in_enum.txt

当前支持 16-bit, 32-bit and 64-bit 的二进制文件

// in_enum.txt
// Copyright (C) 2008 Willow Schlanger
$nt
// These have a size of 'void'.
asgn
// void is used only at the end of the table itself to terminate it
void
// These always have their size specified even if it's e.g. 'argsize0'.
zx
sx
trunc
deref
stack
//---
tmp
// quest: 1st arg is condition, 2nd and 3rd have same size as result.
quest
arg
// These all have the same size as their non-immediate arguments which must be the same.
// They must not have only immediates as arguments--size would be unknown.
// Immediates (literals) always have a size of ns_void.
add
bitand
bitnot
bitor
bitxor
cmul
neg
root
sdiv
smod
smul
sub
udiv
umod
umul
_x86__begin
_x86__begin_shift
_x86_rcl
_x86_rcr
_x86_rol
_x86_ror
_x86_shl
_x86_shld
_x86_shrd
_x86_sshr
_x86_ushr
_x86__end_shift
_x86_cmov_mask
// These have an out size of 'bit'.
_begin_bitops
sign
is_zero
is_nonzero
not
_x86_cc
_x86_parity
_end_bitops
// These have an out size of 'bit'.
_x86__begin_sflags
smul_overflow
umul_overflow
_x86_adc_af
_x86_adc_cf
_x86_adc_of
_x86_add_af
_x86_add_cf
_x86_add_of
_x86_rcl_af
_x86_rcl_cf
_x86_rcl_of
_x86_rcl_pf
_x86_rcl_sf
_x86_rcl_zf
_x86_rcr_af
_x86_rcr_cf
_x86_rcr_of
_x86_rcr_pf
_x86_rcr_sf
_x86_rcr_zf
_x86_rol_af
_x86_rol_cf
_x86_rol_of
_x86_rol_pf
_x86_rol_sf
_x86_rol_zf
_x86_ror_af
_x86_ror_cf
_x86_ror_of
_x86_ror_pf
_x86_ror_sf
_x86_ror_zf
_x86_sbb_af
_x86_sbb_cf
_x86_sbb_of
_x86_shl_af
_x86_shl_cf
_x86_shl_of
_x86_shl_pf
_x86_shl_sf
_x86_shl_zf
_x86_shld_af
_x86_shld_cf
_x86_shld_of
_x86_shld_pf
_x86_shld_sf
_x86_shld_zf
_x86_shrd_af
_x86_shrd_cf
_x86_shrd_of
_x86_shrd_pf
_x86_shrd_sf
_x86_shrd_zf
_x86_sshr_af
_x86_sshr_cf
_x86_sshr_of
_x86_sshr_pf
_x86_sshr_sf
_x86_sshr_zf
_x86_sub_af
_x86_sub_cf
_x86_sub_of
_x86_ushr_af
_x86_ushr_cf
_x86_ushr_of
_x86_ushr_pf
_x86_ushr_sf
_x86_ushr_zf
_x86__end_sflags
_x86__end
//---
literal
$end

$no
void
// undefined has a 'bit' size
undefined
// ---	
_begin_x86
_begin_x86_flags
x86_df
x86_af
x86_of
x86_pf
x86_sf
x86_zf
x86_cf
_end_x86_flags
// ---
_begin_x86_regs
x86_ah
x86_al
x86_dl
x86_ax
x86_dx
x86_eax
x86_edx
x86_rax
x86_rdx
x86_dx_ax
x86_edx_eax
x86_rdx_rax
_end_x86_regs
// The following are specializable.
x86_acc
x86_acc_lo
x86_dat
x86_dax
_end_x86
$end