
+ /* if it breaks, then earlier */
+ (#finish FROM $c1 == 1 AND #break FROM $c2 == 1 ->
+ #drive_lap FROM $c1 >= #drive_lap FROM $c2);
+
+ /* there always will be at most one winner */
+ ENSURE #winner <= 1;
+
+ /* if at least one car finishes, there should be a winner */
+ENSURE #finish > 0 -> #winner > 0; };
+
+
+ROOT Judge: provide_start_signal
+ watch
+ (* finish *);
+
+COORDINATE $a: provide_start_signal FROM Judge
+ DO COORDINATE $b: Start FROM Cars
+ DO ADD $a PRECEDES $b; OD;
+ OD;
+Cars, Judge SHARE ALL finish;
+
+COORDINATE $w: winner
+ DO ENSURE #finish BEFORE $w == 1; OD;
+
+/* =======================================================
+ Here starts the trace view graph construction.
+ Operations are performed after a valid event trace has been
+ successfully derived.
+=========================================================*/
+GRAPH Winner_trace {
+ TITLE( "winner trace " trace_id " for scope " $$scope);};
+
+/* We want to render a graph extracted from each valid event trace,
+so the graph is cleared before the trace processing starts. */
+
+ COORDINATE $car_event: Car SUCH THAT #winner FROM $car_event > 0
+ DO
+
+/* the following WITHIN command provides a context for performing
+ operations on the Winner_trace graph */
+WITHIN Winner_trace{
+ Node$laps: NEW(#drive_lap FROM $car_event " laps");
+ ADD NEW("Start") ARROW("followed by") Node$laps;
+ ADD Node$laps ARROW("followed by") NEW("finish");
+ ADD LAST("finish") ARROW("followed by") NEW("winner");
+}; /* end of WITHIN Winner_trace body */
+
+ OD; /* end of Car loop */
+
+SHOW Winner_trace;
+CLEAR Winner_trace ;
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.temp.txt
new file mode 100644
index 0000000..e3481d7
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example32_Local_graph tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.txt
new file mode 100644
index 0000000..bf61533
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example32_Local_graph.txt
@@ -0,0 +1,15 @@
+generating traces for scope 1
+completed Car: 6 traces (0 MARKed) 23 events
+ average 3.83333 ev/trace min 3 max 5
+
+completed Cars: 4 traces (0 MARKed) 20 events
+ average 5 ev/trace min 4 max 6
+
+completed Judge: 2 traces (0 MARKed) 7 events
+ average 3.5 ev/trace min 3 max 4
+
+completed Car_Race: 4 traces (0 MARKed) 38 events
+ average 9.5 ev/trace min 8 max 11
+
+Elapsed time 0.000926 sec, Speed: 95032.4 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.cpp
new file mode 100644
index 0000000..fdb7dd8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.cpp
@@ -0,0 +1,434 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Statistics trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > count_number_attribute;
+//-- node attributes --
+ map<int, float > NODE_count_number_attribute;
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( count_number_attribute[event1] != count_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ count_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("count",count_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_13_Stat;
+report_object REPORT_32_Total_event_statistics;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_a
+ , Event_b
+ , Event_c
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_14_15
+ , Event_SIMPLE_LIST_28_29
+ // ADD operations
+ // ROOT events
+ , Event_A
+ , Event_B
+ // main schema event
+ , Event_Statistics };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "a"
+ , "b"
+ , "c"
+ , "SIMPLE_LIST_14_15"
+ , "SIMPLE_LIST_28_29"
+ , "A"
+ , "B"
+ , "Statistics" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_14_15_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_14_15_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // Stat title generation
+ ostringstream convert;
+ convert <<"Total event count as graph for scope ";
+ convert << 1 ;
+ GRAPH_13_Stat.title = convert.str();}
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_14_15_ob class
+
+//---- 2 ----
+class SIMPLE_LIST_28_29_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_28_29_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == Atom || Stack[i]->type == ROOT_node ||
+Stack[i]->type == Composite_event_instance_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ // WITHIN Stat
+ int e_16_node_var = -1;
+ {// LAST_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ x_variable ]->name];
+ e_16_node_var = GRAPH_13_Stat.find_or_create_new_node(convert.str());}
+ // attribute count assignment
+ NODE_count_number_attribute[e_16_node_var]+=1 ;
+ // add_arrow for GRAPH_13_Stat
+ int temp_1_2 ; {
+ ostringstream convert;
+ convert <<"trace ";
+ convert <<
+ trace_id_attribute ;
+ temp_1_2 = GRAPH_13_Stat . find_or_create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert <<"in trace";
+ GRAPH_13_Stat.add_arrow(e_16_node_var,temp_1_2,convert.str());}
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_28_29_ob class
+
+//---- 3 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ element[ 1 ]= new Atomic_producer(Event_b);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 4 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 5 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_A){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 6 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_B){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_c);
+ }
+};// end class Comp_9_10
+
+//---- 7 ----
+class SCHEMA_Statistics: public Composite_producer {
+public: // constructor
+ SCHEMA_Statistics(): Composite_producer(Event_Statistics){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_A);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_B);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_14_15_ob(Event_SIMPLE_LIST_14_15);
+ element[3]= new SIMPLE_LIST_28_29_ob(Event_SIMPLE_LIST_28_29);
+ }
+};// end class SCHEMA_Statistics
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ { // Total_event_statistics title generation
+ ostringstream convert;
+ convert <<"Total event count as Report";
+ REPORT_32_Total_event_statistics.title = convert.str();}
+ // WITHIN Stat
+ // loop_over_graph for GRAPH_13_Stat
+ { // loop over graph GRAPH_13_Stat
+ int a_33_node_var ;
+ int end_limit_2 = GRAPH_13_Stat .nodes.size();
+ for(int temp = 0; temp < end_limit_2 ; temp++){
+ a_33_node_var = temp;
+ if( (
+ NODE_count_number_attribute[a_33_node_var] > 0 )){
+ // add_arrow for GRAPH_13_Stat
+ int temp_3_2 ; {
+ ostringstream convert;
+ convert <<
+ NODE_count_number_attribute[a_33_node_var] ;
+ temp_3_2 = GRAPH_13_Stat . create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert <<"total count";
+ GRAPH_13_Stat.add_arrow(a_33_node_var,temp_3_2,convert.str());}
+ { // increment report
+ ostringstream convert;
+ if( a_33_node_var >= 0 && a_33_node_var < GRAPH_13_Stat .nodes.size())
+ convert << GRAPH_13_Stat .nodes[ a_33_node_var ];
+ else convert << "Undefined node";
+ convert <<" event count: ";
+ convert <<
+ NODE_count_number_attribute[a_33_node_var] ;
+ REPORT_32_Total_event_statistics.report_contents.push_back(convert.str());}
+ }// end THEN
+ } } // end GRAPH_13_Stat loop
+ // SHOW Stat
+ graph_container.insert(pair<int, graph_object>( 4,GRAPH_13_Stat));
+ // SHOW Total_event_statistics
+ report_container.insert(pair<int, report_object>( 5,REPORT_32_Total_event_statistics));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+ JSON<<",{\"SAY\":[";
+ string c = "\"";
+ for(vector<string>::iterator p2 = global_SAY_list_999999.begin();
+ p2 != global_SAY_list_999999.end(); p2++){
+ JSON<<c<<*p2<<"\""; c = ",\"";}
+ JSON<<"]}";
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example34_Graph_as_data_structure.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_8; temp_8.harvest();
+ Comp_9_10 temp_9; temp_9.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Statistics temp_10; temp_10.harvest();
+ temp_10.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Statistics"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.mp
new file mode 100644
index 0000000..873759c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.mp
@@ -0,0 +1,50 @@
+/* Example 34.
+ Accumulating and rendering statistics from event traces.
+ Graphs as container data structures
+============================================================*/
+SCHEMA Statistics
+ROOT A: (* ( a | b) *);
+ROOT B: (+ c +);
+
+GRAPH Stat{ TITLE("Total event count as graph for scope " $$scope);};
+
+ATTRIBUTES { number count;};
+
+COORDINATE $x: $$EVENT DO
+ WITHIN Stat{
+ Node$e: LAST ($x); /* creates new node with label $x if needed,
+ or finds the existing one */
+ Node$e.count +:= 1;
+ /* add more data to the node */
+ ADD Node$e ARROW("in trace") LAST("trace " trace_id);
+ };
+OD;
+
+GLOBAL
+/* Render the accumulated statistics as Report.
+ The Stat graph is used as a data structure. */
+REPORT Total_event_statistics{ TITLE("Total event count as Report"); };
+
+ WITHIN Stat{
+ FOR Node$a DO
+ IF Node$a.count > 0 THEN
+ /* Nodes with “trace†labels have count attribute 0.
+ Create and connect new node with the total count to each event node */
+ ADD Node$a ARROW("total count") NEW (Node$a.count);
+ /* graph loop works only with the initial graph contents,
+ new nodes added within the loop body
+ don’t participate in the iterations.
+ That prevents from infinite looping. */
+
+ /* Add to the Report as well.
+ Use the graph as a source of accumulated data. */
+ SAY(Node$a " event count: " Node$a.count)
+ => Total_event_statistics;
+ FI;
+ OD; /* end FOR */
+ }; /* end WITHIN */
+
+ /* render statistics as a graph */
+ SHOW Stat;
+ /* show the Report */
+ SHOW Total_event_statistics;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.temp.txt
new file mode 100644
index 0000000..b800742
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example34_Graph_as_data_structure tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.txt
new file mode 100644
index 0000000..fa6fd01
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example34_Graph_as_data_structure.txt
@@ -0,0 +1,11 @@
+generating traces for scope 1
+completed A: 3 traces (0 MARKed) 5 events
+ average 1.66667 ev/trace min 1 max 2
+
+completed B: 1 traces (0 MARKed) 2 events
+
+completed Statistics: 3 traces (0 MARKed) 14 events
+ average 4.66667 ev/trace min 4 max 5
+
+Elapsed time 0.000288 sec, Speed: 72916.7 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.cpp
new file mode 100644
index 0000000..4fcba83
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.cpp
@@ -0,0 +1,1150 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Finite_State_Diagram_with_path trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_73_Path;
+graph_object GRAPH_92_Diagram;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Start
+ , Event_S1
+ , Event_empty
+ , Event_a
+ , Event_b
+ , Event_S2
+ , Event_End
+ , Event_S3
+ , Event_S4
+ // composite events
+ , Event_Start_to_S1
+ , Event_S1_to_S3
+ , Event_S1_to_S4
+ , Event_S2_to_S1
+ , Event_S2_to_End
+ , Event_S3_to_S3
+ , Event_S3_to_S4
+ , Event_S4_to_S2
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_35_36
+ , Event_SIMPLE_LIST_53_54
+ , Event_SIMPLE_LIST_101_102
+ // ADD operations
+ // ROOT events
+ , Event_S1_behavior
+ , Event_S2_behavior
+ , Event_S3_behavior
+ , Event_S4_behavior
+ // main schema event
+ , Event_Finite_State_Diagram_with_path };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Start"
+ , "S1"
+ , "empty"
+ , "a"
+ , "b"
+ , "S2"
+ , "End"
+ , "S3"
+ , "S4"
+ , "Start_to_S1"
+ , "S1_to_S3"
+ , "S1_to_S4"
+ , "S2_to_S1"
+ , "S2_to_End"
+ , "S3_to_S3"
+ , "S3_to_S4"
+ , "S4_to_S2"
+ , "SIMPLE_LIST_35_36"
+ , "SIMPLE_LIST_53_54"
+ , "SIMPLE_LIST_101_102"
+ , "S1_behavior"
+ , "S2_behavior"
+ , "S3_behavior"
+ , "S4_behavior"
+ , "Finite_State_Diagram_with_path" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_35_36_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_35_36_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S1_behavior_source = Root_table[Event_S1_behavior];
+ // lists of shared events for S1_behavior
+ vector<int> S1_behavior_S2_to_S1_list;
+
+ int S2_behavior_source = Root_table[Event_S2_behavior];
+ // lists of shared events for S2_behavior
+ vector<int> S2_behavior_S2_to_S1_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S1_behavior_source ]){
+ if( Stack[i]->name == Event_S2_to_S1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S1_behavior_S2_to_S1_list.begin();
+ s != S1_behavior_S2_to_S1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S1_behavior_S2_to_S1_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S2_behavior_source ]){
+ if( Stack[i]->name == Event_S2_to_S1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S2_behavior_S2_to_S1_list.begin();
+ s != S2_behavior_S2_to_S1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S2_behavior_S2_to_S1_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S2_behavior_S2_to_S1_list.size();
+ if(S1_behavior_S2_to_S1_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S2_behavior_S2_to_S1_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S1_behavior_S2_to_S1_list[i], S2_behavior_S2_to_S1_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_35_36_ob class
+
+//---- 2 ----
+class SIMPLE_LIST_53_54_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_53_54_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S3_behavior_source = Root_table[Event_S3_behavior];
+ // lists of shared events for S3_behavior
+ vector<int> S3_behavior_S1_to_S3_list;
+
+ int S1_behavior_source = Root_table[Event_S1_behavior];
+ // lists of shared events for S1_behavior
+ vector<int> S1_behavior_S1_to_S3_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S3_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S3 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S3_behavior_S1_to_S3_list.begin();
+ s != S3_behavior_S1_to_S3_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S3_behavior_S1_to_S3_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S1_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S3 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S1_behavior_S1_to_S3_list.begin();
+ s != S1_behavior_S1_to_S3_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S1_behavior_S1_to_S3_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S1_behavior_S1_to_S3_list.size();
+ if(S3_behavior_S1_to_S3_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S1_behavior_S1_to_S3_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S3_behavior_S1_to_S3_list[i], S1_behavior_S1_to_S3_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_53_54_ob class
+
+//---- 3 ----
+class SIMPLE_LIST_101_102_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_101_102_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S4_behavior_source = Root_table[Event_S4_behavior];
+ // lists of shared events for S4_behavior
+ vector<int> S4_behavior_S1_to_S4_list;
+
+ int S1_behavior_source = Root_table[Event_S1_behavior];
+ // lists of shared events for S1_behavior
+ vector<int> S1_behavior_S1_to_S4_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S4_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S4_behavior_S1_to_S4_list.begin();
+ s != S4_behavior_S1_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S4_behavior_S1_to_S4_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S1_behavior_source ]){
+ if( Stack[i]->name == Event_S1_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S1_behavior_S1_to_S4_list.begin();
+ s != S1_behavior_S1_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S1_behavior_S1_to_S4_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S1_behavior_S1_to_S4_list.size();
+ if(S4_behavior_S1_to_S4_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S1_behavior_S1_to_S4_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S4_behavior_S1_to_S4_list[i], S1_behavior_S1_to_S4_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S4_behavior_source = Root_table[Event_S4_behavior];
+ // lists of shared events for S4_behavior
+ vector<int> S4_behavior_S4_to_S2_list;
+
+ int S2_behavior_source = Root_table[Event_S2_behavior];
+ // lists of shared events for S2_behavior
+ vector<int> S2_behavior_S4_to_S2_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S4_behavior_source ]){
+ if( Stack[i]->name == Event_S4_to_S2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S4_behavior_S4_to_S2_list.begin();
+ s != S4_behavior_S4_to_S2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S4_behavior_S4_to_S2_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S2_behavior_source ]){
+ if( Stack[i]->name == Event_S4_to_S2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S2_behavior_S4_to_S2_list.begin();
+ s != S2_behavior_S4_to_S2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S2_behavior_S4_to_S2_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S2_behavior_S4_to_S2_list.size();
+ if(S4_behavior_S4_to_S2_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S2_behavior_S4_to_S2_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S4_behavior_S4_to_S2_list[i], S2_behavior_S4_to_S2_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int S4_behavior_source = Root_table[Event_S4_behavior];
+ // lists of shared events for S4_behavior
+ vector<int> S4_behavior_S3_to_S4_list;
+
+ int S3_behavior_source = Root_table[Event_S3_behavior];
+ // lists of shared events for S3_behavior
+ vector<int> S3_behavior_S3_to_S4_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + S4_behavior_source ]){
+ if( Stack[i]->name == Event_S3_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S4_behavior_S3_to_S4_list.begin();
+ s != S4_behavior_S3_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S4_behavior_S3_to_S4_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + S3_behavior_source ]){
+ if( Stack[i]->name == Event_S3_to_S4 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = S3_behavior_S3_to_S4_list.begin();
+ s != S3_behavior_S3_to_S4_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) S3_behavior_S3_to_S4_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = S3_behavior_S3_to_S4_list.size();
+ if(S4_behavior_S3_to_S4_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = S3_behavior_S3_to_S4_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(S4_behavior_S3_to_S4_list[i], S3_behavior_S3_to_S4_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // Path title generation
+ ostringstream convert;
+ convert <<"Path for the event trace";
+ GRAPH_73_Path.title = convert.str();}
+ // CLEAR Path
+ GRAPH_73_Path.clean();
+ // WITHIN Path
+ int s1_76_node_var = -1;
+ int s2_78_node_var = -1;
+ { // COORDINATE operation
+ int thread_length = -1;
+ int state1_variable; // thread variable
+ vector<int> state1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int symbol_variable; // thread variable
+ vector<int> symbol_variable_list; // list of coordinated events
+ int state2_variable; // thread variable
+ vector<int> state2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for state1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ state1_variable = i;
+ if( state1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Start)|| (Stack[i]->name == Event_S1)|| (Stack[i]->name == Event_S2)|| (Stack[i]->name == Event_S3)|| (Stack[i]->name == Event_S4)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = state1_variable_list.begin(); s != state1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) state1_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(state1_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = state1_variable_list.size();
+ if(thread_length != state1_variable_list.size()) throw failed;
+
+ // preparing thread for symbol_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ symbol_variable = i;
+ if( symbol_variable_list.size() == thread_length){
+ state1_variable = 0; }
+ else{
+ state1_variable = state1_variable_list[symbol_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_a)|| (Stack[i]->name == Event_b)|| (Stack[i]->name == Event_empty)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = symbol_variable_list.begin(); s != symbol_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) symbol_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(symbol_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = symbol_variable_list.size();
+ if(thread_length != symbol_variable_list.size()) throw failed;
+
+ // preparing thread for state2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ state2_variable = i;
+ if( state2_variable_list.size() == thread_length){
+ state1_variable = 0;
+ symbol_variable = 0; }
+ else{
+ state1_variable = state1_variable_list[state2_variable_list.size()];
+ symbol_variable = symbol_variable_list[state2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_S1)|| (Stack[i]->name == Event_S2)|| (Stack[i]->name == Event_S3)|| (Stack[i]->name == Event_S4)|| (Stack[i]->name == Event_End)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = state2_variable_list.begin(); s != state2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) state2_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(state2_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = state2_variable_list.size();
+ if(thread_length != state2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ state1_variable= state1_variable_list[i];
+ symbol_variable= symbol_variable_list[i];
+ state2_variable= state2_variable_list[i];
+ {// LAST_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ state1_variable ]->name];
+ s1_76_node_var = GRAPH_73_Path.find_or_create_new_node(convert.str());}
+ {// NEW_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ state2_variable ]->name];
+ s2_78_node_var = GRAPH_73_Path.create_new_node(convert.str());}
+ // add_arrow for GRAPH_73_Path
+ {
+ ostringstream convert;
+ convert << event_name_string[Stack[ symbol_variable ]->name];
+ GRAPH_73_Path.add_arrow(s1_76_node_var,s2_78_node_var,convert.str());}
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ // SHOW Path
+ graph_container.insert(pair<int, graph_object>( 1,GRAPH_73_Path));
+ { // Diagram title generation
+ ostringstream convert;
+ convert <<"State transition diagram";
+ GRAPH_92_Diagram.title = convert.str();}
+ // WITHIN Diagram
+ { // COORDINATE operation
+ int thread_length = -1;
+ int state1_variable; // thread variable
+ vector<int> state1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int symbol_variable; // thread variable
+ vector<int> symbol_variable_list; // list of coordinated events
+ int state2_variable; // thread variable
+ vector<int> state2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for state1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ state1_variable = i;
+ if( state1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Start)|| (Stack[i]->name == Event_S1)|| (Stack[i]->name == Event_S2)|| (Stack[i]->name == Event_S3)|| (Stack[i]->name == Event_S4)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = state1_variable_list.begin(); s != state1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) state1_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(state1_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = state1_variable_list.size();
+ if(thread_length != state1_variable_list.size()) throw failed;
+
+ // preparing thread for symbol_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ symbol_variable = i;
+ if( symbol_variable_list.size() == thread_length){
+ state1_variable = 0; }
+ else{
+ state1_variable = state1_variable_list[symbol_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_a)|| (Stack[i]->name == Event_b)|| (Stack[i]->name == Event_empty)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = symbol_variable_list.begin(); s != symbol_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) symbol_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(symbol_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = symbol_variable_list.size();
+ if(thread_length != symbol_variable_list.size()) throw failed;
+
+ // preparing thread for state2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ state2_variable = i;
+ if( state2_variable_list.size() == thread_length){
+ state1_variable = 0;
+ symbol_variable = 0; }
+ else{
+ state1_variable = state1_variable_list[state2_variable_list.size()];
+ symbol_variable = symbol_variable_list[state2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_S1)|| (Stack[i]->name == Event_S2)|| (Stack[i]->name == Event_S3)|| (Stack[i]->name == Event_S4)|| (Stack[i]->name == Event_End)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = state2_variable_list.begin(); s != state2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) state2_variable_list.push_back(i);
+ }
+ } };
+
+ // do the SORT reshuffling
+ topological_sort(state2_variable_list);
+ // finally check the thread length
+ if(thread_length < 0) thread_length = state2_variable_list.size();
+ if(thread_length != state2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ state1_variable= state1_variable_list[i];
+ symbol_variable= symbol_variable_list[i];
+ state2_variable= state2_variable_list[i];
+ // add_arrow for GRAPH_92_Diagram
+ int temp_2_1 ; {
+ ostringstream convert;
+ convert << event_name_string[Stack[ state1_variable ]->name];
+ temp_2_1 = GRAPH_92_Diagram . find_or_create_new_node (convert.str());}
+ int temp_3_2 ; {
+ ostringstream convert;
+ convert << event_name_string[Stack[ state2_variable ]->name];
+ temp_3_2 = GRAPH_92_Diagram . find_or_create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert << event_name_string[Stack[ symbol_variable ]->name];
+ GRAPH_92_Diagram.add_arrow(temp_2_1,temp_3_2,convert.str());}
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_101_102_ob class
+
+//---- 4 ----
+class Alt_17_18 : public OR_node_producer_container {
+public: // constructor
+ Alt_17_18 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ element[ 1 ]= new Atomic_producer(Event_b);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_17_18
+
+//---- 5 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S3);
+ element[ 1 ]= new Composite_secondary_producer(Event_S1_to_S4);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 6 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_S2_to_S1);
+ element[ 2 ]= new Atomic_producer(Event_S1);
+ }
+};// end class Sq_3_4
+
+//---- 7 ----
+class Itr_5_6 : public OR_node_producer_container {
+public: // constructor
+ Itr_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_3_4 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_5_6
+
+//---- 8 ----
+class Alt_7_8 : public OR_node_producer_container {
+public: // constructor
+ Alt_7_8 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S3);
+ element[ 1 ]= new Composite_secondary_producer(Event_S1_to_S4);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_7_8
+
+//---- 9 ----
+class Sq_9_10 : public AND_node_producer_container {
+public: // constructor
+ Sq_9_10 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Atomic_producer(Event_Start);
+ element[ 1 ]= new Composite_secondary_producer(Event_Start_to_S1);
+ element[ 2 ]= new Atomic_producer(Event_S1);
+ element[ 3 ]= new Itr_5_6 ;
+ element[ 4 ]= new Alt_7_8 ;
+ }
+};// end class Sq_9_10
+
+//---- 10 ----
+class Sq_21_22 : public AND_node_producer_container {
+public: // constructor
+ Sq_21_22 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S4_to_S2);
+ element[ 1 ]= new Atomic_producer(Event_S2);
+ element[ 2 ]= new Composite_secondary_producer(Event_S2_to_S1);
+ }
+};// end class Sq_21_22
+
+//---- 11 ----
+class Itr_23_24 : public OR_node_producer_container {
+public: // constructor
+ Itr_23_24 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_21_22 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_23_24
+
+//---- 12 ----
+class Sq_25_26 : public AND_node_producer_container {
+public: // constructor
+ Sq_25_26 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Itr_23_24 ;
+ element[ 1 ]= new Composite_secondary_producer(Event_S4_to_S2);
+ element[ 2 ]= new Atomic_producer(Event_S2);
+ element[ 3 ]= new Composite_secondary_producer(Event_S2_to_End);
+ element[ 4 ]= new Atomic_producer(Event_End);
+ }
+};// end class Sq_25_26
+
+//---- 13 ----
+class Sq_37_38 : public AND_node_producer_container {
+public: // constructor
+ Sq_37_38 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S3_to_S3);
+ element[ 1 ]= new Atomic_producer(Event_S3);
+ }
+};// end class Sq_37_38
+
+//---- 14 ----
+class Itr_39_40 : public OR_node_producer_container {
+public: // constructor
+ Itr_39_40 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_37_38 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_39_40
+
+//---- 15 ----
+class Sq_41_42 : public AND_node_producer_container {
+public: // constructor
+ Sq_41_42 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S3);
+ element[ 1 ]= new Atomic_producer(Event_S3);
+ element[ 2 ]= new Itr_39_40 ;
+ element[ 3 ]= new Composite_secondary_producer(Event_S3_to_S4);
+ }
+};// end class Sq_41_42
+
+//---- 16 ----
+class Itr_43_44 : public OR_node_producer_container {
+public: // constructor
+ Itr_43_44 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_41_42 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_43_44
+
+//---- 17 ----
+class Alt_55_56 : public OR_node_producer_container {
+public: // constructor
+ Alt_55_56 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_S1_to_S4);
+ element[ 1 ]= new Composite_secondary_producer(Event_S3_to_S4);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_55_56
+
+//---- 18 ----
+class Sq_57_58 : public AND_node_producer_container {
+public: // constructor
+ Sq_57_58 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Alt_55_56 ;
+ element[ 1 ]= new Atomic_producer(Event_S4);
+ element[ 2 ]= new Composite_secondary_producer(Event_S4_to_S2);
+ }
+};// end class Sq_57_58
+
+//---- 19 ----
+class Itr_59_60 : public OR_node_producer_container {
+public: // constructor
+ Itr_59_60 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_57_58 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_59_60
+
+//---- 20 ----
+class Comp_13_14 : public Composite_producer {
+public: // constructor
+ Comp_13_14 (): Composite_producer(Event_Start_to_S1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_empty);
+ }
+};// end class Comp_13_14
+
+//---- 21 ----
+class Comp_15_16 : public Composite_producer {
+public: // constructor
+ Comp_15_16 (): Composite_producer(Event_S1_to_S3){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ }
+};// end class Comp_15_16
+
+//---- 22 ----
+class Comp_19_20 : public Composite_producer {
+public: // constructor
+ Comp_19_20 (): Composite_producer(Event_S1_to_S4){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Alt_17_18 ;
+ }
+};// end class Comp_19_20
+
+//---- 23 ----
+class Comp_29_30 : public Composite_producer {
+public: // constructor
+ Comp_29_30 (): Composite_producer(Event_S2_to_S1){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_b);
+ }
+};// end class Comp_29_30
+
+//---- 24 ----
+class Comp_31_32 : public Composite_producer {
+public: // constructor
+ Comp_31_32 (): Composite_producer(Event_S2_to_End){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_empty);
+ }
+};// end class Comp_31_32
+
+//---- 25 ----
+class Comp_47_48 : public Composite_producer {
+public: // constructor
+ Comp_47_48 (): Composite_producer(Event_S3_to_S3){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ }
+};// end class Comp_47_48
+
+//---- 26 ----
+class Comp_49_50 : public Composite_producer {
+public: // constructor
+ Comp_49_50 (): Composite_producer(Event_S3_to_S4){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_b);
+ }
+};// end class Comp_49_50
+
+//---- 27 ----
+class Comp_63_64 : public Composite_producer {
+public: // constructor
+ Comp_63_64 (): Composite_producer(Event_S4_to_S2){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ }
+};// end class Comp_63_64
+
+//---- 28 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_S1_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 29 ----
+class Comp_27_28 : public Composite_producer {
+public: // constructor
+ Comp_27_28 (): Composite_producer(Event_S2_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_25_26 ;
+ }
+};// end class Comp_27_28
+
+//---- 30 ----
+class Comp_45_46 : public Composite_producer {
+public: // constructor
+ Comp_45_46 (): Composite_producer(Event_S3_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_43_44 ;
+ }
+};// end class Comp_45_46
+
+//---- 31 ----
+class Comp_61_62 : public Composite_producer {
+public: // constructor
+ Comp_61_62 (): Composite_producer(Event_S4_behavior){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_59_60 ;
+ }
+};// end class Comp_61_62
+
+//---- 32 ----
+class SCHEMA_Finite_State_Diagram_with_path: public Composite_producer {
+public: // constructor
+ SCHEMA_Finite_State_Diagram_with_path(): Composite_producer(Event_Finite_State_Diagram_with_path){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_S1_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_S2_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_35_36_ob(Event_SIMPLE_LIST_35_36);
+ element[3]= new Composite_secondary_producer(Event_S3_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_53_54_ob(Event_SIMPLE_LIST_53_54);
+ element[5]= new Composite_secondary_producer(Event_S4_behavior);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_101_102_ob(Event_SIMPLE_LIST_101_102);
+ }
+};// end class SCHEMA_Finite_State_Diagram_with_path
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ // SHOW Diagram
+ graph_container.insert(pair<int, graph_object>( 4,GRAPH_92_Diagram));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example35_Finite_State_Diagram.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_13_14 temp_33; temp_33.harvest();
+ Comp_15_16 temp_34; temp_34.harvest();
+ Comp_19_20 temp_35; temp_35.harvest();
+ Comp_29_30 temp_36; temp_36.harvest();
+ Comp_31_32 temp_37; temp_37.harvest();
+ Comp_47_48 temp_38; temp_38.harvest();
+ Comp_49_50 temp_39; temp_39.harvest();
+ Comp_63_64 temp_40; temp_40.harvest();
+ // harvesting traces for ROOT events
+ Comp_11_12 temp_41; temp_41.harvest();
+ Comp_27_28 temp_42; temp_42.harvest();
+ Comp_45_46 temp_43; temp_43.harvest();
+ Comp_61_62 temp_44; temp_44.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Finite_State_Diagram_with_path temp_45; temp_45.harvest();
+ temp_45.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Finite_State_Diagram_with_path"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.mp
new file mode 100644
index 0000000..ff0ca81
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.mp
@@ -0,0 +1,97 @@
+/* Example 35.
+
+ Adding path and state transition diagrams to
+ the Finite Automaton behavior model.
+
+ run for scope 2
+==========================================================*/
+SCHEMA Finite_State_Diagram_with_path
+
+ROOT S1_behavior:
+ Start Start_to_S1 S1
+ (* (S1_to_S3 | S1_to_S4) S2_to_S1 S1 *)
+ (S1_to_S3 | S1_to_S4);
+Start_to_S1: empty;
+S1_to_S3: a;
+S1_to_S4: (a | b);
+
+ROOT S2_behavior:
+ (* S4_to_S2 S2 S2_to_S1 *)
+ S4_to_S2 S2
+ S2_to_End End;
+S2_to_S1: b;
+S2_to_End: empty;
+
+S1_behavior, S2_behavior SHARE ALL S2_to_S1;
+
+ROOT S3_behavior:
+ (* S1_to_S3 S3
+ (* S3_to_S3 S3 *)
+ S3_to_S4 *);
+S3_to_S3: a;
+S3_to_S4: b;
+
+S3_behavior, S1_behavior SHARE ALL S1_to_S3;
+
+ROOT S4_behavior:
+ (* (S1_to_S4 | S3_to_S4) S4
+ S4_to_S2 *);
+S4_to_S2: a;
+
+S4_behavior, S1_behavior SHARE ALL S1_to_S4;
+S4_behavior, S2_behavior SHARE ALL S4_to_S2;
+S4_behavior, S3_behavior SHARE ALL S3_to_S4;
+
+GRAPH Path { TITLE("Path for the event trace"); };
+/* The following coordination extracts all triples State-Symbol-State
+ from the trace and accumulates corresponding nodes/transitions
+ in the Path graph. */
+
+CLEAR Path; /* Path graph is cleared before a new event trace derivation begins. */
+
+WITHIN Path{
+ COORDINATE
+ /* SORT (plain synchronous coordination) performs topological sort
+ on the selected event set with respect to the transitive closure of
+ PRECEDES (BEFORE relation), and the coordination will follow this ordering.
+ If A BEFORE B holds for events A and B, event A will appear in the sorted
+ sequence before B. This way pairs of states and transitions between them
+ are synchronized. */
+ <SORT> $state1: (Start | S1 | S2 | S3 | S4),
+ <SORT> $symbol: (a | b | empty),
+ <SORT> $state2: (S1 | S2 | S3 | S4 | End)
+
+ DO
+ Node$s1: LAST ($state1);
+ /* Assigns to the node variable Node$s1 the last instance of node
+ with the event name stored in $state1 in this graph, or creates a new node,
+ if such instance does not yet exist */
+ Node$s2: NEW ($state2);
+ /* Creates a new instance of node with name $state2. As a result,
+ nodes with the same label (representing the same state in the diagram)
+ may appear repeatedly in the Path graph. */
+ ADD Node$s1 ARROW($symbol) Node$s2;
+ OD;
+
+ /* show Path graph for each event trace */
+ SHOW Path;
+}; /* end WITHIN Path */
+
+GRAPH Diagram { TITLE("State transition diagram"); };
+
+WITHIN Diagram{
+ /* The following coordination extracts all triples State-Symbol-State from
+ the trace and accumulates corresponding nodes/transitions in the graph */
+ COORDINATE
+ <SORT> $state1: (Start | S1 | S2 | S3 | S4),
+ <SORT> $symbol: (a | b | empty),
+ <SORT> $state2: (S1 | S2 | S3 | S4 | End)
+ DO
+ ADD LAST ($state1) ARROW($symbol) LAST ($state2);
+ /* this time nodes with the same label will be unique */
+ OD;
+}; /* end WITHIN Diagram */
+
+GLOBAL
+/* After all valid traces have been derived, show the accumulated diagram */
+SHOW Diagram;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.temp.txt
new file mode 100644
index 0000000..ec42749
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example35_Finite_State_Diagram tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.tree
new file mode 100644
index 0000000000000000000000000000000000000000..3c680a728496e9175dfc662ad64f4ff3a3b1da58
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.txt
new file mode 100644
index 0000000..f692e29
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example35_Finite_State_Diagram.txt
@@ -0,0 +1,35 @@
+generating traces for scope 1
+completed Start_to_S1: 1 traces (0 MARKed) 2 events
+
+completed S1_to_S3: 1 traces (0 MARKed) 2 events
+
+completed S1_to_S4: 2 traces (0 MARKed) 4 events
+ average 2 ev/trace min 2 max 2
+
+completed S2_to_S1: 1 traces (0 MARKed) 2 events
+
+completed S2_to_End: 1 traces (0 MARKed) 2 events
+
+completed S3_to_S3: 1 traces (0 MARKed) 2 events
+
+completed S3_to_S4: 1 traces (0 MARKed) 2 events
+
+completed S4_to_S2: 1 traces (0 MARKed) 2 events
+
+completed S1_behavior: 12 traces (0 MARKed) 129 events
+ average 10.75 ev/trace min 7 max 12
+
+completed S2_behavior: 2 traces (0 MARKed) 19 events
+ average 9.5 ev/trace min 7 max 12
+
+completed S3_behavior: 3 traces (0 MARKed) 16 events
+ average 5.33333 ev/trace min 1 max 9
+
+completed S4_behavior: 4 traces (0 MARKed) 19 events
+ average 4.75 ev/trace min 1 max 6
+
+completed Finite_State_Diagram_with_path: 4 traces (0 MARKed) 101 events
+ average 25.25 ev/trace min 22 max 30
+
+Elapsed time 0.136319 sec, Speed: 2215.39 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.cpp
new file mode 100644
index 0000000..a1deeab
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.cpp
@@ -0,0 +1,1168 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA ATM_withdrawal_with_Statechart_view trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_77_Diagram;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_insert_card
+ , Event_identification_succeeds
+ , Event_request_withdrawal
+ , Event_get_money
+ , Event_not_sufficient_funds
+ , Event_identification_fails
+ , Event_retrieve_card
+ , Event_Idle
+ , Event_read_card
+ , Event_validate_id
+ , Event_id_successful
+ , Event_check_balance
+ , Event_sufficient_balance
+ , Event_dispense_money
+ , Event_unsufficient_balance
+ , Event_id_failed
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_86_87
+ // ADD operations
+ // ROOT events
+ , Event_Customer
+ , Event_ATM_system
+ , Event_Data_Base
+ // main schema event
+ , Event_ATM_withdrawal_with_Statechart_view };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "insert_card"
+ , "identification_succeeds"
+ , "request_withdrawal"
+ , "get_money"
+ , "not_sufficient_funds"
+ , "identification_fails"
+ , "retrieve_card"
+ , "Idle"
+ , "read_card"
+ , "validate_id"
+ , "id_successful"
+ , "check_balance"
+ , "sufficient_balance"
+ , "dispense_money"
+ , "unsufficient_balance"
+ , "id_failed"
+ , "SIMPLE_LIST_86_87"
+ , "Customer"
+ , "ATM_system"
+ , "Data_Base"
+ , "ATM_withdrawal_with_Statechart_view" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_86_87_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_86_87_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Data_Base_source = Root_table[Event_Data_Base];
+ // lists of shared events for Data_Base
+ vector<int> Data_Base_validate_id_list;
+ vector<int> Data_Base_check_balance_list;
+
+ int ATM_system_source = Root_table[Event_ATM_system];
+ // lists of shared events for ATM_system
+ vector<int> ATM_system_validate_id_list;
+ vector<int> ATM_system_check_balance_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Data_Base_source ]){
+ if( Stack[i]->name == Event_validate_id ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Data_Base_validate_id_list.begin();
+ s != Data_Base_validate_id_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Data_Base_validate_id_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_check_balance ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Data_Base_check_balance_list.begin();
+ s != Data_Base_check_balance_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Data_Base_check_balance_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( Stack[i]->name == Event_validate_id ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = ATM_system_validate_id_list.begin();
+ s != ATM_system_validate_id_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) ATM_system_validate_id_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_check_balance ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = ATM_system_check_balance_list.begin();
+ s != ATM_system_check_balance_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) ATM_system_check_balance_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = ATM_system_validate_id_list.size();
+ if(Data_Base_validate_id_list.size() != len_to_compare) throw failed ;
+ len_to_compare = ATM_system_check_balance_list.size();
+ if(Data_Base_check_balance_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = ATM_system_validate_id_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Data_Base_validate_id_list[i], ATM_system_validate_id_list[i]);
+ }
+ len_to_compare = ATM_system_check_balance_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Data_Base_check_balance_list[i], ATM_system_check_balance_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_insert_card)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_read_card)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_request_withdrawal)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_check_balance)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_identification_succeeds)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_id_successful)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_get_money)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_dispense_money)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_not_sufficient_funds)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_unsufficient_balance)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Customer_source = Root_table[Event_Customer]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int ATM_system_source = Root_table[Event_ATM_system]
+; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Customer_source ]){
+ if( ( (Stack[i]->name == Event_identification_fails)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + ATM_system_source ]){
+ if( ( (Stack[i]->name == Event_id_failed)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(x_variable,y_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // Diagram title generation
+ ostringstream convert;
+ convert <<"ATM state transition diagram";
+ GRAPH_77_Diagram.title = convert.str();}
+ { // COORDINATE operation
+ int thread_length = -1;
+ int state1_variable; // thread variable
+ vector<int> state1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int user_variable; // thread variable
+ vector<int> user_variable_list; // list of coordinated events
+ int state2_variable; // thread variable
+ vector<int> state2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for state1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ state1_variable = i;
+ if( state1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Idle)|| (Stack[i]->name == Event_id_successful)|| (Stack[i]->name == Event_id_failed)|| (Stack[i]->name == Event_sufficient_balance)|| (Stack[i]->name == Event_unsufficient_balance)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = state1_variable_list.begin(); s != state1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) state1_variable_list.push_back(i);
+ }
+ } };
+
+ // do the CUT_END 1 reshuffling
+ if(state1_variable_list.size() >=1)
+ state1_variable_list.erase(state1_variable_list.end() - 1, state1_variable_list.end());
+ else throw failed;
+ // finally check the thread length
+ if(thread_length < 0) thread_length = state1_variable_list.size();
+ if(thread_length != state1_variable_list.size()) throw failed;
+
+ // preparing thread for user_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ user_variable = i;
+ if( user_variable_list.size() == thread_length){
+ state1_variable = 0; }
+ else{
+ state1_variable = state1_variable_list[user_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_insert_card)|| (Stack[i]->name == Event_request_withdrawal)|| (Stack[i]->name == Event_retrieve_card)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = user_variable_list.begin(); s != user_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) user_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source user_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = user_variable_list.size();
+ if(thread_length != user_variable_list.size()) throw failed;
+
+ // preparing thread for state2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ state2_variable = i;
+ if( state2_variable_list.size() == thread_length){
+ state1_variable = 0;
+ user_variable = 0; }
+ else{
+ state1_variable = state1_variable_list[state2_variable_list.size()];
+ user_variable = user_variable_list[state2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Idle)|| (Stack[i]->name == Event_id_successful)|| (Stack[i]->name == Event_id_failed)|| (Stack[i]->name == Event_sufficient_balance)|| (Stack[i]->name == Event_unsufficient_balance)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = state2_variable_list.begin(); s != state2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) state2_variable_list.push_back(i);
+ }
+ } };
+
+ // do the CUT_FRONT 1 reshuffling
+ if(state2_variable_list.size() >=1)
+ state2_variable_list.erase(state2_variable_list.begin(),state2_variable_list.begin() + 1);
+ else throw failed;
+ // finally check the thread length
+ if(thread_length < 0) thread_length = state2_variable_list.size();
+ if(thread_length != state2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ state1_variable= state1_variable_list[i];
+ user_variable= user_variable_list[i];
+ state2_variable= state2_variable_list[i];
+ // WITHIN Diagram
+ // add_arrow for GRAPH_77_Diagram
+ int temp_1_1 ; {
+ ostringstream convert;
+ convert << event_name_string[Stack[ state1_variable ]->name];
+ temp_1_1 = GRAPH_77_Diagram . find_or_create_new_node (convert.str());}
+ int temp_2_2 ; {
+ ostringstream convert;
+ convert << event_name_string[Stack[ state2_variable ]->name];
+ temp_2_2 = GRAPH_77_Diagram . find_or_create_new_node (convert.str());}
+ {
+ ostringstream convert;
+ convert << event_name_string[Stack[ user_variable ]->name];
+ GRAPH_77_Diagram.add_arrow(temp_1_1,temp_2_2,convert.str());}
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_86_87_ob class
+
+//---- 2 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_get_money);
+ element[ 1 ]= new Atomic_producer(Event_not_sufficient_funds);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_1_2
+
+//---- 3 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_identification_succeeds);
+ element[ 1 ]= new Atomic_producer(Event_request_withdrawal);
+ element[ 2 ]= new Alt_1_2 ;
+ }
+};// end class Sq_3_4
+
+//---- 4 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_3_4 ;
+ element[ 1 ]= new Atomic_producer(Event_identification_fails);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 5 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_insert_card);
+ element[ 1 ]= new Alt_5_6 ;
+ element[ 2 ]= new Atomic_producer(Event_retrieve_card);
+ }
+};// end class Sq_7_8
+
+//---- 6 ----
+class Ct_90_91 : public AND_node_producer_container {
+public: // constructor
+ Ct_90_91 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_7_8 ;
+ element[ 1 ]= new Sq_7_8 ;
+ }
+};// end class Ct_90_91
+
+//---- 7 ----
+class Ct_92_93 : public AND_node_producer_container {
+public: // constructor
+ Ct_92_93 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_7_8 ;
+ element[ 1 ]= new Sq_7_8 ;
+ element[ 2 ]= new Sq_7_8 ;
+ }
+};// end class Ct_92_93
+
+//---- 8 ----
+class Itr_9_10 : public OR_node_producer_container {
+public: // constructor
+ Itr_9_10 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_7_8 ;
+ element[ 2 ]= new Ct_90_91 ;
+ element[ 3 ]= new Ct_92_93 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_9_10
+
+//---- 9 ----
+class Sq_13_14 : public AND_node_producer_container {
+public: // constructor
+ Sq_13_14 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_sufficient_balance);
+ element[ 1 ]= new Atomic_producer(Event_dispense_money);
+ }
+};// end class Sq_13_14
+
+//---- 10 ----
+class Alt_15_16 : public OR_node_producer_container {
+public: // constructor
+ Alt_15_16 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_13_14 ;
+ element[ 1 ]= new Atomic_producer(Event_unsufficient_balance);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_15_16
+
+//---- 11 ----
+class Sq_17_18 : public AND_node_producer_container {
+public: // constructor
+ Sq_17_18 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_id_successful);
+ element[ 1 ]= new Atomic_producer(Event_check_balance);
+ element[ 2 ]= new Alt_15_16 ;
+ }
+};// end class Sq_17_18
+
+//---- 12 ----
+class Alt_19_20 : public OR_node_producer_container {
+public: // constructor
+ Alt_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_17_18 ;
+ element[ 1 ]= new Atomic_producer(Event_id_failed);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_19_20
+
+//---- 13 ----
+class Sq_21_22 : public AND_node_producer_container {
+public: // constructor
+ Sq_21_22 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_Idle);
+ element[ 1 ]= new Atomic_producer(Event_read_card);
+ element[ 2 ]= new Atomic_producer(Event_validate_id);
+ element[ 3 ]= new Alt_19_20 ;
+ }
+};// end class Sq_21_22
+
+//---- 14 ----
+class Ct_94_95 : public AND_node_producer_container {
+public: // constructor
+ Ct_94_95 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_21_22 ;
+ element[ 1 ]= new Sq_21_22 ;
+ }
+};// end class Ct_94_95
+
+//---- 15 ----
+class Ct_96_97 : public AND_node_producer_container {
+public: // constructor
+ Ct_96_97 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_21_22 ;
+ element[ 1 ]= new Sq_21_22 ;
+ element[ 2 ]= new Sq_21_22 ;
+ }
+};// end class Ct_96_97
+
+//---- 16 ----
+class Itr_23_24 : public OR_node_producer_container {
+public: // constructor
+ Itr_23_24 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_21_22 ;
+ element[ 2 ]= new Ct_94_95 ;
+ element[ 3 ]= new Ct_96_97 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_23_24
+
+//---- 17 ----
+class Sq_25_26 : public AND_node_producer_container {
+public: // constructor
+ Sq_25_26 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_23_24 ;
+ element[ 1 ]= new Atomic_producer(Event_Idle);
+ }
+};// end class Sq_25_26
+
+//---- 18 ----
+class Opt_29_30 : public OR_node_producer_container {
+public: // constructor
+ Opt_29_30 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_check_balance);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_29_30
+
+//---- 19 ----
+class Sq_31_32 : public AND_node_producer_container {
+public: // constructor
+ Sq_31_32 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_validate_id);
+ element[ 1 ]= new Opt_29_30 ;
+ }
+};// end class Sq_31_32
+
+//---- 20 ----
+class Ct_98_99 : public AND_node_producer_container {
+public: // constructor
+ Ct_98_99 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_31_32 ;
+ element[ 1 ]= new Sq_31_32 ;
+ }
+};// end class Ct_98_99
+
+//---- 21 ----
+class Ct_100_101 : public AND_node_producer_container {
+public: // constructor
+ Ct_100_101 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_31_32 ;
+ element[ 1 ]= new Sq_31_32 ;
+ element[ 2 ]= new Sq_31_32 ;
+ }
+};// end class Ct_100_101
+
+//---- 22 ----
+class Itr_33_34 : public OR_node_producer_container {
+public: // constructor
+ Itr_33_34 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_31_32 ;
+ element[ 2 ]= new Ct_98_99 ;
+ element[ 3 ]= new Ct_100_101 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_33_34
+
+//---- 23 ----
+class Comp_11_12 : public Composite_producer {
+public: // constructor
+ Comp_11_12 (): Composite_producer(Event_Customer){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_9_10 ;
+ }
+};// end class Comp_11_12
+
+//---- 24 ----
+class Comp_27_28 : public Composite_producer {
+public: // constructor
+ Comp_27_28 (): Composite_producer(Event_ATM_system){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_25_26 ;
+ }
+};// end class Comp_27_28
+
+//---- 25 ----
+class Comp_35_36 : public Composite_producer {
+public: // constructor
+ Comp_35_36 (): Composite_producer(Event_Data_Base){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_33_34 ;
+ }
+};// end class Comp_35_36
+
+//---- 26 ----
+class SCHEMA_ATM_withdrawal_with_Statechart_view: public Composite_producer {
+public: // constructor
+ SCHEMA_ATM_withdrawal_with_Statechart_view(): Composite_producer(Event_ATM_withdrawal_with_Statechart_view){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Customer);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_ATM_system);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_Data_Base);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new SIMPLE_LIST_86_87_ob(Event_SIMPLE_LIST_86_87);
+ }
+};// end class SCHEMA_ATM_withdrawal_with_Statechart_view
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ // SHOW Diagram
+ graph_container.insert(pair<int, graph_object>( 3,GRAPH_77_Diagram));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example36_Statechart.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_11_12 temp_27; temp_27.harvest();
+ Comp_27_28 temp_28; temp_28.harvest();
+ Comp_35_36 temp_29; temp_29.harvest();
+ // harvesting traces for main schema
+ SCHEMA_ATM_withdrawal_with_Statechart_view temp_30; temp_30.harvest();
+ temp_30.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"ATM_withdrawal_with_Statechart_view"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.mp
new file mode 100644
index 0000000..f41f30f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.mp
@@ -0,0 +1,83 @@
+/* Example 36.
+
+ Extracting Statechart view from MP model.
+
+ run for scope 1 and up
+==========================================================*/
+SCHEMA ATM_withdrawal_with_Statechart_view
+
+ROOT Customer: (* insert_card
+ ( identification_succeeds
+ request_withdrawal
+ (get_money | not_sufficient_funds) |
+
+ identification_fails )
+ retrieve_card
+ *);
+
+ROOT ATM_system: (* Idle
+ read_card
+ validate_id
+ ( id_successful
+ check_balance
+ ( sufficient_balance
+ dispense_money |
+ unsufficient_balance ) |
+
+ id_failed )
+ *)
+ Idle;
+
+ROOT Data_Base: (* validate_id [ check_balance ] *);
+
+/* Interactions */
+Data_Base, ATM_system SHARE ALL validate_id, check_balance;
+
+COORDINATE $x: insert_card FROM Customer,
+ $y: read_card FROM ATM_system
+DO ADD $x PRECEDES $y; OD;
+
+COORDINATE $x: request_withdrawal FROM Customer,
+ $y: check_balance FROM ATM_system
+DO ADD $x PRECEDES $y; OD;
+
+COORDINATE $x: identification_succeeds FROM Customer,
+ $y: id_successful FROM ATM_system
+DO ADD $y PRECEDES $x; OD;
+
+COORDINATE $x: get_money FROM Customer,
+ $y: dispense_money FROM ATM_system
+DO ADD $y PRECEDES $x; OD;
+
+COORDINATE $x: not_sufficient_funds FROM Customer,
+ $y: unsufficient_balance FROM ATM_system
+DO ADD $y PRECEDES $x; OD;
+
+COORDINATE $x: identification_fails FROM Customer,
+ $y: id_failed FROM ATM_system
+DO ADD $y PRECEDES $x; OD;
+
+GRAPH Diagram{ TITLE("ATM state transition diagram"); };
+
+/*=====================================
+ Building a graph proceeds here
+=======================================*/
+COORDINATE
+ <CUT_END> $state1: /* these are ATM system’s states */
+ ( Idle | id_successful | id_failed |
+ sufficient_balance | unsufficient_balance),
+
+ $user: /* these are User’s inputs that trigger ATM state transitions */
+ (insert_card | request_withdrawal | retrieve_card),
+
+ <CUT_FRONT> $state2: /* these are ATM system’s states */
+ ( Idle | id_successful | id_failed |
+ sufficient_balance | unsufficient_balance)
+ DO
+ WITHIN Diagram{
+ ADD LAST ($state1) ARROW($user) LAST ($state2); };
+ OD;
+
+GLOBAL
+
+SHOW Diagram;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.temp.txt
new file mode 100644
index 0000000..afef2c5
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example36_Statechart tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.txt
new file mode 100644
index 0000000..ad36dea
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example36_Statechart.txt
@@ -0,0 +1,15 @@
+generating traces for scope 3
+completed Customer: 40 traces (0 MARKed) 482 events
+ average 12.05 ev/trace min 1 max 16
+
+completed ATM_system: 40 traces (0 MARKed) 658 events
+ average 16.45 ev/trace min 2 max 23
+
+completed Data_Base: 15 traces (0 MARKed) 66 events
+ average 4.4 ev/trace min 1 max 7
+
+completed ATM_withdrawal_with_Statechart_view: 40 traces (0 MARKed) 1390 events
+ average 34.75 ev/trace min 5 max 47
+
+Elapsed time 18.2951 sec, Speed: 141.896 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.cpp
new file mode 100644
index 0000000..50d477b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.cpp
@@ -0,0 +1,523 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA unreliable_message_flow trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > trace_unique_id_number_attribute;
+ map<int, float > summary_probability_number_attribute;
+ map<int, float > count_number_attribute;
+//-- node attributes --
+ map<int, float > NODE_trace_unique_id_number_attribute;
+//-- GLOBAL attributes --
+ float GLOBAL_summary_probability_number_attribute;
+ float GLOBAL_count_number_attribute;
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( trace_unique_id_number_attribute[event1] != trace_unique_id_number_attribute[event2])
+ return false;
+ if( summary_probability_number_attribute[event1] != summary_probability_number_attribute[event2])
+ return false;
+ if( count_number_attribute[event1] != count_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ trace_unique_id_number_attribute.clear();
+ summary_probability_number_attribute.clear();
+ count_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!trace_unique_id_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("trace_unique_id",trace_unique_id_number_attribute));
+ if(!summary_probability_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("summary_probability",summary_probability_number_attribute));
+ if(!count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("count",count_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "trace_unique_id"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ trace_unique_id_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "summary_probability"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ summary_probability_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_21_good_traces;
+report_object REPORT_41_R;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_send
+ , Event_receive
+ , Event_does_not_receive
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_17_18
+ , Event_SIMPLE_LIST_37_38
+ // ADD operations
+ // ROOT events
+ , Event_Sender
+ , Event_Receiver
+ // main schema event
+ , Event_unreliable_message_flow };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "send"
+ , "receive"
+ , "does_not_receive"
+ , "SIMPLE_LIST_17_18"
+ , "SIMPLE_LIST_37_38"
+ , "Sender"
+ , "Receiver"
+ , "unreliable_message_flow" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_22(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_receive){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_23(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_send){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 3 ----
+class SIMPLE_LIST_17_18_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_17_18_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int Sender_source = Root_table[Event_Sender]; // source of coordination
+ int y_variable; // thread variable
+ vector<int> y_variable_list; // list of coordinated events
+ int Receiver_source = Root_table[Event_Receiver]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Sender_source ]){
+ if( ( (Stack[i]->name == Event_send)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // preparing thread for y_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ y_variable = i;
+ if( y_variable_list.size() == thread_length){
+ x_variable = 0; }
+ else{
+ x_variable = x_variable_list[y_variable_list.size()];};
+ if(in_matrix[i * len + Receiver_source ]){
+ if( ( (Stack[i]->name == Event_receive)|| (Stack[i]->name == Event_does_not_receive)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = y_variable_list.begin(); s != y_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) y_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source y_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = y_variable_list.size();
+ if(thread_length != y_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ y_variable= y_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(y_variable,x_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_17_18_ob class
+
+//---- 4 ----
+class SIMPLE_LIST_37_38_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_37_38_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // good_traces title generation
+ ostringstream convert;
+ convert <<" ";
+ GRAPH_21_good_traces.title = convert.str();}
+ if( ( (special_function_22(current_host, Root_table[Event_unreliable_message_flow])
+/ (float)special_function_23(current_host, Root_table[Event_unreliable_message_flow])
+) > 7.500000E-01)){
+ // WITHIN good_traces
+ int x_24_node_var = -1;
+ {// NEW_NODE
+ ostringstream convert;
+ convert <<
+ trace_id_attribute ;
+ x_24_node_var = GRAPH_21_good_traces.create_new_node(convert.str());}
+ // attribute trace_unique_id assignment
+ NODE_trace_unique_id_number_attribute[x_24_node_var]=
+ trace_id_attribute ;
+ Mark = 'M'; // MARK
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_37_38_ob class
+
+//---- 5 ----
+class Alt_5_6 : public OR_node_producer_container {
+public: // constructor
+ Alt_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_receive);
+ element[ 1 ]= new Atomic_producer(Event_does_not_receive);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 8.000000E-01;
+ alternative_probability[ 1 ]= 2.000000E-01;
+ }
+};// end class Alt_5_6
+
+//---- 6 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_Sender){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_send);
+ }
+};// end class Comp_3_4
+
+//---- 7 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Receiver){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Alt_5_6 ;
+ }
+};// end class Comp_9_10
+
+//---- 8 ----
+class SCHEMA_unreliable_message_flow: public Composite_producer {
+public: // constructor
+ SCHEMA_unreliable_message_flow(): Composite_producer(Event_unreliable_message_flow){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Sender);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Receiver);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_17_18_ob(Event_SIMPLE_LIST_17_18);
+ element[3]= new SIMPLE_LIST_37_38_ob(Event_SIMPLE_LIST_37_38);
+ }
+};// end class SCHEMA_unreliable_message_flow
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ { // R title generation
+ ostringstream convert;
+ convert <<"Scope ";
+ convert << 1 ;
+ REPORT_41_R.title = convert.str();}
+ // WITHIN good_traces
+ // loop_over_graph for GRAPH_21_good_traces
+ { // loop over graph GRAPH_21_good_traces
+ int a_42_node_var ;
+ int end_limit_1 = GRAPH_21_good_traces .nodes.size();
+ for(int temp = 0; temp < end_limit_1 ; temp++){
+ a_42_node_var = temp;
+ // attribute summary_probability assignment
+ GLOBAL_summary_probability_number_attribute+=get_trace_probability(m, (int)
+ NODE_trace_unique_id_number_attribute[a_42_node_var] ) ;
+ // attribute count assignment
+ GLOBAL_count_number_attribute+=1 ;
+ } } // end GRAPH_21_good_traces loop
+ { // increment report
+ ostringstream convert;
+ convert <<"Total ";
+ convert << total_segments ;
+ convert <<" traces";
+ REPORT_41_R.report_contents.push_back(convert.str());}
+ { // increment report
+ ostringstream convert;
+ convert <<"In ";
+ convert <<
+ GLOBAL_count_number_attribute ;
+ convert <<" of traces at least 75% of sent messages have been received";
+ REPORT_41_R.report_contents.push_back(convert.str());}
+ { // increment report
+ ostringstream convert;
+ convert <<"At the given scope probability for at least 75% messages to pass through is ";
+ convert <<
+ GLOBAL_summary_probability_number_attribute ;
+ REPORT_41_R.report_contents.push_back(convert.str());}
+ // SHOW R
+ report_container.insert(pair<int, report_object>( 2,REPORT_41_R));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+ JSON<<",{\"SAY\":[";
+ string c = "\"";
+ for(vector<string>::iterator p2 = global_SAY_list_999999.begin();
+ p2 != global_SAY_list_999999.end(); p2++){
+ JSON<<c<<*p2<<"\""; c = ",\"";}
+ JSON<<"]}";
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example37_GLOBAL_query.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_9; temp_9.harvest();
+ Comp_9_10 temp_10; temp_10.harvest();
+ // harvesting traces for main schema
+ SCHEMA_unreliable_message_flow temp_11; temp_11.harvest();
+ temp_11.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"unreliable_message_flow"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.mp
new file mode 100644
index 0000000..d6f37e1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.mp
@@ -0,0 +1,61 @@
+/* Example 37 GLOBAL query
+
+Unreliable message flow.
+Assuming that probability for a message to get lost is 0.2,
+find probability of a trace with more than 75% successfully received messages.
+
+Since we are interested only in traces with at least one 'send' event,
+the (+ ... +) iteration is used.
+
+This example is small enough to try scopes larger than 5.
+That can be done using explicit iteration limit (running for instance,
+for scope 1), like:
+
+ROOT Sender: (+<1..7> send +);
+ROOT Receiver: (+<1..7> (receive |<<0.2>> does_not_receive) +);
+
+ Run for scopes 1 and up.
+*/
+SCHEMA unreliable_message_flow
+
+ROOT Sender: (+ send +);
+ROOT Receiver: (+ (receive |<<0.2>> does_not_receive) +);
+
+COORDINATE $x: send FROM Sender,
+ $y: (receive | does_not_receive) FROM Receiver
+ DO ADD $x PRECEDES $y; OD;
+
+ATTRIBUTES {number trace_unique_id,
+ summary_probability,
+ count; };
+
+GRAPH good_traces{ }; /* To accumulate data about traces of interest */
+
+IF #receive / #send > 0.75 THEN
+ WITHIN good_traces {
+ Node$x: NEW(trace_id);
+ Node$x.trace_unique_id := trace_id; };
+ MARK; /* MARK this trace */
+FI;
+
+GLOBAL
+REPORT R{TITLE("Scope " $$scope);};
+
+WITHIN good_traces{
+ FOR Node$a DO
+ /* sum up probabilities of traces stored in the 'good_traces'.
+ Please notice that trace's probability can be estimated only
+ after all valid trace derivation has been completed,
+ i.e. should be postponed to the GLOBAL section,
+ using the #$$TP( ) function. */
+ summary_probability +:= #$$TP(Node$a.trace_unique_id);
+ count +:=1;
+ OD;
+ };
+
+ SAY( "Total " #$$TRACE " traces") => R;
+ SAY("In "count " of traces at least 75% of sent messages have been received") => R;
+ SAY("At the given scope probability for at least 75% messages to pass through is " summary_probability) => R;
+
+ SHOW R;
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp.txt
new file mode 100644
index 0000000..e765646
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example37_GLOBAL_query tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.txt
new file mode 100644
index 0000000..8e52387
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example37_GLOBAL_query.txt
@@ -0,0 +1,11 @@
+generating traces for scope 1
+completed Sender: 1 traces (0 MARKed) 2 events
+
+completed Receiver: 2 traces (0 MARKed) 4 events
+ average 2 ev/trace min 2 max 2
+
+completed unreliable_message_flow: 2 traces (1 MARKed) 10 events
+ average 5 ev/trace min 5 max 5
+
+Elapsed time 0.000207 sec, Speed: 77294.7 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.cpp
new file mode 100644
index 0000000..0fd3a20
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.cpp
@@ -0,0 +1,881 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Knapsack trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > limit_number_attribute;
+ map<int, float > accumulated_total_number_attribute;
+ map<int, float > current_max_number_attribute;
+ map<int, float > A_count_number_attribute;
+ map<int, float > B_count_number_attribute;
+ map<int, float > C_count_number_attribute;
+//-- node attributes --
+ map<int, float > NODE_accumulated_total_number_attribute;
+ map<int, float > NODE_A_count_number_attribute;
+ map<int, float > NODE_B_count_number_attribute;
+ map<int, float > NODE_C_count_number_attribute;
+//-- GLOBAL attributes --
+ float GLOBAL_limit_number_attribute;
+ float GLOBAL_current_max_number_attribute;
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( limit_number_attribute[event1] != limit_number_attribute[event2])
+ return false;
+ if( accumulated_total_number_attribute[event1] != accumulated_total_number_attribute[event2])
+ return false;
+ if( current_max_number_attribute[event1] != current_max_number_attribute[event2])
+ return false;
+ if( A_count_number_attribute[event1] != A_count_number_attribute[event2])
+ return false;
+ if( B_count_number_attribute[event1] != B_count_number_attribute[event2])
+ return false;
+ if( C_count_number_attribute[event1] != C_count_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ limit_number_attribute.clear();
+ accumulated_total_number_attribute.clear();
+ current_max_number_attribute.clear();
+ A_count_number_attribute.clear();
+ B_count_number_attribute.clear();
+ C_count_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!limit_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("limit",limit_number_attribute));
+ if(!accumulated_total_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("accumulated_total",accumulated_total_number_attribute));
+ if(!current_max_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("current_max",current_max_number_attribute));
+ if(!A_count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("A_count",A_count_number_attribute));
+ if(!B_count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("B_count",B_count_number_attribute));
+ if(!C_count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("C_count",C_count_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "limit"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ limit_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "accumulated_total"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ accumulated_total_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "current_max"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ current_max_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "A_count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ A_count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "B_count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ B_count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ else
+ if(p1_num_attr->first == "C_count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ C_count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_62_candidates;
+report_object REPORT_97_best_knapsack;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Item_A
+ , Event_Item_B
+ , Event_Item_C
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_3_4
+ , Event_SIMPLE_LIST_10_11
+ , Event_SIMPLE_LIST_22_23
+ , Event_SIMPLE_LIST_29_30
+ , Event_SIMPLE_LIST_41_42
+ , Event_SIMPLE_LIST_48_49
+ , Event_SIMPLE_LIST_93_94
+ // ADD operations
+ // ROOT events
+ , Event_A
+ , Event_B
+ , Event_C
+ // main schema event
+ , Event_Knapsack };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Item_A"
+ , "Item_B"
+ , "Item_C"
+ , "SIMPLE_LIST_3_4"
+ , "SIMPLE_LIST_10_11"
+ , "SIMPLE_LIST_22_23"
+ , "SIMPLE_LIST_29_30"
+ , "SIMPLE_LIST_41_42"
+ , "SIMPLE_LIST_48_49"
+ , "SIMPLE_LIST_93_94"
+ , "A"
+ , "B"
+ , "C"
+ , "Knapsack" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_7(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Item_A){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_26(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Item_B){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_45(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Item_C){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_69(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Item_A){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_72(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Item_B){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_75(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Item_C){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 7 ----
+class SIMPLE_LIST_3_4_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_3_4_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute limit assignment
+ GLOBAL_limit_number_attribute=11 ;
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_3_4_ob class
+
+//---- 8 ----
+class SIMPLE_LIST_10_11_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_10_11_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute accumulated_total assignment
+ accumulated_total_number_attribute[0]=( special_function_7(current_host, Root_table[Event_A])
+* 2 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_10_11_ob class
+
+//---- 9 ----
+class SIMPLE_LIST_22_23_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_22_23_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute accumulated_total assignment
+ accumulated_total_number_attribute[0]+=
+ accumulated_total_number_attribute[Root_table[Event_A]] ;
+ if( (
+ accumulated_total_number_attribute[0] >
+ GLOBAL_limit_number_attribute )){
+ throw failed; // REJECT
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_22_23_ob class
+
+//---- 10 ----
+class SIMPLE_LIST_29_30_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_29_30_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute accumulated_total assignment
+ accumulated_total_number_attribute[0]=( special_function_26(current_host, Root_table[Event_B])
+* 3 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_29_30_ob class
+
+//---- 11 ----
+class SIMPLE_LIST_41_42_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_41_42_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute accumulated_total assignment
+ accumulated_total_number_attribute[0]+=
+ accumulated_total_number_attribute[Root_table[Event_B]] ;
+ if( (
+ accumulated_total_number_attribute[0] >
+ GLOBAL_limit_number_attribute )){
+ throw failed; // REJECT
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_41_42_ob class
+
+//---- 12 ----
+class SIMPLE_LIST_48_49_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_48_49_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute accumulated_total assignment
+ accumulated_total_number_attribute[0]=( special_function_45(current_host, Root_table[Event_C])
+* 5 );
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_48_49_ob class
+
+//---- 13 ----
+class SIMPLE_LIST_93_94_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_93_94_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // attribute accumulated_total assignment
+ accumulated_total_number_attribute[0]+=
+ accumulated_total_number_attribute[Root_table[Event_C]] ;
+ if( (
+ accumulated_total_number_attribute[0] >
+ GLOBAL_limit_number_attribute )){
+ throw failed; // REJECT
+ }// end THEN
+ { // candidates title generation
+ ostringstream convert;
+ convert <<" ";
+ GRAPH_62_candidates.title = convert.str();}
+ if( (
+ accumulated_total_number_attribute[0] >=
+ GLOBAL_current_max_number_attribute )){
+ // attribute current_max assignment
+ GLOBAL_current_max_number_attribute=
+ accumulated_total_number_attribute[0] ;
+ // WITHIN candidates
+ int a_65_node_var = -1;
+ {// NEW_NODE
+ ostringstream convert;
+ convert <<
+ trace_id_attribute ;
+ a_65_node_var = GRAPH_62_candidates.create_new_node(convert.str());}
+ // attribute accumulated_total assignment
+ NODE_accumulated_total_number_attribute[a_65_node_var]=
+ accumulated_total_number_attribute[0] ;
+ // attribute A_count assignment
+ NODE_A_count_number_attribute[a_65_node_var]=special_function_69(current_host, Root_table[Event_Knapsack])
+;
+ // attribute B_count assignment
+ NODE_B_count_number_attribute[a_65_node_var]=special_function_72(current_host, Root_table[Event_Knapsack])
+;
+ // attribute C_count assignment
+ NODE_C_count_number_attribute[a_65_node_var]=special_function_75(current_host, Root_table[Event_Knapsack])
+;
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Best result so far: ";
+ convert <<
+ accumulated_total_number_attribute[0] ;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_93_94_ob class
+
+//---- 14 ----
+class Ct_123_124 : public AND_node_producer_container {
+public: // constructor
+ Ct_123_124 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Item_A);
+ element[ 1 ]= new Atomic_producer(Event_Item_A);
+ }
+};// end class Ct_123_124
+
+//---- 15 ----
+class Ct_125_126 : public AND_node_producer_container {
+public: // constructor
+ Ct_125_126 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Item_A);
+ element[ 1 ]= new Atomic_producer(Event_Item_A);
+ element[ 2 ]= new Atomic_producer(Event_Item_A);
+ }
+};// end class Ct_125_126
+
+//---- 16 ----
+class Itr_5_6 : public OR_node_producer_container {
+public: // constructor
+ Itr_5_6 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Item_A);
+ element[ 2 ]= new Ct_123_124 ;
+ element[ 3 ]= new Ct_125_126 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_5_6
+
+//---- 17 ----
+class Ct_127_128 : public AND_node_producer_container {
+public: // constructor
+ Ct_127_128 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Item_B);
+ element[ 1 ]= new Atomic_producer(Event_Item_B);
+ }
+};// end class Ct_127_128
+
+//---- 18 ----
+class Ct_129_130 : public AND_node_producer_container {
+public: // constructor
+ Ct_129_130 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Item_B);
+ element[ 1 ]= new Atomic_producer(Event_Item_B);
+ element[ 2 ]= new Atomic_producer(Event_Item_B);
+ }
+};// end class Ct_129_130
+
+//---- 19 ----
+class Itr_24_25 : public OR_node_producer_container {
+public: // constructor
+ Itr_24_25 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Item_B);
+ element[ 2 ]= new Ct_127_128 ;
+ element[ 3 ]= new Ct_129_130 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_24_25
+
+//---- 20 ----
+class Ct_131_132 : public AND_node_producer_container {
+public: // constructor
+ Ct_131_132 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Item_C);
+ element[ 1 ]= new Atomic_producer(Event_Item_C);
+ }
+};// end class Ct_131_132
+
+//---- 21 ----
+class Ct_133_134 : public AND_node_producer_container {
+public: // constructor
+ Ct_133_134 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Item_C);
+ element[ 1 ]= new Atomic_producer(Event_Item_C);
+ element[ 2 ]= new Atomic_producer(Event_Item_C);
+ }
+};// end class Ct_133_134
+
+//---- 22 ----
+class Itr_43_44 : public OR_node_producer_container {
+public: // constructor
+ Itr_43_44 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Item_C);
+ element[ 2 ]= new Ct_131_132 ;
+ element[ 3 ]= new Ct_133_134 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_43_44
+
+//---- 23 ----
+class Comp_12_13 : public Composite_producer {
+public: // constructor
+ Comp_12_13 (): Composite_producer(Event_A){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_5_6 ;
+ element[ 1 ]= new SIMPLE_LIST_10_11_ob(Event_SIMPLE_LIST_10_11);
+ }
+};// end class Comp_12_13
+
+//---- 24 ----
+class Comp_31_32 : public Composite_producer {
+public: // constructor
+ Comp_31_32 (): Composite_producer(Event_B){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_24_25 ;
+ element[ 1 ]= new SIMPLE_LIST_29_30_ob(Event_SIMPLE_LIST_29_30);
+ }
+};// end class Comp_31_32
+
+//---- 25 ----
+class Comp_50_51 : public Composite_producer {
+public: // constructor
+ Comp_50_51 (): Composite_producer(Event_C){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_43_44 ;
+ element[ 1 ]= new SIMPLE_LIST_48_49_ob(Event_SIMPLE_LIST_48_49);
+ }
+};// end class Comp_50_51
+
+//---- 26 ----
+class SCHEMA_Knapsack: public Composite_producer {
+public: // constructor
+ SCHEMA_Knapsack(): Composite_producer(Event_Knapsack){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new SIMPLE_LIST_3_4_ob(Event_SIMPLE_LIST_3_4);
+ element[1]= new Composite_secondary_producer(Event_A);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_22_23_ob(Event_SIMPLE_LIST_22_23);
+ element[3]= new Composite_secondary_producer(Event_B);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_41_42_ob(Event_SIMPLE_LIST_41_42);
+ element[5]= new Composite_secondary_producer(Event_C);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_93_94_ob(Event_SIMPLE_LIST_93_94);
+ }
+};// end class SCHEMA_Knapsack
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ { // best_knapsack title generation
+ ostringstream convert;
+ convert <<"Best knapsack";
+ REPORT_97_best_knapsack.title = convert.str();}
+ { // increment report
+ ostringstream convert;
+ convert <<"Weight limit ";
+ convert <<
+ GLOBAL_limit_number_attribute ;
+ REPORT_97_best_knapsack.report_contents.push_back(convert.str());}
+ { // increment report
+ ostringstream convert;
+ convert <<"Single item's weight: A= 2 B= 3 C= 5";
+ REPORT_97_best_knapsack.report_contents.push_back(convert.str());}
+ { // increment report
+ ostringstream convert;
+ convert <<"For scope ";
+ convert << 3 ;
+ convert <<" best packing is ";
+ convert <<
+ GLOBAL_current_max_number_attribute ;
+ REPORT_97_best_knapsack.report_contents.push_back(convert.str());}
+ // WITHIN candidates
+ // loop_over_graph for GRAPH_62_candidates
+ { // loop over graph GRAPH_62_candidates
+ int x_107_node_var ;
+ int end_limit_1 = GRAPH_62_candidates .nodes.size();
+ for(int temp = 0; temp < end_limit_1 ; temp++){
+ x_107_node_var = temp;
+ if( (
+ NODE_accumulated_total_number_attribute[x_107_node_var] ==
+ GLOBAL_current_max_number_attribute )){
+ { // increment report
+ ostringstream convert;
+ convert <<"Pack ";
+ convert <<
+ NODE_A_count_number_attribute[x_107_node_var] ;
+ convert <<" of A, ";
+ convert <<
+ NODE_B_count_number_attribute[x_107_node_var] ;
+ convert <<" of B, ";
+ convert <<
+ NODE_C_count_number_attribute[x_107_node_var] ;
+ convert <<" of C";
+ REPORT_97_best_knapsack.report_contents.push_back(convert.str());}
+ }// end THEN
+ } } // end GRAPH_62_candidates loop
+ // SHOW best_knapsack
+ report_container.insert(pair<int, report_object>( 2,REPORT_97_best_knapsack));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+ JSON<<",{\"SAY\":[";
+ string c = "\"";
+ for(vector<string>::iterator p2 = global_SAY_list_999999.begin();
+ p2 != global_SAY_list_999999.end(); p2++){
+ JSON<<c<<*p2<<"\""; c = ",\"";}
+ JSON<<"]}";
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example38_knapsack.json");
+ global_flag = true;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_12_13 temp_27; temp_27.harvest();
+ Comp_31_32 temp_28; temp_28.harvest();
+ Comp_50_51 temp_29; temp_29.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Knapsack temp_30; temp_30.harvest();
+ temp_30.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Knapsack"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.mp
new file mode 100644
index 0000000..ebe7c4d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.mp
@@ -0,0 +1,81 @@
+/* Example 38 Knapsack
+
+ This is a case of well-known Knapsack Dynamic Programming Problem.
+ In general it is NP-hard and NP-complete
+ with respect to the number N of items and to the weight limit W.
+ It has been proven that the computational complexity is O(N * W),
+ see https://en.wikipedia.org/wiki/Knapsack_problem
+
+ This example demonstrates MP template for performing "brute force" search
+ for all optimal solutions within the given scope
+ (certainly not the optimal performance, but is acceptable for relatively
+ small N,in particular, it stabilizes at scope 4).
+
+ Run for scope 1 and up to 5
+*/
+SCHEMA Knapsack
+
+ATTRIBUTES { number limit, accumulated_total, current_max,
+ A_count, B_count, C_count;};
+
+GLOBAL.limit := 11;
+
+ROOT A: (* Item_A *)
+ BUILD{ accumulated_total := #Item_A * 2;
+ };
+
+accumulated_total +:= A.accumulated_total;
+IF accumulated_total > GLOBAL.limit THEN REJECT; FI;
+
+ROOT B: (* Item_B *)
+ BUILD{ accumulated_total := #Item_B * 3;
+ };
+
+accumulated_total +:= B.accumulated_total;
+IF accumulated_total > GLOBAL.limit THEN REJECT; FI;
+
+ROOT C: (* Item_C *)
+ BUILD{ accumulated_total := #Item_C * 5;
+ };
+
+accumulated_total +:= C.accumulated_total;
+IF accumulated_total > GLOBAL.limit THEN REJECT; FI;
+
+/* if got so far, check whether accumulated_total can be stored as result */
+GRAPH candidates{};
+
+IF accumulated_total >= GLOBAL.current_max THEN
+ GLOBAL.current_max := accumulated_total;
+
+ /* add potential candidate to the list */
+ WITHIN candidates{
+ Node$a: NEW(trace_id);
+ Node$a.accumulated_total := accumulated_total;
+ Node$a.A_count := #Item_A;
+ Node$a.B_count := #Item_B;
+ Node$a.C_count := #Item_C;
+ SAY("Best result so far: " accumulated_total);
+ };
+
+ ELSE REJECT;
+FI;
+
+GLOBAL
+REPORT best_knapsack{TITLE("Best knapsack");};
+
+SAY("Weight limit " limit) => best_knapsack;
+SAY("Single item's weight: A= 2 B= 3 C= 5" ) => best_knapsack;
+SAY("For scope " $$scope " best packing is " current_max) => best_knapsack;
+
+WITHIN candidates{
+ FOR Node$x DO
+ IF Node$x.accumulated_total == current_max THEN
+ SAY("Pack "
+ Node$x.A_count " of A, "
+ Node$x.B_count " of B, "
+ Node$x.C_count " of C" ) => best_knapsack;
+ FI;
+ OD;
+ };
+
+SHOW best_knapsack;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp.txt
new file mode 100644
index 0000000..59e8085
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example38_knapsack tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.txt
new file mode 100644
index 0000000..0f6979f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example38_knapsack.txt
@@ -0,0 +1,15 @@
+generating traces for scope 3
+completed A: 4 traces (0 MARKed) 10 events
+ average 2.5 ev/trace min 1 max 4
+
+completed B: 4 traces (0 MARKed) 10 events
+ average 2.5 ev/trace min 1 max 4
+
+completed C: 4 traces (0 MARKed) 10 events
+ average 2.5 ev/trace min 1 max 4
+
+completed Knapsack: 6 traces (0 MARKed) 44 events
+ average 7.33333 ev/trace min 5 max 9
+
+Elapsed time 0.001388 sec, Speed: 53314.1 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.cpp
new file mode 100644
index 0000000..0fe305e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.cpp
@@ -0,0 +1,2346 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Turtles trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_nobody_before
+ , Event_one_before
+ , Event_two_before
+ , Event_nobody_behinds
+ , Event_one_behinds
+ , Event_two_behinds
+ , Event_Lying
+ , Event_Telling_the_truth
+ // composite events
+ , Event_neighbors
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_17_18
+ , Event_SIMPLE_LIST_32_33
+ , Event_SIMPLE_LIST_47_48
+ , Event_SIMPLE_LIST_62_63
+ , Event_SIMPLE_LIST_178_179
+ // ADD operations
+ // ROOT events
+ , Event_Turtle_1
+ , Event_Turtle_2
+ , Event_Turtle_3
+ // main schema event
+ , Event_Turtles };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "nobody_before"
+ , "one_before"
+ , "two_before"
+ , "nobody_behinds"
+ , "one_behinds"
+ , "two_behinds"
+ , "Lying"
+ , "Telling_the_truth"
+ , "neighbors"
+ , "SIMPLE_LIST_17_18"
+ , "SIMPLE_LIST_32_33"
+ , "SIMPLE_LIST_47_48"
+ , "SIMPLE_LIST_62_63"
+ , "SIMPLE_LIST_178_179"
+ , "Turtle_1"
+ , "Turtle_2"
+ , "Turtle_3"
+ , "Turtles" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+int special_function_7(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 2 ----
+int special_function_8(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 3 ----
+int special_function_9(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 4 ----
+int special_function_10(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 5 ----
+int special_function_11(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 6 ----
+int special_function_12(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_25(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Telling_the_truth){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_26(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_27(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_40(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Telling_the_truth){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+int special_function_41(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 12 ----
+int special_function_42(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 13 ----
+int special_function_55(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Telling_the_truth){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 14 ----
+int special_function_56(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 15 ----
+int special_function_57(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 16 ----
+int special_function_66(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 17 ----
+int special_function_67(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 18 ----
+int special_function_68(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 19 ----
+int special_function_69(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 20 ----
+int special_function_70(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 21 ----
+int special_function_71(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 22 ----
+int special_function_80(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 23 ----
+int special_function_81(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 24 ----
+int special_function_82(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 25 ----
+int special_function_83(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 26 ----
+int special_function_84(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 27 ----
+int special_function_85(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 28 ----
+int special_function_94(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 29 ----
+int special_function_95(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 30 ----
+int special_function_96(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 31 ----
+int special_function_97(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 32 ----
+int special_function_98(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 33 ----
+int special_function_99(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 34 ----
+int special_function_100(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 35 ----
+int special_function_101(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 36 ----
+int special_function_102(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 37 ----
+int special_function_103(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 38 ----
+int special_function_104(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 39 ----
+int special_function_105(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 40 ----
+int special_function_106(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 41 ----
+int special_function_107(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 42 ----
+int special_function_108(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 43 ----
+int special_function_109(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 44 ----
+int special_function_110(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 45 ----
+int special_function_111(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 46 ----
+int special_function_116(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 47 ----
+int special_function_117(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 48 ----
+int special_function_118(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 49 ----
+int special_function_127(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 50 ----
+int special_function_128(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 51 ----
+int special_function_129(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 52 ----
+int special_function_138(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 53 ----
+int special_function_139(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 54 ----
+int special_function_140(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_one_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 55 ----
+int special_function_141(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_two_before){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 56 ----
+int special_function_150(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_nobody_behinds){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 57 ----
+int special_function_159(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Lying){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 58 ----
+int special_function_168(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Lying){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 59 ----
+int special_function_171(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Lying){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 60 ----
+bool Quantified_expr_72_73(Coordinate * current_host, int t1_variable){
+ //=====================================
+ // quantifier EXISTS DISJ with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int t2_variable;
+ int pivot_t2_variable = 0;
+ int t3_variable;
+ int pivot_t3_variable = 0;
+
+ // loop 1 for t2_variable
+ for( t2_variable = 0; t2_variable < len; t2_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ t2_variable * len + pivot_t2_variable
+]) &&
+ ( Stack[ t2_variable ]->type == ROOT_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for t3_variable
+ for( t3_variable = 0; t3_variable < len; t3_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ t3_variable * len + pivot_t3_variable
+]) &&
+ ( Stack[ t3_variable ]->type == ROOT_node )
+ // checking DISJ
+ && t3_variable != t2_variable
+ && !(current_host-> eq_matrix[ t3_variable * len + t2_variable ])
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( ( ( t1_variable != t2_variable ) && ( t1_variable != t3_variable )
+ )&& ( ( ( special_function_67(current_host, t2_variable ) == 1 )&& ( special_function_68(current_host,
+t3_variable ) == 1 ))|| ( ( ( special_function_69(current_host, t2_variable ) ==
+ 1 )&& ( special_function_70(current_host, t2_variable ) == 1 ))&& ( special_function_71(current_host,
+t3_variable ) == 1 )))))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 61 ----
+bool Quantified_expr_74_75(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int t1_variable;
+ int pivot_t1_variable = 0;
+
+ // loop 1 for t1_variable
+ for( t1_variable = 0; t1_variable < len; t1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ t1_variable * len + pivot_t1_variable
+]) &&
+ ( Stack[ t1_variable ]->type == ROOT_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( (! ( special_function_66(current_host, t1_variable ) > 0 )|| Quantified_expr_72_73(current_host, t1_variable
+) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 62 ----
+bool Quantified_expr_86_87(Coordinate * current_host, int t1_variable){
+ //=====================================
+ // quantifier EXISTS DISJ with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int t2_variable;
+ int pivot_t2_variable = 0;
+ int t3_variable;
+ int pivot_t3_variable = 0;
+
+ // loop 1 for t2_variable
+ for( t2_variable = 0; t2_variable < len; t2_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ t2_variable * len + pivot_t2_variable
+]) &&
+ ( Stack[ t2_variable ]->type == ROOT_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for t3_variable
+ for( t3_variable = 0; t3_variable < len; t3_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ t3_variable * len + pivot_t3_variable
+]) &&
+ ( Stack[ t3_variable ]->type == ROOT_node )
+ // checking DISJ
+ && t3_variable != t2_variable
+ && !(current_host-> eq_matrix[ t3_variable * len + t2_variable ])
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( ( ( t1_variable != t2_variable ) && ( t1_variable != t3_variable )
+ )&& ( ( ( special_function_81(current_host, t2_variable ) == 1 )&& ( special_function_82(current_host,
+t3_variable ) == 1 ))|| ( ( ( special_function_83(current_host, t2_variable ) ==
+ 1 )&& ( special_function_84(current_host, t2_variable ) == 1 ))&& ( special_function_85(current_host,
+t3_variable ) == 1 )))))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 63 ----
+bool Quantified_expr_88_89(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int t1_variable;
+ int pivot_t1_variable = 0;
+
+ // loop 1 for t1_variable
+ for( t1_variable = 0; t1_variable < len; t1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ t1_variable * len + pivot_t1_variable
+]) &&
+ ( Stack[ t1_variable ]->type == ROOT_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( (! ( special_function_80(current_host, t1_variable ) > 0 )|| Quantified_expr_86_87(current_host, t1_variable
+) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 64 ----
+class SIMPLE_LIST_17_18_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_17_18_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( ( ( ( special_function_7(current_host, Root_table[Event_neighbors])+ special_function_8(current_host, Root_table[Event_neighbors]))
+< 2 )&& (! ( special_function_9(current_host, Root_table[Event_neighbors])== 1 )
+|| ( special_function_10(current_host, Root_table[Event_neighbors])== 1 )))&& (!
+ ( special_function_11(current_host, Root_table[Event_neighbors])== 1 )|| ( special_function_12(current_host, Root_table[Event_neighbors])
+== 1 )))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_17_18_ob class
+
+//---- 65 ----
+class SIMPLE_LIST_32_33_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_32_33_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( ( special_function_25(current_host, Root_table[Event_Turtle_1])== 1 )==
+ ( ( special_function_26(current_host, Root_table[Event_Turtle_1])== 1 )&& ( special_function_27(current_host, Root_table[Event_Turtle_1])
+== 1 )))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_32_33_ob class
+
+//---- 66 ----
+class SIMPLE_LIST_47_48_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_47_48_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( ( special_function_40(current_host, Root_table[Event_Turtle_2])== 1 )==
+ ( ( special_function_41(current_host, Root_table[Event_Turtle_2])== 1 )&& ( special_function_42(current_host, Root_table[Event_Turtle_2])
+== 1 )))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_47_48_ob class
+
+//---- 67 ----
+class SIMPLE_LIST_62_63_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_62_63_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( ( special_function_55(current_host, Root_table[Event_Turtle_3])== 1 )==
+ ( ( special_function_56(current_host, Root_table[Event_Turtle_3])== 1 )&& ( special_function_57(current_host, Root_table[Event_Turtle_3])
+== 1 )))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_62_63_ob class
+
+//---- 68 ----
+class SIMPLE_LIST_178_179_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_178_179_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( Quantified_expr_74_75(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( Quantified_expr_88_89(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( ( ( ( ( ( ( ( ( special_function_94(current_host, Root_table[Event_Turtles])
+== 1 )&& ( special_function_95(current_host, Root_table[Event_Turtles])== 2 ))&&
+ ( special_function_96(current_host, Root_table[Event_Turtles])== 0 ))&& ( special_function_97(current_host, Root_table[Event_Turtles])
+== 0 ))&& ( special_function_98(current_host, Root_table[Event_Turtles])== 2 ))
+&& ( special_function_99(current_host, Root_table[Event_Turtles])== 1 ))|| ( ( (
+ ( ( ( special_function_100(current_host, Root_table[Event_Turtles])== 1 )&& ( special_function_101(current_host, Root_table[Event_Turtles])
+== 2 ))&& ( special_function_102(current_host, Root_table[Event_Turtles])== 0 ))
+&& ( special_function_103(current_host, Root_table[Event_Turtles])== 0 ))&& ( special_function_104(current_host, Root_table[Event_Turtles])
+== 1 ))&& ( special_function_105(current_host, Root_table[Event_Turtles])== 2 )))
+|| ( ( ( ( special_function_106(current_host, Root_table[Event_Turtles])== 1 )&&
+ ( special_function_107(current_host, Root_table[Event_Turtles])== 1 ))&& ( special_function_108(current_host, Root_table[Event_Turtles])
+== 1 ))&& ( special_function_109(current_host, Root_table[Event_Turtles])== 1 )))
+|| ( ( special_function_110(current_host, Root_table[Event_Turtles])== 3 )&& ( special_function_111(current_host, Root_table[Event_Turtles])
+== 3 )))){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( ( ( special_function_116(current_host, Root_table[Event_Turtles])== 1 )
+&& ( special_function_117(current_host, Root_table[Event_Turtles])== 2 ))&& ( special_function_118(current_host, Root_table[Event_Turtles])
+== 0 ))){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"form fork upward";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ if( ( ( ( special_function_127(current_host, Root_table[Event_Turtles])== 1 )
+&& ( special_function_128(current_host, Root_table[Event_Turtles])== 2 ))&& ( special_function_129(current_host, Root_table[Event_Turtles])
+== 0 ))){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"form fork downward";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ if( ( ( ( ( special_function_138(current_host, Root_table[Event_Turtles])== 1
+ )&& ( special_function_139(current_host, Root_table[Event_Turtles])== 1 ))&& ( special_function_140(current_host, Root_table[Event_Turtles])
+== 1 ))&& ( special_function_141(current_host, Root_table[Event_Turtles])== 1 ))
+){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"form vertical line";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ if( ( special_function_150(current_host, Root_table[Event_Turtles])== 3 )){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"moving parallel";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end THEN
+ if( ( special_function_159(current_host, Root_table[Event_Turtles])== 0 )){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"All three are telling truth!";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ Mark = 'M'; // MARK
+ }// end THEN
+ else{
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert << special_function_171(current_host, Root_table[Event_Turtles]);
+ convert <<" are lying";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_178_179_ob class
+
+//---- 69 ----
+class Alt_1_2 : public OR_node_producer_container {
+public: // constructor
+ Alt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_nobody_before);
+ element[ 1 ]= new Atomic_producer(Event_one_before);
+ element[ 2 ]= new Atomic_producer(Event_two_before);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_1_2
+
+//---- 70 ----
+class Alt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Alt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_nobody_behinds);
+ element[ 1 ]= new Atomic_producer(Event_one_behinds);
+ element[ 2 ]= new Atomic_producer(Event_two_behinds);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_3_4
+
+//---- 71 ----
+class Set_5_6 : public SET_node_producer_container {
+public: // constructor
+ Set_5_6 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_1_2 ;
+ element[ 1 ]= new Alt_3_4 ;
+ }
+};// end class Set_5_6
+
+//---- 72 ----
+class Alt_21_22 : public OR_node_producer_container {
+public: // constructor
+ Alt_21_22 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Lying);
+ element[ 1 ]= new Atomic_producer(Event_Telling_the_truth);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_21_22
+
+//---- 73 ----
+class Sq_23_24 : public AND_node_producer_container {
+public: // constructor
+ Sq_23_24 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_neighbors);
+ element[ 1 ]= new Alt_21_22 ;
+ }
+};// end class Sq_23_24
+
+//---- 74 ----
+class Alt_36_37 : public OR_node_producer_container {
+public: // constructor
+ Alt_36_37 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Lying);
+ element[ 1 ]= new Atomic_producer(Event_Telling_the_truth);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_36_37
+
+//---- 75 ----
+class Sq_38_39 : public AND_node_producer_container {
+public: // constructor
+ Sq_38_39 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_neighbors);
+ element[ 1 ]= new Alt_36_37 ;
+ }
+};// end class Sq_38_39
+
+//---- 76 ----
+class Alt_51_52 : public OR_node_producer_container {
+public: // constructor
+ Alt_51_52 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Lying);
+ element[ 1 ]= new Atomic_producer(Event_Telling_the_truth);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_51_52
+
+//---- 77 ----
+class Sq_53_54 : public AND_node_producer_container {
+public: // constructor
+ Sq_53_54 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Composite_secondary_producer(Event_neighbors);
+ element[ 1 ]= new Alt_51_52 ;
+ }
+};// end class Sq_53_54
+
+//---- 78 ----
+class Comp_19_20 : public Composite_producer {
+public: // constructor
+ Comp_19_20 (): Composite_producer(Event_neighbors){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Set_5_6 ;
+ element[ 1 ]= new SIMPLE_LIST_17_18_ob(Event_SIMPLE_LIST_17_18);
+ }
+};// end class Comp_19_20
+
+//---- 79 ----
+class Comp_34_35 : public Composite_producer {
+public: // constructor
+ Comp_34_35 (): Composite_producer(Event_Turtle_1){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_23_24 ;
+ element[ 1 ]= new SIMPLE_LIST_32_33_ob(Event_SIMPLE_LIST_32_33);
+ }
+};// end class Comp_34_35
+
+//---- 80 ----
+class Comp_49_50 : public Composite_producer {
+public: // constructor
+ Comp_49_50 (): Composite_producer(Event_Turtle_2){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_38_39 ;
+ element[ 1 ]= new SIMPLE_LIST_47_48_ob(Event_SIMPLE_LIST_47_48);
+ }
+};// end class Comp_49_50
+
+//---- 81 ----
+class Comp_64_65 : public Composite_producer {
+public: // constructor
+ Comp_64_65 (): Composite_producer(Event_Turtle_3){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_53_54 ;
+ element[ 1 ]= new SIMPLE_LIST_62_63_ob(Event_SIMPLE_LIST_62_63);
+ }
+};// end class Comp_64_65
+
+//---- 82 ----
+class SCHEMA_Turtles: public Composite_producer {
+public: // constructor
+ SCHEMA_Turtles(): Composite_producer(Event_Turtles){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Turtle_1);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Turtle_2);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_Turtle_3);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new SIMPLE_LIST_178_179_ob(Event_SIMPLE_LIST_178_179);
+ }
+};// end class SCHEMA_Turtles
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example39_turtles.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_19_20 temp_83; temp_83.harvest();
+ // harvesting traces for ROOT events
+ Comp_34_35 temp_84; temp_84.harvest();
+ Comp_49_50 temp_85; temp_85.harvest();
+ Comp_64_65 temp_86; temp_86.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Turtles temp_87; temp_87.harvest();
+ temp_87.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Turtles"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.mp
new file mode 100644
index 0000000..bedbdb0
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.mp
@@ -0,0 +1,132 @@
+/* Example39 turtles.mp
+
+ Demonstration of the benefits for complete
+ example set generation in MP.
+
+
+ Three turtles are moving on a desert plain, all in the same direction.
+ The first has been asked: "What do you see?" It answered:
+ "I see nobody before me and two turtles behind." The second turtle has been
+ asked the same question: "What do you see?" and answered
+ "I see one turtle before me and one behind." When the third turtle
+ is asked the same question, it answers: "I see one turtle before
+ me and one behind." How could that be?
+
+Don't try to construct a non-Euclidean geometry to
+ accommodate the possible turtle configuration. A person with common sense
+ after a short moment of time will say: "The third is lying!" The
+ reaction will be: "Ahh, yes! But wait, maybe the first is lying, or the second,
+ or all three of them. It becomes too complicated...."
+
+ Now it is time to use MP to obtain all possible scenarios for that story.
+
+ Here it is. Run for scope 1.
+ There are 13 possible scenarios, and none when all three
+ are telling the truth.
+
+ ==================================*/
+SCHEMA Turtles
+
+neighbors: { (nobody_before | one_before | two_before ),
+ (nobody_behinds | one_behinds | two_behinds) }
+BUILD{
+ /* no more than one of two_before or two_behinds */
+ ENSURE (#two_before + #two_behinds) < 2 AND
+ (#two_before == 1 -> #nobody_behinds == 1) AND
+ (#two_behinds == 1 -> #nobody_before == 1) ;
+ };
+
+ROOT Turtle_1: neighbors (Lying | Telling_the_truth)
+BUILD{
+ ENSURE (#Telling_the_truth == 1 <->
+ #nobody_before == 1 AND #two_behinds == 1);
+ };
+
+ROOT Turtle_2: neighbors (Lying | Telling_the_truth)
+BUILD{
+ ENSURE (#Telling_the_truth == 1 <->
+ #one_before == 1 AND #one_behinds == 1);
+ };
+
+ROOT Turtle_3: neighbors (Lying | Telling_the_truth)
+BUILD{
+ ENSURE (#Telling_the_truth == 1 <->
+ #one_before == 1 AND #one_behinds == 1);
+ };
+
+/*===============================
+ global constraints
+=================================*/
+/* ensure the shape of the pack
+---------------------------------*/
+ENSURE FOREACH $t1: $$ROOT
+ (#two_before FROM $t1 > 0 -> EXISTS DISJ $t2: $$ROOT, $t3: $$ROOT
+ $t1 != $t2 AND $t1 != $t3 AND
+
+ /* $t1 is the root of upward fork */
+ ( (#one_behinds FROM $t2 == 1 AND #one_behinds FROM $t3 == 1) OR
+
+ /* $t1 is the bottom of vertical line */
+ (#one_behinds FROM $t2 == 1 AND #one_behinds FROM $t2 == 1 AND
+ #two_behinds FROM $t3 == 1 )
+ )
+ );
+
+ENSURE FOREACH $t1: $$ROOT
+ (#two_behinds FROM $t1 > 0 -> EXISTS DISJ $t2: $$ROOT, $t3: $$ROOT
+ $t1 != $t2 AND $t1 != $t3 AND
+
+ /* $t1 is the top of downward fork */
+ ( (#one_before FROM $t2 == 1 AND #one_before FROM $t3 == 1) OR
+
+ /* $t1 is the top of vertical line */
+ (#one_behinds FROM $t2 == 1 AND #one_behinds FROM $t2 == 1 AND
+ #two_before FROM $t3 == 1 )
+ )
+ );
+
+/* turtles form either a fork or a line */
+/*======================================*/
+ENSURE /* fork upward */
+ #two_before == 1 AND
+ #one_behinds == 2 AND
+ #one_before == 0 AND
+ #two_behinds == 0 AND
+ #nobody_before == 2 AND
+ #nobody_behinds == 1 OR
+
+ /* fork downward */
+ #two_behinds == 1 AND
+ #one_before == 2 AND
+ #one_behinds == 0 AND
+ #two_before == 0 AND
+ #nobody_before == 1 AND
+ #nobody_behinds == 2 OR
+
+ /* vertical */
+ #two_behinds == 1 AND
+ #one_before == 1 AND
+ #one_behinds == 1 AND
+ #two_before == 1 OR
+
+ /* parallel */
+ #nobody_behinds == 3 AND
+ #nobody_before == 3
+;
+/*-------------------------------------------------------*/
+IF #two_before == 1 AND #one_behinds == 2 AND #one_before == 0 THEN
+ SAY("form fork upward"); FI;
+
+IF #two_behinds == 1 AND #one_before == 2 AND #one_behinds == 0 THEN
+ SAY("form fork downward"); FI;
+
+
+IF #two_behinds == 1 AND #one_before == 1 AND
+ #one_behinds == 1 AND #two_before == 1 THEN
+ SAY("form vertical line"); FI;
+
+IF #nobody_behinds == 3 THEN
+ SAY("moving parallel"); FI;
+
+IF #Lying == 0 THEN SAY("All three are telling truth!"); MARK;
+ELSE SAY( #Lying " are lying"); FI;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp.txt
new file mode 100644
index 0000000..a0251d2
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example39_turtles tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.txt
new file mode 100644
index 0000000..2f53500
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example39_turtles.txt
@@ -0,0 +1,18 @@
+generating traces for scope 1
+completed neighbors: 6 traces (0 MARKed) 18 events
+ average 3 ev/trace min 3 max 3
+
+completed Turtle_1: 6 traces (0 MARKed) 30 events
+ average 5 ev/trace min 5 max 5
+
+completed Turtle_2: 6 traces (0 MARKed) 30 events
+ average 5 ev/trace min 5 max 5
+
+completed Turtle_3: 6 traces (0 MARKed) 30 events
+ average 5 ev/trace min 5 max 5
+
+completed Turtles: 13 traces (0 MARKed) 234 events
+ average 18 ev/trace min 18 max 18
+
+Elapsed time 0.10552 sec, Speed: 3241.09 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.cpp
new file mode 100644
index 0000000..d8e5814
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.cpp
@@ -0,0 +1,1295 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Web_browser trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+ pair_list causes_UDR_set;
+ pair_list is_response_to_UDR_set;
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ causes_UDR_set.clear();
+ is_response_to_UDR_set.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!causes_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("causes",causes_UDR_set));
+ if(!is_response_to_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("is_response_to",is_response_to_UDR_set));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+
+ if(p1->first == "causes"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ causes_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ else
+ if(p1->first == "is_response_to"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ is_response_to_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from causes_UDR_set
+ temp_list.clear();
+ for(p = causes_UDR_set.begin(); p != causes_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ causes_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from is_response_to_UDR_set
+ temp_list.clear();
+ for(p = is_response_to_UDR_set.begin(); p != is_response_to_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ is_response_to_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // merging from causes_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = causes_UDR_set.begin(); p != causes_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ causes_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ // merging from is_response_to_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = is_response_to_UDR_set.begin(); p != is_response_to_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ is_response_to_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_Request
+ , Event_Redirect
+ , Event_Send_Response
+ , Event_Process_Response
+ // composite events
+ , Event_Response
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_13_14
+ , Event_SIMPLE_LIST_34_35
+ , Event_SIMPLE_LIST_53_54
+ , Event_SIMPLE_LIST_73_74
+ , Event_SIMPLE_LIST_137_138
+ // ADD operations
+ // ROOT events
+ , Event_Client
+ , Event_Good_Server
+ , Event_Bad_Server
+ // main schema event
+ , Event_Web_browser };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "Request"
+ , "Redirect"
+ , "Send_Response"
+ , "Process_Response"
+ , "Response"
+ , "SIMPLE_LIST_13_14"
+ , "SIMPLE_LIST_34_35"
+ , "SIMPLE_LIST_53_54"
+ , "SIMPLE_LIST_73_74"
+ , "SIMPLE_LIST_137_138"
+ , "Client"
+ , "Good_Server"
+ , "Bad_Server"
+ , "Web_browser" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_77_78
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 FROM temp2
+ return (bool)( (current_host ->in_matrix)[temp1 * len + temp2]);
+ }
+
+//---- 2 ----
+bool Event_comparison_expr_79_80
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 FROM temp2
+ return (bool)( (current_host ->in_matrix)[temp1 * len + temp2]);
+ }
+
+//---- 3 ----
+bool Event_comparison_expr_87_88
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 FROM temp2
+ return (bool)( (current_host ->in_matrix)[temp1 * len + temp2]);
+ }
+
+//---- 4 ----
+bool Event_comparison_expr_89_90
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 FROM temp2
+ return (bool)( (current_host ->in_matrix)[temp1 * len + temp2]);
+ }
+
+//---- 5 ----
+bool Event_comparison_expr_123_124
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 BEFORE temp2
+ return (bool)( (current_host ->follows_matrix)[temp2 * len + temp1]);
+ }
+
+//---- 6 ----
+int special_function_23(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Redirect){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 7 ----
+int special_function_28(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Request){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 8 ----
+int special_function_29(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Process_Response){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 9 ----
+int special_function_42(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Redirect){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 10 ----
+int special_function_47(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Request){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 11 ----
+int special_function_48(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Process_Response){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 12 ----
+int special_function_61(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Response){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 13 ----
+int special_function_62(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Redirect){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 14 ----
+int special_function_67(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Request){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 15 ----
+int special_function_68(Coordinate * host, int pivot){
+// #event counting performed with respect to the pivot event
+ vector<int> selected_list ; // list of selected events
+
+ host->create_matrices();
+ int len = host->len;
+ // create list of selected events
+ for(int i = 0; i < len; i++){
+ if(host-> in_matrix [ i * len + pivot ]){
+ if( Stack[i]->name == Event_Process_Response){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = selected_list.begin();
+ s != selected_list.end(); s++){
+ if((found = host->eq_matrix[i * len + *s])) break;
+ }; // end of search for shared events
+ if(!found) selected_list.push_back(i);
+ }; // end if for selection
+ }; // end if for matrix
+ }; // end for
+
+ return selected_list.size();
+}
+
+//---- 16 ----
+bool Quantified_expr_81_82(Coordinate * current_host, int a_variable, int b_variable, int c_variable
+){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ ( Stack[ s_variable ]->type == ROOT_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ! ( Event_comparison_expr_77_78 (current_host, a_variable ,
+s_variable ) && Event_comparison_expr_79_80 (current_host, b_variable ,
+s_variable ) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 17 ----
+bool Quantified_expr_91_92(Coordinate * current_host, int a_variable, int b_variable, int c_variable
+){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int s_variable;
+ int pivot_s_variable = 0;
+
+ // loop 1 for s_variable
+ for( s_variable = 0; s_variable < len; s_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ s_variable * len + pivot_s_variable
+]) &&
+ ( Stack[ s_variable ]->type == ROOT_node )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if( ( Event_comparison_expr_87_88 (current_host, a_variable , s_variable
+ ) && Event_comparison_expr_89_90 (current_host, c_variable , s_variable ) ))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 18 ----
+bool Quantified_expr_117_118(Coordinate * current_host){
+ //=====================================
+ // quantifier EXISTS with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int r1_variable;
+ int pivot_r1_variable = Root_table[Event_Client];
+ int r2_variable;
+ int pivot_r2_variable = Root_table[Event_Bad_Server];
+
+ // loop 1 for r1_variable
+ for( r1_variable = 0; r1_variable < len; r1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ r1_variable * len + pivot_r1_variable
+]) &&
+ (
+ (Stack[r1_variable]-> name == Event_Request) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for r2_variable
+ for( r2_variable = 0; r2_variable < len; r2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ r2_variable * len + pivot_r2_variable
+]) &&
+ (
+ (Stack[r2_variable]-> name == Event_Response) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if(
+ find_pair_in_table( r1_variable , r2_variable , causes_UDR_set))
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 19 ----
+bool Quantified_expr_125_126(Coordinate * current_host){
+ //=====================================
+ // quantifier EXISTS with 2 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int r1_variable;
+ int pivot_r1_variable = Root_table[Event_Client];
+ int r2_variable;
+ int pivot_r2_variable = 0;
+
+ // loop 1 for r1_variable
+ for( r1_variable = 0; r1_variable < len; r1_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ r1_variable * len + pivot_r1_variable
+]) &&
+ (
+ (Stack[r1_variable]-> name == Event_Process_Response) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // loop 2 for r2_variable
+ for( r2_variable = 0; r2_variable < len; r2_variable ++){
+ // selection condition for 2 FROM
+ if( (current_host-> in_matrix [ r2_variable * len + pivot_r2_variable
+]) &&
+ (
+ (Stack[r2_variable]-> name == Event_Redirect) )
+ ) // end of if(selection condition)
+ { // branch for 2
+
+ // evaluate the body bool_expr for EXISTS
+ if( Event_comparison_expr_123_124 (current_host, r2_variable ,
+r1_variable ) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 2
+ }; // end for loop 2
+
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 20 ----
+class SIMPLE_LIST_13_14_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_13_14_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int r_variable; // thread variable
+ vector<int> r_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for r_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r_variable = i;
+ if( r_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Request)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r_variable_list.begin(); s != r_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r_variable_list.size();
+ if(thread_length != r_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ r_variable= r_variable_list[i];
+ // ADD operation
+ causes_UDR_set.insert(pair<int, int>(0,r_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_13_14_ob class
+
+//---- 21 ----
+class SIMPLE_LIST_34_35_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_34_35_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_23(current_host, Root_table[Event_Client])== 0 )){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_28(current_host, Root_table[Event_Client])== special_function_29(current_host, Root_table[Event_Client]))
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_34_35_ob class
+
+//---- 22 ----
+class SIMPLE_LIST_53_54_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_53_54_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_42(current_host, Root_table[Event_Good_Server])== 0 )
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_47(current_host, Root_table[Event_Good_Server])== special_function_48(current_host, Root_table[Event_Good_Server]))
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_53_54_ob class
+
+//---- 23 ----
+class SIMPLE_LIST_73_74_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_73_74_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ if( ( special_function_61(current_host, Root_table[Event_Bad_Server])== special_function_62(current_host, Root_table[Event_Bad_Server]))
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( ( special_function_67(current_host, Root_table[Event_Bad_Server])== special_function_68(current_host, Root_table[Event_Bad_Server]))
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_73_74_ob class
+
+//---- 24 ----
+class SIMPLE_LIST_137_138_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_137_138_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int c_variable; // thread variable
+ vector<int> c_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Request)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Response)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // preparing thread for c_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ c_variable = i;
+ if( c_variable_list.size() == thread_length){
+ a_variable = 0;
+ b_variable = 0; }
+ else{
+ a_variable = a_variable_list[c_variable_list.size()];
+ b_variable = b_variable_list[c_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Process_Response)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = c_variable_list.begin(); s != c_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) c_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source c_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = c_variable_list.size();
+ if(thread_length != c_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ b_variable= b_variable_list[i];
+ c_variable= c_variable_list[i];
+ if( Quantified_expr_81_82(current_host, a_variable, b_variable, c_variable)
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( Quantified_expr_91_92(current_host, a_variable, b_variable, c_variable)
+){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ // ADD operation
+ causes_UDR_set.insert(pair<int, int>(a_variable,b_variable));
+ // ADD operation
+ is_response_to_UDR_set.insert(pair<int, int>(b_variable,a_variable));
+ { // COORDINATE operation
+ int thread_length = -1;
+ int d_variable; // thread variable
+ vector<int> d_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for d_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ d_variable = i;
+ if( d_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + b_variable ]){
+ if( ( (Stack[i]->name == Event_Send_Response)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = d_variable_list.begin(); s != d_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) d_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source d_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = d_variable_list.size();
+ if(thread_length != d_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ d_variable= d_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(c_variable,d_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ // ADD operation
+ causes_UDR_set.insert(pair<int, int>(d_variable,c_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ if( ! Quantified_expr_117_118(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( Quantified_expr_125_126(current_host) ){
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Response to Client may be affected by Bad Server";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ Mark = 'M'; // MARK
+ }// end THEN
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_137_138_ob class
+
+//---- 25 ----
+class SetIt_1_2 : public OR_node_producer_container {
+public: // constructor
+ SetIt_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Request);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class SetIt_1_2
+
+//---- 26 ----
+class Opt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Opt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_Redirect);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_3_4
+
+//---- 27 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new SetIt_1_2 ;
+ element[ 1 ]= new Opt_3_4 ;
+ element[ 2 ]= new Atomic_producer(Event_Send_Response);
+ }
+};// end class Sq_5_6
+
+//---- 28 ----
+class Alt_17_18 : public OR_node_producer_container {
+public: // constructor
+ Alt_17_18 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Request);
+ element[ 1 ]= new Atomic_producer(Event_Process_Response);
+ element[ 2 ]= new Composite_secondary_producer(Event_Response);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_17_18
+
+//---- 29 ----
+class Sq_21_22 : public AND_node_producer_container {
+public: // constructor
+ Sq_21_22 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_Request);
+ element[ 1 ]= new Alt_17_18 ;
+ }
+};// end class Sq_21_22
+
+//---- 30 ----
+class Alt_38_39 : public OR_node_producer_container {
+public: // constructor
+ Alt_38_39 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Request);
+ element[ 1 ]= new Atomic_producer(Event_Process_Response);
+ element[ 2 ]= new Composite_secondary_producer(Event_Response);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_38_39
+
+//---- 31 ----
+class Ct_139_140 : public AND_node_producer_container {
+public: // constructor
+ Ct_139_140 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_38_39 ;
+ element[ 1 ]= new Alt_38_39 ;
+ }
+};// end class Ct_139_140
+
+//---- 32 ----
+class Itr_40_41 : public OR_node_producer_container {
+public: // constructor
+ Itr_40_41 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_38_39 ;
+ element[ 2 ]= new Ct_139_140 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itr_40_41
+
+//---- 33 ----
+class Alt_57_58 : public OR_node_producer_container {
+public: // constructor
+ Alt_57_58 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_Request);
+ element[ 1 ]= new Atomic_producer(Event_Process_Response);
+ element[ 2 ]= new Composite_secondary_producer(Event_Response);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Alt_57_58
+
+//---- 34 ----
+class Ct_141_142 : public AND_node_producer_container {
+public: // constructor
+ Ct_141_142 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Alt_57_58 ;
+ element[ 1 ]= new Alt_57_58 ;
+ }
+};// end class Ct_141_142
+
+//---- 35 ----
+class Itr_59_60 : public OR_node_producer_container {
+public: // constructor
+ Itr_59_60 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Alt_57_58 ;
+ element[ 2 ]= new Ct_141_142 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itr_59_60
+
+//---- 36 ----
+class Comp_15_16 : public Composite_producer {
+public: // constructor
+ Comp_15_16 (): Composite_producer(Event_Response){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_5_6 ;
+ element[ 1 ]= new SIMPLE_LIST_13_14_ob(Event_SIMPLE_LIST_13_14);
+ }
+};// end class Comp_15_16
+
+//---- 37 ----
+class Comp_36_37 : public Composite_producer {
+public: // constructor
+ Comp_36_37 (): Composite_producer(Event_Client){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_21_22 ;
+ element[ 1 ]= new SIMPLE_LIST_34_35_ob(Event_SIMPLE_LIST_34_35);
+ }
+};// end class Comp_36_37
+
+//---- 38 ----
+class Comp_55_56 : public Composite_producer {
+public: // constructor
+ Comp_55_56 (): Composite_producer(Event_Good_Server){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_40_41 ;
+ element[ 1 ]= new SIMPLE_LIST_53_54_ob(Event_SIMPLE_LIST_53_54);
+ }
+};// end class Comp_55_56
+
+//---- 39 ----
+class Comp_75_76 : public Composite_producer {
+public: // constructor
+ Comp_75_76 (): Composite_producer(Event_Bad_Server){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Itr_59_60 ;
+ element[ 1 ]= new SIMPLE_LIST_73_74_ob(Event_SIMPLE_LIST_73_74);
+ }
+};// end class Comp_75_76
+
+//---- 40 ----
+class SCHEMA_Web_browser: public Composite_producer {
+public: // constructor
+ SCHEMA_Web_browser(): Composite_producer(Event_Web_browser){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Client);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Good_Server);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_Bad_Server);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new SIMPLE_LIST_137_138_ob(Event_SIMPLE_LIST_137_138);
+ }
+};// end class SCHEMA_Web_browser
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example40_web_browsers.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_15_16 temp_41; temp_41.harvest();
+ // harvesting traces for ROOT events
+ Comp_36_37 temp_42; temp_42.harvest();
+ Comp_55_56 temp_43; temp_43.harvest();
+ Comp_75_76 temp_44; temp_44.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Web_browser temp_45; temp_45.harvest();
+ temp_45.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Web_browser"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.mp
new file mode 100644
index 0000000..5c6181c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.mp
@@ -0,0 +1,107 @@
+/* Example 40. MP Web browsers formal security model.
+
+based on the papers by:
+
+Daniel Jackson
+Alloy: A Language and Tool for Exploring Software Designs
+Communications of the ACM, September 2019, Vol. 62 No. 9, Pages 66-76
+
+and
+
+Akhawe, D., Barth, A., Lam, P.E., Mitchell, J. and Song, D.
+Towards a formal foundation of Web security.
+In Proceedings of the 23rd IEEE Computer Security Foundations Symp.
+Edinburgh, 2010, 290–304.
+
+In particular, we've found very inspiring the sentences from the
+Akhave et al.:
+
+"We believe that examining the set of possible events
+accurately captures the way that web security mechanisms
+are designed" (page 292)
+
+and
+
+"The browser, server, and network behavior
+form the “backbone†of the model" (page 292)
+
+This has motivated to design the MP behavior model of the web activities
+in order to model the vulnerabilities explained in the papers above.
+
+ run for scope 1: 3 traces, no counterexamples for Property1, in less than 0.001 sec.
+ run for scope 2: 7 traces, 1 counterexample for Property1, in 0.13 sec.
+ run for scope 3: 52 traces, 16 counterexamples for Property1, in 15 sec.
+
+ This example borrowed from Daniel Jackson's paper demonstrates
+ how MP can check whether Client's web query may
+ be indirectly affected by Bad Server's Redirect intervention.
+
+==============================================================================*/
+SCHEMA Web_browser
+
+/* Response may embed some Request events,
+ Only Responses from Bad_Server contain Redirect */
+Response: {* Request *} [ Redirect ] Send_Response
+BUILD{
+ COORDINATE $r: Request
+ DO
+ ADD THIS causes $r;
+ OD;
+};
+
+/* Client starts interactions */
+ROOT Client: Request (+ (Request | Process_Response | Response ) +)
+BUILD{
+ ENSURE #Redirect == 0;
+
+ ENSURE #Request == #Process_Response; };
+
+
+ROOT Good_Server: (*<0 .. $$scope + 1> (Request | Process_Response | Response ) *)
+BUILD{
+ ENSURE #Redirect == 0;
+
+ ENSURE #Request == #Process_Response; };
+
+
+ROOT Bad_Server: (*<0 .. $$scope + 1> (Request | Process_Response | Response ) *)
+BUILD{
+ ENSURE #Response == #Redirect;
+
+ ENSURE #Request == #Process_Response; };
+
+
+COORDINATE $a: Request,
+ $b: Response,
+ $c: Process_Response
+ DO
+ /* No Server should respond to its own Request */
+ ENSURE FOREACH $s: $$ROOT NOT ($a FROM $s AND $b FROM $s);
+
+ /* allow only pairs Request/Process_Request from the same Server */
+ ENSURE EXISTS $s: $$ROOT ($a FROM $s AND $c FROM $s);
+
+ ADD $a PRECEDES $b;
+ ADD $a causes $b;
+
+ /* to make the correspondence between Request/Process_Response more visible */
+ ADD $b is_response_to $a;
+
+ COORDINATE $d: Send_Response FROM $b
+ DO
+ ADD $d PRECEDES $c;
+ ADD $d causes $c;
+ OD;
+ OD;
+
+/* Client never does directly interact with Bad_Server */
+ENSURE NOT EXISTS $r1: Request FROM Client, $r2: Response FROM Bad_Server ($r1 causes $r2);
+
+/*=================== Property1 =========================
+ Check whether Client's Process_Response may
+ be indirectly affected by Bad_Server's Redirect intervention
+=========================================================*/
+IF EXISTS $r1: Process_Response FROM Client, $r2: Redirect ($r2 BEFORE $r1)
+THEN SAY("Response to Client may be affected by Bad Server");
+ MARK;
+FI;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp.txt
new file mode 100644
index 0000000..1615ab5
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example40_web_browsers tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.tree
new file mode 100644
index 0000000000000000000000000000000000000000..189dd308ccfa5d02af82a2e35dae4934f32f4574
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.txt
new file mode 100644
index 0000000..1ce5a20
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example40_web_browsers.txt
@@ -0,0 +1,17 @@
+generating traces for scope 1
+completed Response: 4 traces (0 MARKed) 12 events
+ average 3 ev/trace min 2 max 4
+
+completed Client: 1 traces (0 MARKed) 3 events
+
+completed Good_Server: 7 traces (0 MARKed) 25 events
+ average 3.57143 ev/trace min 1 max 5
+
+completed Bad_Server: 7 traces (0 MARKed) 30 events
+ average 4.28571 ev/trace min 1 max 7
+
+completed Web_browser: 3 traces (0 MARKed) 33 events
+ average 11 ev/trace min 8 max 13
+
+Elapsed time 0.003506 sec, Speed: 29378.2 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.cpp
new file mode 100644
index 0000000..608d0a8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.cpp
@@ -0,0 +1,971 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Replay_Attack trace generator for scope 3
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_sends_password_to_Bob
+ , Event_presents_Alice_password
+ , Event_talks
+ , Event_message_in_transit
+ , Event_eavesesdrops_message
+ , Event_requests_password_from_Alice
+ , Event_receives_password_from_Alice
+ , Event_asks_for_password
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_17_18
+ , Event_SIMPLE_LIST_33_34
+ , Event_SIMPLE_LIST_67_68
+ // ADD operations
+ // ROOT events
+ , Event_Alice
+ , Event_Network
+ , Event_Eve
+ , Event_Bob
+ // main schema event
+ , Event_Replay_Attack };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "sends_password_to_Bob"
+ , "presents_Alice_password"
+ , "talks"
+ , "message_in_transit"
+ , "eavesesdrops_message"
+ , "requests_password_from_Alice"
+ , "receives_password_from_Alice"
+ , "asks_for_password"
+ , "SIMPLE_LIST_17_18"
+ , "SIMPLE_LIST_33_34"
+ , "SIMPLE_LIST_67_68"
+ , "Alice"
+ , "Network"
+ , "Eve"
+ , "Bob"
+ , "Replay_Attack" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Event_comparison_expr_61_62
+(Coordinate * current_host, int temp1, int temp2){
+ bool host_has_no_matrices = !(current_host ->in_matrix);
+ if(host_has_no_matrices) current_host->create_matrices();
+ int len = current_host->len;
+ // checking temp1 FROM temp2
+ return (bool)( (current_host ->in_matrix)[temp1 * len + temp2]);
+ }
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 2 ----
+class SIMPLE_LIST_17_18_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_17_18_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Alice_source = Root_table[Event_Alice]; // source of coordination
+ int n_variable; // thread variable
+ vector<int> n_variable_list; // list of coordinated events
+ int Network_source = Root_table[Event_Network]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Alice_source ]){
+ if( ( (Stack[i]->name == Event_sends_password_to_Bob)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for n_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ n_variable = i;
+ if( n_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[n_variable_list.size()];};
+ if(in_matrix[i * len + Network_source ]){
+ if( ( (Stack[i]->name == Event_message_in_transit)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = n_variable_list.begin(); s != n_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) n_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source n_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = n_variable_list.size();
+ if(thread_length != n_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ n_variable= n_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(n_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_17_18_ob class
+
+//---- 3 ----
+class SIMPLE_LIST_33_34_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_33_34_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int n_variable; // thread variable
+ vector<int> n_variable_list; // list of coordinated events
+ int Network_source = Root_table[Event_Network]; // source of coordination
+ int e_variable; // thread variable
+ vector<int> e_variable_list; // list of coordinated events
+ int Eve_source = Root_table[Event_Eve]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for n_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ n_variable = i;
+ if( n_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Network_source ]){
+ if( ( (Stack[i]->name == Event_message_in_transit)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = n_variable_list.begin(); s != n_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) n_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source n_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = n_variable_list.size();
+ if(thread_length != n_variable_list.size()) throw failed;
+
+ // preparing thread for e_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e_variable = i;
+ if( e_variable_list.size() == thread_length){
+ n_variable = 0; }
+ else{
+ n_variable = n_variable_list[e_variable_list.size()];};
+ if(in_matrix[i * len + Eve_source ]){
+ if( ( (Stack[i]->name == Event_eavesesdrops_message)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e_variable_list.begin(); s != e_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e_variable_list.size();
+ if(thread_length != e_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ n_variable= n_variable_list[i];
+ e_variable= e_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(e_variable,n_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_33_34_ob class
+
+//---- 4 ----
+class SIMPLE_LIST_67_68_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_67_68_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a1_variable; // thread variable
+ vector<int> a1_variable_list; // list of coordinated events
+ int Bob_source = Root_table[Event_Bob]; // source of coordination
+ int r1_variable; // thread variable
+ vector<int> r1_variable_list; // list of coordinated events
+ int Alice_source = Root_table[Event_Alice]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a1_variable = i;
+ if( a1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Bob_source ]){
+ if( ( (Stack[i]->name == Event_requests_password_from_Alice)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a1_variable_list.begin(); s != a1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a1_variable_list.size();
+ if(thread_length != a1_variable_list.size()) throw failed;
+
+ // preparing thread for r1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ r1_variable = i;
+ if( r1_variable_list.size() == thread_length){
+ a1_variable = 0; }
+ else{
+ a1_variable = a1_variable_list[r1_variable_list.size()];};
+ if(in_matrix[i * len + Alice_source ]){
+ if( ( (Stack[i]->name == Event_sends_password_to_Bob)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = r1_variable_list.begin(); s != r1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) r1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source r1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = r1_variable_list.size();
+ if(thread_length != r1_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a1_variable= a1_variable_list[i];
+ r1_variable= r1_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(r1_variable,a1_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int n_variable; // thread variable
+ vector<int> n_variable_list; // list of coordinated events
+ int Network_source = Root_table[Event_Network]; // source of coordination
+ int b_variable; // thread variable
+ vector<int> b_variable_list; // list of coordinated events
+ int Bob_source = Root_table[Event_Bob]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for n_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ n_variable = i;
+ if( n_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Network_source ]){
+ if( ( (Stack[i]->name == Event_message_in_transit)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = n_variable_list.begin(); s != n_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) n_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source n_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = n_variable_list.size();
+ if(thread_length != n_variable_list.size()) throw failed;
+
+ // preparing thread for b_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b_variable = i;
+ if( b_variable_list.size() == thread_length){
+ n_variable = 0; }
+ else{
+ n_variable = n_variable_list[b_variable_list.size()];};
+ if(in_matrix[i * len + Bob_source ]){
+ if( ( (Stack[i]->name == Event_receives_password_from_Alice)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b_variable_list.begin(); s != b_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b_variable_list.size();
+ if(thread_length != b_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ n_variable= n_variable_list[i];
+ b_variable= b_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(b_variable,n_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int Bob_source = Root_table[Event_Bob]; // source of coordination
+ int p_variable; // thread variable
+ vector<int> p_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + Bob_source ]){
+ if( ( (Stack[i]->name == Event_asks_for_password)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // preparing thread for p_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ p_variable = i;
+ if( p_variable_list.size() == thread_length){
+ a_variable = 0; }
+ else{
+ a_variable = a_variable_list[p_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_presents_Alice_password)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = p_variable_list.begin(); s != p_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) p_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source p_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = p_variable_list.size();
+ if(thread_length != p_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ p_variable= p_variable_list[i];
+ // ADD operation
+ Follows.insert(pair<int, int>(p_variable,a_variable));
+ create_matrices();// to check for axiom violation
+ // since relation table was modified
+ timing_is_up_to_date = false;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int t1_variable; // thread variable
+ vector<int> t1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int t2_variable; // thread variable
+ vector<int> t2_variable_list; // list of coordinated events
+ int Bob_source = Root_table[Event_Bob]; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for t1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ t1_variable = i;
+ if( t1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_talks)) && ! Event_comparison_expr_61_62
+(current_host, t1_variable , Root_table[Event_Bob] ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = t1_variable_list.begin(); s != t1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) t1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source t1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = t1_variable_list.size();
+ if(thread_length != t1_variable_list.size()) throw failed;
+
+ // preparing thread for t2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ t2_variable = i;
+ if( t2_variable_list.size() == thread_length){
+ t1_variable = 0; }
+ else{
+ t1_variable = t1_variable_list[t2_variable_list.size()];};
+ if(in_matrix[i * len + Bob_source ]){
+ if( ( (Stack[i]->name == Event_talks)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = t2_variable_list.begin(); s != t2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) t2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source t2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = t2_variable_list.size();
+ if(thread_length != t2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ t1_variable= t1_variable_list[i];
+ t2_variable= t2_variable_list[i];
+ // SHARE_clause , throws failed exception if cannot complete
+ make_equality_complete( t1_variable , t2_variable );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_67_68_ob class
+
+//---- 5 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_presents_Alice_password);
+ element[ 1 ]= new Atomic_producer(Event_talks);
+ }
+};// end class Sq_1_2
+
+//---- 6 ----
+class Ct_69_70 : public AND_node_producer_container {
+public: // constructor
+ Ct_69_70 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_1_2 ;
+ element[ 1 ]= new Sq_1_2 ;
+ }
+};// end class Ct_69_70
+
+//---- 7 ----
+class Ct_71_72 : public AND_node_producer_container {
+public: // constructor
+ Ct_71_72 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_1_2 ;
+ element[ 1 ]= new Sq_1_2 ;
+ element[ 2 ]= new Sq_1_2 ;
+ }
+};// end class Ct_71_72
+
+//---- 8 ----
+class Itr_3_4 : public OR_node_producer_container {
+public: // constructor
+ Itr_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Sq_1_2 ;
+ element[ 2 ]= new Ct_69_70 ;
+ element[ 3 ]= new Ct_71_72 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.500000E-01;
+ alternative_probability[ 1 ]= 2.500000E-01;
+ alternative_probability[ 2 ]= 2.500000E-01;
+ alternative_probability[ 3 ]= 2.500000E-01;
+ }
+};// end class Itr_3_4
+
+//---- 9 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_sends_password_to_Bob);
+ element[ 1 ]= new Itr_3_4 ;
+ }
+};// end class Sq_5_6
+
+//---- 10 ----
+class Sq_19_20 : public AND_node_producer_container {
+public: // constructor
+ Sq_19_20 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_presents_Alice_password);
+ element[ 1 ]= new Atomic_producer(Event_talks);
+ }
+};// end class Sq_19_20
+
+//---- 11 ----
+class Ct_73_74 : public AND_node_producer_container {
+public: // constructor
+ Ct_73_74 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_19_20 ;
+ element[ 1 ]= new Sq_19_20 ;
+ }
+};// end class Ct_73_74
+
+//---- 12 ----
+class Ct_75_76 : public AND_node_producer_container {
+public: // constructor
+ Ct_75_76 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_19_20 ;
+ element[ 1 ]= new Sq_19_20 ;
+ element[ 2 ]= new Sq_19_20 ;
+ }
+};// end class Ct_75_76
+
+//---- 13 ----
+class Itp_21_22 : public OR_node_producer_container {
+public: // constructor
+ Itp_21_22 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_19_20 ;
+ element[ 1 ]= new Ct_73_74 ;
+ element[ 2 ]= new Ct_75_76 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 3.333333E-01;
+ alternative_probability[ 1 ]= 3.333333E-01;
+ alternative_probability[ 2 ]= 3.333333E-01;
+ }
+};// end class Itp_21_22
+
+//---- 14 ----
+class Sq_23_24 : public AND_node_producer_container {
+public: // constructor
+ Sq_23_24 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_eavesesdrops_message);
+ element[ 1 ]= new Itp_21_22 ;
+ }
+};// end class Sq_23_24
+
+//---- 15 ----
+class Sq_35_36 : public AND_node_producer_container {
+public: // constructor
+ Sq_35_36 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_asks_for_password);
+ element[ 1 ]= new Atomic_producer(Event_talks);
+ }
+};// end class Sq_35_36
+
+//---- 16 ----
+class Ct_77_78 : public AND_node_producer_container {
+public: // constructor
+ Ct_77_78 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ }
+};// end class Ct_77_78
+
+//---- 17 ----
+class Ct_79_80 : public AND_node_producer_container {
+public: // constructor
+ Ct_79_80 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ element[ 2 ]= new Sq_35_36 ;
+ }
+};// end class Ct_79_80
+
+//---- 18 ----
+class Ct_81_82 : public AND_node_producer_container {
+public: // constructor
+ Ct_81_82 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ element[ 2 ]= new Sq_35_36 ;
+ element[ 3 ]= new Sq_35_36 ;
+ }
+};// end class Ct_81_82
+
+//---- 19 ----
+class Ct_83_84 : public AND_node_producer_container {
+public: // constructor
+ Ct_83_84 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 5 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ element[ 2 ]= new Sq_35_36 ;
+ element[ 3 ]= new Sq_35_36 ;
+ element[ 4 ]= new Sq_35_36 ;
+ }
+};// end class Ct_83_84
+
+//---- 20 ----
+class Ct_85_86 : public AND_node_producer_container {
+public: // constructor
+ Ct_85_86 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 6 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Sq_35_36 ;
+ element[ 2 ]= new Sq_35_36 ;
+ element[ 3 ]= new Sq_35_36 ;
+ element[ 4 ]= new Sq_35_36 ;
+ element[ 5 ]= new Sq_35_36 ;
+ }
+};// end class Ct_85_86
+
+//---- 21 ----
+class Itr_37_38 : public OR_node_producer_container {
+public: // constructor
+ Itr_37_38 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 6 ];
+ element[ 0 ]= new Sq_35_36 ;
+ element[ 1 ]= new Ct_77_78 ;
+ element[ 2 ]= new Ct_79_80 ;
+ element[ 3 ]= new Ct_81_82 ;
+ element[ 4 ]= new Ct_83_84 ;
+ element[ 5 ]= new Ct_85_86 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 1.666667E-01;
+ alternative_probability[ 1 ]= 1.666667E-01;
+ alternative_probability[ 2 ]= 1.666667E-01;
+ alternative_probability[ 3 ]= 1.666667E-01;
+ alternative_probability[ 4 ]= 1.666667E-01;
+ alternative_probability[ 5 ]= 1.666667E-01;
+ }
+};// end class Itr_37_38
+
+//---- 22 ----
+class Sq_39_40 : public AND_node_producer_container {
+public: // constructor
+ Sq_39_40 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_requests_password_from_Alice);
+ element[ 1 ]= new Atomic_producer(Event_receives_password_from_Alice);
+ element[ 2 ]= new Itr_37_38 ;
+ }
+};// end class Sq_39_40
+
+//---- 23 ----
+class Comp_7_8 : public Composite_producer {
+public: // constructor
+ Comp_7_8 (): Composite_producer(Event_Alice){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_5_6 ;
+ }
+};// end class Comp_7_8
+
+//---- 24 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Network){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Atomic_producer(Event_message_in_transit);
+ }
+};// end class Comp_9_10
+
+//---- 25 ----
+class Comp_25_26 : public Composite_producer {
+public: // constructor
+ Comp_25_26 (): Composite_producer(Event_Eve){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_23_24 ;
+ }
+};// end class Comp_25_26
+
+//---- 26 ----
+class Comp_41_42 : public Composite_producer {
+public: // constructor
+ Comp_41_42 (): Composite_producer(Event_Bob){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_39_40 ;
+ }
+};// end class Comp_41_42
+
+//---- 27 ----
+class SCHEMA_Replay_Attack: public Composite_producer {
+public: // constructor
+ SCHEMA_Replay_Attack(): Composite_producer(Event_Replay_Attack){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 7 ];
+ element[0]= new Composite_secondary_producer(Event_Alice);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Network);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_17_18_ob(Event_SIMPLE_LIST_17_18);
+ element[3]= new Composite_secondary_producer(Event_Eve);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[3] -> type = ROOT_node;
+ element[4]= new SIMPLE_LIST_33_34_ob(Event_SIMPLE_LIST_33_34);
+ element[5]= new Composite_secondary_producer(Event_Bob);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[5] -> type = ROOT_node;
+ element[6]= new SIMPLE_LIST_67_68_ob(Event_SIMPLE_LIST_67_68);
+ }
+};// end class SCHEMA_Replay_Attack
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example41_Replay_Attack.json");
+ global_flag = false;
+ // add tab names to table objects
+ // add tab names to chart objects
+ cout<< "generating traces for scope 3 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_7_8 temp_28; temp_28.harvest();
+ Comp_9_10 temp_29; temp_29.harvest();
+ Comp_25_26 temp_30; temp_30.harvest();
+ Comp_41_42 temp_31; temp_31.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Replay_Attack temp_32; temp_32.harvest();
+ temp_32.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Replay_Attack"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.mp
new file mode 100644
index 0000000..5749bbe
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.mp
@@ -0,0 +1,63 @@
+/* Example 41. The description of Replay Attack
+ is available at
+ https://en.wikipedia.org/wiki/Replay_attack
+
+ run scope up to 5
+======================================*/
+
+SCHEMA Replay_Attack
+
+ROOT Alice:
+ sends_password_to_Bob
+
+ (* presents_Alice_password
+ talks *)
+;
+
+/*---------------------------------------*/
+ROOT Network:
+ message_in_transit
+;
+
+COORDINATE $a: sends_password_to_Bob FROM Alice,
+ $n: message_in_transit FROM Network
+ DO ADD $a PRECEDES $n; OD;
+
+/*---------------------------------------*/
+/* Eavesdropper */
+ROOT Eve:
+ eavesesdrops_message
+ (+ presents_Alice_password
+ talks +)
+;
+
+COORDINATE $n: message_in_transit FROM Network,
+ $e: eavesesdrops_message FROM Eve
+ DO ADD $n PRECEDES $e; OD;
+
+/*---------------------------------------*/
+
+ROOT Bob:
+ requests_password_from_Alice
+ receives_password_from_Alice
+
+ (*<1.. 2 * $$scope> asks_for_password
+ talks *)
+;
+
+COORDINATE $a1: requests_password_from_Alice FROM Bob,
+ $r1: sends_password_to_Bob FROM Alice
+ DO ADD $a1 PRECEDES $r1; OD;
+
+COORDINATE $n: message_in_transit FROM Network,
+ $b: receives_password_from_Alice FROM Bob
+ DO ADD $n PRECEDES $b; OD;
+
+COORDINATE $a: asks_for_password FROM Bob,
+ $p: presents_Alice_password /* not necessary to give the FROM owner,
+ just the event name is sufficient */
+ DO ADD $a PRECEDES $p; OD;
+
+COORDINATE $t1: talks SUCH THAT NOT $t1 FROM Bob,
+ $t2: talks FROM Bob
+ DO SHARE $t1 $t2; OD;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp.txt
new file mode 100644
index 0000000..9c275b0
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example41_Replay_Attack tree 3
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.txt
new file mode 100644
index 0000000..e2d7a66
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example41_Replay_Attack.txt
@@ -0,0 +1,17 @@
+generating traces for scope 3
+completed Alice: 4 traces (0 MARKed) 20 events
+ average 5 ev/trace min 2 max 8
+
+completed Network: 1 traces (0 MARKed) 2 events
+
+completed Eve: 3 traces (0 MARKed) 18 events
+ average 6 ev/trace min 4 max 8
+
+completed Bob: 6 traces (0 MARKed) 60 events
+ average 10 ev/trace min 5 max 15
+
+completed Replay_Attack: 12 traces (0 MARKed) 288 events
+ average 24 ev/trace min 14 max 34
+
+Elapsed time 0.063658 sec, Speed: 6095.07 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.cpp
new file mode 100644
index 0000000..d5363d4
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.cpp
@@ -0,0 +1,409 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Example trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > count_number_attribute;
+//-- node attributes --
+ map<int, float > NODE_count_number_attribute;
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( count_number_attribute[event1] != count_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ count_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("count",count_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+class tuple_type_TABLE_7_trace_stats{ public:
+ string tab_event_name;
+ float tab_total_number;
+ tuple_type_TABLE_7_trace_stats(){
+ tab_event_name= "";
+ tab_total_number= 0;};
+};
+table_object TABLE_7_trace_stats;
+chart_object CHART_10_chart_states;
+graph_object GRAPH_13_event_counters;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_a
+ , Event_b
+ , Event_c
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_14_15
+ , Event_SIMPLE_LIST_36_37
+ // ADD operations
+ // ROOT events
+ , Event_A
+ // main schema event
+ , Event_Example };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "a"
+ , "b"
+ , "c"
+ , "SIMPLE_LIST_14_15"
+ , "SIMPLE_LIST_36_37"
+ , "A"
+ , "Example" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_14_15_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_14_15_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ { // trace_stats title generation
+ ostringstream convert;
+ convert <<"Trace ";
+ convert <<
+ trace_id_attribute ;
+ TABLE_7_trace_stats.title = convert.str();}
+ { // chart_states title generation
+ ostringstream convert;
+ convert <<"Trace ";
+ convert <<
+ trace_id_attribute ;
+ convert <<" chart";
+ CHART_10_chart_states.title = convert.str();}
+ { // event_counters title generation
+ ostringstream convert;
+ convert <<" ";
+ GRAPH_13_event_counters.title = convert.str();}
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_14_15_ob class
+
+//---- 2 ----
+class SIMPLE_LIST_36_37_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_36_37_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+ // WITHIN event_counters
+ int a_16_node_var = -1;
+ { // COORDINATE operation
+ int thread_length = -1;
+ int e_variable; // thread variable
+ vector<int> e_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for e_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e_variable = i;
+ if( e_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == Atom || Stack[i]->type == ROOT_node ||
+Stack[i]->type == Composite_event_instance_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e_variable_list.begin(); s != e_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e_variable_list.size();
+ if(thread_length != e_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ e_variable= e_variable_list[i];
+ {// LAST_NODE
+ ostringstream convert;
+ convert << event_name_string[Stack[ e_variable ]->name];
+ a_16_node_var = GRAPH_13_event_counters.find_or_create_new_node(convert.str());}
+ // attribute count assignment
+ NODE_count_number_attribute[a_16_node_var]+=1 ;
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ // loop_over_graph for GRAPH_13_event_counters
+ { // loop over graph GRAPH_13_event_counters
+ int n_24_node_var ;
+ int end_limit_1 = GRAPH_13_event_counters .nodes.size();
+ for(int temp = 0; temp < end_limit_1 ; temp++){
+ n_24_node_var = temp;
+ { // add tuple to table trace_stats
+ tuple_type_TABLE_7_trace_stats temp;
+ { // string tab assignment
+ ostringstream convert;
+ if( n_24_node_var >= 0 && n_24_node_var < GRAPH_13_event_counters
+.nodes.size())
+ convert << GRAPH_13_event_counters .nodes[ n_24_node_var ];
+ else convert << "Undefined node";
+ temp.tab_event_name= convert.str();}
+ temp.tab_total_number=
+ NODE_count_number_attribute[n_24_node_var] ;
+ ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_event_name<<"\""; comma= 44;
+ row << comma << temp.tab_total_number; comma= 44;
+ TABLE_7_trace_stats.table_rows.push_back(row.str());
+ // add tab strings for charts in table trace_stats
+ // add string to chart chart_states
+ { ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_event_name<<"\""; comma= 44;
+ row << comma << temp.tab_total_number; comma= 44;
+ CHART_10_chart_states.chart_rows.push_back(row.str()); } // end adding to chart chart_states
+ } // end of add tuple
+ } } // end GRAPH_13_event_counters loop
+ // SHOW trace_stats
+ table_container.insert(pair<int, table_object>( 2,TABLE_7_trace_stats));
+ // SHOW chart_states
+ chart_container.insert(pair<int, chart_object>( 3,CHART_10_chart_states));
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_36_37_ob class
+
+//---- 3 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[ 0 ]= new Atomic_producer(Event_a);
+ element[ 1 ]= new Atomic_producer(Event_b);
+ element[ 2 ]= new Atomic_producer(Event_c);
+ element[ 3 ]= new Atomic_producer(Event_a);
+ }
+};// end class Sq_1_2
+
+//---- 4 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_A){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 5 ----
+class SCHEMA_Example: public Composite_producer {
+public: // constructor
+ SCHEMA_Example(): Composite_producer(Event_Example){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_A);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new SIMPLE_LIST_14_15_ob(Event_SIMPLE_LIST_14_15);
+ element[2]= new SIMPLE_LIST_36_37_ob(Event_SIMPLE_LIST_36_37);
+ }
+};// end class SCHEMA_Example
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example42_Bar_Chart.json");
+ global_flag = false;
+ // add tab names to table objects
+ TABLE_7_trace_stats.tab_names.push_back("event_name");
+ TABLE_7_trace_stats.tab_names.push_back("total_number");
+ // add tab names to chart objects
+ // bar chart for table trace_stats
+ CHART_10_chart_states.x_axis_tab_name= "event_name";
+ CHART_10_chart_states.tab_names.push_back("event_name");
+ CHART_10_chart_states.tab_names.push_back("total_number");
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_6; temp_6.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Example temp_7; temp_7.harvest();
+ temp_7.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Example"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.mp
new file mode 100644
index 0000000..dade7ed
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.mp
@@ -0,0 +1,53 @@
+/*
+ Example42
+ Assembling statistics about a current trace in a TABLE and rendering it.
+ Table and bar chart example, run for scope 1
+*/
+
+SCHEMA Example
+ROOT A: a b c a;
+
+TABLE trace_stats {
+ TITLE ("Trace " trace_id);
+TABS string event_name,
+number total_number;
+};
+
+BAR CHART chart_states {
+ TITLE( "Trace " trace_id " chart");
+ FROM trace_stats;
+/* contents of the bar chart is derived from
+ the table trace_stats */
+ X_AXIS event_name;
+};
+
+GRAPH event_counters { };
+/* This graph container is used as an associative array
+ data structure to accumulate event count
+ for each event in the trace via node attributes */
+ATTRIBUTES {number count;};
+
+/* Collect event data and store it in the graph container */
+WITHIN event_counters{
+ COORDINATE $e: $$EVENT /* loop over all events within the trace */
+ DO Node$a: LAST ($e);
+ Node$a.count +:=1; /* increment node’s attribute value */
+ OD;
+ /* Second loop - now fill the table, see loop_over_graph (105) */
+ FOR Node$n /* variable Node$n is traversing event_counters node set */
+ DO
+ trace_stats <| /* store tuple in the table trace_stats */
+ event_name : SAY(Node$n),
+ /* here (Node$n) is a string_constructor(87)
+ converting node’s name (label) into a character string */
+ total_number: Node$n.count ;
+ OD;
+}; /* end WITHIN */
+
+SHOW trace_stats;
+SHOW chart_states;
+/* contents of the related table provides data source for the bar chart */
+
+
+
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp.txt
new file mode 100644
index 0000000..6b5c7c4
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example42_Bar_Chart tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.tree
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.txt
new file mode 100644
index 0000000..b5117e9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example42_Bar_Chart.txt
@@ -0,0 +1,7 @@
+generating traces for scope 1
+completed A: 1 traces (0 MARKed) 5 events
+
+completed Example: 1 traces (0 MARKed) 6 events
+
+Elapsed time 0.000216 sec, Speed: 50925.9 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.cpp
new file mode 100644
index 0000000..82a347a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.cpp
@@ -0,0 +1,373 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Example trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+ map<int, float > count_number_attribute;
+//-- node attributes --
+ map<int, float > NODE_count_number_attribute;
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ if( count_number_attribute[event1] != count_number_attribute[event2])
+ return false;
+ return true;
+}
+// numeric variables in FOR_loops
+ float t_10_num_var ;
+ float n_11_num_var ;
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ count_number_attribute.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!count_number_attribute.empty())
+ number_attr_container.insert(pair<string, map<int, float> >("count",count_number_attribute));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+
+ if(p1_num_attr->first == "count"){
+ for(p_float = (p1_num_attr->second).begin();
+ p_float != (p1_num_attr->second).end(); p_float++)
+ count_number_attribute.insert(pair<int, float>(p_float->first + base, p_float->second));}
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+graph_object GRAPH_9_Data;
+
+class tuple_type_TABLE_31_probability_histogram{ public:
+ string tab_probability_interval;
+ float tab_trace_count;
+ tuple_type_TABLE_31_probability_histogram(){
+ tab_probability_interval= "";
+ tab_trace_count= 0;};
+};
+table_object TABLE_31_probability_histogram;
+chart_object CHART_34_probability_chart;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_a1
+ , Event_a2
+ , Event_a3
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ // ADD operations
+ // ROOT events
+ , Event_A
+ // main schema event
+ , Event_Example };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "a1"
+ , "a2"
+ , "a3"
+ , "A"
+ , "Example" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class Itr_1_2 : public OR_node_producer_container {
+public: // constructor
+ Itr_1_2 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_a3);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_1_2
+
+//---- 2 ----
+class Alt_3_4 : public OR_node_producer_container {
+public: // constructor
+ Alt_3_4 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_a1);
+ element[ 1 ]= new Atomic_producer(Event_a2);
+ element[ 2 ]= new Itr_1_2 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 2.000000E-01;
+ alternative_probability[ 1 ]= 3.000000E-01;
+ alternative_probability[ 2 ]= 5.000000E-01;
+ }
+};// end class Alt_3_4
+
+//---- 3 ----
+class Comp_5_6 : public Composite_producer {
+public: // constructor
+ Comp_5_6 (): Composite_producer(Event_A){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Alt_3_4 ;
+ }
+};// end class Comp_5_6
+
+//---- 4 ----
+class SCHEMA_Example: public Composite_producer {
+public: // constructor
+ SCHEMA_Example(): Composite_producer(Event_Example){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[0]= new Composite_secondary_producer(Event_A);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ }
+};// end class SCHEMA_Example
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+ { // Data title generation
+ ostringstream convert;
+ convert <<" ";
+ GRAPH_9_Data.title = convert.str();}
+ // WITHIN Data
+ int x_12_node_var = -1;
+ // FOR_loop
+ Interval temp_FOR_loop_25 ( Interval(1 ,total_segments ));
+ t_10_num_var = temp_FOR_loop_25 .smallest;
+ float temp_FOR_loop_25_upper= temp_FOR_loop_25.largest;
+ while( t_10_num_var <= temp_FOR_loop_25_upper){
+ // FOR_loop
+ Interval temp_FOR_loop_22 ( Interval(0 ,1 ));
+ n_11_num_var = temp_FOR_loop_22 .smallest;
+ float temp_FOR_loop_22_upper= temp_FOR_loop_22.largest;
+ while( n_11_num_var <= temp_FOR_loop_22_upper){
+ {// LAST_NODE
+ ostringstream convert;
+ convert <<"[";
+ convert << n_11_num_var ;
+ convert <<"..";
+ convert << ( n_11_num_var + 1.000000E-01);
+ convert <<")";
+ x_12_node_var = GRAPH_9_Data.find_or_create_new_node(convert.str());}
+ if( ( ( ( n_11_num_var <= get_trace_probability(m, (int) t_10_num_var ) )&& (
+ get_trace_probability(m, (int) t_10_num_var ) < ( n_11_num_var + 1.000000E-01)))
+|| ( ( total_segments == 1 )&& ( n_11_num_var == 9.000000E-01)))){
+ // attribute count assignment
+ NODE_count_number_attribute[x_12_node_var]+=1 ;
+ }// end THEN
+ n_11_num_var += 1.000000E-01; };
+ // end FOR_loop
+ t_10_num_var += 1 ; };
+ // end FOR_loop
+ { // probability_histogram title generation
+ ostringstream convert;
+ convert <<" ";
+ TABLE_31_probability_histogram.title = convert.str();}
+ { // probability_chart title generation
+ ostringstream convert;
+ convert <<"Trace probabilities";
+ CHART_34_probability_chart.title = convert.str();}
+ // WITHIN Data
+ // loop_over_graph for GRAPH_9_Data
+ { // loop over graph GRAPH_9_Data
+ int n_35_node_var ;
+ int end_limit_1 = GRAPH_9_Data .nodes.size();
+ for(int temp = 0; temp < end_limit_1 ; temp++){
+ n_35_node_var = temp;
+ { // add tuple to table probability_histogram
+ tuple_type_TABLE_31_probability_histogram temp;
+ { // string tab assignment
+ ostringstream convert;
+ if( n_35_node_var >= 0 && n_35_node_var < GRAPH_9_Data .nodes.size())
+ convert << GRAPH_9_Data .nodes[ n_35_node_var ];
+ else convert << "Undefined node";
+ temp.tab_probability_interval= convert.str();}
+ temp.tab_trace_count=
+ NODE_count_number_attribute[n_35_node_var] ;
+ ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_probability_interval<<"\""; comma= 44;
+ row << comma << temp.tab_trace_count; comma= 44;
+ TABLE_31_probability_histogram.table_rows.push_back(row.str());
+ // add tab strings for charts in table probability_histogram
+ // add string to chart probability_chart
+ { ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_probability_interval<<"\""; comma= 44;
+ row << comma << temp.tab_trace_count; comma= 44;
+ CHART_34_probability_chart.chart_rows.push_back(row.str()); } // end adding to chart probability_chart
+ } // end of add tuple
+ } } // end GRAPH_9_Data loop
+ // SHOW probability_chart
+ // sort it by X_AXIS before printing
+ sort( CHART_34_probability_chart.chart_rows.begin(),CHART_34_probability_chart.chart_rows.end());
+ chart_container.insert(pair<int, chart_object>( 2,CHART_34_probability_chart));
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example43_Histogram.json");
+ global_flag = true;
+ // add tab names to table objects
+ TABLE_31_probability_histogram.tab_names.push_back("probability_interval");
+ TABLE_31_probability_histogram.tab_names.push_back("trace_count");
+ // add tab names to chart objects
+ // bar chart for table probability_histogram
+ CHART_34_probability_chart.x_axis_tab_name= "probability_interval";
+ CHART_34_probability_chart.tab_names.push_back("probability_interval");
+ CHART_34_probability_chart.tab_names.push_back("trace_count");
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_5_6 temp_5; temp_5.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Example temp_6; temp_6.harvest();
+ temp_6.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Example"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.mp
new file mode 100644
index 0000000..c40bdfa
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.mp
@@ -0,0 +1,48 @@
+/* Example 43
+ Histogram example, run for scopes 1, 2, 3, and up
+*/
+SCHEMA Example
+ROOT A: (<<0.2>> a1 | <<0.3>> a2 | (* a3 *));
+ATTRIBUTES { number count; };
+
+GLOBAL
+/* This GRAPH is used as a container to collect data about valid trace probabilities.
+ The following MP code can be reused for any MP model just by Copy/Paste. */
+GRAPH Data { };
+
+WITHIN Data{
+ /* numerical_loop_header(40) is used to perform required interval calculations. */
+ FOR Num$t: [1.. #$$TRACE] STEP 1
+ DO FOR Num$n: [0 .. 1] STEP 0.1
+ DO
+ Node$x: LAST("[" Num$n ".." Num$n + 0.1 ")");
+ /* p - pre-defined trace probability attribute */
+ IF ( Num$n <= #$$TP(Num$t) AND
+ #$$TP(Num$t) < Num$n + 0.1) OR
+ /* special case when the only single trace with probability 1 exists */
+ ( #$$TRACE == 1 AND Num$n == 0.9 ) THEN
+ Node$x.count +:= 1;
+ FI;
+ OD;
+ OD;
+}; /* end of WITHIN Data */
+
+TABLE probability_histogram {
+TABS string probability_interval,
+ number trace_count; };
+
+BAR CHART probability_chart { TITLE("Trace probabilities");
+ FROM probability_histogram;
+ X_AXIS probability_interval; };
+WITHIN Data{
+ FOR Node$n
+ DO probability_histogram <|
+ probability_interval: SAY(Node$n),
+ trace_count: Node$n.count;
+ OD;
+};
+
+SHOW probability_chart SORT;
+/* The contents of the chart is sorted by X_AXIS string values, since the order of adding rows to the
+ TABLE may be arbitrary */
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp.txt
new file mode 100644
index 0000000..a916609
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example43_Histogram tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.tree
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zC?HgoaadDLqg=^ZzL<5d)Vf#2IFnwmV%IHRoEhm~ztP8&?$**hid8{Ugg>={QjC1b
zI?$|7OlbUhy!OZw&2&eV0eJFxy)dD5_ev*!*N0-GI!#s=4qmIx)vqzPfBdMrv~;S~
z7xHHKF_ERJY2MP0N*Nm7u(55uJE!Ng)G95ty4jjCL|G+?K}JYRb<agr7$#Obu~6m=
zpS@JCmRhM$fVRc{_$rML`&#vKIXhX%V{z1qrH(3Mtv27@pUI49{iCC|4sFe7sU9u0
IVwU{>2eR?zO#lD@
literal 0
HcmV?d00001
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.txt
new file mode 100644
index 0000000..642efb6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example43_Histogram.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed A: 4 traces (0 MARKed) 7 events
+ average 1.75 ev/trace min 1 max 2
+
+completed Example: 4 traces (0 MARKed) 11 events
+ average 2.75 ev/trace min 2 max 3
+
+Elapsed time 0.000278 sec, Speed: 64748.2 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.cpp
new file mode 100644
index 0000000..094815a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.cpp
@@ -0,0 +1,558 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA S trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+}
+
+//***** VIEW object containers *****
+
+class tuple_type_TABLE_25_gantt_1{ public:
+ string tab_event_name;
+ float tab_start_time;
+ float tab_duration_time;
+ tuple_type_TABLE_25_gantt_1(){
+ tab_event_name= "";
+ tab_start_time= 0;
+ tab_duration_time= 0;};
+};
+table_object TABLE_25_gantt_1;
+chart_object CHART_28_gantt_2;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_a1
+ , Event_a2
+ , Event_b1
+ , Event_b2
+ // composite events
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_36_37
+ // ADD operations
+ // ROOT events
+ , Event_A
+ , Event_B
+ // main schema event
+ , Event_S };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "a1"
+ , "a2"
+ , "b1"
+ , "b2"
+ , "SIMPLE_LIST_36_37"
+ , "A"
+ , "B"
+ , "S" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 1 ----
+class SIMPLE_LIST_36_37_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_36_37_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int A_source = Root_table[Event_A];
+ // lists of shared events for A
+ vector<int> A_a2_list;
+
+ int B_source = Root_table[Event_B];
+ // lists of shared events for B
+ vector<int> B_a2_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + A_source ]){
+ if( Stack[i]->name == Event_a2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = A_a2_list.begin();
+ s != A_a2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) A_a2_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + B_source ]){
+ if( Stack[i]->name == Event_a2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = B_a2_list.begin();
+ s != B_a2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) B_a2_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = B_a2_list.size();
+ if(A_a2_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = B_a2_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(A_a2_list[i], B_a2_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a1_variable; // thread variable
+ vector<int> a1_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+ int a2_variable; // thread variable
+ vector<int> a2_variable_list; // list of coordinated events
+ int b1_variable; // thread variable
+ vector<int> b1_variable_list; // list of coordinated events
+ int b2_variable; // thread variable
+ vector<int> b2_variable_list; // list of coordinated events
+
+ // create lists of coordinated events
+ // preparing thread for a1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a1_variable = i;
+ if( a1_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_a1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a1_variable_list.begin(); s != a1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a1_variable_list.size();
+ if(thread_length != a1_variable_list.size()) throw failed;
+
+ // preparing thread for a2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a2_variable = i;
+ if( a2_variable_list.size() == thread_length){
+ a1_variable = 0; }
+ else{
+ a1_variable = a1_variable_list[a2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_a2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a2_variable_list.begin(); s != a2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a2_variable_list.size();
+ if(thread_length != a2_variable_list.size()) throw failed;
+
+ // preparing thread for b1_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b1_variable = i;
+ if( b1_variable_list.size() == thread_length){
+ a1_variable = 0;
+ a2_variable = 0; }
+ else{
+ a1_variable = a1_variable_list[b1_variable_list.size()];
+ a2_variable = a2_variable_list[b1_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_b1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b1_variable_list.begin(); s != b1_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b1_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b1_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b1_variable_list.size();
+ if(thread_length != b1_variable_list.size()) throw failed;
+
+ // preparing thread for b2_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ b2_variable = i;
+ if( b2_variable_list.size() == thread_length){
+ a1_variable = 0;
+ a2_variable = 0;
+ b1_variable = 0; }
+ else{
+ a1_variable = a1_variable_list[b2_variable_list.size()];
+ a2_variable = a2_variable_list[b2_variable_list.size()];
+ b1_variable = b1_variable_list[b2_variable_list.size()];};
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_b2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = b2_variable_list.begin(); s != b2_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) b2_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source b2_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = b2_variable_list.size();
+ if(thread_length != b2_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a1_variable= a1_variable_list[i];
+ a2_variable= a2_variable_list[i];
+ b1_variable= b1_variable_list[i];
+ b2_variable= b2_variable_list[i];
+ SET_duration(a1_variable,3 );
+ SET_duration(a2_variable,5 );
+ SET_duration(b1_variable,1 );
+ SET_duration(b2_variable,2 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // gantt_1 title generation
+ ostringstream convert;
+ convert <<" ";
+ TABLE_25_gantt_1.title = convert.str();}
+ { // gantt_2 title generation
+ ostringstream convert;
+ convert <<"Example of Gantt Chart";
+ CHART_28_gantt_2.title = convert.str();}
+ { // COORDINATE operation
+ int thread_length = -1;
+ int e_variable; // thread variable
+ vector<int> e_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for e_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ e_variable = i;
+ if( e_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->type == Atom || Stack[i]->type == ROOT_node ||
+Stack[i]->type == Composite_event_instance_node) ) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = e_variable_list.begin(); s != e_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) e_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source e_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = e_variable_list.size();
+ if(thread_length != e_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ e_variable= e_variable_list[i];
+ { // add tuple to table gantt_1
+ tuple_type_TABLE_25_gantt_1 temp;
+ { // string tab assignment
+ ostringstream convert;
+ convert << event_name_string[Stack[ e_variable ]->name];
+ temp.tab_event_name= convert.str();}
+ temp.tab_start_time= (recalculate_timing_attributes(),
+ time_start_attributes[e_variable] .smallest) ;
+ temp.tab_duration_time= (recalculate_timing_attributes(),
+ time_duration_attributes[e_variable] .largest) ;
+ ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_event_name<<"\""; comma= 44;
+ row << comma << temp.tab_start_time; comma= 44;
+ row << comma << temp.tab_duration_time; comma= 44;
+ TABLE_25_gantt_1.table_rows.push_back(row.str());
+ // add tab strings for charts in table gantt_1
+ // add string to chart gantt_2
+ { ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_event_name<<"\""; comma= 44;
+ row << comma << temp.tab_start_time; comma= 44;
+ row << comma << temp.tab_duration_time; comma= 44;
+ CHART_28_gantt_2.chart_rows.push_back(row.str()); } // end adding to chart gantt_2
+ } // end of add tuple
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ // SHOW gantt_2
+ chart_container.insert(pair<int, chart_object>( 1,CHART_28_gantt_2));
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_36_37_ob class
+
+//---- 2 ----
+class Sq_1_2 : public AND_node_producer_container {
+public: // constructor
+ Sq_1_2 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_a1);
+ element[ 1 ]= new Atomic_producer(Event_a2);
+ }
+};// end class Sq_1_2
+
+//---- 3 ----
+class Sq_5_6 : public AND_node_producer_container {
+public: // constructor
+ Sq_5_6 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_b1);
+ element[ 1 ]= new Atomic_producer(Event_a2);
+ element[ 2 ]= new Atomic_producer(Event_b2);
+ }
+};// end class Sq_5_6
+
+//---- 4 ----
+class Comp_3_4 : public Composite_producer {
+public: // constructor
+ Comp_3_4 (): Composite_producer(Event_A){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_1_2 ;
+ }
+};// end class Comp_3_4
+
+//---- 5 ----
+class Comp_7_8 : public Composite_producer {
+public: // constructor
+ Comp_7_8 (): Composite_producer(Event_B){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_5_6 ;
+ }
+};// end class Comp_7_8
+
+//---- 6 ----
+class SCHEMA_S: public Composite_producer {
+public: // constructor
+ SCHEMA_S(): Composite_producer(Event_S){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[0]= new Composite_secondary_producer(Event_A);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_B);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new SIMPLE_LIST_36_37_ob(Event_SIMPLE_LIST_36_37);
+ }
+};// end class SCHEMA_S
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example44_Gantt_Chart.json");
+ global_flag = false;
+ // add tab names to table objects
+ TABLE_25_gantt_1.tab_names.push_back("event_name");
+ TABLE_25_gantt_1.tab_names.push_back("start_time");
+ TABLE_25_gantt_1.tab_names.push_back("duration_time");
+ // add tab names to chart objects
+ // bar chart for table gantt_1
+ CHART_28_gantt_2.x_axis_tab_name= "event_name";
+ CHART_28_gantt_2.tab_names.push_back("event_name");
+ CHART_28_gantt_2.tab_names.push_back("start_time");
+ CHART_28_gantt_2.tab_names.push_back("duration_time");
+ CHART_28_gantt_2.rotate= true;
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ // harvesting traces for ROOT events
+ Comp_3_4 temp_7; temp_7.harvest();
+ Comp_7_8 temp_8; temp_8.harvest();
+ // harvesting traces for main schema
+ SCHEMA_S temp_9; temp_9.harvest();
+ temp_9.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"S"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.mp
new file mode 100644
index 0000000..fe4483d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.mp
@@ -0,0 +1,39 @@
+/* Example44
+ Gantt chart example
+*/
+SCHEMA S
+ROOT A: a1 a2;
+
+ROOT B: b1 a2 b2;
+
+A, B SHARE ALL a2;
+
+COORDINATE $a1: a1, $a2: a2, $b1: b1, $b2: b2
+ DO
+ SET $a1.duration AT LEAST 3;
+ SET $a2.duration AT LEAST 5;
+ SET $b1.duration AT LEAST 1;
+ SET $b2.duration AT LEAST 2;
+ OD;
+
+TABLE gantt_1{
+ TABS string event_name,
+ number start_time,
+ number duration_time;
+};
+
+BAR CHART gantt_2 { TITLE("Example of Gantt Chart");
+ FROM gantt_1;
+ X_AXIS event_name;
+ ROTATE; /* to place the X_AXIS vertical */
+};
+
+COORDINATE $e: $$EVENT
+ DO /* add this event to the Table */
+ gantt_1 <|
+ event_name: SAY($e),
+ start_time: $e.start.smallest,
+ duration_time: $e.duration.largest;
+ OD;
+
+SHOW gantt_2;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp.txt
new file mode 100644
index 0000000..d8e2c46
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example44_Gantt_Chart tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.tree
new file mode 100644
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.txt
new file mode 100644
index 0000000..8db3bca
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example44_Gantt_Chart.txt
@@ -0,0 +1,9 @@
+generating traces for scope 1
+completed A: 1 traces (0 MARKed) 3 events
+
+completed B: 1 traces (0 MARKed) 4 events
+
+completed S: 1 traces (0 MARKed) 8 events
+
+Elapsed time 0.000251 sec, Speed: 59761 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.cpp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.cpp
new file mode 100644
index 0000000..d97347e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.cpp
@@ -0,0 +1,1433 @@
+
+/* Monterey Phoenix-> C++ compiler, v.4.0, March 2018
+ Mikhail Auguston, NPS, CS Dept, Monterey, CA, USA
+
+SCHEMA Martian_Lander trace generator for scope 1
+
+*****************************************************************
+*** generated constants are visible in the mp2_print_etc.h
+*****************************************************************/
+#include "Interval.h" // for interval attributes
+#include "mp2.h" // the permanent part
+//*********************************************
+//== event attribute sets and infrastructure ==
+//*********************************************
+//-- node attributes --
+//-- GLOBAL attributes --
+
+inline bool shared_event_attribute_comparison (int event1, int event2){
+ return true;
+}
+// numeric variables in FOR_loops
+//************************************************
+//==== UDR sets, matrices, and infrastructure ====
+//************************************************
+// sets of User-Defined Relations similar to Follows, Inside, Equals
+ pair_list alert_UDR_set;
+// matrices for User-Defined Relations used by Coordinate objects
+
+// clear UDR and attribute sets preparing for next trace assembly by harvest()
+inline void clear_UDR_sets(){
+ alert_UDR_set.clear();
+}
+
+// assembly of UDRs and attribute tables
+// preparing to store in segment storage by harvest()
+inline void assemble_UDRs(){
+ if(!alert_UDR_set.empty())
+ UDRs.insert(pair<string, pair_list>("alert",alert_UDR_set));
+}
+
+// adjust and add UDRs from the segment storage
+// called by Composite_secondary_producer ::traverse()
+// restore original timing attributes in the segment
+inline void add_adjusted_UDRs(int base, UDR_set &UDR_list,
+ map<string, map<int, float> > &num_attr_container,
+ map<string, map<int, bool> > &bool_attr_container,
+ map<string, map<int, Interval> > &Interval_attr_container,
+ vector<Interval> &start_attribute_list,
+ vector<Interval> &duration_attribute_list,
+ vector<Interval> &end_attribute_list ){
+
+ // restore timing attribute tables
+ time_start_attributes.insert( time_start_attributes.end(),
+ start_attribute_list.begin(), start_attribute_list.end());
+ time_duration_attributes.insert( time_duration_attributes.end(),
+ duration_attribute_list.begin(), duration_attribute_list.end());
+ time_end_attributes.insert( time_end_attributes.end(),
+ end_attribute_list.begin(), end_attribute_list.end());
+
+ // for UDR_list traversal
+ UDR_set:: iterator p1;
+ pair_list:: iterator p;
+
+ for(p1 = UDR_list.begin(); p1 != UDR_list.end(); p1++ ){
+
+ if(p1->first == "alert"){
+ for(p = (p1->second).begin(); p != (p1->second).end(); p++)
+ alert_UDR_set.insert(pair<int, int>(p->first + base, p->second + base));}
+ }
+
+ // for num_attr_container traversal
+ map<string, map<int, float> >:: iterator p1_num_attr;
+ map<int, float>:: iterator p_float;
+
+ for(p1_num_attr = num_attr_container.begin();
+ p1_num_attr != num_attr_container.end(); p1_num_attr++ ){
+ }
+
+ // for bool_attr_container traversal
+ map<string, map<int, bool> >:: iterator p1_bool_attr;
+ map<int, bool>:: iterator p_bool;
+
+ for(p1_bool_attr = bool_attr_container.begin();
+ p1_bool_attr != bool_attr_container.end(); p1_bool_attr++ ){
+ }
+
+ // for interval_attr_container traversal
+ map<string, map<int, Interval> >:: iterator p1_interval_attr;
+ map<int, Interval>:: iterator p_interval;
+
+ for(p1_interval_attr = Interval_attr_container.begin();
+ p1_interval_attr != Interval_attr_container.end(); p1_interval_attr++ ){
+ }
+}
+
+// map IN, PRECEDES, and UDRs from the segment storage by Composite_secondary_producer::traverse()
+// copies all relations IN, PRECEDES, UDRs from "from" to "to"
+inline void map_relations(int from, int to){
+ pair_list:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // mapping from Inside
+ temp_list.clear();
+ for(p = Inside.begin(); p != Inside.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Inside.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from Follows
+ temp_list.clear();
+ for(p = Follows.begin(); p != Follows.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ Follows.insert(temp_list.begin(), temp_list.end());// merge
+
+ // mapping from alert_UDR_set
+ temp_list.clear();
+ for(p = alert_UDR_set.begin(); p != alert_UDR_set.end(); p++){
+ if(p->first == from) temp_list.insert(pair<int, int>(to, p->second));
+ if(p->second == from) temp_list.insert(pair<int, int>(p->first, to));
+ }
+ alert_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+ }
+
+inline void merge_UDRs_for_shared_events(int a, int b){
+ multimap<int, int>:: iterator p;
+ pair_list temp_list; // to assemble pairs to be copied
+
+ // merging from alert_UDR_set
+ // doing all adjustments to both a and b
+ temp_list.clear();
+ for(p = alert_UDR_set.begin(); p != alert_UDR_set.end(); p++) {
+ if(p->second == b)
+ temp_list.insert(pair<int, int>(p->first, a));
+ if(p->first == b)
+ temp_list.insert(pair<int, int>(a, p->second));
+ if(p->second == a)
+ temp_list.insert(pair<int, int>(p->first, b));
+ if(p->first == a)
+ temp_list.insert(pair<int, int>(b, p->second));
+ };
+ alert_UDR_set.insert(temp_list.begin(), temp_list.end());// merge
+
+}
+
+//***** VIEW object containers *****
+
+class tuple_type_TABLE_150_Time_table{ public:
+ string tab_event_name;
+ float tab_start_time;
+ float tab_event_duration;
+ float tab_end_time;
+ tuple_type_TABLE_150_Time_table(){
+ tab_event_name= "";
+ tab_start_time= 0;
+ tab_event_duration= 0;
+ tab_end_time= 0;};
+};
+table_object TABLE_150_Time_table;
+chart_object CHART_162_Timing;
+
+vector<string> global_SAY_list_999999;
+
+enum Event_name {Dummy_event, GenericContainer, Message_event
+ // atomic events
+ , Event_STMR1
+ , Event_IVEL
+ , Event_IALT
+ , Event_CKDT
+ , Event_TDP
+ , Event_stop_Timer1
+ , Event_START
+ , Event_RACC
+ , Event_STMR2
+ , Event_ADJM
+ , Event_ETC
+ , Event_IOINT
+ , Event_TMRINT
+ , Event_IEM
+ , Event_Lands
+ , Event_stop_Timer2
+ , Event_fire_RRM
+ // composite events
+ , Event_Emergency_Landing
+ // top coordination operations
+ // top conditional and simple action operations
+ , Event_SIMPLE_LIST_165_166
+ // ADD operations
+ // ROOT events
+ , Event_Measure_and_display
+ , Event_Landing
+ , Event_Timer2
+ // main schema event
+ , Event_Martian_Lander };
+
+string event_name_string[] = {"Dummy", "GenericContainer", "Message_event"
+ , "STMR1"
+ , "IVEL"
+ , "IALT"
+ , "CKDT"
+ , "TDP"
+ , "stop_Timer1"
+ , "START"
+ , "RACC"
+ , "STMR2"
+ , "ADJM"
+ , "ETC"
+ , "IOINT"
+ , "TMRINT"
+ , "IEM"
+ , "Lands"
+ , "stop_Timer2"
+ , "fire_RRM"
+ , "Emergency_Landing"
+ , "SIMPLE_LIST_165_166"
+ , "Measure_and_display"
+ , "Landing"
+ , "Timer2"
+ , "Martian_Lander" };
+
+#include "mp2_print_etc.h" // print methods
+// for view object .json printing
+//*******************************
+inline void generate_AD_json_list (char & comma, AD_flag_set s){
+AD_flag_set::iterator AD_flag_iterator;
+}
+//**********************************************
+// # special functions, aggregate operations
+// quantifiers, event comparison
+//**********************************************
+
+//---- 1 ----
+bool Quantified_expr_134_135(Coordinate * current_host, int a_variable){
+ //=====================================
+ // quantifier EXISTS with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= false;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int b_variable;
+ int pivot_b_variable = 0;
+
+ // loop 1 for b_variable
+ for( b_variable = 0; b_variable < len; b_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ b_variable * len + pivot_b_variable
+]) &&
+ (
+ (Stack[b_variable]-> name == Event_IVEL) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for EXISTS
+ if( find_pair_in_table( b_variable , a_variable , Follows) )
+ {result = true; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 2 ----
+bool Quantified_expr_136_137(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int a_variable;
+ int pivot_a_variable = 0;
+
+ // loop 1 for a_variable
+ for( a_variable = 0; a_variable < len; a_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ a_variable * len + pivot_a_variable
+]) &&
+ (
+ (Stack[a_variable]-> name == Event_IVEL) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( (! ( ( (recalculate_timing_attributes(),
+ time_start_attributes[Root_table[Event_Measure_and_display]] ) -
+(recalculate_timing_attributes(),
+ time_start_attributes[a_variable] ) )>= 40 )|| Quantified_expr_134_135(current_host, a_variable
+) )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+
+//---- 3 ----
+bool Quantified_expr_142_143(Coordinate * current_host){
+ //=====================================
+ // quantifier FOREACH with 1 variables
+ //=====================================
+ current_host->create_matrices();
+ int len = current_host->len;
+ bool result= true;
+
+ // declarations for variables under quantifiers
+ // and pivot assignments
+ // event under quantifier should be IN pivot event (the source)
+ int a_variable;
+ int pivot_a_variable = 0;
+
+ // loop 1 for a_variable
+ for( a_variable = 0; a_variable < len; a_variable ++){
+ // selection condition for 1 FROM
+ if( (current_host-> in_matrix [ a_variable * len + pivot_a_variable
+]) &&
+ (
+ (Stack[a_variable]-> name == Event_IOINT) )
+ ) // end of if(selection condition)
+ { // branch for 1
+
+ // evaluate the body bool_expr for FOREACH
+ if( ( (recalculate_timing_attributes(),
+ time_start_attributes[a_variable] ) <= 100 )) {}
+ else {result = false; goto end_of_story;};
+ }; // end of branch for 1
+ }; // end for loop 1
+
+ end_of_story:
+ return result;
+}
+//***************************
+//==== generated classes ====
+//***************************
+
+//---- 4 ----
+class SIMPLE_LIST_165_166_ob: public Coordinate {
+public: // constructor
+ SIMPLE_LIST_165_166_ob(int n): Coordinate(n){type = simple_or_IF_op;}
+
+ Traversal_result traverse(){
+ try{ create_matrices();
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Landing_source = Root_table[Event_Landing];
+ // lists of shared events for Landing
+ vector<int> Landing_STMR1_list;
+ vector<int> Landing_stop_Timer1_list;
+
+ int Measure_and_display_source = Root_table[Event_Measure_and_display];
+ // lists of shared events for Measure_and_display
+ vector<int> Measure_and_display_STMR1_list;
+ vector<int> Measure_and_display_stop_Timer1_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Landing_source ]){
+ if( Stack[i]->name == Event_STMR1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Landing_STMR1_list.begin();
+ s != Landing_STMR1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Landing_STMR1_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_stop_Timer1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Landing_stop_Timer1_list.begin();
+ s != Landing_stop_Timer1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Landing_stop_Timer1_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Measure_and_display_source ]){
+ if( Stack[i]->name == Event_STMR1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Measure_and_display_STMR1_list.begin();
+ s != Measure_and_display_STMR1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Measure_and_display_STMR1_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_stop_Timer1 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Measure_and_display_stop_Timer1_list.begin();
+ s != Measure_and_display_stop_Timer1_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Measure_and_display_stop_Timer1_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Measure_and_display_STMR1_list.size();
+ if(Landing_STMR1_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Measure_and_display_stop_Timer1_list.size();
+ if(Landing_stop_Timer1_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Measure_and_display_STMR1_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Landing_STMR1_list[i], Measure_and_display_STMR1_list[i]);
+ }
+ len_to_compare = Measure_and_display_stop_Timer1_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Landing_stop_Timer1_list[i], Measure_and_display_stop_Timer1_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+
+ { // SHARE ALL operation
+ create_matrices();
+
+ int Landing_source = Root_table[Event_Landing];
+ // lists of shared events for Landing
+ vector<int> Landing_STMR2_list;
+ vector<int> Landing_TMRINT_list;
+ vector<int> Landing_stop_Timer2_list;
+
+ int Timer2_source = Root_table[Event_Timer2];
+ // lists of shared events for Timer2
+ vector<int> Timer2_STMR2_list;
+ vector<int> Timer2_TMRINT_list;
+ vector<int> Timer2_stop_Timer2_list;
+
+ // create lists of shared events
+ for(int i = 0; i < len; i++){
+ if(in_matrix[i * len + Landing_source ]){
+ if( Stack[i]->name == Event_STMR2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Landing_STMR2_list.begin();
+ s != Landing_STMR2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Landing_STMR2_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_TMRINT ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Landing_TMRINT_list.begin();
+ s != Landing_TMRINT_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Landing_TMRINT_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_stop_Timer2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Landing_stop_Timer2_list.begin();
+ s != Landing_stop_Timer2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Landing_stop_Timer2_list.push_back(i);
+ }
+ };
+ if(in_matrix[i * len + Timer2_source ]){
+ if( Stack[i]->name == Event_STMR2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Timer2_STMR2_list.begin();
+ s != Timer2_STMR2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Timer2_STMR2_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_TMRINT ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Timer2_TMRINT_list.begin();
+ s != Timer2_TMRINT_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Timer2_TMRINT_list.push_back(i);
+ }
+ if( Stack[i]->name == Event_stop_Timer2 ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = Timer2_stop_Timer2_list.begin();
+ s != Timer2_stop_Timer2_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) Timer2_stop_Timer2_list.push_back(i);
+ }
+ };
+ } // finished creating lists of shared events
+
+ // check that selected lists are of the same length
+ int len_to_compare;
+ len_to_compare = Timer2_STMR2_list.size();
+ if(Landing_STMR2_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Timer2_TMRINT_list.size();
+ if(Landing_TMRINT_list.size() != len_to_compare) throw failed ;
+ len_to_compare = Timer2_stop_Timer2_list.size();
+ if(Landing_stop_Timer2_list.size() != len_to_compare) throw failed ;
+
+ // do the SHARE ALL
+ len_to_compare = Timer2_STMR2_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Landing_STMR2_list[i], Timer2_STMR2_list[i]);
+ }
+ len_to_compare = Timer2_TMRINT_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Landing_TMRINT_list[i], Timer2_TMRINT_list[i]);
+ }
+ len_to_compare = Timer2_stop_Timer2_list.size();
+ for(int i = 0; i < len_to_compare; i++){
+ make_equality_complete(Landing_stop_Timer2_list[i], Timer2_stop_Timer2_list[i]);
+ }
+
+ create_matrices(); // to check for axiom violation
+ } // end of SHARE ALL
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_RACC)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_STMR1)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_STMR2)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_ADJM)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,20 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_TDP)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_IEM)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_ETC)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_IVEL)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,20 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_IALT)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,20 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_CKDT)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_fire_RRM)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_duration(a_variable,10 );
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ // ADD operation
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Running Timer1";
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ int temp_109 = Stack.size() - 1;
+ alert_UDR_set.insert(pair<int, int>(temp_109,Root_table[Event_Measure_and_display]));
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_TMRINT)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ SET_start(a_variable,101 );
+ // ADD operation
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Emergency landing started at ";
+ Interval temp_1 = (recalculate_timing_attributes(),
+ time_start_attributes[a_variable] ) ;
+ if( temp_1 .smallest != temp_1 .largest)
+ convert <<"["<< temp_1 .smallest << " .. "<< temp_1 .largest << "]";
+ else convert << temp_1 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ int temp_116 = Stack.size() - 1;
+ alert_UDR_set.insert(pair<int, int>(temp_116,a_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ { // COORDINATE operation
+ int thread_length = -1;
+ int a_variable; // thread variable
+ vector<int> a_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for a_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ a_variable = i;
+ if( a_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_Lands)) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = a_variable_list.begin(); s != a_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) a_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source a_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = a_variable_list.size();
+ if(thread_length != a_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ a_variable= a_variable_list[i];
+ // ADD operation
+ { // SAY_event generation
+ string message;
+ ostringstream convert;
+ convert <<"Landing complete at ";
+ Interval temp_2 = (recalculate_timing_attributes(),
+ time_end_attributes[a_variable] ) ;
+ if( temp_2 .smallest != temp_2 .largest)
+ convert <<"["<< temp_2 .smallest << " .. "<< temp_2 .largest << "]";
+ else convert << temp_2 .smallest;
+ message = convert.str();
+
+ SAY_event * e;
+ map<string, SAY_event *>::iterator p = message_table.find(message);
+ if( p != message_table.end()) e = p-> second;
+ else{ // create new SAY_event
+ e = new SAY_event(Message_event, message);
+ message_table[message] = e;
+ }
+ // add e to the Stack and add e IN THIS
+ Inside.insert(pair<int, int>(Stack.size(), 0));
+ Stack.push_back(e);
+ time_start_attributes.push_back(Interval());
+ time_duration_attributes.push_back(Interval());
+ time_end_attributes.push_back(Interval());
+ create_matrices();// since Stack and relation table have been modified
+ }
+ int temp_125 = Stack.size() - 1;
+ alert_UDR_set.insert(pair<int, int>(temp_125,a_variable));
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ if( Quantified_expr_136_137(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ if( Quantified_expr_142_143(current_host) ){}
+ else{
+ throw failed; // REJECT
+ }// end IF
+ { // Time_table title generation
+ ostringstream convert;
+ convert <<"Event timings";
+ TABLE_150_Time_table.title = convert.str();}
+ // CLEAR Time_table
+ CHART_162_Timing.clean(); // clear chart for the table Time_table
+ TABLE_150_Time_table.clean();
+ { // COORDINATE operation
+ int thread_length = -1;
+ int x_variable; // thread variable
+ vector<int> x_variable_list; // list of coordinated events
+ int THIS_source = 0 ; // source of coordination
+
+ // create lists of coordinated events
+ // preparing thread for x_variable
+ for(int i = 0; i < len; i++){
+ // preparing loop variables for use in SUCH THAT and FROM
+ x_variable = i;
+ if( x_variable_list.size() == thread_length){}
+ else{ };
+ if(in_matrix[i * len + THIS_source ]){
+ if( ( (Stack[i]->name == Event_IVEL)|| (Stack[i]->name == Event_IALT)|| (Stack[i]->name == Event_TDP)|| (Stack[i]->name == Event_ADJM)|| (Stack[i]->name == Event_fire_RRM)|| (Stack[i]->name == Event_Emergency_Landing)|| (Stack[i]->name == Event_Lands)|| (Stack[i]->name == Event_stop_Timer1)
+) ){
+ // make sure this is fresh event not yet shared
+ int found = 0;
+ for(vector<int>:: iterator s = x_variable_list.begin(); s != x_variable_list.end(); s++){
+ if((found = eq_matrix[i * len + *s])) break;
+ }
+ if(!found) x_variable_list.push_back(i);
+ }
+ } };
+ // no processing needed for the default source x_variable_list
+ // finally check the thread length
+ if(thread_length < 0) thread_length = x_variable_list.size();
+ if(thread_length != x_variable_list.size()) throw failed;
+
+ // do the COORDINATE
+ for(int i = 0; i < thread_length; i++){
+ x_variable= x_variable_list[i];
+ { // add tuple to table Time_table
+ tuple_type_TABLE_150_Time_table temp;
+ { // string tab assignment
+ ostringstream convert;
+ convert << event_name_string[Stack[ x_variable ]->name];
+ temp.tab_event_name= convert.str();}
+ temp.tab_start_time= (recalculate_timing_attributes(),
+ time_start_attributes[x_variable] .smallest) ;
+ temp.tab_event_duration= (recalculate_timing_attributes(),
+ time_duration_attributes[x_variable] .smallest) ;
+ temp.tab_end_time= (recalculate_timing_attributes(),
+ time_end_attributes[x_variable] .smallest) ;
+ ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_event_name<<"\""; comma= 44;
+ row << comma << temp.tab_start_time; comma= 44;
+ row << comma << temp.tab_event_duration; comma= 44;
+ row << comma << temp.tab_end_time; comma= 44;
+ TABLE_150_Time_table.table_rows.push_back(row.str());
+ // add tab strings for charts in table Time_table
+ // add string to chart Timing
+ { ostringstream row; char comma= 32;
+ row << comma <<"\""<< temp.tab_event_name<<"\""; comma= 44;
+ row << comma << temp.tab_start_time; comma= 44;
+ row << comma << temp.tab_event_duration; comma= 44;
+ CHART_162_Timing.chart_rows.push_back(row.str()); } // end adding to chart Timing
+ } // end of add tuple
+ }// end for
+ create_matrices(); // to check for axiom violation
+} // end of COORDINATE
+ // SHOW Time_table
+ table_container.insert(pair<int, table_object>( 1,TABLE_150_Time_table));
+ { // Timing title generation
+ ostringstream convert;
+ convert <<"Event timings";
+ CHART_162_Timing.title = convert.str();}
+ // SHOW Timing
+ chart_container.insert(pair<int, chart_object>( 2,CHART_162_Timing));
+ } // end of try
+ catch(Traversal_result t){
+ return failed;
+ }
+ return success_and_completed;
+ } // end traverse()
+}; // end SIMPLE_LIST_165_166_ob class
+
+//---- 5 ----
+class Itr_27_28 : public OR_node_producer_container {
+public: // constructor
+ Itr_27_28 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_fire_RRM);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Itr_27_28
+
+//---- 6 ----
+class Set_1_2 : public SET_node_producer_container {
+public: // constructor
+ Set_1_2 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_IVEL);
+ element[ 1 ]= new Atomic_producer(Event_IALT);
+ }
+};// end class Set_1_2
+
+//---- 7 ----
+class Sq_3_4 : public AND_node_producer_container {
+public: // constructor
+ Sq_3_4 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Set_1_2 ;
+ element[ 1 ]= new Atomic_producer(Event_CKDT);
+ element[ 2 ]= new Atomic_producer(Event_TDP);
+ }
+};// end class Sq_3_4
+
+//---- 8 ----
+class Sq_7_8 : public AND_node_producer_container {
+public: // constructor
+ Sq_7_8 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_STMR1);
+ element[ 1 ]= new Sq_3_4 ;
+ element[ 2 ]= new Atomic_producer(Event_stop_Timer1);
+ }
+};// end class Sq_7_8
+
+//---- 9 ----
+class Set_11_12 : public SET_node_producer_container {
+public: // constructor
+ Set_11_12 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_RACC);
+ element[ 1 ]= new Atomic_producer(Event_STMR1);
+ element[ 2 ]= new Atomic_producer(Event_STMR2);
+ }
+};// end class Set_11_12
+
+//---- 10 ----
+class Set_13_14 : public SET_node_producer_container {
+public: // constructor
+ Set_13_14 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_ADJM);
+ element[ 1 ]= new Atomic_producer(Event_ETC);
+ }
+};// end class Set_13_14
+
+//---- 11 ----
+class Sq_17_18 : public AND_node_producer_container {
+public: // constructor
+ Sq_17_18 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_TMRINT);
+ element[ 1 ]= new Atomic_producer(Event_IEM);
+ element[ 2 ]= new Composite_secondary_producer(Event_Emergency_Landing);
+ }
+};// end class Sq_17_18
+
+//---- 12 ----
+class Alt_19_20 : public OR_node_producer_container {
+public: // constructor
+ Alt_19_20 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_IOINT);
+ element[ 1 ]= new Sq_17_18 ;
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Alt_19_20
+
+//---- 13 ----
+class Set_21_22 : public SET_node_producer_container {
+public: // constructor
+ Set_21_22 (): SET_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= new Atomic_producer(Event_stop_Timer1);
+ element[ 1 ]= new Atomic_producer(Event_stop_Timer2);
+ }
+};// end class Set_21_22
+
+//---- 14 ----
+class Sq_23_24 : public AND_node_producer_container {
+public: // constructor
+ Sq_23_24 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 6 ];
+ element[ 0 ]= new Atomic_producer(Event_START);
+ element[ 1 ]= new Set_11_12 ;
+ element[ 2 ]= new Set_13_14 ;
+ element[ 3 ]= new Alt_19_20 ;
+ element[ 4 ]= new Atomic_producer(Event_Lands);
+ element[ 5 ]= new Set_21_22 ;
+ }
+};// end class Sq_23_24
+
+//---- 15 ----
+class Opt_31_32 : public OR_node_producer_container {
+public: // constructor
+ Opt_31_32 (): OR_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 2 ];
+ element[ 0 ]= &Dummy ;
+ element[ 1 ]= new Atomic_producer(Event_TMRINT);
+ alternative_probability = new float[ element_count ];
+ alternative_probability[ 0 ]= 5.000000E-01;
+ alternative_probability[ 1 ]= 5.000000E-01;
+ }
+};// end class Opt_31_32
+
+//---- 16 ----
+class Sq_33_34 : public AND_node_producer_container {
+public: // constructor
+ Sq_33_34 (): AND_node_producer_container (GenericContainer){
+ element = new Event_producer_ref[ element_count = 3 ];
+ element[ 0 ]= new Atomic_producer(Event_STMR2);
+ element[ 1 ]= new Opt_31_32 ;
+ element[ 2 ]= new Atomic_producer(Event_stop_Timer2);
+ }
+};// end class Sq_33_34
+
+//---- 17 ----
+class Comp_29_30 : public Composite_producer {
+public: // constructor
+ Comp_29_30 (): Composite_producer(Event_Emergency_Landing){
+ target_event = Composite_event_instance_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Itr_27_28 ;
+ }
+};// end class Comp_29_30
+
+//---- 18 ----
+class Comp_9_10 : public Composite_producer {
+public: // constructor
+ Comp_9_10 (): Composite_producer(Event_Measure_and_display){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_7_8 ;
+ }
+};// end class Comp_9_10
+
+//---- 19 ----
+class Comp_25_26 : public Composite_producer {
+public: // constructor
+ Comp_25_26 (): Composite_producer(Event_Landing){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_23_24 ;
+ }
+};// end class Comp_25_26
+
+//---- 20 ----
+class Comp_35_36 : public Composite_producer {
+public: // constructor
+ Comp_35_36 (): Composite_producer(Event_Timer2){
+ target_event = ROOT_node ;
+ element = new Event_producer_ref[ element_count = 1 ];
+ element[ 0 ]= new Sq_33_34 ;
+ }
+};// end class Comp_35_36
+
+//---- 21 ----
+class SCHEMA_Martian_Lander: public Composite_producer {
+public: // constructor
+ SCHEMA_Martian_Lander(): Composite_producer(Event_Martian_Lander){
+ target_event = Schema_node;
+ element = new Event_producer_ref[ element_count = 4 ];
+ element[0]= new Composite_secondary_producer(Event_Measure_and_display);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[0] -> type = ROOT_node;
+ element[1]= new Composite_secondary_producer(Event_Landing);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[1] -> type = ROOT_node;
+ element[2]= new Composite_secondary_producer(Event_Timer2);
+ // for Root_table update in Composite_secondary_producer::traverse()
+ element[2] -> type = ROOT_node;
+ element[3]= new SIMPLE_LIST_165_166_ob(Event_SIMPLE_LIST_165_166);
+ }
+};// end class SCHEMA_Martian_Lander
+
+//***************************
+inline void harvest_GLOBAL_view(Composite_producer * m){
+ char comma= 32;// space
+ map<int, report_object>::iterator p;
+ AD_flags.clear();
+
+//*** start generating .json contents
+ JSON<< ",\"GLOBAL\":[\"U\"";
+//****** output view objects
+//*** generate all global Reports
+ {map<int, report_object>::iterator p1;
+ for(p1 = report_container.begin(); p1 != report_container.end(); p1++){
+ JSON<< ",";
+ (p1 -> second).print_report_json();} }
+//*** generate all global Graphs
+ {map<int, graph_object>::iterator p2;
+ for(p2 = graph_container.begin(); p2 != graph_container.end(); p2++){
+ JSON<< ",";
+ (p2 -> second).print_graph_json();} }
+//*** generate all global Tables
+ {map<int, table_object>::iterator p3;
+ for(p3 = table_container.begin(); p3 != table_container.end(); p3++){
+ JSON<< ",";
+ (p3 -> second).print_table_json();} }
+//*** generate all global Charts
+ {map<int, chart_object>::iterator p4;
+ for(p4 = chart_container.begin(); p4 != chart_container.end(); p4++){
+ JSON<< ",";
+ (p4 -> second).print_chart_json();} }
+//*** generate all requested ADs
+ comma = 44;
+ generate_AD_json_list(comma, AD_flags);
+ JSON<<"]";
+} // end of harvest_GLOBAL_view()
+//******************************************
+// main
+//******************************************
+int main(){
+ gen_start = clock();
+ unique_num = 0; derivation_path_mark = -1;
+ JSON.open("Example45_Martian_Lander.json");
+ global_flag = false;
+ // add tab names to table objects
+ TABLE_150_Time_table.tab_names.push_back("event_name");
+ TABLE_150_Time_table.tab_names.push_back("start_time");
+ TABLE_150_Time_table.tab_names.push_back("event_duration");
+ TABLE_150_Time_table.tab_names.push_back("end_time");
+ // add tab names to chart objects
+ // bar chart for table Time_table
+ CHART_162_Timing.x_axis_tab_name= "event_name";
+ CHART_162_Timing.tab_names.push_back("event_name");
+ CHART_162_Timing.tab_names.push_back("start_time");
+ CHART_162_Timing.tab_names.push_back("event_duration");
+ CHART_162_Timing.rotate= true;
+ cout<< "generating traces for scope 1 "<<endl;
+//----------------------------
+ try{
+ // harvesting traces for composite events
+ Comp_29_30 temp_22; temp_22.harvest();
+ // harvesting traces for ROOT events
+ Comp_9_10 temp_23; temp_23.harvest();
+ Comp_25_26 temp_24; temp_24.harvest();
+ Comp_35_36 temp_25; temp_25.harvest();
+ // harvesting traces for main schema
+ SCHEMA_Martian_Lander temp_26; temp_26.harvest();
+ temp_26.output_JSON();
+ gen_end = clock();
+ }
+ catch(int n){
+ cout<< "no traces found for schema "<<"Martian_Lander"<<endl; }
+//----------------------------
+ show_statistics();
+return 0;
+} // end main()
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.mp b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.mp
new file mode 100644
index 0000000..10b3b3a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.mp
@@ -0,0 +1,163 @@
+/* Example 45. Real time system behavior modeling.
+ Landing system for Martian Lander.
+
+ MP model written by M.Auguston following example 1 and Appendix B from
+ Farnam Jahanian, Aloysius Ka-Lau Mok
+ "Safety analysis of timing properties in real-time systems",
+ IEEE Transactions on Software Engineering
+ Year: 1986, Volume SE-12, Issue 9, pp.890-904
+
+The landing system operates in one of two modes: normal or emergency.
+When the system is turned on (an external event), it operates in the
+normal mode. While in the normal landing mode, the pilot can control
+acceleration, velocity, and position by adjusting the downward thrust
+generated by the rocket motor, thus bringing the space vehicle to a
+safe landing. This task is continually performed in two phases.
+
+In phase 1, an I/O device is started to read the acceleration set
+by the pilot, and a hardware timer is started which generates a timer
+interrupt (i.e., external event TMRINT) after 100 ms. In phase 2,
+when the I/O operation is completed (i.e., external event IOINT),
+the motor thrust is adjusted appropriately. However, if for some
+reason the I/O operation is not done within 100 ms, the timer interrupt
+initiates the emergency landing mode. While in the emergency mode,
+the altitude and velocity is periodically sampled and a retro-rocket
+is automatically fired to bring the vehicle to a safe landing.
+
+Events and actions:
+RACC Starts IO device to read acceleration
+STMR Start hardware watchdog timer, this model has two timers
+ADJM Adjust motor thrust
+TDP Transmit info to display panel
+IEM Initiate emergency mode
+ETC Other housekeeping function,
+IVEL Input measured velocity
+IALT Input measured altitude
+CKDT Check input data for consistency
+RRM Retro-rocket module
+START Systems start up,
+IOINT I/O device signals completion
+TMRINT Timer Interrupt, occurs at least 100 ms after start of STMR
+
+Action Time in ms
+RACC 10
+STMR 10
+ADJM 20
+TDP 10
+IEM 10
+ETC 10
+IVEL 20
+IALT 20
+CKDT 10
+RRM 10
+
+ run for scope 1 and up.
+*/
+SCHEMA Martian_Lander
+
+ROOT Measure_and_display:
+ /* runs Timer1 */
+ STMR1
+ (+ {IVEL, IALT}
+ CKDT
+ TDP
+ +)
+ stop_Timer1
+;
+
+ROOT Landing:
+ START
+/* Phase 1 */
+ { RACC,
+ STMR1, /* starts Timer1 */
+ STMR2 /* starts Timer2 */
+ }
+
+ (+ { ADJM, ETC } +)
+
+/* Phase 2 */
+ (IOINT | /* normal landing */
+
+ TMRINT /* Timer2 sets interrupt */
+ IEM /* initiate emergency mode */
+ Emergency_Landing )
+
+ Lands
+ {stop_Timer1, stop_Timer2}
+;
+
+Emergency_Landing:
+ (* fire_RRM *)
+;
+
+ROOT Timer2:
+/* responsible for switching on Emergency_landing after 100 msec */
+ STMR2
+ [ TMRINT ]
+ stop_Timer2
+;
+
+Landing, Measure_and_display SHARE ALL STMR1, stop_Timer1;
+Landing, Timer2 SHARE ALL STMR2, TMRINT, stop_Timer2;
+
+/*=== set timing for events, in ms ===*/
+COORDINATE $a: RACC DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: STMR1 DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: STMR2 DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: ADJM DO SET $a.duration AT LEAST 20; OD;
+COORDINATE $a: TDP DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: IEM DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: ETC DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: IVEL DO SET $a.duration AT LEAST 20; OD;
+COORDINATE $a: IALT DO SET $a.duration AT LEAST 20; OD;
+COORDINATE $a: CKDT DO SET $a.duration AT LEAST 10; OD;
+COORDINATE $a: fire_RRM DO SET $a.duration AT LEAST 10; OD;
+
+/*=== arrange trace annotations ===*/
+ADD SAY("Running Timer1") alert Measure_and_display;
+
+COORDINATE $a: TMRINT DO
+ SET $a.start AT LEAST 101;
+ ADD SAY("Emergency landing started at " $a.start) alert $a;
+OD;
+
+COORDINATE $a: Lands DO
+ ADD SAY("Landing complete at " $a.end) alert $a;
+OD;
+
+/* measurement and display continue till the landing is complete */
+ENSURE FOREACH $a: IVEL (Measure_and_display.start - $a.start) >= 40 ->
+ EXISTS $b: IVEL $a PRECEDES $b;
+
+/*====== main timing constraint ======*/
+/* normal landing completes before the deadline 100 msec. */
+ENSURE FOREACH $a: IOINT $a.start <= 100;
+
+/*===== table for some event timings =====*/
+TABLE Time_table{ TITLE("Event timings");
+ TABS string event_name, number start_time,
+ number event_duration, number end_time;
+ };
+
+CLEAR Time_table; /* prepare for the new event trace */
+
+/* pick up timing for some events */
+COORDINATE $x: (IVEL | IALT | TDP | ADJM | fire_RRM |
+ Emergency_Landing | Lands | stop_Timer1) DO
+ Time_table <| event_name: SAY($x),
+ start_time: $x.start.smallest,
+ event_duration: $x.duration.smallest,
+ end_time: $x.end.smallest;
+OD;
+
+SHOW Time_table;
+
+/* show Gantt Chart for some event timing */
+BAR CHART Timing{ TITLE("Event timings");
+ FROM Time_table;
+ X_AXIS event_name;
+ TABS start_time, event_duration; /* show these values only */
+ ROTATE; /* show as Gantt chart */
+};
+
+SHOW Timing;
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp.txt
new file mode 100644
index 0000000..02f85b9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ Example45_Martian_Lander tree 1
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp2.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp2.txt
new file mode 100644
index 0000000..1f0d7db
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.temp2.txt
@@ -0,0 +1,5 @@
+=========Start of execution ==========
+ tree
+
+
+========== End of execution ==========
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.tree b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.tree
new file mode 100644
index 0000000000000000000000000000000000000000..510ed76f63feacd4323f88eb05a178e2013f0629
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z$cToe6CFldtMf!##AuV;)gCa~C3m%B;kG+fIzmQAxX$774$5w=^^P-vRs=w6bWA3m
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sVEBf74cC<5#a$Cid-1`hSgxs26nsroS|sARIGz0e`F8~H|91ZW8w7+{<p2Nx
literal 0
HcmV?d00001
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.txt b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.txt
new file mode 100644
index 0000000..4116642
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_build/Example45_Martian_Lander.txt
@@ -0,0 +1,17 @@
+generating traces for scope 1
+completed Emergency_Landing: 2 traces (0 MARKed) 3 events
+ average 1.5 ev/trace min 1 max 2
+
+completed Measure_and_display: 1 traces (0 MARKed) 7 events
+
+completed Landing: 3 traces (0 MARKed) 38 events
+ average 12.6667 ev/trace min 11 max 14
+
+completed Timer2: 2 traces (0 MARKed) 7 events
+ average 3.5 ev/trace min 3 max 4
+
+completed Martian_Lander: 3 traces (0 MARKed) 81 events
+ average 27 ev/trace min 24 max 29
+
+Elapsed time 0.013218 sec, Speed: 10289 events/sec
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01_simple_message_flow.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01_simple_message_flow.json
new file mode 100644
index 0000000..56fc55d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01_simple_message_flow.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Sender","R",1,0,0],["Receiver","R",2,1,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.5,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01a_unreliable_message_flow.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01a_unreliable_message_flow.json
new file mode 100644
index 0000000..d6375f0
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example01a_unreliable_message_flow.json
@@ -0,0 +1,27 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Sender","R",1,0,0],["Receiver","R",2,1,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["does_not_receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example02_Data_flow.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example02_Data_flow.json
new file mode 100644
index 0000000..f432e1e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example02_Data_flow.json
@@ -0,0 +1,27 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Writer","R",1,0,0],["writing","A",2,0,1],["File","R",3,1,0],["Reader","R",5,2,0] ],
+
+[[2,1],[2,3]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Writer","R",1,0,0],["writing","A",2,0,1],["File","R",3,1,0],["Reader","R",5,2,0],["working","A",6,2,1] ],
+
+[[2,1],[2,3],[6,5]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Writer","R",1,0,0],["writing","A",2,0,1],["File","R",3,1,0],["reading","A",5,1,1],["Reader","R",6,2,0] ],
+
+[[2,1],[2,3],[5,3],[5,6]],
+[[5,2]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example03_ATM_withdrawal.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example03_ATM_withdrawal.json
new file mode 100644
index 0000000..0385577
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example03_ATM_withdrawal.json
@@ -0,0 +1,35 @@
+{"traces":[
+
+["U", 0.842105,
+[ ["Customer","R",1,0,0],["ATM_system","R",2,1,0],["Data_Base","R",3,2,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0263158,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_succeeds","A",3,0,3],["request_withdrawal","A",4,0,4],["get_money","A",5,0,6],["ATM_system","R",6,1,0],["read_card","A",7,1,1],["validate_id","A",8,1,2],["id_successful","A",9,1,3],["check_balance","A",10,1,4],["sufficient_balance","A",11,1,5],["dispense_money","A",12,1,6],["Data_Base","R",13,2,0] ],
+
+[[2,1],[3,1],[4,1],[5,1],[7,6],[8,6],[8,13],[9,6],[10,6],[10,13],[11,6],[12,6]],
+[[3,2],[3,9],[4,3],[5,4],[5,12],[7,2],[8,7],[9,8],[10,9],[10,8],[10,4],[11,10],[12,11]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0263158,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_succeeds","A",3,0,3],["request_withdrawal","A",4,0,4],["not_sufficient_funds","A",5,0,5],["ATM_system","R",6,1,0],["read_card","A",7,1,1],["validate_id","A",8,1,2],["id_successful","A",9,1,3],["check_balance","A",10,1,4],["unsufficient_balance","A",11,1,5],["Data_Base","R",12,2,0] ],
+
+[[2,1],[3,1],[4,1],[5,1],[7,6],[8,6],[8,12],[9,6],[10,6],[10,12],[11,6]],
+[[3,2],[3,9],[4,3],[5,4],[5,11],[7,2],[8,7],[9,8],[10,9],[10,8],[10,4],[11,10]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.105263,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_fails","A",3,0,3],["ATM_system","R",4,1,0],["read_card","A",5,1,1],["validate_id","A",6,1,2],["id_failed","A",7,1,3],["Data_Base","R",8,2,0] ],
+
+[[2,1],[3,1],[5,4],[6,4],[6,8],[7,4]],
+[[3,2],[3,7],[5,2],[6,5],[7,6]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04_Stack_behavior.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04_Stack_behavior.json
new file mode 100644
index 0000000..62cd0d9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04_Stack_behavior.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.666667,
+[ ["Stack","R",1,0,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["Stack","R",1,0,0],["push","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04a_Queue_behavior.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04a_Queue_behavior.json
new file mode 100644
index 0000000..96afc5e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example04a_Queue_behavior.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.666667,
+[ ["Queue","R",1,0,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["Queue","R",1,0,0],["enqueue","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example05_Car_Race.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example05_Car_Race.json
new file mode 100644
index 0000000..bf97d51
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example05_Car_Race.json
@@ -0,0 +1,35 @@
+{"traces":[
+
+["U", 0.166667,
+[ ["All cars have finished","T",10,0,0],["Cars","R",1,1,0],["Car","C",2,1,1],["Start","A",3,1,2],["finish","A",4,1,3],["winner","A",5,1,4],["Judge","R",6,2,0],["provide_start_signal","A",7,2,1],["watch","A",8,2,2] ],
+
+[[2,1],[3,2],[4,2],[4,6],[5,2],[7,6],[8,6]],
+[[3,7],[4,3],[4,8],[5,4],[8,7]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["0 cars from 1 have finished","T",8,0,0],["Cars","R",1,1,0],["Car","C",2,1,1],["Start","A",3,1,2],["break","A",4,1,3],["Judge","R",5,2,0],["provide_start_signal","A",6,2,1],["watch","A",7,2,2] ],
+
+[[2,1],[3,2],[4,2],[6,5],[7,5]],
+[[3,6],[4,3],[7,6]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["All cars have finished","T",11,0,0],["Cars","R",1,1,0],["Car","C",2,1,1],["Start","A",3,1,2],["drive_lap","A",4,1,3],["finish","A",5,1,4],["winner","A",6,1,5],["Judge","R",7,2,0],["provide_start_signal","A",8,2,1],["watch","A",9,2,2] ],
+
+[[2,1],[3,2],[4,2],[5,2],[5,7],[6,2],[8,7],[9,7]],
+[[3,8],[4,3],[5,4],[5,9],[6,5],[9,8]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["0 cars from 1 have finished","T",9,0,0],["Cars","R",1,1,0],["Car","C",2,1,1],["Start","A",3,1,2],["drive_lap","A",4,1,3],["break","A",5,1,4],["Judge","R",6,2,0],["provide_start_signal","A",7,2,1],["watch","A",8,2,2] ],
+
+[[2,1],[3,2],[4,2],[5,2],[7,6],[8,6]],
+[[3,7],[4,3],[5,4],[8,7]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example06_Assertion_Checking.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example06_Assertion_Checking.json
new file mode 100644
index 0000000..d7756e9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example06_Assertion_Checking.json
@@ -0,0 +1,35 @@
+{"traces":[
+
+["U", 0.666667,
+[ ["TaskA","R",1,0,0],["Connector_A_to_B","R",2,1,0],["TaskB","R",3,2,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0833333,
+[ ["TaskA","R",1,0,0],["A_sends_request_to_B","A",2,0,1],["A_receives_data_from_B","A",3,0,2],["Connector_A_to_B","R",4,1,0],["B_receives_request_from_A","A",6,1,1],["B_sends_data_to_A","A",7,1,2],["TaskB","R",9,2,0] ],
+
+[[2,1],[2,4],[3,1],[3,4],[6,4],[6,9],[7,4],[7,9]],
+[[3,2],[3,7],[6,2],[7,6]]
+,{"VIEWS":[ ]}
+],
+
+["M", 0.0833333,
+[ ["loss of reception detected","T",12,0,0],["TaskA","R",1,1,0],["A_sends_request_to_B","A",2,1,1],["A_timeout_waiting_from_B","A",3,1,2],["Connector_A_to_B","R",4,2,0],["B_receives_request_from_A","A",6,2,1],["B_sends_data_to_A","A",7,2,2],["TaskB","R",9,3,0] ],
+
+[[2,1],[2,4],[3,1],[3,4],[6,4],[6,9],[7,4],[7,9]],
+[[3,2],[3,7],[6,2],[7,6]]
+,{"VIEWS":[ ]}
+],
+
+["M", 0.166667,
+[ ["loss of reception detected","T",8,0,0],["TaskA","R",1,1,0],["A_sends_request_to_B","A",2,1,1],["A_timeout_waiting_from_B","A",3,1,2],["Connector_A_to_B","R",4,2,0],["TaskB","R",7,3,0] ],
+
+[[2,1],[2,4],[3,1],[3,4]],
+[[3,2]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example07_Unconstrained_Stack.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example07_Unconstrained_Stack.json
new file mode 100644
index 0000000..9b7375e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example07_Unconstrained_Stack.json
@@ -0,0 +1,27 @@
+{"traces":[
+
+["U", 0.571429,
+[ ["Stack","R",1,0,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.285714,
+[ ["Stack","R",1,0,0],["push","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["M", 0.142857,
+[ ["Stack","R",1,0,0],["pop","A",2,0,1],["bang","A",3,0,2],["This event tries to pop empty Stack","T",4,1,1] ],
+
+[[2,1],[3,1],[4,1]],
+[[2,4],[3,2]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example08_Operational_Process.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example08_Operational_Process.json
new file mode 100644
index 0000000..603295a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example08_Operational_Process.json
@@ -0,0 +1,11 @@
+{"traces":[
+
+["U", 1,
+[ ["Command_and_Control","R",1,0,0],["Receive_distress_signal","A",2,0,2],["Pass_mission_information","A",3,0,3],["Acknowledge_search_plan","A",4,0,9],["Receive_relayed_survivor_location_and_situation","A",5,0,19],["On_Scene_Commander","R",6,1,0],["Receive_mission_information","A",7,1,3],["Relay_mission_information","A",8,1,4],["Attempt_contact_with_PID","A",9,1,5],["Assess_environmental_conditions","A",10,1,6],["Receive_environmental_conditions","A",11,1,8],["Provide_search_plan","A",12,1,9],["Communicate_search_plan_and_responsibilities","A",13,1,10],["Scan_environment_for_signs_of_PID","A",14,1,12],["Receive_updates_for_OSC","A",15,1,14],["Receive_PID_location_and_situation","A",16,1,18],["Relay_survivor_location_and_situation","A",17,1,19],["PID","R",18,2,0],["Send_distress_signal","A",19,2,1],["Identify_self_as_PID","A",20,2,15],["Present_for_rescue","A",21,2,17],["Physical_Environment","R",22,3,0],["Provide_environmental_conditions","A",23,3,7],["SAR_Assets","R",24,4,0],["Receive_relayed_mission_information","A",25,4,5],["Confirm_search_plan_and_responsibilities","A",26,4,11],["Provide_updates_to_OSC","A",28,4,13],["Spot_object_of_interest","A",29,4,14],["Maneuver_to_rescue_PID","A",30,4,16],["Notify_OSC_of_PID_location_and_situation","A",31,4,17] ],
+
+[[2,1],[3,1],[4,1],[5,1],[7,6],[8,6],[9,6],[10,6],[11,6],[12,6],[13,6],[14,6],[14,24],[15,6],[16,6],[17,6],[19,18],[20,18],[21,18],[23,22],[25,24],[26,24],[28,24],[29,24],[30,24],[31,24]],
+[[2,19],[3,2],[4,3],[4,12],[5,4],[5,17],[7,3],[8,7],[9,8],[10,9],[11,10],[11,23],[12,11],[13,12],[13,4],[14,13],[14,26],[15,14],[15,28],[16,15],[16,31],[17,16],[20,19],[20,29],[21,20],[21,30],[23,10],[25,8],[26,25],[26,13],[28,14],[29,28],[30,29],[30,20],[31,30]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example09_Employee_Employer.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example09_Employee_Employer.json
new file mode 100644
index 0000000..c4b0c22
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example09_Employee_Employer.json
@@ -0,0 +1,11 @@
+{"traces":[
+
+["U", 1,
+[ ["Employee","R",1,0,0],["SendArrivalDate","A",2,0,1],["MedicalCheck","A",3,0,2],["ReadyToWork","A",4,0,3],["Employer","R",5,1,0],["EmployeeArrival","A",6,1,1],["Fill_HR_DB","A",7,1,2],["ProvideComputer","A",10,1,3],["ProvideOffice","A",9,2,1] ],
+
+[[2,1],[3,1],[3,5],[4,1],[4,5],[6,5],[7,5],[9,5],[10,5]],
+[[3,2],[3,7],[4,3],[4,10],[4,3],[6,2],[7,6],[9,6],[10,9],[10,7]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example10_Pipe_Filter.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example10_Pipe_Filter.json
new file mode 100644
index 0000000..9e2b3d9
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example10_Pipe_Filter.json
@@ -0,0 +1,35 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Producer","R",1,0,0],["Filter1","R",2,1,0],["Filter2","R",3,2,0],["Consumer","R",4,3,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["M", 0.25,
+[ ["1 messages did not reach Consumer","T",8,0,0],["Producer","R",1,1,0],["send","A",2,1,1],["Filter1","R",3,2,0],["receive","A",4,2,1],["some messages have been lost in Filter1","T",5,2,2],["Filter2","R",6,3,0],["Consumer","R",7,4,0] ],
+
+[[2,1],[4,3],[5,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["M", 0.125,
+[ ["1 messages did not reach Consumer","T",10,0,0],["Producer","R",1,1,0],["send","A",2,1,1],["Filter1","R",3,2,0],["receive","A",4,2,1],["send","A",5,2,2],["Filter2","R",6,3,0],["receive","A",7,3,2],["some messages have been lost in Filter2","T",8,3,3],["Consumer","R",9,4,0] ],
+
+[[2,1],[4,3],[5,3],[7,6],[8,6]],
+[[4,2],[5,4],[7,5]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.125,
+[ ["Producer","R",1,0,0],["send","A",2,0,1],["Filter1","R",3,1,0],["receive","A",4,1,1],["send","A",5,1,2],["Filter2","R",6,2,0],["receive","A",7,2,2],["send","A",8,2,3],["Consumer","R",9,3,0],["receive","A",10,3,3] ],
+
+[[2,1],[4,3],[5,3],[7,6],[8,6],[10,9]],
+[[4,2],[5,4],[7,5],[8,7],[10,8]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example11_Publish_Subscribe.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example11_Publish_Subscribe.json
new file mode 100644
index 0000000..7813f9a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example11_Publish_Subscribe.json
@@ -0,0 +1,11 @@
+{"traces":[
+
+["U", 1,
+[ ["Publisher","R",1,0,0],["Register","A",2,0,2],["Send","A",3,0,3],["Unsubscribe","A",4,0,4],["Subscribers","R",5,1,0],["Client","C",6,1,1],["Receive","A",8,1,3] ],
+
+[[2,1],[2,6],[3,1],[4,1],[4,6],[6,5],[8,6]],
+[[3,2],[4,3],[4,8],[8,2],[8,3]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example12_network_topology_ring.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example12_network_topology_ring.json
new file mode 100644
index 0000000..da8a613
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example12_network_topology_ring.json
@@ -0,0 +1,13 @@
+{"traces":[
+
+["U", 1,
+[ ["Ring","R",1,0,0],["Node","C",2,0,1] ],
+
+[[2,1]],
+[],
+["left_neighbor_of", [2,2]],
+["right_neighbor_of", [2,2]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example13_FiniteStateDiagram.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example13_FiniteStateDiagram.json
new file mode 100644
index 0000000..01d41ed
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example13_FiniteStateDiagram.json
@@ -0,0 +1,35 @@
+{"traces":[
+
+["U", 0.333333,
+[ ["The path: ","T",23,0,0],["Start","T",24,0,1],["S1","T",25,0,2],["a","T",26,0,3],["S3","T",27,0,4],["b","T",28,0,5],["S4","T",29,0,6],["a","T",30,0,7],["S2","T",31,0,8],["End","T",32,0,9],["S1_behavior","R",1,1,0],["Start","A",2,1,1],["S1","A",3,1,2],["S1_to_S3","C",4,1,3],["a","A",5,1,4],["S2_behavior","R",6,2,0],["S4_to_S2","C",7,2,6],["a","A",8,2,7],["S2","A",9,2,8],["End","A",10,2,9],["S3_behavior","R",11,3,0],["S3","A",14,3,4],["S3_to_S4","C",15,3,5],["b","A",16,3,6],["S4_behavior","R",17,4,0],["S4","A",20,4,5] ],
+
+[[2,1],[3,1],[4,1],[4,11],[5,4],[7,6],[7,17],[8,7],[9,6],[10,6],[14,11],[15,11],[15,17],[16,15],[20,17]],
+[[3,2],[4,3],[7,20],[9,7],[10,9],[14,4],[15,14],[20,15]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["The path: ","T",26,0,0],["Start","T",27,0,1],["S1","T",28,0,2],["a","T",29,0,3],["S3","T",30,0,4],["a","T",31,0,5],["S3","T",32,0,6],["b","T",33,0,7],["S4","T",34,0,8],["a","T",35,0,9],["S2","T",36,0,10],["End","T",37,0,11],["S1_behavior","R",1,1,0],["Start","A",2,1,1],["S1","A",3,1,2],["S1_to_S3","C",4,1,3],["a","A",5,1,4],["S2_behavior","R",6,2,0],["S4_to_S2","C",7,2,9],["a","A",8,2,10],["S2","A",9,2,11],["End","A",10,2,12],["S3_behavior","R",11,3,0],["S3","A",14,3,4],["S3_to_S3","C",15,3,5],["a","A",16,3,6],["S3","A",17,3,7],["S3_to_S4","C",18,3,8],["b","A",19,3,9],["S4_behavior","R",20,4,0],["S4","A",23,4,8] ],
+
+[[2,1],[3,1],[4,1],[4,11],[5,4],[7,6],[7,20],[8,7],[9,6],[10,6],[14,11],[15,11],[16,15],[17,11],[18,11],[18,20],[19,18],[23,20]],
+[[3,2],[4,3],[7,23],[9,7],[10,9],[14,4],[15,14],[17,15],[18,17],[23,18]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["The path: ","T",18,0,0],["Start","T",19,0,1],["S1","T",20,0,2],["a","T",21,0,3],["S4","T",22,0,4],["a","T",23,0,5],["S2","T",24,0,6],["End","T",25,0,7],["S1_behavior","R",1,1,0],["Start","A",2,1,1],["S1","A",3,1,2],["S1_to_S4","C",4,1,3],["a","A",5,1,4],["S2_behavior","R",6,2,0],["S4_to_S2","C",7,2,5],["a","A",8,2,6],["S2","A",9,2,7],["End","A",10,2,8],["S3_behavior","R",11,3,0],["S4_behavior","R",12,4,0],["S4","A",15,4,4] ],
+
+[[2,1],[3,1],[4,1],[4,12],[5,4],[7,6],[7,12],[8,7],[9,6],[10,6],[15,12]],
+[[3,2],[4,3],[7,15],[9,7],[10,9],[15,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["The path: ","T",18,0,0],["Start","T",19,0,1],["S1","T",20,0,2],["b","T",21,0,3],["S4","T",22,0,4],["a","T",23,0,5],["S2","T",24,0,6],["End","T",25,0,7],["S1_behavior","R",1,1,0],["Start","A",2,1,1],["S1","A",3,1,2],["S1_to_S4","C",4,1,3],["b","A",5,1,4],["S2_behavior","R",6,2,0],["S4_to_S2","C",7,2,5],["a","A",8,2,6],["S2","A",9,2,7],["End","A",10,2,8],["S3_behavior","R",11,3,0],["S4_behavior","R",12,4,0],["S4","A",15,4,4] ],
+
+[[2,1],[3,1],[4,1],[4,12],[5,4],[7,6],[7,12],[8,7],[9,6],[10,6],[15,12]],
+[[3,2],[4,3],[7,15],[9,7],[10,9],[15,4]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example15_Petri_net.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example15_Petri_net.json
new file mode 100644
index 0000000..3b71bfa
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example15_Petri_net.json
@@ -0,0 +1,23 @@
+{"traces":[
+
+["U", 0.941176,
+[ ["At the end of simulation place P1_behavior has 1 tokens","T",11,0,0],["At the end of simulation place P2_behavior has 0 tokens","T",12,0,1],["At the end of simulation place P3_behavior has 2 tokens","T",13,0,2],["At the end of simulation place P4_behavior has 1 tokens","T",14,0,3],["P1_behavior","R",1,1,0],["get_token","A",2,1,1],["T1_behavior","R",3,2,0],["P2_behavior","R",4,3,0],["P3_behavior","R",5,4,0],["get_token","A",6,4,1],["get_token","A",7,4,2],["T2_behavior","R",8,5,0],["P4_behavior","R",9,6,0],["get_token","A",10,6,1] ],
+
+[[2,1],[6,5],[7,5],[10,9]],
+[[7,6]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0588235,
+[ ["At the end of simulation place P1_behavior has 0 tokens","T",30,0,0],["At the end of simulation place P2_behavior has 0 tokens","T",31,0,1],["At the end of simulation place P3_behavior has 2 tokens","T",32,0,2],["At the end of simulation place P4_behavior has 1 tokens","T",33,0,3],["P1_behavior","R",1,1,0],["get_token","A",2,1,1],["P1_sends_to_T1","C",3,1,2],["send_token","A",4,1,3],["T1_behavior","R",5,2,0],["T1_receives_from_P1","A",6,2,2],["T1_fires","A",7,2,3],["T1_sends_to_P2","C",8,2,4],["send_token","A",9,2,5],["T1_sends_to_P3","C",10,3,3],["send_token","A",11,3,4],["P2_behavior","R",12,4,0],["P2_receives_from_T1","C",13,4,5],["get_token","A",14,4,6],["P2_sends_to_T2","C",15,4,7],["send_token","A",16,4,8],["P3_behavior","R",17,5,0],["get_token","A",18,5,1],["get_token","A",19,5,2],["P3_receives_from_T1","C",20,5,4],["get_token","A",21,5,5],["P3_sends_to_T2","C",22,5,6],["send_token","A",23,5,7],["T2_behavior","R",24,6,0],["T2_receives_from_P2","A",25,6,8],["T2_fires","A",27,6,9],["T2_receives_from_P3","A",26,7,7],["P4_behavior","R",28,8,0],["get_token","A",29,8,1] ],
+
+[[2,1],[3,1],[4,3],[6,5],[7,5],[8,5],[9,8],[10,5],[11,10],[13,12],[14,13],[15,12],[16,15],[18,17],[19,17],[20,17],[21,20],[22,17],[23,22],[25,24],[26,24],[27,24],[29,28]],
+[[3,2],[6,3],[7,6],[8,7],[10,7],[13,8],[15,13],[19,18],[20,19],[20,10],[22,20],[25,15],[26,22],[27,25],[27,26]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",
+{"GRAPH":["Petri net diagram",
+ [ [0, "P1_behavior"] ,[1, "Start"] ,[2, "T1_behavior"] ,[3, "P2_behavior"] ,[4, "P3_behavior"] ,[5, "T2_behavior"] ,[6, "P4_behavior"] ],
+ [ [0,2,"1"],[1,0,"initial 1 tokens"],[1,4,"initial 2 tokens"],[1,6,"initial 1 tokens"],[2,3,"1"],[2,4,"1"],[3,5,"1"],[4,5,"1"]],
+ [] ]}]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example16_software_spiral_process.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example16_software_spiral_process.json
new file mode 100644
index 0000000..197273d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example16_software_spiral_process.json
@@ -0,0 +1,27 @@
+{"traces":[
+
+["U", 0.666667,
+[ ["Stakeholders","R",1,0,0],["Stakeholders_are_satisfied","A",4,0,5],["Initial_communication_with_stakeholders","A",2,1,1],["Prototype_demonstration_to_stakeholders","A",3,1,5],["Spiral_process","R",5,1,0],["Initial_requirements","A",7,1,2],["Initial_design","C",8,1,3],["Architecture_design","A",9,1,4],["Detailed_design","A",10,1,6],["Coding","A",11,1,7],["Testing","A",12,1,8],["Delivery_of_the_system","A",15,1,9],["Architect","R",16,2,0],["Developers","R",21,3,0] ],
+
+[[2,1],[2,5],[2,16],[3,1],[3,5],[3,16],[4,1],[4,5],[7,5],[7,16],[8,5],[9,8],[9,16],[10,8],[10,21],[11,8],[11,21],[12,8],[12,21],[15,5]],
+[[3,2],[3,8],[3,9],[4,3],[7,2],[8,7],[9,7],[10,9],[11,10],[12,11],[15,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["Stakeholders","R",1,0,0],["Stakeholders_are_not_satisfied","A",4,0,10],["Stakeholders_are_satisfied","A",6,0,12],["Initial_communication_with_stakeholders","A",2,1,1],["Prototype_demonstration_to_stakeholders","A",3,1,5],["Prototype_demonstration_to_stakeholders","A",5,1,12],["Spiral_process","R",7,1,0],["Initial_requirements","A",9,1,2],["Initial_design","C",10,1,3],["Architecture_design","A",11,1,4],["Detailed_design","A",12,1,6],["Coding","A",13,1,7],["Testing","A",14,1,8],["One_iteration","C",16,1,9],["Adjust_requirements","A",18,1,10],["Redesign","C",19,1,11],["Detailed_redesign","A",20,1,13],["Coding","A",21,1,14],["Testing","A",22,1,15],["Delivery_of_the_system","A",25,1,16],["Architect","R",26,2,0],["Developers","R",33,3,0] ],
+
+[[2,1],[2,7],[2,26],[3,1],[3,7],[3,26],[4,1],[4,16],[5,1],[5,16],[5,26],[6,1],[6,7],[9,7],[9,26],[10,7],[11,10],[11,26],[12,10],[12,33],[13,10],[13,33],[14,10],[14,33],[16,7],[18,16],[18,26],[19,16],[20,19],[20,33],[21,19],[21,33],[22,19],[22,33],[25,7]],
+[[3,2],[3,10],[3,11],[4,3],[5,4],[5,19],[5,18],[6,5],[6,16],[9,2],[10,9],[11,9],[12,11],[13,12],[14,13],[16,3],[18,4],[18,3],[19,18],[20,14],[21,20],[22,21],[25,6]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["Stakeholders","R",1,0,0],["Stakeholders_are_not_satisfied","A",4,0,10],["Stakeholders_are_satisfied","A",6,0,13],["Initial_communication_with_stakeholders","A",2,1,1],["Prototype_demonstration_to_stakeholders","A",3,1,5],["Prototype_demonstration_to_stakeholders","A",5,1,13],["Spiral_process","R",7,1,0],["Initial_requirements","A",9,1,2],["Initial_design","C",10,1,3],["Architecture_design","A",11,1,4],["Detailed_design","A",12,1,6],["Coding","A",13,1,7],["Testing","A",14,1,8],["One_iteration","C",16,1,9],["Adjust_requirements","A",18,1,10],["Redesign","C",19,1,11],["Architecture_redesign","A",20,1,12],["Detailed_redesign","A",21,1,14],["Coding","A",22,1,15],["Testing","A",23,1,16],["Delivery_of_the_system","A",26,1,17],["Architect","R",27,2,0],["Developers","R",35,3,0] ],
+
+[[2,1],[2,7],[2,27],[3,1],[3,7],[3,27],[4,1],[4,16],[5,1],[5,16],[5,27],[6,1],[6,7],[9,7],[9,27],[10,7],[11,10],[11,27],[12,10],[12,35],[13,10],[13,35],[14,10],[14,35],[16,7],[18,16],[18,27],[19,16],[20,19],[20,27],[21,19],[21,35],[22,19],[22,35],[23,19],[23,35],[26,7]],
+[[3,2],[3,10],[3,11],[4,3],[5,4],[5,19],[5,20],[6,5],[6,16],[9,2],[10,9],[11,9],[12,11],[13,12],[14,13],[16,3],[18,4],[18,3],[19,18],[20,18],[21,20],[21,14],[22,21],[23,22],[26,6]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example17_Dining_Philosophers.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example17_Dining_Philosophers.json
new file mode 100644
index 0000000..e69de29
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example18_Workflow_pattern.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example18_Workflow_pattern.json
new file mode 100644
index 0000000..5b4c632
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example18_Workflow_pattern.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Phase1","R",1,0,0],["check_breathing","A",2,0,1],["check_pulse","A",3,1,1],["finish_first","A",4,1,2],["Triage","R",5,2,0],["identify_the_patient","A",6,2,2],["record_assessment_findings","A",7,2,3],["identify_the_priority","A",8,2,4] ],
+
+[[2,1],[3,1],[4,1],[6,5],[7,5],[8,5]],
+[[4,3],[6,4],[7,6],[8,7]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.5,
+[ ["Phase1","R",1,0,0],["check_breathing","A",2,0,1],["finish_first","A",3,0,2],["check_pulse","A",4,1,1],["Triage","R",5,2,0],["identify_the_patient","A",6,2,3],["record_assessment_findings","A",7,2,4],["identify_the_priority","A",8,2,5] ],
+
+[[2,1],[3,1],[4,1],[6,5],[7,5],[8,5]],
+[[3,2],[6,3],[7,6],[8,7]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example19_Consumers_Suppliers.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example19_Consumers_Suppliers.json
new file mode 100644
index 0000000..98b4b9a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example19_Consumers_Suppliers.json
@@ -0,0 +1,22 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Consumers","R",1,0,0],["Consumer","C",2,0,1],["Request_delivery","A",3,0,2],["Receive_supply","A",4,0,3],["Supply_Office","R",5,1,0],["Receive_order_and_buy","A",6,1,2],["Producers","R",7,2,0],["Producer","C",8,2,1],["Sell","A",9,2,2] ],
+
+[[2,1],[3,2],[4,2],[6,5],[8,7],[9,8]],
+[[4,3],[4,9],[6,3],[9,6]],
+["Is_supplier_for", [8,2]],
+["related_to", [3,6],[6,9],[9,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.5,
+[ ["Consumers","R",1,0,0],["Consumer","C",2,0,1],["Request_delivery","A",3,0,2],["Not_available","A",4,0,3],["Supply_Office","R",5,1,0],["Receive_order_and_buy","A",6,1,2],["Producers","R",7,2,0],["Producer","C",8,2,1] ],
+
+[[2,1],[3,2],[4,2],[4,8],[6,5],[8,7]],
+[[4,3],[4,6],[6,3]],
+["related_to", [3,6],[6,4]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example20_MP_model__reuse.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example20_MP_model__reuse.json
new file mode 100644
index 0000000..76bcb84
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example20_MP_model__reuse.json
@@ -0,0 +1,27 @@
+{"traces":[
+
+["U", 0.333333,
+[ ["Data_Base","R",1,0,0],["check_ID","A",2,0,2],["Authentication_Service","R",3,1,0],["request_ID","C",4,1,1],["cancel_access_request","A",7,1,3],["creds_invalid","A",6,2,3],["Requester","R",8,2,0],["request_access","A",9,2,1],["provide_ID","A",10,2,2],["abandon_access_request","A",12,2,4],["User","R",13,3,0],["login_fails","A",14,3,1] ],
+
+[[2,1],[2,4],[4,3],[6,3],[6,8],[6,13],[7,3],[9,8],[9,13],[10,8],[10,13],[12,8],[12,13],[14,13]],
+[[4,9],[6,4],[6,10],[7,6],[10,9],[10,4],[12,6]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["Data_Base","R",1,0,0],["check_ID","A",2,0,2],["Authentication_Service","R",3,1,0],["request_ID","C",4,1,1],["creds_valid","A",6,2,3],["access_granted","A",7,2,4],["Requester","R",8,2,0],["request_access","A",9,2,1],["provide_ID","A",10,2,2],["User","R",13,3,0],["login_succeeds","A",14,3,4],["work","A",15,3,5] ],
+
+[[2,1],[2,4],[4,3],[6,3],[6,8],[6,13],[7,3],[7,8],[7,13],[9,8],[9,13],[10,8],[10,13],[14,13],[15,13]],
+[[4,9],[6,4],[6,10],[7,6],[10,9],[10,4],[14,7],[15,14]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.333333,
+[ ["Data_Base","R",1,0,0],["check_ID","A",2,0,2],["Authentication_Service","R",3,1,0],["request_ID","C",4,1,1],["creds_valid","A",6,2,3],["access_granted","A",7,2,4],["Requester","R",8,2,0],["request_access","A",9,2,1],["provide_ID","A",10,2,2],["User","R",13,3,0],["login_succeeds","A",14,3,4],["cancel","A",15,3,5] ],
+
+[[2,1],[2,4],[4,3],[6,3],[6,8],[6,13],[7,3],[7,8],[7,13],[9,8],[9,13],[10,8],[10,13],[14,13],[15,13]],
+[[4,9],[6,4],[6,10],[7,6],[10,9],[10,4],[14,7],[15,14]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example21_compiler1.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example21_compiler1.json
new file mode 100644
index 0000000..a537d80
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example21_compiler1.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.111111,
+[ ["Source_code","R",1,0,0],["get_characters","A",2,0,2],["unget_some_characters","A",3,0,3],["Lexer","R",4,1,0],["Token_recognition","C",5,1,1],["RegExpr_match","C",7,1,2],["match_string","A",8,1,3],["largest_successful_match","A",9,1,4],["put_token","A",10,1,5],["Token_list","R",12,2,0],["get_token","A",14,2,5],["Parser","R",15,3,0],["Shift_Reduce","C",16,3,1],["Push","A",17,3,2],["Reduce","C",19,3,5],["Pop","A",20,3,6],["Push","A",21,3,7],["Put_node","A",22,3,8],["Reduce","C",23,3,9],["Pop","A",24,3,10],["Push","A",25,3,11],["Put_node","A",26,3,12],["Parsing_complete","A",27,3,13],["Stack","C",28,4,1] ],
+
+[[2,1],[2,5],[3,1],[3,5],[5,4],[7,5],[8,7],[9,7],[10,7],[10,12],[14,12],[14,16],[16,15],[17,16],[17,28],[19,16],[20,19],[20,28],[21,19],[21,28],[22,16],[23,16],[24,23],[24,28],[25,23],[25,28],[26,16],[27,16],[28,15]],
+[[3,2],[3,7],[7,2],[9,8],[10,9],[14,10],[14,17],[19,14],[20,17],[21,20],[22,19],[23,22],[24,21],[25,24],[26,23],[27,26]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.888889,
+[ ["Source_code","R",1,0,0],["get_characters","A",2,0,2],["unget_some_characters","A",3,0,3],["Lexer","R",4,1,0],["Token_recognition","C",5,1,1],["RegExpr_match","C",7,1,2],["match_string","A",8,1,3],["largest_successful_match","A",9,1,4],["put_token","A",10,1,5],["Token_list","R",12,2,0],["get_token","A",14,2,5],["Parser","R",15,3,0],["Shift_Reduce","C",16,3,1],["Push","A",17,3,2],["Reduce","C",19,3,5],["Pop","A",20,3,6],["Push","A",21,3,7],["Put_node","A",22,3,8],["Report_syntax_error","A",23,3,9],["Stack","C",24,4,1] ],
+
+[[2,1],[2,5],[3,1],[3,5],[5,4],[7,5],[8,7],[9,7],[10,7],[10,12],[14,12],[14,16],[16,15],[17,16],[17,24],[19,16],[20,19],[20,24],[21,19],[21,24],[22,16],[23,16],[24,15]],
+[[3,2],[3,7],[7,2],[9,8],[10,9],[14,10],[14,17],[19,14],[20,17],[21,20],[22,19],[23,22]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example22_compiler2.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example22_compiler2.json
new file mode 100644
index 0000000..2fd3fc8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example22_compiler2.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.111111,
+[ ["Source_code","R",1,0,0],["get_characters","A",2,0,2],["unget_some_characters","A",3,0,3],["Lexer","R",4,1,0],["Token_recognition","C",5,1,1],["RegExpr_match","C",7,1,2],["match_string","A",8,1,3],["largest_successful_match","A",9,1,4],["put_token","A",10,1,5],["Parser","R",12,2,0],["Shift_Reduce","C",13,2,1],["Push","A",14,2,2],["get_token","A",15,2,5],["Reduce","C",16,2,6],["Pop","A",17,2,7],["Push","A",18,2,8],["Put_node","A",19,2,9],["Reduce","C",20,2,10],["Pop","A",21,2,11],["Push","A",22,2,12],["Put_node","A",23,2,13],["Parsing_complete","A",24,2,14],["Stack","C",25,3,1] ],
+
+[[2,1],[2,5],[3,1],[3,5],[5,4],[7,5],[8,7],[9,7],[10,7],[13,12],[14,13],[14,25],[15,13],[16,13],[17,16],[17,25],[18,16],[18,25],[19,13],[20,13],[21,20],[21,25],[22,20],[22,25],[23,13],[24,13],[25,12]],
+[[3,2],[3,7],[7,2],[9,8],[10,9],[15,14],[15,10],[16,15],[17,14],[18,17],[19,16],[20,19],[21,18],[22,21],[23,20],[24,23]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.888889,
+[ ["Source_code","R",1,0,0],["get_characters","A",2,0,2],["unget_some_characters","A",3,0,3],["Lexer","R",4,1,0],["Token_recognition","C",5,1,1],["RegExpr_match","C",7,1,2],["match_string","A",8,1,3],["largest_successful_match","A",9,1,4],["put_token","A",10,1,5],["Parser","R",12,2,0],["Shift_Reduce","C",13,2,1],["Push","A",14,2,2],["get_token","A",15,2,5],["Reduce","C",16,2,6],["Pop","A",17,2,7],["Push","A",18,2,8],["Put_node","A",19,2,9],["Report_syntax_error","A",20,2,10],["Stack","C",21,3,1] ],
+
+[[2,1],[2,5],[3,1],[3,5],[5,4],[7,5],[8,7],[9,7],[10,7],[13,12],[14,13],[14,21],[15,13],[16,13],[17,16],[17,21],[18,16],[18,21],[19,13],[20,13],[21,12]],
+[[3,2],[3,7],[7,2],[9,8],[10,9],[15,14],[15,10],[16,15],[17,14],[18,17],[19,16],[20,19]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example23_number_attributes.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example23_number_attributes.json
new file mode 100644
index 0000000..33e6757
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example23_number_attributes.json
@@ -0,0 +1,75 @@
+{"traces":[
+
+["U", 0.25,
+[ [" Trace #1","T",4,0,0],["Bought 0 items. Total purchase cost is: 0 average cost: -nan","T",5,0,1],["Buyer","R",1,1,0],["Shop_A","R",2,2,0],["Shop_B","R",3,3,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.125,
+[ [" Trace #2","T",6,0,0],["Bought 1 items. Total purchase cost is: 22 average cost: 22","T",7,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Shop_A","R",3,2,0],["Shop_B","R",4,3,0],["Sell_Item_2","A",5,3,2] ],
+
+[[2,1],[5,4]],
+[[5,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.125,
+[ [" Trace #3","T",6,0,0],["Bought 1 items. Total purchase cost is: 30 average cost: 30","T",7,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Shop_A","R",3,2,0],["Shop_B","R",4,3,0],["Sell_Item_3","A",5,3,2] ],
+
+[[2,1],[5,4]],
+[[5,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.125,
+[ [" Trace #4","T",6,0,0],["Bought 1 items. Total purchase cost is: 8 average cost: 8","T",7,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Shop_A","R",3,2,0],["Sell_Item_1","A",4,2,1],["Shop_B","R",5,3,0] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.125,
+[ [" Trace #5","T",6,0,0],["Bought 1 items. Total purchase cost is: 20 average cost: 20","T",7,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Shop_A","R",3,2,0],["Sell_Item_2","A",4,2,1],["Shop_B","R",5,3,0] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0625,
+[ [" Trace #6","T",8,0,0],["Bought 2 items. Total purchase cost is: 30 average cost: 15","T",9,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Buy","A",3,1,2],["Shop_A","R",4,2,0],["Sell_Item_1","A",5,2,1],["Shop_B","R",6,3,0],["Sell_Item_2","A",7,3,3] ],
+
+[[2,1],[3,1],[5,4],[7,6]],
+[[3,2],[5,2],[7,3]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0625,
+[ [" Trace #7","T",8,0,0],["Bought 2 items. Total purchase cost is: 38 average cost: 19","T",9,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Buy","A",3,1,2],["Shop_A","R",4,2,0],["Sell_Item_1","A",5,2,1],["Shop_B","R",6,3,0],["Sell_Item_3","A",7,3,3] ],
+
+[[2,1],[3,1],[5,4],[7,6]],
+[[3,2],[5,2],[7,3]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0625,
+[ [" Trace #8","T",8,0,0],["Bought 2 items. Total purchase cost is: 42 average cost: 21","T",9,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Buy","A",3,1,2],["Shop_A","R",4,2,0],["Sell_Item_2","A",5,2,1],["Shop_B","R",6,3,0],["Sell_Item_2","A",7,3,3] ],
+
+[[2,1],[3,1],[5,4],[7,6]],
+[[3,2],[5,2],[7,3]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0625,
+[ [" Trace #9","T",8,0,0],["Bought 2 items. Total purchase cost is: 50 average cost: 25","T",9,0,1],["Buyer","R",1,1,0],["Buy","A",2,1,1],["Buy","A",3,1,2],["Shop_A","R",4,2,0],["Sell_Item_2","A",5,2,1],["Shop_B","R",6,3,0],["Sell_Item_3","A",7,3,3] ],
+
+[[2,1],[3,1],[5,4],[7,6]],
+[[3,2],[5,2],[7,3]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example24_Bayesian_probability.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example24_Bayesian_probability.json
new file mode 100644
index 0000000..0430a1d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example24_Bayesian_probability.json
@@ -0,0 +1,59 @@
+{"traces":[
+
+["U", 0.142857,
+[ ["Probability of result RRR was 0.1","T",6,0,0],["Selection","R",1,1,0],["Select_Red","A",2,1,1],["Select_Red","A",3,1,2],["Select_Red","A",4,1,3],["RRR","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.142857,
+[ ["Probability of result RRG was 0.2","T",6,0,0],["Selection","R",1,1,0],["Select_Red","A",2,1,1],["Select_Red","A",3,1,2],["Select_Green","A",4,1,3],["RRG","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.142857,
+[ ["Probability of result RRG was 0.2","T",6,0,0],["Selection","R",1,1,0],["Select_Red","A",2,1,1],["Select_Green","A",3,1,2],["Select_Red","A",4,1,3],["RRG","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.142857,
+[ ["Probability of result RGG was 0.1","T",6,0,0],["Selection","R",1,1,0],["Select_Red","A",2,1,1],["Select_Green","A",3,1,2],["Select_Green","A",4,1,3],["RGG","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.142857,
+[ ["Probability of result RRG was 0.2","T",6,0,0],["Selection","R",1,1,0],["Select_Green","A",2,1,1],["Select_Red","A",3,1,2],["Select_Red","A",4,1,3],["RRG","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.142857,
+[ ["Probability of result RGG was 0.1","T",6,0,0],["Selection","R",1,1,0],["Select_Green","A",2,1,1],["Select_Red","A",3,1,2],["Select_Green","A",4,1,3],["RGG","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.142857,
+[ ["Probability of result RGG was 0.1","T",6,0,0],["Selection","R",1,1,0],["Select_Green","A",2,1,1],["Select_Green","A",3,1,2],["Select_Red","A",4,1,3],["RGG","A",5,1,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example25_interval_attributes.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example25_interval_attributes.json
new file mode 100644
index 0000000..b6ac592
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example25_interval_attributes.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
+[ ["selected 1 items","T",4,0,0],["backpack weight is within interval [2 .. 5]","T",5,0,1],["Backpack","R",1,1,0],["item1","C",2,1,1],["selected item1 with weight [2 .. 5]","T",3,1,2] ],
+
+[[2,1],[3,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.5,
+[ ["selected 1 items","T",4,0,0],["backpack weight is within interval [10 .. 16]","T",5,0,1],["Backpack","R",1,1,0],["item2","C",2,1,1],["selected item2 with weight [10 .. 16]","T",3,1,2] ],
+
+[[2,1],[3,1]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example26_timing_attributes.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example26_timing_attributes.json
new file mode 100644
index 0000000..d30766e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example26_timing_attributes.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
+[ [" Worker start 0 duration 1 end 1","T",3,0,0],[" Work start 0 duration 1 end 1","T",4,0,1],[" Delay created by 0 visitors is 0","T",5,0,2],["Worker","R",1,1,0],["Work","C",2,1,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.5,
+[ [" Worker start 0 duration [2 .. 3] end [2 .. 3]","T",4,0,0],[" Get_distracted start 0 duration [2 .. 3] end [2 .. 3]","T",5,0,1],[" Visitor start 0 duration [2 .. 3] end [2 .. 3]","T",6,0,2],[" Delay created by 1 visitors is [2 .. 3]","T",7,0,3],["Worker","R",1,1,0],["Get_distracted","C",2,1,1],["Visitor","C",3,1,2] ],
+
+[[2,1],[3,2]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example27_Railroad_Crossing.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example27_Railroad_Crossing.json
new file mode 100644
index 0000000..4013056
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example27_Railroad_Crossing.json
@@ -0,0 +1,11 @@
+{"traces":[
+
+["U", 1,
+[ ["Bar moved down by 5","T",12,0,0],["Train starts go through crossing at 5","T",13,0,1],["Train ends go through crossing at 15","T",14,0,2],["Bar starts go up at 15","T",15,0,3],["Crossing was successfully closed","T",16,0,4],["Train","R",1,1,0],["Enter_Restricted_Region","A",2,1,1],["Goes_through_Restricted_Region","A",3,1,2],["Enter_Crossing_Region","A",4,1,3],["Goes_through_Crossing_Region","C",5,1,4],["Leaves_Crossing_Region","A",6,1,5],["Crossing","R",7,2,0],["Move_Down","C",8,2,1],["Down","A",9,2,2],["Move_Up","C",10,2,5],["Up","A",11,2,6] ],
+
+[[2,1],[3,1],[4,1],[5,1],[6,1],[8,7],[9,7],[10,7],[11,7]],
+[[3,2],[4,3],[4,9],[5,4],[6,5],[8,2],[9,8],[10,9],[10,6],[11,10]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example28_MP_model_of_MP_architecture.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example28_MP_model_of_MP_architecture.json
new file mode 100644
index 0000000..0fbcab2
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example28_MP_model_of_MP_architecture.json
@@ -0,0 +1,135 @@
+{"traces":[
+
+["U", 0.0625,
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example29_stack1_Bayesian_probability.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example29_stack1_Bayesian_probability.json
new file mode 100644
index 0000000..e17c044
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example29_stack1_Bayesian_probability.json
@@ -0,0 +1,19 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example30_Local_Report.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example30_Local_Report.json
new file mode 100644
index 0000000..b3a9401
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example30_Local_Report.json
@@ -0,0 +1,33 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example31_Global_report.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example31_Global_report.json
new file mode 100644
index 0000000..6c19a21
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example31_Global_report.json
@@ -0,0 +1,29 @@
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+
+["U", 0.5,
+[ ["Sender","R",1,0,0],["Receiver","R",2,1,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["does_not_receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",{"SAY":[]},
+{"REPORT":["scope= 1","trace 3 sent 1 received 0 ratio 0","total traces 3"]}
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example32_Local_graph.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example32_Local_graph.json
new file mode 100644
index 0000000..9257a99
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example32_Local_graph.json
@@ -0,0 +1,51 @@
+{"traces":[
+
+["U", 0.166667,
+[ ["Cars","R",1,0,0],["Car","C",2,0,1],["Start","A",3,0,2],["finish","A",4,0,3],["winner","A",5,0,4],["Judge","R",6,1,0],["provide_start_signal","A",7,1,1],["watch","A",8,1,2] ],
+
+[[2,1],[3,2],[4,2],[4,6],[5,2],[7,6],[8,6]],
+[[3,7],[4,3],[4,8],[5,4],[8,7]]
+,{"VIEWS":[
+{"GRAPH":["winner trace 1 for scope 1",
+ [ [0, "0 laps"] ,[1, "Start"] ,[2, "finish"] ,[3, "winner"] ],
+ [ [0,2,"followed by"],[1,0,"followed by"],[2,3,"followed by"]],
+ [] ]} ]}
+],
+
+["U", 0.333333,
+[ ["Cars","R",1,0,0],["Car","C",2,0,1],["Start","A",3,0,2],["break","A",4,0,3],["Judge","R",5,1,0],["provide_start_signal","A",6,1,1],["watch","A",7,1,2] ],
+
+[[2,1],[3,2],[4,2],[6,5],[7,5]],
+[[3,6],[4,3],[7,6]]
+,{"VIEWS":[
+{"GRAPH":["winner trace 2 for scope 1",
+ [],
+ [],
+ [] ]} ]}
+],
+
+["U", 0.166667,
+[ ["Cars","R",1,0,0],["Car","C",2,0,1],["Start","A",3,0,2],["drive_lap","A",4,0,3],["finish","A",5,0,4],["winner","A",6,0,5],["Judge","R",7,1,0],["provide_start_signal","A",8,1,1],["watch","A",9,1,2] ],
+
+[[2,1],[3,2],[4,2],[5,2],[5,7],[6,2],[8,7],[9,7]],
+[[3,8],[4,3],[5,4],[5,9],[6,5],[9,8]]
+,{"VIEWS":[
+{"GRAPH":["winner trace 3 for scope 1",
+ [ [0, "1 laps"] ,[1, "Start"] ,[2, "finish"] ,[3, "winner"] ],
+ [ [0,2,"followed by"],[1,0,"followed by"],[2,3,"followed by"]],
+ [] ]} ]}
+],
+
+["U", 0.333333,
+[ ["Cars","R",1,0,0],["Car","C",2,0,1],["Start","A",3,0,2],["drive_lap","A",4,0,3],["break","A",5,0,4],["Judge","R",6,1,0],["provide_start_signal","A",7,1,1],["watch","A",8,1,2] ],
+
+[[2,1],[3,2],[4,2],[5,2],[7,6],[8,6]],
+[[3,7],[4,3],[5,4],[8,7]]
+,{"VIEWS":[
+{"GRAPH":["winner trace 4 for scope 1",
+ [],
+ [],
+ [] ]} ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example34_Graph_as_data_structure.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example34_Graph_as_data_structure.json
new file mode 100644
index 0000000..4c0993d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example34_Graph_as_data_structure.json
@@ -0,0 +1,33 @@
+{"traces":[
+
+["U", 0.5,
+[ ["A","R",1,0,0],["B","R",2,1,0],["c","A",3,1,1] ],
+
+[[3,2]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["A","R",1,0,0],["a","A",2,0,1],["B","R",3,1,0],["c","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["A","R",1,0,0],["b","A",2,0,1],["B","R",3,1,0],["c","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",{"SAY":[]},
+{"REPORT":["Total event count as Report","A event count: 3","B event count: 3","c event count: 3","a event count: 1","b event count: 1"]}
+,
+{"GRAPH":["Total event count as graph for scope 1",
+ [ [0, "A"] ,[1, "trace 1"] ,[2, "B"] ,[3, "c"] ,[4, "trace 2"] ,[5, "a"] ,[6, "trace 3"] ,[7, "b"] ,[8, "3"] ,[9, "3"] ,[10, "3"] ,[11, "1"] ,[12, "1"] ],
+ [ [0,1,"in trace"],[0,4,"in trace"],[0,6,"in trace"],[0,8,"total count"],[2,1,"in trace"],[2,4,"in trace"],[2,6,"in trace"],[2,9,"total count"],[3,1,"in trace"],[3,4,"in trace"],[3,6,"in trace"],[3,10,"total count"],[5,4,"in trace"],[5,11,"total count"],[7,6,"in trace"],[7,12,"total count"]],
+ [] ]}]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example35_Finite_State_Diagram.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example35_Finite_State_Diagram.json
new file mode 100644
index 0000000..0f8ce65
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example35_Finite_State_Diagram.json
@@ -0,0 +1,55 @@
+{"traces":[
+
+["U", 0.333333,
+[ ["S1_behavior","R",1,0,0],["Start","A",2,0,1],["Start_to_S1","C",3,0,2],["empty","A",4,0,3],["S1","A",5,0,4],["S1_to_S3","C",6,0,5],["a","A",7,0,6],["S2_behavior","R",8,1,0],["S4_to_S2","C",9,1,8],["a","A",10,1,9],["S2","A",11,1,10],["S2_to_End","C",12,1,11],["empty","A",13,1,12],["End","A",14,1,13],["S3_behavior","R",15,2,0],["S3","A",18,2,6],["S3_to_S4","C",19,2,7],["b","A",20,2,8],["S4_behavior","R",21,3,0],["S4","A",24,3,7] ],
+
+[[2,1],[3,1],[4,3],[5,1],[6,1],[6,15],[7,6],[9,8],[9,21],[10,9],[11,8],[12,8],[13,12],[14,8],[18,15],[19,15],[19,21],[20,19],[24,21]],
+[[3,2],[5,3],[6,5],[9,24],[11,9],[12,11],[14,12],[18,6],[19,18],[24,19]]
+,{"VIEWS":[
+{"GRAPH":["Path for the event trace",
+ [ [0, "Start"] ,[1, "S1"] ,[2, "S3"] ,[3, "S4"] ,[4, "S2"] ,[5, "End"] ],
+ [ [0,1,"empty"],[1,2,"a"],[2,3,"b"],[3,4,"a"],[4,5,"empty"]],
+ [] ]} ]}
+],
+
+["U", 0.333333,
+[ ["S1_behavior","R",1,0,0],["Start","A",2,0,1],["Start_to_S1","C",3,0,2],["empty","A",4,0,3],["S1","A",5,0,4],["S1_to_S3","C",6,0,5],["a","A",7,0,6],["S2_behavior","R",8,1,0],["S4_to_S2","C",9,1,11],["a","A",10,1,12],["S2","A",11,1,13],["S2_to_End","C",12,1,14],["empty","A",13,1,15],["End","A",14,1,16],["S3_behavior","R",15,2,0],["S3","A",18,2,6],["S3_to_S3","C",19,2,7],["a","A",20,2,8],["S3","A",21,2,9],["S3_to_S4","C",22,2,10],["b","A",23,2,11],["S4_behavior","R",24,3,0],["S4","A",27,3,10] ],
+
+[[2,1],[3,1],[4,3],[5,1],[6,1],[6,15],[7,6],[9,8],[9,24],[10,9],[11,8],[12,8],[13,12],[14,8],[18,15],[19,15],[20,19],[21,15],[22,15],[22,24],[23,22],[27,24]],
+[[3,2],[5,3],[6,5],[9,27],[11,9],[12,11],[14,12],[18,6],[19,18],[21,19],[22,21],[27,22]]
+,{"VIEWS":[
+{"GRAPH":["Path for the event trace",
+ [ [0, "Start"] ,[1, "S1"] ,[2, "S3"] ,[3, "S3"] ,[4, "S4"] ,[5, "S2"] ,[6, "End"] ],
+ [ [0,1,"empty"],[1,2,"a"],[2,3,"a"],[3,4,"b"],[4,5,"a"],[5,6,"empty"]],
+ [] ]} ]}
+],
+
+["U", 0.166667,
+[ ["S1_behavior","R",1,0,0],["Start","A",2,0,1],["Start_to_S1","C",3,0,2],["empty","A",4,0,3],["S1","A",5,0,4],["S1_to_S4","C",6,0,5],["a","A",7,0,6],["S2_behavior","R",8,1,0],["S4_to_S2","C",9,1,7],["a","A",10,1,8],["S2","A",11,1,9],["S2_to_End","C",12,1,10],["empty","A",13,1,11],["End","A",14,1,12],["S3_behavior","R",15,2,0],["S4_behavior","R",16,3,0],["S4","A",19,3,6] ],
+
+[[2,1],[3,1],[4,3],[5,1],[6,1],[6,16],[7,6],[9,8],[9,16],[10,9],[11,8],[12,8],[13,12],[14,8],[19,16]],
+[[3,2],[5,3],[6,5],[9,19],[11,9],[12,11],[14,12],[19,6]]
+,{"VIEWS":[
+{"GRAPH":["Path for the event trace",
+ [ [0, "Start"] ,[1, "S1"] ,[2, "S4"] ,[3, "S2"] ,[4, "End"] ],
+ [ [0,1,"empty"],[1,2,"a"],[2,3,"a"],[3,4,"empty"]],
+ [] ]} ]}
+],
+
+["U", 0.166667,
+[ ["S1_behavior","R",1,0,0],["Start","A",2,0,1],["Start_to_S1","C",3,0,2],["empty","A",4,0,3],["S1","A",5,0,4],["S1_to_S4","C",6,0,5],["b","A",7,0,6],["S2_behavior","R",8,1,0],["S4_to_S2","C",9,1,7],["a","A",10,1,8],["S2","A",11,1,9],["S2_to_End","C",12,1,10],["empty","A",13,1,11],["End","A",14,1,12],["S3_behavior","R",15,2,0],["S4_behavior","R",16,3,0],["S4","A",19,3,6] ],
+
+[[2,1],[3,1],[4,3],[5,1],[6,1],[6,16],[7,6],[9,8],[9,16],[10,9],[11,8],[12,8],[13,12],[14,8],[19,16]],
+[[3,2],[5,3],[6,5],[9,19],[11,9],[12,11],[14,12],[19,6]]
+,{"VIEWS":[
+{"GRAPH":["Path for the event trace",
+ [ [0, "Start"] ,[1, "S1"] ,[2, "S4"] ,[3, "S2"] ,[4, "End"] ],
+ [ [0,1,"empty"],[1,2,"b"],[2,3,"a"],[3,4,"empty"]],
+ [] ]} ]}
+]
+]
+,"GLOBAL":["U",
+{"GRAPH":["State transition diagram",
+ [ [0, "Start"] ,[1, "S1"] ,[2, "S3"] ,[3, "S4"] ,[4, "S2"] ,[5, "End"] ],
+ [ [0,1,"empty"],[1,2,"a"],[1,3,"a"],[1,3,"b"],[2,3,"b"],[2,2,"a"],[3,4,"a"],[4,5,"empty"]],
+ [] ]}]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example36_Statechart.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example36_Statechart.json
new file mode 100644
index 0000000..8c4ae6f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example36_Statechart.json
@@ -0,0 +1,39 @@
+{"traces":[
+
+["U", 0.842105,
+[ ["Customer","R",1,0,0],["ATM_system","R",2,1,0],["Idle","A",3,1,1],["Data_Base","R",4,2,0] ],
+
+[[3,2]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0263158,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_succeeds","A",3,0,4],["request_withdrawal","A",4,0,5],["get_money","A",5,0,7],["retrieve_card","A",6,0,8],["ATM_system","R",7,1,0],["Idle","A",8,1,1],["read_card","A",9,1,2],["validate_id","A",10,1,3],["id_successful","A",11,1,4],["check_balance","A",12,1,5],["sufficient_balance","A",13,1,6],["dispense_money","A",14,1,7],["Idle","A",15,1,8],["Data_Base","R",16,2,0] ],
+
+[[2,1],[3,1],[4,1],[5,1],[6,1],[8,7],[9,7],[10,7],[10,16],[11,7],[12,7],[12,16],[13,7],[14,7],[15,7]],
+[[3,2],[3,11],[4,3],[5,4],[5,14],[6,5],[9,8],[9,2],[10,9],[11,10],[12,11],[12,10],[12,4],[13,12],[14,13],[15,14]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0263158,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_succeeds","A",3,0,4],["request_withdrawal","A",4,0,5],["not_sufficient_funds","A",5,0,6],["retrieve_card","A",6,0,7],["ATM_system","R",7,1,0],["Idle","A",8,1,1],["read_card","A",9,1,2],["validate_id","A",10,1,3],["id_successful","A",11,1,4],["check_balance","A",12,1,5],["unsufficient_balance","A",13,1,6],["Idle","A",14,1,7],["Data_Base","R",15,2,0] ],
+
+[[2,1],[3,1],[4,1],[5,1],[6,1],[8,7],[9,7],[10,7],[10,15],[11,7],[12,7],[12,15],[13,7],[14,7]],
+[[3,2],[3,11],[4,3],[5,4],[5,13],[6,5],[9,8],[9,2],[10,9],[11,10],[12,11],[12,10],[12,4],[13,12],[14,13]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.105263,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_fails","A",3,0,4],["retrieve_card","A",4,0,5],["ATM_system","R",5,1,0],["Idle","A",6,1,1],["read_card","A",7,1,2],["validate_id","A",8,1,3],["id_failed","A",9,1,4],["Idle","A",10,1,5],["Data_Base","R",11,2,0] ],
+
+[[2,1],[3,1],[4,1],[6,5],[7,5],[8,5],[8,11],[9,5],[10,5]],
+[[3,2],[3,9],[4,3],[7,6],[7,2],[8,7],[9,8],[10,9]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",
+{"GRAPH":["ATM state transition diagram",
+ [ [0, "Idle"] ,[1, "id_successful"] ,[2, "sufficient_balance"] ,[3, "unsufficient_balance"] ,[4, "id_failed"] ],
+ [ [0,1,"insert_card"],[0,4,"insert_card"],[1,2,"request_withdrawal"],[1,3,"request_withdrawal"],[2,0,"retrieve_card"],[3,0,"retrieve_card"],[4,0,"retrieve_card"]],
+ [] ]}]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example37_GLOBAL_query.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example37_GLOBAL_query.json
new file mode 100644
index 0000000..8b31576
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example37_GLOBAL_query.json
@@ -0,0 +1,21 @@
+{"traces":[
+
+["M", 0.8,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.2,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["does_not_receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",{"SAY":[]},
+{"REPORT":["Scope 1","Total 2 traces","In 1 of traces at least 75% of sent messages have been received","At the given scope probability for at least 75% messages to pass through is 0.8"]}
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example38_knapsack.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example38_knapsack.json
new file mode 100644
index 0000000..00cb209
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example38_knapsack.json
@@ -0,0 +1,37 @@
+{"traces":[
+
+["U", 0.25,
+[ ["Best result so far: 0","T",4,0,0],["A","R",1,1,0],["B","R",2,2,0],["C","R",3,3,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Best result so far: 5","T",5,0,0],["A","R",1,1,0],["B","R",2,2,0],["C","R",3,3,0],["Item_C","A",4,3,1] ],
+
+[[4,3]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Best result so far: 8","T",6,0,0],["A","R",1,1,0],["B","R",2,2,0],["Item_B","A",3,2,1],["C","R",4,3,0],["Item_C","A",5,3,1] ],
+
+[[3,2],[5,4]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Best result so far: 10","T",7,0,0],["A","R",1,1,0],["Item_A","A",2,1,1],["B","R",3,2,0],["Item_B","A",4,2,1],["C","R",5,3,0],["Item_C","A",6,3,1] ],
+
+[[2,1],[4,3],[6,5]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",{"SAY":[]},
+{"REPORT":["Best knapsack","Weight limit 11","Single item's weight: A= 2 B= 3 C= 5","For scope 1 best packing is 10","Pack 1 of A, 1 of B, 1 of C"]}
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example39_turtles.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example39_turtles.json
new file mode 100644
index 0000000..0149492
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example39_turtles.json
@@ -0,0 +1,107 @@
+{"traces":[
+
+["U", 0.0769231,
+[ ["moving parallel","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork upward","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Lying","A",5,1,3],["one_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["one_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["two_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
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+,{"VIEWS":[ ]}
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+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example40_web_browsers.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example40_web_browsers.json
new file mode 100644
index 0000000..4a0670c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example40_web_browsers.json
@@ -0,0 +1,33 @@
+{"traces":[
+
+["U", 0.964286,
+[ ["Client","R",1,0,0],["Request","A",2,0,1],["Process_Response","A",3,0,2],["Good_Server","R",4,1,0],["Response","C",5,1,1],["Send_Response","A",6,1,2],["Bad_Server","R",7,2,0] ],
+
+[[2,1],[3,1],[5,4],[6,5]],
+[[3,2],[3,6],[5,2]],
+["causes", [2,5],[6,3]],
+["is_response_to", [5,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.00892857,
+[ ["Client","R",1,0,0],["Request","A",2,0,1],["Process_Response","A",3,0,2],["Good_Server","R",4,1,0],["Response","C",5,1,1],["Send_Response","A",6,1,2],["Response","C",7,1,3],["Send_Response","A",8,1,4],["Bad_Server","R",9,2,0],["Request","A",10,2,1],["Process_Response","A",11,2,4] ],
+
+[[2,1],[3,1],[5,4],[6,5],[7,4],[8,7],[10,9],[11,9]],
+[[3,2],[3,6],[5,2],[7,5],[7,10],[11,10],[11,8]],
+["causes", [2,5],[6,3],[8,11],[10,7]],
+["is_response_to", [5,2],[7,10]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0267857,
+[ ["Client","R",1,0,0],["Request","A",2,0,1],["Process_Response","A",3,0,3],["Good_Server","R",4,1,0],["Response","C",5,1,1],["Request","A",6,1,2],["Send_Response","A",7,1,3],["Process_Response","A",8,1,4],["Bad_Server","R",9,2,0],["Response","C",10,2,2],["Redirect","A",11,2,3],["Send_Response","A",12,2,4] ],
+
+[[2,1],[3,1],[5,4],[6,5],[7,5],[8,4],[10,9],[11,10],[12,10]],
+[[3,2],[3,7],[5,2],[7,6],[8,5],[8,12],[10,6],[12,11]],
+["causes", [2,5],[5,6],[6,10],[7,3],[12,8]],
+["is_response_to", [5,2],[10,6]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example41_Replay_Attack.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example41_Replay_Attack.json
new file mode 100644
index 0000000..888350e
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example41_Replay_Attack.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Alice","R",1,0,0],["sends_password_to_Bob","A",2,0,2],["Network","R",3,1,0],["message_in_transit","A",4,1,2],["Eve","R",5,2,0],["eavesesdrops_message","A",6,2,2],["presents_Alice_password","A",7,2,4],["talks","A",8,2,5],["Bob","R",9,3,0],["requests_password_from_Alice","A",10,3,1],["receives_password_from_Alice","A",11,3,3],["asks_for_password","A",12,3,4] ],
+
+[[2,1],[4,3],[6,5],[7,5],[8,5],[8,9],[10,9],[11,9],[12,9]],
+[[2,10],[4,2],[6,4],[7,6],[7,12],[8,7],[8,12],[11,10],[11,4],[12,11]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.5,
+[ ["Alice","R",1,0,0],["sends_password_to_Bob","A",2,0,2],["presents_Alice_password","A",3,0,5],["talks","A",4,0,6],["Network","R",5,1,0],["message_in_transit","A",6,1,2],["Eve","R",7,2,0],["eavesesdrops_message","A",8,2,2],["presents_Alice_password","A",9,2,7],["talks","A",10,2,8],["Bob","R",11,3,0],["requests_password_from_Alice","A",12,3,1],["receives_password_from_Alice","A",13,3,3],["asks_for_password","A",14,3,4],["asks_for_password","A",16,3,7] ],
+
+[[2,1],[3,1],[4,1],[4,11],[6,5],[8,7],[9,7],[10,7],[10,11],[12,11],[13,11],[14,11],[16,11]],
+[[2,12],[3,2],[3,14],[4,3],[4,14],[6,2],[8,6],[9,8],[9,16],[10,9],[10,16],[13,12],[13,6],[14,13],[16,4]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example42_Bar_Chart.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example42_Bar_Chart.json
new file mode 100644
index 0000000..63cc0f5
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example42_Bar_Chart.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 1,
+[ ["A","R",1,0,0],["a","A",2,0,1],["b","A",3,0,2],["c","A",4,0,3],["a","A",5,0,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[
+{"TABLE": { "title": "Trace 1",
+"tabs": [ "event_name","total_number"],
+ "rows": [ [ "A",1],[ "a",2],[ "b",1],[ "c",1]] } }
+,
+{"BAR_CHART": { "title": "Trace 1 chart",
+"tabs": [ "event_name","total_number"], "X_AXIS": "event_name","ROTATE": 0,
+ "rows": [ [ "A",1],[ "a",2],[ "b",1],[ "c",1]] } }
+ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example43_Histogram.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example43_Histogram.json
new file mode 100644
index 0000000..330822b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example43_Histogram.json
@@ -0,0 +1,39 @@
+{"traces":[
+
+["U", 0.2,
+[ ["A","R",1,0,0],["a1","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.3,
+[ ["A","R",1,0,0],["a2","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["A","R",1,0,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["A","R",1,0,0],["a3","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",
+{"BAR_CHART": { "title": "Trace probabilities",
+"tabs": [ "probability_interval","trace_count"], "X_AXIS": "probability_interval","ROTATE": 0,
+ "rows": [ [ "[0..0.1)",0],[ "[0.1..0.2)",0],[ "[0.2..0.3)",3],[ "[0.3..0.4)",1],[ "[0.4..0.5)",0],[ "[0.5..0.6)",0],[ "[0.6..0.7)",0],[ "[0.7..0.8)",0],[ "[0.8..0.9)",0],[ "[0.9..1)",0]] } }
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example44_Gantt_Chart.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example44_Gantt_Chart.json
new file mode 100644
index 0000000..f5bf362
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example44_Gantt_Chart.json
@@ -0,0 +1,15 @@
+{"traces":[
+
+["U", 1,
+[ ["A","R",1,0,0],["a1","A",2,0,1],["a2","A",3,0,2],["B","R",4,1,0],["b1","A",5,1,1],["b2","A",7,1,2] ],
+
+[[2,1],[3,1],[3,4],[5,4],[7,4]],
+[[3,2],[3,5],[7,3]]
+,{"VIEWS":[
+{"BAR_CHART": { "title": "Example of Gantt Chart",
+"tabs": [ "event_name","start_time","duration_time"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "A",0,8],[ "a1",0,3],[ "a2",3,5],[ "B",0,10],[ "b1",0,1],[ "b2",8,2]] } }
+ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example45_Martian_Lander.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example45_Martian_Lander.json
new file mode 100644
index 0000000..a38fa48
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_1/Example45_Martian_Lander.json
@@ -0,0 +1,54 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Running Timer1","T",22,0,0],["Landing complete at 30","T",23,0,1],["Measure_and_display","R",1,1,0],["STMR1","A",2,1,2],["IVEL","A",3,1,3],["CKDT","A",5,1,4],["TDP","A",6,1,5],["stop_Timer1","A",7,1,6],["IALT","A",4,2,2],["Landing","R",8,3,0],["START","A",9,3,1],["RACC","A",10,3,2],["ADJM","A",13,3,3],["IOINT","A",15,3,4],["Lands","A",16,3,5],["stop_Timer2","A",18,3,6],["STMR2","A",12,4,1],["ETC","A",14,4,3],["Timer2","R",19,5,0] ],
+
+[[2,1],[2,8],[3,1],[4,1],[5,1],[6,1],[7,1],[7,8],[9,8],[10,8],[12,8],[12,19],[13,8],[14,8],[15,8],[16,8],[18,8],[18,19]],
+[[2,9],[3,2],[4,2],[5,3],[5,4],[6,5],[7,6],[7,16],[10,9],[12,9],[13,10],[13,12],[13,2],[14,10],[14,12],[14,2],[15,13],[15,14],[16,15],[18,16],[18,12]],
+["alert", [22,1],[23,16]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "stop_Timer1",50,0,50],[ "ADJM",10,20,30],[ "Lands",30,0,30]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "stop_Timer1",50,0],[ "ADJM",10,20],[ "Lands",30,0]] } }
+ ]}
+],
+
+["U", 0.25,
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01_simple_message_flow.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01_simple_message_flow.json
new file mode 100644
index 0000000..45c5744
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01_simple_message_flow.json
@@ -0,0 +1,27 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01a_unreliable_message_flow.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01a_unreliable_message_flow.json
new file mode 100644
index 0000000..2887f72
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example01a_unreliable_message_flow.json
@@ -0,0 +1,59 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example02_Data_flow.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example02_Data_flow.json
new file mode 100644
index 0000000..867e720
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example02_Data_flow.json
@@ -0,0 +1,227 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example03_ATM_withdrawal.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example03_ATM_withdrawal.json
new file mode 100644
index 0000000..aa0fc03
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example03_ATM_withdrawal.json
@@ -0,0 +1,107 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04_Stack_behavior.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04_Stack_behavior.json
new file mode 100644
index 0000000..9409812
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04_Stack_behavior.json
@@ -0,0 +1,36 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04a_Queue_behavior.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04a_Queue_behavior.json
new file mode 100644
index 0000000..1c741d8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example04a_Queue_behavior.json
@@ -0,0 +1,36 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example05_Car_Race.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example05_Car_Race.json
new file mode 100644
index 0000000..0aafa71
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example05_Car_Race.json
@@ -0,0 +1,243 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example06_Assertion_Checking.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example06_Assertion_Checking.json
new file mode 100644
index 0000000..ac8d2a1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example06_Assertion_Checking.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example07_Unconstrained_Stack.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example07_Unconstrained_Stack.json
new file mode 100644
index 0000000..a5cff10
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example07_Unconstrained_Stack.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example08_Operational_Process.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example08_Operational_Process.json
new file mode 100644
index 0000000..603295a
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example08_Operational_Process.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example09_Employee_Employer.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example09_Employee_Employer.json
new file mode 100644
index 0000000..c4b0c22
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example09_Employee_Employer.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example10_Pipe_Filter.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example10_Pipe_Filter.json
new file mode 100644
index 0000000..bf8d948
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example10_Pipe_Filter.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example11_Publish_Subscribe.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example11_Publish_Subscribe.json
new file mode 100644
index 0000000..2a5156b
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example11_Publish_Subscribe.json
@@ -0,0 +1,411 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example12_network_topology_ring.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example12_network_topology_ring.json
new file mode 100644
index 0000000..613ab7f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example12_network_topology_ring.json
@@ -0,0 +1,323 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example13_FiniteStateDiagram.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example13_FiniteStateDiagram.json
new file mode 100644
index 0000000..8bdb86c
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example13_FiniteStateDiagram.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example15_Petri_net.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example15_Petri_net.json
new file mode 100644
index 0000000..5e68f03
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example15_Petri_net.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example16_software_spiral_process.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example16_software_spiral_process.json
new file mode 100644
index 0000000..77e5c92
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example16_software_spiral_process.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example17_Dining_Philosophers.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example17_Dining_Philosophers.json
new file mode 100644
index 0000000..69660a1
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example17_Dining_Philosophers.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
+[ ["Philosophers","R",1,0,0],["Philosopher","C",2,0,1],["think","A",3,0,2],["eat","C",4,0,4],["left_fork","A",5,0,5],["right_fork","A",6,1,5],["Philosopher","C",7,2,1],["think","A",8,2,2],["eat","C",9,2,3],["left_fork","A",10,2,4],["right_fork","A",11,3,4],["Forks","R",12,4,0],["Fork","C",13,4,1],["Fork","C",16,5,1] ],
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example18_Workflow_pattern.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example18_Workflow_pattern.json
new file mode 100644
index 0000000..5b4c632
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example18_Workflow_pattern.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 0.5,
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+,{"VIEWS":[ ]}
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example19_Consumers_Suppliers.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example19_Consumers_Suppliers.json
new file mode 100644
index 0000000..01ddf93
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example19_Consumers_Suppliers.json
@@ -0,0 +1,1083 @@
+{"traces":[
+
+["U", 0.161616,
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example20_MP_model__reuse.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example20_MP_model__reuse.json
new file mode 100644
index 0000000..cd519da
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example20_MP_model__reuse.json
@@ -0,0 +1,51 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example21_compiler1.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example21_compiler1.json
new file mode 100644
index 0000000..a012a25
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example21_compiler1.json
@@ -0,0 +1,1179 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example22_compiler2.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example22_compiler2.json
new file mode 100644
index 0000000..7f92cc6
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example22_compiler2.json
@@ -0,0 +1,891 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example23_number_attributes.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example23_number_attributes.json
new file mode 100644
index 0000000..2288385
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example23_number_attributes.json
@@ -0,0 +1,395 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example24_Bayesian_probability.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example24_Bayesian_probability.json
new file mode 100644
index 0000000..0430a1d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example24_Bayesian_probability.json
@@ -0,0 +1,59 @@
+{"traces":[
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+
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+,{"VIEWS":[ ]}
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example25_interval_attributes.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example25_interval_attributes.json
new file mode 100644
index 0000000..d069ca5
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example25_interval_attributes.json
@@ -0,0 +1,43 @@
+{"traces":[
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+["U", 0.285714,
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+,{"VIEWS":[ ]}
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+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example26_timing_attributes.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example26_timing_attributes.json
new file mode 100644
index 0000000..3ef92a4
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example26_timing_attributes.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example27_Railroad_Crossing.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example27_Railroad_Crossing.json
new file mode 100644
index 0000000..4b6155e
--- /dev/null
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example28_MP_model_of_MP_architecture.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example28_MP_model_of_MP_architecture.json
new file mode 100644
index 0000000..efed25d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example28_MP_model_of_MP_architecture.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example29_stack1_Bayesian_probability.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example29_stack1_Bayesian_probability.json
new file mode 100644
index 0000000..bdbbf72
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example29_stack1_Bayesian_probability.json
@@ -0,0 +1,35 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example30_Local_Report.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example30_Local_Report.json
new file mode 100644
index 0000000..c93a778
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example30_Local_Report.json
@@ -0,0 +1,283 @@
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example31_Global_report.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example31_Global_report.json
new file mode 100644
index 0000000..c895328
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example31_Global_report.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example32_Local_graph.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example32_Local_graph.json
new file mode 100644
index 0000000..0e17551
--- /dev/null
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example34_Graph_as_data_structure.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example34_Graph_as_data_structure.json
new file mode 100644
index 0000000..fceb949
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example34_Graph_as_data_structure.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example35_Finite_State_Diagram.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example35_Finite_State_Diagram.json
new file mode 100644
index 0000000..6c20020
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example35_Finite_State_Diagram.json
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diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example36_Statechart.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example36_Statechart.json
new file mode 100644
index 0000000..cadae96
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example36_Statechart.json
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+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_fails","A",3,0,4],["retrieve_card","A",4,0,5],["insert_card","A",5,0,6],["identification_succeeds","A",6,0,8],["request_withdrawal","A",7,0,9],["not_sufficient_funds","A",8,0,10],["retrieve_card","A",9,0,11],["ATM_system","R",10,1,0],["Idle","A",11,1,1],["read_card","A",12,1,2],["validate_id","A",13,1,3],["id_failed","A",14,1,4],["Idle","A",15,1,5],["read_card","A",16,1,6],["validate_id","A",17,1,7],["id_successful","A",18,1,8],["check_balance","A",19,1,9],["unsufficient_balance","A",20,1,10],["Idle","A",21,1,11],["Data_Base","R",22,2,0] ],
+
+[[2,1],[3,1],[4,1],[5,1],[6,1],[7,1],[8,1],[9,1],[11,10],[12,10],[13,10],[13,22],[14,10],[15,10],[16,10],[17,10],[17,22],[18,10],[19,10],[19,22],[20,10],[21,10]],
+[[3,2],[3,14],[4,3],[5,4],[6,5],[6,18],[7,6],[8,7],[8,20],[9,8],[12,11],[12,2],[13,12],[14,13],[15,14],[16,15],[16,5],[17,16],[17,13],[18,17],[19,18],[19,17],[19,7],[20,19],[21,20]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0127796,
+[ ["Customer","R",1,0,0],["insert_card","A",2,0,1],["identification_fails","A",3,0,4],["retrieve_card","A",4,0,5],["insert_card","A",5,0,6],["identification_fails","A",6,0,8],["retrieve_card","A",7,0,9],["ATM_system","R",8,1,0],["Idle","A",9,1,1],["read_card","A",10,1,2],["validate_id","A",11,1,3],["id_failed","A",12,1,4],["Idle","A",13,1,5],["read_card","A",14,1,6],["validate_id","A",15,1,7],["id_failed","A",16,1,8],["Idle","A",17,1,9],["Data_Base","R",18,2,0] ],
+
+[[2,1],[3,1],[4,1],[5,1],[6,1],[7,1],[9,8],[10,8],[11,8],[11,18],[12,8],[13,8],[14,8],[15,8],[15,18],[16,8],[17,8]],
+[[3,2],[3,12],[4,3],[5,4],[6,5],[6,16],[7,6],[10,9],[10,2],[11,10],[12,11],[13,12],[14,13],[14,5],[15,14],[15,11],[16,15],[17,16]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",
+{"GRAPH":["ATM state transition diagram",
+ [ [0, "Idle"] ,[1, "id_successful"] ,[2, "sufficient_balance"] ,[3, "unsufficient_balance"] ,[4, "id_failed"] ],
+ [ [0,1,"insert_card"],[0,4,"insert_card"],[1,2,"request_withdrawal"],[1,3,"request_withdrawal"],[2,0,"retrieve_card"],[3,0,"retrieve_card"],[4,0,"retrieve_card"]],
+ [] ]}]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example37_GLOBAL_query.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example37_GLOBAL_query.json
new file mode 100644
index 0000000..4148cba
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example37_GLOBAL_query.json
@@ -0,0 +1,53 @@
+{"traces":[
+
+["M", 0.4,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.1,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["Receiver","R",3,1,0],["does_not_receive","A",4,1,1] ],
+
+[[2,1],[4,3]],
+[[4,2]]
+,{"VIEWS":[ ]}
+],
+
+["M", 0.32,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["send","A",3,0,2],["Receiver","R",4,1,0],["receive","A",5,1,1],["receive","A",6,1,2] ],
+
+[[2,1],[3,1],[5,4],[6,4]],
+[[3,2],[5,2],[6,5],[6,3]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.08,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["send","A",3,0,2],["Receiver","R",4,1,0],["receive","A",5,1,1],["does_not_receive","A",6,1,2] ],
+
+[[2,1],[3,1],[5,4],[6,4]],
+[[3,2],[5,2],[6,5],[6,3]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.08,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["send","A",3,0,2],["Receiver","R",4,1,0],["does_not_receive","A",5,1,1],["receive","A",6,1,2] ],
+
+[[2,1],[3,1],[5,4],[6,4]],
+[[3,2],[5,2],[6,5],[6,3]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.02,
+[ ["Sender","R",1,0,0],["send","A",2,0,1],["send","A",3,0,2],["Receiver","R",4,1,0],["does_not_receive","A",5,1,1],["does_not_receive","A",6,1,2] ],
+
+[[2,1],[3,1],[5,4],[6,4]],
+[[3,2],[5,2],[6,5],[6,3]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",{"SAY":[]},
+{"REPORT":["Scope 2","Total 6 traces","In 2 of traces at least 75% of sent messages have been received","At the given scope probability for at least 75% messages to pass through is 0.72"]}
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example38_knapsack.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example38_knapsack.json
new file mode 100644
index 0000000..7af69c8
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example38_knapsack.json
@@ -0,0 +1,37 @@
+{"traces":[
+
+["U", 0.25,
+[ ["Best result so far: 0","T",4,0,0],["A","R",1,1,0],["B","R",2,2,0],["C","R",3,3,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Best result so far: 5","T",5,0,0],["A","R",1,1,0],["B","R",2,2,0],["C","R",3,3,0],["Item_C","A",4,3,1] ],
+
+[[4,3]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Best result so far: 10","T",6,0,0],["A","R",1,1,0],["B","R",2,2,0],["C","R",3,3,0],["Item_C","A",4,3,1],["Item_C","A",5,3,2] ],
+
+[[4,3],[5,3]],
+[[5,4]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.25,
+[ ["Best result so far: 11","T",7,0,0],["A","R",1,1,0],["B","R",2,2,0],["Item_B","A",3,2,1],["Item_B","A",4,2,2],["C","R",5,3,0],["Item_C","A",6,3,1] ],
+
+[[3,2],[4,2],[6,5]],
+[[4,3]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",{"SAY":[]},
+{"REPORT":["Best knapsack","Weight limit 11","Single item's weight: A= 2 B= 3 C= 5","For scope 2 best packing is 11","Pack 0 of A, 2 of B, 1 of C"]}
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example39_turtles.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example39_turtles.json
new file mode 100644
index 0000000..0149492
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example39_turtles.json
@@ -0,0 +1,107 @@
+{"traces":[
+
+["U", 0.0769231,
+[ ["moving parallel","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork upward","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Lying","A",5,1,3],["one_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["one_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["two_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork upward","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Lying","A",5,1,3],["one_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["two_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["one_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork downward","T",16,0,0],["2 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Telling_the_truth","A",5,1,3],["two_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["one_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["one_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form vertical line","T",16,0,0],["1 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Telling_the_truth","A",5,1,3],["two_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["one_before","A",8,3,2],["Telling_the_truth","A",10,3,3],["one_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["two_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form vertical line","T",16,0,0],["1 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["nobody_before","A",3,1,2],["Telling_the_truth","A",5,1,3],["two_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["two_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["one_before","A",13,5,2],["Telling_the_truth","A",15,5,3],["one_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork downward","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["one_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["two_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["one_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork downward","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["one_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["one_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["two_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form vertical line","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["one_before","A",3,1,2],["Lying","A",5,1,3],["one_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["two_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["two_before","A",13,5,2],["Lying","A",15,5,3],["nobody_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form vertical line","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["one_before","A",3,1,2],["Lying","A",5,1,3],["one_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["two_before","A",8,3,2],["Lying","A",10,3,3],["nobody_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["two_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form fork upward","T",16,0,0],["3 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["two_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["one_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["one_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form vertical line","T",16,0,0],["2 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["two_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["nobody_before","A",8,3,2],["Lying","A",10,3,3],["two_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["one_before","A",13,5,2],["Telling_the_truth","A",15,5,3],["one_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0769231,
+[ ["form vertical line","T",16,0,0],["2 are lying","T",17,0,1],["Turtle_1","R",1,1,0],["neighbors","C",2,1,1],["two_before","A",3,1,2],["Lying","A",5,1,3],["nobody_behinds","A",4,2,2],["Turtle_2","R",6,3,0],["neighbors","C",7,3,1],["one_before","A",8,3,2],["Telling_the_truth","A",10,3,3],["one_behinds","A",9,4,2],["Turtle_3","R",11,5,0],["neighbors","C",12,5,1],["nobody_before","A",13,5,2],["Lying","A",15,5,3],["two_behinds","A",14,6,2] ],
+
+[[2,1],[3,2],[4,2],[5,1],[7,6],[8,7],[9,7],[10,6],[12,11],[13,12],[14,12],[15,11]],
+[[5,2],[10,7],[15,12]]
+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example40_web_browsers.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example40_web_browsers.json
new file mode 100644
index 0000000..c5c021f
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example40_web_browsers.json
@@ -0,0 +1,73 @@
+{"traces":[
+
+["U", 0.958265,
+[ ["Client","R",1,0,0],["Request","A",2,0,1],["Process_Response","A",3,0,2],["Good_Server","R",4,1,0],["Response","C",5,1,1],["Send_Response","A",6,1,2],["Bad_Server","R",7,2,0] ],
+
+[[2,1],[3,1],[5,4],[6,5]],
+[[3,2],[3,6],[5,2]],
+["causes", [2,5],[6,3]],
+["is_response_to", [5,2]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.00591521,
+[ ["Client","R",1,0,0],["Request","A",2,0,1],["Process_Response","A",3,0,2],["Good_Server","R",4,1,0],["Response","C",5,1,1],["Send_Response","A",6,1,2],["Response","C",7,1,3],["Send_Response","A",8,1,4],["Bad_Server","R",9,2,0],["Request","A",10,2,1],["Process_Response","A",11,2,4] ],
+
+[[2,1],[3,1],[5,4],[6,5],[7,4],[8,7],[10,9],[11,9]],
+[[3,2],[3,6],[5,2],[7,5],[7,10],[11,10],[11,8]],
+["causes", [2,5],[6,3],[8,11],[10,7]],
+["is_response_to", [5,2],[7,10]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.0177456,
+[ ["Client","R",1,0,0],["Request","A",2,0,1],["Process_Response","A",3,0,3],["Good_Server","R",4,1,0],["Response","C",5,1,1],["Request","A",6,1,2],["Send_Response","A",7,1,3],["Process_Response","A",8,1,4],["Bad_Server","R",9,2,0],["Response","C",10,2,2],["Redirect","A",11,2,3],["Send_Response","A",12,2,4] ],
+
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+,{"VIEWS":[ ]}
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+,{"VIEWS":[ ]}
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+
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+["is_response_to", [5,2],[12,6],[15,7]]
+,{"VIEWS":[ ]}
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+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example41_Replay_Attack.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example41_Replay_Attack.json
new file mode 100644
index 0000000..e5cf279
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example41_Replay_Attack.json
@@ -0,0 +1,51 @@
+{"traces":[
+
+["U", 0.166667,
+[ ["Alice","R",1,0,0],["sends_password_to_Bob","A",2,0,2],["Network","R",3,1,0],["message_in_transit","A",4,1,2],["Eve","R",5,2,0],["eavesesdrops_message","A",6,2,2],["presents_Alice_password","A",7,2,4],["talks","A",8,2,5],["Bob","R",9,3,0],["requests_password_from_Alice","A",10,3,1],["receives_password_from_Alice","A",11,3,3],["asks_for_password","A",12,3,4] ],
+
+[[2,1],[4,3],[6,5],[7,5],[8,5],[8,9],[10,9],[11,9],[12,9]],
+[[2,10],[4,2],[6,4],[7,6],[7,12],[8,7],[8,12],[11,10],[11,4],[12,11]]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["Alice","R",1,0,0],["sends_password_to_Bob","A",2,0,2],["Network","R",3,1,0],["message_in_transit","A",4,1,2],["Eve","R",5,2,0],["eavesesdrops_message","A",6,2,2],["presents_Alice_password","A",7,2,4],["talks","A",8,2,5],["presents_Alice_password","A",9,2,6],["talks","A",10,2,7],["Bob","R",11,3,0],["requests_password_from_Alice","A",12,3,1],["receives_password_from_Alice","A",13,3,3],["asks_for_password","A",14,3,4],["asks_for_password","A",16,3,5] ],
+
+[[2,1],[4,3],[6,5],[7,5],[8,5],[8,11],[9,5],[10,5],[10,11],[12,11],[13,11],[14,11],[16,11]],
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+,{"VIEWS":[ ]}
+],
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+
+[[2,1],[3,1],[4,1],[4,11],[6,5],[8,7],[9,7],[10,7],[10,11],[12,11],[13,11],[14,11],[16,11]],
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+,{"VIEWS":[ ]}
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+,{"VIEWS":[ ]}
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+
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+,{"VIEWS":[ ]}
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+
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+,{"VIEWS":[ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example42_Bar_Chart.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example42_Bar_Chart.json
new file mode 100644
index 0000000..63cc0f5
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example42_Bar_Chart.json
@@ -0,0 +1,19 @@
+{"traces":[
+
+["U", 1,
+[ ["A","R",1,0,0],["a","A",2,0,1],["b","A",3,0,2],["c","A",4,0,3],["a","A",5,0,4] ],
+
+[[2,1],[3,1],[4,1],[5,1]],
+[[3,2],[4,3],[5,4]]
+,{"VIEWS":[
+{"TABLE": { "title": "Trace 1",
+"tabs": [ "event_name","total_number"],
+ "rows": [ [ "A",1],[ "a",2],[ "b",1],[ "c",1]] } }
+,
+{"BAR_CHART": { "title": "Trace 1 chart",
+"tabs": [ "event_name","total_number"], "X_AXIS": "event_name","ROTATE": 0,
+ "rows": [ [ "A",1],[ "a",2],[ "b",1],[ "c",1]] } }
+ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example43_Histogram.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example43_Histogram.json
new file mode 100644
index 0000000..8be71aa
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example43_Histogram.json
@@ -0,0 +1,47 @@
+{"traces":[
+
+["U", 0.2,
+[ ["A","R",1,0,0],["a1","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.3,
+[ ["A","R",1,0,0],["a2","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["A","R",1,0,0] ],
+
+[],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["A","R",1,0,0],["a3","A",2,0,1] ],
+
+[[2,1]],
+[]
+,{"VIEWS":[ ]}
+],
+
+["U", 0.166667,
+[ ["A","R",1,0,0],["a3","A",2,0,1],["a3","A",3,0,2] ],
+
+[[2,1],[3,1]],
+[[3,2]]
+,{"VIEWS":[ ]}
+]
+]
+,"GLOBAL":["U",
+{"BAR_CHART": { "title": "Trace probabilities",
+"tabs": [ "probability_interval","trace_count"], "X_AXIS": "probability_interval","ROTATE": 0,
+ "rows": [ [ "[0..0.1)",0],[ "[0.1..0.2)",3],[ "[0.2..0.3)",1],[ "[0.3..0.4)",1],[ "[0.4..0.5)",0],[ "[0.5..0.6)",0],[ "[0.6..0.7)",0],[ "[0.7..0.8)",0],[ "[0.8..0.9)",0],[ "[0.9..1)",0]] } }
+]}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example44_Gantt_Chart.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example44_Gantt_Chart.json
new file mode 100644
index 0000000..f5bf362
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example44_Gantt_Chart.json
@@ -0,0 +1,15 @@
+{"traces":[
+
+["U", 1,
+[ ["A","R",1,0,0],["a1","A",2,0,1],["a2","A",3,0,2],["B","R",4,1,0],["b1","A",5,1,1],["b2","A",7,1,2] ],
+
+[[2,1],[3,1],[3,4],[5,4],[7,4]],
+[[3,2],[3,5],[7,3]]
+,{"VIEWS":[
+{"BAR_CHART": { "title": "Example of Gantt Chart",
+"tabs": [ "event_name","start_time","duration_time"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "A",0,8],[ "a1",0,3],[ "a2",3,5],[ "B",0,10],[ "b1",0,1],[ "b2",8,2]] } }
+ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example45_Martian_Lander.json b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example45_Martian_Lander.json
new file mode 100644
index 0000000..0e2beb4
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/mp_trace_generator_test_output_2/Example45_Martian_Lander.json
@@ -0,0 +1,275 @@
+{"traces":[
+
+["U", 0.125,
+[ ["Running Timer1","T",22,0,0],["Landing complete at 30","T",23,0,1],["Measure_and_display","R",1,1,0],["STMR1","A",2,1,2],["IVEL","A",3,1,3],["CKDT","A",5,1,4],["TDP","A",6,1,5],["stop_Timer1","A",7,1,6],["IALT","A",4,2,2],["Landing","R",8,3,0],["START","A",9,3,1],["RACC","A",10,3,2],["ADJM","A",13,3,3],["IOINT","A",15,3,4],["Lands","A",16,3,5],["stop_Timer2","A",18,3,6],["STMR2","A",12,4,1],["ETC","A",14,4,3],["Timer2","R",19,5,0] ],
+
+[[2,1],[2,8],[3,1],[4,1],[5,1],[6,1],[7,1],[7,8],[9,8],[10,8],[12,8],[12,19],[13,8],[14,8],[15,8],[16,8],[18,8],[18,19]],
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+["alert", [22,1],[23,16]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "stop_Timer1",50,0,50],[ "ADJM",10,20,30],[ "Lands",30,0,30]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "stop_Timer1",50,0],[ "ADJM",10,20],[ "Lands",30,0]] } }
+ ]}
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+["alert", [25,1],[26,15],[27,18]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "stop_Timer1",111,0,111],[ "ADJM",10,20,30],[ "Emergency_Landing",111,0,111],[ "Lands",111,0,111]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "stop_Timer1",111,0],[ "ADJM",10,20],[ "Emergency_Landing",111,0],[ "Lands",111,0]] } }
+ ]}
+],
+
+["U", 0.0416667,
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+["alert", [26,1],[27,15],[28,19]]
+,{"VIEWS":[
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+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "IVEL",50,20],[ "IALT",50,20],[ "TDP",80,10],[ "stop_Timer1",131,0],[ "ADJM",10,20],[ "Emergency_Landing",111,20],[ "fire_RRM",111,10],[ "fire_RRM",121,10],[ "Lands",131,0]] } }
+ ]}
+],
+
+["U", 0.125,
+[ ["Running Timer1","T",28,0,0],["Landing complete at 50","T",29,0,1],["Measure_and_display","R",1,1,0],["STMR1","A",2,1,2],["IVEL","A",3,1,3],["CKDT","A",5,1,4],["TDP","A",6,1,5],["IVEL","A",7,1,6],["CKDT","A",9,1,7],["TDP","A",10,1,8],["stop_Timer1","A",11,1,9],["IALT","A",4,2,2],["IALT","A",8,2,5],["Landing","R",12,3,0],["START","A",13,3,1],["RACC","A",14,3,2],["ADJM","A",17,3,3],["ADJM","A",19,3,4],["IOINT","A",21,3,5],["Lands","A",22,3,6],["stop_Timer2","A",24,3,7],["STMR2","A",16,4,1],["ETC","A",18,4,3],["ETC","A",20,4,4],["Timer2","R",25,5,0] ],
+
+[[2,1],[2,12],[3,1],[4,1],[5,1],[6,1],[7,1],[8,1],[9,1],[10,1],[11,1],[11,12],[13,12],[14,12],[16,12],[16,25],[17,12],[18,12],[19,12],[20,12],[21,12],[22,12],[24,12],[24,25]],
+[[2,13],[3,2],[4,2],[5,3],[5,4],[6,5],[7,6],[8,6],[9,7],[9,8],[10,9],[11,10],[11,22],[14,13],[16,13],[17,14],[17,16],[17,2],[18,14],[18,16],[18,2],[19,17],[19,18],[20,17],[20,18],[21,19],[21,20],[22,21],[24,22],[24,16]],
+["alert", [28,1],[29,22]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "IVEL",50,20,70],[ "IALT",50,20,70],[ "TDP",80,10,90],[ "stop_Timer1",90,0,90],[ "ADJM",10,20,30],[ "ADJM",30,20,50],[ "Lands",50,0,50]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "IVEL",50,20],[ "IALT",50,20],[ "TDP",80,10],[ "stop_Timer1",90,0],[ "ADJM",10,20],[ "ADJM",30,20],[ "Lands",50,0]] } }
+ ]}
+],
+
+["U", 0.0416667,
+[ ["Running Timer1","T",31,0,0],["Emergency landing started at 101","T",32,0,1],["Landing complete at 111","T",33,0,2],["Measure_and_display","R",1,1,0],["STMR1","A",2,1,2],["IVEL","A",3,1,3],["CKDT","A",5,1,4],["TDP","A",6,1,5],["IVEL","A",7,1,6],["CKDT","A",9,1,7],["TDP","A",10,1,8],["stop_Timer1","A",11,1,9],["IALT","A",4,2,2],["IALT","A",8,2,5],["Landing","R",12,3,0],["START","A",13,3,1],["RACC","A",14,3,2],["ADJM","A",17,3,3],["ADJM","A",19,3,4],["TMRINT","A",21,3,5],["IEM","A",22,3,6],["Emergency_Landing","C",23,3,7],["Lands","A",24,3,8],["stop_Timer2","A",26,3,9],["STMR2","A",16,4,1],["ETC","A",18,4,3],["ETC","A",20,4,4],["Timer2","R",27,5,0] ],
+
+[[2,1],[2,12],[3,1],[4,1],[5,1],[6,1],[7,1],[8,1],[9,1],[10,1],[11,1],[11,12],[13,12],[14,12],[16,12],[16,27],[17,12],[18,12],[19,12],[20,12],[21,12],[21,27],[22,12],[23,12],[24,12],[26,12],[26,27]],
+[[2,13],[3,2],[4,2],[5,3],[5,4],[6,5],[7,6],[8,6],[9,7],[9,8],[10,9],[11,10],[11,24],[14,13],[16,13],[17,14],[17,16],[17,2],[18,14],[18,16],[18,2],[19,17],[19,18],[20,17],[20,18],[21,19],[21,20],[21,16],[22,21],[23,22],[24,23],[26,24],[26,21]],
+["alert", [31,1],[32,21],[33,24]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "IVEL",50,20,70],[ "IALT",50,20,70],[ "TDP",80,10,90],[ "stop_Timer1",111,0,111],[ "ADJM",10,20,30],[ "ADJM",30,20,50],[ "Emergency_Landing",111,0,111],[ "Lands",111,0,111]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "IVEL",50,20],[ "IALT",50,20],[ "TDP",80,10],[ "stop_Timer1",111,0],[ "ADJM",10,20],[ "ADJM",30,20],[ "Emergency_Landing",111,0],[ "Lands",111,0]] } }
+ ]}
+],
+
+["U", 0.0416667,
+[ ["Running Timer1","T",32,0,0],["Emergency landing started at 101","T",33,0,1],["Landing complete at 121","T",34,0,2],["Measure_and_display","R",1,1,0],["STMR1","A",2,1,2],["IVEL","A",3,1,3],["CKDT","A",5,1,4],["TDP","A",6,1,5],["IVEL","A",7,1,6],["CKDT","A",9,1,7],["TDP","A",10,1,8],["stop_Timer1","A",11,1,10],["IALT","A",4,2,2],["IALT","A",8,2,5],["Landing","R",12,3,0],["START","A",13,3,1],["RACC","A",14,3,2],["ADJM","A",17,3,3],["ADJM","A",19,3,4],["TMRINT","A",21,3,5],["IEM","A",22,3,6],["Emergency_Landing","C",23,3,7],["fire_RRM","A",24,3,8],["Lands","A",25,3,9],["stop_Timer2","A",27,3,10],["STMR2","A",16,4,1],["ETC","A",18,4,3],["ETC","A",20,4,4],["Timer2","R",28,5,0] ],
+
+[[2,1],[2,12],[3,1],[4,1],[5,1],[6,1],[7,1],[8,1],[9,1],[10,1],[11,1],[11,12],[13,12],[14,12],[16,12],[16,28],[17,12],[18,12],[19,12],[20,12],[21,12],[21,28],[22,12],[23,12],[24,23],[25,12],[27,12],[27,28]],
+[[2,13],[3,2],[4,2],[5,3],[5,4],[6,5],[7,6],[8,6],[9,7],[9,8],[10,9],[11,10],[11,25],[14,13],[16,13],[17,14],[17,16],[17,2],[18,14],[18,16],[18,2],[19,17],[19,18],[20,17],[20,18],[21,19],[21,20],[21,16],[22,21],[23,22],[25,23],[27,25],[27,21]],
+["alert", [32,1],[33,21],[34,25]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "IVEL",50,20,70],[ "IALT",50,20,70],[ "TDP",80,10,90],[ "stop_Timer1",121,0,121],[ "ADJM",10,20,30],[ "ADJM",30,20,50],[ "Emergency_Landing",111,10,121],[ "fire_RRM",111,10,121],[ "Lands",121,0,121]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "IVEL",50,20],[ "IALT",50,20],[ "TDP",80,10],[ "stop_Timer1",121,0],[ "ADJM",10,20],[ "ADJM",30,20],[ "Emergency_Landing",111,10],[ "fire_RRM",111,10],[ "Lands",121,0]] } }
+ ]}
+],
+
+["U", 0.0416667,
+[ ["Running Timer1","T",33,0,0],["Emergency landing started at 101","T",34,0,1],["Landing complete at 131","T",35,0,2],["Measure_and_display","R",1,1,0],["STMR1","A",2,1,2],["IVEL","A",3,1,3],["CKDT","A",5,1,4],["TDP","A",6,1,5],["IVEL","A",7,1,6],["CKDT","A",9,1,7],["TDP","A",10,1,8],["stop_Timer1","A",11,1,11],["IALT","A",4,2,2],["IALT","A",8,2,5],["Landing","R",12,3,0],["START","A",13,3,1],["RACC","A",14,3,2],["ADJM","A",17,3,3],["ADJM","A",19,3,4],["TMRINT","A",21,3,5],["IEM","A",22,3,6],["Emergency_Landing","C",23,3,7],["fire_RRM","A",24,3,8],["fire_RRM","A",25,3,9],["Lands","A",26,3,10],["stop_Timer2","A",28,3,11],["STMR2","A",16,4,1],["ETC","A",18,4,3],["ETC","A",20,4,4],["Timer2","R",29,5,0] ],
+
+[[2,1],[2,12],[3,1],[4,1],[5,1],[6,1],[7,1],[8,1],[9,1],[10,1],[11,1],[11,12],[13,12],[14,12],[16,12],[16,29],[17,12],[18,12],[19,12],[20,12],[21,12],[21,29],[22,12],[23,12],[24,23],[25,23],[26,12],[28,12],[28,29]],
+[[2,13],[3,2],[4,2],[5,3],[5,4],[6,5],[7,6],[8,6],[9,7],[9,8],[10,9],[11,10],[11,26],[14,13],[16,13],[17,14],[17,16],[17,2],[18,14],[18,16],[18,2],[19,17],[19,18],[20,17],[20,18],[21,19],[21,20],[21,16],[22,21],[23,22],[25,24],[26,23],[28,26],[28,21]],
+["alert", [33,1],[34,21],[35,26]]
+,{"VIEWS":[
+{"TABLE": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration","end_time"],
+ "rows": [ [ "IVEL",10,20,30],[ "IALT",10,20,30],[ "TDP",40,10,50],[ "IVEL",50,20,70],[ "IALT",50,20,70],[ "TDP",80,10,90],[ "stop_Timer1",131,0,131],[ "ADJM",10,20,30],[ "ADJM",30,20,50],[ "Emergency_Landing",111,20,131],[ "fire_RRM",111,10,121],[ "fire_RRM",121,10,131],[ "Lands",131,0,131]] } }
+,
+{"BAR_CHART": { "title": "Event timings",
+"tabs": [ "event_name","start_time","event_duration"], "X_AXIS": "event_name","ROTATE": 1,
+ "rows": [ [ "IVEL",10,20],[ "IALT",10,20],[ "TDP",40,10],[ "IVEL",50,20],[ "IALT",50,20],[ "TDP",80,10],[ "stop_Timer1",131,0],[ "ADJM",10,20],[ "ADJM",30,20],[ "Emergency_Landing",111,20],[ "fire_RRM",111,10],[ "fire_RRM",121,10],[ "Lands",131,0]] } }
+ ]}
+]
+]
+}
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/test_mp_given_rc_changes.sh b/RIGAL/rigsc.446/TEST_MP_PRELOADS/test_mp_given_rc_changes.sh
new file mode 100755
index 0000000..8c21397
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/test_mp_given_rc_changes.sh
@@ -0,0 +1,13 @@
+#/bin/bash
+set -e # stop if any command fails
+rm -f ./welcome.output_1 ./welcome.output_2
+./welcome.sh test ../bin ../../../Code/ ../../../Firebird_Pre_loaded_examples/ 1 >> welcome.output_1 2>&1
+./welcome.sh test ../bin ../../../Code/ ../../../Firebird_Pre_loaded_examples/ 2 >> welcome.output_2 2>&1
+tail -2 welcome.output_1
+tail -2 welcome.output_2
+
+# we don't try scope three as some files take a very long time to finish.
+# if you just want to check without computing
+# diff -rq dir1 dir2
+
+
diff --git a/RIGAL/rigsc.446/TEST_MP_PRELOADS/welcome.sh b/RIGAL/rigsc.446/TEST_MP_PRELOADS/welcome.sh
new file mode 100755
index 0000000..6c1b87d
--- /dev/null
+++ b/RIGAL/rigsc.446/TEST_MP_PRELOADS/welcome.sh
@@ -0,0 +1,196 @@
+#!/bin/bash
+set -e # stop whenever any command fails.
+
+usage_function ()
+{
+ echo "Just called as : $1 $2 $3 $4 $5";
+ echo
+ echo "Usage: $0"
+ echo "first argument: [test or run]"
+ echo "second argument: [path_to_rigal_c_compiler]"
+ echo "third argument: [path_to_mp_code]"
+ echo "fourth argument: [mp_filepath or mp_filename]"
+ echo "fifth argument: [scope] ";
+ exit 0
+}
+
+
+compile_and_generate_mp_traces ()
+{
+ echo $rc
+ echo $ic
+ cp $mp_code_path/*.rig mp_trace_generator_run_build/.
+ cp $mp_code_path/*.h mp_trace_generator_run_build/.
+
+# Copy the mp file into the build folder
+ echo $a_file
+ cp $a_file mp_trace_generator_run_build/.
+
+ echo ${a_file##*/} #just the file name with extension included
+ local mp_filename_with_extension=${a_file##*/}
+ echo ${a_file%.*} #path to file with filename extension not included
+ local mp_base_filename=${mp_filename_with_extension%.*}
+ echo $mp_base_filename
+# Switch to build folder and run build scripts
+ cd mp_trace_generator_run_build
+# 1. Compile parser
+../$rc MP2-parser
+echo "Compiled MP2-Parser"
+# 2. Run parser to create tree
+../$ic MP2-parser $mp_base_filename tree $mp_scope > temp.txt
+local tr="tree"
+local new_tree_name="${mp_base_filename}"."${tr}"
+echo "new tree name = $new_tree_name"
+cp tree $new_tree_name
+local new_temp_name="${mp_base_filename}".temp.txt
+echo "new temp name = $new_temp_name"
+cp temp.txt $new_temp_name
+echo "ran Parser on $a_file"
+# 3. Compile generator
+../$rc MP2-generator
+echo "Compiled MP2-generator"
+# 4. Run generator to create C++ code
+../$ic MP2-generator tree > temp2.txt
+local new_temp2_name="${mp_base_filename}".temp2.txt
+echo "new temp2 name = $new_temp2_name"
+cp temp2.txt $new_temp2_name
+echo "Generated CPP code"
+rm tree *.rsc
+echo "C++ compiler: g++ $mp_base_filename.cpp -o $mp_base_filename -fast"
+#time /Developer/usr/bin/g++ "$mp_basename.cpp" -o $mp_basename -fast
+# 5. Compile the C++ code
+time g++ "${mp_base_filename}.cpp" -o $mp_base_filename -Ofast
+echo "$mp_base_filename run: $mp_base_filename>$mp_base_filename.txt"
+# 6. Run the compiled C++ program
+time ./$mp_base_filename>"${mp_base_filename}.txt"
+echo "Completed $mp_base_filename for scope $mp_scope"
+mv $mp_base_filename.json ../mp_trace_generator_run_output_"$mp_scope"/
+rm $mp_base_filename xd RIGCOMP.TMP
+cd ..
+
+}
+
+# Show the help text
+if [[ "$1" == "-h" ]] || [[ -z "$*" ]] ; then
+ usage_function $0 $1 $2 $3 $4 $5
+fi
+
+
+if [[ "$1" != "test" ]] && [[ "$1" != "run" ]]; then
+ usage_function $0 $1 $2 $3 $4 $5
+fi
+
+shell_mode=$1 # run to get json or test to compare to known-good files
+rc_path=$2 # path to trace-generator bin directory
+mp_code_path=$3 # path to .rig and .h code of MP
+mp=$4 # might be a path or a filename -- distinguished later.
+mp_scope=$5 # can run at any scope, 1,2,3,4,or 5
+
+#check rc_path is valid
+if test ! -d $rc_path ; then
+ echo "$rc_path does not exist!"
+ usage_function $0 $1 $2 $3 $4 $5
+fi
+echo "rc_path confirmed: $rc_path "
+#check mp_code_path is valid
+if test ! -d $mp_code_path ; then
+ echo "$mp_code_path does not exist!"
+ usage_function $0 $1 $2 $3 $4 $5
+fi
+echo "mp_code_path confirmed: $mp_code_path"
+
+#check for the executable rc
+if test ! -x $rc_path/rc ; then
+ echo "The executable compiler $rc_path/rc does not exist!"
+ usage_function $0 $1 $2 $3 $4 $5
+fi
+rc=$rc_path/rc
+if test ! -x $rc_path/ic ; then
+ echo "The executable compiler $rc_path/ic does not exist!"
+ usage_function $0 $1 $2 $3 $4 $5
+fi
+ic=$rc_path/ic
+
+echo "rc executable set: $rc"
+
+#check whether mp is path or file
+if [ ! -e $mp ]; then
+ echo " $mp is not a file or directory "
+ usage_function $0 $1 $2 $3 $4 $5
+else
+ if [ -d $mp ]; then
+ mp_path=$mp
+ mp_type="path"
+ echo "FILE PATH provided"
+ elif [ -f $mp ]; then
+ mp_filename=$mp
+ mp_type="filename"
+ else
+ echo " $mp is not a file or directory "
+ usage_function $0 $1 $2 $3 $4 $5
+ fi
+fi
+echo "mp type is set to $mp_type"
+
+#check mp_scope is a number greater than 0 default to 1 if not present.
+if [ ! "$mp_scope" = "1" ] &&
+ [ ! "$mp_scope" = "2" ] &&
+ [ ! "$mp_scope" = "3" ] &&
+ [ ! "$mp_scope" = "4" ] &&
+ [ ! "$mp_scope" = "5" ] ; then
+ echo " $mp_scope should one of these numbers: {1,2,3,4,5} "
+ usage_function $0 $1 $2 $3 $4 $5
+fi;
+echo "mp scope is set"
+
+# Setup the /build folder
+if [ ! -d "mp_trace_generator_run_build" ]; then
+ mkdir mp_trace_generator_run_build
+fi
+if [ ! -d "mp_trace_generator_run_output_$mp_scope" ]; then
+ mkdir mp_trace_generator_run_output_"$mp_scope"
+fi
+echo "setting mp path/filename"
+echo "mp_type = $mp_type"
+if [ "$mp_type" = "path" ]; then
+ file_list=$(/usr/bin/find "$mp_path" -type f -maxdepth 2 -name "*.mp");
+ echo $file_list
+ for a_file in $file_list
+ do
+ echo "The file to process is:****** ***** : $a_file"
+ file_info=$(file "$a_file")
+ echo "File information is: $file_info"
+ #compute the output
+ compile_and_generate_mp_traces $a_file
+ done
+ if [ $shell_mode = "test" ]; then
+ #compare all computations to known good
+ diff_results=$(diff -rq mp_trace_generator_run_output_"$mp_scope" mp_trace_generator_test_output_"$mp_scope")
+ if [[ -z "$diff_results" ]] ; then
+ echo "No differences between computed and known good were found!"
+ else
+ echo "Differences found are: "
+ echo $diff_results
+ fi
+
+ elif [ $shell_mode = "run" ]; then
+ echo "IN RUN MODE"
+ echo "Computed results from file: $a_file"
+ else usage_function $0 $1 $2 $3 $4 $5
+ fi
+
+else
+ if [ "$mp_type" = "filename" ]; then
+ file_list=$mp_filename
+ a_file=$file_list
+ file_info=$(file $file_list)
+ echo "File information is: $file_info"
+ echo "MODE is: $shell_mode"
+ compile_and_generate_mp_traces
+ else
+ usage_function $0 $1 $2 $3 $4 $5
+ fi
+fi
+
+
+
--
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