def setUp(self):
""" Build the Trainer and Pokemon lists for use in tests """
self.trainer = Trainer()
self.pkmnOnBelt = BuildPokemonBattleWrapper()
self.pkmnWithHealth = BuildPokemon(pkmn = "BULBASAUR")
self.pkmnWithoutHealth = BuildPokemon(pkmn = "CHARMANDER")
self.pkmnWithoutHealth.battleDelegate.currHP = 0
class takeDamage(unittest.TestCase):
""" Tests logic for a Pokemon taking damage"""
def setUp(self):
""" Build the Trainer and Pokemon lists for use in tests """
self.pkmn = BuildPokemon()
def noFaint(self):
""" Test a Pokemon takes damage appropriately """
self.pkmn.battleDelegate.currHP = 2
self.pkmn.battleDelegate.takeDamage(1)
assert self.pkmn.battleDelegate.currHP == 1, \
"HP Should decrease by the damage taken"
def faintPerfect(self):
""" Test a Pokemon faints when it takes damage equal to its health """
self.pkmn.battleDelegate.currHP = 1
self.pkmn.battleDelegate.takeDamage(self.pkmn.battleDelegate.currHP)
assert self.pkmn.battleDelegate.currHP == 0, \
"When taking damage equivalent to the Pokemon's health the \
Pokemon should have no health"
assert self.pkmn.fainted(), "A Pokemon with 0 HP should be fainted"
def faintOver(self):
""" Test a Pokemon has zero health when taking more damage than it has health """
self.pkmn.battleDelegate.currHP = 1
self.pkmn.battleDelegate.takeDamage(self.pkmn.battleDelegate.currHP+1)
assert self.pkmn.battleDelegate.currHP == 0, \
"When taking damage greater than the Pokemon's health the \
Pokemon should have no health"
assert self.pkmn.fainted(), "A Pokemon with 0 HP should be fainted"
def setUp(self):
""" Build the Pokemon for use in the test """
self.pkmn = BuildPokemon()
self.ratio = 2
self.hp1 = 50
self.hp2 = 51
self.hp3 = 10
self.hp4 = 1
self.half = 25
class isFainted(unittest.TestCase):
""" Tests logic for determining if a Pokemon is fainted or not """
def setUp(self):
""" Build the Pokemon for use in the tests """
self.pkmn = BuildPokemon()
def isNotFainted(self):
""" Test a Pokemon with health is not fainted """
self.pkmn.battleDelegate.currHP = 1
assert not self.pkmn.fainted(), "A Pokemon with HP > 0 should not be fainted"
def isFainted(self):
""" Test a Pokemon is fainted when it has no health """
self.pkmn.battleDelegate.currHP = 0
assert self.pkmn.fainted(), "A Pokemon with 0 HP should be fainted"
def setUp(self):
""" Build the Trainer and Pokemon lists for use in tests """
self.pkmn = BuildPokemon()
def setUp(self):
""" Build the Pokemon for use in the tests """
self.pkmn = BuildPokemon()
class getRatioOfHealth(unittest.TestCase):
""" Tests getRatio returns the correct amount of the HP """
def setUp(self):
""" Build the Pokemon for use in the test """
self.pkmn = BuildPokemon()
self.ratio = 2
self.hp1 = 50
self.hp2 = 51
self.hp3 = 10
self.hp4 = 1
self.half = 25
def setHP(self, pkmn, amount):
""" Sets the HP and currHP of the given Pkmn """
pkmn.setStat("HP", amount)
pkmn.setCurrHP(amount)
def getRatio(self):
""" Test ratio with no truncation"""
self.setHP(self.pkmn, self.hp1)
ratio = self.pkmn.getRatioOfHealth(self.ratio)
ratioForDamage = self.pkmn.getRatioOfHealth(self.ratio, forDamage = True)
assert ratio == self.half, "getRatio result should be hp/ratio"
assert ratioForDamage == self.half, "getRatio for Damage result should be hp/ratio"
def getRatioTruncated(self):
""" Test ratio with truncation """
self.setHP(self.pkmn, self.hp2)
ratio = self.pkmn.getRatioOfHealth(self.ratio)
ratioForDamage = self.pkmn.getRatioOfHealth(self.ratio, forDamage = True)
assert ratio == self.half, "getRatio result should be hp/ratio truncated"
assert ratioForDamage == self.half, "getRatio for Damage result should be hp/ratio"
def getRatioUnderCurrHP(self):
""" Test ratio returned is equivalent to the Curr HP when CurrHP Is less than """
self.pkmn.setStat("HP", self.hp1)
self.pkmn.setCurrHP(self.hp3)
ratio = self.pkmn.getRatioOfHealth(self.ratio)
ratioForDamage = self.pkmn.getRatioOfHealth(self.ratio, forDamage = True)
assert ratio == self.half, "getRatio result should be Current HP"
assert ratioForDamage == self.hp3, "getRatio for Damage result should be hp/ratio"
def getRatioUnder1(self):
""" Test ratio with result under 1 """
self.setHP(self.pkmn, self.hp4)
ratio = self.pkmn.getRatioOfHealth(self.ratio)
ratioForDamage = self.pkmn.getRatioOfHealth(self.ratio, forDamage = True)
assert ratio == 1, "getRatio result should be 1 if hp/ratio would be under 1"
assert ratioForDamage == 1, "getRatio for Damage result should be 1 if hp/ratio would be under 1"
def setUp(self):
""" Build the *** for the test """
self.pkmn = BuildPokemon()
self.copy = PokemonFactory.copy(self.pkmn)