Hello Jarrett,
On Wed, Oct 7, 2009 at 12:54 PM, BCS wrote:
You could try parsing T.stringof at compiletime to extract the parts
you need.
This is *exactly* the kind of bullshit that I hate about string
mixins.
The question was how to do somthing now. If the best solution isn't that
good
BCS wrote:
Hello Michal,
If one has a template instance, is it possible to get template name
and parameter type that was used for instantiating, at compile time?
consider:
class List (T) {}
List!(int) lst;
Foo (lst);
I want to create such template Foo which prints:
List!(int)
List
int
You
On Wed, 07 Oct 2009 13:15:46 -0400, Jarrett Billingsley wrote:
> On Wed, Oct 7, 2009 at 12:54 PM, BCS wrote:
>> Hello Michal,
>>
>>> If one has a template instance, is it possible to get template name
>>> and parameter type that was used for instantiating, at compile time?
>>>
>>> consider:
>>>
>
On Wed, Oct 7, 2009 at 12:54 PM, BCS wrote:
> Hello Michal,
>
>> If one has a template instance, is it possible to get template name
>> and parameter type that was used for instantiating, at compile time?
>>
>> consider:
>>
>> class List (T) {}
>>
>> List!(int) lst;
>> Foo (lst);
>> I want to crea
Hello Michal,
If one has a template instance, is it possible to get template name
and parameter type that was used for instantiating, at compile time?
consider:
class List (T) {}
List!(int) lst;
Foo (lst);
I want to create such template Foo which prints:
List!(int)
List
int
You could try pa
If one has a template instance, is it possible to get template name and parameter
type that was used for instantiating, at compile time?
consider:
class List (T) {}
List!(int) lst;
Foo (lst);
I want to create such template Foo which prints:
List!(int)
List
int
Something simiar for Arrays can
