scenario_execution.model package

Submodules

• scenario_execution.model.error module
  • OSC2Error
  • OSC2ParsingError
• scenario_execution.model.model_base_visitor module
  • BaseVisitor
    • BaseVisitor.aggregate_result()
    • BaseVisitor.default_result()
    • BaseVisitor.should_visit_next_child()
    • BaseVisitor.visit()
    • BaseVisitor.visit_children()
  • ModelBaseVisitor
    • ModelBaseVisitor.visit_action_declaration()
    • ModelBaseVisitor.visit_action_inherits()
    • ModelBaseVisitor.visit_actor_declaration()
    • ModelBaseVisitor.visit_actor_inherits()
    • ModelBaseVisitor.visit_argument()
    • ModelBaseVisitor.visit_behavior_invocation()
    • ModelBaseVisitor.visit_binary_expression()
    • ModelBaseVisitor.visit_bool_literal()
    • ModelBaseVisitor.visit_call_directive()
    • ModelBaseVisitor.visit_cast_expression()
    • ModelBaseVisitor.visit_compilation_unit()
    • ModelBaseVisitor.visit_cover_declaration()
    • ModelBaseVisitor.visit_do_directive()
    • ModelBaseVisitor.visit_do_member()
    • ModelBaseVisitor.visit_elapsed_expression()
    • ModelBaseVisitor.visit_element_access_expression()
    • ModelBaseVisitor.visit_emit_directive()
    • ModelBaseVisitor.visit_enum_declaration()
    • ModelBaseVisitor.visit_enum_member_declaration()
    • ModelBaseVisitor.visit_enum_type_extension()
    • ModelBaseVisitor.visit_enum_value_reference()
    • ModelBaseVisitor.visit_event_condition()
    • ModelBaseVisitor.visit_event_declaration()
    • ModelBaseVisitor.visit_event_field_declaration()
    • ModelBaseVisitor.visit_event_reference()
    • ModelBaseVisitor.visit_every_expression()
    • ModelBaseVisitor.visit_fall_expression()
    • ModelBaseVisitor.visit_field_access_expression()
    • ModelBaseVisitor.visit_float_literal()
    • ModelBaseVisitor.visit_function_application_expression()
    • ModelBaseVisitor.visit_global_parameter_declaration()
    • ModelBaseVisitor.visit_identifier()
    • ModelBaseVisitor.visit_identifier_reference()
    • ModelBaseVisitor.visit_inherits_condition()
    • ModelBaseVisitor.visit_integer_literal()
    • ModelBaseVisitor.visit_keep_constraint_declaration()
    • ModelBaseVisitor.visit_list_expression()
    • ModelBaseVisitor.visit_logical_expression()
    • ModelBaseVisitor.visit_method_body()
    • ModelBaseVisitor.visit_method_declaration()
    • ModelBaseVisitor.visit_modifier_declaration()
    • ModelBaseVisitor.visit_modifier_invocation()
    • ModelBaseVisitor.visit_named_argument()
    • ModelBaseVisitor.visit_on_directive()
    • ModelBaseVisitor.visit_parameter_declaration()
    • ModelBaseVisitor.visit_parameter_reference()
    • ModelBaseVisitor.visit_physical_literal()
    • ModelBaseVisitor.visit_physical_type_declaration()
    • ModelBaseVisitor.visit_positional_argument()
    • ModelBaseVisitor.visit_range_expression()
    • ModelBaseVisitor.visit_record_declaration()
    • ModelBaseVisitor.visit_relation_expression()
    • ModelBaseVisitor.visit_remove_default_declaration()
    • ModelBaseVisitor.visit_rise_expression()
    • ModelBaseVisitor.visit_sample_expression()
    • ModelBaseVisitor.visit_scenario_declaration()
    • ModelBaseVisitor.visit_scenario_inherits()
    • ModelBaseVisitor.visit_si_base_exponent()
    • ModelBaseVisitor.visit_si_unit_specifier()
    • ModelBaseVisitor.visit_string_literal()
    • ModelBaseVisitor.visit_struct_declaration()
    • ModelBaseVisitor.visit_struct_inherits()
    • ModelBaseVisitor.visit_structured_type_extension()
    • ModelBaseVisitor.visit_ternary_expression()
    • ModelBaseVisitor.visit_type()
    • ModelBaseVisitor.visit_type_test_expression()
    • ModelBaseVisitor.visit_unary_expression()
    • ModelBaseVisitor.visit_unit_declaration()
    • ModelBaseVisitor.visit_until_directive()
    • ModelBaseVisitor.visit_variable_declaration()
    • ModelBaseVisitor.visit_wait_directive()
• scenario_execution.model.model_blackboard module
  • ModelToBlackboard
    • ModelToBlackboard.BehaviorInit
      • ModelToBlackboard.BehaviorInit.create_blackboard_entries()
      • ModelToBlackboard.BehaviorInit.needs_blackboard_entry()
      • ModelToBlackboard.BehaviorInit.visit_parameter_declaration()
      • ModelToBlackboard.BehaviorInit.visit_variable_declaration()
    • ModelToBlackboard.build()
  • create_py_tree_blackboard()
• scenario_execution.model.model_builder module
• scenario_execution.model.model_file_loader module
  • ModelFileLoader
    • ModelFileLoader.load_file()
    • ModelFileLoader.process_file()
• scenario_execution.model.model_resolver module
  • ModelResolver
    • ModelResolver.check_parameter_type()
    • ModelResolver.visit_action_declaration()
    • ModelResolver.visit_action_inherits()
    • ModelResolver.visit_actor_inherits()
    • ModelResolver.visit_behavior_invocation()
    • ModelResolver.visit_do_directive()
    • ModelResolver.visit_emit_directive()
    • ModelResolver.visit_enum_declaration()
    • ModelResolver.visit_enum_value_reference()
    • ModelResolver.visit_global_parameter_declaration()
    • ModelResolver.visit_identifier_reference()
    • ModelResolver.visit_keep_constraint_declaration()
    • ModelResolver.visit_method_declaration()
    • ModelResolver.visit_modifier_invocation()
    • ModelResolver.visit_parameter_declaration()
    • ModelResolver.visit_physical_literal()
    • ModelResolver.visit_scenario_inherits()
    • ModelResolver.visit_struct_inherits()
    • ModelResolver.visit_type()
    • ModelResolver.visit_unit_declaration()
  • resolve_internal_model()
• scenario_execution.model.model_to_py_tree module
  • ExpressionBehavior
    • ExpressionBehavior.update()
  • ModelToPyTree
    • ModelToPyTree.BehaviorInit
      • ModelToPyTree.BehaviorInit.compare_method_arguments()
      • ModelToPyTree.BehaviorInit.create_decorator()
      • ModelToPyTree.BehaviorInit.visit_behavior_invocation()
      • ModelToPyTree.BehaviorInit.visit_binary_expression()
      • ModelToPyTree.BehaviorInit.visit_do_member()
      • ModelToPyTree.BehaviorInit.visit_elapsed_expression()
      • ModelToPyTree.BehaviorInit.visit_emit_directive()
      • ModelToPyTree.BehaviorInit.visit_event_condition()
      • ModelToPyTree.BehaviorInit.visit_event_declaration()
      • ModelToPyTree.BehaviorInit.visit_event_reference()
      • ModelToPyTree.BehaviorInit.visit_keep_constraint_declaration()
      • ModelToPyTree.BehaviorInit.visit_logical_expression()
      • ModelToPyTree.BehaviorInit.visit_modifier_invocation()
      • ModelToPyTree.BehaviorInit.visit_relation_expression()
      • ModelToPyTree.BehaviorInit.visit_scenario_declaration()
      • ModelToPyTree.BehaviorInit.visit_wait_directive()
    • ModelToPyTree.build()
  • TopicEquals
    • TopicEquals.update()
  • TopicPublish
    • TopicPublish.setup()
    • TopicPublish.update()
  • create_py_tree()
• scenario_execution.model.osc2_parser module
• scenario_execution.model.types module
  • ActionDeclaration
    • ActionDeclaration.accept()
    • ActionDeclaration.enter_node()
    • ActionDeclaration.exit_node()
    • ActionDeclaration.get_base_type()
  • ActionInherits
    • ActionInherits.accept()
    • ActionInherits.enter_node()
    • ActionInherits.exit_node()
  • ActorDeclaration
    • ActorDeclaration.accept()
    • ActorDeclaration.enter_node()
    • ActorDeclaration.exit_node()
    • ActorDeclaration.get_base_type()
  • ActorInherits
    • ActorInherits.accept()
    • ActorInherits.enter_node()
    • ActorInherits.exit_node()
  • Argument
    • Argument.accept()
    • Argument.enter_node()
    • Argument.exit_node()
  • BehaviorInvocation
    • BehaviorInvocation.accept()
    • BehaviorInvocation.enter_node()
    • BehaviorInvocation.exit_node()
    • BehaviorInvocation.get_base_type()
    • BehaviorInvocation.get_resolved_value_with_variable_references()
    • BehaviorInvocation.get_type()
  • BinaryExpression
    • BinaryExpression.accept()
    • BinaryExpression.enter_node()
    • BinaryExpression.exit_node()
    • BinaryExpression.get_resolved_value()
    • BinaryExpression.get_type_string()
  • BoolLiteral
    • BoolLiteral.accept()
    • BoolLiteral.enter_node()
    • BoolLiteral.exit_node()
    • BoolLiteral.get_resolved_value()
    • BoolLiteral.get_type_string()
  • CallDirective
    • CallDirective.accept()
    • CallDirective.enter_node()
    • CallDirective.exit_node()
  • CastExpression
    • CastExpression.accept()
    • CastExpression.enter_node()
    • CastExpression.exit_node()
  • CompilationUnit
    • CompilationUnit.accept()
    • CompilationUnit.enter_node()
    • CompilationUnit.exit_node()
  • CoverDeclaration
    • CoverDeclaration.accept()
    • CoverDeclaration.enter_node()
    • CoverDeclaration.exit_node()
  • Declaration
    • Declaration.get_base_type()
    • Declaration.get_declaration_string()
    • Declaration.get_qualified_name()
    • Declaration.get_resolved_value()
    • Declaration.get_type_string()
  • DoDirective
    • DoDirective.accept()
    • DoDirective.enter_node()
    • DoDirective.exit_node()
  • DoMember
    • DoMember.accept()
    • DoMember.enter_node()
    • DoMember.exit_node()
  • ElapsedExpression
    • ElapsedExpression.accept()
    • ElapsedExpression.enter_node()
    • ElapsedExpression.exit_node()
  • ElementAccessExpression
    • ElementAccessExpression.accept()
    • ElementAccessExpression.enter_node()
    • ElementAccessExpression.exit_node()
  • EmitDirective
    • EmitDirective.accept()
    • EmitDirective.enter_node()
    • EmitDirective.exit_node()
  • EnumDeclaration
    • EnumDeclaration.accept()
    • EnumDeclaration.enter_node()
    • EnumDeclaration.exit_node()
    • EnumDeclaration.get_resolved_value()
  • EnumMemberDeclaration
    • EnumMemberDeclaration.accept()
    • EnumMemberDeclaration.enter_node()
    • EnumMemberDeclaration.exit_node()
  • EnumTypeExtension
    • EnumTypeExtension.accept()
    • EnumTypeExtension.enter_node()
    • EnumTypeExtension.exit_node()
  • EnumValueReference
    • EnumValueReference.accept()
    • EnumValueReference.enter_node()
    • EnumValueReference.exit_node()
    • EnumValueReference.get_resolved_value()
    • EnumValueReference.get_type_string()
  • EventCondition
    • EventCondition.accept()
    • EventCondition.enter_node()
    • EventCondition.exit_node()
  • EventDeclaration
    • EventDeclaration.accept()
    • EventDeclaration.enter_node()
    • EventDeclaration.exit_node()
  • EventFieldDecl
    • EventFieldDecl.accept()
    • EventFieldDecl.enter_node()
    • EventFieldDecl.exit_node()
  • EventReference
    • EventReference.accept()
    • EventReference.enter_node()
    • EventReference.exit_node()
  • EveryExpression
    • EveryExpression.accept()
    • EveryExpression.enter_node()
    • EveryExpression.exit_node()
  • Expression
    • Expression.eval()
    • Expression.resolve()
  • FallExpression
    • FallExpression.accept()
    • FallExpression.enter_node()
    • FallExpression.exit_node()
  • FieldAccessExpression
    • FieldAccessExpression.accept()
    • FieldAccessExpression.enter_node()
    • FieldAccessExpression.exit_node()
  • FloatLiteral
    • FloatLiteral.accept()
    • FloatLiteral.enter_node()
    • FloatLiteral.exit_node()
    • FloatLiteral.get_resolved_value()
    • FloatLiteral.get_type_string()
  • FunctionApplicationExpression
    • FunctionApplicationExpression.accept()
    • FunctionApplicationExpression.enter_node()
    • FunctionApplicationExpression.exit_node()
    • FunctionApplicationExpression.get_resolved_value()
    • FunctionApplicationExpression.get_type()
    • FunctionApplicationExpression.get_type_string()
  • GlobalParameterDeclaration
    • GlobalParameterDeclaration.accept()
    • GlobalParameterDeclaration.enter_node()
    • GlobalParameterDeclaration.exit_node()
  • Identifier
    • Identifier.accept()
    • Identifier.enter_node()
    • Identifier.exit_node()
  • IdentifierReference
    • IdentifierReference.accept()
    • IdentifierReference.enter_node()
    • IdentifierReference.exit_node()
    • IdentifierReference.get_blackboard_reference()
    • IdentifierReference.get_resolved_value()
    • IdentifierReference.get_type()
    • IdentifierReference.get_type_string()
    • IdentifierReference.get_variable_reference()
  • Inheritance
  • InheritsCondition
    • InheritsCondition.accept()
    • InheritsCondition.enter_node()
    • InheritsCondition.exit_node()
  • IntegerLiteral
    • IntegerLiteral.accept()
    • IntegerLiteral.enter_node()
    • IntegerLiteral.exit_node()
    • IntegerLiteral.get_resolved_value()
    • IntegerLiteral.get_type_string()
  • KeepConstraintDeclaration
    • KeepConstraintDeclaration.accept()
    • KeepConstraintDeclaration.enter_node()
    • KeepConstraintDeclaration.exit_node()
    • KeepConstraintDeclaration.get_resolved_value()
  • ListExpression
    • ListExpression.accept()
    • ListExpression.enter_node()
    • ListExpression.exit_node()
    • ListExpression.get_resolved_value()
    • ListExpression.get_type_string()
  • LogicalExpression
    • LogicalExpression.accept()
    • LogicalExpression.enter_node()
    • LogicalExpression.exit_node()
    • LogicalExpression.get_resolved_value()
    • LogicalExpression.get_type_string()
  • MethodBody
    • MethodBody.accept()
    • MethodBody.enter_node()
    • MethodBody.exit_node()
  • MethodDeclaration
    • MethodDeclaration.accept()
    • MethodDeclaration.enter_node()
    • MethodDeclaration.exit_node()
    • MethodDeclaration.get_resolved_value()
  • ModelElement
    • ModelElement.accept()
    • ModelElement.delete_all_children()
    • ModelElement.delete_child()
    • ModelElement.enter_node()
    • ModelElement.exit_node()
    • ModelElement.find_children_of_type()
    • ModelElement.find_first_child_of_type()
    • ModelElement.find_parent()
    • ModelElement.find_reference_by_name()
    • ModelElement.get_child()
    • ModelElement.get_child_count()
    • ModelElement.get_child_with_expected_type()
    • ModelElement.get_children()
    • ModelElement.get_ctx()
    • ModelElement.get_named_child()
    • ModelElement.get_only_child()
    • ModelElement.get_parent()
    • ModelElement.get_value_child()
    • ModelElement.has_siblings()
    • ModelElement.resolve()
    • ModelElement.set_children()
    • ModelElement.set_ctx()
    • ModelElement.set_loc()
  • ModelExpression
  • ModifierDeclaration
    • ModifierDeclaration.accept()
    • ModifierDeclaration.enter_node()
    • ModifierDeclaration.exit_node()
  • ModifierInvocation
    • ModifierInvocation.accept()
    • ModifierInvocation.enter_node()
    • ModifierInvocation.exit_node()
    • ModifierInvocation.get_base_type()
  • NamedArgument
    • NamedArgument.accept()
    • NamedArgument.enter_node()
    • NamedArgument.exit_node()
    • NamedArgument.get_resolved_value()
  • OnDirective
    • OnDirective.accept()
    • OnDirective.enter_node()
    • OnDirective.exit_node()
  • Parameter
    • Parameter.get_resolved_value()
    • Parameter.get_type()
    • Parameter.get_type_string()
    • Parameter.get_value_child()
  • ParameterDeclaration
    • ParameterDeclaration.accept()
    • ParameterDeclaration.enter_node()
    • ParameterDeclaration.exit_node()
  • ParameterReference
    • ParameterReference.accept()
    • ParameterReference.enter_node()
    • ParameterReference.exit_node()
  • PhysicalLiteral
    • PhysicalLiteral.accept()
    • PhysicalLiteral.enter_node()
    • PhysicalLiteral.exit_node()
    • PhysicalLiteral.get_resolved_value()
    • PhysicalLiteral.get_type_string()
    • PhysicalLiteral.get_value_child()
  • PhysicalTypeDeclaration
    • PhysicalTypeDeclaration.accept()
    • PhysicalTypeDeclaration.enter_node()
    • PhysicalTypeDeclaration.exit_node()
    • PhysicalTypeDeclaration.get_resolved_value()
    • PhysicalTypeDeclaration.get_type_string()
  • PositionalArgument
    • PositionalArgument.accept()
    • PositionalArgument.enter_node()
    • PositionalArgument.exit_node()
    • PositionalArgument.get_resolved_value()
  • RangeExpression
    • RangeExpression.accept()
    • RangeExpression.enter_node()
    • RangeExpression.exit_node()
  • RecordDeclaration
    • RecordDeclaration.accept()
    • RecordDeclaration.enter_node()
    • RecordDeclaration.exit_node()
  • RelationExpression
    • RelationExpression.accept()
    • RelationExpression.enter_node()
    • RelationExpression.exit_node()
    • RelationExpression.get_resolved_value()
    • RelationExpression.get_type_string()
  • RemoveDefaultDeclaration
    • RemoveDefaultDeclaration.accept()
    • RemoveDefaultDeclaration.enter_node()
    • RemoveDefaultDeclaration.exit_node()
  • RiseExpression
    • RiseExpression.accept()
    • RiseExpression.enter_node()
    • RiseExpression.exit_node()
  • SIBaseExponent
    • SIBaseExponent.accept()
    • SIBaseExponent.enter_node()
    • SIBaseExponent.exit_node()
  • SIUnitSpecifier
    • SIUnitSpecifier.accept()
    • SIUnitSpecifier.enter_node()
    • SIUnitSpecifier.exit_node()
  • SampleExpression
    • SampleExpression.accept()
    • SampleExpression.enter_node()
    • SampleExpression.exit_node()
  • ScenarioDeclaration
    • ScenarioDeclaration.accept()
    • ScenarioDeclaration.enter_node()
    • ScenarioDeclaration.exit_node()
    • ScenarioDeclaration.get_base_type()
  • ScenarioInherits
    • ScenarioInherits.accept()
    • ScenarioInherits.enter_node()
    • ScenarioInherits.exit_node()
  • StringLiteral
    • StringLiteral.accept()
    • StringLiteral.enter_node()
    • StringLiteral.exit_node()
    • StringLiteral.get_resolved_value()
    • StringLiteral.get_type_string()
    • StringLiteral.get_value_child()
  • StructDeclaration
    • StructDeclaration.accept()
    • StructDeclaration.enter_node()
    • StructDeclaration.exit_node()
    • StructDeclaration.get_base_type()
  • StructInherits
    • StructInherits.accept()
    • StructInherits.enter_node()
    • StructInherits.exit_node()
  • StructuredDeclaration
    • StructuredDeclaration.get_parameter_names()
    • StructuredDeclaration.get_resolved_value()
    • StructuredDeclaration.get_type()
    • StructuredDeclaration.get_type_string()
  • StructuredTypeExtension
    • StructuredTypeExtension.accept()
    • StructuredTypeExtension.enter_node()
    • StructuredTypeExtension.exit_node()
  • TernaryExpression
    • TernaryExpression.accept()
    • TernaryExpression.enter_node()
    • TernaryExpression.exit_node()
  • Type
    • Type.accept()
    • Type.enter_node()
    • Type.exit_node()
    • Type.get_resolved_value()
  • TypeTestExpression
    • TypeTestExpression.accept()
    • TypeTestExpression.enter_node()
    • TypeTestExpression.exit_node()
  • UnaryExpression
    • UnaryExpression.accept()
    • UnaryExpression.enter_node()
    • UnaryExpression.exit_node()
  • UnitDeclaration
    • UnitDeclaration.accept()
    • UnitDeclaration.enter_node()
    • UnitDeclaration.exit_node()
    • UnitDeclaration.get_type_string()
  • UntilDirective
    • UntilDirective.accept()
    • UntilDirective.enter_node()
    • UntilDirective.exit_node()
  • VariableDeclaration
    • VariableDeclaration.accept()
    • VariableDeclaration.enter_node()
    • VariableDeclaration.exit_node()
    • VariableDeclaration.get_fully_qualified_var_name()
  • VariableReference
    • VariableReference.get_value()
    • VariableReference.set_value()
  • WaitDirective
    • WaitDirective.accept()
    • WaitDirective.enter_node()
    • WaitDirective.exit_node()
  • deserialize()
  • merge_nested_dicts()
  • print_tree()
  • serialize()
  • to_string()
  • visit_expression()

Module contents