I have 2 overload of the opCall() in one of my class.
They cause a compile time error / conflict... any idea on how to solve it?
=====
class MemberDesc
{
   Variant opCall(Object target)
   {
       return getter(target);
   }
   void opCall(T)(Object target, T value)
  {
       setter(target, Variant(value));
   }

   const string name;
   const TypeInfo type;
   const Variant function(Object target) getter;
   const void function(Object target, Variant value) setter;
      this(
        string name,         TypeInfo type,
        Variant function(Object target) getter,         void function(Object target, Variant value) setter = null)
   {
       this.name = name;
       this.type = type;
       this.getter = getter;
       this.setter = setter;
   }
}
=====

Add a pair of parentheses to the first overload to add an empty template argument list – currently, template and non-template functions can't be overloaded.

David


On 6/16/11 2:59 PM, Lloyd Dupont wrote:
> I have 2 overload of the opCall() in one of my class.
> They cause a compile time error / conflict... any idea on how to solve it?
> =====
> class MemberDesc
> {
> Variant opCall(Object target)
> {
> return getter(target);
> }
> void opCall(T)(Object target, T value)
> {
> setter(target, Variant(value));
> }
>
> const string name;
> const TypeInfo type;
> const Variant function(Object target) getter;
> const void function(Object target, Variant value) setter;
> this(
> string name, TypeInfo type,
> Variant function(Object target) getter, void function(Object target,
> Variant value) setter = null)
> {
> this.name = name;
> this.type = type;
> this.getter = getter;
> this.setter = setter;
> }
> }
> =====
>

Ho thanks, even better than the work around I just found! :)


"David Nadlinger"  wrote in message news:itcvbj$1td2$1@digitalmars.com...

Add a pair of parentheses to the first overload to add an empty template
argument list – currently, template and non-template functions can't be
overloaded.

David