class getStatMod(unittest.TestCase):
""" Test that statMod returns the correct values for all stats """
def setUp(self):
""" Builds the Paralysis status"""
self.status = Paralysis()
def checkStatMods(self):
""" Test that stat modifiers are correct for Paralysis
.75 for SPD, 1 for the rest"""
for key in self.status.statMods:
if key == "SPD":
assert self.status.getStatMod(key) == .25, "SPD should be .25"
else:
assert self.status.getStatMod(key) == 1, "All stats, except SPD, should be 1"
class getStatMod(unittest.TestCase):
""" Test that statMod returns the correct values for all stats """
def setUp(self):
""" Builds the Paralysis status"""
self.status = Paralysis()
def checkStatMods(self):
""" Test that stat modifiers are correct for Paralysis
.75 for SPD, 1 for the rest"""
for key in self.status.statMods:
if key == "SPD":
assert self.status.getStatMod(key) == .25, "SPD should be .25"
else:
assert self.status.getStatMod(
key) == 1, "All stats, except SPD, should be 1"
def setUp(self):
""" Builds the ability and Pkmn for use in the tests """
self.battlePkmn = BuildPokemonBattleWrapper()
self.status = Paralysis()
self.status2 = Status()
self.stat = "ATK"
self.mod = 1.5
self.ability = StatModOnStatusAbility("", self.stat, self.mod)
def setUp(self):
""" Builds the delegate and pkmn for use in the tests """
self.pkmn = BuildPokemonBattleWrapper()
self.statusAbbr = "PAR"
self.status = Paralysis()
self.statusAbbr2 = "FRZ"
self.delegate = CureStatusDelegate(self.statusAbbr, 1)
self.delegate2 = CureStatusDelegate(self.statusAbbr2, 1)
class immune(unittest.TestCase):
""" Test that immune returns correctly """
def setUp(self):
""" Builds the Paralysis status"""
self.status = Paralysis()
def immune(self):
""" Test if it can correctly identify when the target is immune """
types = ["GROUND"]
other = "ELECTRIC"
assert self.status.immune(
types, other), "Should be immune if GROUND and ELECTRIC combo"
types = ["GROUND", "ELECTRIC"]
other = "ELECTRIC"
assert self.status.immune(
types, other
), "Should be immune if GROUND and ELECTRIC combo regardless of other type"
types = ["ELECTRIC", "GROUND"]
other = "ELECTRIC"
assert self.status.immune(
types, other
), "Should be immune if GROUND and ELECTRIC combo regardless of other type"
def notImmune(self):
""" Test if it can correctly identify when the target is immune """
types = ["FIRE"]
other = "FIRE"
assert not self.status.immune(
types,
other), "Should not be immune if not GROUND and ELECTRIC combo"
types = ["FIRE", "ELECTRIC"]
other = "GROUND"
assert not self.status.immune(
types, other
), "Should not be immune if not GROUND and ELECTRIC combo in the right order"
types = ["GROUND", "ELECTRIC"]
other = "FIRE"
assert not self.status.immune(
types, other), "Should not be immune if only GROUND"
types = ["ELECTRIC"]
other = "ELECTRIC"
assert not self.status.immune(
types, other), "Should not be immune if only ELECTRIC"
class immune(unittest.TestCase):
""" Test that immune returns correctly """
def setUp(self):
""" Builds the Paralysis status"""
self.status = Paralysis()
def immune(self):
""" Test if it can correctly identify when the target is immune """
types = ["GROUND"]
other = "ELECTRIC"
assert self.status.immune(types, other), "Should be immune if GROUND and ELECTRIC combo"
types = ["GROUND", "ELECTRIC"]
other = "ELECTRIC"
assert self.status.immune(types, other), "Should be immune if GROUND and ELECTRIC combo regardless of other type"
types = ["ELECTRIC", "GROUND"]
other = "ELECTRIC"
assert self.status.immune(types, other), "Should be immune if GROUND and ELECTRIC combo regardless of other type"
def notImmune(self):
""" Test if it can correctly identify when the target is immune """
types = ["FIRE"]
other = "FIRE"
assert not self.status.immune(types, other), "Should not be immune if not GROUND and ELECTRIC combo"
types = ["FIRE", "ELECTRIC"]
other = "GROUND"
assert not self.status.immune(types, other), "Should not be immune if not GROUND and ELECTRIC combo in the right order"
types = ["GROUND", "ELECTRIC"]
other = "FIRE"
assert not self.status.immune(types, other), "Should not be immune if only GROUND"
types = ["ELECTRIC"]
other = "ELECTRIC"
assert not self.status.immune(types, other), "Should not be immune if only ELECTRIC"
def hasStatusAlready(self):
""" Tests checkStatusAlready returns correctly if the pkmn has a status already """
self.pkmn.setStatus(Paralysis())
assert self.delegate.checkStatusAlready(
self.pkmn), "Should have a status already"
def setUp(self):
""" Builds the Paralysis status"""
self.status = Paralysis()
def notParalyzed(self):
""" Test if values for paralyzed return correctly """
for i in range(25, 100):
assert not Paralysis.paralyzed(i), "Should be paralyzed on 0-24"
def setUp(self):
""" Builds the Paralysis status"""
self.status = Paralysis()
def notParalyzed(self):
""" Test if values for paralyzed return correctly """
for i in range(25, 100):
assert not Paralysis.paralyzed(i), "Should be paralyzed on 0-24"