A C D E F G H I K L M N P R S T U V

A

AbstractMultiMap<Key,Value> - Class in fr.vergne.collection.impl

An AbstractMultiMap is a MultiMap which implements most of the features.

AbstractMultiMap(MultiMap<Key, Value>) - Constructor for class fr.vergne.collection.impl.AbstractMultiMap

AbstractMultiMap() - Constructor for class fr.vergne.collection.impl.AbstractMultiMap

C

clear() - Method in class fr.vergne.collection.util.ReflexiveMap

compare(T, T) - Method in class fr.vergne.collection.util.NaturalComparator

ComposedKey<T> - Class in fr.vergne.collection.util

A ComposedKey is an utilitary class to compose several pieces of data in a single one and use this composition as a key, for instance in a Map.

ComposedKey(List<T>) - Constructor for class fr.vergne.collection.util.ComposedKey

ComposedKey(T...) - Constructor for class fr.vergne.collection.util.ComposedKey

containsCouple(Key, Value) - Method in class fr.vergne.collection.impl.AbstractMultiMap

containsCouple(Key, Value) - Method in interface fr.vergne.collection.MultiMap

containsKey(Object) - Method in class fr.vergne.collection.util.ReflexiveMap

containsValue(Object) - Method in class fr.vergne.collection.util.ReflexiveMap

D

depopulate(Key, Value...) - Method in class fr.vergne.collection.impl.AbstractMultiMap

depopulate(Key, Collection<Value>) - Method in class fr.vergne.collection.impl.AbstractMultiMap

depopulate(Key, Value...) - Method in interface fr.vergne.collection.MultiMap

Same as MultiMap.depopulate(Object, Collection).

depopulate(Key, Collection<Value>) - Method in interface fr.vergne.collection.MultiMap

Remove some values from a key.

E

entrySet() - Method in class fr.vergne.collection.util.ReflexiveMap

equals(Object) - Method in class fr.vergne.collection.util.ComposedKey

equals(List<T>, List<T>) - Static method in class fr.vergne.collection.util.ListUtils

This method provides a convenient way to compare two Lists based on their content.

equals(Map<K, V>, Map<K, V>) - Static method in class fr.vergne.collection.util.MapUtils

This method allows to check whether or not two maps have the same content (same keys with same values).

F

Filter<Element> - Interface in fr.vergne.collection.filter

A Filter allows to tell whether an element is supported or rejected.

filter(Collection<Element>, Filter<Element>...) - Static method in class fr.vergne.collection.filter.FilterUtil

Convenient method to filter the elements, trying to be as strict as possible.

filter(Collection<Element>, FilteringStrategy, FilteringStrategy, Filter<Element>...) - Static method in class fr.vergne.collection.filter.FilterUtil

This method filter a collection of elements by using some Filter s.

filter(Collection<Element>, FilterDecider<Element>, Filter<Element>...) - Static method in class fr.vergne.collection.filter.FilterUtil

This method filter a collection of elements by using Filters.

filterConservatively(Collection<Element>, Filter<Element>...) - Static method in class fr.vergne.collection.filter.FilterUtil

Convenient method to filter the elements, trying to keep as much as possible.

FilterDecider<Element> - Interface in fr.vergne.collection.filter

A FilterDecider allows to specify how an undecided case should be managed.

filterExpeditively(Collection<Element>, Filter<Element>...) - Static method in class fr.vergne.collection.filter.FilterUtil

Convenient method to filter the elements, trying to reject as much as possible.

FilteringStrategy - Enum in fr.vergne.collection.filter

A FilteringStrategy allows to describe how are managed the undecided cases.

FilterUtil - Class in fr.vergne.collection.filter

FilterUtil() - Constructor for class fr.vergne.collection.filter.FilterUtil

fr.vergne.collection - package fr.vergne.collection

fr.vergne.collection.filter - package fr.vergne.collection.filter

fr.vergne.collection.impl - package fr.vergne.collection.impl

fr.vergne.collection.util - package fr.vergne.collection.util

G

generateInnerCollection(Key) - Method in class fr.vergne.collection.impl.AbstractMultiMap

generateInnerCollection(Key) - Method in class fr.vergne.collection.impl.HashMultiMap

generateInnerCollection(Key) - Method in class fr.vergne.collection.impl.ListMultiMap

generateInternalMap() - Method in class fr.vergne.collection.util.ReflexiveMap

Internally, two different Maps are used to store the data.

get(int) - Method in class fr.vergne.collection.util.ComposedKey

get(Object) - Method in class fr.vergne.collection.util.ReflexiveMap

getAmountOFGeneratedLists() - Method in class fr.vergne.collection.util.ListIterator

getAmountOfPossibleLists() - Method in class fr.vergne.collection.util.ListIterator

getAmountOfPossibleSets() - Method in class fr.vergne.collection.util.SetIterator

getKeyFrom(Value) - Method in class fr.vergne.collection.util.ReflexiveMap

getValueFrom(Key) - Method in class fr.vergne.collection.util.ReflexiveMap

H

hashCode() - Method in class fr.vergne.collection.util.ComposedKey

HashMultiMap<Key,Value> - Class in fr.vergne.collection.impl

A HashMultiMap is a MultiMap which allows at most one instance for each (key, value).

HashMultiMap(MultiMap<Key, Value>) - Constructor for class fr.vergne.collection.impl.HashMultiMap

HashMultiMap() - Constructor for class fr.vergne.collection.impl.HashMultiMap

hasNext() - Method in class fr.vergne.collection.util.ListIterator

hasNext() - Method in class fr.vergne.collection.util.SetIterator

I

isEmpty() - Method in class fr.vergne.collection.util.ReflexiveMap

isPossibleList(List<Object>) - Method in class fr.vergne.collection.util.ListIterator

isPossibleSet(Set<T>) - Method in class fr.vergne.collection.util.SetIterator

isSupported(Element) - Method in interface fr.vergne.collection.filter.Filter

isSupported(Element, Collection<Filter<Element>>, Collection<Filter<Element>>) - Method in interface fr.vergne.collection.filter.FilterDecider

iterator() - Method in class fr.vergne.collection.impl.AbstractMultiMap

iterator() - Method in class fr.vergne.collection.util.ComposedKey

K

keySet() - Method in class fr.vergne.collection.util.ReflexiveMap

L

ListIterator<T> - Class in fr.vergne.collection.util

A ListIterator aims at providing a way to generate an exhaustive sequence of possible Lists.

ListIterator(Collection<? extends T>...) - Constructor for class fr.vergne.collection.util.ListIterator

ListIterator(boolean, Collection<? extends T>...) - Constructor for class fr.vergne.collection.util.ListIterator

ListIterator(Map<ObjectType, ? extends Collection<T>>) - Constructor for class fr.vergne.collection.util.ListIterator

ListIterator(Map<ObjectType, ? extends Collection<T>>, Map<ObjectType, T>, Collection<ObjectType>) - Constructor for class fr.vergne.collection.util.ListIterator

ListIterator(Map<ObjectType, ? extends Collection<T>>, Map<ObjectType, T>, Collection<ObjectType>, boolean) - Constructor for class fr.vergne.collection.util.ListIterator

ListMultiMap<Key,Value> - Class in fr.vergne.collection.impl

A ListMultiMap is a MultiMap which allows to have several instances for each (key, value).

ListMultiMap(MultiMap<Key, Value>) - Constructor for class fr.vergne.collection.impl.ListMultiMap

ListMultiMap() - Constructor for class fr.vergne.collection.impl.ListMultiMap

ListUtils - Class in fr.vergne.collection.util

M

main(String[]) - Static method in class fr.vergne.collection.util.ListIterator

MapUtils - Class in fr.vergne.collection.util

MultiMap<Key,Value> - Interface in fr.vergne.collection

A MultiMap allows to map a key to several values.

N

NaturalComparator<T> - Class in fr.vergne.collection.util

A NaturalComparator allows to compare two elements in a human way, which is commonly interpreted as a comparison which: is not case sensitive treat numbers as numbers (not as strings) For example, "file" and "File" are merely the same names and so should be grouped together.

NaturalComparator() - Constructor for class fr.vergne.collection.util.NaturalComparator

Instantiate a basic NaturalComparator which compare the elements based on their string representation (Object.toString()).

NaturalComparator(NaturalComparator.Translator<T>) - Constructor for class fr.vergne.collection.util.NaturalComparator

Instantiate a NaturalComparator which exploits a specific string representation for the elements.

NaturalComparator.Translator<T> - Interface in fr.vergne.collection.util

next() - Method in class fr.vergne.collection.util.ListIterator

next() - Method in class fr.vergne.collection.util.SetIterator

P

populate(Key, Value...) - Method in class fr.vergne.collection.impl.AbstractMultiMap

populate(Key, Collection<Value>) - Method in class fr.vergne.collection.impl.AbstractMultiMap

populate(Key, Value...) - Method in interface fr.vergne.collection.MultiMap

Same as MultiMap.populate(Object, Collection).

populate(Key, Collection<Value>) - Method in interface fr.vergne.collection.MultiMap

Map a key to all the provided values.

put(Key, Value) - Method in class fr.vergne.collection.util.ReflexiveMap

putAll(Map<? extends Key, ? extends Value>) - Method in class fr.vergne.collection.util.ReflexiveMap

R

reduceToDirectLinks(Map<T, T>, boolean) - Static method in class fr.vergne.collection.util.MapUtils

This method allows to transform a set of chains A-...

ReflexiveMap<Key,Value> - Class in fr.vergne.collection.util

A ReflexiveMap aims at providing a Map which support a bijective relation.

ReflexiveMap() - Constructor for class fr.vergne.collection.util.ReflexiveMap

remove() - Method in class fr.vergne.collection.util.ListIterator

remove(Object) - Method in class fr.vergne.collection.util.ReflexiveMap

remove() - Method in class fr.vergne.collection.util.SetIterator

reverse() - Method in class fr.vergne.collection.util.ReflexiveMap

S

SetIterator<T> - Class in fr.vergne.collection.util

A SetIterator aims at providing a way to generate an exhaustive sequence of possible Sets.

SetIterator(Set<T>) - Constructor for class fr.vergne.collection.util.SetIterator

size() - Method in class fr.vergne.collection.util.ComposedKey

size() - Method in class fr.vergne.collection.util.ReflexiveMap

T

toString() - Method in class fr.vergne.collection.util.ComposedKey

toString(T) - Method in interface fr.vergne.collection.util.NaturalComparator.Translator

toString() - Method in class fr.vergne.collection.util.ReflexiveMap

translate(List<K>, Map<K, V>, boolean) - Static method in class fr.vergne.collection.util.MapUtils

While Map.get(Object) provide the single value assigned to a single key, this method aims at retrieving a List of values corresponding to a List of keys.

U

UndecidedFilteringException - Exception in fr.vergne.collection.filter

A UndecidedFilteringException arises when no decision can be taken regarding the support or rejection of an element in regard to some Filters.

UndecidedFilteringException(String) - Constructor for exception fr.vergne.collection.filter.UndecidedFilteringException

UndecidedFilteringException(Throwable) - Constructor for exception fr.vergne.collection.filter.UndecidedFilteringException

UndecidedFilteringException(String, Throwable) - Constructor for exception fr.vergne.collection.filter.UndecidedFilteringException

V

valueOf(String) - Static method in enum fr.vergne.collection.filter.FilteringStrategy

Returns the enum constant of this type with the specified name.

values() - Static method in enum fr.vergne.collection.filter.FilteringStrategy

Returns an array containing the constants of this enum type, in the order they are declared.

values() - Method in class fr.vergne.collection.util.ReflexiveMap

A C D E F G H I K L M N P R S T U V