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package me.xmrvizzy.skyblocker.utils.scheduler;
import org.apache.commons.lang3.mutable.MutableInt;
import org.junit.jupiter.api.Assertions;
import org.junit.jupiter.api.Test;
public class SchedulerTest {
private final MutableInt currentTick = new MutableInt(0);
private final MutableInt cycleCount1 = new MutableInt(0);
private final MutableInt cycleCount2 = new MutableInt(0);
private final MutableInt cycleCount3 = new MutableInt(0);
private final MutableInt cycleCount4 = new MutableInt(0);
private final MutableInt cycleCount5 = new MutableInt(0);
private final MutableInt cycleCount6 = new MutableInt(0);
private final MutableInt cycleCount7 = new MutableInt(0);
private final MutableInt cycleCount8 = new MutableInt(0);
@Test
public void testSchedule() {
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(0, currentTick.intValue()), 0);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(1, currentTick.intValue()), 1);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(2, currentTick.intValue()), 2);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(10, currentTick.intValue()), 10);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(20, currentTick.intValue()), 20);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(50, currentTick.intValue()), 50);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(100, currentTick.intValue()), 100);
Scheduler.INSTANCE.schedule(() -> Assertions.assertEquals(123, currentTick.intValue()), 123);
Scheduler.INSTANCE.scheduleCyclic(() -> {}, 1);
Scheduler.INSTANCE.scheduleCyclic(() -> {}, 1);
Scheduler.INSTANCE.scheduleCyclic(() -> {}, 1);
Scheduler.INSTANCE.scheduleCyclic(() -> {}, 1);
Scheduler.INSTANCE.scheduleCyclic(() -> {
Assertions.assertEquals(cycleCount1.intValue(), currentTick.intValue());
cycleCount1.increment();
}, 1);
Scheduler.INSTANCE.scheduleCyclic(() -> {
Assertions.assertEquals(0, currentTick.intValue() % 10);
Assertions.assertEquals(cycleCount2.intValue(), currentTick.intValue() / 10);
cycleCount2.increment();
}, 10);
Scheduler.INSTANCE.scheduleCyclic(() -> {
Assertions.assertEquals(0, currentTick.intValue() % 55);
Assertions.assertEquals(cycleCount3.intValue(), currentTick.intValue() / 55);
cycleCount3.increment();
}, 55);
Scheduler.INSTANCE.schedule(() -> Scheduler.INSTANCE.scheduleCyclic(() -> {
Assertions.assertEquals(7, currentTick.intValue() % 10);
Assertions.assertEquals(cycleCount4.intValue(), currentTick.intValue() / 10);
cycleCount4.increment();
}, 10), 7);
Scheduler.INSTANCE.schedule(() -> Scheduler.INSTANCE.scheduleCyclic(() -> {
Assertions.assertEquals(0, currentTick.intValue() % 75);
Assertions.assertEquals(cycleCount5.intValue(), currentTick.intValue() / 75);
cycleCount5.increment();
}, 75), 0);
Scheduler.INSTANCE.schedule(() -> Scheduler.INSTANCE.scheduleCyclic(() -> {
Assertions.assertEquals(1, currentTick.intValue() % 99);
Assertions.assertEquals(cycleCount6.intValue(), currentTick.intValue() / 99);
cycleCount6.increment();
}, 99), 1);
Scheduler.INSTANCE.scheduleCyclic(() -> Scheduler.INSTANCE.schedule(() -> {
Assertions.assertEquals(5, currentTick.intValue() % 10);
Assertions.assertEquals(cycleCount7.intValue(), currentTick.intValue() / 10);
cycleCount7.increment();
}, 5), 10);
Scheduler.INSTANCE.scheduleCyclic(() -> Scheduler.INSTANCE.schedule(() -> {
Assertions.assertEquals(10, currentTick.intValue() % 55);
Assertions.assertEquals(cycleCount8.intValue(), currentTick.intValue() / 55);
cycleCount8.increment();
}, 10), 55);
while (currentTick.intValue() < 100_000) {
tick();
}
Assertions.assertEquals(100000, cycleCount1.intValue());
Assertions.assertEquals(10000, cycleCount2.intValue());
Assertions.assertEquals(1819, cycleCount3.intValue());
Assertions.assertEquals(10000, cycleCount4.intValue());
Assertions.assertEquals(1334, cycleCount5.intValue());
Assertions.assertEquals(1011, cycleCount6.intValue());
Assertions.assertEquals(10000, cycleCount7.intValue());
Assertions.assertEquals(1818, cycleCount8.intValue());
}
private void tick() {
Scheduler.INSTANCE.tick();
currentTick.increment();
}
}
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