GIVEN_a_virtual_pet_WHEN_the_game_starts_Update_the_model_and_alter_the_emotional_levels(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel,
VirtualPetsModel.PetMood expectedPetMood)
{
////PREPARE
////create a new instance of the VirtualPetsModel
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
//ACT
//TestCase 4
happyEmotionLevel = virtualPetsModel.happyEmotionLevel;
notBoredEmotionLevel = virtualPetsModel.notBoredEmotionLevel;
notHungryEmotionLevel = virtualPetsModel.notHungryEmotionLevel;
healthyEmotionLevel = virtualPetsModel.healthyEmotionLevel;
virtualPetsModel.UpdateEmotionLevels();
VirtualPetsModel.PetMood mood10 = virtualPetsModel.CalculateOverallMood();//unhealthy
virtualPetsModel.GetMood();
//ASSERT
Assert.AreEqual(mood10, expectedPetMood);
}
public void GIVEN_a_virtual_pet_WHEN_the_game_starts_AND_mood_set_have_reset_method_to_push_the_levels_back_to_100(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel,
VirtualPetsModel.PetMood expectedPetMood)
{
//PREPARE
//create a new instance of the VirtualPetsModel
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
///ACT
VirtualPetsModel.PetMood mood1 = virtualPetsModel.CalculateOverallMood();//bored
virtualPetsModel.GetMood();
virtualPetsModel.ResetPetEmotions();
happyEmotionLevel = virtualPetsModel.happyEmotionLevel;
notBoredEmotionLevel = virtualPetsModel.notBoredEmotionLevel;
notHungryEmotionLevel = virtualPetsModel.notHungryEmotionLevel;
healthyEmotionLevel = virtualPetsModel.healthyEmotionLevel;
VirtualPetsModel.PetMood mood9 = virtualPetsModel.GetMood();
// ASSERT
Assert.AreNotEqual(mood9, expectedPetMood);
}
GIVEN_a_virtual_pet_WHEN_the_game_starts_AND_mood_set_have_different_methods_change_overall_mood_Love(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel,
VirtualPetsModel.PetMood expectedPetMood)
{
////PREPARE
////create a new instance of the VirtualPetsModel
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
//ACT
//TestCase 3
VirtualPetsModel.PetMood mood5 = virtualPetsModel.CalculateOverallMood(); //unhappy
virtualPetsModel.GetMood();
virtualPetsModel.PetInteraction(VirtualPetsModel.GiveAction.Love); // now not unhappy
VirtualPetsModel.PetMood mood6 = virtualPetsModel.CalculateOverallMood(); //hungry
virtualPetsModel.GetMood();
//ASSERT
Assert.AreNotEqual(mood6, expectedPetMood);
}
GIVEN_a_virtual_pet_WHEN_the_game_starts_load_game_with_different_emotion_levels_AND_select_the_lowest_emotion_for_the_pet(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel,
VirtualPetsModel.PetMood expectedPetMood)
{
//PREPARE
//create a new instance of the VirtualPetsModel
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
//ACT
VirtualPetsModel.PetMood result = virtualPetsModel.CalculateOverallMood();
virtualPetsModel.GetMood();
//ASSERT
Assert.AreEqual(expectedPetMood, result);
}
private void timerUpdateMood_Tick(object sender, EventArgs e)
{
model.UpdateEmotionLevels();
levelHappy.Value = model.happyEmotionLevel;
levelHealthy.Value = model.healthyEmotionLevel;
levelBored.Value = model.notBoredEmotionLevel;
levelHungry.Value = model.notHungryEmotionLevel;
var mood = model.CalculateOverallMood();
switch (mood)
{
case VirtualPetsModel.PetMood.Bored:
pictureBoxMood.Image = imageListMoods.Images[2];
labelMood.Text = "I am bored!";
break;
case VirtualPetsModel.PetMood.Hungry:
pictureBoxMood.Image = imageListMoods.Images[3];
labelMood.Text = "I am Hungry!";
break;
case VirtualPetsModel.PetMood.Unhappy:
pictureBoxMood.Image = imageListMoods.Images[4];
labelMood.Text = "I am Sad!";
break;
case VirtualPetsModel.PetMood.Unhealthy:
pictureBoxMood.Image = imageListMoods.Images[1];
labelMood.Text = "I am Sick!";
break;
case VirtualPetsModel.PetMood.Okay:
pictureBoxMood.Image = imageListMoods.Images[0];
break;
case VirtualPetsModel.PetMood.Death:
pictureBoxMood.Image = imageListMoods.Images[9];
labelMood.Text = "You Killed me!";
break;
}
}
//What happens if the same number is returned for two moods it will take the last value of the if conditions
public void GIVEN_a_virtual_pet_WHEN_the_game_starts_load_it_with_same_emotion_values_select_the_last_value(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel, VirtualPetsModel.PetMood expectedPetMood
)
{
//PREPARE
//create a new instance of the VirtualPetsModel
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
//ACT
VirtualPetsModel.PetMood result = virtualPetsModel.CalculateOverallMood();
virtualPetsModel.GetMood();
//ASSERT
Assert.AreEqual(expectedPetMood, result);
}
public void GIVEN_a_virtual_pet_WHEN_the_game_starts_load_it_with_a_different_emotion_attribute_AND_ensure_that_right_mood_is_returned(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel,
VirtualPetsModel.PetMood expectedPetMood)
{
//PREPARE
//create a new instance of the VirtualPetsModel
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
//ACT
VirtualPetsModel.PetMood actualMood = virtualPetsModel.CalculateOverallMood();
virtualPetsModel.GetMood();
//ASSERT
Assert.AreNotSame(expectedPetMood, actualMood);
}
GIVEN_a_virtual_pet_WHEN_the_game_starts_load_it_with_a_different_emotion_attribute_AND_ensure_lowest_number_wins(
int happyEmotionLevel, int notHungryEmotionLevel, int notBoredEmotionLevel, int healthyEmotionLevel,
VirtualPetsModel.PetMood expectedPetMood)
{
//PREPARE
//Create the different emotions for the Pet
//Randomly select the dominant emotion
VirtualPetsModel virtualPetsModel = new VirtualPetsModel();
virtualPetsModel.happyEmotionLevel = happyEmotionLevel;
virtualPetsModel.notBoredEmotionLevel = notBoredEmotionLevel;
virtualPetsModel.notHungryEmotionLevel = notHungryEmotionLevel;
virtualPetsModel.healthyEmotionLevel = healthyEmotionLevel;
//ACT
//Assign a number level between 1-10 to each emotion,
//where 1 is the best state and 10 the worst
// select an emotion
VirtualPetsModel.PetMood actualMood = virtualPetsModel.CalculateOverallMood();
virtualPetsModel.GetMood();
//ASSERT
Assert.AreEqual(expectedPetMood, actualMood);
Assert.AreEqual(expectedPetMood, actualMood);
}