On Monday, 6 August 2018 at 19:43:17 UTC, Steven Schveighoffer
wrote:
On 8/6/18 2:59 PM, vit wrote:
struct ExprImpl(Ts...){
enum N = max(staticMap!(sizeOf, Ts));
This is clever!
No need to be clever though - we've got std.traits.Largest for
exactly this kind of purpose.
--
Simen
On Monday, 6 August 2018 at 21:23:36 UTC, Paul Backus wrote:
On Monday, 6 August 2018 at 20:22:36 UTC, vit wrote:
On Monday, 6 August 2018 at 19:56:03 UTC, Steven Schveighoffer
wrote:
BTW, is there a reason you aren't just using Algebraic?
https://dlang.org/phobos/std_variant.html#.Algebraic
On Monday, 6 August 2018 at 20:22:36 UTC, vit wrote:
On Monday, 6 August 2018 at 19:56:03 UTC, Steven Schveighoffer
wrote:
BTW, is there a reason you aren't just using Algebraic?
https://dlang.org/phobos/std_variant.html#.Algebraic
-Steve
primarily visit for Algebraic isn't pure, @nogc,
On Monday, 6 August 2018 at 19:56:03 UTC, Steven Schveighoffer
wrote:
BTW, is there a reason you aren't just using Algebraic?
https://dlang.org/phobos/std_variant.html#.Algebraic
-Steve
primarily visit for Algebraic isn't pure, @nogc, @safe, nothrow.
On 8/6/18 3:43 PM, Steven Schveighoffer wrote:
On 8/6/18 2:59 PM, vit wrote:
On Monday, 6 August 2018 at 18:28:11 UTC, Steven Schveighoffer wrote:
On 8/6/18 2:22 PM, vit wrote:
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
define "N"
}
Instances of struct S
On 8/6/18 2:59 PM, vit wrote:
On Monday, 6 August 2018 at 18:28:11 UTC, Steven Schveighoffer wrote:
On 8/6/18 2:22 PM, vit wrote:
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
define "N"
}
Instances of struct S are allocated by standard GC new and S.data_
can
On Monday, 6 August 2018 at 19:17:58 UTC, nkm1 wrote:
On Monday, 6 August 2018 at 18:22:24 UTC, vit wrote:
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
}
Instances of struct S are allocated by standard GC new and
S.data_ can contain pointers/ranges to GC allocated
On Monday, 6 August 2018 at 18:22:24 UTC, vit wrote:
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
}
Instances of struct S are allocated by standard GC new and
S.data_ can contain pointers/ranges to GC allocated data.
If is GC disabled then program run fine. But
On Monday, 6 August 2018 at 18:28:11 UTC, Steven Schveighoffer
wrote:
On 8/6/18 2:22 PM, vit wrote:
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
define "N"
}
Instances of struct S are allocated by standard GC new and
S.data_ can contain pointers/ranges to GC
On 8/6/18 2:22 PM, vit wrote:
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
define "N"
}
Instances of struct S are allocated by standard GC new and S.data_ can
contain pointers/ranges to GC allocated data.
If is GC disabled then program run fine. But when is
Hello,
I have this struct:
struct S{
uint kind;
void[N] data_;
}
Instances of struct S are allocated by standard GC new and
S.data_ can contain pointers/ranges to GC allocated data.
If is GC disabled then program run fine. But when is GC enabled
then it fail randomly.
If the
Yes, right, thank you, why reinventing the wheel when the std does the
things you want :)
On Fri, Jan 27, 2012 at 1:05 PM, Daniel Murphy yebbl...@nospamgmail.com wrote:
Have you looked at std.variant? It sounds like what you're looking for.
Have you looked at std.variant? It sounds like what you're looking for.
On Wed, 25 Jan 2012 19:11:36 -0500, Nicolas Silva nical.si...@gmail.com
wrote:
Hi,
I need to be sure: would the GC collect an object that is still reachable
through a void* pointer ?
No. The current GC does not know anything about type information. It
blindly assumes if a pointer
Ok thanks!
You said the current GC, do you mean that this behavior might change
in the future?
Well, first of all, what is T? If T is a class, you would not cast void * to
T*, you almost never use T* since T is already a reference. You could cast
void * to T.
I am making a sort of
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