public static void AddComments(GenTypes genTypes, string unitTestDir)
{
var removed = genTypes.GetObject <HashSet <EnumValue> >(TypeIds.RemovedCodeValues).Select(a => a.RawName).ToHashSet();
var docs = new Dictionary <string, string>(StringComparer.Ordinal);
bool checkedIt = false;
const char sepChar = '|';
var defs = genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs;
var toInstrInfo = defs.ToDictionary(a => a.OpCodeInfo.Code.RawName, a => a.InstrInfo, StringComparer.Ordinal);
var toOpCodeInfo = defs.ToDictionary(a => a.OpCodeInfo.Code.RawName, a => a.OpCodeInfo, StringComparer.Ordinal);
var sb = new StringBuilder();
foreach (var line in File.ReadLines(Path.Combine(unitTestDir, "Encoder", "OpCodeInfos.txt")))
{
if (line.Length == 0 || line[0] == '#')
{
continue;
}
var parts = line.Split(',');
if (parts.Length != 8)
{
throw new InvalidOperationException("Invalid file");
}
var name = parts[0].Trim();
if (removed.Contains(name))
{
continue;
}
var opCodeStr = parts[5].Trim();
var instructionStr = parts[6].Trim();
if (name == "Add_rm8_r8")
{
// Verify that we read the correct columns, in case someone reorders them...
if (opCodeStr != "00 /r" || instructionStr != $"ADD r/m8{sepChar} r8")
{
throw new InvalidOperationException("Wrong columns!");
}
checkedIt = true;
}
instructionStr = instructionStr.Replace(sepChar, ',');
var docStr = $"#(c:{instructionStr})##(p:)##(c:{opCodeStr})##(p:)##(c:{GetCpuid(toInstrInfo[name])})##(p:)##(c:{GetMode(sb, toOpCodeInfo[name])})#";
docs.Add(name, docStr);
}
if (!checkedIt)
{
throw new InvalidOperationException();
}
foreach (var enumValue in genTypes[TypeIds.Code].Values)
{
if (!string.IsNullOrEmpty(enumValue.Documentation))
{
continue;
}
if (!docs.TryGetValue(enumValue.RawName, out var doc))
{
throw new InvalidOperationException($"Couldn't find enum {enumValue.RawName}");
}
enumValue.Documentation = doc;
}
}
public void Generate()
{
var icedConstants = genTypes.GetConstantsType(TypeIds.IcedConstants);
var defs = genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs;
const string ClassName = "MnemonicUtilsData";
var mnemonicName = genTypes[TypeIds.Mnemonic].Name(idConverter);
using (var writer = new FileWriter(TargetLanguage.CSharp, FileUtils.OpenWrite(CSharpConstants.GetFilename(genTypes, CSharpConstants.IcedNamespace, ClassName + ".g.cs")))) {
writer.WriteFileHeader();
writer.WriteLine($"namespace {CSharpConstants.IcedNamespace} {{");
using (writer.Indent()) {
writer.WriteLine($"static class {ClassName} {{");
using (writer.Indent()) {
writer.WriteLine($"internal static readonly ushort[] toMnemonic = new ushort[{icedConstants.Name(idConverter)}.{icedConstants[IcedConstants.GetEnumCountName(TypeIds.Code)].Name(idConverter)}] {{");
using (writer.Indent()) {
foreach (var def in defs)
{
if (def.Mnemonic.Value > ushort.MaxValue)
{
throw new InvalidOperationException();
}
writer.WriteLine($"(ushort){mnemonicName}.{def.Mnemonic.Name(idConverter)},// {def.Code.Name(idConverter)}");
}
}
writer.WriteLine("};");
}
writer.WriteLine("}");
}
writer.WriteLine("}");
}
}
void ICreatedInstructions.OnCreatedInstructions(GenTypes genTypes, HashSet <EnumValue> filteredCodeValues)
{
var defs = genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs;
infos = defs.Select(a => a.Masm).ToArray();
filtered = true;
}
public void Generate()
{
var icedConstants = genTypes.GetConstantsType(TypeIds.IcedConstants);
var defs = genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs;
const string ClassName = "InstructionOpCounts";
using (var writer = new FileWriter(TargetLanguage.CSharp, FileUtils.OpenWrite(CSharpConstants.GetFilename(genTypes, CSharpConstants.IcedNamespace, ClassName + ".g.cs")))) {
writer.WriteFileHeader();
writer.WriteLine($"namespace {CSharpConstants.IcedNamespace} {{");
using (writer.Indent()) {
writer.WriteLine($"static class {ClassName} {{");
using (writer.Indent()) {
writer.WriteLineNoIndent($"#if {CSharpConstants.HasSpanDefine}");
writer.WriteLine($"internal static System.ReadOnlySpan<byte> OpCount => new byte[{icedConstants.Name(idConverter)}.{icedConstants[IcedConstants.GetEnumCountName(TypeIds.Code)].Name(idConverter)}] {{");
writer.WriteLineNoIndent("#else");
writer.WriteLine($"internal static readonly byte[] OpCount = new byte[{icedConstants.Name(idConverter)}.{icedConstants[IcedConstants.GetEnumCountName(TypeIds.Code)].Name(idConverter)}] {{");
writer.WriteLineNoIndent("#endif");
using (writer.Indent()) {
foreach (var def in defs)
{
writer.WriteLine($"{def.OpCount},// {def.Code.Name(idConverter)}");
}
}
writer.WriteLine("};");
}
writer.WriteLine("}");
}
writer.WriteLine("}");
}
}
public void Generate()
{
var infos = genTypes.GetObject <TupleTypeTable>(TypeIds.TupleTypeTable).Data;
var filename = CSharpConstants.GetFilename(genTypes, CSharpConstants.IcedNamespace, "TupleTypeTable.cs");
var updater = new FileUpdater(TargetLanguage.CSharp, "TupleTypeTable", filename);
updater.Generate(writer => WriteTable(writer, infos));
}
public void Generate()
{
var defs = genTypes.GetObject <MemorySizeInfoTable>(TypeIds.MemorySizeInfoTable).Data;
var filename = Path.Combine(CSharpConstants.GetDirectory(genTypes, CSharpConstants.IcedNamespace), "MemorySizeExtensions.cs");
var sizeToIndex = new Dictionary <uint, uint>();
uint index = 0;
foreach (var size in defs.Select(a => a.Size).Distinct().OrderBy(a => a))
{
sizeToIndex[size] = index++;
}
const int SizeBits = 5;
const ushort IsSigned = 0x8000;
const uint SizeMask = (1U << SizeBits) - 1;
const int SizeShift = 0;
const int ElemSizeShift = SizeBits;
if (sizeToIndex.Count > SizeMask)
{
throw new InvalidOperationException();
}
new FileUpdater(TargetLanguage.CSharp, "MemorySizeInfoTable", filename).Generate(writer => {
var memSizeName = genTypes[TypeIds.MemorySize].Name(idConverter);
foreach (var def in defs)
{
byte b0 = checked ((byte)def.ElementType.Value);
ushort value = checked ((ushort)((sizeToIndex[def.Size] << SizeShift) | (sizeToIndex[def.ElementSize] << ElemSizeShift)));
if ((value & IsSigned) != 0)
{
throw new InvalidOperationException();
}
if (def.IsSigned)
{
value |= IsSigned;
}
writer.WriteLine($"0x{b0:X2}, 0x{(byte)value:X2}, 0x{(byte)(value >> 8):X2},");
}
});
new FileUpdater(TargetLanguage.CSharp, "ConstData", filename).Generate(writer => {
writer.WriteLine($"const ushort {idConverter.Constant(nameof(IsSigned))} = {IsSigned};");
writer.WriteLine($"const uint {idConverter.Constant(nameof(SizeMask))} = {SizeMask};");
writer.WriteLine($"const int {idConverter.Constant(nameof(SizeShift))} = {SizeShift};");
writer.WriteLine($"const int {idConverter.Constant(nameof(ElemSizeShift))} = {ElemSizeShift};");
writer.WriteLine("var sizes = new ushort[] {");
using (writer.Indent()) {
foreach (var size in sizeToIndex.Select(a => a.Key).OrderBy(a => a))
{
writer.WriteLine($"{size},");
}
}
writer.WriteLine("};");
});
}
public static void AddComments(GenTypes genTypes)
{
var sb = new StringBuilder();
foreach (var def in genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs)
{
var cpuidDocs = string.Join(" and ", def.CpuidFeatureStrings);
var docStr = $"#(c:{def.InstructionString})##(p:)##(c:{def.OpCodeString})##(p:)##(c:{cpuidDocs})##(p:)##(c:{GetMode(sb, def)})#";
if (!def.Code.Documentation.HasDefaultComment)
{
def.Code.Documentation = new(docStr);
}
}
}
public InstructionGroups(GenTypes genTypes, bool splitRegMem)
{
this.genTypes = genTypes;
this.splitRegMem = splitRegMem;
ignoredCodes = new HashSet <EnumValue>();
foreach (var def in genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs)
{
if ((def.Flags1 & InstructionDefFlags1.NoInstruction) != 0)
{
ignoredCodes.Add(def.Code);
}
foreach (var opKind in def.OpKindDefs)
{
switch (opKind.OperandEncoding)
{
case OperandEncoding.None:
case OperandEncoding.NearBranch:
case OperandEncoding.Xbegin:
case OperandEncoding.AbsNearBranch:
case OperandEncoding.FarBranch:
case OperandEncoding.SegRSI:
case OperandEncoding.SegRDI:
case OperandEncoding.ESRDI:
ignoredCodes.Add(def.Code);
break;
case OperandEncoding.Immediate:
case OperandEncoding.ImpliedConst:
case OperandEncoding.ImpliedRegister:
case OperandEncoding.SegRBX:
case OperandEncoding.RegImm:
case OperandEncoding.RegOpCode:
case OperandEncoding.RegModrmReg:
case OperandEncoding.RegModrmRm:
case OperandEncoding.RegMemModrmRm:
case OperandEncoding.RegVvvvv:
case OperandEncoding.MemModrmRm:
case OperandEncoding.MemOffset:
break;
default:
throw new InvalidOperationException();
}
}
}
}
public ImpliedAccessParser(GenTypes genTypes)
{
toMemorySize = CreateEnumDict(genTypes[TypeIds.MemorySize]);
uintToRegister = genTypes[TypeIds.Register].Values.ToDictionary(a => a.Value, a => a);
toRegisterImplAcc = CreateEnumDict(genTypes[TypeIds.Register], ignoreCase: true);
toRegisterDef = genTypes.GetObject <RegisterDefs>(TypeIds.RegisterDefs).Defs.ToDictionary(a => a.Register, a => a);
uint vmmFirst = IcedConstantsType.Get_VMM_first(genTypes).Value;
uint vmmLast = IcedConstantsType.Get_VMM_last(genTypes).Value;
uint vmmCount = vmmLast - vmmFirst + 1;
var tmmLast = IcedConstantsType.Get_TMM_last(genTypes);
toRegisterImplAcc.Add("tmm_last", tmmLast);
for (uint ri = 0; ri < vmmCount; ri++)
{
var reg = uintToRegister[vmmFirst + ri];
toRegisterImplAcc.Add("vmm" + ri, reg);
}
}
public InstructionGroup[] GetGroups()
{
var groups = new Dictionary <InstructionOperand[], InstructionGroup>(new OpComparer());
foreach (var def in genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs)
{
if (ignoredCodes.Contains(def.Code))
{
continue;
}
foreach (var ops in GetOperands(def.OpKindDefs))
{
if (!groups.TryGetValue(ops, out var group))
{
groups.Add(ops, group = new InstructionGroup(ops));
}
group.Defs.Add(def);
}
}
var result = groups.Values.ToArray();
Array.Sort(result, (a, b) => {
int c = a.Operands.Length - b.Operands.Length;
if (c != 0)
{
return(c);
}
for (int i = 0; i < a.Operands.Length; i++)
{
c = GetOrder(a.Operands[i]) - GetOrder(b.Operands[i]);
if (c != 0)
{
return(c);
}
}
return(0);
});
return(result);
public InstructionGroups(GenTypes genTypes)
{
this.genTypes = genTypes;
ignoredCodes = new HashSet <EnumValue>();
foreach (var def in genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs)
{
if ((def.Flags1 & InstructionDefFlags1.NoInstruction) != 0)
{
ignoredCodes.Add(def.Code);
}
foreach (var opKind in def.OpKinds)
{
switch (opKind)
{
case OpCodeOperandKind.None:
case OpCodeOperandKind.farbr2_2:
case OpCodeOperandKind.farbr4_2:
case OpCodeOperandKind.seg_rSI:
case OpCodeOperandKind.es_rDI:
case OpCodeOperandKind.seg_rDI:
case OpCodeOperandKind.br16_1:
case OpCodeOperandKind.br32_1:
case OpCodeOperandKind.br64_1:
case OpCodeOperandKind.br16_2:
case OpCodeOperandKind.br32_4:
case OpCodeOperandKind.br64_4:
case OpCodeOperandKind.xbegin_2:
case OpCodeOperandKind.xbegin_4:
case OpCodeOperandKind.brdisp_2:
case OpCodeOperandKind.brdisp_4:
ignoredCodes.Add(def.Code);
break;
}
}
}
}
public InstructionGroups(GenTypes genTypes)
{
this.genTypes = genTypes;
var encoderTypes = genTypes.GetObject <EncoderTypes>(TypeIds.EncoderTypes);
legacyToOpKind = encoderTypes.LegacyOpHandlers.ToDictionary(a => (LegacyOpKind)a.legacyOpKind.Value, a => (OpCodeOperandKind)a.opCodeOperandKind.Value);
vexToOpKind = encoderTypes.VexOpHandlers.ToDictionary(a => (VexOpKind)a.vexOpKind.Value, a => (OpCodeOperandKind)a.opCodeOperandKind.Value);
xopToOpKind = encoderTypes.XopOpHandlers.ToDictionary(a => (XopOpKind)a.xopOpKind.Value, a => (OpCodeOperandKind)a.opCodeOperandKind.Value);
evexToOpKind = encoderTypes.EvexOpHandlers.ToDictionary(a => (EvexOpKind)a.evexOpKind.Value, a => (OpCodeOperandKind)a.opCodeOperandKind.Value);
d3nowOps = new OpCodeOperandKind[] {
OpCodeOperandKind.mm_reg,
OpCodeOperandKind.mm_or_mem,
};
var code = genTypes[TypeIds.Code];
ignoredCodes = new HashSet <EnumValue> {
code[nameof(Code.INVALID)],
code[nameof(Code.DeclareByte)],
code[nameof(Code.DeclareWord)],
code[nameof(Code.DeclareDword)],
code[nameof(Code.DeclareQword)],
code[nameof(Code.Jo_rel8_16)],
code[nameof(Code.Jo_rel8_32)],
code[nameof(Code.Jo_rel8_64)],
code[nameof(Code.Jno_rel8_16)],
code[nameof(Code.Jno_rel8_32)],
code[nameof(Code.Jno_rel8_64)],
code[nameof(Code.Jb_rel8_16)],
code[nameof(Code.Jb_rel8_32)],
code[nameof(Code.Jb_rel8_64)],
code[nameof(Code.Jae_rel8_16)],
code[nameof(Code.Jae_rel8_32)],
code[nameof(Code.Jae_rel8_64)],
code[nameof(Code.Je_rel8_16)],
code[nameof(Code.Je_rel8_32)],
code[nameof(Code.Je_rel8_64)],
code[nameof(Code.Jne_rel8_16)],
code[nameof(Code.Jne_rel8_32)],
code[nameof(Code.Jne_rel8_64)],
code[nameof(Code.Jbe_rel8_16)],
code[nameof(Code.Jbe_rel8_32)],
code[nameof(Code.Jbe_rel8_64)],
code[nameof(Code.Ja_rel8_16)],
code[nameof(Code.Ja_rel8_32)],
code[nameof(Code.Ja_rel8_64)],
code[nameof(Code.Js_rel8_16)],
code[nameof(Code.Js_rel8_32)],
code[nameof(Code.Js_rel8_64)],
code[nameof(Code.Jns_rel8_16)],
code[nameof(Code.Jns_rel8_32)],
code[nameof(Code.Jns_rel8_64)],
code[nameof(Code.Jp_rel8_16)],
code[nameof(Code.Jp_rel8_32)],
code[nameof(Code.Jp_rel8_64)],
code[nameof(Code.Jnp_rel8_16)],
code[nameof(Code.Jnp_rel8_32)],
code[nameof(Code.Jnp_rel8_64)],
code[nameof(Code.Jl_rel8_16)],
code[nameof(Code.Jl_rel8_32)],
code[nameof(Code.Jl_rel8_64)],
code[nameof(Code.Jge_rel8_16)],
code[nameof(Code.Jge_rel8_32)],
code[nameof(Code.Jge_rel8_64)],
code[nameof(Code.Jle_rel8_16)],
code[nameof(Code.Jle_rel8_32)],
code[nameof(Code.Jle_rel8_64)],
code[nameof(Code.Jg_rel8_16)],
code[nameof(Code.Jg_rel8_32)],
code[nameof(Code.Jg_rel8_64)],
code[nameof(Code.Jo_rel16)],
code[nameof(Code.Jo_rel32_32)],
code[nameof(Code.Jo_rel32_64)],
code[nameof(Code.Jno_rel16)],
code[nameof(Code.Jno_rel32_32)],
code[nameof(Code.Jno_rel32_64)],
code[nameof(Code.Jb_rel16)],
code[nameof(Code.Jb_rel32_32)],
code[nameof(Code.Jb_rel32_64)],
code[nameof(Code.Jae_rel16)],
code[nameof(Code.Jae_rel32_32)],
code[nameof(Code.Jae_rel32_64)],
code[nameof(Code.Je_rel16)],
code[nameof(Code.Je_rel32_32)],
code[nameof(Code.Je_rel32_64)],
code[nameof(Code.Jne_rel16)],
code[nameof(Code.Jne_rel32_32)],
code[nameof(Code.Jne_rel32_64)],
code[nameof(Code.Jbe_rel16)],
code[nameof(Code.Jbe_rel32_32)],
code[nameof(Code.Jbe_rel32_64)],
code[nameof(Code.Ja_rel16)],
code[nameof(Code.Ja_rel32_32)],
code[nameof(Code.Ja_rel32_64)],
code[nameof(Code.Js_rel16)],
code[nameof(Code.Js_rel32_32)],
code[nameof(Code.Js_rel32_64)],
code[nameof(Code.Jns_rel16)],
code[nameof(Code.Jns_rel32_32)],
code[nameof(Code.Jns_rel32_64)],
code[nameof(Code.Jp_rel16)],
code[nameof(Code.Jp_rel32_32)],
code[nameof(Code.Jp_rel32_64)],
code[nameof(Code.Jnp_rel16)],
code[nameof(Code.Jnp_rel32_32)],
code[nameof(Code.Jnp_rel32_64)],
code[nameof(Code.Jl_rel16)],
code[nameof(Code.Jl_rel32_32)],
code[nameof(Code.Jl_rel32_64)],
code[nameof(Code.Jge_rel16)],
code[nameof(Code.Jge_rel32_32)],
code[nameof(Code.Jge_rel32_64)],
code[nameof(Code.Jle_rel16)],
code[nameof(Code.Jle_rel32_32)],
code[nameof(Code.Jle_rel32_64)],
code[nameof(Code.Jg_rel16)],
code[nameof(Code.Jg_rel32_32)],
code[nameof(Code.Jg_rel32_64)],
code[nameof(Code.Loopne_rel8_16_CX)],
code[nameof(Code.Loopne_rel8_32_CX)],
code[nameof(Code.Loopne_rel8_16_ECX)],
code[nameof(Code.Loopne_rel8_32_ECX)],
code[nameof(Code.Loopne_rel8_64_ECX)],
code[nameof(Code.Loopne_rel8_16_RCX)],
code[nameof(Code.Loopne_rel8_64_RCX)],
code[nameof(Code.Loope_rel8_16_CX)],
code[nameof(Code.Loope_rel8_32_CX)],
code[nameof(Code.Loope_rel8_16_ECX)],
code[nameof(Code.Loope_rel8_32_ECX)],
code[nameof(Code.Loope_rel8_64_ECX)],
code[nameof(Code.Loope_rel8_16_RCX)],
code[nameof(Code.Loope_rel8_64_RCX)],
code[nameof(Code.Loop_rel8_16_CX)],
code[nameof(Code.Loop_rel8_32_CX)],
code[nameof(Code.Loop_rel8_16_ECX)],
code[nameof(Code.Loop_rel8_32_ECX)],
code[nameof(Code.Loop_rel8_64_ECX)],
code[nameof(Code.Loop_rel8_16_RCX)],
code[nameof(Code.Loop_rel8_64_RCX)],
code[nameof(Code.Jcxz_rel8_16)],
code[nameof(Code.Jcxz_rel8_32)],
code[nameof(Code.Jecxz_rel8_16)],
code[nameof(Code.Jecxz_rel8_32)],
code[nameof(Code.Jecxz_rel8_64)],
code[nameof(Code.Jrcxz_rel8_16)],
code[nameof(Code.Jrcxz_rel8_64)],
code[nameof(Code.Call_rel16)],
code[nameof(Code.Call_rel32_32)],
code[nameof(Code.Call_rel32_64)],
code[nameof(Code.Jmp_rel16)],
code[nameof(Code.Jmp_rel32_32)],
code[nameof(Code.Jmp_rel32_64)],
code[nameof(Code.Jmp_rel8_16)],
code[nameof(Code.Jmp_rel8_32)],
code[nameof(Code.Jmp_rel8_64)],
code[nameof(Code.Jmpe_disp16)],
code[nameof(Code.Jmpe_disp32)],
code[nameof(Code.Call_ptr1616)],
code[nameof(Code.Call_ptr1632)],
code[nameof(Code.Jmp_ptr1616)],
code[nameof(Code.Jmp_ptr1632)],
code[nameof(Code.Xbegin_rel16)],
code[nameof(Code.Xbegin_rel32)],
code[nameof(Code.Insb_m8_DX)],
code[nameof(Code.Insw_m16_DX)],
code[nameof(Code.Insd_m32_DX)],
code[nameof(Code.Outsb_DX_m8)],
code[nameof(Code.Outsw_DX_m16)],
code[nameof(Code.Outsd_DX_m32)],
code[nameof(Code.Stosb_m8_AL)],
code[nameof(Code.Stosw_m16_AX)],
code[nameof(Code.Stosd_m32_EAX)],
code[nameof(Code.Stosq_m64_RAX)],
code[nameof(Code.Lodsb_AL_m8)],
code[nameof(Code.Lodsw_AX_m16)],
code[nameof(Code.Lodsd_EAX_m32)],
code[nameof(Code.Lodsq_RAX_m64)],
code[nameof(Code.Scasb_AL_m8)],
code[nameof(Code.Scasw_AX_m16)],
code[nameof(Code.Scasd_EAX_m32)],
code[nameof(Code.Scasq_RAX_m64)],
code[nameof(Code.Movsb_m8_m8)],
code[nameof(Code.Movsw_m16_m16)],
code[nameof(Code.Movsd_m32_m32)],
code[nameof(Code.Movsq_m64_m64)],
code[nameof(Code.Cmpsb_m8_m8)],
code[nameof(Code.Cmpsw_m16_m16)],
code[nameof(Code.Cmpsd_m32_m32)],
code[nameof(Code.Cmpsq_m64_m64)],
code[nameof(Code.Maskmovq_rDI_mm_mm)],
code[nameof(Code.Maskmovdqu_rDI_xmm_xmm)],
code[nameof(Code.VEX_Vmaskmovdqu_rDI_xmm_xmm)],
};
}
public PyiGen(GeneratorContext generatorContext)
{
genTypes = generatorContext.Types;
exportedPythonTypes = genTypes.GetObject <ExportedPythonTypes>(TypeIds.ExportedPythonTypes);
}
public void Generate()
{
var icedConstants = genTypes.GetConstantsType(TypeIds.IcedConstants);
var defs = genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs;
const string ClassName = "InstructionMemorySizes";
var memSizeName = genTypes[TypeIds.MemorySize].Name(idConverter);
using (var writer = new FileWriter(TargetLanguage.CSharp, FileUtils.OpenWrite(CSharpConstants.GetFilename(genTypes, CSharpConstants.IcedNamespace, ClassName + ".g.cs")))) {
writer.WriteFileHeader();
writer.WriteLine($"namespace {CSharpConstants.IcedNamespace} {{");
using (writer.Indent()) {
writer.WriteLine($"static class {ClassName} {{");
using (writer.Indent()) {
writer.WriteCommentLine("0 = memory size");
writer.WriteCommentLine("1 = broadcast memory size");
writer.WriteLineNoIndent($"#if {CSharpConstants.HasSpanDefine}");
writer.WriteLine($"internal static System.ReadOnlySpan<byte> Sizes => new byte[{icedConstants.Name(idConverter)}.{icedConstants[IcedConstants.GetEnumCountName(TypeIds.Code)].Name(idConverter)} * 2] {{");
writer.WriteLineNoIndent("#else");
writer.WriteLine($"internal static readonly byte[] Sizes = new byte[{icedConstants.Name(idConverter)}.{icedConstants[IcedConstants.GetEnumCountName(TypeIds.Code)].Name(idConverter)} * 2] {{");
writer.WriteLineNoIndent("#endif");
using (writer.Indent()) {
foreach (var def in defs)
{
if (def.Memory.Value > byte.MaxValue)
{
throw new InvalidOperationException();
}
string value;
if (def.Memory.Value == 0)
{
value = "0";
}
else
{
value = $"(byte){memSizeName}.{def.Memory.Name(idConverter)}";
}
writer.WriteLine($"{value},// {def.Code.Name(idConverter)}");
}
foreach (var def in defs)
{
if (def.MemoryBroadcast.Value > byte.MaxValue)
{
throw new InvalidOperationException();
}
string value;
if (def.MemoryBroadcast.Value == 0)
{
value = "0";
}
else
{
value = $"(byte){memSizeName}.{def.MemoryBroadcast.Name(idConverter)}";
}
writer.WriteLine($"{value},// {def.Code.Name(idConverter)}");
}
}
writer.WriteLine("};");
}
writer.WriteLine("}");
}
writer.WriteLine("}");
}
}
public static void AddComments(GenTypes genTypes)
{
var cpuid = genTypes[TypeIds.CpuidFeature];
var toCpuidName = cpuid.Values.ToDictionary(a => a, a => a.RawName);
toCpuidName[cpuid[nameof(CpuidFeature.INTEL8086)]] = "8086+";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL8086_ONLY)]] = "8086";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL186)]] = "186+";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL286)]] = "286+";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL286_ONLY)]] = "286";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL386)]] = "386+";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL386_ONLY)]] = "386";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL386_A0_ONLY)]] = "386 A0";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL486)]] = "486+";
toCpuidName[cpuid[nameof(CpuidFeature.INTEL486_A_ONLY)]] = "486 A";
toCpuidName[cpuid[nameof(CpuidFeature.SMM)]] = "386+";
toCpuidName[cpuid[nameof(CpuidFeature.UMOV)]] = "386/486";
toCpuidName[cpuid[nameof(CpuidFeature.MOV_TR)]] = "386/486/Cyrix/Geode";
toCpuidName[cpuid[nameof(CpuidFeature.IA64)]] = "IA-64";
toCpuidName[cpuid[nameof(CpuidFeature.FPU)]] = "8087+";
toCpuidName[cpuid[nameof(CpuidFeature.FPU287)]] = "287+";
toCpuidName[cpuid[nameof(CpuidFeature.FPU287XL_ONLY)]] = "287 XL";
toCpuidName[cpuid[nameof(CpuidFeature.FPU387)]] = "387+";
toCpuidName[cpuid[nameof(CpuidFeature.FPU387SL_ONLY)]] = "387 SL";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_D3NOW)]] = "AMD Geode GX/LX";
toCpuidName[cpuid[nameof(CpuidFeature.HLE_or_RTM)]] = "HLE or RTM";
toCpuidName[cpuid[nameof(CpuidFeature.SEV_ES)]] = "SEV-ES";
toCpuidName[cpuid[nameof(CpuidFeature.SEV_SNP)]] = "SEV-SNP";
toCpuidName[cpuid[nameof(CpuidFeature.SKINIT_or_SVM)]] = "SKINIT or SVM";
toCpuidName[cpuid[nameof(CpuidFeature.INVEPT)]] = "IA32_VMX_EPT_VPID_CAP[bit 20]";
toCpuidName[cpuid[nameof(CpuidFeature.INVVPID)]] = "IA32_VMX_EPT_VPID_CAP[bit 32]";
toCpuidName[cpuid[nameof(CpuidFeature.MULTIBYTENOP)]] = "CPUID.01H.EAX[Bits 11:8] = 0110B or 1111B";
toCpuidName[cpuid[nameof(CpuidFeature.PAUSE)]] = "Pentium 4 or later";
toCpuidName[cpuid[nameof(CpuidFeature.RDPMC)]] = "Pentium MMX or later, or Pentium Pro or later";
toCpuidName[cpuid[nameof(CpuidFeature.D3NOW)]] = "3DNOW";
toCpuidName[cpuid[nameof(CpuidFeature.D3NOWEXT)]] = "3DNOWEXT";
toCpuidName[cpuid[nameof(CpuidFeature.SSE4_1)]] = "SSE4.1";
toCpuidName[cpuid[nameof(CpuidFeature.SSE4_2)]] = "SSE4.2";
toCpuidName[cpuid[nameof(CpuidFeature.AMX_BF16)]] = "AMX-BF16";
toCpuidName[cpuid[nameof(CpuidFeature.AMX_TILE)]] = "AMX-TILE";
toCpuidName[cpuid[nameof(CpuidFeature.AMX_INT8)]] = "AMX-INT8";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_FPU)]] = "Cyrix, AMD Geode GX/LX";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_SMM)]] = "Cyrix, AMD Geode GX/LX";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_SMINT)]] = "Cyrix 6x86MX+, AMD Geode GX/LX";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_SMINT_0F7E)]] = "Cyrix 6x86 or earlier";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_SHR)]] = "Cyrix 6x86MX, M II, III";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_DDI)]] = "Cyrix MediaGX, GXm, GXLV, GX1";
toCpuidName[cpuid[nameof(CpuidFeature.CYRIX_DMI)]] = "AMD Geode GX/LX";
toCpuidName[cpuid[nameof(CpuidFeature.CENTAUR_AIS)]] = "Centaur AIS";
toCpuidName[cpuid[nameof(CpuidFeature.AVX_VNNI)]] = "AVX-VNNI";
var sb = new StringBuilder();
foreach (var def in genTypes.GetObject <InstructionDefs>(TypeIds.InstructionDefs).Defs)
{
var docStr = $"#(c:{def.InstructionString})##(p:)##(c:{def.OpCodeString})##(p:)##(c:{GetCpuid(toCpuidName, def)})##(p:)##(c:{GetMode(sb, def)})#";
if (string.IsNullOrEmpty(def.Code.Documentation))
{
def.Code.Documentation = docStr;
}
}
}