On Friday, 15 July 2016 at 19:24:12 UTC, jmh530 wrote:
Have you considered recursive solutions?
Will try that next. Thanks.
I think this worked for me.
A few tricks were that I had to have the fillAliasSeq template as
global and also I couldn't disable the default constructor for
what I
On Friday, 15 July 2016 at 17:41:21 UTC, Michael Coulombe wrote:
Your issue is this line:
alias boxAR(A) = Box!(A, R);
This means that A must be a type, but you are trying to
instantiate it with lambdas. If you switch to:
alias boxAR(alias A) = Box!(A, R);
But now you are back to the "loca
On Friday, 15 July 2016 at 17:00:09 UTC, jmh530 wrote:
I was working with the lightweight wrapper and it seemed to
work for simple stuff, but then I started getting a bunch of
errors when I tried to integrate it in to my project.
Below is the stripped down version of what I've been working
wi
On Saturday, 9 July 2016 at 05:40:10 UTC, ag0aep6g wrote:
On 07/09/2016 12:33 AM, jmh530 wrote:
I'm trying to create a tuple of variadic length containing
structs with
mixed types. So for instance, given
struct Foo(T, U)
{
T x;
U y;
}
I want to create something like
Tuple!(Foo!(type
On Saturday, 9 July 2016 at 05:40:10 UTC, ag0aep6g wrote:
template bar(T, U...)
if (U.length > 1)
{
import std.meta : staticMap;
import std.typecons : Tuple;
alias baz(A) = Tuple!(T, A);
alias V = staticMap!(baz, U);
alias TupleToFoo(T : Tuple!(Types), Types ...) = Foo!
On 07/09/2016 12:33 AM, jmh530 wrote:
I'm trying to create a tuple of variadic length containing structs with
mixed types. So for instance, given
struct Foo(T, U)
{
T x;
U y;
}
I want to create something like
Tuple!(Foo!(type1, type2), Foo!(type1, type3), ..., Foo!(type1, typeN)) x;
I'm trying to create a tuple of variadic length containing
structs with mixed types. So for instance, given
struct Foo(T, U)
{
T x;
U y;
}
I want to create something like
Tuple!(Foo!(type1, type2), Foo!(type1, type3), ..., Foo!(type1,
typeN)) x;
The bar function (below) is wh
