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zeromq-haskell 0.2.2 → 0.3

raw patch · 11 files changed

+20/−36 lines, 11 files

Files

README view
@@ -3,10 +3,10 @@  · Current status -Version 0.2.x - This software currently has *alpha* status, i.e. it had+Version 0.3.x - This software currently has *alpha* status, i.e. it had only seen very limited testing and changes to its API might happen. -This software was developed and tested on Linux 2.6.31 with GHC-6.12.1+This software was developed and tested on Linux 2.6.32 with GHC-6.12.3 using the current git HEAD of zeromq2 (http://github.com/sustrik/zeromq2).  
src/System/ZMQ.hs view
@@ -22,7 +22,7 @@     Poll(..),     PollEvent(..), -    P2P(..),+    Pair(..),     Pub(..),     Sub(..),     Req(..),@@ -86,10 +86,10 @@  -- | Socket to communicate with a single peer. Allows for only a -- single connect or a single bind. There's no message routing--- or message filtering involved. /Compatible peer sockets/: 'P2P'.-data P2P = P2P-instance SType P2P where-    zmqSocketType = const p2p+-- or message filtering involved. /Compatible peer sockets/: 'Pair'.+data Pair = Pair+instance SType Pair where+    zmqSocketType = const pair  -- | Socket to distribute data. 'receive' function is not -- implemented for this socket type. Messages are distributed in@@ -172,13 +172,6 @@ --     of the pipe. --     /Default/: 0 -----     [@LowWM@] Low watermark makes sense only if high watermark is---     defined (i.e. is non-zero).  When the emergency state is---     reached when messages overflow the pipe, the emergency lasts---     at most till the size of the pipe decreases to low watermark.---     Normal state is resumed at that point.---     /Default/: 0--- --     [@Swap@] Swap allows the pipe to exceed high watermark. However, --     the data are written to the disk rather than held in the memory. --     Until high watermark is exceeded there is no disk activity involved@@ -236,7 +229,6 @@ -- data SocketOption =     HighWM      Int64  -- ^ ZMQ_HWM-  | LowWM       Int64  -- ^ ZMQ_LWM   | Swap        Int64  -- ^ ZMQ_SWAP   | Affinity    Int64  -- ^ ZMQ_AFFINITY   | Identity    String -- ^ ZMQ_IDENTITY@@ -270,12 +262,9 @@   | F Fd PollEvent  -- | Initialize a 0MQ context (cf. zmq_init for details).-init :: Size -> Size -> Bool -> IO Context-init appThreads ioThreads doPoll = do-    c <- throwErrnoIfNull "init" $-         c_zmq_init (fromIntegral appThreads)-                    (fromIntegral ioThreads)-                    (if doPoll then usePoll else 0)+init :: Size -> IO Context+init ioThreads = do+    c <- throwErrnoIfNull "init" $ c_zmq_init (fromIntegral ioThreads)     return (Context c)  -- | Terminate 0MQ context (cf. zmq_term).@@ -300,7 +289,6 @@ -- functions. setOption :: Socket a -> SocketOption -> IO () setOption s (HighWM o)      = setIntOpt s highWM o-setOption s (LowWM o)       = setIntOpt s lowWM o setOption s (Swap o)        = setIntOpt s swap o setOption s (Affinity o)    = setIntOpt s affinity o setOption s (Identity o)    = setStrOpt s identity o
src/System/ZMQ/Base.hsc view
@@ -47,9 +47,6 @@         #{poke zmq_pollitem_t, events} p e         #{poke zmq_pollitem_t, revents} p re -usePoll :: CInt-usePoll = #const ZMQ_POLL- type ZMQMsgPtr  = Ptr ZMQMsg type ZMQCtx     = Ptr () type ZMQSocket  = Ptr ()@@ -60,7 +57,7 @@ newtype ZMQSocketType = ZMQSocketType { typeVal :: CInt } deriving (Eq, Ord)  #{enum ZMQSocketType, ZMQSocketType,-    p2p        = ZMQ_P2P,+    pair       = ZMQ_PAIR,     pub        = ZMQ_PUB,     sub        = ZMQ_SUB,     request    = ZMQ_REQ,@@ -75,7 +72,6 @@  #{enum ZMQOption, ZMQOption,     highWM      = ZMQ_HWM,-    lowWM       = ZMQ_LWM,     swap        = ZMQ_SWAP,     affinity    = ZMQ_AFFINITY,     identity    = ZMQ_IDENTITY,@@ -105,7 +101,7 @@ -- general initialization  foreign import ccall unsafe "zmq.h zmq_init"-    c_zmq_init :: CInt -> CInt -> CInt -> IO ZMQCtx+    c_zmq_init :: CInt -> IO ZMQCtx  foreign import ccall unsafe "zmq.h zmq_term"     c_zmq_term :: ZMQCtx -> IO CInt
test/display.hs view
@@ -12,7 +12,7 @@         hPutStrLn stderr "usage: display <address>"         exitFailure     let addr = head args-    c <- ZMQ.init 1 1 False+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Sub     ZMQ.subscribe s ""     ZMQ.connect s addr
test/perf/local_lat.hs view
@@ -14,7 +14,7 @@     let bindTo = args !! 0         size   = read $ args !! 1         rounds = read $ args !! 2-    c <- ZMQ.init 1 1 False+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Rep     ZMQ.bind s bindTo     loop s rounds size
test/perf/local_thr.hs view
@@ -16,7 +16,7 @@     let bindTo = args !! 0         size   = read $ args !! 1 :: Int         count  = read $ args !! 2 :: Int-    c <- ZMQ.init 1 1 False+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Sub     ZMQ.subscribe s ""     ZMQ.bind s bindTo
test/perf/remote_lat.hs view
@@ -16,7 +16,7 @@         size    = read $ args !! 1         rounds  = read $ args !! 2         message = SB.replicate size 0x65-    c <- ZMQ.init 1 1 False+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Req     ZMQ.connect s connTo     start <- getCurrentTime
test/perf/remote_thr.hs view
@@ -16,7 +16,7 @@         size    = read $ args !! 1         count   = read $ args !! 2         message = SB.replicate size 0x65-    c <- ZMQ.init 1 1 False+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Pub     ZMQ.connect s connTo     replicateM_ count $ ZMQ.send s message []
test/poll.hs view
@@ -12,7 +12,7 @@     when (length args /= 1) $ do         hPutStrLn stderr usage         exitFailure-    c <- ZMQ.init 1 1 True+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Rep     let bindTo = head args         toPoll = [ZMQ.S s ZMQ.In]
test/prompt.hs view
@@ -16,7 +16,7 @@         exitFailure     let addr = args !! 0         name = SB.append (SB.fromString $ args !! 1) ": "-    c <- ZMQ.init 1 1 False+    c <- ZMQ.init 1     s <- ZMQ.socket c ZMQ.Pub     ZMQ.connect s addr     forever $ do
zeromq-haskell.cabal view
@@ -1,5 +1,5 @@ name:               zeromq-haskell-version:            0.2.2+version:            0.3 synopsis:           bindings to zeromq  description:        Bindings to zeromq (http://zeromq.org) category:           System, FFI