Constructor Detail

• Underscore.Chain

  Underscore.Chain(T item)

• Underscore.Chain

  Underscore.Chain(List<T> list)

• Underscore.Chain

  Underscore.Chain(Map<String, Object> map)

Method Detail

• first

   Underscore.Chain<T> first()

• first

   Underscore.Chain<T> first(int n)

• first

   Underscore.Chain<T> first(Predicate<T> pred)

• first

   Underscore.Chain<T> first(Predicate<T> pred, int n)

• firstOrNull

   Underscore.Chain<T> firstOrNull()

• firstOrNull

   Underscore.Chain<T> firstOrNull(Predicate<T> pred)

• initial

   Underscore.Chain<T> initial()

• initial

   Underscore.Chain<T> initial(int n)

• last

   Underscore.Chain<T> last()

• last

   Underscore.Chain<T> last(int n)

• lastOrNull

   Underscore.Chain<T> lastOrNull()

• lastOrNull

   Underscore.Chain<T> lastOrNull(Predicate<T> pred)

• rest

   Underscore.Chain<T> rest()

• rest

   Underscore.Chain<T> rest(int n)

• compact

   Underscore.Chain<T> compact()

• compact

   Underscore.Chain<T> compact(T falsyValue)

• flatten

   Underscore.Chain flatten()

• map

   <F> Underscore.Chain<F> map(Function<out Object, F> func)

• mapMulti

   <F> Underscore.Chain<F> mapMulti(BiConsumer<out Object, out Object> mapper)

• mapIndexed

   <F> Underscore.Chain<F> mapIndexed(BiFunction<Integer, out Object, F> func)

• replace

   Underscore.Chain<T> replace(Predicate<T> pred, T value)

• replaceIndexed

   Underscore.Chain<T> replaceIndexed(Underscore.PredicateIndexed<T> pred, T value)

• filter

   Underscore.Chain<T> filter(Predicate<T> pred)

• filterIndexed

   Underscore.Chain<T> filterIndexed(Underscore.PredicateIndexed<T> pred)

• reject

   Underscore.Chain<T> reject(Predicate<T> pred)

• rejectIndexed

   Underscore.Chain<T> rejectIndexed(Underscore.PredicateIndexed<T> pred)

• filterFalse

   Underscore.Chain<T> filterFalse(Predicate<T> pred)

• reduce

   <F> Underscore.Chain<F> reduce(BiFunction<F, T, F> func, F zeroElem)

• reduce

   Underscore.Chain<Optional<T>> reduce(BinaryOperator<T> func)

• reduceRight

   <F> Underscore.Chain<F> reduceRight(BiFunction<F, T, F> func, F zeroElem)

• reduceRight

   Underscore.Chain<Optional<T>> reduceRight(BinaryOperator<T> func)

• find

   Underscore.Chain<Optional<T>> find(Predicate<T> pred)

• findLast

   Underscore.Chain<Optional<T>> findLast(Predicate<T> pred)

• max

   Underscore.Chain<Comparable> max()

• max

   <F extends Comparable<out Object>> Underscore.Chain<T> max(Function<T, F> func)

• min

   Underscore.Chain<Comparable> min()

• min

   <F extends Comparable<out Object>> Underscore.Chain<T> min(Function<T, F> func)

• sort

   Underscore.Chain<Comparable> sort()

• sortWith

   <F extends Comparable<out Object>> Underscore.Chain<F> sortWith(Comparator<F> comparator)

• sortBy

   <F extends Comparable<out Object>> Underscore.Chain<T> sortBy(Function<T, F> func)

• sortBy

   <K> Underscore.Chain<Map<K, Comparable>> sortBy(K key)

• groupBy

   <F> Underscore.Chain<Map<F, List<T>>> groupBy(Function<T, F> func)

• groupBy

   <F> Underscore.Chain<Map<F, Optional<T>>> groupBy(Function<T, F> func, BinaryOperator<T> binaryOperator)

• indexBy

   Underscore.Chain<Map<Object, List<T>>> indexBy(String property)

• countBy

   <F> Underscore.Chain<Map<F, Integer>> countBy(Function<T, F> func)

• countBy

   Underscore.Chain<Map<T, Integer>> countBy()

• shuffle

   Underscore.Chain<T> shuffle()

• sample

   Underscore.Chain<T> sample()

• sample

   Underscore.Chain<T> sample(int howMany)

• tap

   Underscore.Chain<T> tap(Consumer<T> func)

• forEach

   Underscore.Chain<T> forEach(Consumer<T> func)

• forEachRight

   Underscore.Chain<T> forEachRight(Consumer<T> func)

• every

   Underscore.Chain<Boolean> every(Predicate<T> pred)

• some

   Underscore.Chain<Boolean> some(Predicate<T> pred)

• count

   Underscore.Chain<Integer> count(Predicate<T> pred)

• contains

   Underscore.Chain<Boolean> contains(T elem)

• containsWith

   Underscore.Chain<Boolean> containsWith(T elem)

• invoke

   Underscore.Chain<T> invoke(String methodName, List<Object> args)

• invoke

   Underscore.Chain<T> invoke(String methodName)

• pluck

   Underscore.Chain<Object> pluck(String propertyName)

• where

   <E> Underscore.Chain<T> where(List<Map.Entry<String, E>> properties)

• findWhere

   <E> Underscore.Chain<Optional<T>> findWhere(List<Map.Entry<String, E>> properties)

• uniq

   Underscore.Chain<T> uniq()

• uniq

   <F> Underscore.Chain<T> uniq(Function<T, F> func)

• distinct

   Underscore.Chain<T> distinct()

• distinctBy

   <F> Underscore.Chain<F> distinctBy(Function<T, F> func)

• union

   Underscore.Chain<T> union(Array<List<T>> lists)

• intersection

   Underscore.Chain<T> intersection(Array<List<T>> lists)

• difference

   Underscore.Chain<T> difference(Array<List<T>> lists)

• range

   Underscore.Chain<Integer> range(int stop)

• range

   Underscore.Chain<Integer> range(int start, int stop)

• range

   Underscore.Chain<Integer> range(int start, int stop, int step)

• chunk

   Underscore.Chain<List<T>> chunk(int size)

• chunk

   Underscore.Chain<List<T>> chunk(int size, int step)

• chunkFill

   Underscore.Chain<List<T>> chunkFill(int size, T fillValue)

• chunkFill

   Underscore.Chain<List<T>> chunkFill(int size, int step, T fillValue)

• cycle

   Underscore.Chain<T> cycle(int times)

• interpose

   Underscore.Chain<T> interpose(T element)

• interposeByList

   Underscore.Chain<T> interposeByList(Iterable<T> interIter)

• concat

   Underscore.Chain<T> concat(Array<List<T>> lists)

• slice

   Underscore.Chain<T> slice(int start)

• slice

   Underscore.Chain<T> slice(int start, int end)

• splitAt

   Underscore.Chain<List<T>> splitAt(int position)

• takeSkipping

   Underscore.Chain<T> takeSkipping(int stepSize)

• reverse

   Underscore.Chain<T> reverse()

• join

   Underscore.Chain<String> join()

• join

   Underscore.Chain<String> join(String separator)

• push

   Underscore.Chain<T> push(Array<T> values)

• pop

   Underscore.Chain<Map.Entry<T, List<T>>> pop()

• shift

   Underscore.Chain<Map.Entry<T, List<T>>> shift()

• unshift

   Underscore.Chain<T> unshift(Array<T> values)

• skip

   Underscore.Chain<T> skip(int numberToSkip)

• limit

   Underscore.Chain<T> limit(int size)

• toMap

   <K, V> Underscore.Chain<Map<K, V>> toMap()

• isEmpty

   boolean isEmpty()

• isNotEmpty

   boolean isNotEmpty()

• size

   int size()

• item

   T item()

• value

   List<T> value()

• map

   Map<String, Object> map()

• toList

   List<T> toList()

• toString

   String toString()