LTieFunction (magma-func 2.0.0 API)

All Superinterfaces:

Codomain<aType.aInt>, Domain, Domain3<aType.a<T1>,aType.aInt,aType.a<T2>>, Formattable, MetaFunction, MetaFunctionalInterface, MetaInterface, MetaInterface.NonThrowing, MetaInterface.Throwing<RuntimeException>, TieFunction<T1,aType.a<T2>>

All Known Subinterfaces:

LTieFunction.LInt1BiObj2ToIntFunc<T1,T2>, LTieFunction.LInt1Obj2Obj0ToIntFunc<T2,T1>, LTieFunction.LObj0Obj2Int1ToIntFunc<T1,T2>, LTieFunction.LObj2Int1Obj0ToIntFunc<T2,T1>, LTieFunction.LObj2Obj0Int1ToIntFunc<T2,T1>

All Known Implementing Classes:

LTieFunction.LTieFunctionSingle
```
@FunctionalInterface
public interface LTieFunction<T1,T2>
extends MetaFunction, MetaInterface.NonThrowing, TieFunction<T1,aType.a<T2>>, Codomain<aType.aInt>, Domain3<aType.a<T1>,aType.aInt,aType.a<T2>>
```
Non-throwing functional interface (lambda) LTieFunction for Java 8.
Type: function
Domain (lvl: 3): T1 a1,int a2,T2 a3
Co-domain: int
Special case of function that corresponds to TIE consumer with return integer value.

Nested Class Summary

Nested Classes
Modifier and Type	Interface and Description
`static interface`	`LTieFunction.LInt1BiObj2ToIntFunc<T1,T2>` Permutation of LTieFunction for method references.
`static interface`	`LTieFunction.LInt1Obj2Obj0ToIntFunc<T2,T1>` Permutation of LTieFunction for method references.
`static interface`	`LTieFunction.LObj0Obj2Int1ToIntFunc<T1,T2>` Permutation of LTieFunction for method references.
`static interface`	`LTieFunction.LObj2Int1Obj0ToIntFunc<T2,T1>` Permutation of LTieFunction for method references.
`static interface`	`LTieFunction.LObj2Obj0Int1ToIntFunc<T2,T1>` Permutation of LTieFunction for method references.
`static class`	`LTieFunction.LTieFunctionSingle<T1,T2>`

Nested classes/interfaces inherited from interface eu.lunisolar.magma.basics.meta.MetaInterface
MetaInterface.NonThrowing, MetaInterface.Throwing<X>

Field Summary

Fields
Modifier and Type Field and Description

static String DESCRIPTION

Fields
Modifier and Type	Field and Description
`static String`	`DESCRIPTION`

Method Summary

All Methods Static Methods Instance Methods Abstract Methods Default Methods
Modifier and Type	Method and Description
`static <T1,T2> LTieFunction<T1,T2>`	`apply1stAsInt(LToIntFunction<T1> func)` Captures single parameter function into this interface where only 1st parameter will be used.
`static <T1,T2> LTieFunction<T1,T2>`	`apply2ndAsInt(LIntUnaryOperator func)` Captures single parameter function into this interface where only 2nd parameter will be used.
`static <T1,T2> LTieFunction<T1,T2>`	`apply3rdAsInt(LToIntFunction<T2> func)` Captures single parameter function into this interface where only 3rd parameter will be used.
`default int`	`applyAsInt(T1 a1, int a2, T2 a3)`
`default int`	`applyAsInt(T1 a1, int a2, T2 a3, ExWF<RuntimeException> exF)`
`default int`	`applyAsInt(T1 a1, int a2, T2 a3, ExWMF<RuntimeException> exF, String newMessage, Object... messageParams)`
`default int`	`applyAsIntThen(T1 a1, int a2, T2 a3, LToIntFunction<Throwable> handler)`
`int`	`applyAsIntX(T1 a1, int a2, T2 a3)` Implement this, but call applyAsInt(T1 a1,int a2,T2 a3)
`static <T1,T2> int`	`call(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> lambda)`
`default LIntSupplier`	`capture(T1 a1, int a2, T2 a3)` Captures arguments but delays the evaluation.
`default <V2,V3> LTieFunction<V2,V3>`	`cast()` Cast that replace generics.
`static <V2,V3,T1,T2> LTieFunction<V2,V3>`	`cast(LTieFunction<T1,T2> function)` Cast that replace generics.
`default <V1,V3> LTieFunction<V1,V3>`	`compose(LFunction<? super V1,? extends T1> before1, LIntUnaryOperator before2, LFunction<? super V3,? extends T2> before3)` Allows to manipulate the domain of the function.
`static <V1,V3,T1,T2> LTieFunction<V1,V3>`	`composed(LFunction<? super V1,? extends T1> before1, LIntUnaryOperator before2, LFunction<? super V3,? extends T2> before3, LTieFunction<T1,T2> after)`
`static <V1,V2,V3,T1,T2> LToIntTriFunction<V1,V2,V3>`	`composed(LFunction<? super V1,? extends T1> before1, LToIntFunction<? super V2> before2, LFunction<? super V3,? extends T2> before3, LTieFunction<T1,T2> after)`
`static <T1,T2> LTieFunction<T1,T2>`	`constant(int r)` Creates function that always returns the same value.
`static <T1,T2> LTieFunction<T1,T2>`	`failSafe(LTieFunction<T1,T2> func, LTieFunction<T1,T2> failSafe)`
`default int`	`failSafeApplyAsInt(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> failSafe)`
`static <T1,T2> int`	`failSafeApplyAsInt(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> func, LTieFunction<T1,T2> failSafe)`
`default <C1,C2,C3> void`	`forEach(IndexedRead<C1,aType.a<T1>> ia1, C1 source1, IndexedRead<C2,aType.aInt> ia2, C2 source2, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`static <T1,T2> void`	`fromTill(int min_a2, int max_a2, T1 a1, T2 a3, LTieFunction<T1,T2> func)` From-To.
`static <T1,T2> void`	`fromTo(int min_a2, int max_a2, T1 a1, T2 a3, LTieFunction<T1,T2> func)` From-To.
`default String`	`functionalInterfaceDescription()` Returns description of the functional interface.
`default <SRC> int`	`genericTieForEach(int sStart, int sEnd, int tStart, T1 trg1, SRC src3, OiFunction<SRC,aType.a<T2>> srcAcc3)` ITERATION: TIE_CONSUMER_GEN: FOR, [SourcePurpose{arg=int sStart, type=CONST}, SourcePurpose{arg=int sEnd, type=CONST}, SourcePurpose{arg=int tStart, type=CONST}, SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=TIE_SOURCE}, SourcePurpose{arg=T2 a3, type=TIE_GEN_SUPPLIER}]
`default LTieFunction<T1,T2>`	`handling(HandlingInstructions<Throwable,RuntimeException> handling)`
`default int`	`handlingApplyAsInt(T1 a1, int a2, T2 a3, HandlingInstructions<Throwable,RuntimeException> handling)` Function call that handles exceptions according to the instructions.
`static <T1,T2> int`	`handlingApplyAsInt(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> func, HandlingInstructions<Throwable,RuntimeException> handling)`
`static <T1,T2> LTieFunction.LInt1BiObj2ToIntFunc<T1,T2>`	`int1BiObj2ToIntFunc(LTieFunction.LInt1BiObj2ToIntFunc<T1,T2> lambda)` Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).
`static <T2,T1> LTieFunction.LInt1Obj2Obj0ToIntFunc<T2,T1>`	`int1Obj2Obj0ToIntFunc(LTieFunction.LInt1Obj2Obj0ToIntFunc<T2,T1> lambda)` Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).
`default <C1,C2,C3,I3> void`	`iterate(IndexedRead<C1,aType.a<T1>> ia1, C1 source1, IndexedRead<C2,aType.aInt> ia2, C2 source2, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default <C1,C2,I2,C3> void`	`iterate(IndexedRead<C1,aType.a<T1>> ia1, C1 source1, SequentialRead<C2,I2,aType.aInt> sa2, C2 source2, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default <C1,C2,I2,C3,I3> void`	`iterate(IndexedRead<C1,aType.a<T1>> ia1, C1 source1, SequentialRead<C2,I2,aType.aInt> sa2, C2 source2, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default <C1,I1,C2,C3> void`	`iterate(SequentialRead<C1,I1,aType.a<T1>> sa1, C1 source1, IndexedRead<C2,aType.aInt> ia2, C2 source2, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default <C1,I1,C2,C3,I3> void`	`iterate(SequentialRead<C1,I1,aType.a<T1>> sa1, C1 source1, IndexedRead<C2,aType.aInt> ia2, C2 source2, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default <C1,I1,C2,I2,C3> void`	`iterate(SequentialRead<C1,I1,aType.a<T1>> sa1, C1 source1, SequentialRead<C2,I2,aType.aInt> sa2, C2 source2, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default <C1,I1,C2,I2,C3,I3> void`	`iterate(SequentialRead<C1,I1,aType.a<T1>> sa1, C1 source1, SequentialRead<C2,I2,aType.aInt> sa2, C2 source2, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LIntConsumer consumer)` For each element (or tuple) from arguments, calls the function and passes the result to consumer.
`default int`	`nestingApplyAsInt(T1 a1, int a2, T2 a3)` Function call that handles exceptions by always nesting checked exceptions and propagating the others as is.
`default int`	`nonNullApplyAsInt(T1 a1, int a2, T2 a3)` Just to mirror the method: Ensures the result is not null
`static <T1,C3,T2> T1`	`ntiForEach(LIntFunction<T1> trgFactory1, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LTieFunction<? super T1,? super T2> consumer)` ITERATION: TARGETED_INDEXED_FOR_EACH_NEW: FOR, [SourcePurpose{arg=T1 trg1, type=SIZE_FACTORY}, SourcePurpose{arg=T2 a3, type=IA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]
`static <T1,C3,I3,T2> T1`	`ntiIterate(LSupplier<T1> source1, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LTieFunction<? super T1,? super T2> consumer)` ITERATION: TARGETED_INDEXED_ITERATE_NEW: WHILE, [SourcePurpose{arg=T1 trg1, type=SUPPLIER}, SourcePurpose{arg=T2 a3, type=SA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]
`static <T1,T2> LTieFunction.LObj0Obj2Int1ToIntFunc<T1,T2>`	`obj0Obj2Int1ToIntFunc(LTieFunction.LObj0Obj2Int1ToIntFunc<T1,T2> lambda)` Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).
`static <T2,T1> LTieFunction.LObj2Int1Obj0ToIntFunc<T2,T1>`	`obj2Int1Obj0ToIntFunc(LTieFunction.LObj2Int1Obj0ToIntFunc<T2,T1> lambda)` Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).
`static <T2,T1> LTieFunction.LObj2Obj0Int1ToIntFunc<T2,T1>`	`obj2Obj0Int1ToIntFunc(LTieFunction.LObj2Obj0Int1ToIntFunc<T2,T1> lambda)` Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).
`static <T1,T2> int`	`produceInt(int a2, T1 a1, T2 a3)` Does nothing (LTieFunction.LInt1BiObj2ToIntFunc) Function
`static <T1,T2> int`	`produceInt(T1 a1, int a2, T2 a3)` Does nothing (LTieFunction) Function
`static <T1,T2> int`	`produceInt(T1 a1, T2 a3, int a2)` Does nothing (LTieFunction.LObj0Obj2Int1ToIntFunc) Function
`static <T1,T2> LTieFunction<T1,T2>`	`recursive(LFunction<LTieFunction<T1,T2>,LTieFunction<T1,T2>> selfLambda)`
`static <T1,T2> LTieFunction<T1,T2>`	`safe()` Safe instance.
`static <T1,T2> LTieFunction<T1,T2>`	`safe(LTieFunction<T1,T2> other)` Safe wrapping.
`static <T1,T2> LSupplier<LTieFunction<T1,T2>>`	`safeSupplier()` Safe instance supplier.
`static <T1,T2> LSupplier<LTieFunction<T1,T2>>`	`safeSupplier(LSupplier<LTieFunction<T1,T2>> supplier)` Safe supplier.
`default int`	`shovingApplyAsInt(T1 a1, int a2, T2 a3)` Function call that handles exceptions by always propagating them as is, even when they are undeclared checked ones.
`default <V> LObjIntObjFunction<T1,T2,V>`	`then(LIntFunction<? extends V> after)` Combines two functions together in a order.
`default LObjIntObjPredicate<T1,T2>`	`thenToBool(LIntPredicate after)` Combines two functions together in a order.
`default LTieFunction<T1,T2>`	`thenToInt(LIntUnaryOperator after)` Combines two functions together in a order.
`static <T1,SRC,T2> int`	`tieForEach(int sStart, int sEnd, int tStart, T1 trg1, SRC src3, LOiFunction<SRC,T2> srcAcc3, LTieFunction<? super T1,? super T2> consumer)` ITERATION: TIE_CONSUMER: FOR, [SourcePurpose{arg=int sStart, type=CONST}, SourcePurpose{arg=int sEnd, type=CONST}, SourcePurpose{arg=int tStart, type=CONST}, SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=TIE_SOURCE}, SourcePurpose{arg=T2 a3, type=TIE_SUPPLIER}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]
`static <T1,SRC,T2> int`	`tieForEach(int sStart, int tStart, T1 trg1, SRC src3, LPredicate<SRC> srcTest3, LFunction<SRC,T2> srcAcc3, LTieFunction<? super T1,? super T2> consumer)` For each element (or tuple) from arguments, calls the consumer (with TIE: ‘target’, index, element).
`static <T1,C3,T2> int`	`tieForEach(T1 trg1, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LTieFunction<? super T1,? super T2> consumer)` ITERATION: TIE_CONSUMER_SHORT: FOR, [SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=IA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]
`static <T1,T2> LTieFunction<T1,T2>`	`tieFunc(LTieFunction<T1,T2> lambda)` Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).
`default <V1,V2,V3> LToIntTriFunction<V1,V2,V3>`	`tieFuncCompose(LFunction<? super V1,? extends T1> before1, LToIntFunction<? super V2> before2, LFunction<? super V3,? extends T2> before3)` Allows to manipulate the domain of the function.
`static <T1,T2> LTieFunction<T1,T2>`	`tieFuncThrowing(ExF<Throwable> exF)`
`static <T1,T2> LTieFunction<T1,T2>`	`tieFuncThrowing(String message, ExMF<Throwable> exF)`
`static <T1,C3,I3,T2> int`	`tieIterate(T1 trg1, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LTieFunction<? super T1,? super T2> consumer)` For each element (or tuple) from arguments, calls the consumer (with TIE: ‘target’, index, element).
`static <T1,C3,T2> T1`	`tiForEach(T1 trg1, IndexedRead<C3,aType.a<T2>> ia3, C3 source3, LTieFunction<? super T1,? super T2> consumer)` ITERATION: TARGETED_INDEXED_FOR_EACH: FOR, [SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=IA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]
`static <T1,C3,I3,T2> T1`	`tiIterate(T1 trg1, SequentialRead<C3,I3,aType.a<T2>> sa3, C3 source3, LTieFunction<? super T1,? super T2> consumer)` For each element (or tuple) from arguments, calls the consumer (with TIE: ‘target’, index, element).
`static <T1,T2> void`	`times(int max_a2, T1 a1, T2 a3, LTieFunction<T1,T2> func)` From-To.
`static <T1,T2> int`	`tryApplyAsInt(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> func)`
`static <T1,T2> int`	`tryApplyAsInt(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> func, ExWF<RuntimeException> exF)`
`static <T1,T2> int`	`tryApplyAsInt(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> func, ExWMF<RuntimeException> exF, String newMessage, Object... messageParams)`
`static <T1,T2> int`	`tryApplyAsIntThen(T1 a1, int a2, T2 a3, LTieFunction<T1,T2> func, LToIntFunction<Throwable> handler)`
`default LTieFunction<T1,T2>`	`trying(ExWF<RuntimeException> exF)`
`default LTieFunction<T1,T2>`	`trying(ExWMF<RuntimeException> exF, String newMessage, Object... messageParams)`
`default LTieFunction<T1,T2>`	`tryingThen(LToIntFunction<Throwable> handler)`
`default int`	`tupleApplyAsInt(LObjIntObjTriple<T1,T2> args)`
`static <T1,T2> LTieFunction<T1,T2>`	`uncurry(LFunction<T1,LIntFunction<LToIntFunction<T2>>> func)`
`default LTieFunction`	`untyped()` Cast that removes generics.

Methods inherited from interface eu.lunisolar.magma.basics.meta.MetaInterface.NonThrowing
isThrowing

Methods inherited from interface eu.lunisolar.magma.basics.meta.functional.type.MetaFunction
isFunction

Methods inherited from interface eu.lunisolar.magma.basics.meta.functional.MetaFunctionalInterface
formatTo, isAction, isConsumer, isOperator, isPredicate, isSupplier

Field Detail
- DESCRIPTION
```
static final String DESCRIPTION
```
  See Also:
  
  Constant Field Values

Method Detail

applyAsInt

default int applyAsInt(T1 a1,
                       int a2,
                       T2 a3)

applyAsIntX

int applyAsIntX(T1 a1,
                int a2,
                T2 a3)
         throws Throwable

Implement this, but call applyAsInt(T1 a1,int a2,T2 a3)

Throws:: Throwable

tupleApplyAsInt

default int tupleApplyAsInt(LObjIntObjTriple<T1,T2> args)

handlingApplyAsInt

default int handlingApplyAsInt(T1 a1,
                               int a2,
                               T2 a3,
                               HandlingInstructions<Throwable,RuntimeException> handling)

Function call that handles exceptions according to the instructions.

handling

default LTieFunction<T1,T2> handling(HandlingInstructions<Throwable,RuntimeException> handling)

applyAsInt

default int applyAsInt(T1 a1,
                       int a2,
                       T2 a3,
                       @Nonnull
                       ExWMF<RuntimeException> exF,
                       @Nonnull
                       String newMessage,
                       @Nullable
                       Object... messageParams)

trying

default LTieFunction<T1,T2> trying(@Nonnull
                                   ExWMF<RuntimeException> exF,
                                   @Nonnull
                                   String newMessage,
                                   @Nullable
                                   Object... messageParams)

applyAsInt

default int applyAsInt(T1 a1,
                       int a2,
                       T2 a3,
                       @Nonnull
                       ExWF<RuntimeException> exF)

trying

default LTieFunction<T1,T2> trying(@Nonnull
                                   ExWF<RuntimeException> exF)

applyAsIntThen

default int applyAsIntThen(T1 a1,
                           int a2,
                           T2 a3,
                           @Nonnull
                           LToIntFunction<Throwable> handler)

tryingThen

default LTieFunction<T1,T2> tryingThen(@Nonnull
                                       LToIntFunction<Throwable> handler)

nestingApplyAsInt

default int nestingApplyAsInt(T1 a1,
                              int a2,
                              T2 a3)

Function call that handles exceptions by always nesting checked exceptions and propagating the others as is.

shovingApplyAsInt

default int shovingApplyAsInt(T1 a1,
                              int a2,
                              T2 a3)

Function call that handles exceptions by always propagating them as is, even when they are undeclared checked ones.

handlingApplyAsInt

static <T1,T2> int handlingApplyAsInt(T1 a1,
                                      int a2,
                                      T2 a3,
                                      LTieFunction<T1,T2> func,
                                      HandlingInstructions<Throwable,RuntimeException> handling)

tryApplyAsInt

static <T1,T2> int tryApplyAsInt(T1 a1,
                                 int a2,
                                 T2 a3,
                                 LTieFunction<T1,T2> func)

tryApplyAsInt

static <T1,T2> int tryApplyAsInt(T1 a1,
                                 int a2,
                                 T2 a3,
                                 LTieFunction<T1,T2> func,
                                 @Nonnull
                                 ExWMF<RuntimeException> exF,
                                 @Nonnull
                                 String newMessage,
                                 @Nullable
                                 Object... messageParams)

tryApplyAsInt

static <T1,T2> int tryApplyAsInt(T1 a1,
                                 int a2,
                                 T2 a3,
                                 LTieFunction<T1,T2> func,
                                 @Nonnull
                                 ExWF<RuntimeException> exF)

tryApplyAsIntThen

static <T1,T2> int tryApplyAsIntThen(T1 a1,
                                     int a2,
                                     T2 a3,
                                     LTieFunction<T1,T2> func,
                                     @Nonnull
                                     LToIntFunction<Throwable> handler)

failSafeApplyAsInt

default int failSafeApplyAsInt(T1 a1,
                               int a2,
                               T2 a3,
                               @Nonnull
                               LTieFunction<T1,T2> failSafe)

failSafeApplyAsInt

static <T1,T2> int failSafeApplyAsInt(T1 a1,
                                      int a2,
                                      T2 a3,
                                      LTieFunction<T1,T2> func,
                                      @Nonnull
                                      LTieFunction<T1,T2> failSafe)

failSafe

static <T1,T2> LTieFunction<T1,T2> failSafe(LTieFunction<T1,T2> func,
                                            @Nonnull
                                            LTieFunction<T1,T2> failSafe)

nonNullApplyAsInt

default int nonNullApplyAsInt(T1 a1,
                              int a2,
                              T2 a3)

Just to mirror the method: Ensures the result is not null

functionalInterfaceDescription
```
@Nonnull
default String functionalInterfaceDescription()
```
Returns description of the functional interface.

Specified by:

functionalInterfaceDescription in interface MetaFunctionalInterface

fromTo

static <T1,T2> void fromTo(int min_a2,
                           int max_a2,
                           T1 a1,
                           T2 a3,
                           LTieFunction<T1,T2> func)

From-To. Intended to be used with non-capturing lambda.

fromTill

static <T1,T2> void fromTill(int min_a2,
                             int max_a2,
                             T1 a1,
                             T2 a3,
                             LTieFunction<T1,T2> func)

From-To. Intended to be used with non-capturing lambda.

times

static <T1,T2> void times(int max_a2,
                          T1 a1,
                          T2 a3,
                          LTieFunction<T1,T2> func)

From-To. Intended to be used with non-capturing lambda.

uncurry

static <T1,T2> LTieFunction<T1,T2> uncurry(LFunction<T1,LIntFunction<LToIntFunction<T2>>> func)

untyped
```
default LTieFunction untyped()
```
Cast that removes generics.

cast

default <V2,V3> LTieFunction<V2,V3> cast()

Cast that replace generics.

cast

static <V2,V3,T1,T2> LTieFunction<V2,V3> cast(LTieFunction<T1,T2> function)

Cast that replace generics.

capture

default LIntSupplier capture(T1 a1,
                             int a2,
                             T2 a3)

Captures arguments but delays the evaluation.

constant
```
static <T1,T2> LTieFunction<T1,T2> constant(int r)
```
Creates function that always returns the same value.

apply1stAsInt

@Nonnull
static <T1,T2> LTieFunction<T1,T2> apply1stAsInt(@Nonnull
                                                           LToIntFunction<T1> func)

Captures single parameter function into this interface where only 1st parameter will be used.

apply2ndAsInt

@Nonnull
static <T1,T2> LTieFunction<T1,T2> apply2ndAsInt(@Nonnull
                                                           LIntUnaryOperator func)

Captures single parameter function into this interface where only 2nd parameter will be used.

apply3rdAsInt

@Nonnull
static <T1,T2> LTieFunction<T1,T2> apply3rdAsInt(@Nonnull
                                                           LToIntFunction<T2> func)

Captures single parameter function into this interface where only 3rd parameter will be used.

tieFunc

@Nonnull
static <T1,T2> LTieFunction<T1,T2> tieFunc(@Nonnull
                                                     LTieFunction<T1,T2> lambda)

Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).

recursive

@Nonnull
static <T1,T2> LTieFunction<T1,T2> recursive(@Nonnull
                                                       LFunction<LTieFunction<T1,T2>,LTieFunction<T1,T2>> selfLambda)

tieFuncThrowing

@Nonnull
static <T1,T2> LTieFunction<T1,T2> tieFuncThrowing(@Nonnull
                                                             ExF<Throwable> exF)

tieFuncThrowing

@Nonnull
static <T1,T2> LTieFunction<T1,T2> tieFuncThrowing(String message,
                                                             @Nonnull
                                                             ExMF<Throwable> exF)

obj0Obj2Int1ToIntFunc

@Nonnull
static <T1,T2> LTieFunction.LObj0Obj2Int1ToIntFunc<T1,T2> obj0Obj2Int1ToIntFunc(@Nonnull
                                                                                          LTieFunction.LObj0Obj2Int1ToIntFunc<T1,T2> lambda)

Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).

int1BiObj2ToIntFunc

@Nonnull
static <T1,T2> LTieFunction.LInt1BiObj2ToIntFunc<T1,T2> int1BiObj2ToIntFunc(@Nonnull
                                                                                      LTieFunction.LInt1BiObj2ToIntFunc<T1,T2> lambda)

Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).

int1Obj2Obj0ToIntFunc

@Nonnull
static <T2,T1> LTieFunction.LInt1Obj2Obj0ToIntFunc<T2,T1> int1Obj2Obj0ToIntFunc(@Nonnull
                                                                                          LTieFunction.LInt1Obj2Obj0ToIntFunc<T2,T1> lambda)

Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).

obj2Obj0Int1ToIntFunc

@Nonnull
static <T2,T1> LTieFunction.LObj2Obj0Int1ToIntFunc<T2,T1> obj2Obj0Int1ToIntFunc(@Nonnull
                                                                                          LTieFunction.LObj2Obj0Int1ToIntFunc<T2,T1> lambda)

Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).

obj2Int1Obj0ToIntFunc

@Nonnull
static <T2,T1> LTieFunction.LObj2Int1Obj0ToIntFunc<T2,T1> obj2Int1Obj0ToIntFunc(@Nonnull
                                                                                          LTieFunction.LObj2Int1Obj0ToIntFunc<T2,T1> lambda)

Convenient method in case lambda expression is ambiguous for the compiler (that might happen for overloaded methods accepting different interfaces).

call

static <T1,T2> int call(T1 a1,
                        int a2,
                        T2 a3,
                        @Nonnull
                        LTieFunction<T1,T2> lambda)

safe
```
@Nonnull
static <T1,T2> LTieFunction<T1,T2> safe()
```
Safe instance. That always returns the same value (as produceInt).

safeSupplier

@Nonnull
static <T1,T2> LSupplier<LTieFunction<T1,T2>> safeSupplier()

Safe instance supplier. Returns supplier of safe() instance.

safe

@Nonnull
static <T1,T2> LTieFunction<T1,T2> safe(@Nullable
                                                  LTieFunction<T1,T2> other)

Safe wrapping. Either argument function is returned (if it is not null) or safe() instance.

safeSupplier

@Nonnull
static <T1,T2> LSupplier<LTieFunction<T1,T2>> safeSupplier(@Nullable
                                                                     LSupplier<LTieFunction<T1,T2>> supplier)

Safe supplier. Either argument supplier is returned (if it is not null) or supplier of safe() instance.

compose

@Nonnull
default <V1,V3> LTieFunction<V1,V3> compose(@Nonnull
                                                      LFunction<? super V1,? extends T1> before1,
                                                      @Nonnull
                                                      LIntUnaryOperator before2,
                                                      @Nonnull
                                                      LFunction<? super V3,? extends T2> before3)

Allows to manipulate the domain of the function.

composed

static <V1,V3,T1,T2> LTieFunction<V1,V3> composed(@Nonnull
                                                  LFunction<? super V1,? extends T1> before1,
                                                  @Nonnull
                                                  LIntUnaryOperator before2,
                                                  @Nonnull
                                                  LFunction<? super V3,? extends T2> before3,
                                                  LTieFunction<T1,T2> after)

tieFuncCompose

@Nonnull
default <V1,V2,V3> LToIntTriFunction<V1,V2,V3> tieFuncCompose(@Nonnull
                                                                        LFunction<? super V1,? extends T1> before1,
                                                                        @Nonnull
                                                                        LToIntFunction<? super V2> before2,
                                                                        @Nonnull
                                                                        LFunction<? super V3,? extends T2> before3)

Allows to manipulate the domain of the function.

composed

static <V1,V2,V3,T1,T2> LToIntTriFunction<V1,V2,V3> composed(@Nonnull
                                                             LFunction<? super V1,? extends T1> before1,
                                                             @Nonnull
                                                             LToIntFunction<? super V2> before2,
                                                             @Nonnull
                                                             LFunction<? super V3,? extends T2> before3,
                                                             LTieFunction<T1,T2> after)

then

@Nonnull
default <V> LObjIntObjFunction<T1,T2,V> then(@Nonnull
                                                       LIntFunction<? extends V> after)

Combines two functions together in a order.

thenToInt

@Nonnull
default LTieFunction<T1,T2> thenToInt(@Nonnull
                                                LIntUnaryOperator after)

Combines two functions together in a order.

thenToBool

@Nonnull
default LObjIntObjPredicate<T1,T2> thenToBool(@Nonnull
                                                        LIntPredicate after)

Combines two functions together in a order.

produceInt

static <T1,T2> int produceInt(T1 a1,
                              int a2,
                              T2 a3)

Does nothing (LTieFunction) Function

produceInt

static <T1,T2> int produceInt(T1 a1,
                              T2 a3,
                              int a2)

Does nothing (LTieFunction.LObj0Obj2Int1ToIntFunc) Function

produceInt

static <T1,T2> int produceInt(int a2,
                              T1 a1,
                              T2 a3)

Does nothing (LTieFunction.LInt1BiObj2ToIntFunc) Function

genericTieForEach

default <SRC> int genericTieForEach(int sStart,
                                    int sEnd,
                                    int tStart,
                                    T1 trg1,
                                    SRC src3,
                                    OiFunction<SRC,aType.a<T2>> srcAcc3)

ITERATION: TIE_CONSUMER_GEN: FOR, [SourcePurpose{arg=int sStart, type=CONST}, SourcePurpose{arg=int sEnd, type=CONST}, SourcePurpose{arg=int tStart, type=CONST}, SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=TIE_SOURCE}, SourcePurpose{arg=T2 a3, type=TIE_GEN_SUPPLIER}]

Specified by:: genericTieForEach in interface TieFunction<T1,aType.a<T2>>

tiForEach

static <T1,C3,T2> T1 tiForEach(T1 trg1,
                               IndexedRead<C3,aType.a<T2>> ia3,
                               C3 source3,
                               LTieFunction<? super T1,? super T2> consumer)

ITERATION: TARGETED_INDEXED_FOR_EACH: FOR, [SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=IA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]

ntiForEach

static <T1,C3,T2> T1 ntiForEach(LIntFunction<T1> trgFactory1,
                                IndexedRead<C3,aType.a<T2>> ia3,
                                C3 source3,
                                LTieFunction<? super T1,? super T2> consumer)

ITERATION: TARGETED_INDEXED_FOR_EACH_NEW: FOR, [SourcePurpose{arg=T1 trg1, type=SIZE_FACTORY}, SourcePurpose{arg=T2 a3, type=IA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]

tieForEach

static <T1,C3,T2> int tieForEach(T1 trg1,
                                 IndexedRead<C3,aType.a<T2>> ia3,
                                 C3 source3,
                                 LTieFunction<? super T1,? super T2> consumer)

ITERATION: TIE_CONSUMER_SHORT: FOR, [SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=IA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]

tieForEach

static <T1,SRC,T2> int tieForEach(int sStart,
                                  int sEnd,
                                  int tStart,
                                  T1 trg1,
                                  SRC src3,
                                  LOiFunction<SRC,T2> srcAcc3,
                                  LTieFunction<? super T1,? super T2> consumer)

ITERATION: TIE_CONSUMER: FOR, [SourcePurpose{arg=int sStart, type=CONST}, SourcePurpose{arg=int sEnd, type=CONST}, SourcePurpose{arg=int tStart, type=CONST}, SourcePurpose{arg=T1 trg1, type=CONST}, SourcePurpose{arg=T2 a3, type=TIE_SOURCE}, SourcePurpose{arg=T2 a3, type=TIE_SUPPLIER}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]

tieForEach

static <T1,SRC,T2> int tieForEach(int sStart,
                                  int tStart,
                                  T1 trg1,
                                  SRC src3,
                                  LPredicate<SRC> srcTest3,
                                  LFunction<SRC,T2> srcAcc3,
                                  LTieFunction<? super T1,? super T2> consumer)

For each element (or tuple) from arguments, calls the consumer (with TIE: ‘target’, index, element). First argument is designated as ‘target’ object. Thread safety, fail-fast, fail-safety of this method depends highly on the arguments.

tieIterate

static <T1,C3,I3,T2> int tieIterate(T1 trg1,
                                    SequentialRead<C3,I3,aType.a<T2>> sa3,
                                    C3 source3,
                                    LTieFunction<? super T1,? super T2> consumer)

tiIterate

static <T1,C3,I3,T2> T1 tiIterate(T1 trg1,
                                  SequentialRead<C3,I3,aType.a<T2>> sa3,
                                  C3 source3,
                                  LTieFunction<? super T1,? super T2> consumer)

ntiIterate

static <T1,C3,I3,T2> T1 ntiIterate(LSupplier<T1> source1,
                                   SequentialRead<C3,I3,aType.a<T2>> sa3,
                                   C3 source3,
                                   LTieFunction<? super T1,? super T2> consumer)

ITERATION: TARGETED_INDEXED_ITERATE_NEW: WHILE, [SourcePurpose{arg=T1 trg1, type=SUPPLIER}, SourcePurpose{arg=T2 a3, type=SA}, SourcePurpose{arg=LTieFunction<? super T1,? super T2> consumer, type=CONST}]