private DumpTypeRef(DumpTypeRef other, GenericTypeMap genericTypes)
{
Namespace = other.Namespace;
Name = other.Name;
IsGenericInstance = true;
IsGenericTemplate = false;
var newGenerics = new List <TypeRef>(other.Generics.Count);
foreach (var genericParameter in other.Generics)
{
if (genericParameter.IsGeneric)
{
newGenerics.Add(genericParameter.MakeGenericInstance(genericTypes));
}
else if (genericTypes.TryGetValue(genericParameter, out var genericArgument))
{
newGenerics.Add(genericArgument);
}
else
{
throw new UnresolvedTypeException(genericParameter, other);
}
}
Generics = newGenerics;
OriginalDeclaringType = other.DeclaringType;
UnNested = other.UnNested;
ElementType = other.ElementType;
}
private DumpTypeRef(DumpTypeRef other, string?nameOverride = null)
{
Namespace = other.Namespace;
Name = nameOverride ?? other.Name;
IsGenericInstance = other.IsGenericInstance;
IsGenericTemplate = other.IsGenericTemplate;
Generics = new List <TypeRef>(other.Generics);
DeclaringType = other.DeclaringType;
ElementType = other.ElementType;
}
internal DumpTypeRef(string @namespace, string typeName)
{
Namespace = @namespace;
var GenericTypes = new List <TypeRef>();
if (typeName.EndsWith(">") && !typeName.StartsWith("<"))
{
var ind = typeName.IndexOf("<");
var types = typeName.Substring(ind + 1, typeName.Length - ind - 2);
var spl = types.Split(new string[] { ", " }, StringSplitOptions.None);
for (int i = 0; i < spl.Length;)
{
string s = spl[i];
int unclosed = s.Count(c => c == '<');
unclosed -= s.Count(c => c == '>');
i++;
while (unclosed > 0)
{
unclosed += spl[i].Count(c => c == '<');
unclosed -= spl[i].Count(c => c == '>');
s += ", " + spl[i];
i++;
}
// TODO: if this DumpTypeRef is the This for a DumpTypeData, mark these IsGenericParameter. "out" is not in dump.cs.
GenericTypes.Add(new DumpTypeRef(s));
}
}
Generics = GenericTypes;
// TODO: check that this gives correct results
if (string.IsNullOrEmpty(@namespace))
{
IsGenericInstance = true;
}
else
{
IsGenericTemplate = true;
}
var declInd = typeName.LastIndexOf('.');
if (declInd != -1)
{
// Create a new TypeRef for the declaring type, it should recursively create more declaring types
OriginalDeclaringType = new DumpTypeRef(typeName.Substring(0, declInd));
// TODO: need to resolve DeclaringType before this will make sense?
Namespace = OriginalDeclaringType.Namespace;
}
Name = typeName.Replace('.', '/');
if (IsArray())
{
ElementType = new DumpTypeRef(Name[0..^ 2]);
internal DumpProperty(TypeRef declaring, PeekableStreamReader fs)
{
DeclaringType = declaring;
var line = fs.PeekLine()?.Trim();
while (line != null && line.StartsWith("["))
{
Attributes.Add(new DumpAttribute(fs));
line = fs.PeekLine()?.Trim();
}
line = fs.ReadLine()?.Trim() ?? "";
var split = line.Split(' ');
if (split.Length < 5)
{
throw new InvalidOperationException($"Line {fs.CurrentLineIndex}: Property cannot be created from: \"{line.Trim()}\"");
}
// Start at the end (but before the }), count back until we hit a { (or we have gone 3 steps)
// Keep track of how far back we count
int i;
for (i = 0; i < 3; i++)
{
var val = split[split.Length - 2 - i];
if (val == "{")
{
break;
}
else if (val == "get;")
{
GetMethod = true;
}
else if (val == "set;")
{
SetMethod = true;
}
}
Name = split[split.Length - 3 - i];
Type = new DumpTypeRef(DumpTypeRef.FromMultiple(split, split.Length - 4 - i, out int adjust, -1, " "));
for (int j = 0; j < adjust; j++)
{
Specifiers.Add(new DumpSpecifier(split[j]));
}
}