Utility library hpcsperf : Différence entre versions
m (moved Useful Control Routines to Utility library hpcsperf: structure change) |
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== library hpcsperf == | == library hpcsperf == | ||
| − | === stuck/looping program protection<br> === | + | available with: |
| + | |||
| + | '''.''' s.ssmuse.dot hpcs-dev | ||
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| + | (also included in some development bundles) | ||
| + | |||
| + | === stuck/looping program protection<br> === | ||
*start_dead_process_timer <br>call start_dead_process_timer(value_in_seconds)<br>sets the maximum value of the allowable interval between calls to i_am_alive | *start_dead_process_timer <br>call start_dead_process_timer(value_in_seconds)<br>sets the maximum value of the allowable interval between calls to i_am_alive | ||
Version actuelle datée du 1 de décembre 2011 à 14:21
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en construction(cette page s'adresse principalement aux développeurs) |
under construction(this page is mainly for developers) |
library hpcsperf
available with:
. s.ssmuse.dot hpcs-dev
(also included in some development bundles)
stuck/looping program protection
- start_dead_process_timer
call start_dead_process_timer(value_in_seconds)
sets the maximum value of the allowable interval between calls to i_am_alive - i_am_alive
call i_am_alive
resets the dead process timer
C language example
void main()
{
int timeout=15; /* set timeout to 15 seconds */
useconds_t j=5000000;
start_dead_process_timer(&timeout);
while(1){
fprintf(stderr,"sleeping %d seconds \n",j/1000000);
i_am_alive();
usleep(j);
j=j+3000000;
}
}
FORTRAN language example
program stuck integer timeout integer i timeout=10 call start_dead_process_timer(timeout) do while(1.eq.1) i=i+1 enddo stop end
