static void
doPotato(int mySlot)
{
int ret;
int moved;
int passes = 0;
printf("Made it to doPotato %d\n", mySlot);
while(1){
assert(alarmIsEnabled());
moved = tryMovePotato(mySlot);
if(moved){
passes++;
printf("%d passes potato for %d-st/nd/rd time \n", mySlot, passes);
}
/*
* Add some yields by some threads to scramble the list
*/
if(mySlot > 4){
int ii;
for(ii = 0; ii < mySlot - 4; ii++){
ret = ULT_Yield(ULT_ANY);
assert(tidValid(ret));
}
}
}
}
static void doPotato(int mySlot)//You will want to create data structures like a ready list (for TCBs that are
{
int ret;
int moved;
int passes = 0;
printf("Made it to doPotato %d\n", mySlot);
while(1){
assert(alarmIsEnabled());
moved = tryMovePotato(mySlot);
if(moved){
passes++;
printf("%d passes potato for %d-st/nd/rd time \n", mySlot, passes);
}
/*
* Add some yields by some threads to scramble the list
*/
if(mySlot > 4){
int ii;
for(ii = 0; ii < mySlot - 4; ii++){
ret = ULT_Yield(ULT_ANY);
assert(ULT_isOKRet(ret));
}
}
}
}
int main(int argc, char **argv)
{
int ii;
registerHandler();
while(1){
if(ii++ % 1000000 == 0){
printf(".");
fflush(stdout);
}
/*
* SIGALRM is enabled when handler
* restores interrupted thread's state
*/
assert(alarmIsEnabled());
}
}
