void
matchmaker(void *p, unsigned long which)
{
struct semaphore * whalematingMenuSemaphore = (struct semaphore *)p;
(void)which;
matchmaker_start();
// Implement this function
//extern int male_head, male_tail, female_head, female_tail;
//extern unsigned long male_pop[], female_pop[];
//extern struct lock *pop_lock;
//extern struct cv *maker_cv;
lock_acquire(pop_lock);
while((male_head==male_tail)||(female_head==female_tail))
cv_wait(maker_cv, pop_lock);
kprintf("Male %ld, Female %ld, and Maker %ld\n", male_pop[male_head++], female_pop[female_head++], which);
lock_release(pop_lock);
matchmaker_end();
// 08 Feb 2012 : GWA : Please do not change this code. This is so that your
// whalemating driver can return to the menu cleanly.
V(whalematingMenuSemaphore);
return;
}
void
matchmaker(void *p, unsigned long which)
{
struct semaphore * whalematingMenuSemaphore = (struct semaphore *)p;
(void)which;
matchmaker_start();
lock_acquire(match_maker_lock);
lock_acquire(thread_count_lock);
thread_count++;
if (thread_count == 3) {
cv_broadcast(thread_count_cv, thread_count_lock);
} else {
cv_wait(thread_count_cv, thread_count_lock);
}
thread_count = 0;
lock_release(thread_count_lock);
lock_release(match_maker_lock);
matchmaker_end();
// 08 Feb 2012 : GWA : Please do not change this code. This is so that your
// whalemating driver can return to the menu cleanly.
V(whalematingMenuSemaphore);
return;
}
void
matchmaker(void *p, unsigned long which)
{
struct semaphore * whalematingMenuSemaphore = (struct semaphore *)p;
(void)which;
matchmaker_start();
lock_acquire(wm_lock);
while(1)
{
cv_wait(wm_mmcv,wm_lock);
lock_acquire(wm_lock);
if(males > 0 && females > 0)
{
kprintf("Ready to match!");
break;
}
}
cv_signal(wm_mcv,wm_lock);
cv_signal(wm_fcv,wm_lock);
males--;
females--;
lock_release(wm_lock);
matchmaker_end();
// 08 Feb 2012 : GWA : Please do not change this code. This is so that your
// whalemating driver can return to the menu cleanly.
V(whalematingMenuSemaphore);
return;
}
void
matchmaker(void *p, unsigned long which)
{
struct semaphore * whalematingMenuSemaphore = (struct semaphore *)p;
(void)which;
matchmaker_start();
// V(matchmakersem);
P(malesem);
P(femalesem);
V(testsem);
V(testsem2);
/*P(testsem);
V(testsem);
V(testsem2);
V(testsem2);
V(testsem2);
P(testsem2);
*/
matchmaker_end();
/*V(testsem2);
V(femalesem);
V(malesem);
*/
// 08 Feb 2012 : GWA : Please do not change this code. This is so that your
// whalemating driver can return to the menu cleanly.
V(whalematingMenuSemaphore);
return;
}
void
matchmaker(void *p, unsigned long which)
{
struct semaphore * whalematingMenuSemaphore = (struct semaphore *)p;
(void)which;
matchmaker_start();
lock_acquire(hold);
P(male_sem);
male_count--;
lock_release(hold);
lock_acquire(hold);
P(female_sem);
female_count--;
lock_release(hold);
// Implement this function
matchmaker_end();
// 08 Feb 2012 : GWA : Please do not change this code. This is so that your
// whalemating driver can return to the menu cleanly.
V(whalematingMenuSemaphore);
return;
}
void
matchmaker(void *p, unsigned long which)
{
struct semaphore * whalematingMenuSemaphore = (struct semaphore *)p;
(void)which;
matchmaker_start();
lock_acquire(whaleLock);
if (wchan_isempty(femaleCv->cv_wchan) || wchan_isempty(maleCv->cv_wchan))
{
cv_wait(matchMakerCv,whaleLock);
}else{
cv_signal(femaleCv,whaleLock);
cv_signal(maleCv,whaleLock);
}
lock_release(whaleLock);
matchmaker_end();
// 08 Feb 2012 : GWA : Please do not change this code. This is so that your
// whalemating driver can return to the menu cleanly.
V(whalematingMenuSemaphore);
return;
}
