Uses of Interface
org.osgl.Lang.Func2

Packages that use Lang.Func2

Package	Description
org.osgl
org.osgl.util

Uses of Lang.Func2 in org.osgl

Classes in org.osgl that implement Lang.Func2

Modifier and Type	Class and Description
static class	Lang.Comparator<T> Adapt JDK Comparator (since 1.2) to Functional programming.
static class	Lang.F2<P1,P2,R> Base implementation of Lang.Func2 function.
static class	Lang.IndexedVisitor<K,T> An IndexedVisitor provide a tool to iterate through a Map or indexed list by passing the key/index and the value to the function.
static class	Lang.V2<P1,P2>

Methods in org.osgl with parameters of type Lang.Func2

Modifier and Type	Method and Description
Lang.F2<P1,P2,R>	Lang.F2.andThen(Lang.Func2<? super P1,? super P2,? extends R>... fs) Returns a composed function that applied, in sequence, this function and all functions specified one by one.
static <T1,T2> Lang.F2<T1,T2,Void>	Lang.F.breakIf(Lang.Func2<? super T1,? super T2,Boolean> predicate) Return a two variables function that throw out a Lang.Break when a two variables predicate return true on an element been tested.
static <P,T1,T2> Lang.F2<T1,T2,Void>	Lang.F.breakIf(Lang.Func2<? super T1,? super T2,Boolean> predicate, P payload) Return a two variables function that throw out a Lang.Break with payload specified when a two variables predicate return true on an element been tested
static <T> Lang.Comparator<T>	Lang.comparator(Lang.Func2<? super T,? super T,Integer> f) Adapt a general Lang.Func2 function with (T, T, Integer) type into Comparator
<X1,X2> Lang.F2<X1,X2,R>	Lang.F1.compose(Lang.Func2<? super X1,? super X2,? extends P1> before) Returns an F2&lt;X1, X2, R&gt;> function by composing the specified Func2&ltX1, X2, P1&gt; function with this function applied last
static <P1,P2,R> Lang.F2<P1,P2,R>	Lang.f2(Lang.Func2<? super P1,? super P2,? extends R> f2) Convert a general Lang.Func2 function into a Lang.F2 typed function
static <T> Lang.F2<T,T,Boolean>	Lang.F.greaterThan(Lang.Func2<? super T,? super T,Integer> c) Alias of Lang.F.gt(java.util.Comparator)
static <T> Lang.F2<T,T,Boolean>	Lang.F.greaterThanOrEqualsTo(Lang.Func2<? super T,? super T,Integer> c) Alias of Lang.F.gte(java.util.Comparator)
static <T> Lang.F2<T,T,Boolean>	Lang.F.gt(Lang.Func2<? super T,? super T,Integer> c) Returns a function that check if a value is less than another one using the Comparator specified
static <T> Lang.F2<T,T,Boolean>	Lang.F.gte(Lang.Func2<? super T,? super T,Integer> c) Returns a function that check if a value is greater than or equals to another one using the Comparator specified
static <T> Lang.F2<T,T,Boolean>	Lang.F.lessThan(Lang.Func2<? super T,? super T,Integer> c) Alias of Lang.F.lt(java.util.Comparator)
static <T> Lang.F2<T,T,Boolean>	Lang.F.lessThanOrEqualsTo(Lang.Func2<? super T,? super T,Integer> c) Alias of Lang.F.lte(java.util.Comparator)
static <T> Lang.F2<T,T,Boolean>	Lang.F.lt(Lang.Func2<? super T,? super T,Integer> c) Returns a function that check if a value is less than another one using the Comparator specified
static <T> Lang.F2<T,T,Boolean>	Lang.F.lte(Lang.Func2<? super T,? super T,Integer> c) Returns a function that check if a value is less than or equals to another one using the Comparator specified
static <P1,P2> Lang.F2<P1,P2,Boolean>	Lang.F.negate(Lang.Func2<? super P1,? super P2,Boolean> predicate) Returns a negate function of the specified predicate that applied to 2 parameters and returns boolean value
Lang.F2<P1,P2,R>	Lang.F2.orElse(Lang.Func2<? super P1,? super P2,? extends R> fallback) Returns a composed function that when applied, try to apply this function first, in case a NotAppliedException is captured apply to the fallback function specified.
Lang.Option<T>	Lang.Var.reduce(Lang.Func2<T,T,T> accumulator)
<R> R	Lang.Var.reduce(R identity, Lang.Func2<R,T,R> accumulator)
Lang.Option<T>	Lang.Var.reduceLeft(Lang.Func2<T,T,T> accumulator)
<R> R	Lang.Var.reduceLeft(R identity, Lang.Func2<R,T,R> accumulator)
Lang.Option<T>	Lang.Var.reduceRight(Lang.Func2<T,T,T> accumulator)
<R> R	Lang.Var.reduceRight(R identity, Lang.Func2<R,T,R> accumulator)
Lang.F1<T,Lang.Var<T>>	Lang.Var._f.updater(Lang.Func2<T,T,T> changer)

Uses of Lang.Func2 in org.osgl.util

Classes in org.osgl.util that implement Lang.Func2

Modifier and Type	Class and Description
static class	N.ByteRangeStep
static class	N.Comparator
static class	N.IntRangeStep
static class	N.LongRangeStep
static class	N.Op
static class	N.RangeStep<T extends Number>
static class	N.ShortRangeStep
class	SimpleStringValueResolver

Methods in org.osgl.util that return Lang.Func2

Modifier and Type	Method and Description
Lang.Func2<ELEMENT,Integer,ELEMENT>	C.Range.step() Returns a Lang.Func2 function that applied to an element in this Range and an integer n indicate the number of steps.
Lang.Func2<ELEMENT,Integer,ELEMENT>	LazyRange.step()

Methods in org.osgl.util with parameters of type Lang.Func2

Modifier and Type	Method and Description
Lang.Option<T>	C.Traversable.reduce(Lang.Func2<T,T,T> accumulator) Performs a reduction on the elements in this traversable, using provided accumulating function.
Lang.Option<T>	C.Sequence.reduce(Lang.Func2<T,T,T> accumulator) Performs a reduction on the elements in this traversable, using provided accumulating function.
Lang.Option<T>	ListBase.reduce(Lang.Func2<T,T,T> accumulator)
Lang.Option<T>	TraversableBase.reduce(Lang.Func2<T,T,T> accumulator) Iterate through the traversal to apply the accumulator to the result of previous application and the element being iterated.
Lang.Option<T>	SetBase.reduce(Lang.Func2<T,T,T> accumulator)
<R> R	C.Traversable.reduce(R identity, Lang.Func2<R,T,R> accumulator) Performs a reduction on the elements in this traversable, using the provided identity and accumulating function.
<R> R	C.Sequence.reduce(R identity, Lang.Func2<R,T,R> accumulator) Performs a reduction on the elements in this traversable, using the provided identity and accumulating function.
<R> R	ListBase.reduce(R identity, Lang.Func2<R,T,R> accumulator)
<R> R	TraversableBase.reduce(R identity, Lang.Func2<R,T,R> accumulator) Iterate through the traversal to apply the accumulator to the result of previous application and the element being iterated.
<R> R	SetBase.reduce(R identity, Lang.Func2<R,T,R> accumulator)
Lang.Option<T>	C.Sequence.reduceLeft(Lang.Func2<T,T,T> accumulator) Run reduction from head to tail.
Lang.Option<T>	ListBase.reduceLeft(Lang.Func2<T,T,T> accumulator)
Lang.Option<T>	SequenceBase.reduceLeft(Lang.Func2<T,T,T> accumulator) Delegate to TraversableBase.reduce(org.osgl.Lang.Func2)
<R> R	C.Sequence.reduceLeft(R identity, Lang.Func2<R,T,R> accumulator) Run reduction from header side.
<R> R	ListBase.reduceLeft(R identity, Lang.Func2<R,T,R> accumulator)
<R> R	SequenceBase.reduceLeft(R identity, Lang.Func2<R,T,R> accumulator) Delegate to TraversableBase.reduce(Object, org.osgl.Lang.Func2)
Lang.Option<ELEMENT>	C.Range.reduceRight(Lang.Func2<ELEMENT,ELEMENT,ELEMENT> accumulator)
Lang.Option<ELEMENT>	LazyRange.reduceRight(Lang.Func2<ELEMENT,ELEMENT,ELEMENT> accumulator)
Lang.Option<T>	C.ReversibleSequence.reduceRight(Lang.Func2<T,T,T> accumulator) Run reduction from tail to head.
Lang.Option<T>	ListBase.reduceRight(Lang.Func2<T,T,T> accumulator)
<R> R	C.Range.reduceRight(R identity, Lang.Func2<R,ELEMENT,R> accumulator)
<R> R	LazyRange.reduceRight(R identity, Lang.Func2<R,ELEMENT,R> accumulator)
<R> R	C.ReversibleSequence.reduceRight(R identity, Lang.Func2<R,T,R> accumulator) Run reduction from tail side.
<R> R	ListBase.reduceRight(R identity, Lang.Func2<R,T,R> accumulator)
void	PropertyHandler.setStringValueResolver(Lang.Func2<String,Class<?>,?> stringValueResolver)

Constructors in org.osgl.util with parameters of type Lang.Func2

Constructor and Description
AdaptiveMapPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, Class<?> keyType, Class<?> valType)
AdaptiveMapPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, PropertyGetter.NullValuePolicy nullValuePolicy, Class<?> keyType, Class<?> valType)
LazyRange(ELEMENT from, ELEMENT to, Comparator<ELEMENT> order, Lang.Func2<ELEMENT,Integer,ELEMENT> step)
LazyRange(ELEMENT from, ELEMENT to, Lang.Func2<ELEMENT,Integer,ELEMENT> step)
ListPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, Class<?> itemType)
ListPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, PropertyGetter.NullValuePolicy nullValuePolicy, Class<?> itemType)
ListPropertySetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, Class<?> itemType)
MapPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, Class<?> keyType, Class<?> valType)
MapPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, PropertyGetter.NullValuePolicy nullValuePolicy, Class<?> keyType, Class<?> valType)
ReflectionPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, Class entityClass, Method m, Field f, ReflectionPropertyHandlerFactory factory)
ReflectionPropertyGetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, PropertyGetter.NullValuePolicy nullValuePolicy, Class entityClass, Method m, Field f, ReflectionPropertyHandlerFactory factory)
ReflectionPropertySetter(Lang.Function<Class<?>,Object> objectFactory, Lang.Func2<String,Class<?>,?> stringValueResolver, Class entityClass, Method m, Field f)