#include <string.h>
#include <limits.h>
#include "crypt/brg_endian.h"
#include "crypt/brg_types.h"

Macros
#define	UNIT_BITS 8

#define	USE_INLINING

#define	mh_decl static

#define	UI8_PTR(x) UPTR_CAST(x, 8)

#define	UI16_PTR(x) UPTR_CAST(x, 16)

#define	UI32_PTR(x) UPTR_CAST(x, 32)

#define	UI64_PTR(x) UPTR_CAST(x, 64)

#define	UNIT_PTR(x) UPTR_CAST(x, UNIT_BITS)

#define	UI8_VAL(x) UNIT_CAST(x, 8)

#define	UI16_VAL(x) UNIT_CAST(x, 16)

#define	UI32_VAL(x) UNIT_CAST(x, 32)

#define	UI64_VAL(x) UNIT_CAST(x, 64)

#define	UNIT_VAL(x) UNIT_CAST(x, UNIT_BITS)

#define	BUF_INC (UNIT_BITS >> 3)

#define	BUF_ADRMASK ((UNIT_BITS >> 3) - 1)

#define	rep2_u2(f, r, x) f( 0,r,x); f( 1,r,x)

#define	rep2_u4(f, r, x) f( 0,r,x); f( 1,r,x); f( 2,r,x); f( 3,r,x)

#define	rep2_u16(f, r, x)

#define	rep2_d2(f, r, x) f( 1,r,x); f( 0,r,x)

#define	rep2_d4(f, r, x) f( 3,r,x); f( 2,r,x); f( 1,r,x); f( 0,r,x)

#define	rep2_d16(f, r, x)

#define	rep3_u2(f, r, x, y, c) f( 0,r,x,y,c); f( 1,r,x,y,c)

#define	rep3_u4(f, r, x, y, c) f( 0,r,x,y,c); f( 1,r,x,y,c); f( 2,r,x,y,c); f( 3,r,x,y,c)

#define	rep3_u16(f, r, x, y, c)

#define	rep3_d2(f, r, x, y, c) f( 1,r,x,y,c); f( 0,r,x,y,c)

#define	rep3_d4(f, r, x, y, c) f( 3,r,x,y,c); f( 2,r,x,y,c); f( 1,r,x,y,c); f( 0,r,x,y,c)

#define	rep3_d16(f, r, x, y, c)

#define	f_copy(n, p, q) p[n] = q[n]

#define	f_xor(n, r, p, q, c) r[n] = c(p[n] ^ q[n])

#define	uint_16t_to_le(x) (x) = bswap_16((x))

#define	uint_32t_to_le(x) (x) = bswap_32((x))

#define	uint_64t_to_le(x) (x) = bswap_64((x))

#define	uint_16t_to_be(x)

#define	uint_32t_to_be(x)

#define	uint_64t_to_be(x)

Typedefs
typedef void(*	xor_function )(void r, const void p, const void *q)

Functions
mh_decl uint_32t	rotl32 (uint_32t x, int n)

mh_decl uint_32t	rotr32 (uint_32t x, int n)

mh_decl uint_16t	bswap_16 (uint_16t x)

mh_decl uint_32t	bswap_32 (uint_32t x)

mh_decl void	copy_block (void p, const void q)

mh_decl void	copy_block_aligned (void p, const void q)

mh_decl void	xor_block (void r, const void p, const void *q)

mh_decl void	xor_block_aligned (void r, const void p, const void *q)

mh_decl void	bswap32_block (void d, const void s)

mh_decl void	bswap64_block (void d, const void s)

mh_decl void	bswap128_block (void d, const void s)

Macro Definition Documentation

#define BUF_ADRMASK ((UNIT_BITS >> 3) - 1)

Definition at line 121 of file mode_hdr.h.

#define BUF_INC (UNIT_BITS >> 3)

Definition at line 120 of file mode_hdr.h.

#define f_copy	(	n,
		p,
		q
	)	p[n] = q[n]

Definition at line 213 of file mode_hdr.h.

#define f_xor	(	n,
		r,
		p,
		q,
		c
	)	r[n] = c(p[n] ^ q[n])

Definition at line 214 of file mode_hdr.h.

#define mh_decl static

Definition at line 100 of file mode_hdr.h.

#define rep2_d16	(	f,
		r,
		x
	)

Value:

f(15,r,x); f(14,r,x); f(13,r,x); f(12,r,x); \
                          f(11,r,x); f(10,r,x); f( 9,r,x); f( 8,r,x); \
                          f( 7,r,x); f( 6,r,x); f( 5,r,x); f( 4,r,x); \
                          f( 3,r,x); f( 2,r,x); f( 1,r,x); f( 0,r,x)

Definition at line 132 of file mode_hdr.h.

#define rep2_d2	(	f,
		r,
		x
	)	f( 1,r,x); f( 0,r,x)

Definition at line 130 of file mode_hdr.h.

#define rep2_d4	(	f,
		r,
		x
	)	f( 3,r,x); f( 2,r,x); f( 1,r,x); f( 0,r,x)

Definition at line 131 of file mode_hdr.h.

#define rep2_u16	(	f,
		r,
		x
	)

Value:

f( 0,r,x); f( 1,r,x); f( 2,r,x); f( 3,r,x); \
                          f( 4,r,x); f( 5,r,x); f( 6,r,x); f( 7,r,x); \
                          f( 8,r,x); f( 9,r,x); f(10,r,x); f(11,r,x); \
                          f(12,r,x); f(13,r,x); f(14,r,x); f(15,r,x)

Definition at line 125 of file mode_hdr.h.

#define rep2_u2	(	f,
		r,
		x
	)	f( 0,r,x); f( 1,r,x)

Definition at line 123 of file mode_hdr.h.

#define rep2_u4	(	f,
		r,
		x
	)	f( 0,r,x); f( 1,r,x); f( 2,r,x); f( 3,r,x)

Definition at line 124 of file mode_hdr.h.

#define rep3_d16	(	f,
		r,
		x,
		y,
		c
	)

Value:

f(15,r,x,y,c); f(14,r,x,y,c); f(13,r,x,y,c); f(12,r,x,y,c); \
                            f(11,r,x,y,c); f(10,r,x,y,c); f( 9,r,x,y,c); f( 8,r,x,y,c); \
                            f( 7,r,x,y,c); f( 6,r,x,y,c); f( 5,r,x,y,c); f( 4,r,x,y,c); \
                            f( 3,r,x,y,c); f( 2,r,x,y,c); f( 1,r,x,y,c); f( 0,r,x,y,c)

Definition at line 146 of file mode_hdr.h.

#define rep3_d2	(	f,
		r,
		x,
		y,
		c
	)	f( 1,r,x,y,c); f( 0,r,x,y,c)

Definition at line 144 of file mode_hdr.h.

#define rep3_d4	(	f,
		r,
		x,
		y,
		c
	)	f( 3,r,x,y,c); f( 2,r,x,y,c); f( 1,r,x,y,c); f( 0,r,x,y,c)

Definition at line 145 of file mode_hdr.h.

#define rep3_u16	(	f,
		r,
		x,
		y,
		c
	)

Value:

f( 0,r,x,y,c); f( 1,r,x,y,c); f( 2,r,x,y,c); f( 3,r,x,y,c); \
                            f( 4,r,x,y,c); f( 5,r,x,y,c); f( 6,r,x,y,c); f( 7,r,x,y,c); \
                            f( 8,r,x,y,c); f( 9,r,x,y,c); f(10,r,x,y,c); f(11,r,x,y,c); \
                            f(12,r,x,y,c); f(13,r,x,y,c); f(14,r,x,y,c); f(15,r,x,y,c)

Definition at line 139 of file mode_hdr.h.

#define rep3_u2	(	f,
		r,
		x,
		y,
		c
	)	f( 0,r,x,y,c); f( 1,r,x,y,c)

Definition at line 137 of file mode_hdr.h.

#define rep3_u4	(	f,
		r,
		x,
		y,
		c
	)	f( 0,r,x,y,c); f( 1,r,x,y,c); f( 2,r,x,y,c); f( 3,r,x,y,c)

Definition at line 138 of file mode_hdr.h.

#define UI16_PTR ( x ) UPTR_CAST(x, 16)

Definition at line 109 of file mode_hdr.h.

#define UI16_VAL ( x ) UNIT_CAST(x, 16)

Definition at line 115 of file mode_hdr.h.

#define UI32_PTR ( x ) UPTR_CAST(x, 32)

Definition at line 110 of file mode_hdr.h.

#define UI32_VAL ( x ) UNIT_CAST(x, 32)

Definition at line 116 of file mode_hdr.h.

#define UI64_PTR ( x ) UPTR_CAST(x, 64)

Definition at line 111 of file mode_hdr.h.

#define UI64_VAL ( x ) UNIT_CAST(x, 64)

Definition at line 117 of file mode_hdr.h.

#define UI8_PTR ( x ) UPTR_CAST(x, 8)

Definition at line 108 of file mode_hdr.h.

#define UI8_VAL ( x ) UNIT_CAST(x, 8)

Definition at line 114 of file mode_hdr.h.

#define uint_16t_to_be ( x )

Definition at line 319 of file mode_hdr.h.

#define uint_16t_to_le ( x ) (x) = bswap_16((x))

Definition at line 316 of file mode_hdr.h.

#define uint_32t_to_be ( x )

Definition at line 320 of file mode_hdr.h.

#define uint_32t_to_le ( x ) (x) = bswap_32((x))

Definition at line 317 of file mode_hdr.h.

#define uint_64t_to_be ( x )

Definition at line 321 of file mode_hdr.h.

#define uint_64t_to_le ( x ) (x) = bswap_64((x))

Definition at line 318 of file mode_hdr.h.

#define UNIT_BITS 8

Definition at line 49 of file mode_hdr.h.

#define UNIT_PTR ( x ) UPTR_CAST(x, UNIT_BITS)

Definition at line 112 of file mode_hdr.h.

#define UNIT_VAL ( x ) UNIT_CAST(x, UNIT_BITS)

Definition at line 118 of file mode_hdr.h.

#define USE_INLINING

Definition at line 72 of file mode_hdr.h.

Typedef Documentation

typedef void(* xor_function)(void *r, const void *p, const void *q)

Definition at line 153 of file mode_hdr.h.

Function Documentation

mh_decl void bswap128_block	(	void *	d,
		const void *	s
	)

Definition at line 290 of file mode_hdr.h.

mh_decl void bswap32_block	(	void *	d,
		const void *	s
	)

Definition at line 248 of file mode_hdr.h.

mh_decl void bswap64_block	(	void *	d,
		const void *	s
	)

Definition at line 269 of file mode_hdr.h.

mh_decl uint_16t bswap_16 ( uint_16t x )

Definition at line 188 of file mode_hdr.h.

mh_decl uint_32t bswap_32 ( uint_32t x )

Definition at line 195 of file mode_hdr.h.

mh_decl void copy_block	(	void *	p,
		const void *	q
	)

Definition at line 216 of file mode_hdr.h.

mh_decl void copy_block_aligned	(	void *	p,
		const void *	q
	)

Definition at line 221 of file mode_hdr.h.

mh_decl uint_32t rotl32	(	uint_32t	x,
		int	n
	)

Definition at line 158 of file mode_hdr.h.

mh_decl uint_32t rotr32	(	uint_32t	x,
		int	n
	)

Definition at line 165 of file mode_hdr.h.

mh_decl void xor_block	(	void *	r,
		const void *	p,
		const void *	q
	)

Definition at line 232 of file mode_hdr.h.

mh_decl void xor_block_aligned	(	void *	r,
		const void *	p,
		const void *	q
	)

Definition at line 237 of file mode_hdr.h.

Macros

Typedefs

Functions

Macro Definition Documentation

Typedef Documentation

Function Documentation