Uses of Class
ma.glasnost.orika.metadata.Type

Packages that use Type

ma.glasnost.orika
ma.glasnost.orika.constructor
ma.glasnost.orika.converter
ma.glasnost.orika.converter.builtin
ma.glasnost.orika.impl
ma.glasnost.orika.impl.generator
ma.glasnost.orika.impl.mapping.strategy
ma.glasnost.orika.impl.util
ma.glasnost.orika.inheritance
ma.glasnost.orika.metadata
ma.glasnost.orika.property
ma.glasnost.orika.unenhance

Uses of Type in ma.glasnost.orika

Fields in ma.glasnost.orika declared as Type

protected Type<A>	CustomMapper.aType
protected Type<B>	CustomMapper.bType
protected Type<D>	CustomConverter.destinationType
protected Type<S>	CustomConverter.sourceType

Methods in ma.glasnost.orika that return Type

static <K,V> Type<MapEntry<K,V>>	MapEntry.concreteEntryType(Type<? extends Map<K,V>> mapType) Returns the concrete MapEntry<K,V> type that represents the entries of the given map
static <K,V> Type<Map.Entry<K,V>>	MapEntry.entryType(Type<? extends Map<K,V>> mapType) Returns the Map.Entry<K,V> type that represents the entries of the given map
Type<A>	MappedTypePair.getAType()
Type<A>	CustomMapper.getAType()
Type<S>	CustomConverter.getAType()
Type<B>	MappedTypePair.getBType()
Type<B>	CustomMapper.getBType()
Type<D>	CustomConverter.getBType()
<S,D> Type<? extends D>	MappingContext.getConcreteClass(Type<S> sourceType, Type<D> destinationType)
Type<?>	MappingException.getDestinationType()
Type<?>	MappingContext.getResolvedDestinationType()
Type<?>	MappingContext.getResolvedSourceType()
Type<?>	MappingException.getSourceType()
<S,D> Type<? extends D>	MapperFactory.lookupConcreteDestinationType(Type<S> sourceType, Type<D> destinationType, MappingContext context)

Methods in ma.glasnost.orika that return types with arguments of type Type

Set<Type<? extends Object>>

MapperFactory.lookupMappedClasses(Type<?> type) Get the set of classes which have been mapped for the specified type.

Methods in ma.glasnost.orika with parameters of type Type

boolean	CustomConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	CustomConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	Converter.canConvert(Type<?> sourceType, Type<?> destinationType) Answers whether this converter can be used to handle the conversion of sourceType to destinationType.
boolean	Converter.canConvert(Type<?> sourceType, Type<?> destinationType) Answers whether this converter can be used to handle the conversion of sourceType to destinationType.
<A,B> ClassMapBuilder<A,B>	MapperFactory.classMap(Class<A> aType, Type<B> bType) Constructs a new ClassMapBuilder instance initialized with the provided types which can be used to configure/customize the mapping between the two types. The returned ClassMapBuilder instance, after being fully configured, should finally be registered with the factory using the registerClassMap method.
<A,B> ClassMapBuilder<A,B>	MapperFactory.classMap(Type<A> aType, Class<B> bType) Constructs a new ClassMapBuilder instance initialized with the provided types which can be used to configure/customize the mapping between the two types. The returned ClassMapBuilder instance, after being fully configured, should finally be registered with the factory using the registerClassMap method.
<A,B> ClassMapBuilder<A,B>	MapperFactory.classMap(Type<A> aType, Type<B> bType) Constructs a new ClassMapBuilder instance initialized with the provided types which can be used to configure/customize the mapping between the two types. The returned ClassMapBuilder instance, after being fully configured, should finally be registered with the factory using the registerClassMap method.
<A,B> ClassMapBuilder<A,B>	MapperFactory.classMap(Type<A> aType, Type<B> bType) Constructs a new ClassMapBuilder instance initialized with the provided types which can be used to configure/customize the mapping between the two types. The returned ClassMapBuilder instance, after being fully configured, should finally be registered with the factory using the registerClassMap method.
static <K,V> Type<MapEntry<K,V>>	MapEntry.concreteEntryType(Type<? extends Map<K,V>> mapType) Returns the concrete MapEntry<K,V> type that represents the entries of the given map
D	Converter.convert(S source, Type<? extends D> destinationType) Perform the conversion of source into a new instance of destinationType.
<S,D> D	MapperFacade.convert(S source, Type<S> sourceType, Type<D> destinationType, String converterId) Convert the source object into the appropriate destination type
<S,D> D	MapperFacade.convert(S source, Type<S> sourceType, Type<D> destinationType, String converterId) Convert the source object into the appropriate destination type
static <K,V> Type<Map.Entry<K,V>>	MapEntry.entryType(Type<? extends Map<K,V>> mapType) Returns the Map.Entry<K,V> type that represents the entries of the given map
boolean	MapperFactory.existsRegisteredMapper(Type<?> sourceType, Type<?> destinationType, boolean includeAutoGeneratedMappers) Tests for the existence of a registered mapper which corresponds to the supplied mapperKey
boolean	MapperFactory.existsRegisteredMapper(Type<?> sourceType, Type<?> destinationType, boolean includeAutoGeneratedMappers) Tests for the existence of a registered mapper which corresponds to the supplied mapperKey
<S,D> Type<? extends D>	MappingContext.getConcreteClass(Type<S> sourceType, Type<D> destinationType)
<S,D> Type<? extends D>	MappingContext.getConcreteClass(Type<S> sourceType, Type<D> destinationType)
<A,B> BoundMapperFacade<A,B>	MapperFactory.getMapperFacade(Type<A> aType, Type<B> bType) Returns a BoundMapperFacade for the specified source and destination types; this mapper is bidirectional by default, and provides signatures for mapping in place, or with instantiation, as needed.
<A,B> BoundMapperFacade<A,B>	MapperFactory.getMapperFacade(Type<A> aType, Type<B> bType) Returns a BoundMapperFacade for the specified source and destination types; this mapper is bidirectional by default, and provides signatures for mapping in place, or with instantiation, as needed.
<A,B> BoundMapperFacade<A,B>	MapperFactory.getMapperFacade(Type<A> aType, Type<B> bType, boolean containsCycles) Returns a BoundMapperFacade for the specified source and destination types; this mapper is bidirectional by default, and provides signatures for mapping in place, or with instantiation, as needed. In the case that false is provided for the 'containsCycles' parameter, an optimized mapper instance will be provided.
<A,B> BoundMapperFacade<A,B>	MapperFactory.getMapperFacade(Type<A> aType, Type<B> bType, boolean containsCycles) Returns a BoundMapperFacade for the specified source and destination types; this mapper is bidirectional by default, and provides signatures for mapping in place, or with instantiation, as needed. In the case that false is provided for the 'containsCycles' parameter, an optimized mapper instance will be provided.
<S,D> Type<? extends D>	MapperFactory.lookupConcreteDestinationType(Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Type<? extends D>	MapperFactory.lookupConcreteDestinationType(Type<S> sourceType, Type<D> destinationType, MappingContext context)
Set<Type<? extends Object>>	MapperFactory.lookupMappedClasses(Type<?> type) Get the set of classes which have been mapped for the specified type.
<T> ObjectFactory<T>	MapperFactory.lookupObjectFactory(Type<T> targetType) Return the object factory (if any) which has been registered for the given type.
<S,D> void	MapperFacade.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType) Maps the properties of sourceObject onto destinationObject, using sourceType and destinationType to specify the parameterized types of the source and destination object.
<S,D> void	MapperFacade.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType) Maps the properties of sourceObject onto destinationObject, using sourceType and destinationType to specify the parameterized types of the source and destination object.
<S,D> void	MapperFacade.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType, MappingContext context) Maps the properties of sourceObject onto destinationObject, using sourceType and destinationType to specify the parameterized types of the source and destination object.
<S,D> void	MapperFacade.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType, MappingContext context) Maps the properties of sourceObject onto destinationObject, using sourceType and destinationType to specify the parameterized types of the source and destination object.
<S,D> D	MapperFacade.map(S sourceObject, Type<S> sourceType, Type<D> destinationType)
<S,D> D	MapperFacade.map(S sourceObject, Type<S> sourceType, Type<D> destinationType)
<S,D> D	MapperFacade.map(S sourceObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	MapperFacade.map(S sourceObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> D[]	MapperFacade.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> D[]	MapperFacade.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> D[]	MapperFacade.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> D[]	MapperFacade.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacade.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	MapperFacade.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType) Map an iterable onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType) Map an iterable onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an iterable onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an iterable onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType) Map an array onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType) Map an array onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an array onto an existing collection
<S,D> void	MapperFacade.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an array onto an existing collection
<S,D> List<D>	MapperFacade.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacade.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacade.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacade.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> List<D>	MapperFacade.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> List<D>	MapperFacade.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> List<D>	MapperFacade.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> List<D>	MapperFacade.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacade.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacade.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacade.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacade.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType) Map from one instance of java.util.Map to another.
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType) Map from one instance of java.util.Map to another.
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context) Map from one instance of java.util.Map to another.
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context) Map from one instance of java.util.Map to another.
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacade.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacade.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacade.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacade.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacade.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> Set<D>	MapperFacade.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> Set<D>	MapperFacade.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> Set<D>	MapperFacade.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> Set<D>	MapperFacade.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacade.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacade.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacade.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacade.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	MapperFacade.newObject(S source, Type<? extends D> destinationClass, MappingContext context) Create new instance of a destination class.
void	MappingContext.registerConcreteClass(Type<?> subjectClass, Type<?> concreteClass)
void	MappingContext.registerConcreteClass(Type<?> subjectClass, Type<?> concreteClass)
void	MapperFactory.registerConcreteType(Type<?> abstractType, Type<?> concreteType) Register a concrete type to use when a need arises to generate a new instance of a given abstract type (abstract class or interface)
void	MapperFactory.registerConcreteType(Type<?> abstractType, Type<?> concreteType) Register a concrete type to use when a need arises to generate a new instance of a given abstract type (abstract class or interface)
<T> void	MapperFactory.registerObjectFactory(ObjectFactory<T> objectFactory, Type<T> targetType) Register the given ObjectFactory with the MapperFactory; it will be used when constructing new instances of the specified targetType.
void	MappingException.setDestinationType(Type<?> destinationType)
void	MappingContext.setResolvedDestinationType(Type<?> resolvedDestinationType)
void	MappingContext.setResolvedSourceType(Type<?> resolvedSourceType)
void	MappingException.setSourceType(Type<?> sourceType)
String	MappingHint.DefaultFieldMappingConverter.suggestMappedField(String fromProperty, Type<?> fromPropertyType)
String	DefaultFieldMapper.suggestMappedField(String fromProperty, Type<?> fromPropertyType)

Uses of Type in ma.glasnost.orika.constructor

Methods in ma.glasnost.orika.constructor that return Type

Type<?>[]

ConstructorResolverStrategy.ConstructorMapping.getParameterTypes()

Methods in ma.glasnost.orika.constructor with parameters of type Type

<T,A,B> ConstructorResolverStrategy.ConstructorMapping<T>	SimpleConstructorResolverStrategy.resolve(ClassMap<A,B> classMap, Type<T> sourceType)
<T,A,B> ConstructorResolverStrategy.ConstructorMapping<T>	ConstructorResolverStrategy.resolve(ClassMap<A,B> classMap, Type<T> sourceType)
void	ConstructorResolverStrategy.ConstructorMapping.setParameterTypes(Type<?>[] parameterTypes)

Uses of Type in ma.glasnost.orika.converter

Fields in ma.glasnost.orika.converter declared as Type

protected Type<D>	CustomConverterBase.destinationType Deprecated.
protected Type<S>	CustomConverterBase.sourceType Deprecated.

Methods in ma.glasnost.orika.converter that return Type

Type<S>	CustomConverterBase.getAType() Deprecated.
Type<S>	Converter.LegacyConverter.getAType()
Type<D>	CustomConverterBase.getBType() Deprecated.
Type<D>	Converter.LegacyConverter.getBType()

Methods in ma.glasnost.orika.converter with parameters of type Type

boolean	DefaultConverterFactory.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	DefaultConverterFactory.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	CustomConverterBase.canConvert(Type<?> sourceClass, Type<?> destinationClass) Deprecated.
boolean	CustomConverterBase.canConvert(Type<?> sourceClass, Type<?> destinationClass) Deprecated.
boolean	ConverterFactory.canConvert(Type<?> sourceType, Type<?> destinationType) Verify if there is an anonymous converter that can handle the conversion between two types
boolean	ConverterFactory.canConvert(Type<?> sourceType, Type<?> destinationType) Verify if there is an anonymous converter that can handle the conversion between two types
boolean	Converter.LegacyConverter.canConvert(Type<?> sourceClass, Type<?> destinationType)
boolean	Converter.LegacyConverter.canConvert(Type<?> sourceClass, Type<?> destinationType)
boolean	BidirectionalConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	BidirectionalConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
Object	BidirectionalConverter.convert(Object source, Type<? extends Object> destinationType)
D	Converter.LegacyConverter.convert(S source, Type<? extends D> destinationType)
abstract S	BidirectionalConverter.convertFrom(D source, Type<S> destinationType)
abstract D	BidirectionalConverter.convertTo(S source, Type<D> destinationType)
Converter<Object,Object>	DefaultConverterFactory.getConverter(Type<?> sourceClass, Type<?> destinationClass)
Converter<Object,Object>	DefaultConverterFactory.getConverter(Type<?> sourceClass, Type<?> destinationClass)
Converter<Object,Object>	ConverterFactory.getConverter(Type<?> sourceType, Type<?> destinationType) Lookup for an anonymous converter that can handle the conversion between these two types
Converter<Object,Object>	ConverterFactory.getConverter(Type<?> sourceType, Type<?> destinationType) Lookup for an anonymous converter that can handle the conversion between these two types

Uses of Type in ma.glasnost.orika.converter.builtin

Methods in ma.glasnost.orika.converter.builtin with parameters of type Type

boolean	WrapperToPrimitiveConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	WrapperToPrimitiveConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	ToStringConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	ToStringConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	PassThroughConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	PassThroughConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	FromStringConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	FromStringConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	EnumConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	EnumConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	CopyByReferenceConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	CopyByReferenceConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	ConstructorConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	ConstructorConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	CloneableConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
boolean	CloneableConverter.canConvert(Type<?> sourceType, Type<?> destinationType)
Date	DateAndTimeConverters.CalendarToSqlDateConverter.convert(Calendar source, Type<? extends Date> destinationType)
Time	DateAndTimeConverters.CalendarToTimeConverter.convert(Calendar source, Type<? extends Time> destinationType)
Date	DateAndTimeConverters.DateToSqlDateConverter.convert(Date source, Type<? extends Date> destinationType)
Date	DateAndTimeConverters.SqlDateToDateConverter.convert(Date source, Type<? extends Date> destinationType)
Time	DateAndTimeConverters.DateToTimeConverter.convert(Date source, Type<? extends Time> destinationType)
Timestamp	DateAndTimeConverters.DateToTimestampConverter.convert(Date source, Type<? extends Timestamp> destinationType)
Object	WrapperToPrimitiveConverter.convert(Object source, Type<? extends Object> destinationType)
Object	ToStringConverter.convert(Object source, Type<? extends Object> destinationType)
Object	PassThroughConverter.convert(Object source, Type<? extends Object> destinationType)
Object	FromStringConverter.convert(Object source, Type<? extends Object> destinationType)
Object	EnumConverter.convert(Object source, Type<? extends Object> destinationType)
Object	CopyByReferenceConverter.convert(Object source, Type<? extends Object> destinationType)
Object	ConstructorConverter.convert(Object source, Type<? extends Object> destinationType)
Object	CloneableConverter.convert(Object source, Type<? extends Object> destinationType)
Date	DateAndTimeConverters.TimeToDateConverter.convert(Time source, Type<? extends Date> destinationType)
Date	DateAndTimeConverters.XmlGregorianCalendarToSqlDateConverter.convert(XMLGregorianCalendar source, Type<? extends Date> destinationType)
Time	DateAndTimeConverters.XmlGregorianCalendarToTimeConverter.convert(XMLGregorianCalendar source, Type<? extends Time> destinationType)
Timestamp	DateAndTimeConverters.XmlGregorianCalendarToTimestampConverter.convert(XMLGregorianCalendar source, Type<? extends Timestamp> destinationType)
Date	DateAndTimeConverters.DateToCalendarConverter.convertFrom(Calendar source, Type<Date> destinationType)
Long	DateAndTimeConverters.LongToCalendarConverter.convertFrom(Calendar source, Type<Long> destinationType)
String	StringToCharacterConverter.convertFrom(Character source, Type<String> destinationType)
Long	DateAndTimeConverters.LongToDateConverter.convertFrom(Date source, Type<Long> destinationType)
Long	DateAndTimeConverters.LongToSqlDateConverter.convertFrom(Date source, Type<Long> destinationType)
BigDecimal	NumericConverters.BigDecimalToDoubleConverter.convertFrom(Double source, Type<BigDecimal> destinationType)
BigDecimal	NumericConverters.BigDecimalToFloatConverter.convertFrom(Float source, Type<BigDecimal> destinationType)
BigInteger	NumericConverters.BigIntegerToIntegerConverter.convertFrom(Integer source, Type<BigInteger> destinationType)
Double	NumericConverters.DoubleToIntegerConverter.convertFrom(Integer source, Type<Double> destinationType)
Float	NumericConverters.FloatToIntegerConverter.convertFrom(Integer source, Type<Float> destinationType)
Long	NumericConverters.LongToIntegerConverter.convertFrom(Integer source, Type<Long> destinationType)
BigInteger	NumericConverters.BigIntegerToLongConverter.convertFrom(Long source, Type<BigInteger> destinationType)
Double	NumericConverters.DoubleToLongConverter.convertFrom(Long source, Type<Double> destinationType)
Float	NumericConverters.FloatToLongConverter.convertFrom(Long source, Type<Float> destinationType)
Double	NumericConverters.DoubleToShortConverter.convertFrom(Short source, Type<Double> destinationType)
Float	NumericConverters.FloatToShortConverter.convertFrom(Short source, Type<Float> destinationType)
Integer	NumericConverters.IntegerToShortConverter.convertFrom(Short source, Type<Integer> destinationType)
Long	NumericConverters.LongToShortConverter.convertFrom(Short source, Type<Long> destinationType)
Date	DateToStringConverter.convertFrom(String source, Type<Date> destinationType)
Long	DateAndTimeConverters.LongToTimeConverter.convertFrom(Time source, Type<Long> destinationType)
Calendar	DateAndTimeConverters.CalendarToXmlGregorianCalendarConverter.convertFrom(XMLGregorianCalendar source, Type<Calendar> destinationType)
Date	DateAndTimeConverters.DateToXmlGregorianCalendarConverter.convertFrom(XMLGregorianCalendar source, Type<Date> destinationType)
Long	DateAndTimeConverters.LongToXmlGregorianCalendarConverter.convertFrom(XMLGregorianCalendar source, Type<Long> destinationType)
Double	NumericConverters.BigDecimalToDoubleConverter.convertTo(BigDecimal source, Type<Double> destinationType)
Float	NumericConverters.BigDecimalToFloatConverter.convertTo(BigDecimal source, Type<Float> destinationType)
Integer	NumericConverters.BigIntegerToIntegerConverter.convertTo(BigInteger source, Type<Integer> destinationType)
Long	NumericConverters.BigIntegerToLongConverter.convertTo(BigInteger source, Type<Long> destinationType)
XMLGregorianCalendar	DateAndTimeConverters.CalendarToXmlGregorianCalendarConverter.convertTo(Calendar source, Type<XMLGregorianCalendar> destinationType)
Calendar	DateAndTimeConverters.DateToCalendarConverter.convertTo(Date source, Type<Calendar> destinationType)
String	DateToStringConverter.convertTo(Date source, Type<String> destinationType)
XMLGregorianCalendar	DateAndTimeConverters.DateToXmlGregorianCalendarConverter.convertTo(Date source, Type<XMLGregorianCalendar> destinationType)
Integer	NumericConverters.DoubleToIntegerConverter.convertTo(Double source, Type<Integer> destinationType)
Long	NumericConverters.DoubleToLongConverter.convertTo(Double source, Type<Long> destinationType)
Short	NumericConverters.DoubleToShortConverter.convertTo(Double source, Type<Short> destinationType)
Integer	NumericConverters.FloatToIntegerConverter.convertTo(Float source, Type<Integer> destinationType)
Long	NumericConverters.FloatToLongConverter.convertTo(Float source, Type<Long> destinationType)
Short	NumericConverters.FloatToShortConverter.convertTo(Float source, Type<Short> destinationType)
Short	NumericConverters.IntegerToShortConverter.convertTo(Integer source, Type<Short> destinationType)
Calendar	DateAndTimeConverters.LongToCalendarConverter.convertTo(Long source, Type<Calendar> destinationType)
Date	DateAndTimeConverters.LongToDateConverter.convertTo(Long source, Type<Date> destinationType)
Date	DateAndTimeConverters.LongToSqlDateConverter.convertTo(Long source, Type<Date> destinationType)
Integer	NumericConverters.LongToIntegerConverter.convertTo(Long source, Type<Integer> destinationType)
Short	NumericConverters.LongToShortConverter.convertTo(Long source, Type<Short> destinationType)
Time	DateAndTimeConverters.LongToTimeConverter.convertTo(Long source, Type<Time> destinationType)
XMLGregorianCalendar	DateAndTimeConverters.LongToXmlGregorianCalendarConverter.convertTo(Long source, Type<XMLGregorianCalendar> destinationType)
Character	StringToCharacterConverter.convertTo(String source, Type<Character> destinationType)

Uses of Type in ma.glasnost.orika.impl

Fields in ma.glasnost.orika.impl declared as Type

protected Type<?>[]

GeneratedObjectBase.usedTypes

Methods in ma.glasnost.orika.impl that return Type

Type<A>	ReversedMapper.getAType()
Type<Object>	GeneratedMapperBase.getAType()
Type<B>	ReversedMapper.getBType()
Type<Object>	GeneratedMapperBase.getBType()
<S,D> Type<? extends D>	DefaultMapperFactory.lookupConcreteDestinationType(Type<S> sourceType, Type<D> destinationType, MappingContext context)
protected Type<?>	DefaultMapperFactory.resolveConcreteType(Type<?> type, Type<?> originalType)

Methods in ma.glasnost.orika.impl that return types with arguments of type Type

Set<Type<? extends Object>>

DefaultMapperFactory.lookupMappedClasses(Type<?> type)

Methods in ma.glasnost.orika.impl with parameters of type Type

<A,B> ClassMapBuilder<A,B>	DefaultMapperFactory.classMap(Class<A> aType, Type<B> bType)
<A,B> ClassMapBuilder<A,B>	DefaultMapperFactory.classMap(Type<A> aType, Class<B> bType)
<A,B> ClassMapBuilder<A,B>	DefaultMapperFactory.classMap(Type<A> aType, Type<B> bType)
<A,B> ClassMapBuilder<A,B>	DefaultMapperFactory.classMap(Type<A> aType, Type<B> bType)
<S,D> D	MapperFacadeImpl.convert(S source, Type<S> sourceType, Type<D> destinationType, String converterId)
<S,D> D	MapperFacadeImpl.convert(S source, Type<S> sourceType, Type<D> destinationType, String converterId)
<S,D> D	ConfigurableMapper.convert(S source, Type<S> sourceType, Type<D> destinationType, String converterId)
<S,D> D	ConfigurableMapper.convert(S source, Type<S> sourceType, Type<D> destinationType, String converterId)
<S,D> BoundMapperFacade<S,D>	ConfigurableMapper.dedicatedMapperFor(Type<S> sourceType, Type<D> destinationType)
<S,D> BoundMapperFacade<S,D>	ConfigurableMapper.dedicatedMapperFor(Type<S> sourceType, Type<D> destinationType)
<S,D> BoundMapperFacade<S,D>	ConfigurableMapper.dedicatedMapperFor(Type<S> sourceType, Type<D> destinationType, boolean containsCycles)
<S,D> BoundMapperFacade<S,D>	ConfigurableMapper.dedicatedMapperFor(Type<S> sourceType, Type<D> destinationType, boolean containsCycles)
boolean	DefaultMapperFactory.existsRegisteredMapper(Type<?> sourceType, Type<?> destinationType, boolean includeAutoGeneratedMappers)
boolean	DefaultMapperFactory.existsRegisteredMapper(Type<?> sourceType, Type<?> destinationType, boolean includeAutoGeneratedMappers)
<S,D> BoundMapperFacade<S,D>	DefaultMapperFactory.getMapperFacade(Type<S> sourceType, Type<D> destinationType)
<S,D> BoundMapperFacade<S,D>	DefaultMapperFactory.getMapperFacade(Type<S> sourceType, Type<D> destinationType)
<S,D> BoundMapperFacade<S,D>	DefaultMapperFactory.getMapperFacade(Type<S> sourceType, Type<D> destinationType, boolean containsCycles)
<S,D> BoundMapperFacade<S,D>	DefaultMapperFactory.getMapperFacade(Type<S> sourceType, Type<D> destinationType, boolean containsCycles)
protected <A,B> Mapper<A,B>	DefaultMapperFactory.getRegisteredMapper(Type<A> typeA, Type<B> typeB, boolean includeAutoGeneratedMappers)
protected <A,B> Mapper<A,B>	DefaultMapperFactory.getRegisteredMapper(Type<A> typeA, Type<B> typeB, boolean includeAutoGeneratedMappers)
<S,D> Type<? extends D>	DefaultMapperFactory.lookupConcreteDestinationType(Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Type<? extends D>	DefaultMapperFactory.lookupConcreteDestinationType(Type<S> sourceType, Type<D> destinationType, MappingContext context)
Set<Type<? extends Object>>	DefaultMapperFactory.lookupMappedClasses(Type<?> type)
<T> ObjectFactory<T>	DefaultMapperFactory.lookupObjectFactory(Type<T> targetType)
<T> ObjectFactory<T>	DefaultMapperFactory.lookupObjectFactory(Type<T> type, MappingContext context)
<S,D> void	MapperFacadeImpl.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType)
<S,D> void	MapperFacadeImpl.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType)
<S,D> void	ConfigurableMapper.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType)
<S,D> void	ConfigurableMapper.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType)
<S,D> void	MapperFacadeImpl.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	MapperFacadeImpl.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	ConfigurableMapper.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	ConfigurableMapper.map(S sourceObject, D destinationObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	MapperFacadeImpl.map(S sourceObject, Type<S> sourceType, Type<D> destinationClass)
<S,D> D	MapperFacadeImpl.map(S sourceObject, Type<S> sourceType, Type<D> destinationClass)
<S,D> D	ConfigurableMapper.map(S sourceObject, Type<S> sourceType, Type<D> destinationType)
<S,D> D	ConfigurableMapper.map(S sourceObject, Type<S> sourceType, Type<D> destinationType)
<S,D> D	MapperFacadeImpl.map(S sourceObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	MapperFacadeImpl.map(S sourceObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	ConfigurableMapper.map(S sourceObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	ConfigurableMapper.map(S sourceObject, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	MapperFacadeImpl.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D[]	ConfigurableMapper.mapAsArray(D[] destination, S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	MapperFacadeImpl.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	MapperFacadeImpl.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	ConfigurableMapper.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	ConfigurableMapper.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	MapperFacadeImpl.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an iterable onto an existing collection
<S,D> void	MapperFacadeImpl.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an iterable onto an existing collection
<S,D> void	ConfigurableMapper.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	ConfigurableMapper.mapAsCollection(Iterable<S> source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	MapperFacadeImpl.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	MapperFacadeImpl.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	ConfigurableMapper.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	ConfigurableMapper.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType)
<S,D> void	MapperFacadeImpl.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an array onto an existing collection
<S,D> void	MapperFacadeImpl.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context) Map an array onto an existing collection
<S,D> void	ConfigurableMapper.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> void	ConfigurableMapper.mapAsCollection(S[] source, Collection<D> destination, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacadeImpl.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacadeImpl.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	ConfigurableMapper.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	ConfigurableMapper.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacadeImpl.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacadeImpl.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	ConfigurableMapper.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	ConfigurableMapper.mapAsList(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> List<D>	MapperFacadeImpl.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> List<D>	MapperFacadeImpl.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> List<D>	ConfigurableMapper.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> List<D>	ConfigurableMapper.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> List<D>	MapperFacadeImpl.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> List<D>	MapperFacadeImpl.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> List<D>	ConfigurableMapper.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> List<D>	ConfigurableMapper.mapAsList(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacadeImpl.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacadeImpl.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	ConfigurableMapper.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	ConfigurableMapper.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> List<D>	MapperFacadeImpl.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	MapperFacadeImpl.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	ConfigurableMapper.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> List<D>	ConfigurableMapper.mapAsList(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Iterable<S> source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<Sk,Sv,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	MapperFacadeImpl.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,Dk,Dv> Map<Dk,Dv>	ConfigurableMapper.mapAsMap(S[] source, Type<S> sourceType, Type<? extends Map<Dk,Dv>> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(Iterable<S> source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> Set<D>	MapperFacadeImpl.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> Set<D>	MapperFacadeImpl.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> Set<D>	ConfigurableMapper.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> Set<D>	ConfigurableMapper.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType)
<Sk,Sv,D> Set<D>	MapperFacadeImpl.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> Set<D>	MapperFacadeImpl.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> Set<D>	ConfigurableMapper.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<Sk,Sv,D> Set<D>	ConfigurableMapper.mapAsSet(Map<Sk,Sv> source, Type<? extends Map<Sk,Sv>> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	MapperFacadeImpl.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> Set<D>	ConfigurableMapper.mapAsSet(S[] source, Type<S> sourceType, Type<D> destinationType, MappingContext context)
<S,D> D	MapperFacadeImpl.newObject(S sourceObject, Type<? extends D> destinationType, MappingContext context)
<S,D> D	ConfigurableMapper.newObject(S source, Type<? extends D> destinationClass, MappingContext context)
protected <S,D> void	DefaultMapperFactory.register(Type<S> sourceType, Type<D> destinationType, boolean isAutoGenerated) Registers that a mapping exists from the specified source type to the specified destination type
protected <S,D> void	DefaultMapperFactory.register(Type<S> sourceType, Type<D> destinationType, boolean isAutoGenerated) Registers that a mapping exists from the specified source type to the specified destination type
void	DefaultMapperFactory.registerConcreteType(Type<?> abstractType, Type<?> concreteType)
void	DefaultMapperFactory.registerConcreteType(Type<?> abstractType, Type<?> concreteType)
<D> void	DefaultMapperFactory.registerObjectFactory(ObjectFactory<D> objectFactory, Type<D> destinationType)
protected Type<?>	DefaultMapperFactory.resolveConcreteType(Type<?> type, Type<?> originalType)
protected Type<?>	DefaultMapperFactory.resolveConcreteType(Type<?> type, Type<?> originalType)
void	GeneratedMapperBase.setAType(Type<?> aType)
void	GeneratedMapperBase.setBType(Type<?> bType)
void	GeneratedObjectBase.setUsedTypes(Type<Object>[] types)
void	GeneratedMapperBase.setUsedTypes(Type<Object>[] types)

Uses of Type in ma.glasnost.orika.impl.generator

Methods in ma.glasnost.orika.impl.generator that return Type

Type<?>	VariableRef.elementType()
Type<?>	VariableRef.elementValueType()
Type<?>	VariableRef.mapKeyType()
Type<?>	VariableRef.mapValueType()
Type<Object>[]	UsedTypesContext.toArray()
Type<?>	VariableRef.type()

Methods in ma.glasnost.orika.impl.generator with parameters of type Type

GeneratedObjectFactory	ObjectFactoryGenerator.build(Type<?> type, MappingContext context)
String	SourceCodeContext.callMapper(Type<?> sourceType, Type<?> destinationType, String sourceExpression)
String	SourceCodeContext.callMapper(Type<?> sourceType, Type<?> destinationType, String sourceExpression)
String	SourceCodeContext.callMapper(Type<?> sourceType, Type<?> destinationType, String sourceExpression, String destExpression)
String	SourceCodeContext.callMapper(Type<?> sourceType, Type<?> destinationType, String sourceExpression, String destExpression)
String	SourceCodeContext.callMapper(VariableRef source, Type<?> destination)
protected static String	VariableRef.cast(String value, Type<?> type) Returns Java code which provides a cast of the specified value to the type of this property ref
protected static String	VariableRef.cast(VariableRef value, Type<?> type) Returns Java code which provides a cast of the specified value to the type of this property ref
String	SourceCodeContext.compareFields(FieldMap fieldMap, VariableRef sourceProperty, VariableRef destinationProperty, Type<?> destinationType, StringBuilder logDetails) Generates source code for an "equality" comparison of two variables, based on the FieldMap passed
int	UsedTypesContext.getIndex(Type<?> type)
UsedMapperFacadesContext.UsedMapperFacadesIndex	UsedMapperFacadesContext.getIndex(Type<?> sourceType, Type<?> destinationType, MapperFactory mapperFactory) Returns an index within the dedicated mapper facades contained in this context for the given pair of types.
UsedMapperFacadesContext.UsedMapperFacadesIndex	UsedMapperFacadesContext.getIndex(Type<?> sourceType, Type<?> destinationType, MapperFactory mapperFactory) Returns an index within the dedicated mapper facades contained in this context for the given pair of types.
String	VariableRef.isInstanceOf(Type<?> type)
protected static boolean	VariableRef.isPrimitiveLiteral(String expr, Type<?> type)
String	SourceCodeContext.mapFields(FieldMap fieldMap, VariableRef sourceProperty, VariableRef destinationProperty, Type<?> destinationType, StringBuilder logDetails) Generate the code necessary to process the provided FieldMap.
String	SourceCodeContext.newObject(VariableRef source, Type<?> destinationType)
String	SourceCodeContext.newObjectFromMapper(Type<?> sourceType, Type<?> destinationType)
String	SourceCodeContext.newObjectFromMapper(Type<?> sourceType, Type<?> destinationType)
String	SourceCodeContext.newObjectFromMapper(VariableRef source, Type<?> destinationType) Generates a code snippet to generate a new instance of the destination type from a mapper
String	SourceCodeContext.usedType(Type<?> type)

Constructors in ma.glasnost.orika.impl.generator with parameters of type Type

MapEntryRef(Type<?> type, String name, MapEntryRef.EntryPart entryPart)

MultiOccurrenceVariableRef(Type<?> type, String name)

VariableRef(Type<?> type, String name)

Uses of Type in ma.glasnost.orika.impl.mapping.strategy

Fields in ma.glasnost.orika.impl.mapping.strategy declared as Type

protected Type<Object>	AbstractMappingStrategy.destinationType The destination type mapped by this strategy
protected Type<Object>	AbstractMappingStrategy.sourceType The source type mapped by this strategy

Methods in ma.glasnost.orika.impl.mapping.strategy that return Type

Type<?>	MappingStrategy.getDestinationType()
Type<?>	CopyByReferenceStrategy.getDestinationType()
Type<?>	AbstractMappingStrategy.getDestinationType()
Type<?>	MappingStrategyRecorder.getResolvedDestinationType()
Type<?>	MappingStrategyRecorder.getResolvedSourceType()
Type<?>	MappingStrategy.getSoureType()
Type<?>	CopyByReferenceStrategy.getSoureType()
Type<?>	AbstractMappingStrategy.getSoureType()

Methods in ma.glasnost.orika.impl.mapping.strategy with parameters of type Type

void	MappingStrategyRecorder.setResolvedDestinationType(Type<?> resolvedDestinationType) Set the destination type to be used with the strategy
void	MappingStrategyRecorder.setResolvedSourceType(Type<?> resolvedSourceType) Sets the source type that should be used with the strategy

Constructors in ma.glasnost.orika.impl.mapping.strategy with parameters of type Type

AbstractMappingStrategy(Type<Object> sourceType, Type<Object> destinationType)

AbstractMappingStrategy(Type<Object> sourceType, Type<Object> destinationType)

InstantiateAndUseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, ObjectFactory<Object> objectFactory, UnenhanceStrategy unenhancer)
Creates a new instance of InstantiateAndUseCustomMapperStrategy

InstantiateAndUseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, ObjectFactory<Object> objectFactory, UnenhanceStrategy unenhancer)
Creates a new instance of InstantiateAndUseCustomMapperStrategy

InstantiateByDefaultAndUseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, UnenhanceStrategy unenhancer)
Creates a new instance of InstantiateByDefaultAndUseCustomMapperStrategy

InstantiateByDefaultAndUseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, UnenhanceStrategy unenhancer)
Creates a new instance of InstantiateByDefaultAndUseCustomMapperStrategy

MapExistingAndUseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, UnenhanceStrategy unenhancer)
Creates a new instance of MapExistingAndUseCustomMapperStrategy

MapExistingAndUseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, UnenhanceStrategy unenhancer)
Creates a new instance of MapExistingAndUseCustomMapperStrategy

UseConverterStrategy(Type<Object> sourceType, Type<Object> destinationType, Converter<Object,Object> converter, UnenhanceStrategy unenhancer)
Creates a new instance of UseConverterStrategy

UseConverterStrategy(Type<Object> sourceType, Type<Object> destinationType, Converter<Object,Object> converter, UnenhanceStrategy unenhancer)
Creates a new instance of UseConverterStrategy

UseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, UnenhanceStrategy unenhancer)
Creates a new instance of UseCustomMapperStrategy

UseCustomMapperStrategy(Type<Object> sourceType, Type<Object> destinationType, Mapper<Object,Object> customMapper, UnenhanceStrategy unenhancer)
Creates a new instance of UseCustomMapperStrategy

Uses of Type in ma.glasnost.orika.impl.util

Methods in ma.glasnost.orika.impl.util with parameters of type Type

static boolean	ClassUtil.isConcrete(Type<?> type) Verifies whether a given type is non-abstract and not an interface.
static boolean	ClassUtil.isImmutable(Type<?> type)

Uses of Type in ma.glasnost.orika.inheritance

Methods in ma.glasnost.orika.inheritance that return Type

static <T> Type<T>

SuperTypeResolver.getSuperType(Type<?> enhancedClass, SuperTypeResolverStrategy strategy)

Methods in ma.glasnost.orika.inheritance with parameters of type Type

boolean	SuperTypeResolverStrategy.accept(Type<?> type)
boolean	DefaultSuperTypeResolverStrategy.accept(Type<?> type)
static <T> Type<T>	SuperTypeResolver.getSuperType(Type<?> enhancedClass, SuperTypeResolverStrategy strategy)
abstract boolean	DefaultSuperTypeResolverStrategy.isAcceptable(Type<?> type)
boolean	SuperTypeResolverStrategy.shouldLookupSuperType(Type<?> type)
boolean	DefaultSuperTypeResolverStrategy.shouldLookupSuperType(Type<?> type)

Uses of Type in ma.glasnost.orika.metadata

Fields in ma.glasnost.orika.metadata declared as Type

static Type<Object>

TypeFactory.TYPE_OF_OBJECT The Type instance which represents the Object class

Methods in ma.glasnost.orika.metadata that return Type

Type<T>	TypeBuilder.build()
static <T> Type<T>	TypeFactory.componentTypeOf(T[] object) Resolve the (element) component type for the given array.
static <T> Type<T>	TypeFactory.elementTypeOf(Iterable<T> object) Resolve the nested element type for the given Iterable.
Type<?>	Type.findAncestor(Class<?> ancestor) Finds a class or interface which is an ancestor of this type
Type<?>	Type.findAncestor(Type<?> ancestor) Finds a class or interface which is an ancestor of this type
Type<?>	Type.findInterface(Type<?> theInterface)
Type<Object>	MapperKey.getAType()
Type<Object>	FieldMap.getAType()
Type<A>	ClassMapBuilder.getAType()
Type<A>	ClassMap.getAType()
Type<Object>	MapperKey.getBType()
Type<Object>	FieldMap.getBType()
Type<B>	ClassMapBuilder.getBType()
Type<B>	ClassMap.getBType()
Type<?>	Type.getComponentType()
Type<?>	Property.getElementType()
Type<?>[]	Type.getInterfaces()
<X> Type<X>	Type.getNestedType(int index) Get the nested Type of the specified index.
Type<?>	Type.getPrimitiveType()
Type<?>	Type.getSuperType()
Type<?>	Property.getType()
Type<?>	Type.getWrapperType()
static <E> Type<E>	TypeFactory.limitedValueOf(Class<E> rawType, Set<Type> recursiveBounds, Type... actualTypeArguments)
static <T> Type<T>	TypeFactory.limitedValueOf(ParameterizedType type, Set<Type> recursiveBounds) Return the Type for the given ParameterizedType, resolving actual type arguments where possible; uses recursiveBounds to limit the recursion.
static <T> Type<T>	TypeFactory.limitedValueOf(Type type, Set<Type> recursiveBounds) Return the Type for the given java.lang.reflect.Type, limiting the recursive depth on any type already contained in recursiveBounds.
static <T> Type<T>	TypeFactory.limitedValueOf(TypeVariable<?> var, Set<Type> recursiveBounds) Finds the Type value of the given TypeVariable, using recursiveBounds to limit the recursion.
static <T> Type<T>	TypeFactory.limitedValueOf(WildcardType var, Set<Type> recursiveBounds) Finds the Type value of the given wildcard type, using recursiveBounds to limit the recursion.
static <T> Type<T>	TypeFactory.resolveTypeOf(T object, Type<?> referenceType) Resolve the Type for the given object, using the provided referenceType to resolve the actual type arguments.
static <T> Type<T>	TypeFactory.resolveValueOf(Class<T> type, Type<?> referenceType) Resolve the Type for the given Class, using the provided referenceType to resolve the actual type arguments.
static <T> Type<T>	TypeFactory.resolveValueOf(ParameterizedType type, Type<?> referenceType) Resolve the Type for the given ParameterizedType, using the provided referenceType to resolve any unresolved actual type arguments.
static <T> Type<T>	TypeFactory.typeOf(T object) Return the Type for the given object.
static <E> Type<E>	TypeFactory.valueOf(Class<E> rawType) Resolves the Type value of the specified raw Class type
static <E> Type<E>	TypeFactory.valueOf(Class<E> rawType, Type... actualTypeArguments) Resolve the Type value of the given raw Class type, filling the type parameters with the provided actual type arguments
static <T> Type<T>	TypeFactory.valueOf(ParameterizedType type) Return the Type for the given ParameterizedType, resolving actual type arguments where possible.
static Type<?>	TypeFactory.valueOf(String typeDescriptor) Constructs a nested type from a string description of that type; allows for package names to be omitted for 'java.lang' and 'java.util' classes.
static <T> Type<T>	TypeFactory.valueOf(Type type) Return the Type for the given java.lang.reflect.Type, either for a ParameterizedType or a Class instance
static <T> Type<T>	TypeFactory.valueOf(Type<T> type) This method declaration helps to shortcut the other methods for ParameterizedType which it extends; we just return it.
static <T> Type<T>	TypeFactory.valueOf(TypeVariable<?> var) Finds the Type value of the given TypeVariable
static <T> Type<T>	TypeFactory.valueOf(WildcardType var) Finds the Type value of the given wildcard type

Methods in ma.glasnost.orika.metadata that return types with arguments of type Type

Map<String,Type<?>>

Type.getTypesByVariable()

Methods in ma.glasnost.orika.metadata with parameters of type Type

FieldMapBuilder<A,B>	FieldMapBuilder.aElementType(Type<?> elementType) Specify element type for A side property When dealing with legacy code, prior to Java 1.5 you can add element type of collections, this is not required when using generics
protected <A,B> boolean	ClassMapBuilderForMaps.Factory.applied(Type<A> aType, Type<B> bType)
protected <A,B> boolean	ClassMapBuilderForMaps.Factory.applied(Type<A> aType, Type<B> bType)
protected <A,B> boolean	ClassMapBuilderForLists.Factory.applied(Type<A> aType, Type<B> bType)
protected <A,B> boolean	ClassMapBuilderForLists.Factory.applied(Type<A> aType, Type<B> bType)
protected <A,B> boolean	ClassMapBuilderForArrays.Factory.applied(Type<A> aType, Type<B> bType)
protected <A,B> boolean	ClassMapBuilderForArrays.Factory.applied(Type<A> aType, Type<B> bType)
protected <A,B> boolean	ClassMapBuilderFactory.applied(Type<A> aType, Type<B> bType) Return true if this implementation of factory is suitable for received types
protected <A,B> boolean	ClassMapBuilderFactory.applied(Type<A> aType, Type<B> bType) Return true if this implementation of factory is suitable for received types
FieldMapBuilder<A,B>	FieldMapBuilder.bElementType(Type<?> elementType) Specify element type for B side property When dealing with legacy code, prior to Java 1.5 you can add element type of collections, this is not required when using generics
<A,B> ClassMapBuilderFactory	ClassMapBuilderFactory.choiceClassMapBuilderFactory(Type<A> aType, Type<B> bType) Choice suitable ClassMapBuilderFactory for types from factories chain
<A,B> ClassMapBuilderFactory	ClassMapBuilderFactory.choiceClassMapBuilderFactory(Type<A> aType, Type<B> bType) Choice suitable ClassMapBuilderFactory for types from factories chain
int	Type.compareTo(Type<?> other)
Property	Property.copy(Type<?> newType)
Property.Builder	Property.Builder.elementType(Type<?> elementType) Set the element type
Type<?>	Type.findAncestor(Type<?> ancestor) Finds a class or interface which is an ancestor of this type
Type<?>	Type.findInterface(Type<?> theInterface)
protected Map<String,Property>	ScoringClassMapBuilder.getPropertyExpressions(Type<?> type) Gets all of the property expressions for a given type, including all nested properties.
boolean	Type.isAssignableFrom(Type<?> other) Test whether this type is assignable from the other type.
boolean	Type.isPrimitiveFor(Type<?> wrapper)
protected boolean	ClassMapBuilderForMaps.isSpecialCaseType(Type<?> type) Test whether the provided type is the special case type for this Builder (as in, not the standard Java Bean type)
protected boolean	ClassMapBuilderForLists.isSpecialCaseType(Type<?> type)
protected boolean	ClassMapBuilderForArrays.isSpecialCaseType(Type<?> type)
boolean	Type.isWrapperFor(Type<?> primitive)
<A,B> ClassMapBuilder<A,B>	ClassMapBuilderFactory.map(Class<A> aType, Type<B> bType) Begin a new mapping for the specified class and type.
static <A,B> ClassMapBuilder<A,B>	ClassMapBuilder.map(Class<A> aType, Type<B> bType) Deprecated. use MapperFactory.classMap(Class, Type) instead
<A,B> ClassMapBuilder<A,B>	ClassMapBuilderFactory.map(Type<A> aType, Class<B> bType) Begin a new mapping for the specified type and class.
static <A,B> ClassMapBuilder<A,B>	ClassMapBuilder.map(Type<A> aType, Class<B> bType) Deprecated. use MapperFactory.classMap(Type, Class) instead
<A,B> ClassMapBuilder<A,B>	ClassMapBuilderFactory.map(Type<A> aType, Type<B> bType) Begin a new mapping for the specified types.
<A,B> ClassMapBuilder<A,B>	ClassMapBuilderFactory.map(Type<A> aType, Type<B> bType) Begin a new mapping for the specified types.
static <A,B> ClassMapBuilder<A,B>	ClassMapBuilder.map(Type<A> aType, Type<B> bType) Deprecated. use MapperFactory.classMap(Type, Type) instead
static <A,B> ClassMapBuilder<A,B>	ClassMapBuilder.map(Type<A> aType, Type<B> bType) Deprecated. use MapperFactory.classMap(Type, Type) instead
static FieldMap	FieldMapBuilder.mapKeys(Type<?> aType, Type<?> bType)
static FieldMap	FieldMapBuilder.mapKeys(Type<?> aType, Type<?> bType)
static FieldMap	FieldMapBuilder.mapValues(Type<?> aType, Type<?> bType)
static FieldMap	FieldMapBuilder.mapValues(Type<?> aType, Type<?> bType)
protected <A,B> ClassMapBuilder<A,B>	ScoringClassMapBuilder.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ScoringClassMapBuilder.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilderForMaps.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilderForMaps.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilderForLists.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilderForLists.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilderForArrays.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilderForArrays.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected abstract <A,B> ClassMapBuilder<A,B>	ClassMapBuilderFactory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults) Generates a new ClassMapBuilder instance
protected abstract <A,B> ClassMapBuilder<A,B>	ClassMapBuilderFactory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults) Generates a new ClassMapBuilder instance
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilder.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	ClassMapBuilder.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	CaseInsensitiveClassMapBuilder.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected <A,B> ClassMapBuilder<A,B>	CaseInsensitiveClassMapBuilder.Factory.newClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)
protected Property.Builder	Property.Builder.owningType(Type<?> owningType) Sets the owning type
static Property.Builder	Property.Builder.propertyFor(Type<?> owningType, String name) Creates a new property builder for the specified owningType and name
protected Property	ClassMapBuilderForMaps.resolveCustomProperty(String expr, Type<?> propertyType)
protected Property	ClassMapBuilderForLists.resolveCustomProperty(String expr, Type<?> propertyType)
protected Property	ClassMapBuilderForArrays.resolveCustomProperty(String expr, Type<?> propertyType)
static <T> Type<T>	TypeFactory.resolveTypeOf(T object, Type<?> referenceType) Resolve the Type for the given object, using the provided referenceType to resolve the actual type arguments.
static <T> Type<T>	TypeFactory.resolveValueOf(Class<T> type, Type<?> referenceType) Resolve the Type for the given Class, using the provided referenceType to resolve the actual type arguments.
static <T> Type<T>	TypeFactory.resolveValueOf(ParameterizedType type, Type<?> referenceType) Resolve the Type for the given ParameterizedType, using the provided referenceType to resolve any unresolved actual type arguments.
<X,Y> ClassMapBuilder<A,B>	ClassMapBuilder.use(Type<?> aParentType, Type<?> bParentType) Configure this ClassMapBuilder to use an existing mapping (for parent classes) defined from aParentClass to bParentClass.
<X,Y> ClassMapBuilder<A,B>	ClassMapBuilder.use(Type<?> aParentType, Type<?> bParentType) Configure this ClassMapBuilder to use an existing mapping (for parent classes) defined from aParentClass to bParentClass.
static <T> Type<T>	TypeFactory.valueOf(Type<T> type) This method declaration helps to shortcut the other methods for ParameterizedType which it extends; we just return it.

Constructors in ma.glasnost.orika.metadata with parameters of type Type

ArrayElementProperty(int index, Type<?> propertyType, Property container)

CaseInsensitiveClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)

CaseInsensitiveClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults)

ClassMap(Type<A> aType, Type<B> bType, Set<FieldMap> fieldsMapping, Mapper<A,B> customizedMapper, Set<MapperKey> usedMappers, String[] constructorA, String[] constructorB, Boolean sourcesMappedOnNull, Boolean destinationsMappedOnNull)
Constructs a new ClassMap

ClassMap(Type<A> aType, Type<B> bType, Set<FieldMap> fieldsMapping, Mapper<A,B> customizedMapper, Set<MapperKey> usedMappers, String[] constructorA, String[] constructorB, Boolean sourcesMappedOnNull, Boolean destinationsMappedOnNull)
Constructs a new ClassMap

ClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilderForArrays(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilderForArrays(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilderForLists(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilderForLists(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilderForMaps(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ClassMapBuilderForMaps(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper... defaults)

ListElementProperty(int index, Type<?> propertyType, Property owner)

MapKeyProperty(String key, Type<?> type, Property owner)

MapperKey(Type<?> aType, Type<?> bType)
Constructs a new MapperKey instance

MapperKey(Type<?> aType, Type<?> bType)
Constructs a new MapperKey instance

Property.Builder(Type<?> owningType, String name)
Creates a new Property.Builder for the specified owning type and property name

Property(String expression, String name, String getter, String setter, Type<?> type, Type<?> elementType, Property container)
Constructs a new Property instance

Property(String expression, String name, String getter, String setter, Type<?> type, Type<?> elementType, Property container)
Constructs a new Property instance

ScoringClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults, ScoringClassMapBuilder.PropertyMatchingWeights matchingWeights)
Constructs a new instance of ScoringClassMapBuilder, using the provided PropertyMatchingWeights to adjust the overall scoring of how properties are matched.

ScoringClassMapBuilder(Type<A> aType, Type<B> bType, MapperFactory mapperFactory, PropertyResolverStrategy propertyResolver, DefaultFieldMapper[] defaults, ScoringClassMapBuilder.PropertyMatchingWeights matchingWeights)
Constructs a new instance of ScoringClassMapBuilder, using the provided PropertyMatchingWeights to adjust the overall scoring of how properties are matched.

TypeBuilder(Type<?>... types)
Construct a new TypeBuilder instance, filling the actual type arguments from the provided types.

Uses of Type in ma.glasnost.orika.property

Methods in ma.glasnost.orika.property that return Type

Type<?>

PropertyResolver.resolvePropertyType(Method readMethod, Class<?> rawType, Class<?> owningType, Type<?> referenceType) Resolves the type of a property from the provided input factors.

Methods in ma.glasnost.orika.property with parameters of type Type

protected void	RegexPropertyResolver.collectProperties(Class<?> type, Type<?> referenceType, Map<String,Property> properties) Collects all properties for the specified type.
protected abstract void	PropertyResolver.collectProperties(Class<?> type, Type<?> referenceType, Map<String,Property> properties) Collects all properties for the specified type.
protected void	IntrospectorPropertyResolver.collectProperties(Class<?> type, Type<?> referenceType, Map<String,Property> properties) Collects all properties for the specified type.
protected void	PropertyResolver.collectPublicFieldProperties(Type<?> referenceType, Map<String,Property> properties) Add public non-static fields as properties
protected Property	PropertyResolver.processProperty(String propertyName, Class<?> propertyType, Method readMethod, Method writeMethod, Class<?> owningType, Type<?> referenceType, Map<String,Property> properties) Processes a property, adding it to the map of properties for the owning type being processed
Type<?>	PropertyResolver.resolvePropertyType(Method readMethod, Class<?> rawType, Class<?> owningType, Type<?> referenceType) Resolves the type of a property from the provided input factors.

Uses of Type in ma.glasnost.orika.unenhance

Methods in ma.glasnost.orika.unenhance that return Type

<T> Type<T>	UnenhanceStrategy.unenhanceType(T object, Type<T> type) Should return the unenhanced type to be used when determining attribute mapping information for the type.
<T> Type<T>	HibernateUnenhanceStrategy.unenhanceType(T object, Type<T> type)
<T> Type<T>	BaseUnenhancer.unenhanceType(T object, Type<T> type)

Methods in ma.glasnost.orika.unenhance with parameters of type Type

<T> T	UnenhanceStrategy.unenhanceObject(T object, Type<T> type)
<T> T	HibernateUnenhanceStrategy.unenhanceObject(T object, Type<T> type)
<T> T	BaseUnenhancer.unenhanceObject(T object, Type<T> type)
<T> Type<T>	UnenhanceStrategy.unenhanceType(T object, Type<T> type) Should return the unenhanced type to be used when determining attribute mapping information for the type.
<T> Type<T>	HibernateUnenhanceStrategy.unenhanceType(T object, Type<T> type)
<T> Type<T>	BaseUnenhancer.unenhanceType(T object, Type<T> type)