mro.util.doublehashmap
Class GenericOrderedDoubleHashMap<F,S,V>

java.lang.Object
  mro.util.doublehashmap.GenericDoubleHashMap<F,S,V>
      mro.util.doublehashmap.GenericOrderedDoubleHashMap<F,S,V>

public class GenericOrderedDoubleHashMap<F,S,V>
extends GenericDoubleHashMap<F,S,V>

A DoubleHashMap has two indexes. There is only one copy of each index value.

Field Summary

private java.util.Vector<F>	firstIndexOrderVector
private java.util.Vector<S>	secondIndexOrderVector

Fields inherited from class mro.util.doublehashmap.GenericDoubleHashMap

firstIndexSet, firstMap, secondIndexSet, secondMap, size

Constructor Summary

GenericOrderedDoubleHashMap()

GenericOrderedDoubleHashMap(java.lang.Class<F> fClass, java.lang.Class<S> sClass, java.lang.Class<V> vClass)
Constructor.

GenericOrderedDoubleHashMap(GenericDoubleHashMap<F,S,V> map)

GenericOrderedDoubleHashMap(GenericOrderedDoubleHashMap<F,S,V> map)

Method Summary

java.util.Vector<F>	getFirstIndexOrderVector()
java.util.Vector<S>	getSecondIndexOrderVector()
GenericOrderedDoubleHashMap<S,F,V>	invert() Inverts the mapping, so the fist index becomes the second.
void	print()
void	put(F first, S second, V value) Adds a Object "value" indexed with the Object:s "first" and "second".
void	sortFirstIndex(java.util.Comparator<? super F> comp)
void	sortSecondIndex(java.util.Comparator<? super S> comp)

Methods inherited from class mro.util.doublehashmap.GenericDoubleHashMap

get, keySetOfSecondIndexForElementInFirst, putIntoFirstMap, putIntoSecondMap, remove, removeAllFirst, removeAllSecond, size, sizeOfFirstIndex, sizeOfSecondIndex, sizeOfSecondIndexForElementInFirst, values, valuesForFirstIndex, valuesForSecondIndex

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

firstIndexOrderVector

private java.util.Vector<F> firstIndexOrderVector

secondIndexOrderVector

private java.util.Vector<S> secondIndexOrderVector

Constructor Detail

GenericOrderedDoubleHashMap

public GenericOrderedDoubleHashMap()

GenericOrderedDoubleHashMap

public GenericOrderedDoubleHashMap(java.lang.Class<F> fClass,
                                   java.lang.Class<S> sClass,
                                   java.lang.Class<V> vClass)

Constructor. Use this when the first and second index has the same class as in these cases the invert()-method becomes faster.

GenericOrderedDoubleHashMap

public GenericOrderedDoubleHashMap(GenericOrderedDoubleHashMap<F,S,V> map)

GenericOrderedDoubleHashMap

public GenericOrderedDoubleHashMap(GenericDoubleHashMap<F,S,V> map)

Method Detail

put

public void put(F first,
                S second,
                V value)

Adds a Object "value" indexed with the Object:s "first" and "second". The index objects are added in order.

Overrides:

put in class GenericDoubleHashMap<F,S,V>

Parameters:

first -

second -

value -

invert

public GenericOrderedDoubleHashMap<S,F,V> invert()

Description copied from class: GenericDoubleHashMap

Inverts the mapping, so the fist index becomes the second. Makes a copy!

Overrides:

invert in class GenericDoubleHashMap<F,S,V>

sortFirstIndex

public void sortFirstIndex(java.util.Comparator<? super F> comp)

sortSecondIndex

public void sortSecondIndex(java.util.Comparator<? super S> comp)

getFirstIndexOrderVector

public java.util.Vector<F> getFirstIndexOrderVector()

getSecondIndexOrderVector

public java.util.Vector<S> getSecondIndexOrderVector()

print

public void print()