On Sat, May 31, 2014 at 04:50:11PM +, matovitch via Digitalmars-d-learn
wrote:
> Hi !
>
> Does anybody knows why dmd segfaults on this code ? Should I report
> this as a bug ?
[...]
Compiler segfaults should always be reported. No matter how wrong the
code may be, it is never r
I updated the issue. Strangely if done in the main everything is
fine :
Error: undefined identifier i
On Saturday, 31 May 2014 at 17:22:41 UTC, matovitch wrote:
In fact it segfauls on any template parameter if it has the
same name as the immutable member (at least it's coherent).
Something as simple as :
struct Foo(int i)
{
immutable int i = i;
}
void main()
{
Foo!5 foo;
writeln(f
I remembered my psswd don't take my last sentence into account (i
will filed this).
In fact it segfauls on any template parameter if it has the same
name as the immutable member (at least it's coherent). Something
as simple as :
struct Foo(int i)
{
immutable int i = i;
}
void main()
{
Foo!5 foo;
writeln(foo);
}
I am suprised that nobody tried this before. BTW I a
On Saturday, 31 May 2014 at 17:01:23 UTC, bearophile wrote:
matovitch:
Does anybody knows why dmd segfaults on this code ? Should I
report this as a bug ?
Please report this minimized case to Bugzilla:
struct Foo(int[] arr) {
const int[] arr = arr;
}
void main() {
Foo!([0]) foo
matovitch:
Does anybody knows why dmd segfaults on this code ? Should I
report this as a bug ?
Please report this minimized case to Bugzilla:
struct Foo(int[] arr) {
const int[] arr = arr;
}
void main() {
Foo!([0]) foo;
}
The error it gives before the crash:
test.d(2,17
Hi !
Does anybody knows why dmd segfaults on this code ? Should I
report this as a bug ?
import std.stdio;
enum LiftingGender
{
PREDICT,
UPDATE,
}
struct Test(float[][] coeffs,
int[] offsets,
LiftingGender gender)
{
immutable float[][] coeffs = coeffs
I just filed a bug report (
http://d.puremagic.com/issues/show_bug.cgi?id=11067)
Is there a workaround that keeps same syntax for user code?
Use case: i'm generating those from swig(+modifications to map C++
templates to D templates) so I can't factor the template bodies for
different template ins