úÎ;–7Ù     FRepresents whether the stream transaction was a success or a failure; L nothing is done by the library with the attached value. If you do not need ' to send back a value to the caller of , you can use  a  (). >The core data type for a Stream. It can only be created using .  !"#$%&'()5Should be called in a forked IO instance (as in, use *) IOpens a stream using the given handle and passes it to the function, and I then unwraps the result given and gives any user data that the specific  function wants to give back. Doesn'Bt fail, but tells the client that all the data sent by the stream I so far has been invalidated, and hence the queue of messages to be sent  is cleared. #Writes partial or full data over a , placing it in the queue  of all of the partial data. 2Serializes data and sends it over a newly created . +, Receives a - sent via a . . HEnumerator-based version of receive that allows the client to fold over ( the data as it is being received. Each - is a single chunk sent  from =. Keep in mind that any IO performed is dangerous if you are J possibly expected an Invalidation, since then that IO could end up being L incorrect. Hence, it is more useful to simply use this in a pure manner to ? build up some result data as the bytes are being streamed in. /0     #Writes partial or full data over a , placing it in the queue of  data to be sent. Encodes the 1 with Utf8  into a strict Data.ByteString.Lazy.ByteString. LReceives the entire data should the transfer over the stream be successful.  Returns 2 on failure. IRun an iteratee through an enumerator which supplies each block of Text.    3456 FRepresents whether the stream transaction was a success or a failure; L nothing is done by the library with the attached value. If you do not need ' to send back a value to the caller of , you can use  a   (). >The core data type for a Stream. It can only be created using . 789:;<=>?@AB5Should be called in a forked IO instance (as in, use *) IOpens a stream using the given handle and passes it to the function, and I then unwraps the result given and gives any user data that the specific  function wants to give back. Doesn'Bt fail, but tells the client that all the data sent by the stream I so far has been invalidated, and hence the queue of messages to be sent  is cleared. #Writes partial or full data over a , placing it in the queue  of all of the partial data. 2Serializes data and sends it over a newly created . CD!Receives a ByteString sent via a . EHEnumerator-based version of receive that allows the client to fold over ( the data as it is being received. Each F is a single chunk sent  from =. Keep in mind that any IO performed is dangerous if you are J possibly expected an Invalidation, since then that IO could end up being L incorrect. Hence, it is more useful to simply use this in a pure manner to ? build up some result data as the bytes are being streamed in. GH   #Writes partial or full data over a , placing it in the queue of  data to be sent. Encodes the Data.Text.Text with Utf8  into a strict Data.ByteString.ByteString. LReceives the entire data should the transfer over the stream be successful.  Returns 2 on failure. IRun an iteratee through an enumerator which supplies each block of Text.  I               !"#$%&'()*+,-!"&#.%'(/network-stream-0.1.0Network.ByteString.Lazy.StreamNetwork.Text.Lazy.StreamNetwork.ByteString.StreamNetwork.Text.StreamResultFailureSuccessStream withStream invalidatewritesendreceivereceiveEStreamEnumExceptionDecodeExceptionFailureExceptionInvalidateException StreamItemSFailureSSuccess SInvalidateSBytesintSize openStream closeStream failStream clearChan streamProcessbase GHC.Conc.SyncforkIO readBytesreadStreamItembytestring-0.9.2.0Data.ByteString.Lazy.Internal ByteString receiveLoop returnError streamEnum text-0.11.1.9Data.Text.Lazy.InternalText Data.MaybeNothingData.ByteString.Internal