Package net.ericaro.neoitertools.generators

Class Summary
ChainGenerator<T> A generator that returns elements from the first generators until it is exhausted, then proceeds to the next generator, until all of the generators are exhausted.
CharSequenceGenerator A Generator of Character read from any CharSequence.
CycleGenerator<T> Make a Generator returning elements from the Generator and saving a copy of each.
DropWhileGenerator<T> Drops item while the condition is true, and then start to return them.
EmptyGenerator<T> A generator that returns nothing, never.
EnumerateGenerator<T> convert a generator of T into a generator if Index to enumerate items.
FilterGenerator<T> Returns items from the generator iif the condition is true.
FullYieldGenerator<R,T> A YieldGenerator based on a Yield statement.
GeneratorIterator<T> Gateway between the Generator world, and the Java Iterator one.
GenericArrayGenerator<T> A Generator based on any Object Type array.
GroupByGenerator<K,T> import there is a difference in implementation from the original python: in Python the generator returned in the Pair is dependent on the next() state, meaning that when you call next() the generator is no longer available.
IteratorGenerator<T> A Generator using java Iterator as source.
MapGenerator<T,K> A Generator that apply a mapping Lambda function first.
RangeGenerator This is a versatile Generator containing arithmetic progressions.
RepeatGenerator<T> a Generator that returns object over and over again.
SliceGenerator<T> a Generator that returns selected elements from the Generator.
TakeWhileGenerator<T> a Generator that returns elements from the Generator as long as the predicate is true.
TeeGeneratorFactory<T> Creates n independent iterators from a single source sequence.
YieldGenerator<T> A Generator based on a Yield statement.
YieldThread<U,V> Yield protocol implementation class.
ZipGenerator<T> an Generator of Pairs, where the i-th couple contains the i-th element from each of the argument Generator.
ZipPairGenerator<T1,T2> an Generator of Pairs, where the i-th couple contains the i-th element from each of the argument Generator.
 



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