Uses of Interface
org.simpleframework.xml.strategy.Type

Packages that use Type

Package	Description
org.simpleframework.xml.convert
org.simpleframework.xml.core
org.simpleframework.xml.strategy

Uses of Type in org.simpleframework.xml.convert

Methods in org.simpleframework.xml.convert with parameters of type Type

Modifier and Type	Method	Description
private Convert	ConverterScanner.getConvert(Type type)	This method is used to scan the provided Type for an annotation.
private Convert	ConverterScanner.getConvert(Type type, java.lang.Class real)	This method is used to scan the provided Type for an annotation.
Converter	ConverterScanner.getConverter(Type type, java.lang.Object value)	This method will lookup and instantiate a converter found from scanning the field or method type provided.
Converter	ConverterScanner.getConverter(Type type, Value value)	This method will lookup and instantiate a converter found from scanning the field or method type provided.
private java.lang.Class	ConverterScanner.getType(Type type, java.lang.Object value)	This is used to acquire the class that should be scanned.
private java.lang.Class	ConverterScanner.getType(Type type, Value value)	This is used to acquire the class that should be scanned.
private Converter	RegistryStrategy.lookup(Type type, java.lang.Object value)	This is used to acquire a Converter instance for the provided object instance.
private Converter	RegistryStrategy.lookup(Type type, Value value)	This is used to acquire a Converter instance for the provided value object.
Value	AnnotationStrategy.read(Type type, NodeMap<InputNode> node, java.util.Map map)	This is used to read the Value which will be used to represent the deserialized object.
private Value	AnnotationStrategy.read(Type type, NodeMap<InputNode> node, Value value)	This is used to read the Value which will be used to represent the deserialized object.
Value	RegistryStrategy.read(Type type, NodeMap<InputNode> node, java.util.Map map)	This is used to read the Value which will be used to represent the deserialized object.
private Value	RegistryStrategy.read(Type type, NodeMap<InputNode> node, Value value)	This is used to read the Value which will be used to represent the deserialized object.
private boolean	AnnotationStrategy.write(Type type, java.lang.Object value, NodeMap<OutputNode> node)	This is used to serialize a representation of the object value provided.
boolean	AnnotationStrategy.write(Type type, java.lang.Object value, NodeMap<OutputNode> node, java.util.Map map)	This is used to serialize a representation of the object value provided.
private boolean	RegistryStrategy.write(Type type, java.lang.Object value, NodeMap<OutputNode> node)	This is used to serialize a representation of the object value provided.
boolean	RegistryStrategy.write(Type type, java.lang.Object value, NodeMap<OutputNode> node, java.util.Map map)	This is used to serialize a representation of the object value provided.

Uses of Type in org.simpleframework.xml.core

Subinterfaces of Type in org.simpleframework.xml.core

Modifier and Type	Interface	Description
(package private) interface	Contact	The Contact interface is used to provide a point of contact with an object.

Classes in org.simpleframework.xml.core that implement Type

Modifier and Type	Class	Description
private static class	AttributeParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
(package private) class	ClassType	The ClassType object is used to represent a type that is neither a field or method.
private static class	ElementArrayParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
private static class	ElementListParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
private static class	ElementListUnionParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
private static class	ElementMapParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
private static class	ElementMapUnionParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
private static class	ElementParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
private static class	ElementUnionParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.
(package private) class	FieldContact	The FieldContact object is used to act as a contact for a field within an object.
(package private) class	MethodContact	The MethodContact object is acts as a contact that can set and get data to and from an object using methods.
(package private) class	OverrideType	The OverrideType is used to represent a type as class other than that defined in a containing type.
(package private) class	ParameterContact<T extends java.lang.annotation.Annotation>	The ParameterContact object is used to represent a contact that is provided so that a Label can be used to determine a consistent name for the parameter.
private static class	TextParameter.Contact	The Contact represents a contact object that is to be used for a label in order to extract a parameter name.

Fields in org.simpleframework.xml.core declared as Type

Modifier and Type	Field	Description
private Type	CacheLabel.depend	This is used to represent the dependent type to be used.
private Type	CompositeArray.entry	This is the entry type for elements within the array.
private Type	CompositeInlineList.entry	This is the entry type for elements within the list.
private Type	CompositeList.entry	This is the entry type for elements within the list.
private Type	PrimitiveArray.entry	This is the type of object that will be held in the list.
private Type	PrimitiveInlineList.entry	This is the type of object that will be held in the list.
private Type	PrimitiveList.entry	This is the type of object that will be held within the list.
private Type	Composite.type	This is the type that this composite produces instances of.
private Type	CompositeArray.type	This represents the actual field or method for the array.
private Type	CompositeInlineList.type	This represents the actual method or field for the list.
private Type	CompositeKey.type	This represents the type of object the key is written as.
private Type	CompositeList.type	This is the field or method that has been annotated.
private Type	CompositeListUnion.type	This is the type field or method annotated as a union.
private Type	CompositeMapUnion.type	This is the type field or method annotated as a union.
private Type	CompositeUnion.type	This is the type field or method annotated as a union.
private Type	CompositeValue.type	This represents the type of object the value is written as.
protected Type	Factory.type	This is the field type that the class must be assignable to.
private Type	OverrideType.type	This is the type associated with this override type.
protected Type	PathParser.type	This is the type the expressions are to be parsed for.
private Type	Primitive.type	This is the actual method or field that has been annotated.
private Type	PrimitiveArray.type	This represents the actual field or method for the array.
private Type	PrimitiveKey.type	Represents the primitive type the key is serialized to and from.
private Type	PrimitiveValue.type	Represents the primitive type the value is serialized to and from.
private Type	TextList.type	This is a string type which is used for all free text data.

Methods in org.simpleframework.xml.core that return Type

Modifier and Type	Method	Description
Type	CacheLabel.getDependent()	This returns the dependent type for the annotation.
Type	ElementArrayLabel.getDependent()	This is used to acquire the dependent type for the annotated array.
Type	ElementListLabel.getDependent()	This is used to acquire the dependent type for the annotated list.
Type	ElementListUnionLabel.getDependent()	This returns the dependent type for the annotation.
Type	ElementMapLabel.getDependent()	This is used to acquire the dependent type for the annotated list.
Type	ElementMapUnionLabel.getDependent()	This returns the dependent type for the annotation.
Type	ElementUnionLabel.getDependent()	This returns the dependent type for the annotation.
Type	Introspector.getDependent()	This returns the dependent type for the annotation.
Type	Label.getDependent()	This returns the dependent type for the annotation.
Type	TemplateLabel.getDependent()	This is used to acquire the dependent class for this label.
Type	TextListLabel.getDependent()	This is used to acquire the dependent class for this label.
Type	Variable.getDependent()	This returns the dependent type for the annotation.
protected Type	Entry.getKeyType()	This is used to acquire the dependent key for the annotated map.
private Type	ElementMapLabel.getMap()	This returns the map type for this label.
private Type	Factory.getPrimitive(Type type, java.lang.Class expect)	This is used to convert the Type provided as an overridden type.
Type	CacheLabel.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
Type	ElementLabel.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
Type	ElementListUnionLabel.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
Type	ElementMapUnionLabel.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
Type	ElementUnionLabel.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
Type	Label.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
Type	TemplateLabel.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
private Type	Traverser.getType(java.lang.Class type)	This is used to acquire a type for the provided class.
Type	Variable.getType(java.lang.Class type)	This is used to acquire the Type that the type provided is represented by.
protected Type	Entry.getValueType()	This is used to acquire the dependent value for the annotated map.

Methods in org.simpleframework.xml.core with parameters of type Type

Modifier and Type	Method	Description
Value	Context.getOverride(Type type, InputNode node)	This is used to resolve and load a class for the given element.
Value	Source.getOverride(Type type, InputNode node)	This is used to resolve and load a class for the given element.
private Type	Factory.getPrimitive(Type type, java.lang.Class expect)	This is used to convert the Type provided as an overridden type.
java.lang.Class	Context.getType(Type type, java.lang.Object value)	This is used to determine the type of an object given the source instance.
java.lang.Class	Source.getType(Type type, java.lang.Object value)	This is used to determine the type of an object given the source instance.
boolean	Context.isFloat(Type type)	This is used to determine if the type specified is a floating point type.
boolean	Source.isFloat(Type type)	This is used to determine if the type specified is a floating point type.
private boolean	Composite.isOverridden(OutputNode node, java.lang.Object value, Type type)	This is used to determine whether the specified value has been overridden by the strategy.
boolean	Context.isPrimitive(Type type)	This is used to determine whether the scanned type represents a primitive type.
boolean	Source.isPrimitive(Type type)	This is used to determine whether the scanned type represents a primitive type.
boolean	Context.setOverride(Type type, java.lang.Object value, OutputNode node)	This is used to attach elements or attributes to the given element during the serialization process.
boolean	Factory.setOverride(Type type, java.lang.Object value, OutputNode node)	This method is used to set the override class within an element.
boolean	Source.setOverride(Type type, java.lang.Object value, OutputNode node)	This is used to attach elements or attributes to the given element during the serialization process.
private void	Composite.writeNamespaces(OutputNode node, Type type, Label label)	This is used to apply Decorator objects to the provided node before it is written.

Constructors in org.simpleframework.xml.core with parameters of type Type

Constructor	Description
ArrayFactory(Context context, Type type)	Constructor for the ArrayFactory object.
CollectionFactory(Context context, Type type)	Constructor for the CollectionFactory object.
Composite(Context context, Type type)	Constructor for the Composite object.
Composite(Context context, Type type, java.lang.Class override)	Constructor for the Composite object.
CompositeArray(Context context, Type type, Type entry, java.lang.String parent)	Constructor for the CompositeArray object.
CompositeInlineList(Context context, Type type, Type entry, java.lang.String name)	Constructor for the CompositeInlineList object.
CompositeInlineMap(Context context, Entry entry, Type type)	Constructor for the CompositeMap object.
CompositeKey(Context context, Entry entry, Type type)	Constructor for the CompositeKey object.
CompositeList(Context context, Type type, Type entry, java.lang.String name)	Constructor for the CompositeList object.
CompositeListUnion(Context context, Group group, Expression path, Type type)	Constructor for the CompositeListUnion object.
CompositeMap(Context context, Entry entry, Type type)	Constructor for the CompositeMap object.
CompositeMapUnion(Context context, Group group, Expression path, Type type)	Constructor for the CompositeMapUnion object.
CompositeUnion(Context context, Group group, Expression path, Type type)	Constructor for the CompositeUnion object.
CompositeValue(Context context, Entry entry, Type type)	Constructor for the CompositeValue object.
Factory(Context context, Type type)	Constructor for the Factory object.
Factory(Context context, Type type, java.lang.Class override)	Constructor for the Factory object.
MapFactory(Context context, Type type)	Constructor for the MapFactory object.
ObjectFactory(Context context, Type type, java.lang.Class override)	Constructor for the ObjectFactory class.
OverrideType(Type type, java.lang.Class override)	Constructor for the OverrideType object.
PathParser(java.lang.String path, Type type, Format format)	Constructor for the PathParser object.
Primitive(Context context, Type type)	Constructor for the Primitive object.
Primitive(Context context, Type type, java.lang.String empty)	Constructor for the Primitive object.
PrimitiveArray(Context context, Type type, Type entry, java.lang.String parent)	Constructor for the PrimitiveArray object.
PrimitiveFactory(Context context, Type type)	Constructor for the PrimitiveFactory object.
PrimitiveFactory(Context context, Type type, java.lang.Class override)	Constructor for the PrimitiveFactory object.
PrimitiveInlineList(Context context, Type type, Type entry, java.lang.String parent)	Constructor for the PrimitiveInlineList object.
PrimitiveKey(Context context, Entry entry, Type type)	Constructor for the PrimitiveKey object.
PrimitiveList(Context context, Type type, Type entry, java.lang.String parent)	Constructor for the PrimitiveList object.
PrimitiveValue(Context context, Entry entry, Type type)	Constructor for the PrimitiveValue object.
TextList(Context context, Type list, Label label)	Constructor for the TextList object.

Uses of Type in org.simpleframework.xml.strategy

Methods in org.simpleframework.xml.strategy with parameters of type Type

Modifier and Type	Method	Description
Value	CycleStrategy.read(Type type, NodeMap node, java.util.Map map)	This method is used to read an object from the specified node.
Value	ReadGraph.read(Type type, NodeMap node)	This is used to recover the object references from the document using the special attributes specified.
Value	Strategy.read(Type type, NodeMap<InputNode> node, java.util.Map map)	This is used to resolve and load a class for the given element.
Value	TreeStrategy.read(Type type, NodeMap node, java.util.Map map)	This is used to resolve and load a class for the given element.
void	Visitor.read(Type type, NodeMap<InputNode> node)	This is used to intercept an XML element before it is read by the underlying Strategy implementation.
Value	VisitorStrategy.read(Type type, NodeMap<InputNode> node, java.util.Map map)	This method will read with an internal strategy after it has been intercepted by the visitor.
private Value	ReadGraph.readArray(Type type, java.lang.Class real, NodeMap node)	This is used to acquire the Value which can be used to represent the deserialized value.
private Value	ReadGraph.readInstance(Type type, java.lang.Class real, NodeMap node)	This is used to recover the object references from the document using the special attributes specified.
private Value	ReadGraph.readReference(Type type, java.lang.Class real, NodeMap node)	This is used to recover the object references from the document using the special attributes specified.
private Value	ReadGraph.readValue(Type type, java.lang.Class real, NodeMap node)	This is used to acquire the Value which can be used to represent the deserialized value.
private Value	ReadGraph.readValue(Type type, java.lang.Class real, NodeMap node, java.lang.String key)	This is used to acquire the Value which can be used to represent the deserialized value.
private java.lang.Class	TreeStrategy.readValue(Type type, NodeMap node)	This is used to resolve and load a class for the given element.
boolean	CycleStrategy.write(Type type, java.lang.Object value, NodeMap node, java.util.Map map)	This is used to write the reference in to the XML element that is to be written.
boolean	Strategy.write(Type type, java.lang.Object value, NodeMap<OutputNode> node, java.util.Map map)	This is used to attach attribute values to the given node map during the serialization process.
boolean	TreeStrategy.write(Type type, java.lang.Object value, NodeMap node, java.util.Map map)	This is used to attach a attribute to the provided element that is used to identify the class.
void	Visitor.write(Type type, NodeMap<OutputNode> node)	This is used to intercept an XML element after it is written by the underlying Strategy implementation.
boolean	VisitorStrategy.write(Type type, java.lang.Object value, NodeMap<OutputNode> node, java.util.Map map)	This method will write with an internal strategy before it has been intercepted by the visitor.
boolean	WriteGraph.write(Type type, java.lang.Object value, NodeMap node)	This is used to write the XML element attributes representing the serialized object instance.