On 11/03/2013 09:44 PM, Philippe Sigaud wrote:
>>COMMA = ,
>>DOLLAR = $
>
>
> I saw these and wondered what they were for. Why comma and dollar?
Actual comma inside a macro is taken as argument separator. From
src/ders/d.en/operator_overloading.d:
$(ROW3 slice to some elements, opSlic
On 03.11.2013 19:53, Namespace wrote:
On Sunday, 3 November 2013 at 13:05:08 UTC, Namespace wrote:
Is there a way to find out how much memory the GC used currently?
Does not seem to be possible. Would have been nice.
There is an "unofficial" function gc_stats here:
https://github.com/D-Pr
On Mon, Nov 4, 2013 at 6:05 AM, Ali Çehreli wrote:
> On 11/02/2013 01:34 AM, Philippe Sigaud wrote:
>
> > Any limitation you hit with Ddoc?
>
> One annoyance is with parentheses in code sections. Ddoc allows using ddoc
> macros even in code section and I like it because I can highlight parts of
>
On 11/02/2013 01:34 AM, Philippe Sigaud wrote:
> Any limitation you hit with Ddoc?
One annoyance is with parentheses in code sections. Ddoc allows using
ddoc macros even in code section and I like it because I can highlight
parts of code by a macro.
However, that means that unbalanced parent
Sometimes I have to make a template type argument visible inside
the instantiated type:
struct Foo(T_) {
alias T = T_;
}
void main() {
Foo!int f;
static assert(is(f.T == int));
}
A little of syntax sugar could do the same, avoiding the need for
a new name as "T_":
struct Foo(pu
On Wednesday, 30 October 2013 at 18:19:13 UTC, Ali Çehreli wrote:
On 10/29/2013 06:02 PM, Peter Eisenhower wrote:
I am confused as to why I cannot pass the return of the tag
attribute
directly into the parse int.
// This works
string s = xml.tag.attr["key"];
int key = parse!int(s);
// Compi
On Sunday, 3 November 2013 at 13:05:08 UTC, Namespace wrote:
Is there a way to find out how much memory the GC used
currently?
Does not seem to be possible. Would have been nice.
On Friday, 1 November 2013 at 12:37:20 UTC, simendsjo wrote:
On Friday, 1 November 2013 at 11:41:52 UTC, Jonathan M Davis
wrote:
On Friday, November 01, 2013 12:30:10 Gary Willoughby wrote:
I have a class which contains an array as a core collection of
data. I want to pass an instance of this c
Is there a way to find out how much memory the GC used currently?
Am Fri, 01 Nov 2013 08:50:19 -0700
schrieb Ali Çehreli :
> On 11/01/2013 08:32 AM, Dmitry Olshansky wrote:
>
> > In short we have 2 ways:
> > 1) Ranges
> > 2) opApply
>
> As another shameless plug, those foreach methods are included in this
> chapter:
>
>http://ddili.org/ders/d.en/foreach_
On 10/31/2013 10:19 PM, Ali Çehreli wrote:
...
Y Combinator? (No, I have not solved it yet. :) )
http://rosettacode.org/wiki/Y_combinator#D
Ali
Oh my god, my eyes!
auto y(S,T...)(S delegate(T) delegate(S delegate(T)) f){
struct F{ S delegate(T) delegate(F) f; alias f this; }
ret
On Friday, 1 November 2013 at 16:24:09 UTC, Gary Willoughby wrote:
On Friday, 1 November 2013 at 15:32:54 UTC, Daniel Davidson
wrote:
An alternative is to move the import statements in test1.d out
of the unittest block, which becomes a function, to file
scope. Then if you have multiple unittest
On 2013-11-03 03:15, TheFlyingFiddle wrote:
In the IReflectionable interface:
interface IReflectionable
{
final P funcPtr(P)(string fun) if (is(P == delegate))
{
//Using mangeling for overloads and type safety
auto ptr = delPtr_impl(mangle!P(fun));
P del;
del.
03-Nov-2013 02:37, Charles Hixson пишет:
I'm contemplating an associative array that will eventually grow to be
an estimated 64KB in size, assuming it's about half full. It would then
be holding around 90,000 entries. Is this reasonable, or should I go
with a sorted array, and do binary searche
On 03/11/13 10:18, Dmitry Olshansky wrote:
//this should work though:
alias abs = std.math.abs;
alias abs = std.bigint.abs;
Yea, which makes sense -- any code that needs both should _know_ it needs both.
Actually, abs itself is not really a problem here as std.math.abs should work
for just ab
03-Nov-2013 13:07, Joseph Rushton Wakeling пишет:
Hello all,
There are various generic functions in Phobos that can benefit from
type-specific overloads. For example, in std.math and std.numeric,
functions that deal with integers may benefit from having specialized
implementations to work with
Hello all,
There are various generic functions in Phobos that can benefit from
type-specific overloads. For example, in std.math and std.numeric, functions
that deal with integers may benefit from having specialized implementations to
work with BigInt.
Question: what's the appropriate locat
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