out_enum.h

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// out_enums.h  (note: this is an automatically generated file - do not edit!)
// Copyright (C) 2008 Willow Schlanger
enum
{
// These have a size of 'void'.
nt_asgn,
// void is used only at the end of the table itself to terminate it
nt_void,
// These always have their size specified even if it's e.g. 'argsize0'.
nt_zx,
nt_sx,
nt_trunc,
nt_deref,
nt_stack,
//---
nt_tmp,
// quest: 1st arg is condition, 2nd and 3rd have same size as result.
nt_quest,
nt_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.
nt_add,
nt_bitand,
nt_bitnot,
nt_bitor,
nt_bitxor,
nt_cmul,
nt_neg,
nt_root,
nt_sdiv,
nt_smod,
nt_smul,
nt_sub,
nt_udiv,
nt_umod,
nt_umul,
nt__x86__begin,
nt__x86__begin_shift,
nt__x86_rcl,
nt__x86_rcr,
nt__x86_rol,
nt__x86_ror,
nt__x86_shl,
nt__x86_shld,
nt__x86_shrd,
nt__x86_sshr,
nt__x86_ushr,
nt__x86__end_shift,
nt__x86_cmov_mask,
// These have an out size of 'bit'.
nt__begin_bitops,
nt_sign,
nt_is_zero,
nt_is_nonzero,
nt_not,
nt__x86_cc,
nt__x86_parity,
nt__end_bitops,
// These have an out size of 'bit'.
nt__x86__begin_sflags,
nt_smul_overflow,
nt_umul_overflow,
nt__x86_adc_af,
nt__x86_adc_cf,
nt__x86_adc_of,
nt__x86_add_af,
nt__x86_add_cf,
nt__x86_add_of,
nt__x86_rcl_af,
nt__x86_rcl_cf,
nt__x86_rcl_of,
nt__x86_rcl_pf,
nt__x86_rcl_sf,
nt__x86_rcl_zf,
nt__x86_rcr_af,
nt__x86_rcr_cf,
nt__x86_rcr_of,
nt__x86_rcr_pf,
nt__x86_rcr_sf,
nt__x86_rcr_zf,
nt__x86_rol_af,
nt__x86_rol_cf,
nt__x86_rol_of,
nt__x86_rol_pf,
nt__x86_rol_sf,
nt__x86_rol_zf,
nt__x86_ror_af,
nt__x86_ror_cf,
nt__x86_ror_of,
nt__x86_ror_pf,
nt__x86_ror_sf,
nt__x86_ror_zf,
nt__x86_sbb_af,
nt__x86_sbb_cf,
nt__x86_sbb_of,
nt__x86_shl_af,
nt__x86_shl_cf,
nt__x86_shl_of,
nt__x86_shl_pf,
nt__x86_shl_sf,
nt__x86_shl_zf,
nt__x86_shld_af,
nt__x86_shld_cf,
nt__x86_shld_of,
nt__x86_shld_pf,
nt__x86_shld_sf,
nt__x86_shld_zf,
nt__x86_shrd_af,
nt__x86_shrd_cf,
nt__x86_shrd_of,
nt__x86_shrd_pf,
nt__x86_shrd_sf,
nt__x86_shrd_zf,
nt__x86_sshr_af,
nt__x86_sshr_cf,
nt__x86_sshr_of,
nt__x86_sshr_pf,
nt__x86_sshr_sf,
nt__x86_sshr_zf,
nt__x86_sub_af,
nt__x86_sub_cf,
nt__x86_sub_of,
nt__x86_ushr_af,
nt__x86_ushr_cf,
nt__x86_ushr_of,
nt__x86_ushr_pf,
nt__x86_ushr_sf,
nt__x86_ushr_zf,
nt__x86__end_sflags,
nt__x86__end,
//---
nt_literal,
nt__end
};
enum
{
no_void,
// undefined has a 'bit' size
no_undefined,
// ---	
no__begin_x86,
no__begin_x86_flags,
no_x86_df,
no_x86_af,
no_x86_of,
no_x86_pf,
no_x86_sf,
no_x86_zf,
no_x86_cf,
no__end_x86_flags,
// ---
no__begin_x86_regs,
no_x86_ah,
no_x86_al,
no_x86_dl,
no_x86_ax,
no_x86_dx,
no_x86_eax,
no_x86_edx,
no_x86_rax,
no_x86_rdx,
no_x86_dx_ax,
no_x86_edx_eax,
no_x86_rdx_rax,
no__end_x86_regs,
// The following are specializable.
no_x86_acc,
no_x86_acc_lo,
no_x86_dat,
no_x86_dax,
no__end_x86,
no__end
};