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1. smap :: (Structured r1 a b, Shape sh) => (a -> b) -> Array r1 sh a -> Array (TR r1) sh b

   repa	Data.Array.Repa.Operators.Mapping

   Structured map.

2. package semaphore-compat

   Cross-platform abstraction for system semaphores This package provides a cross-platform implementation of system semaphores that abstracts over the unix and Win32 libraries.

3. module System.Semaphore

   No documentation available.

4. data Semaphore

   semaphore-compat	System.Semaphore

   A system semaphore (POSIX or Win32).

5. Semaphore :: SemaphoreName -> Semaphore -> Semaphore

   semaphore-compat	System.Semaphore

   No documentation available.

6. newtype SemaphoreName

   semaphore-compat	System.Semaphore

   No documentation available.

7. SemaphoreName :: String -> SemaphoreName

   semaphore-compat	System.Semaphore

   No documentation available.

8. createSemaphore :: SemaphoreName -> Int -> IO Semaphore

   semaphore-compat	System.Semaphore

   Create a new semaphore with the given name and initial amount of available resources. Throws an error if a semaphore by this name already exists.

9. destroySemaphore :: Semaphore -> IO ()

   semaphore-compat	System.Semaphore

   Destroy the given semaphore.

10. forkWaitOnSemaphoreInterruptible :: Semaphore -> (Either SomeException Bool -> IO ()) -> IO WaitId

    semaphore-compat	System.Semaphore

    Spawn a thread that waits on the given semaphore. In this thread, asynchronous exceptions will be masked. The waiting operation can be interrupted using the interruptWaitOnSemaphore function. This implements a similar pattern to the forkFinally function.

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