public void TestWhenACandyItemIsConsumed()
{
CandyItem x = new CandyItem("Snickers", 50);
string result = x.Consume();
Assert.AreEqual("Munch Munch, Yum!", result);
}
private void AddItemToList(string inLineItem)
{
// Split line on |
string[] splitItems = inLineItem.Split("|");
var name = splitItems[1];
var slotNumber = splitItems[0];
var price = decimal.Parse(splitItems[2]);
var type = splitItems[3];
if (type == "Chip")
{
var chipItem = new ChipItem(name, slotNumber, price);
Items.Add(slotNumber, chipItem);
}
else if (type == "Candy")
{
var candyItem = new CandyItem(name, slotNumber, price);
Items.Add(slotNumber, candyItem);
}
else if (type == "Drink")
{
var drinkItem = new DrinkItem(name, slotNumber, price);
Items.Add(slotNumber, drinkItem);
}
else if (type == "Gum")
{
var gumItem = new GumItem(name, slotNumber, price);
Items.Add(slotNumber, gumItem);
}
}
public void CheckIfConsumeReturnsString2()
{
CandyItem chips = new CandyItem("Snickers", 4.00M);
string result = chips.Consume();
Assert.AreEqual("Munch Munch, Yum!", result);
}
public void Verify_CandyItem_MakeSound()
{
CandyItem testCandy = new CandyItem("test", 1);
string testSound = testCandy.MakeSound();
Assert.AreEqual("Munch Munch, Yum!", testSound);
}
public void CheckIfCandyItemNameAndPriceExist()
{
CandyItem x = new CandyItem("Snickers", 125);
string item = x.ItemName;
decimal price = x.Price;
Assert.AreEqual("Snickers", item);
Assert.AreEqual(125, price);
}
public void DoesItMunchMunchYum()
{
// Arrange
CandyItem tester = new CandyItem("test", 1);
// Act
string result = tester.Consume();
// Assert
Assert.AreEqual("Munch Munch, Yum!", result);
}
public void CandyItem()
{
string item = "";
decimal price = 0.00M;
CandyItem testClass = new CandyItem(item, price);
string result = testClass.Consume();
Assert.AreEqual("Munch Munch, Yum!", result);
}
public void OneItemInInventory_ReturnsKeysListCorrectly()
{
// Arrange
Dictionary <string, VendableItems> inventory = new Dictionary <string, VendableItems>();
CandyItem ci = new CandyItem("TEST_SLOT", "TEST_ITEM", 0.05M);
VendingMachine vm = new VendingMachine(inventory);
// Act
inventory.Add(ci.ProductCode, ci);
// Assert
CollectionAssert.AreEqual(new string[] { ci.ProductCode }, vm.Slots);
}
public void TwoItemsInInventory_CanGetItemAtSlot()
{
// Arrange
Dictionary <string, VendableItems> inventory = new Dictionary <string, VendableItems>();
CandyItem ci1 = new CandyItem("TEST_SLOT_1", "TEST_ITEM_1", 0.05M);
CandyItem ci2 = new CandyItem("TEST_SLOT_2", "TEST_ITEM_2", 0.15M);
VendingMachine vm = new VendingMachine(inventory);
// Act
inventory.Add(ci1.ProductCode, ci1);
inventory.Add(ci2.ProductCode, ci2);
// Assert
Assert.AreEqual(ci1, vm.GetItemAtSlot(ci1.ProductCode));
Assert.AreEqual(ci2, vm.GetItemAtSlot(ci2.ProductCode));
}
public void Initialize()
{
testClass = new CandyItem("", 0.0M);
}
public void Initialize()
{
candy = new CandyItem("CANDY_SLOT", "CANDY_NAME", 0.01M);
}
public void CandyConsumeTest()
{
CandyItem chocolate = new CandyItem("Crunch", 1.50M);
Assert.AreEqual("Munch Munch, Yum!", chocolate.Consume());
}
public void CandyPriceTest()
{
CandyItem chocolate = new CandyItem("Crunch", 1.50M);
Assert.AreEqual(150M, chocolate.priceInCents);
}
public void CandyNameTest()
{
CandyItem chocolate = new CandyItem("Crunch", 1.50M);
Assert.AreEqual("Crunch", chocolate.itemName);
}
public void CandyConsume()
{
CandyItem snack = new CandyItem("KitKat", 1.00M);
Assert.AreEqual("Munch Munch, Yum!", snack.Consume());
}
public void CandyAmount()
{
CandyItem candy = new CandyItem("Crunch", 1.55M);
Assert.AreEqual(1.55M, candy.Cost);
}
public void CandyName()
{
CandyItem snack = new CandyItem("Crunch", 1.00M);
Assert.AreEqual("Crunch", snack.Name);
}
