/**
* Complete the initialization of the package and its meta-model. This method is guarded to have
* no affect on any invocation but its first.
* <!-- begin-user-doc -->
* <!-- end-user-doc -->
*
* @generated
*/
public void initializePackageContents() {
if (isInitialized) return;
isInitialized = true;
// Initialize package
setName(eNAME);
setNsPrefix(eNS_PREFIX);
setNsURI(eNS_URI);
// Obtain other dependent packages
TimingPackage theTimingPackage =
(TimingPackage) EPackage.Registry.INSTANCE.getEPackage(TimingPackage.eNS_URI);
// Create type parameters
// Set bounds for type parameters
// Add supertypes to classes
delayConstraintEClass.getESuperTypes().add(theTimingPackage.getTimingConstraint());
ageTimingConstraintEClass.getESuperTypes().add(this.getDelayConstraint());
eventConstraintEClass.getESuperTypes().add(theTimingPackage.getTimingConstraint());
inputSynchronizationConstraintEClass.getESuperTypes().add(this.getAgeTimingConstraint());
outputSynchronizationConstraintEClass.getESuperTypes().add(this.getReactionConstraint());
reactionConstraintEClass.getESuperTypes().add(this.getDelayConstraint());
sporadicEventConstraintEClass.getESuperTypes().add(this.getEventConstraint());
periodicEventConstraintEClass.getESuperTypes().add(this.getEventConstraint());
patternEventConstraintEClass.getESuperTypes().add(this.getEventConstraint());
arbitraryEventConstraintEClass.getESuperTypes().add(this.getEventConstraint());
// Initialize classes and features; add operations and parameters
initEClass(
delayConstraintEClass,
DelayConstraint.class,
"DelayConstraint",
IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getDelayConstraint_Jitter(),
theTimingPackage.getTimeDuration(),
null,
"jitter",
null,
0,
1,
DelayConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getDelayConstraint_Nominal(),
theTimingPackage.getTimeDuration(),
null,
"nominal",
null,
0,
1,
DelayConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getDelayConstraint_Scope(),
theTimingPackage.getEventChain(),
null,
"scope",
null,
0,
1,
DelayConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
ageTimingConstraintEClass,
AgeTimingConstraint.class,
"AgeTimingConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEClass(
eventConstraintEClass,
EventConstraint.class,
"EventConstraint",
IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getEventConstraint_Event(),
theTimingPackage.getEvent(),
null,
"event",
null,
0,
1,
EventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getEventConstraint_Offset(),
theTimingPackage.getTimeDuration(),
null,
"offset",
null,
0,
1,
EventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
inputSynchronizationConstraintEClass,
InputSynchronizationConstraint.class,
"InputSynchronizationConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getInputSynchronizationConstraint_Width(),
theTimingPackage.getTimeDuration(),
null,
"width",
null,
1,
1,
InputSynchronizationConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
outputSynchronizationConstraintEClass,
OutputSynchronizationConstraint.class,
"OutputSynchronizationConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getOutputSynchronizationConstraint_Width(),
theTimingPackage.getTimeDuration(),
null,
"width",
null,
1,
1,
OutputSynchronizationConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
reactionConstraintEClass,
ReactionConstraint.class,
"ReactionConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEClass(
sporadicEventConstraintEClass,
SporadicEventConstraint.class,
"SporadicEventConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getSporadicEventConstraint_Jitter(),
theTimingPackage.getTimeDuration(),
null,
"jitter",
null,
0,
1,
SporadicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getSporadicEventConstraint_Period(),
theTimingPackage.getTimeDuration(),
null,
"period",
null,
1,
1,
SporadicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getSporadicEventConstraint_MaximumInterArrivalTime(),
theTimingPackage.getTimeDuration(),
null,
"maximumInterArrivalTime",
null,
0,
1,
SporadicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getSporadicEventConstraint_MinimumInterArrivalTime(),
theTimingPackage.getTimeDuration(),
null,
"minimumInterArrivalTime",
null,
1,
1,
SporadicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
periodicEventConstraintEClass,
PeriodicEventConstraint.class,
"PeriodicEventConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getPeriodicEventConstraint_Jitter(),
theTimingPackage.getTimeDuration(),
null,
"jitter",
null,
1,
1,
PeriodicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getPeriodicEventConstraint_Period(),
theTimingPackage.getTimeDuration(),
null,
"period",
null,
1,
1,
PeriodicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getPeriodicEventConstraint_MinimumInterArrivalTime(),
theTimingPackage.getTimeDuration(),
null,
"minimumInterArrivalTime",
null,
1,
1,
PeriodicEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
patternEventConstraintEClass,
PatternEventConstraint.class,
"PatternEventConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getPatternEventConstraint_Period(),
theTimingPackage.getTimeDuration(),
null,
"period",
null,
1,
1,
PatternEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getPatternEventConstraint_MinimumInterArrivalTime(),
theTimingPackage.getTimeDuration(),
null,
"minimumInterArrivalTime",
null,
1,
1,
PatternEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getPatternEventConstraint_Occurence(),
theTimingPackage.getTimeDuration(),
null,
"occurence",
null,
1,
-1,
PatternEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
IS_ORDERED);
initEReference(
getPatternEventConstraint_Jitter(),
theTimingPackage.getTimeDuration(),
null,
"jitter",
null,
1,
1,
PatternEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEClass(
arbitraryEventConstraintEClass,
ArbitraryEventConstraint.class,
"ArbitraryEventConstraint",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getArbitraryEventConstraint_MinimumInterArrivalTime(),
theTimingPackage.getTimeDuration(),
null,
"minimumInterArrivalTime",
null,
1,
-1,
ArbitraryEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getArbitraryEventConstraint_MaximumInterArrivalTime(),
theTimingPackage.getTimeDuration(),
null,
"maximumInterArrivalTime",
null,
1,
-1,
ArbitraryEventConstraint.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
}
/**
* Complete the initialization of the package and its meta-model. This method is guarded to have
* no affect on any invocation but its first.
* <!-- begin-user-doc -->
* <!-- end-user-doc -->
*
* @generated
*/
public void initializePackageContents() {
if (isInitialized) return;
isInitialized = true;
// Initialize package
setName(eNAME);
setNsPrefix(eNS_PREFIX);
setNsURI(eNS_URI);
// Obtain other dependent packages
TimingPackage theTimingPackage =
(TimingPackage) EPackage.Registry.INSTANCE.getEPackage(TimingPackage.eNS_URI);
FunctionmodelingPackage theFunctionmodelingPackage =
(FunctionmodelingPackage)
EPackage.Registry.INSTANCE.getEPackage(FunctionmodelingPackage.eNS_URI);
// Create type parameters
// Set bounds for type parameters
// Add supertypes to classes
eventFunctionFlowPortEClass.getESuperTypes().add(theTimingPackage.getEvent());
eventFunctionClientServerPortEClass.getESuperTypes().add(theTimingPackage.getEvent());
eventFunctionEClass.getESuperTypes().add(theTimingPackage.getEvent());
// Initialize classes and features; add operations and parameters
initEClass(
eventFunctionFlowPortEClass,
EventFunctionFlowPort.class,
"EventFunctionFlowPort",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getEventFunctionFlowPort_Port(),
theFunctionmodelingPackage.getFunctionPort(),
null,
"port",
null,
1,
1,
EventFunctionFlowPort.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getEventFunctionFlowPort_Port_path(),
theFunctionmodelingPackage.getFunctionPrototype(),
null,
"port_path",
null,
0,
-1,
EventFunctionFlowPort.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
IS_UNIQUE,
!IS_DERIVED,
IS_ORDERED);
initEClass(
eventFunctionClientServerPortEClass,
EventFunctionClientServerPort.class,
"EventFunctionClientServerPort",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEAttribute(
getEventFunctionClientServerPort_EventKind(),
this.getEventFunctionClientServerPortKind(),
"eventKind",
null,
1,
1,
EventFunctionClientServerPort.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_UNSETTABLE,
!IS_ID,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getEventFunctionClientServerPort_Port(),
theFunctionmodelingPackage.getFunctionClientServerPort(),
null,
"port",
null,
1,
1,
EventFunctionClientServerPort.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getEventFunctionClientServerPort_Port_path(),
theFunctionmodelingPackage.getFunctionPrototype(),
null,
"port_path",
null,
0,
-1,
EventFunctionClientServerPort.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
IS_UNIQUE,
!IS_DERIVED,
IS_ORDERED);
initEClass(
eventFunctionEClass,
EventFunction.class,
"EventFunction",
!IS_ABSTRACT,
!IS_INTERFACE,
IS_GENERATED_INSTANCE_CLASS);
initEReference(
getEventFunction_Function(),
theFunctionmodelingPackage.getFunctionPrototype(),
null,
"function",
null,
0,
1,
EventFunction.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getEventFunction_FunctionType(),
theFunctionmodelingPackage.getFunctionType(),
null,
"functionType",
null,
0,
1,
EventFunction.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
!IS_UNIQUE,
!IS_DERIVED,
!IS_ORDERED);
initEReference(
getEventFunction_Function_path(),
theFunctionmodelingPackage.getFunctionPrototype(),
null,
"function_path",
null,
0,
-1,
EventFunction.class,
!IS_TRANSIENT,
!IS_VOLATILE,
IS_CHANGEABLE,
!IS_COMPOSITE,
IS_RESOLVE_PROXIES,
!IS_UNSETTABLE,
IS_UNIQUE,
!IS_DERIVED,
IS_ORDERED);
// Initialize enums and add enum literals
initEEnum(
eventFunctionClientServerPortKindEEnum,
EventFunctionClientServerPortKind.class,
"EventFunctionClientServerPortKind");
addEEnumLiteral(
eventFunctionClientServerPortKindEEnum, EventFunctionClientServerPortKind.RECEIVED_REQUEST);
addEEnumLiteral(
eventFunctionClientServerPortKindEEnum, EventFunctionClientServerPortKind.SENT_RESPONSE);
addEEnumLiteral(
eventFunctionClientServerPortKindEEnum, EventFunctionClientServerPortKind.SENT_REQUEST);
addEEnumLiteral(
eventFunctionClientServerPortKindEEnum,
EventFunctionClientServerPortKind.RECEIVED_RESPONSE);
}