Test Plan for CookIngredientComponent

The purpose of this plan is to test the basic functionality of the cook ingredient component.

Test Environment

• Framework: JUnit4
• Objects Used: Oven, stove

Test Cases - Testing CookIngredientComponent

Ingredient starts cooking

Purpose:

The purpose of this test is to verify that an ingredient starts cooking when the cooking event is triggered.

Test Method:

testCookingStarts()

Expected Outcome:

When the 'cookIngredient' event is triggered, the getIsCooking() method of the CookIngredientComponent should return true.

Test ingredient becomes cooked

Purpose:

The purpose of this test is to verify that an ingredient becomes cooked after a certain event is triggered.

Test Method:

testIngredientBecomesCooked()

Expected Outcomes:

• When the 'cookIngredient' event is triggered, the cooking process should start.
• After the specified time has passes the cookItem() method should be triggered on the IngredientComponent.

Test that ingredient stops cooking

Purpose:

The purpose of this test is to verify that the cooking process stops when the stopCookingIngredient event is triggered.

Test Method:

testStopCooking()

Expected Outcome:

• When the 'stopCookIngredient' event is triggered, the getIsCooking() method should return false.

Test that ingredient becomes burnt

Purpose:

The purpose of this test is to verify that the ingredient becomes burnt if too much time has passed since it was cooked.

Test Method:

testIngredientBecomesBurnt()

Expected Outcome:

• After the cooking time has passed and the ingredient is cooked, the burnItem method on the IngredientComponent should be triggered.
• The cooking process should stop and the getIsCooking method should return false

Test that rage mode affects cooking

Purpose:

The purpose of this test is to verify that rage mode affects the cooking time.

Test Method:

testRageMode

Expected Outcome:

• When the rageModeOn event is triggered cooking times should be reduced allowing the ingredient to cook faster.
• The cookItem() method should be called after a reduced amount of time compared to normal conditions.