misctype.h File Reference

Integral type definitions. More...

#include <wfio/host.h>
#include <stddef.h>
#include <wfio/bits/endian.h>

Go to the source code of this file.

Classes
struct	wfio_undefined_t
	A structure indicating no definition. More...

Namespaces
	wfio
	The root namespace for WFIO.

Typedefs
typedef WFIO_C_BEGIN struct wfio_undefined_t	wfio_undefined_t
	A structure indicating no definition. More...
typedef enum wfio_endian_t	wfio_endian_t
	A categorization of the byte-order of multibyte integers.
typedef ::wfio_undefined_t	wfio::undefined_t
	A structure indicating no definition. More...
typedef ::wfio_endian_t	wfio::endian_t
	A categorization of the byte-order of multibyte integers. More...

Enumerations
enum	wfio_endian_t {   WFIO_ENDIAN_BIG, WFIO_ENDIAN_LIL, WFIO_ENDIAN_LIL16, WFIO_ENDIAN_BIGLIL,   WFIO_ENDIAN_X86 = WFIO_ENDIAN_LIL, WFIO_ENDIAN_PPC = WFIO_ENDIAN_BIG, WFIO_ENDIAN_JAVA = WFIO_ENDIAN_BIG, WFIO_ENDIAN_INET = WFIO_ENDIAN_BIG,   WFIO_ENDIAN_PDP = WFIO_ENDIAN_LIL16, WFIO_ENDIAN_HOST, WFIO_ENDIAN_RHOST, WFIO_ENDIAN_FLT }
	A categorization of the byte-order of multibyte integers. More...

Detailed Description

Integral type definitions.

This basic miscellaneous types.

Author

Phillip Kilgore

Since

0.0.1

Typedef Documentation

wfio_undefined_t

typedef WFIO_C_BEGIN struct wfio_undefined_t wfio_undefined_t

A structure indicating no definition.

This structure exists as a stand-in for types that cannot be defined. It is intended to facilitate

Enumeration Type Documentation

wfio_endian_t

enum wfio_endian_t

A categorization of the byte-order of multibyte integers.

Enumerator
WFIO_ENDIAN_BIG	An endian representing the least-significant byte first. This endianness places the least significant byte first and ascends to the most significant byte. For instance, the 32-bit values 0x11223344 would be represented as: char[] value = { 0x11, 0x22, 0x33, 0x44 }; This endianness is well known for being used in TCP/IP.
WFIO_ENDIAN_LIL	An endian representing the least-significant byte first. This endianness places the least significant byte first and ascends to the most significant byte. For instance, the 32-bit values 0x11223344 would be represented as: char[] value = { 0x44, 0x33, 0x22, 0x11 }; This endianness is well known for being used on the x86 architecture.
WFIO_ENDIAN_LIL16	An endian representing 16-bit words in little endian. This endian has two big-endian 16-bit words with the least- significant word first. For instance, the 32-bit values 0x11223344 would be represented as: char[] value = { 0x22, 0x11, 0x44, 0x33 }; This endianness is well known for being used on the PDP-11 architecture.
WFIO_ENDIAN_BIGLIL	An endian representing 16-bit words in little endian. This endian has two little-endian 16-bit words with the most- significant word first. For instance, the 32-bit values 0x11223344 would be represented as: char[] value = { 0x33, 0x44, 0x11, 0x22 }; This endianness is well known for being used on the PDP-11 architecture.
WFIO_ENDIAN_X86	An endian representing the byte order on an Intel x86 machine. This is synonymous with WFIO_ENDIAN_LIL.
WFIO_ENDIAN_PPC	An endian representing the byte order on a PowerPC machine. This is synonymous with WFIO_ENDIAN_BIG.
WFIO_ENDIAN_JAVA	An endian representing the byte order on the Java virtual machine. This is synonymous with WFIO_ENDIAN_BIG.
WFIO_ENDIAN_INET	An endian representing the byte order on TCP/IP networks. This is synonymous with WFIO_ENDIAN_BIG.
WFIO_ENDIAN_PDP	An endian representing the byte order on the Java virtual machine. This is synonymous with WFIO_ENDIAN_LIL16.
WFIO_ENDIAN_HOST	The endianness of this system. This endian represents the endianness of this system.
WFIO_ENDIAN_RHOST	The reverse endianness of this system. This endian represents the reverse of the endianness for this system.
WFIO_ENDIAN_FLT	The endian of floating point numbers. This endian represents the endianness of float or double.