public void TestMethod3_OptimalPlacement()
{
int numberOfLanes = 6;
int numberOfTimeSlots = 6;
LaneWearData.Populate(numberOfLanes);
List<LaneSchedulerReservation> reservations = new List<LaneSchedulerReservation>();
// Reservation(int id, int numLanes, int numTimeSlots, int startTimeSlot)
LaneSchedulerReservation res1 = new LaneSchedulerReservation(1, 3, 2, 2);
LaneSchedulerReservation res2 = new LaneSchedulerReservation(2, 3, 2, 2);
// Test Search
reservations.Add(res1);
reservations.Add(res2);
LaneSchedulerState emptyState = new LaneSchedulerState(numberOfLanes, numberOfTimeSlots, reservations);
LaneSchedulerState state = LaneScheduler.RecursiveSearch(emptyState, reservations, 0, 1000, 0);
// TODO: Should we check for other things than schedulability in this test?
Assert.IsNotNull(state, "Final state was null, which is unexpected");
}
public void TestMethod2_FailingReservation()
{
int numberOfLanes = 6;
int numberOfTimeSlots = 5;
LaneWearData.Populate(numberOfLanes);
List<LaneSchedulerReservation> reservations = new List<LaneSchedulerReservation>();
// Reservation(int id, int numLanes, int numTimeSlots, int startTimeSlot)
LaneSchedulerReservation res1 = new LaneSchedulerReservation(1, 2, 2, 3);
LaneSchedulerReservation res2 = new LaneSchedulerReservation(2, 2, 2, 2);
LaneSchedulerReservation res3 = new LaneSchedulerReservation(3, 1, 2, 2);
LaneSchedulerReservation res4 = new LaneSchedulerReservation(4, 6, 2, 3);
// Test Search
reservations.Add(res1);
reservations.Add(res2);
reservations.Add(res3);
reservations.Add(res4);
LaneSchedulerState fourthState = new LaneSchedulerState(numberOfLanes, numberOfTimeSlots, reservations);
LaneSchedulerState failState = LaneScheduler.RecursiveSearch(fourthState, reservations, 0, 0, 0);
Assert.IsNull(failState, "Unschedulable state appears to have been scheduled!");
}
public void TestMethod1_SmallReservation()
{
int numberOfLanes = 8;
int numberOfTimeSlots = 5;
LaneWearData.Populate(numberOfLanes);
List<LaneSchedulerReservation> reservations = new List<LaneSchedulerReservation>();
// Reservation(int id, int numLanes, int numTimeSlots, int startTimeSlot)
LaneSchedulerReservation res1 = new LaneSchedulerReservation(1, 2, 2, 3);
LaneSchedulerReservation res2 = new LaneSchedulerReservation(2, 2, 2, 2);
LaneSchedulerReservation res3 = new LaneSchedulerReservation(3, 1, 2, 2);
// add reservations
reservations.Add(res1);
reservations.Add(res2);
reservations.Add(res3);
// Test Search
LaneSchedulerState thirdState = new LaneSchedulerState(numberOfLanes, numberOfTimeSlots, reservations);
LaneSchedulerState finalState = LaneScheduler.RecursiveSearch(thirdState, reservations, 0, 100, 0);
Assert.IsNotNull(finalState, "Final state was null, which is unexpected");
}
