private void Initialize(Token annotationToken, TokenStream proxyTokenStream)
{
this.Token = annotationToken;
Token token = proxyTokenStream.Pop();
if (!Parser.IsValidIdentifier(token.Value))
{
throw new ParserException(annotationToken, "Invalid type");
}
this.Name = token.Value;
while (proxyTokenStream.PopIfPresent("."))
{
this.Name += ".";
this.Name += proxyTokenStream.PopValue();
}
List <AnnotatedType> generics = new List <AnnotatedType>();
if (proxyTokenStream.PopIfPresent("<"))
{
while (proxyTokenStream.HasMore && !proxyTokenStream.IsNext(">"))
{
if (generics.Count > 0 && !proxyTokenStream.PopIfPresent(","))
{
throw new ParserException(annotationToken, "Expected comma in generic list");
}
AnnotatedType genericItem = new AnnotatedType(annotationToken, proxyTokenStream);
generics.Add(genericItem);
}
if (!proxyTokenStream.PopIfPresent(">"))
{
throw new ParserException(annotationToken, "Unclosed generic bracket.");
}
}
this.Generics = generics.ToArray();
}
private void Initialize(Token annotationToken, TokenStream proxyTokenStream)
{
this.Token = annotationToken;
Token token = proxyTokenStream.Pop();
if (!Parser.IsValidIdentifier(token.Value)) throw new ParserException(annotationToken, "Invalid type");
this.Name = token.Value;
while (proxyTokenStream.PopIfPresent("."))
{
this.Name += ".";
this.Name += proxyTokenStream.PopValue();
}
List<AnnotatedType> generics = new List<AnnotatedType>();
if (proxyTokenStream.PopIfPresent("<"))
{
while (proxyTokenStream.HasMore && !proxyTokenStream.IsNext(">"))
{
if (generics.Count > 0 && !proxyTokenStream.PopIfPresent(","))
{
throw new ParserException(annotationToken, "Expected comma in generic list");
}
AnnotatedType genericItem = new AnnotatedType(annotationToken, proxyTokenStream);
generics.Add(genericItem);
}
if (!proxyTokenStream.PopIfPresent(">"))
{
throw new ParserException(annotationToken, "Unclosed generic bracket.");
}
}
this.Generics = generics.ToArray();
}
