I have not yet looked at the parsing of methods of generic classes
during my work on the generics, but when I'll implement generic methods
I'll try to take a look at your problem.
Regards,
Sven
On 12.05.2011 12:37, Adrian Veith wrote:
Hi,
I try this:
type
TTestGen<T> = class
constructor Create();
class function Test(val: T): string; inline;
end;
function Blah(const val: Integer): string; inline; overload;
begin
Result:= IntToStr(val + 1);
end;
function Blah(const val: string): string; inline; overload;
begin
Result:= val + '1';
end;
{ TTestGen }
constructor TTestGen<T>.Create();
begin
end;
class function TTestGen<T>.Test(val: T): string;
begin
Result:= Blah(val);
end;
type
TTestInt = TTestGen<Integer>;
TTestString = TTestGen<String>;
and get an error: can't determin which overloaded function Blah to use.
It would be nice if this could work. It would be a way to inject inline
functions into a generic class - avoiding virtual functions.
BTW. If I only have one Blah and only one corresponding specialization
it works.
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