When i have time i will test it with ldc and see if the result is
the same, then it will probably be a front-end bug and i will
report it as an issue.
On Friday, 4 November 2016 at 17:37:10 UTC, Basile B. wrote:
Hello, I'm not sure that's exactly what you want but check this:
template A(As...) {
template B(Bs...) {
}
}
alias BI = A!(1,2).B!(3,4,5);
import std.traits;
template NestedTemplateArgsOf(alias
Hi all,
I am having issues finding a solution for this, i want to check
if an alias is an istance of a variadic template nested in
another variadic template.
Here is an example:
template A(As...) {
template B(Bs...) {
}
}
alias BI = A!(1,2).B!(3,4,5);
Now i want to test if BI is an
On Friday, 28 October 2016 at 03:33:33 UTC, Basile B. wrote:
Hello, I think the correct isStringLiteral would be:
import
std.meta;
template isStringLiteral(alias V)
{
enum isCompileTime = is(typeof((){enum a = V;}));
enum isString = is(typeof(V) == string);
enum isStringLiteral
On Thursday, 27 October 2016 at 14:34:38 UTC, TheFlyingFiddle
wrote:
On Thursday, 27 October 2016 at 14:04:23 UTC, Gianni Pisetta
wrote:
Hi all,
but at the moment isStringLiteral will return true even with
variables of type string. So i searched for a metod to check
if an alias is a literal
Hi all,
I have an AliasSeq composed of literal strings, variables and
delegates. I want to build a template Optimize that will return
an AliasSeq that have all adjacent literals concatenated into
one. So i writed something like this:
template isStringLiteral(alias V) {
enum bool
