Uses of Interface
edu.rice.cs.plt.collect.LambdaMap

Packages that use LambdaMap

edu.rice.cs.plt.collect

Contains general-purpose extensions to and variations on the java.util collections framework.

Uses of LambdaMap in edu.rice.cs.plt.collect

Classes in edu.rice.cs.plt.collect that implement LambdaMap

class	AbstractKeyBasedMap<K,V> An abstract parent class for Map implementations that defines its operations in terms of the key-based methods get() and keySet().
class	ComposedMap<K,X,V> The transitive composition of two maps, lazily constructed and dynamically-updated.
class	DelegatingMap<K,V> A map that delegates all operations to a wrapped map.
class	DictionaryMap<K,V> A map wrapping a Dictionary object.
class	EmptyMap<K,V> An empty LambdaMap.
class	ImmutableMap<K,V> Wraps a map in an immutable interface.
class	MappedMap<K,X,V> A map whose value set is translated by a mapping lambda.
class	SingletonMap<K,V> An immutable LambdaMap containing a single entry.
class	UnionMap<K,V> A lazily-constructed and dynamically-updated union of two maps.

Methods in edu.rice.cs.plt.collect that return LambdaMap

static <K,V> LambdaMap<K,V>	CollectUtil.asLambdaMap(Map<K,V> m) Convert the given Map to a LambdaMap.
static <K,X,V> LambdaMap<K,V>	CollectUtil.compose(Map<? extends K,? extends X> left, Map<? super X,? extends V> right) Produce a lazy transitive composition of two maps.
LambdaMap<T1,Relation<T2,T3>>	Relation3.firstMap() A map view of the relation, mapping firsts to sets of (second, third) pairs.
abstract LambdaMap<T1,T2>	AbstractFunctionalRelation.functionMap()
LambdaMap<T1,T2>	IndexedFunctionalRelation.functionMap()
LambdaMap<T2,T1>	AbstractInjectiveRelation.InverseInjectiveRelation.functionMap()
abstract LambdaMap<T1,T2>	AbstractOneToOneRelation.functionMap()
LambdaMap<T2,T1>	AbstractOneToOneRelation.InverseOneToOneRelation.functionMap()
LambdaMap<T1,T2>	SingletonRelation.functionMap()
LambdaMap<T1,T2>	IndexedOneToOneRelation.functionMap()
LambdaMap<T1,T2>	FunctionalRelation.functionMap() A map view of the relation, mapping firsts to seconds.
LambdaMap<T1,T2>	EmptyRelation.functionMap()
LambdaMap<T1,T2>	AbstractFunctionalRelation.InverseFunctionalRelation.injectionMap()
abstract LambdaMap<T2,T1>	AbstractInjectiveRelation.injectionMap()
LambdaMap<T2,T1>	InjectiveRelation.injectionMap() A map view of the relation, mapping seconds to firsts.
LambdaMap<T2,T1>	IndexedInjectiveRelation.injectionMap()
abstract LambdaMap<T2,T1>	AbstractOneToOneRelation.injectionMap()
LambdaMap<T2,T1>	SingletonRelation.injectionMap()
LambdaMap<T2,T1>	IndexedOneToOneRelation.injectionMap()
LambdaMap<T2,T1>	EmptyRelation.injectionMap()
LambdaMap<T2,Relation<T1,T3>>	Relation3.secondMap() A map view of the relation, mapping seconds to sets of (first, third) pairs.
static <K,V> LambdaMap<K,V>	CollectUtil.snapshot(Map<? extends K,? extends V> map) Invoke the HashMap#HashMap(Map) constructor, and wrap the result as a LambdaMap.
LambdaMap<T3,Relation<T1,T2>>	Relation3.thirdMap() A map view of the relation, mapping thirds to sets of (first, second) pairs.
static <K,V> LambdaMap<K,V>	CollectUtil.union(Map<? extends K,? extends V> parent, Map<? extends K,? extends V> child) Produce a lazy union of two maps, with mappings in child shadowing those in parent.