package generic

import "github.com/IBM/fp-go/statereaderioeither/generic"

Index

Functions

func Ap 

func Ap[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	SRIOEAB ~func(S) RIOEAB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	RIOEAB ~func(R) IOEAB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEAB ~func() ET.Either[E, P.Pair[func(A) B, S]],
	S, R, E, A, B any,
](fa SRIOEA) func(SRIOEAB) SRIOEB

func Applicative 

func Applicative[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	SRIOEAB ~func(S) RIOEAB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	RIOEAB ~func(R) IOEAB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEAB ~func() ET.Either[E, P.Pair[func(A) B, S]],
	S, R, E, A, B any,
]() applicative.Applicative[A, B, SRIOEA, SRIOEB, SRIOEAB]

Applicative implements the applicative operations for [StateReaderIOEither]

func Asks 

func Asks[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R, E, A any,
](f func(R) SRIOEA) SRIOEA

func Chain 

func Chain[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) SRIOEB) func(SRIOEA) SRIOEB

func ChainEitherK 

func ChainEitherK[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) ET.Either[E, B]) func(SRIOEA) SRIOEB

func ChainIOEitherK 

func ChainIOEitherK[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,
	IOEB_IN ~func() ET.Either[E, B],
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) IOEB_IN) func(SRIOEA) SRIOEB

func ChainReaderIOEitherK 

func ChainReaderIOEitherK[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEB_IN ~func() ET.Either[E, B],
	S, R, E, A, B any,
](f func(A) RIOEB_IN) func(SRIOEA) SRIOEB

func Eq 

func Eq[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R, E, A any](eqr EQ.Eq[RIOEA]) func(S) EQ.Eq[SRIOEA]

Eq implements the equals predicate for values contained in the [StateReaderIOEither] monad

func FromEither 

func FromEither[
	SRIOEA ~func(S) RIOEA,

	RIOEA ~func(R) IOEA,

	IOEA ~func() ET.Either[E, P.Pair[A, S]],

	S, R, E, A any,
](ma ET.Either[E, A]) SRIOEA

func FromEitherK 

func FromEitherK[
	SRIOEB ~func(S) RIOEB,
	RIOEB ~func(R) IOEB,
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) ET.Either[E, B]) func(A) SRIOEB

func FromIO 

func FromIO[
	SRIOEA ~func(S) RIOEA,
	RIOEA_IN ~func(R) IOEA_IN,

	IO_IN ~func() A,

	RIOEA ~func(R) IOEA,

	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEA_IN ~func() ET.Either[E, A],

	S, R, E, A any,
](fa IO_IN) SRIOEA

func FromIOEither 

func FromIOEither[
	SRIOEA ~func(S) RIOEA,
	RIOEA_IN ~func(R) IOEA_IN,
	IOEA_IN ~func() ET.Either[E, A],
	RIOEA ~func(R) IOEA,

	IOEA ~func() ET.Either[E, P.Pair[A, S]],

	S, R, E, A any,
](fa IOEA_IN) SRIOEA

func FromIOEitherK 

func FromIOEitherK[
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,
	IOEB_IN ~func() ET.Either[E, B],
	RIOEB ~func(R) IOEB,
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) IOEB_IN) func(A) SRIOEB

func FromIOK 

func FromIOK[
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,

	IOB_IN ~func() B,

	RIOEB ~func(R) IOEB,

	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEB_IN ~func() ET.Either[E, B],

	S, R, E, A, B any,
](f func(A) IOB_IN) func(A) SRIOEB

func FromReader 

func FromReader[
	SRIOEA ~func(S) RIOEA,
	RIOEA_IN ~func(R) IOEA_IN,

	R_IN ~func(R) A,

	RIOEA ~func(R) IOEA,

	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEA_IN ~func() ET.Either[E, A],

	S, R, E, A any,
](fa R_IN) SRIOEA

func FromReaderEither 

func FromReaderEither[
	SRIOEA ~func(S) RIOEA,
	RIOEA_IN ~func(R) IOEA_IN,
	RIOEA ~func(R) IOEA,

	REA_IN ~func(R) ET.Either[E, A],

	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEA_IN ~func() ET.Either[E, A],

	S, R, E, A any,
](fa REA_IN) SRIOEA

func FromReaderIOEither 

func FromReaderIOEither[
	SRIOEA ~func(S) RIOEA,
	RIOEA_IN ~func(R) IOEA_IN,

	RIOEA ~func(R) IOEA,

	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEA_IN ~func() ET.Either[E, A],

	S, R, E, A any,
](fa RIOEA_IN) SRIOEA

func FromReaderIOEitherK 

func FromReaderIOEitherK[
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,
	IOEB_IN ~func() ET.Either[E, B],
	RIOEB ~func(R) IOEB,
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) RIOEB_IN) func(A) SRIOEB

func FromState 

func FromState[
	SRIOEA ~func(S) RIOEA,
	STATE ~func(S) P.Pair[A, S],
	RIOEA ~func(R) IOEA,

	IOEA ~func() ET.Either[E, P.Pair[A, S]],

	S, R, E, A any,
](fa STATE) SRIOEA

func FromStrictEquals 

func FromStrictEquals[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R any, E, A comparable]() func(R) func(S) EQ.Eq[SRIOEA]

FromStrictEquals constructs an [EQ.Eq] from the canonical comparison function

func Functor 

func Functor[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
]() functor.Functor[A, B, SRIOEA, SRIOEB]

Functor implements the functor operations for [StateReaderIOEither]

func Left 

func Left[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R, E, A any,
](e E) SRIOEA

func Local 

func Local[
	SR1IOEA ~func(S) R1IOEA,
	SR2IOEA ~func(S) R2IOEA,
	R1IOEA ~func(R1) IOEA,
	R2IOEA ~func(R2) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R1, R2, E, A any,
](f func(R2) R1) func(SR1IOEA) SR2IOEA

func Map 

func Map[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](f func(A) B) func(SRIOEA) SRIOEB

func Monad 

func Monad[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	SRIOEAB ~func(S) RIOEAB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	RIOEAB ~func(R) IOEAB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEAB ~func() ET.Either[E, P.Pair[func(A) B, S]],
	S, R, E, A, B any,
]() monad.Monad[A, B, SRIOEA, SRIOEB, SRIOEAB]

Monad implements the monadic operations for [StateReaderIOEither]

func MonadAp 

func MonadAp[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	SRIOEAB ~func(S) RIOEAB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	RIOEAB ~func(R) IOEAB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEAB ~func() ET.Either[E, P.Pair[func(A) B, S]],
	S, R, E, A, B any,
](fab SRIOEAB, fa SRIOEA) SRIOEB

func MonadChain 

func MonadChain[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](fa SRIOEA, f func(A) SRIOEB) SRIOEB

func MonadChainEitherK 

func MonadChainEitherK[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](ma SRIOEA, f func(A) ET.Either[E, B]) SRIOEB

func MonadChainIOEitherK 

func MonadChainIOEitherK[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,
	IOEB_IN ~func() ET.Either[E, B],
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](ma SRIOEA, f func(A) IOEB_IN) SRIOEB

func MonadChainReaderIOEitherK 

func MonadChainReaderIOEitherK[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEB_IN ~func(R) IOEB_IN,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	IOEB_IN ~func() ET.Either[E, B],
	S, R, E, A, B any,
](ma SRIOEA, f func(A) RIOEB_IN) SRIOEB

func MonadMap 

func MonadMap[
	SRIOEA ~func(S) RIOEA,
	SRIOEB ~func(S) RIOEB,
	RIOEA ~func(R) IOEA,
	RIOEB ~func(R) IOEB,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	IOEB ~func() ET.Either[E, P.Pair[B, S]],
	S, R, E, A, B any,
](fa SRIOEA, f func(A) B) SRIOEB

func Of 

func Of[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R, E, A any,
](a A) SRIOEA

func Pointed 

func Pointed[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R, E, A any,
]() pointed.Pointed[A, SRIOEA]

Pointed implements the pointed operations for [StateReaderIOEither] 

func Right[
	SRIOEA ~func(S) RIOEA,
	RIOEA ~func(R) IOEA,
	IOEA ~func() ET.Either[E, P.Pair[A, S]],
	S, R, E, A any,
](a A) SRIOEA

Source Files

eq.go monad.go state.go

Version
v1.0.151 (latest)
Published
Nov 23, 2024
Platform
linux/amd64
Imports
10 packages
Last checked
4 months ago –

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