public string GetName(CppSharp.AST.Type type, TypeNameKind kind = TypeNameKind.Native)
{
if (kind == TypeNameKind.Native)
{
return(type.Visit(NativePrinter));
}
string retVal = type switch
{
TypedefType tdt when tdt.Declaration.Name == "LLVMBool" => "bool",
PointerType pt when pt.Pointee is BuiltinType => $"{base.ToString( pt.Pointee )}*", // shouldn't see this... Should be caught as an error...
TypedefType tdt when tdt.Declaration.Name == "intptr_t" => "global::System.IntPtr",
TypedefType tdt when tdt.Declaration.Name == "uintptr_t" => "global::System.UIntPtr",
TypedefType tdt when tdt.Declaration.Name == "uint8_t" => "global::System.Byte",
TypedefType tdt when(ShouldBeUInt32(tdt)) => "global::System.UInt32",
TypedefType tdt when(ShouldBeUInt64(tdt)) => "global::System.UInt64",
TypedefType tdt when tdt.Declaration.Name == "int8_t" => "global::System.SByte",
TypedefType tdt when tdt.Declaration.Name == "int32_t" => "global::System.Int32",
TypedefType tdt when tdt.Declaration.Name == "int64_t" => "global::System.Int64",
TypedefType tdt => tdt.Declaration.Name,
BuiltinType bit when bit.Type == PrimitiveType.IntPtr => "global::System.IntPtr",
CppSharp.AST.Type t when t.TryGetHandleDecl(out TypedefNameDecl decl) => decl.Name,
ArrayType at => $"{GetName( at.Type, kind )}[]",
_ => base.ToString(type),
};
return(retVal);
}
public static string GetName(this IType type, TypeNameKind kind)
{
switch (kind)
{
case TypeNameKind.DisplayName:
return(type.DisplayName);
case TypeNameKind.FullName:
return(type.FullName);
case TypeNameKind.Key:
return(type.Key);
case TypeNameKind.Name:
return(type.Name);
case TypeNameKind.NestedName:
return(type.NestedName);
case TypeNameKind.SigName:
return(type.SigName);
case TypeNameKind.CSharpKeyword:
return(type.CSharpKeyword());
}
return(type.FullName);
}
string GetCachedName(TypeNameKind kind)
{
switch (kind)
{
case TypeNameKind.SerializationName:
return(ToString());
default:
throw new NotImplementedException();
}
}
internal static string BuildString <T>(this IEnumerable <T> args, TypeNameKind kind, bool clr)
where T : IType
{
bool sig = kind == TypeNameKind.SigName;
string prefix, suffix, sep;
if (sig)
{
prefix = SigPrefix;
suffix = SigSuffix;
sep = "_";
}
else
{
prefix = clr ? "[" : "<";
suffix = clr ? "]" : ">";
sep = ",";
}
return(args.Join(prefix, suffix, sep, x => x.GetName(kind)));
}
private string EvalNameBase(TypeNameKind kind)
{
switch (kind)
{
case TypeNameKind.DisplayName:
return(TypeNameExtensions.ToDisplayName(Type.FullName));
case TypeNameKind.FullName:
return(Type.FullName);
case TypeNameKind.SigName:
return(Type.SigName);
case TypeNameKind.Key:
return(Type.FullName);
case TypeNameKind.Name:
return(Type.Name);
case TypeNameKind.NestedName:
return(Type.NestedName);
}
return(Type.FullName);
}
string GetCachedName (TypeNameKind kind)
{
switch (kind) {
case TypeNameKind.SerializationName:
return ToString ();
default:
throw new NotImplementedException ();
}
}
private string EvalName(TypeNameKind kind, TypeNameKind argKind, bool clr)
{
return(EvalNameBase(kind) + _args.BuildString(argKind, clr));
}
private string EvalName(TypeNameKind kind, TypeNameKind argKind)
{
return(EvalName(kind, argKind, true));
}
