public IEnumerator MainPowerSafeTest() // test handling edge cases
{
GameObject goFail = new GameObject();
goFail.AddComponent <MainPowerStatus>();
MainPowerStatus FailMPS = goFail.GetComponent <MainPowerStatus>(); // for failing to make change
yield return(new WaitForFixedUpdate());
//Fail call Test
Assert.AreEqual(50, FailMPS.AvailablePower); // initial
FailMPS.RetrievePower(SourceTag.MainControl); // Retrieving from empty Source. shouldn't work
Assert.AreNotEqual(60, FailMPS.AvailablePower);
Assert.AreEqual(50, FailMPS.AvailablePower);
FailMPS.TransferPower(SourceTag.MainControl, 60); // Transferring more than available.
Assert.AreEqual(50, FailMPS.AvailablePower); // should be same
Assert.AreNotEqual(60, FailMPS.powerDistribution[0].AvailablePower); //shouldn't have transfered
FailMPS.TransferPower(SourceTag.DiningHall, 50); // Transferring more than needed.
Assert.AreEqual(50, FailMPS.AvailablePower); // should be same
Assert.AreNotEqual(50, FailMPS.powerDistribution[2]);
Assert.AreEqual(0, FailMPS.powerDistribution[0].AvailablePower);
FailMPS.RetrievePower(SourceTag.MainControl); // retrieving from empty source
Assert.AreEqual(50, FailMPS.AvailablePower);
Assert.AreEqual(0, FailMPS.powerDistribution[0].AvailablePower);
}
public IEnumerator MainPowerIncreaseTest() // test increasing reserve
{
GameObject goIncrease = new GameObject();
goIncrease.AddComponent <MainPowerStatus>();
MainPowerStatus IncreaseMPS = goIncrease.GetComponent <MainPowerStatus>(); // for increasing reserve
yield return(new WaitForFixedUpdate());
//ReservePower Test
Assert.AreEqual(50, IncreaseMPS.AvailablePower); // before increase
IncreaseMPS.ReservePower(); // increase reserve by 10
Assert.AreEqual(60, IncreaseMPS.AvailablePower); // check result
IncreaseMPS.ReservePower(30); // increase power by 30
Assert.AreEqual(90, IncreaseMPS.AvailablePower);
}
public IEnumerator MainPowerAwakeTest() // test awake method
{
GameObject go = new GameObject();
go.AddComponent <MainPowerStatus>();
MainPowerStatus MPS = go.GetComponent <MainPowerStatus>();
yield return(new WaitForFixedUpdate());
Assert.AreEqual(50, MPS.AvailablePower);
Assert.AreEqual(SourceTag.MainControl, MPS.powerDistribution[0].SourceTag);
Assert.AreEqual(SourceTag.DockingBay, MPS.powerDistribution[1].SourceTag);
Assert.AreEqual(SourceTag.DiningHall, MPS.powerDistribution[2].SourceTag);
Assert.AreEqual(SourceTag.PrivateQuarter, MPS.powerDistribution[3].SourceTag);
Assert.AreEqual(SourceTag.EngineRoom, MPS.powerDistribution[4].SourceTag);
Assert.AreEqual(100, MPS.powerDistribution[0].maxPower);
Assert.AreEqual(0, MPS.powerDistribution[0].AvailablePower);
Assert.AreEqual(50, MPS.powerDistribution[1].maxPower);
Assert.AreEqual(30, MPS.powerDistribution[2].maxPower);
}
public IEnumerator MainPowerEmptyTest() // test lif support edge cases
{
GameObject goEmpty = new GameObject();
goEmpty.AddComponent <MainPowerStatus>();
MainPowerStatus EmptyMPS = goEmpty.GetComponent <MainPowerStatus>(); // for making it empty
yield return(new WaitForFixedUpdate());
//lifeSupport test
Assert.AreEqual(50, EmptyMPS.AvailablePower);
EmptyMPS.RetrieveLifeSupport(); // get rid of one life support
Assert.AreEqual(60, EmptyMPS.AvailablePower); // more power should be available
EmptyMPS.RetrieveLifeSupport(20); // getting rid of all life support
Assert.AreEqual(80, EmptyMPS.AvailablePower); // Available should be Reserve now
EmptyMPS.TransferPower(SourceTag.MainControl, 80); // Transferring all power to MainControl
Assert.AreEqual(0, EmptyMPS.AvailablePower);
Assert.AreEqual(80, EmptyMPS.powerDistribution[0].AvailablePower);
EmptyMPS.RetrievePower(SourceTag.MainControl, 80); //Retrieve all power
Assert.AreEqual(80, EmptyMPS.AvailablePower);
Assert.AreEqual(0, EmptyMPS.powerDistribution[0].AvailablePower);
}
