Portability	portable
Maintainer	jmillikin@gmail.com
Safe Haskell	Safe-Infered

Network.Socket.Enumerator

Description

Synopsis

Documentation

enumSocket Source

Arguments

:: MonadIO m
=> Integer	Buffer size
-> Socket
-> Enumerator ByteString m b

Enumerate binary data from a Socket, using recv. The socket must be connected.

The buffer size should be a small power of 2, such as 4096.

enumSocketFrom Source

Arguments

:: MonadIO m
=> Integer	Buffer size
-> Socket
-> Enumerator (ByteString, SockAddr) m b

Enumerate binary data from a Socket, using recvFrom. The socket does not have to be connected. Each chunk of data received will be paired with its address.

enumSocketTimed Source

Arguments

:: MonadIO m
=> Integer	Buffer size
-> Integer	Timeout, in microseconds
-> Socket
-> Enumerator ByteString m b

Enumerate binary data from a Socket, using recv. The socket must be connected.

The buffer size should be a small power of 2, such as 4096.

If any call to recv takes longer than the timeout, enumSocketTimed will throw an error. To add a timeout for the entire session, wrap the call to run in timeout.

Since: 0.1.2

iterSocket :: MonadIO m => Socket -> Iteratee ByteString m ()Source

Write data to a Socket, using sendMany. The socket must be connected.

iterSocketTo :: MonadIO m => Socket -> SockAddr -> Iteratee ByteString m ()Source

Write data to a Socket, using sendManyTo. The socket does not have to be connected.

iterSocketTimed Source

Arguments

:: MonadIO m
=> Integer	Timeout, in microseconds
-> Socket
-> Iteratee ByteString m ()

Write data to a Socket, using sendMany. The socket must be connected.

If any call to sendMany takes longer than the timeout, iterSocketTimed will throw an error. To add a timeout for the entire session, wrap the call to run in timeout.

Since: 0.1.2