On 02/07/2010 00:47, bearophile wrote:
BLS:
I don't understand (in this context) . Can you please elaborate a bit more ?
I have not shown you code because I don't understand your context. But you can
put inside static this() {...} code that can't be run statically, like the
initialization of
On Thu, 01 Jul 2010 18:26:06 -0400, bearophile
wrote:
Steven Schveighoffer:
I think a member initializer has to be a constant expression, like int
i =
1. Anything else has to be done in the constructor.
There are the static constructors too, for modules, structs, classes.
static const
BLS:
> I don't understand (in this context) . Can you please elaborate a bit more ?
I have not shown you code because I don't understand your context. But you can
put inside static this() {...} code that can't be run statically, like the
initialization of a run-time thing.
Bye,
bearophile
On 02/07/2010 00:26, bearophile wrote:
Steven Schveighoffer:
I think a member initializer has to be a constant expression, like int i =
1. Anything else has to be done in the constructor.
There are the static constructors too, for modules, structs, classes.
Bye,
bearophile
Hi bearophile,
I
Steven Schveighoffer:
> I think a member initializer has to be a constant expression, like int i =
> 1. Anything else has to be done in the constructor.
There are the static constructors too, for modules, structs, classes.
Bye,
bearophile
On 01/07/2010 22:59, Steven Schveighoffer wrote:
On Thu, 01 Jul 2010 15:36:53 -0400, BLS wrote:
Hi, I have a problem with a mixin template. More exact with an
Arraylist!T within a mixin template.
Given.
void main() {
auto p = new Person("Hans", 32);
p ~= new Person("Steve", 40);
p ~= new Perso
On Thu, 01 Jul 2010 15:36:53 -0400, BLS wrote:
Hi, I have a problem with a mixin template. More exact with an
Arraylist!T within a mixin template.
Given.
void main() {
auto p = new Person("Hans", 32);
p ~= new Person("Steve", 40);
p ~= new Person("Bjoern", 101);
}
Hi, I have a problem with a mixin template. More exact with an
Arraylist!T within a mixin template.
Given.
void main() {
auto p = new Person("Hans", 32);
p ~= new Person("Steve", 40);
p ~= new Person("Bjoern", 101);
}
class Person {
private string _name;
