haskus-binary-1.5: Haskus binary format manipulation

Safe Haskell	None
Language	Haskell2010

Haskus.Binary.Serialize.Get

Description

Binary deserialization of Haskell values

Synopsis

class Monad m => GetMonad m where
- getWord8 :: m Word8
- getWord16 :: m Word16
- getWord32 :: m Word32
- getWord64 :: m Word64
- getWord8s :: Word -> m [Word8]
- getWord16s :: Word -> m [Word16]
- getWord32s :: Word -> m [Word32]
- getWord64s :: Word -> m [Word64]
- getBuffer :: Word -> m BufferI
- getBufferInto :: Word -> Buffer Mutable pin gc heap -> Maybe Word -> m ()
- getSkipBytes :: Word -> m ()
getFloat32 :: GetMonad m => m Float32
getFloat32LE :: GetMonad m => m Float32
getFloat32BE :: GetMonad m => m Float32
getFloat64 :: GetMonad m => m Float64
getFloat64LE :: GetMonad m => m Float64
getFloat64BE :: GetMonad m => m Float64
getWord16BE :: GetMonad m => m Word16
getWord32BE :: GetMonad m => m Word32
getWord64BE :: GetMonad m => m Word64
getWord16LE :: GetMonad m => m Word16
getWord32LE :: GetMonad m => m Word32
getWord64LE :: GetMonad m => m Word64
getWord16BEs :: GetMonad m => Word -> m [Word16]
getWord32BEs :: GetMonad m => Word -> m [Word32]
getWord64BEs :: GetMonad m => Word -> m [Word64]
getWord16LEs :: GetMonad m => Word -> m [Word16]
getWord32LEs :: GetMonad m => Word -> m [Word32]
getWord64LEs :: GetMonad m => Word -> m [Word64]

Documentation

class Monad m => GetMonad m where Source #

Monad which can read a sequence of bytes

Minimal complete definition

getWord8, getWord16, getWord32, getWord64, getBufferInto, getSkipBytes

Methods

getWord8 :: m Word8 Source #

Read a Word8

getWord16 :: m Word16 Source #

Read a Word16 with host endianness

getWord32 :: m Word32 Source #

Read a Word32 with host endianness

getWord64 :: m Word64 Source #

Read a Word64 with host endianness

getWord8s :: Word -> m [Word8] Source #

Read some Word8

getWord16s :: Word -> m [Word16] Source #

Read some Word16 with host endianness

getWord32s :: Word -> m [Word32] Source #

Read some Word32 with host endianness

getWord64s :: Word -> m [Word64] Source #

Read some Word64 with host endianness

getBuffer :: Word -> m BufferI Source #

Read the given amount of bytes into a new buffer

getBufferInto :: Word -> Buffer Mutable pin gc heap -> Maybe Word -> m () Source #

Read the given amount of bytes into the specified buffer at the optionally specified offset

getSkipBytes :: Word -> m () Source #

Skip the given amount of bytes

Instances

MonadIO m => GetMonad (FileGetT m) Source #
Instance details Defined in Haskus.Binary.Serialize.File Methods getWord8 :: FileGetT m Word8 Source # getWord16 :: FileGetT m Word16 Source # getWord32 :: FileGetT m Word32 Source # getWord64 :: FileGetT m Word64 Source # getWord8s :: Word -> FileGetT m [Word8] Source # getWord16s :: Word -> FileGetT m [Word16] Source # getWord32s :: Word -> FileGetT m [Word32] Source # getWord64s :: Word -> FileGetT m [Word64] Source # getBuffer :: Word -> FileGetT m BufferI Source # getBufferInto :: Word -> Buffer Mutable pin gc heap -> Maybe Word -> FileGetT m () Source # getSkipBytes :: Word -> FileGetT m () Source #
MonadIO m => GetMonad (BufferGetT (Buffer mut pin gc heap) m) Source #
Instance details Defined in Haskus.Binary.Serialize.Buffer Methods getWord8 :: BufferGetT (Buffer mut pin gc heap) m Word8 Source # getWord16 :: BufferGetT (Buffer mut pin gc heap) m Word16 Source # getWord32 :: BufferGetT (Buffer mut pin gc heap) m Word32 Source # getWord64 :: BufferGetT (Buffer mut pin gc heap) m Word64 Source # getWord8s :: Word -> BufferGetT (Buffer mut pin gc heap) m [Word8] Source # getWord16s :: Word -> BufferGetT (Buffer mut pin gc heap) m [Word16] Source # getWord32s :: Word -> BufferGetT (Buffer mut pin gc heap) m [Word32] Source # getWord64s :: Word -> BufferGetT (Buffer mut pin gc heap) m [Word64] Source # getBuffer :: Word -> BufferGetT (Buffer mut pin gc heap) m BufferI Source # getBufferInto :: Word -> Buffer Mutable pin0 gc0 heap0 -> Maybe Word -> BufferGetT (Buffer mut pin gc heap) m () Source # getSkipBytes :: Word -> BufferGetT (Buffer mut pin gc heap) m () Source #

getFloat32 :: GetMonad m => m Float32 Source #

Get a Float32 with host order

getFloat32LE :: GetMonad m => m Float32 Source #

Get a Float32 with little-endian order

getFloat32BE :: GetMonad m => m Float32 Source #

Get a Float32 with big-endian order

getFloat64 :: GetMonad m => m Float64 Source #

Get a Float64 with host order

getFloat64LE :: GetMonad m => m Float64 Source #

Get a Float64 with little-endian order

getFloat64BE :: GetMonad m => m Float64 Source #

Get a Float64 with big-endian order

getWord16BE :: GetMonad m => m Word16 Source #

Read a Word16 with big-endian order

getWord32BE :: GetMonad m => m Word32 Source #

Read a Word32 with big-endian order

getWord64BE :: GetMonad m => m Word64 Source #

Read a Word64 with big-endian order

getWord16LE :: GetMonad m => m Word16 Source #

Read a Word16 with little-endian order

getWord32LE :: GetMonad m => m Word32 Source #

Read a Word32 with little-endian order

getWord64LE :: GetMonad m => m Word64 Source #

Read a Word64 with little-endian order

getWord16BEs :: GetMonad m => Word -> m [Word16] Source #

Read some Word16 with big-endian order

getWord32BEs :: GetMonad m => Word -> m [Word32] Source #

Read some Word32 with big-endian order

getWord64BEs :: GetMonad m => Word -> m [Word64] Source #

Read some Word64 with big-endian order

getWord16LEs :: GetMonad m => Word -> m [Word16] Source #

Read some Word16 with little-endian order

getWord32LEs :: GetMonad m => Word -> m [Word32] Source #

Read some Word32 with little-endian order

getWord64LEs :: GetMonad m => Word -> m [Word64] Source #

Read some Word64 with little-endian order