public void TestIfAfter1dmgOf11and1tickStrenghtIs99()
{
ShieldModel shieldModel6 = new ShieldModel();
shieldModel6.TakeDamage(11);
shieldModel6.Tick();
Assert.AreEqual(shieldModel6.GetStrength(), 99);
}
public void OneDamageOfElevenAndOneTickActionTest()
{
ShieldModel sm = new ShieldModel();
sm.TakeDamage(11);
sm.Tick();
Assert.AreEqual(99, sm.GetStrength());
}
//Event Button Tick
public void EVENT_Button_Tick()
{
if (model.IsRepairable())
{
model.Tick();
}
view.Refresh();
}
public void IsStrength99After11DamageAndTick()
{
ShieldModel model = new ShieldModel();
model.TakeDamage(11);
model.Tick();
Assert.AreEqual(model.GetStrength(), 99);
}
public void CheckingAfter_11_DamageAfterTickStrengthIs10()
{
ShieldModel sh = new ShieldModel();
sh.TakeDamage(11);
sh.Tick();
Assert.AreEqual(sh.GetStrength(), 99);
}
public void TestDamage11Tick1Strength99()
{
// Use the Assert class to test conditions.
ShieldModel shieldModel = new ShieldModel();
shieldModel.TakeDamage(11);
shieldModel.Tick();
Assert.AreEqual(99, shieldModel.GetStrength());
}
public void ButtonTick()
{
if (shieldModel.GetStrength() > shieldModel.RepairableThreshold)
{
shieldModel.Tick();
shieldView.UpdateStrText(shieldModel.GetStrength());
Debug.Log("Ticked");
}
}
public void TestAfterDamageAndTick()
{
ShieldModel sm = new ShieldModel();
sm.TakeDamage(11);
sm.Tick();
int strength = sm.GetStrength();
Assert.That(strength == 99);
}
public void TestAfterDamage11And1TickStrength99()
{
ShieldModel sm = new ShieldModel();
int expected = 99;
sm.TakeDamage(11);
sm.Tick();
int result = sm.GetStrength();
Assert.AreEqual(expected, result);
}
public void After11DamageTest()
{
ShieldModel sm = new ShieldModel();
int expectedStrength = 99;
sm.TakeDamage(11); //damage by 11
sm.Tick(); //repair by 10
int result = sm.GetStrength();
Assert.AreEqual(expectedStrength, result);
}
public void TestAfterDamageElevenAndTickOneAndStrengthNinetyNine()
{
//Arange
ShieldModel sm = new ShieldModel();
int damage = 11;
int expectedResult = 99;
//Act
sm.TakeDamage(damage);
sm.Tick();
int strength = sm.GetStrength();
//assert
Assert.AreEqual(expectedResult, strength);
}
public void TestAfterOneDamageOfElevenAndOneTickStengthNinetyNine()
{
// Arrange
ShieldModel sm = new ShieldModel();
int damage = 11;
int expectedResult = 99;
// Act
bool takeDamage = sm.TakeDamage(damage);
sm.Tick();
int result = sm.GetStrength();
// Assert
Assert.AreEqual(expectedResult, result);
}
public void TestAfter1DamageOf11FollowedBy1TickAndStrength90()
{
//arrange
ShieldModel sm = new ShieldModel();
int damageQty = 11;
int tickQty = 1;
int expectedDamage = 100;
//act
bool damageSuccess = sm.IsRepairable();
sm.Tick();
int result = sm.GetStrength();
//assert
Assert.True(damageSuccess);
Assert.AreEqual(result, expectedDamage);
}
public void ShieldTick()
{
shieldModel.Tick();
shieldView.ShieldViewUpdate(shieldModel.GetStrength(), shieldModel.IsRepairable());
}
public void EventTick()
{
sm.Tick();
sv.Refresh();
}
public void EVENT_Tick()
{
model.Tick();
view.Refresh();
}
public void HandleTick()
{
model.Tick();
view.Refresh();
}
public void Tick()
{
model.Tick();
UpdateView();
}
public void EVENT_Tick()
{
shieldModel.Tick();
shieldView.Refresh();
}
public void ApplyTick()
{
model.Tick();
}
