On Sat, Jan 1, 2011 at 18:56, Andrej Mitrovic
andrej.mitrov...@gmail.com wrote:
On 1/1/11, Philippe Sigaud philippe.sig...@gmail.com wrote:
I'm not sure it's doable at
compile-time right now: you need to have access to the module code, as
text. Do imports work in CT-evaluable functions?
rdmd has some problems with my lib-files. Instead of rdmd I just tried
xfbuild and it works great on windows, but as I can see there is no
linux 32 bit version which I would like to use?!
On Saturday 01 January 2011 20:12:31 Ellery Newcomer wrote:
are there any other cstring - dstring functions than to!string(char*) ?
something like to!(char[])(char*)
(the memory allocation bothers me)
to!(char[])() should work just fine, but I believe that you're going to have to
have a
Am 02.01.2011 05:12, schrieb Ellery Newcomer:
are there any other cstring - dstring functions than to!string(char*) ?
something like to!(char[])(char*)
(the memory allocation bothers me)
You can simply make a slice. Indexing and sclicing works also with
c-style pointers in D. Obviously $ is
Manfred Nowak:
| Expression is allowed even if the function specifies a void return
| type. The Expression will be evaluated, but nothing will be returned.
| If the Expression has no side effects, and the return type is void,
| then it is illegal.
On 1/2/11, Philippe Sigaud philippe.sig...@gmail.com wrote:
Of course, you need to -J switch with the path of your module.
I'm not much versed in DMD switches. I'll try and see.
Philippe
Well it's a simple switch, really. If the module is in C:\dev\project\, use:
dmd -JC:\dev\project\
On
Ellery Newcomer wrote:
prints 12, DMD 2.051 linux
So we have:
( linux32 , dmd 2.051) - 12
( linux32 , gdc) - 12
( linux64 , gdc) - 12
( linux64 , ldc) - 16
( win32 , dmd 2.051) - 16
( cygwin32, gdc) - 16
Congrats Ellery: this looks like a stairway to hell.
-manfred
Peter Alexander:
Ok, someone put me out of my misery, I can't figure out for the life of
me how to do this. Basically, I have a vector class and want enums for
the zero vectors:
struct Vec
{
this(real x, real y) { e[0] = x; e[1] = y; }
real[2] e;
enum Vec zero = Vec(0, 0);
}
docs:
| Expressions that have no effect, like (x + x), are illegal in
| expression statements.
But what sorts of effects are meant with this?
In phobos the expressionStatement `cmp(foo, bar);' is used in
unittest.d. A comment says:
| Bring in unit test for module by referencing function in it
Manfred_Nowak Wrote:
docs:
| Expressions that have no effect, like (x + x), are illegal in
| expression statements.
But what sorts of effects are meant with this?
(x + x) performs a calculation and throws out the result.
x = 42; x = 42;
This is performing an assignment of the same
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