_ _INC_SETJMPEX abort AFLAG AH ah_reg AL AL al_reg Ap append_seg att_index16 att_names16 att_names32 att_names64 att_names8 att_names8rex att_names_seg ATTRIBUTE_UNUSED ATTRIBUTE_UNUSED AX ax_reg b_mode BadOp bfd bfd_arch bfd_arch_i386 bfd_byte bfd_endian BFD_ENDIAN_BIG BFD_ENDIAN_UNKNOWN bfd_flavour bfd_mach_i386_i386 bfd_mach_i386_i386_intel_syntax bfd_mach_i386_i8086 bfd_mach_x86_64 bfd_mach_x86_64_intel_syntax bfd_signed_vma bfd_target_unknown_flavour bfd_vma BH bh_reg BIG_ENDIAN_LITTLE BL bl_reg bp_reg bx_reg bytemode CH ch_reg ckprefix CL cl_reg close_char Cm codep cond_jump_flag cond_jump_mode cs cs_reg cx_reg d_mode DFLAG DH dh_reg di_reg dis386 dis386_twobyte DL dl_reg Dm dofloat ds ds_reg DSBX DX dx_reg eAX eAX_reg Eb eBP eBP_reg eBX eBX_reg eCX eCX_reg Ed eDI eDI_reg eDX eDX_reg EM es es_reg eSI eSI_reg eSP eSP_reg Ev Ew EX FETCH_DATA fetch_data FGRPd9_2 FGRPd9_4 FGRPd9_5 FGRPd9_6 FGRPd9_7 FGRPda_5 FGRPdb_4 FGRPde_3 FGRPdf_4 fgrps FLOAT float_mem float_reg FLOATCODE fs fs_reg FWAIT_OPCODE Gb Gd GRP10 GRP11 GRP12 GRP13 GRP14 GRP1b GRP1S GRP1Ss GRP2b GRP2b_cl GRP2b_one GRP2S GRP2S_cl GRP2S_one GRP3b GRP3S GRP4 GRP5 GRP6 GRP7 GRP8 GRP9 GRPAMD grps gs gs_reg Gv Gw Ib index16 indir_dx_reg indirDX indirEb indirEv insn_codep intel_index16 intel_names16 intel_names32 intel_names64 intel_names8 intel_names8rex intel_names_seg intel_syntax INTERNAL_DISASSEMBLER_ERROR Iq Iv Iv64 Iw Jb Jv KdbpDisassemble KdbpGetInstLength KdbpMemoryError KdbpNopPrintAddress KdbpNopPrintDisasm KdbpPrintAddressInCode KdbpPrintDisasm KdbpReadMemory loop_jcxz_flag loop_jcxz_mode M m_mode Ma MAXLEN mod mode_64bit MODRM_CHECK Mp MS MX names16 names32 names64 names8 names8rex names_seg NDEBUG need_modrm None oappend Ob Ob64 obuf obufp onebyte_has_modrm op1out op2out op3out OP_3DNowSuffix op_ad op_address op_index OP_indirE op_riprel OP_SIMD_Suffix open_char OPSIMD OPSUF Ov Ov64 PARAMS PARAMS PARAMS PARAMS PARAMS PARAMS PARAMS PARAMS PARAMS PARAMS PARAMS PREFIX_ADDR PREFIX_CS PREFIX_DATA PREFIX_DS PREFIX_ES PREFIX_FS PREFIX_FWAIT PREFIX_GS PREFIX_LOCK prefix_name PREFIX_REPNZ PREFIX_REPZ PREFIX_SS prefix_user_table prefixes PREGRP0 PREGRP1 PREGRP10 PREGRP11 PREGRP12 PREGRP13 PREGRP14 PREGRP15 PREGRP16 PREGRP17 PREGRP18 PREGRP19 PREGRP2 PREGRP20 PREGRP21 PREGRP22 PREGRP23 PREGRP24 PREGRP25 PREGRP26 PREGRP3 PREGRP4 PREGRP5 PREGRP6 PREGRP7 PREGRP8 PREGRP9 print_insn print_insn_i386 print_insn_i386_att print_insn_i386_intel print_operand_value PTR q_mode rAX_reg rBP_reg rBX_reg rCX_reg Rd rDI_reg rDX_reg reg return rex REX_EXTX REX_EXTY REX_EXTZ REX_MODE64 rex_used riprel Rm rm RMAH RMAL RMAL RMAX RMBH RMBL RMCH RMCL RMDH RMDL RMDX RMeAX RMeBP RMeBX RMeCX RMeDI RMeDX RMeSI RMeSP RMrAX RMrBP RMrBX RMrCX RMrDI RMrDX RMrSI RMrSP rSI_reg rSP_reg scale_char scratchbuf separator_char si_reg sIb simd_cmp_op SIMD_Fixup sizeflag sp_reg sprintf sprintf_vma ss ss_reg ST start_codep start_pc STi SUFFIX_ALWAYS Sw Td the_info twobyte_has_modrm twobyte_uses_SSE_prefix UNIXWARE_COMPAT USE_GROUPS USE_PREFIX_USER_TABLE used_prefixes USED_REX v_mode w_mode X86_64_0 X86_64_SPECIAL x86_64_table x_mode Xb XM XS Xv XX Yb Yv

static void OP_3DNowSuffix ( bytemode  , sizeflag    ) [static] Definition at line 4197 of file i386-dis.c. { const char *mnemonic; FETCH_DATA (the_info, codep + 1); /* AMD 3DNow! instructions are specified by an opcode suffix in the place where an 8-bit immediate would normally go. ie. the last byte of the instruction. */ obufp = obuf + strlen (obuf); mnemonic = Suffix3DNow[*codep++ & 0xff]; if (mnemonic) oappend (mnemonic); else { /* Since a variable sized modrm/sib chunk is between the start of the opcode (0x0f0f) and the opcode suffix, we need to do all the modrm processing first, and don't know until now that we have a bad opcode. This necessitates some cleaning up. */ op1out[0] = '\0'; op2out[0] = '\0'; BadOp (); } }