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/// @file xed-operand-bitvec.h
/// @author Mark Charney <mark.charney@intel.com>

// This file was automatically generated.
// Do not edit this file.

#if !defined(_XED_OPERAND_BITVEC_H_)
# define _XED_OPERAND_BITVEC_H_
#include <xed/xed-types.h>
typedef union {
   xed_uint32_t i[4];
   struct {
     xed_uint32_t  x_AGEN : 1; /* 00:00 */
     xed_uint32_t  x_AMODE : 1; /* 00:01 */
     xed_uint32_t  x_ASZ : 1; /* 00:02 */
     xed_uint32_t  x_BASE0 : 1; /* 00:03 */
     xed_uint32_t  x_BASE1 : 1; /* 00:04 */
     xed_uint32_t  x_BRDISP_WIDTH : 1; /* 00:05 */
     xed_uint32_t  x_BRDISP0 : 1; /* 00:06 */
     xed_uint32_t  x_BRDISP1 : 1; /* 00:07 */
     xed_uint32_t  x_DEFAULT_SEG : 1; /* 00:08 */
     xed_uint32_t  x_DF64 : 1; /* 00:09 */
     xed_uint32_t  x_DISP_WIDTH : 1; /* 00:10 */
     xed_uint32_t  x_DISP0 : 1; /* 00:11 */
     xed_uint32_t  x_DISP1 : 1; /* 00:12 */
     xed_uint32_t  x_DISP2 : 1; /* 00:13 */
     xed_uint32_t  x_DISP3 : 1; /* 00:14 */
     xed_uint32_t  x_EASZ : 1; /* 00:15 */
     xed_uint32_t  x_ENCODER_PREFERRED : 1; /* 00:16 */
     xed_uint32_t  x_EOSZ : 1; /* 00:17 */
     xed_uint32_t  x_ERROR : 1; /* 00:18 */
     xed_uint32_t  x_HINT_TAKEN : 1; /* 00:19 */
     xed_uint32_t  x_HINT_NOT_TAKEN : 1; /* 00:20 */
     xed_uint32_t  x_ICLASS : 1; /* 00:21 */
     xed_uint32_t  x_IMM_WIDTH : 1; /* 00:22 */
     xed_uint32_t  x_IMM0 : 1; /* 00:23 */
     xed_uint32_t  x_IMM0SIGNED : 1; /* 00:24 */
     xed_uint32_t  x_IMM1 : 1; /* 00:25 */
     xed_uint32_t  x_INDEX : 1; /* 00:26 */
     xed_uint32_t  x_LOCK : 1; /* 00:27 */
     xed_uint32_t  x_LOCKABLE : 1; /* 00:28 */
     xed_uint32_t  x_MEM_WIDTH : 1; /* 00:29 */
     xed_uint32_t  x_MEM0 : 1; /* 00:30 */
     xed_uint32_t  x_MEM1 : 1; /* 00:31 */
     xed_uint32_t  x_MOD : 1; /* 01:00 */
     xed_uint32_t  x_MODE : 1; /* 01:01 */
     xed_uint32_t  x_MODRM : 1; /* 01:02 */
     xed_uint32_t  x_NOREX : 1; /* 01:03 */
     xed_uint32_t  x_OSZ : 1; /* 01:04 */
     xed_uint32_t  x_OUTREG : 1; /* 01:05 */
     xed_uint32_t  x_PTR : 1; /* 01:06 */
     xed_uint32_t  x_REFINING : 1; /* 01:07 */
     xed_uint32_t  x_REG : 1; /* 01:08 */
     xed_uint32_t  x_REG0 : 1; /* 01:09 */
     xed_uint32_t  x_REG1 : 1; /* 01:10 */
     xed_uint32_t  x_REG2 : 1; /* 01:11 */
     xed_uint32_t  x_REG3 : 1; /* 01:12 */
     xed_uint32_t  x_REG4 : 1; /* 01:13 */
     xed_uint32_t  x_REG5 : 1; /* 01:14 */
     xed_uint32_t  x_REG6 : 1; /* 01:15 */
     xed_uint32_t  x_REG7 : 1; /* 01:16 */
     xed_uint32_t  x_REG8 : 1; /* 01:17 */
     xed_uint32_t  x_REG9 : 1; /* 01:18 */
     xed_uint32_t  x_REG10 : 1; /* 01:19 */
     xed_uint32_t  x_REG11 : 1; /* 01:20 */
     xed_uint32_t  x_REG12 : 1; /* 01:21 */
     xed_uint32_t  x_REG13 : 1; /* 01:22 */
     xed_uint32_t  x_REG14 : 1; /* 01:23 */
     xed_uint32_t  x_REG15 : 1; /* 01:24 */
     xed_uint32_t  x_RELBR : 1; /* 01:25 */
     xed_uint32_t  x_REP : 1; /* 01:26 */
     xed_uint32_t  x_REP_ABLE : 1; /* 01:27 */
     xed_uint32_t  x_REX : 1; /* 01:28 */
     xed_uint32_t  x_REXB : 1; /* 01:29 */
     xed_uint32_t  x_REXR : 1; /* 01:30 */
     xed_uint32_t  x_REXW : 1; /* 01:31 */
     xed_uint32_t  x_REXX : 1; /* 02:00 */
     xed_uint32_t  x_RM : 1; /* 02:01 */
     xed_uint32_t  x_SCALE : 1; /* 02:02 */
     xed_uint32_t  x_SEG_OVD : 1; /* 02:03 */
     xed_uint32_t  x_SEG0 : 1; /* 02:04 */
     xed_uint32_t  x_SEG1 : 1; /* 02:05 */
     xed_uint32_t  x_SIB : 1; /* 02:06 */
     xed_uint32_t  x_SIBBASE : 1; /* 02:07 */
     xed_uint32_t  x_SIBINDEX : 1; /* 02:08 */
     xed_uint32_t  x_SIBSCALE : 1; /* 02:09 */
     xed_uint32_t  x_SMODE : 1; /* 02:10 */
     xed_uint32_t  x_UIMM00 : 1; /* 02:11 */
     xed_uint32_t  x_UIMM1 : 1; /* 02:12 */
     xed_uint32_t  x_UIMM01 : 1; /* 02:13 */
     xed_uint32_t  x_UIMM02 : 1; /* 02:14 */
     xed_uint32_t  x_UIMM03 : 1; /* 02:15 */
     xed_uint32_t  x_USING_DEFAULT_SEGMENT0 : 1; /* 02:16 */
     xed_uint32_t  x_USING_DEFAULT_SEGMENT1 : 1; /* 02:17 */
   } s;
} xed_operand_bitvec_t;
#endif