public SimpleInstrInfo_os_jcc(Code code, int codeSize, string mnemonic, InstrOpInfoFlags flags)
: base(code)
{
this.codeSize = codeSize;
this.mnemonic = mnemonic;
this.flags = flags;
}
public SimpleInstrInfo_pops(Code code, string mnemonic, string[] pseudo_ops, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic = mnemonic;
this.pseudo_ops = pseudo_ops;
this.flags = flags;
}
public SimpleInstrInfo_reg(Code code, string mnemonic, Register register, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic = mnemonic;
this.register = register;
this.flags = flags;
}
public SimpleInstrInfo_ST1(Code code, string mnemonic, InstrOpInfoFlags flags, bool isLoad)
: base(code)
{
this.mnemonic = mnemonic;
this.flags = flags;
op0Access = isLoad ? OpAccess_Write : OpAccess_ReadWrite;
}
public override void GetOpInfo(IntelFormatterOptions options, ref Instruction instr, out InstrOpInfo info)
{
var flags = this.flags;
if (instr.HasRepnePrefix)
{
flags |= InstrOpInfoFlags.BndPrefix;
}
int instrCodeSize = GetCodeSize(instr.CodeSize);
if (instrCodeSize != 0 && instrCodeSize != codeSize)
{
if (codeSize == 16)
{
flags |= InstrOpInfoFlags.OpSize16;
}
else if (codeSize == 32)
{
flags |= InstrOpInfoFlags.OpSize32;
}
else
{
flags |= InstrOpInfoFlags.OpSize64;
}
}
info = new InstrOpInfo(mnemonic, ref instr, flags);
}
public SimpleInstrInfo_nop0F1F(Code code, Register reg, string mnemonic, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic = mnemonic;
this.flags = flags;
this.reg = reg;
}
public SimpleInstrInfo_AY(Code code, string mnemonic_args, string mnemonic_no_args, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic_args = mnemonic_args;
this.mnemonic_no_args = mnemonic_no_args;
this.flags = flags;
}
public override void GetOpInfo(IntelFormatterOptions options, ref Instruction instr, out InstrOpInfo info)
{
var flags = this.flags;
if (instr.HasRepnePrefix)
{
flags |= InstrOpInfoFlags.BndPrefix;
}
info = new InstrOpInfo(mnemonic, ref instr, flags);
}
public override void GetOpInfo(IntelFormatterOptions options, ref Instruction instr, out InstrOpInfo info)
{
const InstrOpInfoFlags flags = InstrOpInfoFlags.None;
info = new InstrOpInfo(mnemonic, ref instr, flags);
if (Register.EAX <= (Register)info.Op0Register && (Register)info.Op0Register <= Register.R15D)
{
info.Op0Register = (byte)((Register)info.Op0Register - Register.EAX + Register.AX);
}
if (Register.EAX <= (Register)info.Op1Register && (Register)info.Op1Register <= Register.R15D)
{
info.Op1Register = (byte)((Register)info.Op1Register - Register.EAX + Register.AX);
}
}
public override void GetOpInfo(IntelFormatterOptions options, ref Instruction instr, out InstrOpInfo info)
{
const InstrOpInfoFlags flags = 0;
if (options.UsePseudoOps && (instr.Op0Register == Register.ST1 || instr.Op1Register == Register.ST1))
{
info = default;
info.Mnemonic = mnemonic;
}
else
{
info = new InstrOpInfo(mnemonic, ref instr, flags);
Debug.Assert(info.Op1Register == (int)Register.ST0);
Debug.Assert(InstrOpInfo.TEST_RegisterBits == 8);
info.Op1Register = (byte)Registers.Register_ST;
}
}
public InstrOpInfo(string mnemonic, ref Instruction instr, InstrOpInfoFlags flags)
{
Mnemonic = mnemonic;
Flags = flags;
OpCount = (byte)instr.OpCount;
Debug.Assert(instr.OpCount <= 4);
Op0Kind = (InstrOpKind)instr.Op0Kind;
Op1Kind = (InstrOpKind)instr.Op1Kind;
Op2Kind = (InstrOpKind)instr.Op2Kind;
Op3Kind = (InstrOpKind)instr.Op3Kind;
Debug.Assert(TEST_RegisterBits == 8);
Op0Register = (byte)instr.Op0Register;
Debug.Assert(TEST_RegisterBits == 8);
Op1Register = (byte)instr.Op1Register;
Debug.Assert(TEST_RegisterBits == 8);
Op2Register = (byte)instr.Op2Register;
Debug.Assert(TEST_RegisterBits == 8);
Op3Register = (byte)instr.Op3Register;
}
public InstrOpInfo(string mnemonic, ref Instruction instr, InstrOpInfoFlags flags)
{
Debug.Assert(DecoderConstants.MaxOpCount == 5);
Mnemonic = mnemonic;
Flags = flags;
OpCount = (byte)instr.OpCount;
Op0Kind = (InstrOpKind)instr.Op0Kind;
Op1Kind = (InstrOpKind)instr.Op1Kind;
Op2Kind = (InstrOpKind)instr.Op2Kind;
Op3Kind = (InstrOpKind)instr.Op3Kind;
Op4Kind = (InstrOpKind)instr.Op4Kind;
Debug.Assert(TEST_RegisterBits == 8);
Op0Register = (byte)instr.Op0Register;
Debug.Assert(TEST_RegisterBits == 8);
Op1Register = (byte)instr.Op1Register;
Debug.Assert(TEST_RegisterBits == 8);
Op2Register = (byte)instr.Op2Register;
Debug.Assert(TEST_RegisterBits == 8);
Op3Register = (byte)instr.Op3Register;
Debug.Assert(TEST_RegisterBits == 8);
Op4Register = (byte)instr.Op4Register;
}
public override void GetOpInfo(IntelFormatterOptions options, ref Instruction instr, out InstrOpInfo info)
{
var flags = this.flags;
int instrCodeSize = GetCodeSize(instr.CodeSize);
if (instrCodeSize != 0 && instrCodeSize != codeSize)
{
if (codeSize == 16)
{
flags |= InstrOpInfoFlags.OpSize16;
}
else if (codeSize == 32)
{
flags |= InstrOpInfoFlags.OpSize32;
}
else
{
flags |= InstrOpInfoFlags.OpSize64;
}
}
var prefixSeg = instr.SegmentPrefix;
if (prefixSeg == Register.CS)
{
flags |= InstrOpInfoFlags.IgnoreSegmentPrefix | InstrOpInfoFlags.JccNotTaken;
}
else if (prefixSeg == Register.DS)
{
flags |= InstrOpInfoFlags.IgnoreSegmentPrefix | InstrOpInfoFlags.JccTaken;
}
if (instr.HasRepnePrefix)
{
flags |= InstrOpInfoFlags.BndPrefix;
}
info = new InstrOpInfo(mnemonic, ref instr, flags);
}
static string ToString(StringBuilder sb, InstrOpInfoFlags flags)
{
sb.Clear();
if ((flags & InstrOpInfoFlags.MnemonicSuffixIfMem) != 0)
{
flags &= ~InstrOpInfoFlags.MnemonicSuffixIfMem;
Append(sb, nameof(InstrOpInfoFlags.MnemonicSuffixIfMem));
}
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.OpSizeShift))
{
case 0: break;
case InstrOpInfoFlags.OpSize16: Append(sb, nameof(InstrOpInfoFlags.OpSize16)); break;
case InstrOpInfoFlags.OpSize32: Append(sb, nameof(InstrOpInfoFlags.OpSize32)); break;
case InstrOpInfoFlags.OpSize64: Append(sb, nameof(InstrOpInfoFlags.OpSize64)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.OpSizeShift);
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.AddrSizeShift))
{
case 0: break;
case InstrOpInfoFlags.AddrSize16: Append(sb, nameof(InstrOpInfoFlags.AddrSize16)); break;
case InstrOpInfoFlags.AddrSize32: Append(sb, nameof(InstrOpInfoFlags.AddrSize32)); break;
case InstrOpInfoFlags.AddrSize64: Append(sb, nameof(InstrOpInfoFlags.AddrSize64)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.AddrSizeShift);
if ((flags & InstrOpInfoFlags.IndirectOperand) != 0)
{
flags &= ~InstrOpInfoFlags.IndirectOperand;
Append(sb, nameof(InstrOpInfoFlags.IndirectOperand));
}
if ((flags & InstrOpInfoFlags.OpSizeIsByteDirective) != 0)
{
flags &= ~InstrOpInfoFlags.OpSizeIsByteDirective;
Append(sb, nameof(InstrOpInfoFlags.OpSizeIsByteDirective));
}
if ((flags & InstrOpInfoFlags.KeepOperandOrder) != 0)
{
flags &= ~InstrOpInfoFlags.KeepOperandOrder;
Append(sb, nameof(InstrOpInfoFlags.KeepOperandOrder));
}
if ((flags & InstrOpInfoFlags.JccNotTaken) != 0)
{
flags &= ~InstrOpInfoFlags.JccNotTaken;
Append(sb, nameof(InstrOpInfoFlags.JccNotTaken));
}
if ((flags & InstrOpInfoFlags.JccTaken) != 0)
{
flags &= ~InstrOpInfoFlags.JccTaken;
Append(sb, nameof(InstrOpInfoFlags.JccTaken));
}
if ((flags & InstrOpInfoFlags.BndPrefix) != 0)
{
flags &= ~InstrOpInfoFlags.BndPrefix;
Append(sb, nameof(InstrOpInfoFlags.BndPrefix));
}
if ((flags & InstrOpInfoFlags.IgnoreIndexReg) != 0)
{
flags &= ~InstrOpInfoFlags.IgnoreIndexReg;
Append(sb, nameof(InstrOpInfoFlags.IgnoreIndexReg));
}
if ((flags & InstrOpInfoFlags.MnemonicIsDirective) != 0)
{
flags &= ~InstrOpInfoFlags.MnemonicIsDirective;
Append(sb, nameof(InstrOpInfoFlags.MnemonicIsDirective));
}
if (flags != 0)
{
throw new InvalidOperationException();
}
if (sb.Length == 0)
{
Append(sb, nameof(InstrOpInfoFlags.None));
}
return(sb.ToString());
}
public override void GetOpInfo(IntelFormatterOptions options, ref Instruction instr, out InstrOpInfo info)
{
Debug.Assert(instr.OpCount == 3);
var opKind = instr.Op0Kind;
OpKind shortFormOpKind;
switch (instr.CodeSize)
{
case CodeSize.Unknown:
shortFormOpKind = opKind;
break;
case CodeSize.Code16:
shortFormOpKind = OpKind.MemorySegDI;
break;
case CodeSize.Code32:
shortFormOpKind = OpKind.MemorySegEDI;
break;
case CodeSize.Code64:
shortFormOpKind = OpKind.MemorySegRDI;
break;
default:
throw new InvalidOperationException();
}
var flags = this.flags;
if (opKind != shortFormOpKind)
{
if (opKind == OpKind.MemorySegDI)
{
flags |= InstrOpInfoFlags.AddrSize16;
}
else if (opKind == OpKind.MemorySegEDI)
{
flags |= InstrOpInfoFlags.AddrSize32;
}
else if (opKind == OpKind.MemorySegRDI)
{
flags |= InstrOpInfoFlags.AddrSize64;
}
}
info = default;
info.Flags = flags;
info.Mnemonic = mnemonic;
info.OpCount = 2;
info.Op0Kind = (InstrOpKind)instr.Op1Kind;
info.Op0Index = 1;
Debug.Assert(InstrOpInfo.TEST_RegisterBits == 8);
info.Op0Register = (byte)instr.Op1Register;
info.Op1Kind = (InstrOpKind)instr.Op2Kind;
info.Op1Index = 2;
Debug.Assert(InstrOpInfo.TEST_RegisterBits == 8);
info.Op1Register = (byte)instr.Op2Register;
var segReg = instr.SegmentPrefix;
if (segReg != Register.None)
{
info.OpCount = 3;
info.Op2Kind = InstrOpKind.Register;
Debug.Assert(InstrOpInfo.TEST_RegisterBits == 8);
info.Op2Register = (byte)segReg;
info.Op2Index = OpAccess_Read;
}
}
public SimpleInstrInfo_maskmovq(Code code, string mnemonic, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic = mnemonic;
this.flags = flags | InstrOpInfoFlags.IgnoreSegmentPrefix;
}
public SimpleInstrInfo_ST2(Code code, string mnemonic, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic = mnemonic;
this.flags = flags;
}
static string ToString(StringBuilder sb, InstrOpInfoFlags flags)
{
sb.Clear();
if ((flags & InstrOpInfoFlags.MemSize_Nothing) != 0)
{
flags &= ~InstrOpInfoFlags.MemSize_Nothing;
Append(sb, nameof(InstrOpInfoFlags.MemSize_Nothing));
}
if ((flags & InstrOpInfoFlags.ShowNoMemSize_ForceSize) != 0)
{
flags &= ~InstrOpInfoFlags.ShowNoMemSize_ForceSize;
Append(sb, nameof(InstrOpInfoFlags.ShowNoMemSize_ForceSize));
}
if ((flags & InstrOpInfoFlags.ShowMinMemSize_ForceSize) != 0)
{
flags &= ~InstrOpInfoFlags.ShowMinMemSize_ForceSize;
Append(sb, nameof(InstrOpInfoFlags.ShowMinMemSize_ForceSize));
}
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.OpSizeShift))
{
case 0: break;
case InstrOpInfoFlags.OpSize16: Append(sb, nameof(InstrOpInfoFlags.OpSize16)); break;
case InstrOpInfoFlags.OpSize32: Append(sb, nameof(InstrOpInfoFlags.OpSize32)); break;
case InstrOpInfoFlags.OpSize64: Append(sb, nameof(InstrOpInfoFlags.OpSize64)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.OpSizeShift);
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.AddrSizeShift))
{
case 0: break;
case InstrOpInfoFlags.AddrSize16: Append(sb, nameof(InstrOpInfoFlags.AddrSize16)); break;
case InstrOpInfoFlags.AddrSize32: Append(sb, nameof(InstrOpInfoFlags.AddrSize32)); break;
case InstrOpInfoFlags.AddrSize64: Append(sb, nameof(InstrOpInfoFlags.AddrSize64)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.AddrSizeShift);
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.BranchSizeInfoMask << (int)InstrOpInfoFlags.BranchSizeInfoShift))
{
case 0: break;
case InstrOpInfoFlags.BranchSizeInfo_Short: Append(sb, nameof(InstrOpInfoFlags.BranchSizeInfo_Short)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.BranchSizeInfoMask << (int)InstrOpInfoFlags.BranchSizeInfoShift);
switch ((SignExtendInfo)(((uint)flags >> (int)InstrOpInfoFlags.SignExtendInfoShift) & (uint)InstrOpInfoFlags.SignExtendInfoMask))
{
case SignExtendInfo.None: break;
case SignExtendInfo.Sex1to2: Append(sb, nameof(SignExtendInfo.Sex1to2)); break;
case SignExtendInfo.Sex1to4: Append(sb, nameof(SignExtendInfo.Sex1to4)); break;
case SignExtendInfo.Sex1to8: Append(sb, nameof(SignExtendInfo.Sex1to8)); break;
case SignExtendInfo.Sex4to8: Append(sb, nameof(SignExtendInfo.Sex4to8)); break;
case SignExtendInfo.Sex4to8Qword: Append(sb, nameof(SignExtendInfo.Sex4to8Qword)); break;
case SignExtendInfo.Sex2: Append(sb, nameof(SignExtendInfo.Sex2)); break;
case SignExtendInfo.Sex4: Append(sb, nameof(SignExtendInfo.Sex4)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SignExtendInfoMask << (int)InstrOpInfoFlags.SignExtendInfoShift);
switch ((((uint)flags >> (int)InstrOpInfoFlags.MemorySizeInfoShift) & (uint)InstrOpInfoFlags.MemorySizeInfoMask))
{
case 0: break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.MemorySizeInfoMask << (int)InstrOpInfoFlags.MemorySizeInfoShift);
switch ((((uint)flags >> (int)InstrOpInfoFlags.FarMemorySizeInfoShift) & (uint)InstrOpInfoFlags.FarMemorySizeInfoMask))
{
case 0: break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.FarMemorySizeInfoMask << (int)InstrOpInfoFlags.FarMemorySizeInfoShift);
if ((flags & InstrOpInfoFlags.RegisterTo) != 0)
{
flags &= ~InstrOpInfoFlags.RegisterTo;
Append(sb, nameof(InstrOpInfoFlags.RegisterTo));
}
if ((flags & InstrOpInfoFlags.BndPrefix) != 0)
{
flags &= ~InstrOpInfoFlags.BndPrefix;
Append(sb, nameof(InstrOpInfoFlags.BndPrefix));
}
if ((flags & InstrOpInfoFlags.MnemonicIsDirective) != 0)
{
flags &= ~InstrOpInfoFlags.MnemonicIsDirective;
Append(sb, nameof(InstrOpInfoFlags.MnemonicIsDirective));
}
switch ((((uint)flags >> (int)InstrOpInfoFlags.MemorySizeShift) & (uint)InstrOpInfoFlags.MemorySizeMask))
{
case 0: break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.MemorySizeMask << (int)InstrOpInfoFlags.MemorySizeShift);
if (flags != 0)
{
throw new InvalidOperationException();
}
if (sb.Length == 0)
{
Append(sb, nameof(InstrOpInfoFlags.None));
}
return(sb.ToString());
}
public SimpleInstrInfo_ST1(Code code, string mnemonic, InstrOpInfoFlags flags) : this(code, mnemonic, flags, false)
{
}
public InstrOpInfo(string mnemonic, ref Instruction instr, InstrOpInfoFlags flags)
{
Debug.Assert(DecoderConstants.MaxOpCount == 5);
Mnemonic = mnemonic;
Flags = flags;
Op0Kind = (InstrOpKind)instr.Op0Kind;
Op1Kind = (InstrOpKind)instr.Op1Kind;
Op2Kind = (InstrOpKind)instr.Op2Kind;
Op3Kind = (InstrOpKind)instr.Op3Kind;
Op4Kind = (InstrOpKind)instr.Op4Kind;
Debug.Assert(TEST_RegisterBits == 8);
Op0Register = (byte)instr.Op0Register;
Debug.Assert(TEST_RegisterBits == 8);
Op1Register = (byte)instr.Op1Register;
Debug.Assert(TEST_RegisterBits == 8);
Op2Register = (byte)instr.Op2Register;
Debug.Assert(TEST_RegisterBits == 8);
Op3Register = (byte)instr.Op3Register;
Debug.Assert(TEST_RegisterBits == 8);
Op4Register = (byte)instr.Op4Register;
int opCount = instr.OpCount;
OpCount = (byte)opCount;
switch (opCount)
{
case 0:
Op0Index = InstrInfo.OpAccess_INVALID;
Op1Index = InstrInfo.OpAccess_INVALID;
Op2Index = InstrInfo.OpAccess_INVALID;
Op3Index = InstrInfo.OpAccess_INVALID;
Op4Index = InstrInfo.OpAccess_INVALID;
break;
case 1:
Op0Index = 0;
Op1Index = InstrInfo.OpAccess_INVALID;
Op2Index = InstrInfo.OpAccess_INVALID;
Op3Index = InstrInfo.OpAccess_INVALID;
Op4Index = InstrInfo.OpAccess_INVALID;
break;
case 2:
Op0Index = 0;
Op1Index = 1;
Op2Index = InstrInfo.OpAccess_INVALID;
Op3Index = InstrInfo.OpAccess_INVALID;
Op4Index = InstrInfo.OpAccess_INVALID;
break;
case 3:
Op0Index = 0;
Op1Index = 1;
Op2Index = 2;
Op3Index = InstrInfo.OpAccess_INVALID;
Op4Index = InstrInfo.OpAccess_INVALID;
break;
case 4:
Op0Index = 0;
Op1Index = 1;
Op2Index = 2;
Op3Index = 3;
Op4Index = InstrInfo.OpAccess_INVALID;
break;
case 5:
Op0Index = 0;
Op1Index = 1;
Op2Index = 2;
Op3Index = 3;
Op4Index = 4;
break;
default:
throw new InvalidOperationException();
}
}
static string ToString(StringBuilder sb, InstrOpInfoFlags flags)
{
sb.Clear();
if ((flags & InstrOpInfoFlags.MemSize_Nothing) != 0)
{
flags &= ~InstrOpInfoFlags.MemSize_Nothing;
Append(sb, nameof(InstrOpInfoFlags.MemSize_Nothing));
}
if ((flags & InstrOpInfoFlags.ShowNoMemSize_ForceSize) != 0)
{
flags &= ~InstrOpInfoFlags.ShowNoMemSize_ForceSize;
Append(sb, nameof(InstrOpInfoFlags.ShowNoMemSize_ForceSize));
}
if ((flags & InstrOpInfoFlags.ShowMinMemSize_ForceSize) != 0)
{
flags &= ~InstrOpInfoFlags.ShowMinMemSize_ForceSize;
Append(sb, nameof(InstrOpInfoFlags.ShowMinMemSize_ForceSize));
}
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.BranchSizeInfoMask << (int)InstrOpInfoFlags.BranchSizeInfoShift))
{
case 0: break;
case InstrOpInfoFlags.BranchSizeInfo_Short: Append(sb, nameof(InstrOpInfoFlags.BranchSizeInfo_Short)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.BranchSizeInfoMask << (int)InstrOpInfoFlags.BranchSizeInfoShift);
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.OpSizeShift))
{
case 0: break;
case InstrOpInfoFlags.OpSize16: Append(sb, nameof(InstrOpInfoFlags.OpSize16)); break;
case InstrOpInfoFlags.OpSize32: Append(sb, nameof(InstrOpInfoFlags.OpSize32)); break;
case InstrOpInfoFlags.OpSize64: Append(sb, nameof(InstrOpInfoFlags.OpSize64)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.OpSizeShift);
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.AddrSizeShift))
{
case 0: break;
case InstrOpInfoFlags.AddrSize16: Append(sb, nameof(InstrOpInfoFlags.AddrSize16)); break;
case InstrOpInfoFlags.AddrSize32: Append(sb, nameof(InstrOpInfoFlags.AddrSize32)); break;
case InstrOpInfoFlags.AddrSize64: Append(sb, nameof(InstrOpInfoFlags.AddrSize64)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.SizeOverrideMask << (int)InstrOpInfoFlags.AddrSizeShift);
if ((flags & InstrOpInfoFlags.IgnoreOpMask) != 0)
{
flags &= ~InstrOpInfoFlags.IgnoreOpMask;
Append(sb, nameof(InstrOpInfoFlags.IgnoreOpMask));
}
if ((flags & InstrOpInfoFlags.FarMnemonic) != 0)
{
flags &= ~InstrOpInfoFlags.FarMnemonic;
Append(sb, nameof(InstrOpInfoFlags.FarMnemonic));
}
if ((flags & InstrOpInfoFlags.JccNotTaken) != 0)
{
flags &= ~InstrOpInfoFlags.JccNotTaken;
Append(sb, nameof(InstrOpInfoFlags.JccNotTaken));
}
if ((flags & InstrOpInfoFlags.JccTaken) != 0)
{
flags &= ~InstrOpInfoFlags.JccTaken;
Append(sb, nameof(InstrOpInfoFlags.JccTaken));
}
if ((flags & InstrOpInfoFlags.BndPrefix) != 0)
{
flags &= ~InstrOpInfoFlags.BndPrefix;
Append(sb, nameof(InstrOpInfoFlags.BndPrefix));
}
if ((flags & InstrOpInfoFlags.IgnoreIndexReg) != 0)
{
flags &= ~InstrOpInfoFlags.IgnoreIndexReg;
Append(sb, nameof(InstrOpInfoFlags.IgnoreIndexReg));
}
if ((flags & InstrOpInfoFlags.IgnoreSegmentPrefix) != 0)
{
flags &= ~InstrOpInfoFlags.IgnoreSegmentPrefix;
Append(sb, nameof(InstrOpInfoFlags.IgnoreSegmentPrefix));
}
if ((flags & InstrOpInfoFlags.MnemonicIsDirective) != 0)
{
flags &= ~InstrOpInfoFlags.MnemonicIsDirective;
Append(sb, nameof(InstrOpInfoFlags.MnemonicIsDirective));
}
if (flags != 0)
{
throw new InvalidOperationException();
}
if (sb.Length == 0)
{
Append(sb, nameof(InstrOpInfoFlags.None));
}
return(sb.ToString());
}
static string ToString(StringBuilder sb, InstrOpInfoFlags flags)
{
sb.Clear();
switch (flags & (InstrOpInfoFlags)((int)InstrOpInfoFlags.MemSize_Mask << 0))
{
case 0: break;
case InstrOpInfoFlags.MemSize_Mmx: Append(sb, nameof(InstrOpInfoFlags.MemSize_Mmx)); break;
case InstrOpInfoFlags.MemSize_Normal: Append(sb, nameof(InstrOpInfoFlags.MemSize_Normal)); break;
case InstrOpInfoFlags.MemSize_Nothing: Append(sb, nameof(InstrOpInfoFlags.MemSize_Nothing)); break;
case InstrOpInfoFlags.MemSize_XmmwordPtr: Append(sb, nameof(InstrOpInfoFlags.MemSize_XmmwordPtr)); break;
case InstrOpInfoFlags.MemSize_DwordOrQword: Append(sb, nameof(InstrOpInfoFlags.MemSize_DwordOrQword)); break;
default: throw new InvalidOperationException();
}
flags &= ~(InstrOpInfoFlags)((int)InstrOpInfoFlags.MemSize_Mask << 0);
if ((flags & InstrOpInfoFlags.ShowNoMemSize_ForceSize) != 0)
{
flags &= ~InstrOpInfoFlags.ShowNoMemSize_ForceSize;
Append(sb, nameof(InstrOpInfoFlags.ShowNoMemSize_ForceSize));
}
if ((flags & InstrOpInfoFlags.ShowMinMemSize_ForceSize) != 0)
{
flags &= ~InstrOpInfoFlags.ShowMinMemSize_ForceSize;
Append(sb, nameof(InstrOpInfoFlags.ShowMinMemSize_ForceSize));
}
if ((flags & InstrOpInfoFlags.JccNotTaken) != 0)
{
flags &= ~InstrOpInfoFlags.JccNotTaken;
Append(sb, nameof(InstrOpInfoFlags.JccNotTaken));
}
if ((flags & InstrOpInfoFlags.JccTaken) != 0)
{
flags &= ~InstrOpInfoFlags.JccTaken;
Append(sb, nameof(InstrOpInfoFlags.JccTaken));
}
if ((flags & InstrOpInfoFlags.BndPrefix) != 0)
{
flags &= ~InstrOpInfoFlags.BndPrefix;
Append(sb, nameof(InstrOpInfoFlags.BndPrefix));
}
if ((flags & InstrOpInfoFlags.IgnoreIndexReg) != 0)
{
flags &= ~InstrOpInfoFlags.IgnoreIndexReg;
Append(sb, nameof(InstrOpInfoFlags.IgnoreIndexReg));
}
if ((flags & InstrOpInfoFlags.MnemonicIsDirective) != 0)
{
flags &= ~InstrOpInfoFlags.MnemonicIsDirective;
Append(sb, nameof(InstrOpInfoFlags.MnemonicIsDirective));
}
if (flags != 0)
{
throw new InvalidOperationException();
}
if (sb.Length == 0)
{
Append(sb, nameof(InstrOpInfoFlags.None));
}
return(sb.ToString());
}
public SimpleInstrInfo_mmxmem(Code code, string mnemonic, InstrOpInfoFlags flags)
: base(code)
{
this.mnemonic = mnemonic;
this.flags = flags | InstrOpInfoFlags.MemSize_Mmx;
}