TypeMap (ModelMapper 2.0.0 API)

Type Parameters:

S - source type

D - destination type
```
public interface TypeMap<S,D>
```
Encapsulates mapping configuration for a source and destination type pair.

Method Summary

All Methods Instance Methods Abstract Methods
Modifier and Type	Method and Description
`<V> TypeMap<S,D>`	`addMapping(SourceGetter<S> sourceGetter, DestinationSetter<D,V> destinationSetter)` Adds a mapping into `TypeMap` by defining `sourceGetter` -> `destinationSetter`
`TypeMap<S,D>`	`addMappings(ExpressionMap<S,D> mapper)` Add a mapping into `TypeMap` by defining a `mapper` action You can chain `addMappings` contains only one property mapping like
`void`	`addMappings(PropertyMap<S,D> propertyMap)` Loads mappings from the `propertyMap` into the TypeMap.
`Condition<?,?>`	`getCondition()` Returns the Condition that must apply for the source and destination in order for mapping to take place, else `null` if no condition has been configured.
`Converter<S,D>`	`getConverter()` Returns the Converter configured for this TypeMap, else `null` if no Converter has been configured.
`Class<D>`	`getDestinationType()` Returns the destination type for the TypeMap.
`List<Mapping>`	`getMappings()` Returns a snapshot of the TypeMap's mappings.
`String`	`getName()` Returns the name of the TypeMap, else `null` if the TypeMap has no name.
`Converter<S,D>`	`getPostConverter()` Returns the converter to be used after mapping between the source and destination types, else `null` if no post-Converter has been configured.
`Converter<S,D>`	`getPreConverter()` Returns the converter to be used before mapping between the source and destination types, else `null` if no post-Converter has been configured.
`Condition<?,?>`	`getPropertyCondition()` Returns the Condition that must apply in properties in this TypeMap to be mapped, else `null` if no condition has been configured.
`Converter<?,?>`	`getPropertyConverter()` Returns the Converter used for converting properties in the TypeMap, else `null` if no Converter has been configured.
`Provider<?>`	`getPropertyProvider()` Returns the Provider configured for this TypeMap, else `null` if no Provider has been configured.
`Provider<D>`	`getProvider()` Returns the Provider configured for this TypeMap, else `null` if no Provider has been configured.
`Class<S>`	`getSourceType()` Returns the source type for the TypeMap.
`List<PropertyInfo>`	`getUnmappedProperties()` Returns a snapshot list of destination properties that do not have mappings defined, else empty list if all destination properties are mapped.
`<DS extends S,DD extends D> TypeMap<S,D>`	`include(Class<DS> sourceType, Class<DD> destinationType)` Constructs a new TypeMap derived from `this`.
`TypeMap<S,D>`	`includeBase(Class<? super S> sourceType, Class<? super D> destinationType)` Includes `mappings` from a base `TypeMap`.
`D`	`map(S source)` Maps `source` to an instance of type `D`.
`void`	`map(S source, D destination)` Maps `source` to `destination`.
`TypeMap<S,D>`	`setCondition(Condition<?,?> condition)` Sets the `condition` that must apply for the source and destination in order for mapping to take place.
`TypeMap<S,D>`	`setConverter(Converter<S,D> converter)` Sets the `converter` to be used for any conversion requests for the TypeMap's source to destination type.
`TypeMap<S,D>`	`setPostConverter(Converter<S,D> converter)` Sets the `converter` to be used after mapping between the source and destination types.
`TypeMap<S,D>`	`setPreConverter(Converter<S,D> converter)` Sets the `converter` to be used before mapping between the source and destination types.
`TypeMap<S,D>`	`setPropertyCondition(Condition<?,?> condition)` Sets the `condition` that must apply in order for properties in this TypeMap to be mapped.
`TypeMap<S,D>`	`setPropertyConverter(Converter<?,?> converter)` Sets the `converter` to be used for converting properties in the TypeMap.
`TypeMap<S,D>`	`setPropertyProvider(Provider<?> provider)` Sets the `provider` to be used for providing instances of properties during mapping.
`TypeMap<S,D>`	`setProvider(Provider<D> provider)` Sets the `provider` to be used for providing instances of destination type `D` during mapping.
`void`	`validate()` Validates that every top level destination property is mapped to one and only one source property, or that a `Converter` was `set`.

- Method Detail
  - addMappings
```
void addMappings(PropertyMap<S,D> propertyMap)
```
    Loads mappings from the propertyMap into the TypeMap. Mappings defined in the propertyMap will override any implicit mappings for the same properties.
    
    Parameters:
    
    propertyMap - from which mappings should be loaded
    
    Throws:
    
    IllegalArgumentException - if propertyMap is null
    
    ConfigurationException - if a configuration error occurs while adding mappings for the propertyMap
  - getCondition
```
Condition<?,?> getCondition()
```
    Returns the Condition that must apply for the source and destination in order for mapping to take place, else null if no condition has been configured.
    
    See Also:
    
    setCondition(Condition)
  - getConverter
```
Converter<S,D> getConverter()
```
    Returns the Converter configured for this TypeMap, else null if no Converter has been configured.
    
    See Also:
    
    setConverter(Converter)
  - getDestinationType
```
Class<D> getDestinationType()
```
    Returns the destination type for the TypeMap.
  - getMappings
```
List<Mapping> getMappings()
```
    Returns a snapshot of the TypeMap's mappings.
    This method is part of the ModelMapper SPI.
  - getName
```
String getName()
```
    Returns the name of the TypeMap, else null if the TypeMap has no name.
  - getPostConverter
```
Converter<S,D> getPostConverter()
```
    Returns the converter to be used after mapping between the source and destination types, else null if no post-Converter has been configured.
    
    See Also:
    
    setPostConverter(Converter)
  - getPreConverter
```
Converter<S,D> getPreConverter()
```
    Returns the converter to be used before mapping between the source and destination types, else null if no post-Converter has been configured.
    
    See Also:
    
    setPreConverter(Converter)
  - getPropertyCondition
```
Condition<?,?> getPropertyCondition()
```
    Returns the Condition that must apply in properties in this TypeMap to be mapped, else null if no condition has been configured.
    
    See Also:
    
    setCondition(Condition)
  - getPropertyConverter
```
Converter<?,?> getPropertyConverter()
```
    Returns the Converter used for converting properties in the TypeMap, else null if no Converter has been configured.
    
    See Also:
    
    setPropertyConverter(Converter)
  - getPropertyProvider
```
Provider<?> getPropertyProvider()
```
    Returns the Provider configured for this TypeMap, else null if no Provider has been configured.
    
    See Also:
    
    setPropertyProvider(Provider)
  - getProvider
```
Provider<D> getProvider()
```
    Returns the Provider configured for this TypeMap, else null if no Provider has been configured.
    
    See Also:
    
    setProvider(Provider)
  - getSourceType
```
Class<S> getSourceType()
```
    Returns the source type for the TypeMap.
  - getUnmappedProperties
```
List<PropertyInfo> getUnmappedProperties()
```
    Returns a snapshot list of destination properties that do not have mappings defined, else empty list if all destination properties are mapped.
    This method is part of the ModelMapper SPI.
  - map
```
D map(S source)
```
    Maps source to an instance of type D.
    
    Parameters:
    
    source - object to map from
    
    Returns:
    
    fully mapped instance of type D
    
    Throws:
    
    IllegalArgumentException - if source is null
    
    MappingException - if an error occurs while mapping
  - map
```
void map(S source,
         D destination)
```
    Maps source to destination.
    
    Parameters:
    
    source - object to map from
    
    destination - object to map to
    
    Throws:
    
    IllegalArgumentException - if source or destination are null
    
    MappingException - if an error occurs while mapping
  - setCondition
```
TypeMap<S,D> setCondition(Condition<?,?> condition)
```
    Sets the condition that must apply for the source and destination in order for mapping to take place.
    
    Throws:
    
    IllegalArgumentException - if condition is null
  - setConverter
```
TypeMap<S,D> setConverter(Converter<S,D> converter)
```
    Sets the converter to be used for any conversion requests for the TypeMap's source to destination type. This converter will be used in place of any mappings that have been added to the TypeMap.
    
    Throws:
    
    IllegalArgumentException - if converter is null
  - setPostConverter
```
TypeMap<S,D> setPostConverter(Converter<S,D> converter)
```
    Sets the converter to be used after mapping between the source and destination types.
    
    Throws:
    
    IllegalArgumentException - if converter is null
  - setPreConverter
```
TypeMap<S,D> setPreConverter(Converter<S,D> converter)
```
    Sets the converter to be used before mapping between the source and destination types.
    
    Throws:
    
    IllegalArgumentException - if converter is null
  - setPropertyCondition
```
TypeMap<S,D> setPropertyCondition(Condition<?,?> condition)
```
    Sets the condition that must apply in order for properties in this TypeMap to be mapped. This is overridden by any conditions defined in a PropertyMap.
    
    Throws:
    
    IllegalArgumentException - if condition is null
  - setPropertyConverter
```
TypeMap<S,D> setPropertyConverter(Converter<?,?> converter)
```
    Sets the converter to be used for converting properties in the TypeMap. This is overridden by any converters defined in a PropertyMap.
    
    Throws:
    
    IllegalArgumentException - if converter is null
  - setPropertyProvider
```
TypeMap<S,D> setPropertyProvider(Provider<?> provider)
```
    Sets the provider to be used for providing instances of properties during mapping. This is overriden by any providers defined in a PropertyMap.
    
    Throws:
    
    IllegalArgumentException - if provider is null
  - setProvider
```
TypeMap<S,D> setProvider(Provider<D> provider)
```
    Sets the provider to be used for providing instances of destination type D during mapping.
    
    Throws:
    
    IllegalArgumentException - if provider is null
  - validate
```
void validate()
```
    Validates that every top level destination property is mapped to one and only one source property, or that a Converter was set. If not, a ConfigurationException is thrown detailing any missing mappings.
    
    Throws:
    
    ValidationException - if any TypeMaps contain unmapped properties
  - addMapping
```
<V> TypeMap<S,D> addMapping(SourceGetter<S> sourceGetter,
                            DestinationSetter<D,V> destinationSetter)
```
    Adds a mapping into TypeMap by defining sourceGetter -> destinationSetter
```
 
   typeMap.addMapping(Src::getA, Dest::setB);
   typeMap.<String>addMapping(src -> src.getC().getD(), (dest, value) -> dest.getE().setF(value))
 
 
```
    Type Parameters:
    
    V - type of destination property wants to be set
    
    Parameters:
    
    sourceGetter - source property getter
    
    destinationSetter - destination property setter
  - addMappings
```
TypeMap<S,D> addMappings(ExpressionMap<S,D> mapper)
```
    Add a mapping into TypeMap by defining a mapper action You can chain addMappings contains only one property mapping like
```
 
   typeMap.addMappings(mapper -> mapper.<String>map(Src::getA, Dest::setB))
          .addMappings(mapper -> mapper.<String>skip(Dest::setB))
          .addMappings(mapper -> mapper.when(condition).<String>map(Src::getA, Dest::setB))
          .addMappings(mapper -> mapper.when(condition).<String>skip(Dest::setB))
          .addMappings(mapper -> mapper.using(converter).<String>map(Src::getA, Dest::setB))
          .addMappings(mapper -> mapper.with(provider).<String>map(Src::getA, Dest::setB));
 
 
```
    Or you can define all property mappings in one addMappings like
```
 
   typeMap.addMappings(mapper -> {
     mapper.<String>map(Src::getA, Dest::setB);
     mapper.<String>skip(Dest::setB);
     mapper.when(condition).<String>map(Src::getA, Dest::setB);
   });
 
 
```
    Parameters:
    
    mapper - a mapper defined a mapping action
    
    Returns:
    
    this typeMap
  - include
```
<DS extends S,DD extends D> TypeMap<S,D> include(Class<DS> sourceType,
                                                 Class<DD> destinationType)
```
    Constructs a new TypeMap derived from this. The derived TypeMap will includes all mappings from the base TypeMap, but will NOT include converter, condition, and provider from the base TypeMap.
    
    Type Parameters:
    
    DS - derived type of source class
    
    DD - derived type of destination class
    
    Parameters:
    
    sourceType - source type
    
    destinationType - destination type
    
    Returns:
    
    this type map
    
    Throws:
    
    IllegalArgumentException - if TypePair.of(sourceType, destinationType) already defined in modelMapper.getTypeMaps()
  - includeBase
```
TypeMap<S,D> includeBase(Class<? super S> sourceType,
                         Class<? super D> destinationType)
```
    Includes mappings from a base TypeMap.
    
    Parameters:
    
    sourceType - source type
    
    destinationType - destination type
    
    Returns:
    
    this type map
    
    Throws:
    
    IllegalArgumentException - if TypePair.of(sourceType, destinationType) already defined in modelMapper.getTypeMaps()

Interface TypeMap<S,D>

Method Summary

Method Detail

addMappings

getCondition

getConverter

getDestinationType

getMappings

getName

getPostConverter

getPreConverter

getPropertyCondition

getPropertyConverter

getPropertyProvider

getProvider

getSourceType

getUnmappedProperties

map

map

setCondition

setConverter

setPostConverter

setPreConverter

setPropertyCondition

setPropertyConverter

setPropertyProvider

setProvider

validate

addMapping

addMappings

include

includeBase