On 10/18/2012 06:34 PM, drpepper wrote:
> Thank you Ali,
>
> Indeed, I originally had the function outside of main.
>
> I have found another strange result with std.concurrency:
>
> spawn(&function, array[0].length, array.length);
> // generates compiling error: "cannot deduce template function
>
Thank you Ali,
Indeed, I originally had the function outside of main.
I have found another strange result with std.concurrency:
spawn(&function, array[0].length, array.length);
// generates compiling error: "cannot deduce template function
from arg types"
//Yet,
int var_one = array[0].length;
On 10/17/2012 07:46 PM, drpepper wrote:
I want the function below to run independently -- like a unix
background process, without delaying subsequent code in main. I
tried the following using std.parallelism:
void main() {
function_a(int a, int b) {
...
}
auto new_task = task!function_a(11, 12)
I want the function below to run independently -- like a unix
background process, without delaying subsequent code in main. I
tried the following using std.parallelism:
void main() {
function_a(int a, int b) {
...
}
auto new_task = task!function_a(11, 12);
new_task.executeInNewT
