Michael Mulcahy schrieb:
>
> > so what if I have a thread 10 which is a EMI/UCP process and
> > suddendly a new process gets added with 1034? we have a new conflict...
>
> No, that what I thought as well, but the gwthread-pthread.c takes
> care of that problem.
>
> see gwthread-pthread.c
>
> /* Find a free table entry and claim it. */
> first_try = next_threadnumber;
> do {
> ti->number = next_threadnumber++;
> /* Check if we looped all the way around the thread table. */
> if (ti->number == first_try + THREADTABLE_SIZE) {
> panic(0, "Cannot have more than %d active threads",
> THREADTABLE_SIZE);
> }
> } while (THREAD(ti->number) != NULL);
> THREAD(ti->number) = ti;
>
> active_threads++;
>
> where THREAD(t) is:
> #define THREAD(t) (threadtable[(t) % THREADTABLE_SIZE])
>
> The thread number is incremented and the mod 1024 position in
> array is checked to see if an entry exists. If an entry exists then
> the thread number is incremented again.
ok, once again I'll chance my opinion ;))
Andreas, do you agree that a (gwthread_self() % THREADTABLE_SIZE)
gives us a runtime unque ID of the thread?
Stipe
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