On Friday, 27 March 2015 at 08:43:56 UTC, John Colvin wrote:
Think of it as compile-time arguments and run-time arguments.
First set of parenthesis are compile-time, second are run-time.
The parenthesis are optional for compile-time arguments iff
there's only one of them.
I really appreci
On Friday, 27 March 2015 at 00:50:34 UTC, Hugo wrote:
On Thursday, 26 March 2015 at 12:29:03 UTC, John Colvin wrote:
On Thursday, 26 March 2015 at 12:21:23 UTC, Hugo wrote:
Also, can anyone provide a similar example but using little
endian order? If only to contrast differences between modes
On Thursday, 26 March 2015 at 12:29:03 UTC, John Colvin wrote:
On Thursday, 26 March 2015 at 12:21:23 UTC, Hugo wrote:
Also, can anyone provide a similar example but using little
endian order? If only to contrast differences between modes of
invocation...
void main() {
import std.stdio,
On Thursday, 26 March 2015 at 12:21:23 UTC, Hugo wrote:
On Thursday, 26 March 2015 at 10:07:07 UTC, Hugo wrote:
If only the documentation and/or test units were more clear...
OK, I made a simpler test, using an example from the
documentation:
void main() {
import std.stdio, std.array,
On Thursday, 26 March 2015 at 10:07:07 UTC, Hugo wrote:
If only the documentation and/or test units were more clear...
OK, I made a simpler test, using an example from the
documentation:
void main() {
import std.stdio, std.array, std.bitmanip;
auto buffer = appender!(const ubyte[])()
On 3/26/15 6:07 AM, Hugo wrote:
On Thursday, 26 March 2015 at 02:39:56 UTC, Steven Schveighoffer wrote:
An array as an output range writes to the front. You can use
std.array.Appender to get appending behavior. I know, it's weird.
Alternatively, you can add more bytes to the array, and append
On Thursday, 26 March 2015 at 02:39:56 UTC, Steven Schveighoffer
wrote:
An array as an output range writes to the front. You can use
std.array.Appender to get appending behavior. I know, it's
weird.
Alternatively, you can add more bytes to the array, and append
to the slice, but that may be
