Chan is:exact

Unbounded channels. The channels are implemented with MVars and therefore inherit all the caveats that apply to MVars (possibility of races, deadlocks etc). The stm (software transactional memory) library has a more robust implementation of channels called TChans.

data Chan a

base Control.Concurrent.Chan, lifted-base Control.Concurrent.Chan.Lifted, base-prelude BasePrelude, effectful Effectful.Concurrent.Chan, strict-concurrency Control.Concurrent.Chan.Strict

Chan is an abstract type representing an unbounded FIFO channel.

module UnliftIO.Chan

unliftio

Lifted Control.Concurrent.Chan.

data () => Chan a

unliftio UnliftIO.Chan, rebase Rebase.Prelude

Chan is an abstract type representing an unbounded FIFO channel.

module Control.Concurrent.Chan

rerebase

module Control.Concurrent.Classy.Chan

concurrency

Unbounded channels. Deviations: Chan as defined here does not have an Eq instance, this is because the MonadConc MVar type does not have an Eq constraint. The deprecated unGetChan and isEmptyCHan functions are not provided. Furthermore, the getChanContents function is not provided as it needs unsafe I/O.

data Chan m a

concurrency Control.Concurrent.Classy.Chan

Chan is an abstract type representing an unbounded FIFO channel.

module Effectful.Concurrent.Chan

effectful

Lifted Control.Concurrent.Chan.

module Rebase.Control.Concurrent.Chan

rebase

module Control.Concurrent.Split.Chan

concurrent-split

module Control.Concurrent.STM.Split.Chan

stm-split