This structure is filled in by the various XED ENC2 functions. More...

#include <xed-encode-direct.h>

Data Fields
xed_uint32_t	cursor

xed_uint32_t	evexaaa:3

xed_uint32_t	evexb:1

xed_uint32_t	evexll:2

xed_uint32_t	evexrr:1

xed_uint32_t	evexvv:1

xed_uint32_t	evexz:1

xed_uint32_t	has_disp16:1

xed_uint32_t	has_disp32:1

xed_uint32_t	has_disp8:1

xed_uint32_t	has_sib:1

xed_uint8_t	imm8_reg
	for "partial opcode" instructions More...

xed_uint8_t *	itext

xed_uint32_t	map:3

xed_uint32_t	mod:2

xed_uint32_t	need_rex:1

xed_uint32_t	opcode_srm:3

xed_uint32_t	reg:3

xed_uint32_t	rexb:1

xed_uint32_t	rexr:1

xed_uint32_t	rexw:1

xed_uint32_t	rexx:1

xed_uint32_t	rm:3

xed_uint32_t	sibbase:3

xed_uint32_t	sibindex:3

xed_uint32_t	sibscale:2

xed_uint32_t	vexl:1

xed_uint32_t	vexpp:3

xed_uint32_t	vvvv:4

Detailed Description

This structure is filled in by the various XED ENC2 functions.

It should not be directly manipulated by user code.

Field Documentation

◆ cursor

xed_uint32_t cursor

◆ evexaaa

xed_uint32_t evexaaa

◆ evexb

xed_uint32_t evexb

◆ evexll

xed_uint32_t evexll

◆ evexrr

xed_uint32_t evexrr

◆ evexvv

xed_uint32_t evexvv

◆ evexz

xed_uint32_t evexz

◆ has_disp16

xed_uint32_t has_disp16

◆ has_disp32

xed_uint32_t has_disp32

◆ has_disp8

xed_uint32_t has_disp8

◆ has_sib

xed_uint32_t has_sib

◆ imm8_reg

xed_uint8_t imm8_reg

for "partial opcode" instructions

◆ itext

xed_uint8_t* itext

◆ map

xed_uint32_t map

◆ mod

xed_uint32_t mod

◆ need_rex

xed_uint32_t need_rex

◆ opcode_srm

xed_uint32_t opcode_srm

◆ reg

xed_uint32_t reg

◆ rexb

xed_uint32_t rexb

◆ rexr

xed_uint32_t rexr

◆ rexw

xed_uint32_t rexw

◆ rexx

xed_uint32_t rexx

◆ rm

xed_uint32_t rm

◆ sibbase

xed_uint32_t sibbase

◆ sibindex

xed_uint32_t sibindex

◆ sibscale

xed_uint32_t sibscale

◆ vexl

xed_uint32_t vexl

◆ vexpp

xed_uint32_t vexpp

◆ vvvv

xed_uint32_t vvvv

The documentation for this struct was generated from the following file:

xed-encode-direct.h

Data Fields