def test_makeMoveShouldPrioritiseDamagingTheHighestHealthPlayerIfItCantKillAPlayer(
self):
MaxHPWarlock = Warlock()
MaxHPWarlock.health = 130
MinHPWarlock = Warlock()
MinHPWarlock.health = 70
Warlock1 = Warlock()
Warlock1.health = 80
Warlock2 = Warlock()
Warlock2.health = 80
myEnemy = Rat()
playerList = [Warlock1, MaxHPWarlock, MinHPWarlock, Warlock2]
damage, PlayerToHit = makeMove(myEnemy, playerList)
self.assertEqual(PlayerToHit, MaxHPWarlock)
def test_getPlayersToAttackShouldReturnThePlayersWithTheLowestAndHighestHealth(
self):
MaxHPWarlock = Warlock()
MaxHPWarlock.health = 130
MinHPWarlock = Warlock()
MinHPWarlock.health = 1
Warlock1 = Warlock()
Warlock1.health = 10
Warlock2 = Warlock()
Warlock2.health = 10
playerList = [Warlock1, MaxHPWarlock, MinHPWarlock, Warlock2]
playerWithLeastHealth, playerWithMaxHealth, = getPlayersToAttack(
playerList)
self.assertEqual(MinHPWarlock, playerWithLeastHealth)
self.assertEqual(MaxHPWarlock, playerWithMaxHealth)
def test_getPlayersToAttackShouldReturnTheFirstPlayerInListIfAllHealthsAreTheSame(
self):
firstWarlock = Warlock()
secondWarlock = Warlock()
thirdWarlock = Warlock()
fourthWarlock = Warlock()
firstWarlock.health = 10
secondWarlock.health = 10
thirdWarlock.health = 10
fourthWarlock.health = 10
playerList = [firstWarlock, secondWarlock, thirdWarlock, fourthWarlock]
playerWithLeastHealth, playerWithMaxHealth = getPlayersToAttack(
playerList)
self.assertEqual(firstWarlock, playerWithLeastHealth)
self.assertEqual(firstWarlock, playerWithMaxHealth)
def test_makeMoveShouldPrioritiseKillingAPlayerOverDamagingOtherPlayers(
self):
MaxHPWarlock = Warlock()
MaxHPWarlock.health = 130
MinHPWarlock = Warlock()
MinHPWarlock.health = 1
Warlock1 = Warlock()
Warlock1.health = 10
Warlock2 = Warlock()
Warlock2.health = 10
myEnemy = Rat()
playerList = [Warlock1, MaxHPWarlock, MinHPWarlock, Warlock2]
damage, PlayerToHit = makeMove(myEnemy, playerList)
self.assertEqual(PlayerToHit, MinHPWarlock)
self.assertTrue(damage.calcDamage() >= 1)