private static MethodBase FindMethod(CSharpSyntaxNode node, Type type, ref MethodsOfType methods)
{
if (methods == null)
{
methods = new MethodsOfType(type);
}
// Here's a trick to keep the order of overloaded methods. The trick relies on an
// implementation detail of Type.GetMembers() method, that it returns the methods
// with the same order in declaration. So if we group by methods by their names,
// and find them with the declaration order, we'll get the correct result without
// comparing symbols to the methods.
return(methods[GetMethodName(node)].Dequeue());
}
private static TreeItem <MemberInfo> GetMemberItem(Type parentType, TreeItem <CSharpSyntaxNode> syntaxItem, ref MethodsOfType methods)
{
var syntax = syntaxItem.Value;
var typeDecl = syntax as TypeDeclarationSyntax;
if (typeDecl != null)
{
var type = parentType.GetNestedType(GetTypeName(typeDecl), MemberBindingFlags);
var children = CollectMembers(type, syntaxItem.Children);
return(new TreeItem <MemberInfo>(type, children));
}
var method = FindMethod(syntax, parentType, ref methods);
return(new TreeItem <MemberInfo>(method));
}
