public PythonEnumsGenerator(GeneratorContext generatorContext)
: base(generatorContext.Types)
{
pythonIdConverter = PythonIdentifierConverter.Create();
rustIdConverter = RustIdentifierConverter.Create();
rustDocWriter = new Documentation.Rust.RustDocCommentWriter(rustIdConverter, ".", ".", ".", ".");
exportedPythonTypes = genTypes.GetObject <ExportedPythonTypes>(TypeIds.ExportedPythonTypes);
var dirs = generatorContext.Types.Dirs;
toFullFileInfo = new();
toFullFileInfo.Add(TypeIds.CC_a, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_a.py")));
toFullFileInfo.Add(TypeIds.CC_ae, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_ae.py")));
toFullFileInfo.Add(TypeIds.CC_b, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_b.py")));
toFullFileInfo.Add(TypeIds.CC_be, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_be.py")));
toFullFileInfo.Add(TypeIds.CC_e, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_e.py")));
toFullFileInfo.Add(TypeIds.CC_g, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_g.py")));
toFullFileInfo.Add(TypeIds.CC_ge, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_ge.py")));
toFullFileInfo.Add(TypeIds.CC_l, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_l.py")));
toFullFileInfo.Add(TypeIds.CC_le, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_le.py")));
toFullFileInfo.Add(TypeIds.CC_ne, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_ne.py")));
toFullFileInfo.Add(TypeIds.CC_np, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_np.py")));
toFullFileInfo.Add(TypeIds.CC_p, new FullEnumFileInfo(dirs.GetPythonPyFilename("CC_p.py")));
toFullFileInfo.Add(TypeIds.Code, new FullEnumFileInfo(dirs.GetPythonPyFilename("Code.py")));
toFullFileInfo.Add(TypeIds.CodeSize, new FullEnumFileInfo(dirs.GetPythonPyFilename("CodeSize.py")));
toFullFileInfo.Add(TypeIds.ConditionCode, new FullEnumFileInfo(dirs.GetPythonPyFilename("ConditionCode.py")));
toFullFileInfo.Add(TypeIds.CpuidFeature, new FullEnumFileInfo(dirs.GetPythonPyFilename("CpuidFeature.py")));
toFullFileInfo.Add(TypeIds.DecoderError, new FullEnumFileInfo(dirs.GetPythonPyFilename("DecoderError.py")));
toFullFileInfo.Add(TypeIds.DecoderOptions, new FullEnumFileInfo(dirs.GetPythonPyFilename("DecoderOptions.py")));
toFullFileInfo.Add(TypeIds.EncodingKind, new FullEnumFileInfo(dirs.GetPythonPyFilename("EncodingKind.py")));
toFullFileInfo.Add(TypeIds.FlowControl, new FullEnumFileInfo(dirs.GetPythonPyFilename("FlowControl.py")));
toFullFileInfo.Add(TypeIds.FormatMnemonicOptions, new FullEnumFileInfo(dirs.GetPythonPyFilename("FormatMnemonicOptions.py")));
toFullFileInfo.Add(TypeIds.MandatoryPrefix, new FullEnumFileInfo(dirs.GetPythonPyFilename("MandatoryPrefix.py")));
toFullFileInfo.Add(TypeIds.MemorySize, new FullEnumFileInfo(dirs.GetPythonPyFilename("MemorySize.py")));
toFullFileInfo.Add(TypeIds.MemorySizeOptions, new FullEnumFileInfo(dirs.GetPythonPyFilename("MemorySizeOptions.py")));
toFullFileInfo.Add(TypeIds.Mnemonic, new FullEnumFileInfo(dirs.GetPythonPyFilename("Mnemonic.py")));
toFullFileInfo.Add(TypeIds.OpAccess, new FullEnumFileInfo(dirs.GetPythonPyFilename("OpAccess.py")));
toFullFileInfo.Add(TypeIds.OpCodeOperandKind, new FullEnumFileInfo(dirs.GetPythonPyFilename("OpCodeOperandKind.py")));
toFullFileInfo.Add(TypeIds.MvexEHBit, new FullEnumFileInfo(dirs.GetPythonPyFilename("MvexEHBit.py")));
toFullFileInfo.Add(TypeIds.OpCodeTableKind, new FullEnumFileInfo(dirs.GetPythonPyFilename("OpCodeTableKind.py")));
toFullFileInfo.Add(TypeIds.OpKind, new FullEnumFileInfo(dirs.GetPythonPyFilename("OpKind.py")));
toFullFileInfo.Add(TypeIds.Register, new FullEnumFileInfo(dirs.GetPythonPyFilename("Register.py")));
toFullFileInfo.Add(TypeIds.RepPrefixKind, new FullEnumFileInfo(dirs.GetPythonPyFilename("RepPrefixKind.py")));
toFullFileInfo.Add(TypeIds.RflagsBits, new FullEnumFileInfo(dirs.GetPythonPyFilename("RflagsBits.py")));
toFullFileInfo.Add(TypeIds.RoundingControl, new FullEnumFileInfo(dirs.GetPythonPyFilename("RoundingControl.py")));
toFullFileInfo.Add(TypeIds.TupleType, new FullEnumFileInfo(dirs.GetPythonPyFilename("TupleType.py")));
toFullFileInfo.Add(TypeIds.FormatterSyntax, new FullEnumFileInfo(dirs.GetPythonPyFilename("FormatterSyntax.py")));
toFullFileInfo.Add(TypeIds.MvexConvFn, new FullEnumFileInfo(dirs.GetPythonPyFilename("MvexConvFn.py")));
toFullFileInfo.Add(TypeIds.MvexRegMemConv, new FullEnumFileInfo(dirs.GetPythonPyFilename("MvexRegMemConv.py")));
toFullFileInfo.Add(TypeIds.MvexTupleTypeLutKind, new FullEnumFileInfo(dirs.GetPythonPyFilename("MvexTupleTypeLutKind.py")));
toPartialFileInfo = new();
toPartialFileInfo.Add(TypeIds.FormatterSyntax, new PartialEnumFileInfo("FormatterSyntax", TargetLanguage.Rust, dirs.GetPythonRustFilename("formatter.rs")));
}
public PythonInstrCreateGen(GeneratorContext generatorContext)
: base(generatorContext.Types)
{
this.generatorContext = generatorContext;
idConverter = PythonIdentifierConverter.Create();
rustIdConverter = RustIdentifierConverter.Create();
docWriter = new PythonDocCommentWriter(idConverter, TargetLanguage.Rust, isInRootModule: true);
genNames = new Rust.GenCreateNameArgs {
CreatePrefix = "create",
Register = "_reg",
Memory = "_mem",
Int32 = "_i32",
UInt32 = "_u32",
Int64 = "_i64",
UInt64 = "_u64",
};
sb = new StringBuilder();
}
void WritePyi(List <PyClass> classes)
{
var reqEnumFields = GetRequiredEnumFields(classes);
var filename = genTypes.Dirs.GetPythonPyFilename("_iced_x86_py.pyi");
using (var writer = new FileWriter(TargetLanguage.Python, FileUtils.OpenWrite(filename))) {
writer.WriteFileHeader();
writer.WriteLine("from collections.abc import Iterator");
writer.WriteLine("from enum import IntEnum, IntFlag");
writer.WriteLine("from typing import Any, List, Optional, Union");
writer.WriteLine();
var idConverter = PythonIdentifierConverter.Create();
var allEnumTypes = exportedPythonTypes.Enums.Select(a => (enumType: a, pythonName: a.Name(idConverter)));
var toEnumType = allEnumTypes.ToDictionary(a => a.pythonName, a => a.enumType, StringComparer.Ordinal);
foreach (var(enumType, pythonName) in allEnumTypes.OrderBy(a => a.pythonName, StringComparer.Ordinal))
{
var baseClass = enumType.IsFlags ? "IntFlag" : "IntEnum";
if (reqEnumFields.TryGetValue(enumType, out var fields))
{
writer.WriteLine($"class {pythonName}({baseClass}):");
using (writer.Indent()) {
bool uppercaseRawName = PythonUtils.UppercaseEnum(enumType.TypeId.Id1);
foreach (var value in enumType.Values)
{
if (fields.Contains(value))
{
fields.Remove(value);
var(valueName, numStr) = PythonUtils.GetEnumNameValue(idConverter, value, uppercaseRawName);
writer.WriteLine($"{valueName} = {numStr}");
}
if (fields.Count == 0)
{
break;
}
}
if (fields.Count != 0)
{
throw new InvalidOperationException();
}
writer.WriteLine("...");
}
}
else
{
writer.WriteLine($"class {pythonName}({baseClass}): ...");
}
}
var docGen = new PyiDocGen();
foreach (var pyClass in classes.OrderBy(a => a.Name, StringComparer.Ordinal))
{
writer.WriteLine();
writer.WriteLine($"class {idConverter.Type(pyClass.Name)}:");
using (writer.Indent()) {
WriteDocs(writer, docGen.Convert(pyClass.DocComments));
int defCount = 0;
foreach (var member in GetMembers(pyClass))
{
switch (member)
{
case PyMethod method:
var docComments = method.Attributes.Any(AttributeKind.New) ?
pyClass.DocComments : method.DocComments;
Write(writer, docGen, idConverter, pyClass, method, docComments, toEnumType);
defCount++;
break;
case PyProperty property:
Write(writer, docGen, idConverter, pyClass, property.Getter, property.Getter.DocComments, toEnumType);
defCount++;
if (property.Setter is not null)
{
Write(writer, docGen, idConverter, pyClass, property.Setter, property.Getter.DocComments, toEnumType);
defCount++;
}
break;
default:
throw new InvalidOperationException();
}
}
if (defCount == 0)
{
throw new InvalidOperationException($"class {pyClass.Name}: No class members");
}
}
}
}
}