Data.Bytes.Parser.LittleEndian

Little-endian fixed-width numbers.

One

Unsigned

word8 :: e -> Parser e s Word8

Unsigned 8-bit word.

word16 :: e -> Parser e s Word16

Unsigned 16-bit word.

word32 :: e -> Parser e s Word32

Unsigned 32-bit word.

word64 :: e -> Parser e s Word64

Unsigned 64-bit word.

word128 :: e -> Parser e s Word128

Unsigned 128-bit word.

Signed

int8 :: e -> Parser e s Int8

Signed 8-bit integer.

int16 :: e -> Parser e s Int16

Signed 16-bit integer.

int32 :: e -> Parser e s Int32

Signed 32-bit integer.

int64 :: e -> Parser e s Int64

Signed 64-bit integer.

Many

Unsigned

word16Array

Arguments

:: e

Error message if not enough bytes are present

-> Int

Number of little-endian 16-bit words to expect

-> Parser e s (PrimArray Word16)

Native-endian elements

Array of little-endian unsigned 16-bit words. If the host is little-endian, the implementation is optimized to simply memcpy bytes into the result array. The result array always has elements in native-endian byte order.

word32Array

Arguments

:: e

Error message if not enough bytes are present

-> Int

Number of little-endian 32-bit words to consume

-> Parser e s (PrimArray Word32)

Native-endian elements

Parse an array of little-endian unsigned 32-bit words.

word64Array

Arguments

:: e

Error message if not enough bytes are present

-> Int

Number of little-endian 64-bit words to consume

-> Parser e s (PrimArray Word64)

Native-endian elements

Parse an array of little-endian unsigned 64-bit words.

word128Array

Arguments

:: e

Error message if not enough bytes are present

-> Int

Number of little-endian 128-bit words to consume

-> Parser e s (PrimArray Word128)

Native-endian elements

Parse an array of little-endian unsigned 128-bit words.

Unsigned

int64Array

Arguments

:: e

Error message if not enough bytes are present

-> Int

Number of little-endian 64-bit words to expect

-> Parser e s (PrimArray Int64)

Native-endian elements

Parse an array of little-endian signed 64-bit words.