protected T doSwitch(EClass eClass, EObject eObject)
{
if (isSwitchFor(eClass.ePackage))
{
return(doSwitch(eClass.getClassifierID(), eObject));
}
else
{
OrderedSet <EClass> eSuperTypes = eClass.eSuperTypes;
return(eSuperTypes.isEmpty() ? defaultCase(eObject) : doSwitch(eSuperTypes.at(0), eObject));
}
}
public override EObject create(EClass eClass)
{
switch (eClass.getClassifierID())
{
case SerializationPackageImpl.MYCLASS: return(createMyClass());
case SerializationPackageImpl.OTHERCLASS: return(createOtherClass());
case SerializationPackageImpl.YETANOTHERCLASS: return(createYetAnotherClass());
default:
throw new ArgumentException("The class '" + eClass.name + "' is not a valid classifier");
}
}
public virtual bool validate(EClass eClass, EObject eObject, DiagnosticChain diagnostics, Dictionary <object, object> context)
{
if (eObject.eIsProxy())
{
if (context != null && context.ContainsKey(ROOT_OBJECT) && context[ROOT_OBJECT] != null)
{
if (diagnostics != null)
{
diagnostics.add
(createDiagnostic
(BasicDiagnostic.ERROR,
DIAGNOSTIC_SOURCE,
EOBJECT__EVERY_PROXY_RESOLVES,
"_UI_UnresolvedProxy_diagnostic",
new Object[]
{
getFeatureLabel(eObject.eContainmentFeature(), context),
getObjectLabel(eObject.eContainer(), context),
getObjectLabel(eObject, context)
},
new Object[] { eObject.eContainer(), eObject.eContainmentFeature(), eObject },
context));
}
return(false);
}
else
{
return(true);
}
}
else if (eClass.eContainer() == getEPackage())
{
return(validate(eClass.getClassifierID(), eObject, diagnostics, context));
}
else
{
return(true);
/*
* return
* new DynamicEClassValidator()
* {
* // Ensure that the class loader for this class will be used downstream.
* //
* }.validate(eClass, eObject, diagnostics, context);
*/
}
}
public override EObject create(EClass eClass)
{
switch (eClass.getClassifierID())
{
case EcorePackageImpl.EATTRIBUTE: return(createEAttribute());
case EcorePackageImpl.EANNOTATION: return(createEAnnotation());
case EcorePackageImpl.ECLASS: return(createEClass());
case EcorePackageImpl.EDATATYPE: return(createEDataType());
case EcorePackageImpl.EENUM: return(createEEnum());
case EcorePackageImpl.EENUMLITERAL: return(createEEnumLiteral());
case EcorePackageImpl.EFACTORY: return(createEFactory());
case EcorePackageImpl.EOBJECT: return(createEObject());
case EcorePackageImpl.EOPERATION: return(createEOperation());
case EcorePackageImpl.EPACKAGE: return(createEPackage());
case EcorePackageImpl.EPARAMETER: return(createEParameter());
case EcorePackageImpl.EREFERENCE: return(createEReference());
case EcorePackageImpl.ESTRINGTOSTRINGMAPENTRY: return(createEStringToStringMapEntry());
case EcorePackageImpl.EGENERICTYPE: return(createEGenericType());
case EcorePackageImpl.ETYPEPARAMETER: return(createETypeParameter());
default:
throw new ArgumentException("The class '" + eClass.name + "' is not a valid classifier");
}
}
public override EObject create(EClass eClass)
{
switch (eClass.getClassifierID())
{
case Java_PackageImpl.ANNOTATION: return(createAnnotation());
case Java_PackageImpl.ARCHIVE: return(createArchive());
case Java_PackageImpl.ASSERTSTATEMENT: return(createAssertStatement());
case Java_PackageImpl.ANNOTATIONMEMBERVALUEPAIR: return(createAnnotationMemberValuePair());
case Java_PackageImpl.ANNOTATIONTYPEDECLARATION: return(createAnnotationTypeDeclaration());
case Java_PackageImpl.ANNOTATIONTYPEMEMBERDECLARATION: return(createAnnotationTypeMemberDeclaration());
case Java_PackageImpl.ANONYMOUSCLASSDECLARATION: return(createAnonymousClassDeclaration());
case Java_PackageImpl.ARRAYACCESS: return(createArrayAccess());
case Java_PackageImpl.ARRAYCREATION: return(createArrayCreation());
case Java_PackageImpl.ARRAYINITIALIZER: return(createArrayInitializer());
case Java_PackageImpl.ARRAYLENGTHACCESS: return(createArrayLengthAccess());
case Java_PackageImpl.ARRAYTYPE: return(createArrayType());
case Java_PackageImpl.ASSIGNMENT: return(createAssignment());
case Java_PackageImpl.BOOLEANLITERAL: return(createBooleanLiteral());
case Java_PackageImpl.BLOCKCOMMENT: return(createBlockComment());
case Java_PackageImpl.BLOCK: return(createBlock());
case Java_PackageImpl.BREAKSTATEMENT: return(createBreakStatement());
case Java_PackageImpl.CASTEXPRESSION: return(createCastExpression());
case Java_PackageImpl.CATCHCLAUSE: return(createCatchClause());
case Java_PackageImpl.CHARACTERLITERAL: return(createCharacterLiteral());
case Java_PackageImpl.CLASSFILE: return(createClassFile());
case Java_PackageImpl.CLASSINSTANCECREATION: return(createClassInstanceCreation());
case Java_PackageImpl.CONSTRUCTORDECLARATION: return(createConstructorDeclaration());
case Java_PackageImpl.CONDITIONALEXPRESSION: return(createConditionalExpression());
case Java_PackageImpl.CONSTRUCTORINVOCATION: return(createConstructorInvocation());
case Java_PackageImpl.CLASSDECLARATION: return(createClassDeclaration());
case Java_PackageImpl.COMPILATIONUNIT: return(createCompilationUnit());
case Java_PackageImpl.CONTINUESTATEMENT: return(createContinueStatement());
case Java_PackageImpl.DOSTATEMENT: return(createDoStatement());
case Java_PackageImpl.EMPTYSTATEMENT: return(createEmptyStatement());
case Java_PackageImpl.ENHANCEDFORSTATEMENT: return(createEnhancedForStatement());
case Java_PackageImpl.ENUMCONSTANTDECLARATION: return(createEnumConstantDeclaration());
case Java_PackageImpl.ENUMDECLARATION: return(createEnumDeclaration());
case Java_PackageImpl.EXPRESSIONSTATEMENT: return(createExpressionStatement());
case Java_PackageImpl.FIELDACCESS: return(createFieldAccess());
case Java_PackageImpl.FIELDDECLARATION: return(createFieldDeclaration());
case Java_PackageImpl.FORSTATEMENT: return(createForStatement());
case Java_PackageImpl.IFSTATEMENT: return(createIfStatement());
case Java_PackageImpl.IMPORTDECLARATION: return(createImportDeclaration());
case Java_PackageImpl.INFIXEXPRESSION: return(createInfixExpression());
case Java_PackageImpl.INITIALIZER: return(createInitializer());
case Java_PackageImpl.INSTANCEOFEXPRESSION: return(createInstanceofExpression());
case Java_PackageImpl.INTERFACEDECLARATION: return(createInterfaceDeclaration());
case Java_PackageImpl.JAVADOC: return(createJavadoc());
case Java_PackageImpl.LABELEDSTATEMENT: return(createLabeledStatement());
case Java_PackageImpl.LINECOMMENT: return(createLineComment());
case Java_PackageImpl.MANIFEST: return(createManifest());
case Java_PackageImpl.MANIFESTATTRIBUTE: return(createManifestAttribute());
case Java_PackageImpl.MANIFESTENTRY: return(createManifestEntry());
case Java_PackageImpl.MEMBERREF: return(createMemberRef());
case Java_PackageImpl.METHODDECLARATION: return(createMethodDeclaration());
case Java_PackageImpl.METHODINVOCATION: return(createMethodInvocation());
case Java_PackageImpl.METHODREF: return(createMethodRef());
case Java_PackageImpl.METHODREFPARAMETER: return(createMethodRefParameter());
case Java_PackageImpl.MODEL: return(createModel());
case Java_PackageImpl.MODIFIER: return(createModifier());
case Java_PackageImpl.NUMBERLITERAL: return(createNumberLiteral());
case Java_PackageImpl.NULLLITERAL: return(createNullLiteral());
case Java_PackageImpl.PACKAGE: return(createPackage());
case Java_PackageImpl.PACKAGEACCESS: return(createPackageAccess());
case Java_PackageImpl.PARAMETERIZEDTYPE: return(createParameterizedType());
case Java_PackageImpl.PARENTHESIZEDEXPRESSION: return(createParenthesizedExpression());
case Java_PackageImpl.POSTFIXEXPRESSION: return(createPostfixExpression());
case Java_PackageImpl.PREFIXEXPRESSION: return(createPrefixExpression());
case Java_PackageImpl.PRIMITIVETYPE: return(createPrimitiveType());
case Java_PackageImpl.PRIMITIVETYPEBOOLEAN: return(createPrimitiveTypeBoolean());
case Java_PackageImpl.PRIMITIVETYPEBYTE: return(createPrimitiveTypeByte());
case Java_PackageImpl.PRIMITIVETYPECHAR: return(createPrimitiveTypeChar());
case Java_PackageImpl.PRIMITIVETYPEDOUBLE: return(createPrimitiveTypeDouble());
case Java_PackageImpl.PRIMITIVETYPESHORT: return(createPrimitiveTypeShort());
case Java_PackageImpl.PRIMITIVETYPEFLOAT: return(createPrimitiveTypeFloat());
case Java_PackageImpl.PRIMITIVETYPEINT: return(createPrimitiveTypeInt());
case Java_PackageImpl.PRIMITIVETYPELONG: return(createPrimitiveTypeLong());
case Java_PackageImpl.PRIMITIVETYPEVOID: return(createPrimitiveTypeVoid());
case Java_PackageImpl.RETURNSTATEMENT: return(createReturnStatement());
case Java_PackageImpl.SINGLEVARIABLEACCESS: return(createSingleVariableAccess());
case Java_PackageImpl.SINGLEVARIABLEDECLARATION: return(createSingleVariableDeclaration());
case Java_PackageImpl.STRINGLITERAL: return(createStringLiteral());
case Java_PackageImpl.SUPERCONSTRUCTORINVOCATION: return(createSuperConstructorInvocation());
case Java_PackageImpl.SUPERFIELDACCESS: return(createSuperFieldAccess());
case Java_PackageImpl.SUPERMETHODINVOCATION: return(createSuperMethodInvocation());
case Java_PackageImpl.SWITCHCASE: return(createSwitchCase());
case Java_PackageImpl.SWITCHSTATEMENT: return(createSwitchStatement());
case Java_PackageImpl.SYNCHRONIZEDSTATEMENT: return(createSynchronizedStatement());
case Java_PackageImpl.TAGELEMENT: return(createTagElement());
case Java_PackageImpl.TEXTELEMENT: return(createTextElement());
case Java_PackageImpl.THISEXPRESSION: return(createThisExpression());
case Java_PackageImpl.THROWSTATEMENT: return(createThrowStatement());
case Java_PackageImpl.TRYSTATEMENT: return(createTryStatement());
case Java_PackageImpl.TYPEACCESS: return(createTypeAccess());
case Java_PackageImpl.TYPEDECLARATIONSTATEMENT: return(createTypeDeclarationStatement());
case Java_PackageImpl.TYPELITERAL: return(createTypeLiteral());
case Java_PackageImpl.TYPEPARAMETER: return(createTypeParameter());
case Java_PackageImpl.UNRESOLVEDITEM: return(createUnresolvedItem());
case Java_PackageImpl.UNRESOLVEDITEMACCESS: return(createUnresolvedItemAccess());
case Java_PackageImpl.UNRESOLVEDANNOTATIONDECLARATION: return(createUnresolvedAnnotationDeclaration());
case Java_PackageImpl.UNRESOLVEDANNOTATIONTYPEMEMBERDECLARATION: return(createUnresolvedAnnotationTypeMemberDeclaration());
case Java_PackageImpl.UNRESOLVEDCLASSDECLARATION: return(createUnresolvedClassDeclaration());
case Java_PackageImpl.UNRESOLVEDENUMDECLARATION: return(createUnresolvedEnumDeclaration());
case Java_PackageImpl.UNRESOLVEDINTERFACEDECLARATION: return(createUnresolvedInterfaceDeclaration());
case Java_PackageImpl.UNRESOLVEDLABELEDSTATEMENT: return(createUnresolvedLabeledStatement());
case Java_PackageImpl.UNRESOLVEDMETHODDECLARATION: return(createUnresolvedMethodDeclaration());
case Java_PackageImpl.UNRESOLVEDSINGLEVARIABLEDECLARATION: return(createUnresolvedSingleVariableDeclaration());
case Java_PackageImpl.UNRESOLVEDTYPE: return(createUnresolvedType());
case Java_PackageImpl.UNRESOLVEDTYPEDECLARATION: return(createUnresolvedTypeDeclaration());
case Java_PackageImpl.UNRESOLVEDVARIABLEDECLARATIONFRAGMENT: return(createUnresolvedVariableDeclarationFragment());
case Java_PackageImpl.VARIABLEDECLARATIONEXPRESSION: return(createVariableDeclarationExpression());
case Java_PackageImpl.VARIABLEDECLARATIONFRAGMENT: return(createVariableDeclarationFragment());
case Java_PackageImpl.VARIABLEDECLARATIONSTATEMENT: return(createVariableDeclarationStatement());
case Java_PackageImpl.WILDCARDTYPE: return(createWildCardType());
case Java_PackageImpl.WHILESTATEMENT: return(createWhileStatement());
default:
throw new ArgumentException("The class '" + eClass.name + "' is not a valid classifier");
}
}
