public void TryPlaceContainer_ShouldMoveValuableToTop()
{
// Arrange
Stack stack = new Stack(true, true);
IContainer valContainer = new ValuableContainer();
IContainer coolContainer = new CoolContainer();
IContainer normalContainer = new NormalContainer();
// Act
stack.TryPlaceContainer(valContainer);
stack.TryPlaceContainer(coolContainer);
stack.TryPlaceContainer(normalContainer);
// Assert
Assert.Equal(valContainer, stack.Containers[2]);
}
public void Check_ShipWeight_True()
{
//In this test I will check the weight check.
List <NormalContainer> listContainers = new List <NormalContainer>();
NormalContainer container1 = new NormalContainer(60000);
NormalContainer container2 = new NormalContainer(60000);
ship.width = 2;
ship.length = 1;
balanceAlgorithme.SetShip(ship);
listContainers.Add(container1);
listContainers.Add(container2);
balanceAlgorithme.nList = listContainers;
//Act
balanceAlgorithme.FillShip();
//Assert
Assert.AreEqual(true, ship.CheckForCapSize());
}
public void Check_ShipBalance_True()
{
//In this method I will check the ship balance.
List <NormalContainer> listContainers = new List <NormalContainer>();
NormalContainer container1 = new NormalContainer(60000);
NormalContainer container2 = new NormalContainer(60000);
NormalContainer container3 = new NormalContainer(60000);
NormalContainer container4 = new NormalContainer(60000);
ship.width = 2;
ship.length = 2;
balanceAlgorithme.SetShip(ship);
listContainers.Add(container1);
listContainers.Add(container2);
balanceAlgorithme.nList = listContainers;
//Act
balanceAlgorithme.FillShip();
ship.CheckBalance();
//Assert
Assert.AreEqual(true, ship.IsInBalance);
}
public void Check_ShipBalance_False()
{
//In this method I will check the ship balance.
List <NormalContainer> listContainers = new List <NormalContainer>();
NormalContainer container1 = new NormalContainer(60000);
NormalContainer container2 = new NormalContainer(60000);
NormalContainer container3 = new NormalContainer(60000);
ship.width = 2;
ship.length = 1;
balanceAlgorithme.SetShip(ship);
listContainers.Add(container1);
listContainers.Add(container2);
balanceAlgorithme.nList = listContainers;
//Act
balanceAlgorithme.FillShip();
//Now we insert a container on the right side, this will trigger a unbalanced ship.
ship.rows[0].Stacks[1].AddContainerToStack(container3);
ship.CheckBalance();
//Assert
Assert.AreEqual(false, ship.IsInBalance);
}
public void Max_Weight_Test()
{
// In this test I will test my algorithm will not place the container if the weight is above 120 ton
List <NormalContainer> listContainer = new List <NormalContainer>();
NormalContainer container1 = new NormalContainer(120001);
NormalContainer container2 = new NormalContainer(250);
ship.width = 2;
ship.length = 1;
balanceAlgorithme.SetShip(ship);
listContainer.Add(container1);
listContainer.Add(container2);
balanceAlgorithme.nList = listContainer;
//Act
balanceAlgorithme.FillShip();
int row1 = ship.rows[0].Stacks[0].weight;
int row2 = ship.rows[0].Stacks[1].weight;
//Assert
Assert.AreEqual(120001, row1);
Assert.AreEqual(250, row2);
}
public void Place_HeaviestContainer_OnBottom()
{
//In this test I will test I can place the heaviest container on the bottom I will need 2 containers
List <NormalContainer> listContainer = new List <NormalContainer>();
NormalContainer container1 = new NormalContainer(250);
NormalContainer container2 = new NormalContainer(300);
ship.width = 1;
ship.length = 1;
balanceAlgorithme.SetShip(ship);
listContainer.Add(container1);
listContainer.Add(container2);
balanceAlgorithme.nList = listContainer;
//Act
balanceAlgorithme.FillShip();
int containerUnder = ship.rows[0].Stacks[0].containers[0].weight;
int containerAbove = ship.rows[0].Stacks[0].containers[1].weight;
//Arrange
Assert.AreEqual(container2.weight, containerUnder);
Assert.AreEqual(container1.weight, containerAbove);
}
