/// <summary>
/// Deep-clone the code object.
/// </summary>
public override CodeObject Clone()
{
ConstraintClause clone = (ConstraintClause)base.Clone();
clone.CloneField(ref clone._typeParameter, _typeParameter);
clone._constraints = ChildListHelpers.Clone(_constraints, clone);
return(clone);
}
protected internal GenericMethodDecl(Parser parser, CodeObject parent, bool typeParametersAlreadyParsed, ParseFlags flags)
: base(parser, parent, false, flags)
{
if (typeParametersAlreadyParsed)
{
// The type parameters were already parsed on the unused Dot expression - fetch them from there
UnresolvedRef unresolvedRef = (UnresolvedRef)((Dot)parser.LastUnusedCodeObject).Right;
_typeParameters = new ChildList <TypeParameter>(this);
foreach (Expression expression in unresolvedRef.TypeArguments)
{
_typeParameters.Add(new TypeParameter(expression is UnresolvedRef ? ((UnresolvedRef)expression).Name : null));
}
unresolvedRef.TypeArguments = null;
}
ParseMethodNameAndType(parser, parent, true, false);
ParseModifiersAndAnnotations(parser); // Parse any attributes and/or modifiers
if (!typeParametersAlreadyParsed)
{
_typeParameters = TypeParameter.ParseList(parser, this); // Parse any type parameters
}
ParseParameters(parser);
_constraintClauses = ConstraintClause.ParseList(parser, this); // Parse any constraint clauses
ParseTerminatorOrBody(parser, flags);
}
protected override void AsTextAfter(CodeWriter writer, RenderFlags flags)
{
ConstraintClause.AsTextConstraints(writer, _constraintClauses, flags | RenderFlags.HasTerminator);
base.AsTextAfter(writer, flags);
}
protected void ParseConstraintClauses(Parser parser)
{
_constraintClauses = ConstraintClause.ParseList(parser, this); // Parse any constraint clauses
}
