private static MethodInfo MakeConcreteMethod(MethodInfo method, LinkList <Type> openArguments, LinkList <Binding> bindings)
{
Debug.Assert(method != null);
Debug.Assert(openArguments != null);
Debug.Assert(bindings != null);
// If the method is not generic, return it immediately.
if (!method.IsGenericMethodDefinition)
{
Debug.Assert(openArguments.IsEmpty);
return(method);
}
// Otherwise, retrieve bindings for open arguments and construct the method.
var boundArguments = GenericTypeResolver.BindConcreteArguments(openArguments, bindings);
var concreteMethod = (boundArguments.Length == openArguments.Count
? method.MakeGenericMethod(boundArguments)
: null);
return(concreteMethod);
}
private static Type MakeConcreteType(Type genericType, LinkList <Type> openArguments, LinkList <Binding> bindings)
{
Debug.Assert(genericType != null);
Debug.Assert(openArguments != null);
Debug.Assert(bindings != null);
// If the type is concrete, return it immediately.
if (!genericType.ContainsGenericParameters)
{
Debug.Assert(openArguments.IsEmpty);
return(genericType);
}
// Otherwise, retrieve bindings for open arguments and construct the type.
var boundArguments = GenericTypeResolver.BindConcreteArguments(openArguments, bindings);
Debug.Assert(boundArguments.Length <= openArguments.Count);
var concreteType = (boundArguments.Length == openArguments.Count
? genericType.MakeGenericType(boundArguments)
: null);
return(concreteType);
}