Uses of Interface
jaggregate.BinaryFunctor

Packages that use BinaryFunctor

jaggregate

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

Uses of BinaryFunctor in jaggregate

Classes in jaggregate that implement BinaryFunctor

class

BinaryFunction<A1,A2,R> A functor that accepts two arguments.

Methods in jaggregate with parameters of type BinaryFunctor

void	SortedCollection.doWithIndex(BinaryFunctor<? super Integer,? super E,?> operation) Evaluates the given operation with the index of each element of this sequence, in order, together with the element itself.
void	ReadOnlySequence.doWithIndex(BinaryFunctor<? super Integer,? super E,?> operation) Evaluates the given operation with the index of each element of this sequence, in order, together with the element itself.
void	OrderedCollection.doWithIndex(BinaryFunctor<? super Integer,? super E,?> operation) Evaluates the given operation with the index of each element of this sequence, in order, together with the element itself.
void	Interval.doWithIndex(BinaryFunctor<? super Integer,? super E,?> operation) Evaluates the given operation with the index of each element of this sequence, in order, together with the element itself.
<T> void	SortedCollection.doWithOthers(ReadOnlySequence<? extends T> otherSequence, BinaryFunctor<? super E,? super T,?> operation) For each element of this sequence and the corresponding element of the given sequence, evaluates the given operation with this sequence's element as the first parameter, and the element of the other sequence as the second parameter.
<T> void	ReadOnlySequence.doWithOthers(ReadOnlySequence<? extends T> otherSequence, BinaryFunctor<? super E,? super T,?> operation) For each element of this sequence and the corresponding element of the given sequence, evaluates the given operation with this sequence's element as the first parameter, and the element of the other sequence as the second parameter.
<T> void	OrderedCollection.doWithOthers(ReadOnlySequence<? extends T> otherSequence, BinaryFunctor<? super E,? super T,?> operation) For each element of this sequence and the corresponding element of the given sequence, evaluates the given operation with this sequence's element as the first parameter, and the element of the other sequence as the second parameter.
<T> void	Interval.doWithOthers(ReadOnlySequence<? extends T> otherSequence, BinaryFunctor<? super E,? super T,?> operation) For each element of this sequence and the corresponding element of the given sequence, evaluates the given operation with this sequence's element as the first parameter, and the element of the other sequence as the second parameter.
void	SortedCollection.forEachInRangeDoWithIndex(int start, int stop, BinaryFunctor<? super Integer,? super E,?> operation) For those elements of this sequence between two given positions, inclusive, evaluates the given operation with an element of this sequence as the first argument and the element's position (index) as the second.
void	ReadOnlySequence.forEachInRangeDoWithIndex(int start, int stop, BinaryFunctor<? super Integer,? super E,?> operation) For those elements of this sequence between two given positions, inclusive, evaluates the given operation with an element of this sequence as the first argument and the element's position (index) as the second.
void	OrderedCollection.forEachInRangeDoWithIndex(int start, int stop, BinaryFunctor<? super Integer,? super E,?> operation) For those elements of this sequence between two given positions, inclusive, evaluates the given operation with an element of this sequence as the first argument and the element's position (index) as the second.
void	Interval.forEachInRangeDoWithIndex(int start, int stop, BinaryFunctor<? super Integer,? super E,?> operation) For those elements of this sequence between two given positions, inclusive, evaluates the given operation with an element of this sequence as the first argument and the element's position (index) as the second.
static <E,R> R	Iterables.inject(Iterable<? extends E> items, R initialValue, BinaryFunctor<? super R,? super E,? extends R> operation) Answers the final result of evaluating the given operation using each element of the given iterable and the previous evaluation result as the parameters.
<R> R	Collection.inject(R initialValue, BinaryFunctor<? super R,? super E,? extends R> operation) Answers the final result of evaluating the given operation using each element of this collection and the previous evaluation result as the parameters.
<R> R	AbstractCollection.inject(R initialValue, BinaryFunctor<? super R,? super E,? extends R> operation) Answers the final result of evaluating the given operation using each element of this collection and the previous evaluation result as the parameters.
void	AbstractDictionaryImpl.keysAndValuesDo(BinaryFunctor<? super K,? super V,?> operation) Iteratively evaluates the given operation with each of this dictionary's keys and values.
void	AbstractDictionary.keysAndValuesDo(BinaryFunctor<? super K,? super V,?> operation) Iteratively evaluates the given operation with each of this dictionary's keys and values.