Documentation

type C'lzma_ret = CUInt #

c'LZMA_OK :: Num a => a #

c'LZMA_STREAM_END :: Num a => a #

c'LZMA_NO_CHECK :: Num a => a #

c'LZMA_UNSUPPORTED_CHECK :: Num a => a #

c'LZMA_GET_CHECK :: Num a => a #

c'LZMA_MEM_ERROR :: Num a => a #

c'LZMA_MEMLIMIT_ERROR :: Num a => a #

c'LZMA_FORMAT_ERROR :: Num a => a #

c'LZMA_OPTIONS_ERROR :: Num a => a #

c'LZMA_DATA_ERROR :: Num a => a #

c'LZMA_BUF_ERROR :: Num a => a #

c'LZMA_PROG_ERROR :: Num a => a #

type C'lzma_action = CUInt #

c'LZMA_RUN :: Num a => a #

c'LZMA_SYNC_FLUSH :: Num a => a #

c'LZMA_FULL_FLUSH :: Num a => a #

c'LZMA_FINISH :: Num a => a #

c'LZMA_TELL_NO_CHECK :: Num a => a #

c'LZMA_TELL_UNSUPPORTED_CHECK :: Num a => a #

c'LZMA_TELL_ANY_CHECK :: Num a => a #

c'LZMA_CONCATENATED :: Num a => a #

type C'lzma_check = CUInt #

c'LZMA_CHECK_NONE :: Num a => a #

c'LZMA_CHECK_CRC32 :: Num a => a #

c'LZMA_CHECK_CRC64 :: Num a => a #

c'LZMA_CHECK_SHA256 :: Num a => a #

c'LZMA_PRESET_DEFAULT :: Num a => a #

c'LZMA_PRESET_LEVEL_MASK :: Num a => a #

c'LZMA_PRESET_EXTREME :: Num a => a #

data C'lzma_stream #

c'lzma_code :: Ptr C'lzma_stream -> C'lzma_action -> IO C'lzma_ret #

c'lzma_end :: Ptr C'lzma_stream -> IO () #

c'lzma_memusage :: Ptr C'lzma_stream -> IO CULong #

p'lzma_code :: FunPtr (Ptr C'lzma_stream -> C'lzma_action -> IO C'lzma_ret) #

p'lzma_stream'next_in :: Ptr C'lzma_stream -> Ptr (Ptr CUChar) #

c'lzma_memlimit_get :: Ptr C'lzma_stream -> IO CULong #

p'lzma_end :: FunPtr (Ptr C'lzma_stream -> IO ()) #

p'lzma_memusage :: FunPtr (Ptr C'lzma_stream -> IO CULong) #

c'lzma_memlimit_set :: Ptr C'lzma_stream -> CULong -> IO C'lzma_ret #

p'lzma_stream'avail_in :: Ptr C'lzma_stream -> Ptr CSize #

p'lzma_memlimit_get :: FunPtr (Ptr C'lzma_stream -> IO CULong) #

p'lzma_memlimit_set :: FunPtr (Ptr C'lzma_stream -> CULong -> IO C'lzma_ret) #

p'lzma_stream'total_in :: Ptr C'lzma_stream -> Ptr CULong #

c'lzma_easy_encoder_memusage :: CInt -> IO CULong #

c'lzma_easy_decoder_memusage :: CInt -> IO CULong #

p'lzma_stream'next_out :: Ptr C'lzma_stream -> Ptr (Ptr CUChar) #

p'lzma_easy_encoder_memusage :: FunPtr (CInt -> IO CULong) #

c'lzma_easy_encoder :: Ptr C'lzma_stream -> CInt -> C'lzma_check -> IO C'lzma_ret #

p'lzma_easy_decoder_memusage :: FunPtr (CInt -> IO CULong) #

c'lzma_auto_decoder :: Ptr C'lzma_stream -> CULong -> CUInt -> IO C'lzma_ret #

p'lzma_stream'avail_out :: Ptr C'lzma_stream -> Ptr CSize #

p'lzma_easy_encoder :: FunPtr (Ptr C'lzma_stream -> CInt -> C'lzma_check -> IO C'lzma_ret) #

pokeNextIn :: Ptr C'lzma_stream -> Ptr a -> IO () #

p'lzma_auto_decoder :: FunPtr (Ptr C'lzma_stream -> CULong -> CUInt -> IO C'lzma_ret) #

p'lzma_stream'total_out :: Ptr C'lzma_stream -> Ptr CULong #

pokeAvailIn :: Ptr C'lzma_stream -> CSize -> IO () #

pokeNextOut :: Ptr C'lzma_stream -> Ptr a -> IO () #

pokeAvailOut :: Ptr C'lzma_stream -> CSize -> IO () #

peekNextIn :: Ptr C'lzma_stream -> IO (Ptr a) #

peekAvailIn :: Ptr C'lzma_stream -> IO CSize #

peekNextOut :: Ptr C'lzma_stream -> IO (Ptr a) #

peekAvailOut :: Ptr C'lzma_stream -> IO CSize #