Hoogle Search
Within LTS Haskell 24.52 (ghc-9.10.3)
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smallest :: forall (k :: Type -> Type -> Type) a . (Category k, Ord a) => Machine (k a) amachines Data.Machine.Process Return the minimum value from the input
ExecutableNotProperlyInstalled :: FinalExceptionmmsyn7ukr-common Sound.Control.Exception.FinalException No documentation available.
MaybePartiallyTrimmed :: FinalExceptionmmsyn7ukr-common Sound.Control.Exception.FinalException No documentation available.
callCC :: MonadCont m => ((a -> m b) -> m a) -> m amonads-tf Control.Monad.Cont callCC (call-with-current-continuation) calls a function with the current continuation as its argument. Provides an escape continuation mechanism for use with Continuation monads. Escape continuations allow to abort the current computation and return a value immediately. They achieve a similar effect to throwError and catchError within a MonadError monad. Advantage of this function over calling return is that it makes the continuation explicit, allowing more flexibility and better control (see examples in Control.Monad.Cont). The standard idiom used with callCC is to provide a lambda-expression to name the continuation. Then calling the named continuation anywhere within its scope will escape from the computation, even if it is many layers deep within nested computations.
callCC :: MonadCont m => ((a -> m b) -> m a) -> m amonads-tf Control.Monad.Cont.Class callCC (call-with-current-continuation) calls a function with the current continuation as its argument. Provides an escape continuation mechanism for use with Continuation monads. Escape continuations allow to abort the current computation and return a value immediately. They achieve a similar effect to throwError and catchError within a MonadError monad. Advantage of this function over calling return is that it makes the continuation explicit, allowing more flexibility and better control (see examples in Control.Monad.Cont). The standard idiom used with callCC is to provide a lambda-expression to name the continuation. Then calling the named continuation anywhere within its scope will escape from the computation, even if it is many layers deep within nested computations.
iallgather :: (Buffer sb, Buffer rb) => sb -> rb -> Comm -> IO Requestmpi-hs Control.Distributed.MPI Begin to gather data from all processes and broadcast the result, and return a handle to the communication request (collective, non-blocking, MPI_Iallgather). The request must be freed by calling test, wait, or similar. The MPI datatypes are determined automatically from the buffer pointer types.
iallreduce :: (Buffer sb, Buffer rb) => sb -> rb -> Op -> Comm -> IO Requestmpi-hs Control.Distributed.MPI Begin to reduce data from all processes and broadcast the result, and return a handle to the communication request (collective, non-blocking, MPI_Iallreduce). The request must be freed by calling test, wait, or similar. The MPI datatype is determined automatically from the buffer pointer types.
ialltoall :: (Buffer sb, Buffer rb) => sb -> rb -> Comm -> IO Requestmpi-hs Control.Distributed.MPI Begin to send data from all processes to all processes, and return a handle to the communication request (collective, non-blocking, MPI_Ialltoall). The request must be freed by calling test, wait, or similar. The MPI datatypes are determined automatically from the buffer pointer types.
nvim_buf_call :: Buffer -> Int64 -> Neovim env Objectnvim-hs Neovim.API.ByteString No documentation available.
nvim_call_atomic :: Vector Object -> Neovim env (Vector Object)nvim-hs Neovim.API.ByteString No documentation available.