Uses of Interface
jaggregate.AbstractDictionary

Packages that use AbstractDictionary

jaggregate

Jaggregate is a J2SE 5.0-aware collections library that is modeled after the ANSI Smalltalk collection protocols.

Uses of AbstractDictionary in jaggregate

Classes in jaggregate that implement AbstractDictionary

class	AbstractDictionaryImpl<K,V> Implementation of the dictionary concept that should be common for most concrete implementations.
class	Dictionary<K,V> Represents an unordered collection whose elements can be accessed using an explicitly assigned external key.
class	IdentityDictionary<K,V> Represents an unordered collection whose elements can be accessed using an explicitly assigned external key.

Methods in jaggregate that return AbstractDictionary

<R> AbstractDictionary<K,R>	AbstractDictionaryImpl.collectValues(UnaryFunctor<? super V,? extends R> transformer) Answers a new dictionary whose keys are this dictionary's keys, and whose corresponding elements are the results of evaluating the given transformer with each corresponding element of this dictionary.
<R> AbstractDictionary<K,R>	AbstractDictionary.collectValues(UnaryFunctor<? super V,? extends R> transformer) Answers a new dictionary whose keys are this dictionary's keys, and whose corresponding elements are the results of evaluating the given transformer with each corresponding element of this dictionary.
AbstractDictionary<K,V>	AbstractDictionaryImpl.reject(UnaryCondition<? super Pair<K,V>> discriminator) Answers a new collection which contains only the elements in this collection which cause the given discriminator to answer false. For each element of this collection, discriminator is evaluated with the element as the parameter. Each element which causes discriminator to answer false is included in the new collection. The elements are traversed in the order specified by forEachDo for this collection. Unless specifically refined, this message is defined to answer an object conforming to the same protocol as this collection. If both this collection and the result maintain an ordering of their elements, the elements of the result will be in the same relative order as the elements of this collection.
AbstractDictionary<K,V>	AbstractDictionary.reject(UnaryCondition<? super Pair<K,V>> discriminator) Answers a new collection which contains only the elements in this collection which cause the given discriminator to answer false.
AbstractDictionary<K,V>	AbstractDictionaryImpl.rejectValues(UnaryCondition<? super V> discriminator) Answers a new dictionary which excludes the elements in this dictionary that cause the given discriminator to answer true.
AbstractDictionary<K,V>	AbstractDictionary.rejectValues(UnaryCondition<? super V> discriminator) Answers a new dictionary which excludes the elements in this dictionary that cause the given discriminator to answer true.
AbstractDictionary<K,V>	AbstractDictionaryImpl.select(UnaryCondition<? super Pair<K,V>> discriminator) Answers a new collection which contains only the elements in this collection which cause the given discriminator to answer true. For each element of this collection, discriminator is evaluated with the element as the parameter. Each element which causes discriminator to answer true is included in the new collection. The elements are traversed in order specified by forEachDo for this collection. Unless specifically refined, this message is defined to answer an object conforming to the same protocol as this collection. If both this collection and the result maintain an ordering of their elements, the elements of the result will be in the same relative order as the elements of this collection.
AbstractDictionary<K,V>	AbstractDictionary.select(UnaryCondition<? super Pair<K,V>> discriminator) Answers a new collection which contains only the elements in this collection which cause the given discriminator to answer true.
AbstractDictionary<K,V>	AbstractDictionaryImpl.selectValues(UnaryCondition<? super V> discriminator) Answers a new dictionary which contains the elements in this dictionary whose keys cause the given discriminator to answer true.
AbstractDictionary<K,V>	AbstractDictionary.selectValues(UnaryCondition<? super V> discriminator) Answers a new dictionary which contains the elements in this dictionary whose keys cause the given discriminator to answer true.

Methods in jaggregate with parameters of type AbstractDictionary

static <T,U> Dictionary<T,U>	Dictionary.dictionaryFrom(AbstractDictionary<? extends T,? extends U> associations) Creates a dictionary that contains the given associations.
static <T,U> IdentityDictionary<T,U>	IdentityDictionary.identityDictionaryFrom(AbstractDictionary<? extends T,? extends U> associations) Creates a dictionary that contains the given associations.
void	AbstractDictionaryImpl.putAll(AbstractDictionary<? extends K,? extends V> newPairs) Stores the elements of the given dictionary in this dictionary at the corresponding key from the given dictionary.
void	AbstractDictionary.putAll(AbstractDictionary<? extends K,? extends V> newPairs) Stores the elements of the given dictionary in this dictionary at the corresponding key from the given dictionary.

Constructors in jaggregate with parameters of type AbstractDictionary

Dictionary(AbstractDictionary<? extends K,? extends V> associations)
Creates a dictionary that contains the given associations.

IdentityDictionary(AbstractDictionary<? extends K,? extends V> associations)
Creates a dictionary that contains the given associations.