Uses of Class
net.ssehub.easy.instantiation.core.model.vilTypes.TypeDescriptor

Packages that use TypeDescriptor

Package	Description
de.uni_hildesheim.sse.buildLanguageTranslation
de.uni_hildesheim.sse.vil.expressions.translation	Translation functionality for expressions.
de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation
net.ssehub.easy.instantiation.core.model.artifactModel	Contains the VIL artifact model.
net.ssehub.easy.instantiation.core.model.buildlangModel	Implements the abstract representation of the build language (parsed, analyzed and already linked, i.e.
net.ssehub.easy.instantiation.core.model.buildlangModel.execOperand	Executable operands for system execution operations.
net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch	Rule match expressions.
net.ssehub.easy.instantiation.core.model.common	Implements the common language elements.
net.ssehub.easy.instantiation.core.model.execution	High level execution support.
net.ssehub.easy.instantiation.core.model.expressions	Implements the common expression tree for the VIL languages.
net.ssehub.easy.instantiation.core.model.templateModel	The template language model.
net.ssehub.easy.instantiation.core.model.tracing	Common tracing functionality.
net.ssehub.easy.instantiation.core.model.vilTypes	Contains the basic VIL types used as foundation for the artifact model and for integrating the variability model, i.e., types which are not artifacts themselves.
net.ssehub.easy.instantiation.core.model.vilTypes.configuration	All classes related to the EASy integration of configuration and decisions.
net.ssehub.easy.instantiation.serializer.xml.converter	This package contains all converters that are needed for serialization.

Uses of TypeDescriptor in de.uni_hildesheim.sse.buildLanguageTranslation

Methods in de.uni_hildesheim.sse.buildLanguageTranslation that return TypeDescriptor

Modifier and Type	Method	Description
protected abstract TypeDescriptor<?>	AbstractModelTranslator.AbstractRuleTranslator.getReturnType(D ruleDecl, Resolver resolver)	Returns the result type of the given ruleDecl.
protected TypeDescriptor<?>	AbstractModelTranslator.RuleTranslator.getReturnType(de.uni_hildesheim.sse.vilBuildLanguage.RuleDeclaration ruleDecl, Resolver resolver)

Methods in de.uni_hildesheim.sse.buildLanguageTranslation with parameters of type TypeDescriptor

Modifier and Type	Method	Description
protected VariableDeclaration	ExpressionTranslator.createImplicitVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression, Resolver resolver)
protected abstract R	AbstractModelTranslator.AbstractRuleTranslator.createRule(D ruleDecl, TypeDescriptor<?> returnType, VariableDeclaration[] params, M parent)	Creates a specific rule from the given declaration, parameters and parent.
protected Rule	AbstractModelTranslator.RuleTranslator.createRule(de.uni_hildesheim.sse.vilBuildLanguage.RuleDeclaration ruleDecl, TypeDescriptor<?> returnType, VariableDeclaration[] params, M parent)
protected Typedef	AbstractModelTranslator.createTypedef(java.lang.String name, TypeDescriptor<?> type)
protected VariableDeclaration	ExpressionTranslator.createVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression, Resolver resolver)

Uses of TypeDescriptor in de.uni_hildesheim.sse.vil.expressions.translation

Fields in de.uni_hildesheim.sse.vil.expressions.translation declared as TypeDescriptor

Modifier and Type	Field	Description
private TypeDescriptor<?>	DeferredResolvableOperationExpression.varType

Methods in de.uni_hildesheim.sse.vil.expressions.translation that return TypeDescriptor

Modifier and Type	Method	Description
(package private) TypeDescriptor<?>	DeferredResolvableOperationExpression.getVarType()	Returns the variable type.
TypeDescriptor<?>	DeferredResolvableOperationExpression.inferType()
TypeDescriptor<?>	ExpressionTranslator.processType(de.uni_hildesheim.sse.vil.expressions.expressionDsl.Type type, R resolver)	Processes the given type and tries to resolve it to a VIL type.
protected TypeDescriptor<?>[]	ExpressionTranslator.processTypeParameter(de.uni_hildesheim.sse.vil.expressions.expressionDsl.TypeParameters param, de.uni_hildesheim.sse.vil.expressions.expressionDsl.Type type, R resolver)	Processes the type parameter.
private TypeDescriptor<?>	ExpressionTranslator.resolveModelType(de.uni_hildesheim.sse.vil.expressions.expressionDsl.Type type, java.lang.String typeName, R resolver)	Resolves a model type.

Methods in de.uni_hildesheim.sse.vil.expressions.translation with parameters of type TypeDescriptor

Modifier and Type	Method	Description
protected static Expression	ExpressionTranslator.createConstant(TypeDescriptor<?> type, java.lang.Object value, org.eclipse.emf.ecore.EObject cause, org.eclipse.emf.ecore.EStructuralFeature causingFeature, TypeRegistry registry)	Creates a constant.
protected abstract I	ExpressionTranslator.createImplicitVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression, R resolver)	Creates a new implicit variable declaration.
protected abstract Typedef	ModelTranslator.createTypedef(java.lang.String name, TypeDescriptor<?> type)	Creates a typdef object.
protected abstract I	ExpressionTranslator.createVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression, R resolver)	Creates a new variable declaration.
Expression	ExpressionTranslator.processAssignment(org.eclipse.emf.ecore.EObject cause, TypeDescriptor<?> type, de.uni_hildesheim.sse.vil.expressions.expressionDsl.Expression ex, R resolver)	Processes an assignment.
private java.util.ArrayList<I>	ExpressionTranslator.processDeclarators(de.uni_hildesheim.sse.vil.expressions.expressionDsl.Call call, TypeDescriptor<?> implicitType, java.util.List<CallArgument> arguments, R resolver)	Processes a declarator.
private void	ExpressionTranslator.throwVariableCannotBeInitialized(org.eclipse.emf.ecore.EObject cause, java.lang.String name, TypeDescriptor<?> declType, TypeDescriptor<?> initType)	Throws a TranslatorException that a variable cannot be initialized.

Constructors in de.uni_hildesheim.sse.vil.expressions.translation with parameters of type TypeDescriptor

Constructor	Description
DeferredResolvableOperationExpression(org.eclipse.emf.ecore.EObject cause, TypeDescriptor<?> varType, Expression init)	Creates a resolvable operation expression.

Uses of TypeDescriptor in de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation

Methods in de.uni_hildesheim.sse.vil.templatelang.templateLanguageTranslation with parameters of type TypeDescriptor

Modifier and Type	Method	Description
protected VariableDeclaration	ExpressionTranslator.createImplicitVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression, Resolver resolver)
protected Typedef	ModelTranslator.createTypedef(java.lang.String name, TypeDescriptor<?> type)
protected VariableDeclaration	ExpressionTranslator.createVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression, Resolver resolver)

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.artifactModel

Methods in net.ssehub.easy.instantiation.core.model.artifactModel that return TypeDescriptor

Modifier and Type	Method	Description
static TypeDescriptor<?>	ArtifactTypes.artifactType()	Returns the type descriptor for the built-in type 'Artifact'.
static TypeDescriptor<?>	ArtifactTypes.pathType()	Returns the type descriptor for the built-in type 'Path'.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.buildlangModel

Fields in net.ssehub.easy.instantiation.core.model.buildlangModel declared as TypeDescriptor

Modifier and Type	Field	Description
private TypeDescriptor<?>[]	ForStatement.givenTypes
private TypeDescriptor<?>[]	MapExpression.givenTypes
private TypeDescriptor<?>[]	OtherProjects.parameter
private TypeDescriptor<?>	Rule.returnType
private TypeDescriptor<?>	RuleDescriptor.returnType
private TypeDescriptor<?>	AlternativeExpression.type
private TypeDescriptor<?>	JoinExpression.type
private TypeDescriptor<?>	MapExpression.type
private TypeDescriptor<?>	OtherProjects.type
static TypeDescriptor<?>	RuleExecutionResult.TYPE

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel that return TypeDescriptor

Modifier and Type	Method	Description
protected TypeDescriptor<?>	StrategyCallExpression.determineOperand()
TypeDescriptor<?>	Rule.getDefaultReturnType()	Returns the default return type that shall not be emitted / does not require return expressions.
TypeDescriptor<?>	OtherProjects.getGenericParameterType(int index)
TypeDescriptor<?>	Script.getGenericParameterType(int index)
TypeDescriptor<?>	ForStatement.getGivenType(int index)
TypeDescriptor<?>	IEnumeratingLoop.getGivenType(int index)	Returns the specified given type (further specifying to IEnumeratingLoop.getVariable(int)).
TypeDescriptor<?>	MapExpression.getGivenType(int index)
private static TypeDescriptor<?>	JoinVariableDeclaration.getJoinVariableType(Expression expr)	Determine the type of the join variable from the initializing expression.
TypeDescriptor<?>	Rule.getReturnType()
TypeDescriptor<?>	RuleDescriptor.getReturnType()	Returns the return type of this rule descriptor.
TypeDescriptor<?>	VtlRule.getReturnType()
TypeDescriptor<?>	OtherProjects.getType()
TypeDescriptor<?>	AlternativeExpression.inferType()
TypeDescriptor<?>	InstantiateExpression.inferType()
TypeDescriptor<?>	JoinExpression.inferType()
TypeDescriptor<?>	MapExpression.inferType()
TypeDescriptor<?>	StrategyCallExpression.inferType()
private TypeDescriptor<?>	StrategyCallExpression.inferTypeExecute()	Resolves the expression for system call execution.

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel with parameters of type TypeDescriptor

Modifier and Type	Method	Description
private static java.lang.Object	BuildlangExecution.mapResult(TypeDescriptor<?> mapType, java.util.List<java.lang.Object> result, boolean failed)	Creates the actual result of executing a MapExpression.
Set<IArtifact>	OtherProjects.selectByKind(TypeDescriptor<?> type)
Set<IArtifact>	OtherProjects.selectByType(TypeDescriptor<?> type)
void	RuleDescriptor.setReturnType(TypeDescriptor<?> returnType)	Defines the return type of this rule descriptor.
Set<IArtifact>	OtherProjects.typeReject(TypeDescriptor<?> type)

Constructors in net.ssehub.easy.instantiation.core.model.buildlangModel with parameters of type TypeDescriptor

Constructor	Description
ForStatement(VariableDeclaration[] variables, Expression expr, IRuleElement[] body, TypeDescriptor<?>[] givenTypes, boolean colon)	Creates a for statement.
ImplicitVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression)	Creates a new variable declaration.
MapExpression(VariableDeclaration[] variables, Expression expr, IRuleElement[] body, TypeDescriptor<?>[] givenTypes, boolean colon)	Creates a map statement.
Rule(java.lang.String name, boolean isProtected, TypeDescriptor<?> returnType, VariableDeclaration[] parameters, Script parent)	Create a new rule with the given name.
TypeDef(java.lang.String name, TypeDescriptor<?> type, Script parent)	Creates a typedef.
VariableDeclaration(java.lang.String name, TypeDescriptor<?> type)	Creates a new variable declaration.
VariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression)	Creates a new variable declaration.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.buildlangModel.execOperand

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel.execOperand with parameters of type TypeDescriptor

Modifier and Type	Method	Description
static IExecutableOperandType	ExecutableOperand.getExecutableType(TypeDescriptor<?> type)	Returns the executable operand type for the given type.
boolean	FileArtifactExecutableOperandType.sameType(TypeDescriptor<?> type)
boolean	FileSystemArtifactExecutableOperandType.sameType(TypeDescriptor<?> type)
boolean	IExecutableOperandType.sameType(TypeDescriptor<?> type)	Returns whether the given type is the same as this class can process.
boolean	PathExecutableOperandType.sameType(TypeDescriptor<?> type)
boolean	StringExecutableOperandType.sameType(TypeDescriptor<?> type)

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch

Fields in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch declared as TypeDescriptor

Modifier and Type	Field	Description
private static TypeDescriptor<?>	MatchFactory.ARTIFACT
private static TypeDescriptor<?>	MatchFactory.BOOLEAN
private static TypeDescriptor<?>	MatchFactory.PATH
private static TypeDescriptor<?>	MatchFactory.STRING
private TypeDescriptor<? extends Collection<? extends IArtifact>>	CollectionMatchExpression.type

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch that return TypeDescriptor

Modifier and Type	Method	Description
protected static TypeDescriptor<? extends Collection<? extends IArtifact>>	AbstractRuleMatchExpression.ensureType(TypeDescriptor<?> type)	Ensures a collection type for type.
abstract TypeDescriptor<?>	AbstractRuleMatchExpression.getEntryType()	Returns the entry type over which this match expression will be able to iterate.
TypeDescriptor<?>	ArtifactMatchExpression.getEntryType()
TypeDescriptor<?>	BooleanMatchExpression.getEntryType()
TypeDescriptor<?>	CollectionMatchExpression.getEntryType()
TypeDescriptor<?>	CompoundMatchExpression.getEntryType()
TypeDescriptor<?>	PathMatchExpression.getEntryType()
TypeDescriptor<?>	StringMatchExpression.getEntryType()
TypeDescriptor<? extends Collection<? extends IArtifact>>	AbstractRuleMatchExpression.inferType()
TypeDescriptor<? extends Collection<? extends IArtifact>>	CollectionMatchExpression.inferType()

Methods in net.ssehub.easy.instantiation.core.model.buildlangModel.ruleMatch with parameters of type TypeDescriptor

Modifier and Type	Method	Description
protected static TypeDescriptor<? extends Collection<? extends IArtifact>>	AbstractRuleMatchExpression.ensureType(TypeDescriptor<?> type)	Ensures a collection type for type.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.common

Fields in net.ssehub.easy.instantiation.core.model.common declared as TypeDescriptor

Modifier and Type	Field	Description
private TypeDescriptor<?>	Typedef.type
private TypeDescriptor<?>	VariableDeclaration.type

Methods in net.ssehub.easy.instantiation.core.model.common that return TypeDescriptor

Modifier and Type	Method	Description
TypeDescriptor<?>	DummyModel.getGenericParameterType(int index)
TypeDescriptor<?>	IResolvableOperation.getReturnType()	Returns the return type of this operation.
TypeDescriptor<?>	Compound.getType()	Returns the defined type.
TypeDescriptor<?>	Typedef.getType()	Returns the represented type.
TypeDescriptor<?>	VariableDeclaration.getType()	Returns the type of this variable.
TypeDescriptor<?>	ModelCallExpression.inferType()
TypeDescriptor<?>	Resolver.resolveType(java.lang.String name)
private TypeDescriptor<?>	Resolver.resolveType(M model, java.lang.String name)	Resolves a type within the given model, i.e., looks for model-specific type definitions.

Methods in net.ssehub.easy.instantiation.core.model.common with parameters of type TypeDescriptor

Modifier and Type	Method	Description
private static java.lang.Object	RuntimeEnvironment.checkInitialCollectionValue(TypeDescriptor<?> type, java.lang.Object object)	Checks initial collection values for type compliance.
static java.lang.Object	RuntimeEnvironment.checkType(java.lang.String name, TypeDescriptor<?> type, java.lang.Object object, TypeRegistry registry, java.util.function.Supplier<java.lang.String> modelName)	Checks whether object can be assigned to some form of variable/field with name name and type type.
private static java.lang.Object	RuntimeEnvironment.evaluatePrimitives(java.lang.Object object, DecisionVariable decVar, TypeDescriptor<?> varType)	Evaluates decVar to its primitive value according to varType.
void	VariableDeclaration.resolveOperation(TypeDescriptor<?> type, IMetaOperation operation)	Resolves a (temporary) initialization expression to a ResolvableOperationExpression ("function pointer").

Constructors in net.ssehub.easy.instantiation.core.model.common with parameters of type TypeDescriptor

Constructor	Description
Typedef(java.lang.String name, TypeDescriptor<?> type)	Creates a typedef.
VariableDeclaration(java.lang.String name, TypeDescriptor<?> type)	Creates a new variable declaration.
VariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression)	Creates a new variable declaration.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.execution

Methods in net.ssehub.easy.instantiation.core.model.execution that return TypeDescriptor

Modifier and Type	Method	Description
private static TypeDescriptor<?>[]	Executor.unknownCollectionType()	Returns an unknown VIL collection type.
private static TypeDescriptor<?>[]	Executor.unknownMapType()	Returns an unknown VIL map type.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.expressions

Fields in net.ssehub.easy.instantiation.core.model.expressions declared as TypeDescriptor

Modifier and Type	Field	Description
private TypeDescriptor<?>	VilTypeExpression.resolved
private TypeDescriptor<?>	CallArgument.type
private TypeDescriptor<?>	CallExpression.type
private TypeDescriptor<?>	ConstantExpression.type
private TypeDescriptor<?>	ConstructorCallExpression.type
private TypeDescriptor<?>	ContainerInitializerExpression.type
private TypeDescriptor<?>	ResolvableOperationExpression.type
private TypeDescriptor<?>	VarModelIdentifierExpression.type

Methods in net.ssehub.easy.instantiation.core.model.expressions that return TypeDescriptor

Modifier and Type	Method	Description
private TypeDescriptor<?>[]	CallExpression.checkUseParameter()	Checks whether one of the parameter / argument types shall be used.
private TypeDescriptor<?>	CallExpression.considerIteratorResult(TypeDescriptor<?> result)	Considers the potential explicit result type of an iterator.
private TypeDescriptor<?>	CallExpression.considerReturnGenerics(TypeDescriptor<?> type, TypeDescriptor<?>[] returnGenerics)	Considers the return generics on type.
protected TypeDescriptor<?>	CallExpression.determineOperand()	Determines the operand for searching operations on.
protected TypeDescriptor<?>	ConstructorCallExpression.determineOperand()	Determines the operand for searching operations on.
TypeDescriptor<?>	VilTypeExpression.getResolved()	Returns the resolved element.
TypeDescriptor<?>	ExpressionEvaluator.getResultType()	Returns the explicit result type of an aggregating iterator.
TypeDescriptor<?>	ConstantExpression.getType()	Returns the type of this expression.
TypeDescriptor<?>	ResolvableOperationExpression.getType()	Returns the resolvable type descriptor framing the operation.
TypeDescriptor<?>	VarModelIdentifierExpression.getType()	Returns the related type (without potential exception).
TypeDescriptor<?>	CallArgument.inferType()	Infers the type of this expression including the type of the contained sub-expressions.
TypeDescriptor<?>	CallExpression.inferType()
TypeDescriptor<?>	CompositeExpression.inferType()
TypeDescriptor<?>	ConstantExpression.inferType()
TypeDescriptor<?>	ContainerInitializerExpression.inferType()
abstract TypeDescriptor<?>	Expression.inferType()	Infers the type of this expression including the type of the contained sub-expressions.
TypeDescriptor<?>	ExpressionEvaluator.inferType()
TypeDescriptor<?>	FieldAccessExpression.inferType()
TypeDescriptor<?>	InPlaceCommand.inferType()
TypeDescriptor<?>	MultiAndExpression.inferType()
TypeDescriptor<?>	ParenthesisExpression.inferType()
TypeDescriptor<?>	ResolvableOperationCallExpression.inferType()
TypeDescriptor<?>	ResolvableOperationExpression.inferType()
TypeDescriptor<?>	StringExpression.inferType()
TypeDescriptor<?>	ValueAssignmentExpression.inferType()
TypeDescriptor<?>	VariableExpression.inferType()
TypeDescriptor<?>	VarModelIdentifierExpression.inferType()
TypeDescriptor<?>	VilTypeExpression.inferType()
private static TypeDescriptor<?>	ContainerInitializerExpression.moreCommon(TypeDescriptor<?> t1, TypeDescriptor<?> t2)	Returns the more common type.
TypeDescriptor<?>	Resolver.resolveType(java.lang.String name)	Resolves a type within the known contexts / models.

Methods in net.ssehub.easy.instantiation.core.model.expressions with parameters of type TypeDescriptor

Modifier and Type	Method	Description
private boolean	ConstantExpression.checkAndConvert(TypeDescriptor<?> checkFor)	Checks the given type for compatibility with ConstantExpression.value and converts value if necessary and possible.
private TypeDescriptor<?>	CallExpression.considerIteratorResult(TypeDescriptor<?> result)	Considers the potential explicit result type of an iterator.
private TypeDescriptor<?>	CallExpression.considerReturnGenerics(TypeDescriptor<?> type, TypeDescriptor<?>[] returnGenerics)	Considers the return generics on type.
protected ContainerInitializerExpression	ContainerInitializerExpression.createInitExpression(Expression[] initExpressions, TypeDescriptor<?> type)	Creates a container initializer instance for ContainerInitializerExpression.toSet().
protected ContainerInitializerExpression	ImplicitContainerInitializerExpression.createInitExpression(Expression[] initExpressions, TypeDescriptor<?> type)
I	IStringParserFactory.createVariableDeclaration(java.lang.String name, TypeDescriptor<?> type)	Creates a non-constant variable declaration.
private static TypeDescriptor<?>	ContainerInitializerExpression.moreCommon(TypeDescriptor<?> t1, TypeDescriptor<?> t2)	Returns the more common type.
protected void	ExpressionWriter.printType(TypeDescriptor<?> type)	Prints the given type.
void	CallArgument.resolveOperation(TypeDescriptor<?> type, IMetaOperation operation)	Resolves an operation, i.e., overwrites the expression.

Constructors in net.ssehub.easy.instantiation.core.model.expressions with parameters of type TypeDescriptor

Constructor	Description
CallArgument(java.lang.String name, TypeDescriptor<?> type)	Creates a named call argument from a given runtime type.
CallArgument(TypeDescriptor<?> type)	Creates a call argument for runtime operation resolution.
ConstantExpression(TypeDescriptor<?> type, java.lang.Object value, TypeRegistry registry)	Creates a new constant expression.
ConstructorCallExpression(TypeDescriptor<?> type, CallArgument... arguments)	Creates a constructor call.
ConstructorCallExpression(TypeDescriptor<?> type, Expression... arguments)	Creates a constructor call.
ContainerInitializerExpression(Expression[] initExpressions, TypeDescriptor<?> type)	Internal constructor for set initialization.
ImplicitContainerInitializerExpression(Expression[] initExpressions, TypeDescriptor<?> type)	Internal constructor for set initialization.
ResolvableOperationExpression(TypeDescriptor<?> type, IMetaOperation operation)	Creates a resolvable operation expression, i.e., the expression which (basically) resolves a function pointer.
VarModelIdentifierExpression(java.lang.String identifier, TypeDescriptor<?> type, IModel model)	Creates the representing instance.
VarModelIdentifierExpression(java.lang.String identifier, TypeDescriptor<?> type, ITypedModel model)	Creates the representing instance.
VilTypeExpression(java.lang.String identifier, TypeDescriptor<?> resolved)	Creates the representing instance.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.templateModel

Fields in net.ssehub.easy.instantiation.core.model.templateModel declared as TypeDescriptor

Modifier and Type	Field	Description
private TypeDescriptor<?>	Def.specifiedType

Methods in net.ssehub.easy.instantiation.core.model.templateModel that return TypeDescriptor

Modifier and Type	Method	Description
TypeDescriptor<?>	Template.getGenericParameterType(int index)
TypeDescriptor<?>	Def.getReturnType()
TypeDescriptor<?>	Def.getSpecifiedType()	The specified type.
TypeDescriptor<?>	AlternativeStatement.inferType()
TypeDescriptor<?>	ContentStatement.inferType()
TypeDescriptor<?>	Def.inferType()
TypeDescriptor<?>	ExpressionStatement.inferType()
TypeDescriptor<?>	FlushStatement.inferType()
TypeDescriptor<?>	InContentExpression.inferType()
TypeDescriptor<?>	ITemplateElement.inferType()	Infers the type of this language element.
TypeDescriptor<?>	LoopStatement.inferType()
TypeDescriptor<?>	SwitchStatement.Alternative.inferType()	Infers the type of this alternative based on its value.
TypeDescriptor<?>	SwitchStatement.inferType()
TypeDescriptor<?>	TemplateBlock.inferType()
TypeDescriptor<?>	VariableDeclaration.inferType()
TypeDescriptor<?>	WhileStatement.inferType()

Methods in net.ssehub.easy.instantiation.core.model.templateModel with parameters of type TypeDescriptor

Modifier and Type	Method	Description
private boolean	Def.checkEmptyContainerIntializerCompliance(TypeDescriptor<?> result, TypeDescriptor<?> specifiedType)	Checks the given inferred result type and the specified result type specifiedType for type compliance against direct return of an empty container initializer.
VariableDeclaration	StringResolverFactory.createVariableDeclaration(java.lang.String name, TypeDescriptor<?> type)

Constructors in net.ssehub.easy.instantiation.core.model.templateModel with parameters of type TypeDescriptor

Constructor	Description
Def(java.lang.String name, VariableDeclaration[] param, ITemplateElement[] body, TypeDescriptor<?> specifiedType, Template parent)	Creates a new sub-template ('def').
ImplicitVariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression)	Creates a new implicit variable declaration.
TypeDef(java.lang.String name, TypeDescriptor<?> type, Template parent)	Creates a typedef.
VariableDeclaration(java.lang.String name, TypeDescriptor<?> type)	Creates a new variable declaration.
VariableDeclaration(java.lang.String name, TypeDescriptor<?> type, boolean isConstant, Expression expression)	Creates a new variable declaration.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.tracing

Fields in net.ssehub.easy.instantiation.core.model.tracing with type parameters of type TypeDescriptor

Modifier and Type	Field	Description
private static java.util.Set<TypeDescriptor<?>>	TracerHelper.EXCLUDED_TYPES	The types excluded from tracing.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.vilTypes

Subclasses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.vilTypes

Modifier and Type	Class	Description
class	ActualValueReflectionTypeDescriptor<T>	Allows the use the IActualValueProvider mechanism for reflective types.
(package private) class	AliasTypeDescriptor<T>	Defines a delegating alias type.
class	CompoundTypeDescriptor	Implements a compound type descriptor.
class	ReflectionTypeDescriptor<T>	Represents an actual type based on reflection analysis of the underlying class.

Fields in net.ssehub.easy.instantiation.core.model.vilTypes declared as TypeDescriptor

Modifier and Type	Field	Description
static TypeDescriptor<PseudoAny>	ReflectionTypeDescriptor.ANY
private TypeDescriptor<?>	FieldDescriptor.declaringType
private TypeDescriptor<?>	OperationDescriptor.declaringType
static TypeDescriptor<?>[]	TypeDescriptor.EMPTY
private TypeDescriptor<?>	FieldDescriptor.fieldType
private TypeDescriptor<?>[]	Map.generics
private TypeDescriptor<?>[]	TypeDescriptor.parameter
private TypeDescriptor<?>[]	AbstractArrayWrapper.params
private TypeDescriptor<?>[]	AbstractListWrapper.params
private TypeDescriptor<?>[]	SetSet.params
static TypeDescriptor<?>[]	ReflectionTypeDescriptor.PSEUDO_TYPES
private TypeDescriptor<?>	OperationDescriptor.returnType
private TypeDescriptor<?>	AbstractArrayWrapper.type
private TypeDescriptor<?>	AbstractListWrapper.type
private TypeDescriptor<T>	AliasTypeDescriptor.type
private TypeDescriptor<?>	Map.type
private TypeDescriptor<?>	ReflectionOperationParameter.type
private TypeDescriptor<?>	SetSet.type
static TypeDescriptor<PseudoType>	ReflectionTypeDescriptor.TYPE
static TypeDescriptor<PseudoVersion>	ReflectionTypeDescriptor.VERSION
static TypeDescriptor<PseudoVoid>	ReflectionTypeDescriptor.VOID

Fields in net.ssehub.easy.instantiation.core.model.vilTypes with type parameters of type TypeDescriptor

Modifier and Type	Field	Description
static java.util.List<TypeDescriptor<?>>	OperationDescriptor.EMPTY_PARAMETER	Defines a constant unmodifiable list for empty parameters.
private java.util.Map<IDatatype,TypeDescriptor<?>>	TypeRegistry.fallbacks
private java.util.Map<java.lang.String,TypeDescriptor<? extends IVilType>>	TypeRegistry.instantiators	Stores the registered instantiators.
private java.util.List<TypeDescriptor<?>>	OperationDescriptor.parameter
private java.util.Map<java.lang.String,TypeDescriptor<?>>	TypeRegistry.types	Stores the registered types.

Methods in net.ssehub.easy.instantiation.core.model.vilTypes that return TypeDescriptor

Modifier and Type	Method	Description
static TypeDescriptor<?>	TypeRegistry.anyType()	Returns the type descriptor for the built-in type 'any'.
static TypeDescriptor<?>	TypeRegistry.booleanType()	Returns the type descriptor for the built-in type 'Boolean'.
protected static TypeDescriptor<?>	AbstractCollectionWrapper.constructType(TypeDescriptor<?>[] param, boolean set)	Constructs a collection type.
TypeDescriptor<?>[]	TypeRegistry.convert(java.lang.Class<?> param)	Converts a class into a set of type descriptors.
TypeDescriptor<?>[]	TypeRegistry.convert(java.lang.Class<?>... params)	Converts a set of classes into type descriptors.
static TypeDescriptor<?>[]	TypeDescriptor.createArray(int length)	Creates an empty array of type descriptors.
private static TypeDescriptor<?>[]	ReflectionResolver.createParameter(java.lang.Class<?>[] generics, int count, IntHolder pos)	Creates the type parameters in a recursive way.
TypeDescriptor<?>	TypeRegistry.findType(java.lang.Class<?> cls)	Finds the type descriptor for a given class.
TypeDescriptor<?>	TypeRegistry.findType(java.lang.Class<?> cls, boolean addIfMissing)	Finds the type descriptor for a given class.
private TypeDescriptor<?>	TypeRegistry.findType(java.lang.String name)	Searches for a type called name, first in this registry, then in parent registries if given.
TypeDescriptor<?>	TypeDescriptor.flatten()	Returns a flattened collection type if this type is a collection.
TypeDescriptor<?>	TypeDescriptor.flattenParam()	Returns deepest nested non-collection parameter type of this type.
private TypeDescriptor<?>	TypeDescriptor.flattenParam(TypeDescriptor<?> type)	Returns deepest nested non-collection parameter type.
TypeDescriptor<?>	IDirectTypeRegistryAccess.get(java.lang.String name)	Returns the type descriptor registered for name.
TypeDescriptor<?>	TypeRegistry.DirectAccess.get(java.lang.String name)
(package private) TypeDescriptor<?>	AliasTypeDescriptor.getAliasedType()	Returns the aliased type.
static TypeDescriptor<? extends Collection<?>>	TypeRegistry.getCollectionType(TypeDescriptor<?>... parameter)	Returns the VIL type for a collection with the given type parameters.
TypeDescriptor<?>	FieldDescriptor.getDeclaringType()	Returns the declaring type.
TypeDescriptor<?>	OperationDescriptor.getDeclaringType()	Returns the declaring type.
TypeDescriptor<?>	Map.getDimensionType(int index)	Returns the type of the specified dimension of T.
private static TypeDescriptor<?>	AbstractCollectionWrapper.getElementType(Collection<?> collection)	Returns the element type of collection.
TypeDescriptor<?>[]	AbstractCollectionWrapper.getFlattenedParams(Collection<?> collection)	Returns the type parameters for a flattened collection.
protected TypeDescriptor<?>[]	AbstractArrayWrapper.getGenericParameter()	Returns the generic parameter for further use.
protected TypeDescriptor<?>[]	AbstractListWrapper.getGenericParameter()	Returns the params for further use.
TypeDescriptor<?>[]	TypeDescriptor.getGenericParameter()	Returns the type parameters as array.
TypeDescriptor<?>	AbstractArrayWrapper.getGenericParameterType(int index)
TypeDescriptor<?>	AbstractListWrapper.getGenericParameterType(int index)
TypeDescriptor<?>	ClassWrapper.getGenericParameterType(int index)
TypeDescriptor<?>	Collection.getGenericParameterType(int index)	Returns the type of the specified generic parameter of T.
TypeDescriptor<?>	IMetaType.getGenericParameterType(int index)	Returns the specified generic parameter type.
TypeDescriptor<?>	SetSet.getGenericParameterType(int index)
TypeDescriptor<?>	TypeDescriptor.getGenericParameterType(int index)
TypeDescriptor<?>	UnmodifiableSequence.getGenericParameterType(int index)
TypeDescriptor<?>	UnmodifiableSet.getGenericParameterType(int index)
TypeDescriptor<? extends IVilType>	TypeRegistry.getInstantiator(java.lang.String name)	Returns the registered instantiator type descriptor for the given name also in TypeRegistry.parentRegistry.
static TypeDescriptor<? extends PseudoIterator<?>>	TypeRegistry.getIteratorType(TypeDescriptor<?>... parameter)	Returns the VIL type for a map with the given type parameters.
protected TypeDescriptor<?>	TypeRegistry.getMappedType(java.lang.Class<?> cls, java.lang.Class<?>[] generics, IntHolder pos)	Returns mapped types provided by this registry and the descriptors created by this registry.
static TypeDescriptor<? extends Map<?,?>>	TypeRegistry.getMapType(TypeDescriptor<?>... parameter)	Returns the VIL type for a map with the given type parameters.
TypeDescriptor<?>	FieldDescriptor.getMetaType()	Returns the type to resolve operations on the field itself, e.g., whether the underlying decision variable is defined.
TypeDescriptor<?>	OperationDescriptor.getParameterType(int index)	Returns the specified parameter type.
TypeDescriptor<?>	OperationDescriptor.getReturnType()	Returns the return type of this operation.
static TypeDescriptor<? extends ResolvableOperationType>	TypeRegistry.getRuleType(TypeDescriptor<?>... parameter)	Returns the VIL type for a rule type with the given type parameters.
static TypeDescriptor<? extends Sequence<?>>	TypeRegistry.getSequenceType(TypeDescriptor<?>... parameter)	Returns the VIL type for a sequence with the given type parameters.
static TypeDescriptor<? extends Set<?>>	TypeRegistry.getSetType(TypeDescriptor<?>... parameter)	Returns the VIL type for a set with the given type parameters.
TypeDescriptor<?>	AbstractArrayWrapper.getType()
TypeDescriptor<?>	AbstractListWrapper.getType()
TypeDescriptor<?>	FieldDescriptor.getType()
TypeDescriptor<?>	IActualTypeProvider.getType()	Returns the more actual type of this object.
TypeDescriptor<?>	IMetaParameterDeclaration.getType()	Returns the type of this variable.
TypeDescriptor<?>	IVilGenericType.getType()	Returns the actual type including generics.
TypeDescriptor<?>	Map.getType()
static TypeDescriptor<?>	PseudoAny.getType(java.lang.Object ob)	Returns the type of ob.
static TypeDescriptor<?>	PseudoBoolean.getType(java.lang.Boolean value)	Returns the type of value.
static TypeDescriptor<?>	PseudoInteger.getType(java.lang.Integer value)	Returns the type of value.
static TypeDescriptor<?>	PseudoReal.getType(java.lang.Double value)	Returns the type of value.
static TypeDescriptor<?>	PseudoString.getType(java.lang.String value)	Returns the type of value.
static TypeDescriptor<?>	PseudoType.getType(TypeDescriptor<?> value)	Returns the type of value.
static TypeDescriptor<?>	PseudoVersion.getType(Version value)	Returns the type of value.
TypeDescriptor<?>	ReflectionOperationParameter.getType()
TypeDescriptor<?>	SetSet.getType()
TypeDescriptor<?>	TypeRegistry.getType(java.lang.Class<?> cls)	Converts a class into a type descriptor.
TypeDescriptor<?>	TypeRegistry.getType(java.lang.String name)	Returns the registered type descriptor for the given name also in TypeRegistry.parentRegistry.
TypeDescriptor<?>	TypeRegistry.getType(java.lang.String name, boolean addIfMissing)	Returns the registered type descriptor for the given name also in TypeRegistry.parentRegistry.
TypeDescriptor<?>	TypeRegistry.getType(IDatatype type)	Returns the registered type descriptor for the given type.
TypeDescriptor<?>	UnmodifiableSequence.getType()
TypeDescriptor<?>	UnmodifiableSet.getType()
TypeDescriptor<?>	TypeRegistry.getTypeOrFallback(IDatatype type)	Returns the registered type descriptor for the given type or tries an explicitly registered fallback, e.g., for unknown types in models without advices.
static TypeDescriptor<?>	TypeRegistry.integerType()	Returns the type descriptor for the built-in type 'Integer'.
TypeDescriptor<?>	TypeRegistry.obtainTypeDescriptor(java.lang.Object obj)	Obtains the type descriptor of an object.
static TypeDescriptor<?>	TypeRegistry.realType()	Returns the type descriptor for the built-in type 'Real'.
<T extends IVilType> TypeDescriptor<T>	TypeRegistry.register(java.lang.Class<T> type)	Internal default registration function with error handling.
<T extends IVilType> TypeDescriptor<T>	TypeRegistry.registerType(java.lang.Class<T> type)	Registers a type.
static TypeDescriptor<?>	TypeRegistry.resolvableOperationType()	Returns the type descriptor for the built-in operation references (a kind of function pointer to evaluate functions generically).
private TypeDescriptor<?>	TypeRegistry.resolve(java.lang.String name, boolean addIfMissing)	Resolves the given type name via the resolvers.
TypeDescriptor<?>[]	TypeRegistry.resolveGenerics(IDatatype type)	Resolves IVML type generics.
TypeDescriptor<? extends IVilType>	ITypeResolver.resolveInstantiator(java.lang.String name)	Resolves an instantiator by its name.
TypeDescriptor<?>	ITypeResolver.resolveType(java.lang.String name, boolean addIfMissing)	Resolves a type by its name.
TypeDescriptor<?>	ITypeResolver.resolveType(IDatatype type)	Resolves a type by its IVML type.
static TypeDescriptor<?>	ReflectionResolver.resolveType(java.lang.Class<?> cls, java.lang.Class<?>[] generics)	Resolves the given type to a type descriptor.
static TypeDescriptor<?>	ReflectionResolver.resolveType(java.lang.Class<?> cls, java.lang.Class<?>[] generics, IntHolder pos)	Resolves the given type to a type descriptor.
static TypeDescriptor<?>	TypeRegistry.stringType()	Returns the type descriptor for the built-in type String.
static TypeDescriptor<?>	TypeRegistry.typeType()	Returns the type descriptor for the built-in type 'Type'.
(package private) static TypeDescriptor<?>	AliasTypeDescriptor.unalias(TypeDescriptor<?> type)	Unalisases type.
static TypeDescriptor<?>	TypeRegistry.versionType()	Returns the type descriptor for the built-in type 'Version'.
static TypeDescriptor<?>	TypeRegistry.voidType()	Returns the type descriptor for the built-in type 'void'.

Methods in net.ssehub.easy.instantiation.core.model.vilTypes that return types with arguments of type TypeDescriptor

Modifier and Type	Method	Description
java.lang.Iterable<TypeDescriptor<? extends IVilType>>	TypeRegistry.allInstantiators()	Provides access to all instantiators.
java.lang.Iterable<TypeDescriptor<?>>	TypeRegistry.allTypes()	Provides access to all type descriptors.
java.lang.Iterable<TypeDescriptor<?>>	TypeRegistry.typesByNamePrefix(java.lang.String prefix)	Provides access to all type descriptors with names starting with the given prefix.

Methods in net.ssehub.easy.instantiation.core.model.vilTypes with parameters of type TypeDescriptor

Modifier and Type	Method	Description
void	IDirectTypeRegistryAccess.add(java.lang.String name, TypeDescriptor<?> type)	Adds a type.
void	TypeRegistry.DirectAccess.add(java.lang.String name, TypeDescriptor<?> type)
void	IDirectTypeRegistryAccess.addInstantiator(java.lang.String name, TypeDescriptor<? extends IVilType> type)	Adds an instantiator.
void	TypeRegistry.DirectAccess.addInstantiator(java.lang.String name, TypeDescriptor<? extends IVilType> type)
<T> boolean	TypeRegistry.addTypeAlias(java.lang.String name, TypeDescriptor<T> type)	Adds a type alias to this specific type registry.
static void	TypeRegistry.addTypeMapping(java.lang.String name, TypeDescriptor<? extends IVilType> type)	Allows to register internal mapped types, e.g., TypeDescriptor.
static Set<?>	PseudoType.allInstances(TypeDescriptor<?> type)	Provides access to all instances of this type in the configuration.
static java.lang.Object	Map.checkConvertEmpty(TypeDescriptor<?> type, java.lang.Object value)	Converts value to an empty map with parameter types from type, if type is a map and value is an empty map instance.
private java.util.Map<java.lang.String,java.lang.Object>	ReflectionOperationDescriptor.checkForNamedParameter(TypeDescriptor<?> type, int index, java.lang.annotation.Annotation[][] annotations, java.util.Map<java.lang.String,java.lang.Object> defltValues, int paramCount)	Checks the current parameter for a named parameter.
protected static TypeDescriptor<?>	AbstractCollectionWrapper.constructType(TypeDescriptor<?>[] param, boolean set)	Constructs a collection type.
static <T> Sequence<T>	ArraySequence.empty(TypeDescriptor<?> param)	Returns an empty sequence for one type parameter.
static <T> Set<T>	ArraySet.empty(TypeDescriptor<?> param)	Returns an empty set for one type parameter.
static <T> Sequence<T>	ListSequence.empty(TypeDescriptor<?> param)	Returns an empty sequence for one type parameter.
static <T> Set<T>	ListSet.empty(TypeDescriptor<?> param)	Returns an empty set for one type parameter.
static boolean	PseudoString.equals(java.lang.String string, TypeDescriptor<?> type)	Represents the equality operation for types vs.
static boolean	PseudoType.equals(TypeDescriptor<?> type, java.lang.String string)	Represents the equality operation for types vs.
static boolean	PseudoType.equals(TypeDescriptor<?> type1, TypeDescriptor<?> type2)	Represents the equality operation for types.
OperationDescriptor	TypeDescriptor.findConversion(TypeDescriptor<?> sourceType, TypeDescriptor<?> targetType)	Returns the most specific conversion operation from this type to target type (if there is any).
static OperationDescriptor	TypeDescriptor.findConversionOnBoth(TypeDescriptor<?> sourceType, TypeDescriptor<?> targetType)	Returns the most specific conversion operation from this type to target type considering both types as declarators of the conversion operation (if there is any).
private TypeDescriptor<?>	TypeDescriptor.flattenParam(TypeDescriptor<?> type)	Returns deepest nested non-collection parameter type.
static TypeDescriptor<? extends Collection<?>>	TypeRegistry.getCollectionType(TypeDescriptor<?>... parameter)	Returns the VIL type for a collection with the given type parameters.
static TypeDescriptor<? extends PseudoIterator<?>>	TypeRegistry.getIteratorType(TypeDescriptor<?>... parameter)	Returns the VIL type for a map with the given type parameters.
static TypeDescriptor<? extends Map<?,?>>	TypeRegistry.getMapType(TypeDescriptor<?>... parameter)	Returns the VIL type for a map with the given type parameters.
static java.lang.String	PseudoType.getName(TypeDescriptor<?> type)	Returns the name of type.
static java.lang.String	PseudoType.getQualifiedName(TypeDescriptor<?> type)	Returns the qualified name of type.
static TypeDescriptor<? extends ResolvableOperationType>	TypeRegistry.getRuleType(TypeDescriptor<?>... parameter)	Returns the VIL type for a rule type with the given type parameters.
static TypeDescriptor<? extends Sequence<?>>	TypeRegistry.getSequenceType(TypeDescriptor<?>... parameter)	Returns the VIL type for a sequence with the given type parameters.
static TypeDescriptor<? extends Set<?>>	TypeRegistry.getSetType(TypeDescriptor<?>... parameter)	Returns the VIL type for a set with the given type parameters.
static TypeDescriptor<?>	PseudoType.getType(TypeDescriptor<?> value)	Returns the type of value.
private static boolean	Map.isAny(TypeDescriptor<?> type)	Returns whether type is Any.
boolean	AliasTypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)
boolean	CompoundTypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)
boolean	ReflectionTypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)
abstract boolean	TypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)	Returns whether this descriptor is the same or a super class of desc.
static boolean	PseudoType.isKindOf(java.lang.Object ob, TypeDescriptor<?> type)	Returns whether type is of the same or a super type as ob.
boolean	TypeDescriptor.isSame(TypeDescriptor<?> typeDescriptor)	Returns whether a given object is the same.
private static boolean	AbstractCollectionWrapper.isSelectedByType(TypeDescriptor<?> type, java.lang.Object element, boolean byKind, boolean negate)	Returns whether type selection matches.
static boolean	PseudoType.isTypeOf(java.lang.Object ob, TypeDescriptor<?> type)	Returns whether type is of the same type as ob.
static boolean	PseudoString.notEquals(java.lang.String string, TypeDescriptor<?> type)	Represents the un-equality operation for types vs.
static boolean	PseudoType.notEquals(TypeDescriptor<?> type, java.lang.String string)	Represents the un-equality operation for types vs.
static boolean	PseudoType.notEquals(TypeDescriptor<?> type1, TypeDescriptor<?> type2)	Represents the un-equality operation for types.
protected void	TypeRegistry.register(java.lang.String key, TypeDescriptor<?> desc)	Registers an individual type and emits an information message on the logger.
private <T extends IVilType> void	TypeRegistry.register(TypeDescriptor<T> desc, java.lang.Class<T> metaProvider)	Registers an individual type via its name and emits an information message on the logger.
private <T extends IVilType> void	TypeRegistry.registerEquivalentClasses(java.lang.Class<T> type, TypeDescriptor<T> desc)	Registers equivalent classes from ClassMeta.equiv().
void	TypeRegistry.registerFallbackType(IDatatype type, TypeDescriptor<?> descriptor)	Registers a fallback type.
Sequence<T>	ArraySequence.selectByKind(TypeDescriptor<?> type)
Set<T>	ArraySet.selectByKind(TypeDescriptor<?> type)
Collection<T>	Collection.selectByKind(TypeDescriptor<?> type)	Does type selection of elements (including subtypes).
Sequence<T>	ListSequence.selectByKind(TypeDescriptor<?> type)
Set<T>	ListSet.selectByKind(TypeDescriptor<?> type)
Sequence<T>	Sequence.selectByKind(TypeDescriptor<?> type)
Set<T>	Set.selectByKind(TypeDescriptor<?> type)
Set<T>	SetSet.selectByKind(TypeDescriptor<?> type)
Sequence<T>	UnmodifiableSequence.selectByKind(TypeDescriptor<?> type)
Set<T>	UnmodifiableSet.selectByKind(TypeDescriptor<?> type)
static <T> java.util.List<T>	AbstractCollectionWrapper.selectByType(Collection<T> collection, TypeDescriptor<?> type, boolean byKind, boolean negate)	Returns the selection of elements from collection complying to the given type.
protected static <T> void	AbstractCollectionWrapper.selectByType(Collection<T> collection, TypeDescriptor<?> type, java.util.Collection<T> result, boolean byKind, boolean negate)	Calculates the selection of elements from collection complying to the given type.
Sequence<T>	ArraySequence.selectByType(TypeDescriptor<?> type)
Set<T>	ArraySet.selectByType(TypeDescriptor<?> type)
Collection<T>	Collection.selectByType(TypeDescriptor<?> type)	Does type selection of elements (only the same type).
Sequence<T>	ListSequence.selectByType(TypeDescriptor<?> type)
Set<T>	ListSet.selectByType(TypeDescriptor<?> type)
Sequence<T>	Sequence.selectByType(TypeDescriptor<?> type)
Set<T>	Set.selectByType(TypeDescriptor<?> type)
Set<T>	SetSet.selectByType(TypeDescriptor<?> type)
Sequence<T>	UnmodifiableSequence.selectByType(TypeDescriptor<?> type)
Set<T>	UnmodifiableSet.selectByType(TypeDescriptor<?> type)
protected void	OperationDescriptor.setReturnType(TypeDescriptor<?> returnType)	Sets the return type.
OperationDescriptor	OperationDescriptor.specializeFor(TypeDescriptor<?> declaringType)	Tries to specialize this operation descriptor for the given type, e.g., to consider the specific generic parameters of that type.
OperationDescriptor	ReflectionOperationDescriptor.specializeFor(TypeDescriptor<?> declaringType)
private static void	TypeRegistry.testInstantiatorType(TypeDescriptor<? extends IVilType> type, Instantiator inst)	Some basic semantic tests for instantiators.
static java.lang.String	PseudoType.toString(TypeDescriptor<?> type)	Turns a descriptor into its name (legacy).
Sequence<T>	ArraySequence.typeReject(TypeDescriptor<?> type)
Set<T>	ArraySet.typeReject(TypeDescriptor<?> type)
Collection<T>	Collection.typeReject(TypeDescriptor<?> type)	Does type selection of elements not having the same type (including subtypes).
Sequence<T>	ListSequence.typeReject(TypeDescriptor<?> type)
Set<T>	ListSet.typeReject(TypeDescriptor<?> type)
Sequence<T>	Sequence.typeReject(TypeDescriptor<?> type)
Set<T>	Set.typeReject(TypeDescriptor<?> type)
Set<T>	SetSet.typeReject(TypeDescriptor<?> type)
Sequence<T>	UnmodifiableSequence.typeReject(TypeDescriptor<?> type)
Set<T>	UnmodifiableSet.typeReject(TypeDescriptor<?> type)
(package private) static TypeDescriptor<?>	AliasTypeDescriptor.unalias(TypeDescriptor<?> type)	Unalisases type.

Method parameters in net.ssehub.easy.instantiation.core.model.vilTypes with type arguments of type TypeDescriptor

Modifier and Type	Method	Description
protected void	OperationDescriptor.setParameters(java.util.List<TypeDescriptor<?>> parameters, boolean acceptsNamedParameters, boolean acceptsImplicitParameters)	Sets the parameters.

Constructors in net.ssehub.easy.instantiation.core.model.vilTypes with parameters of type TypeDescriptor

Constructor	Description
AbstractArrayWrapper(T[] array, boolean set, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
AbstractListWrapper(java.util.List<T> list, boolean set, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
AliasTypeDescriptor(TypeRegistry registry, java.lang.String name, TypeDescriptor<T> type)	Creates an alias type descriptor.
ArraySequence(T[] array, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
ArraySet(T[] array, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
ConstructorOperationDescriptor(TypeDescriptor<?> declaringType)	Creates the operation descriptor.
FieldDescriptor(TypeDescriptor<?> declaringType, java.lang.String name, TypeDescriptor<?> fieldType)	Creates a field descriptor.
FixedListSequence(java.util.List<T> list, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
FixedListSet(java.util.List<T> list, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
ListSequence(java.util.List<T> list, TypeDescriptor<?>... params)	Creates a new array collection wrapper using the default type registry.
ListSet(java.util.List<T> list, TypeDescriptor<?>... params)	Creates a new array collection wrapper.
Map(java.util.Map<java.lang.Object,java.lang.Object> map, TypeDescriptor<?>[] generics)	Creates a map wrapper.
Map(TypeDescriptor<?>[] types)	Creates a new map.
Map(TypeDescriptor<?>[] types, int size)	Creates a new map.
OperationDescriptor(TypeDescriptor<?> declaringType, java.lang.String name, boolean isConstructor)	Creates a new operation descriptor.
ReflectionConstructorDescriptor(TypeDescriptor<?> declaringType, java.lang.reflect.Constructor<?> constructor)	Creates a reflection constructor descriptor.
ReflectionFieldDescriptor(TypeDescriptor<?> declaringType, java.lang.reflect.Field field, java.lang.Class<?>[] typeGenerics)	Creates a new reflection field descriptor taking the information from field.
ReflectionFieldDescriptor(TypeDescriptor<?> declaringType, java.lang.reflect.Field field, java.lang.String name, boolean readOnly, java.lang.Class<?>[] typeGenerics)	Creates a new reflection field descriptor.
ReflectionFieldDescriptor(TypeDescriptor<?> declaringType, java.lang.reflect.Field field, java.lang.String name, java.lang.Class<?>[] typeGenerics)	Creates a new reflection field descriptor taking the information from field.
ReflectionOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.reflect.Method method, boolean isConstructor)	Creates a new operation descriptor.
ReflectionOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.reflect.Method method, java.lang.String name, boolean isConstructor)	Creates a new operation descriptor as an alias.
ReflectionOperationParameter(java.lang.String name, TypeDescriptor<?> type, Expression dflt)	Creates a reflection operation parameter.
ReflectionTypeDescriptor(java.lang.Class<T> cls, TypeDescriptor<?>... parameter)	Creates a new type descriptor.
SetSet(java.util.Set<T> set, TypeDescriptor<?>... params)	Creates a new set wrapper.
TypeDescriptor(TypeDescriptor<?>... parameter)	Creates a new type descriptor.
TypeOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.String name)	Creates the operation descriptor.
UnmodifiableMap(java.util.Map<java.lang.Object,java.lang.Object> map, TypeDescriptor<?>[] types)	Creates a map wrapper.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.vilTypes.configuration

Subclasses of TypeDescriptor in net.ssehub.easy.instantiation.core.model.vilTypes.configuration

Modifier and Type	Class	Description
(package private) class	AbstractIvmlTypeDescriptor	Implements a dynamic type descriptor for IVM decision variables.
class	FakeTypeDescriptor	Represents a fake type descriptor for IVML.
class	IvmlProjectTypeDescriptor	Implements a dynamic type descriptor for a project containing IVML decision variables.
class	IvmlTypeDescriptor	Implements a dynamic type descriptor for IVML decision variables.

Fields in net.ssehub.easy.instantiation.core.model.vilTypes.configuration declared as TypeDescriptor

Modifier and Type	Field	Description
private TypeDescriptor<?>	FakeTypeDescriptor.baseType
private TypeDescriptor<?>	IvmlTypeDescriptor.baseType
private static TypeDescriptor<?>	IvmlSequenceConversionOperationDescriptor.RETURN
private static TypeDescriptor<?>	IvmlSetConversionOperationDescriptor.RETURN

Fields in net.ssehub.easy.instantiation.core.model.vilTypes.configuration with type parameters of type TypeDescriptor

Modifier and Type	Field	Description
private java.util.Map<IDatatype,TypeDescriptor<?>>	IvmlTypeResolver.ivmlMap

Methods in net.ssehub.easy.instantiation.core.model.vilTypes.configuration that return TypeDescriptor

Modifier and Type	Method	Description
static TypeDescriptor<?>	IvmlTypes.attributeType()	Returns the type descriptor for the built-in type 'Attribute'.
static TypeDescriptor<?>	IvmlTypes.configurationType()	Returns the type descriptor for the built-in type 'Configuration'.
static TypeDescriptor<?>	IvmlTypes.decisionVariableType()	Returns the type descriptor for the built-in type 'DecisionVariable'.
static TypeDescriptor<?>	IvmlTypes.declarationType()	Returns the type descriptor for the built-in type 'IvmlDeclaration'.
protected static TypeDescriptor<?>[]	Utils.determineGenerics(IDatatype type, TypeRegistry registry, boolean specific)	Determines the VIL types for the given generic types.
protected static TypeDescriptor<?>	Utils.determineReturnType(IDatatype type, TypeRegistry registry, boolean specific)	Determines the VIL/VTL return type for the given IVML type.
protected TypeDescriptor<?>	AbstractIvmlTypeOperationDescriptor.getActualType(java.lang.Object ob)	Returns the actual type of ob.
TypeDescriptor<?>	AbstractIvmlFieldDescriptor.getMetaType()
TypeDescriptor<?>	AbstractIvmlVariable.getType()	Returns the type of the (dereferenced) decision variable (VIL view).
TypeDescriptor<?>	Configuration.getType()
TypeDescriptor<?>	EnumValue.getType()
TypeDescriptor<?>	IvmlDeclaration.getType()
abstract TypeDescriptor<?>	IvmlElement.getType()	Returns the VIL type of the element.
(package private) static TypeDescriptor<?>	IvmlElement.getTypeDescriptor(IDatatype type)	Returns the type descriptor for a given IVML datatype.
static TypeDescriptor<?>	IvmlTypes.ivmlElement()	Returns the type descriptor for the built-in (fallback) type 'IvmlElement'.
(package private) TypeDescriptor<?>	IvmlTypeResolver.obtainType(IDatatype type)	Obtains the VIL/VTL type for the given type.
static TypeDescriptor<?>	IvmlTypes.projectType()	Returns the type descriptor for the built-in type 'Project'.
TypeDescriptor<? extends IVilType>	IvmlBaseTypeResolver.resolveInstantiator(java.lang.String name)
TypeDescriptor<? extends IVilType>	IvmlTypeResolver.resolveInstantiator(java.lang.String name)
TypeDescriptor<?>	IvmlBaseTypeResolver.resolveType(java.lang.String name, boolean addIfMissing)
TypeDescriptor<?>	IvmlBaseTypeResolver.resolveType(IDatatype type)
TypeDescriptor<?>	IvmlTypeResolver.resolveType(java.lang.String name, boolean addIfMissing)
TypeDescriptor<?>	IvmlTypeResolver.resolveType(IDatatype type)

Methods in net.ssehub.easy.instantiation.core.model.vilTypes.configuration that return types with arguments of type TypeDescriptor

Modifier and Type	Method	Description
protected static java.util.List<TypeDescriptor<?>>	IvmlOperationDescriptor.createParameterList(TypeDescriptor<?> param)	Creates a parameter list for one parameter (type).

Methods in net.ssehub.easy.instantiation.core.model.vilTypes.configuration with parameters of type TypeDescriptor

Modifier and Type	Method	Description
protected void	IvmlBaseTypeResolver.addType(java.lang.String name, TypeDescriptor<?> type)	Adds a type via a given name.
(package private) void	IvmlTypeResolver.addType(java.lang.String name, TypeDescriptor<?> type)	Adds a type via a given name.
DecisionVariable	AbstractIvmlVariable.addValue(TypeDescriptor<?> type)	Adds a value if the actual variable represents an IVML collection.
Set<?>	Configuration.allInstances(TypeDescriptor<?> type)	Returns all instances of the given type.
protected static java.util.List<TypeDescriptor<?>>	IvmlOperationDescriptor.createParameterList(TypeDescriptor<?> param)	Creates a parameter list for one parameter (type).
void	AbstractIvmlVariable.createValue(TypeDescriptor<?> type, boolean override)	Creates a value matching to this variable and tries to assign it.
boolean	FakeTypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)
boolean	IvmlProjectTypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)
boolean	IvmlTypeDescriptor.isAssignableFrom(TypeDescriptor<?> desc)
boolean	DecisionVariable.isKindOf(TypeDescriptor<?> type)	Returns whether type is of the same or a super type as this object.
boolean	DecisionVariable.isTypeOf(TypeDescriptor<?> type)	Returns whether type is of the same type as this object.

Constructors in net.ssehub.easy.instantiation.core.model.vilTypes.configuration with parameters of type TypeDescriptor

Constructor	Description
AbstractIvmlFieldDescriptor(TypeDescriptor<?> declaringType, AbstractVariable var, TypeRegistry registry)	Creates the field descriptor.
AbstractIvmlTypeOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.String name, boolean isConstructor)	Creates a new operation descriptor.
FakeOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.String name, int parameterCount, boolean acceptsNamedParameters)	Create a fake operation descriptor.
FakeTypeDescriptor(TypeRegistry registry, java.lang.String name, TypeDescriptor<?> baseType)	Creates a fake type descriptor.
IvmlAccessorFieldDescriptor(TypeDescriptor<?> declaringType, DecisionVariableDeclaration var, TypeRegistry registry)	Creates the field descriptor.
IvmlAnnotationFieldDescriptor(TypeDescriptor<?> declaringType, Attribute annotation, TypeRegistry registry)	Creates the operation descriptor for an annotation access.
IvmlComparisonOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.String name, boolean equality, TypeDescriptor<?> paramType)	Creates a new comparison operation descriptor.
IvmlConfigurationConversionOperationDescriptor(TypeDescriptor<?> declaringType)	Creates the operation descriptor.
IvmlConfigurationFieldDescriptor(TypeDescriptor<?> declaringType, AbstractVariable var, TypeRegistry registry)	Creates the field descriptor.
IvmlConfigurationOperationDescriptor(TypeDescriptor<?> declaringType, DecisionVariableDeclaration var)	Creates the operation descriptor.
IvmlConstructorOperationDescriptor(TypeDescriptor<?> declaringType, IDatatype ivmlType)	Creates a constructor descriptor without parameters.
IvmlConversionOperationDescriptor(TypeDescriptor<?> declaringType)	Creates the operation descriptor.
IvmlConversionOperationDescriptor(TypeDescriptor<?> declaringType, TypeDescriptor<?> returnType)	Creates the operation descriptor.
IvmlOperationDescriptor(TypeDescriptor<?> declaringType, java.lang.String name, boolean isConstructor)	Creates a new operation descriptor.
IvmlOrderedEnumComparisonOperationDescriptor(TypeDescriptor<?> declaringType, IvmlOrderedEnumComparisonOperationDescriptor.OperationKind operation)	Creates a new comparison operation descriptor.
IvmlOrderedEnumMinMaxOperationDescriptor(TypeDescriptor<?> declaringType, IvmlOrderedEnumMinMaxOperationDescriptor.OperationKind operation)	Creates a new min/max operation descriptor.
IvmlSequenceConversionOperationDescriptor(TypeDescriptor<?> declaringType)	Creates a conversion descriptor.
IvmlSequenceConversionOperationDescriptor(TypeDescriptor<?> declaringType, TypeDescriptor<?> generic)	Creates a conversion descriptor.
IvmlSetConversionOperationDescriptor(TypeDescriptor<?> declaringType)	Creates a conversion descriptor.
IvmlSetConversionOperationDescriptor(TypeDescriptor<?> declaringType, TypeDescriptor<?> generic)	Creates a conversion descriptor.
IvmlToStringConversionOperationDescriptor(TypeDescriptor<?> declaringType)	Creates a conversion to string operation descriptor.

Uses of TypeDescriptor in net.ssehub.easy.instantiation.serializer.xml.converter

Fields in net.ssehub.easy.instantiation.serializer.xml.converter with type parameters of type TypeDescriptor

Modifier and Type	Field	Description
private static java.util.Map<java.lang.String,TypeDescriptor<?>>	AbstractDescriptorConverter.pseudoTypes
private static java.util.Map<java.lang.String,TypeDescriptor<?>>	ReflectionTypeDescriptorConverter.pseudoTypes

Methods in net.ssehub.easy.instantiation.serializer.xml.converter that return TypeDescriptor

Modifier and Type	Method	Description
private TypeDescriptor<?>[]	ReflectionTypeDescriptorConverter.getAllAttributes(com.thoughtworks.xstream.io.HierarchicalStreamReader reader, int numberOfAttributes)	Gets All attributes for maps, sets and collections.
private TypeDescriptor<?>[]	VTLTypeConverter.getAllAttributes(com.thoughtworks.xstream.io.HierarchicalStreamReader reader, int numberOfAttributes)	Gets All attributes for maps, sets and collections.
private TypeDescriptor<?>	ReflectionTypeDescriptorConverter.getMapType(java.lang.String name, java.lang.String regex)	Get the map type from the typeRegistry.
private TypeDescriptor<?>[]	AbstractDescriptorConverter.getParameterTypes(java.lang.String attribute, TypeDescriptor<?>[] parameters, java.lang.String regex)	Collects the types of the parameters.
private TypeDescriptor<?>	ReflectionTypeDescriptorConverter.getSequenceType(java.lang.String name, java.lang.String regex)	Get the sequence type from the typeRegistry.
private TypeDescriptor<?>	ReflectionTypeDescriptorConverter.getSetType(java.lang.String name, java.lang.String regex)	Get the set type from the typeRegistry.
private TypeDescriptor<?>[]	ReflectionTypeDescriptorConverter.getType(java.lang.String name, java.lang.String regex)	Get type from the typeRegistry.
private TypeDescriptor<?>	AbstractDescriptorConverter.getTypeDescriptor(java.lang.String attribute)	Gets the TypeDescriptor for a given attribute.

Methods in net.ssehub.easy.instantiation.serializer.xml.converter with parameters of type TypeDescriptor

Modifier and Type	Method	Description
private java.lang.Object	AbstractDescriptorConverter.getOperationDescriptor(java.lang.String name, java.lang.Object result, java.lang.Iterable<OperationDescriptor> iterable, TypeDescriptor<?>[] parameters)	Gets the OperationDescriptor.
private TypeDescriptor<?>[]	AbstractDescriptorConverter.getParameterTypes(java.lang.String attribute, TypeDescriptor<?>[] parameters, java.lang.String regex)	Collects the types of the parameters.