void testClocks() {
sput_fail_unless(addClock(testClock) == 1,"Valid: Adding Dummy Test Clock");
sput_fail_unless(checkUniqueClockType(testClock) == 0,"Invalid: Unique clock checker. Clocck should already exist");
sput_fail_unless(addClock(testClock) == 0,"Invalid: Adding non unique Dummy clock");
sput_fail_unless(checkClock(testClock,10) == 0,"Invalid: Cooldown of 10 has not passed");
delayGame(10);
sput_fail_unless(checkClock(testClock,10) == 1,"Valid: Cooldown of 10 has passed");
sput_fail_unless(checkClock(testClock,10) == 0,"Invalid: Cooldown of 10 hasn't passed after reset of cooldown");
delayGame(10);
sput_fail_unless(checkClock(testClock,10) == 1,"Valid: Cooldown of 10 has passed after reset of cooldown");
}
/*
* Add Clock Node
*/
void addClock(clockType type) {
GameClock clock = getClock(NULL);
if(checkUniqueClockType(type)) {
if(clock->first == NULL) {
clock->first = clock->last = createClockNode(type);
} else {
clock->last->next = createClockNode(type);
clock->last = clock->last->next;
}
}
}
/*
* Add Clock Node
*/
int addClock(clockType type) {
GameClock clock = getClock(NULL);
if(checkUniqueClockType(type)) {
if(clock->first == NULL) {
clock->first = clock->last = createClockNode(type);
} else {
clock->last->next = createClockNode(type);
clock->last = clock->last->next;
}
} else {
fprintf(stderr,"Attempt to add non unique clock\n");
return 0;
}
return 1;
}