class getCritChance(unittest.TestCase):
""" Test cases of getCritChance """
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.pkmn = BuildPokemonBattleWrapper()
self.crit = CritDelegate(0)
def checkMods(self):
""" Test that mods affect the crit chance correctly """
self.crit = CritDelegate(0)
for mod in range(0, len(CritDelegate.critMods)):
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[mod], "The Pkmn's crit mod should get the corresponding crit chance"
def checkBase(self):
""" Test that base affect the crit chance correctly """
self.pkmn.statMods["CRT"] = 0
for base in range(0, len(CritDelegate.critMods)):
crit = CritDelegate(base)
chance = crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[base], "The Crit Delegate's base should get the corresponding crit chance"
def checkBaseAndMod(self):
""" Test that base and mod compound correctly """
base = 2
mod = 2
self.crit = CritDelegate(base)
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[base+mod], "The base and mod should compound to get the crit chance"
class checkForCrit(unittest.TestCase):
""" Test cases of checkForCrit """
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.crit = CritDelegate(0)
def didCrit(self):
""" Test that checkForCrit returns correctly when it did crit """
critChance = 1
rand = 0
crit, message = self.crit.checkForCrit(critChance, rand)
assert crit, "Should crit if critChance is greater than random"
assert message == CritDelegate.critMessage, "Should return the crit message"
def didntCrit(self):
""" Test that checkForCrit returns correctly when it did not crit """
critChance = 0
rand = 1
crit, message = self.crit.checkForCrit(critChance, rand)
assert not crit, "Should not crit if critChance is less than random"
assert message == CritDelegate.critMessage, "Should return the crit message"
def checkBase(self):
""" Test that base affect the crit chance correctly """
self.pkmn.statMods["CRT"] = 0
for base in range(0, len(CritDelegate.critMods)):
crit = CritDelegate(base)
chance = crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[base], "The Crit Delegate's base should get the corresponding crit chance"
def checkBase(self):
""" Test that base affect the crit chance correctly """
self.pkmn.statMods["CRT"] = 0
for base in range(0, len(CritDelegate.critMods)):
crit = CritDelegate(base)
chance = crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[
base], "The Crit Delegate's base should get the corresponding crit chance"
def checkMods(self):
""" Test that mods affect the crit chance correctly """
self.crit = CritDelegate(0)
for mod in range(0, len(CritDelegate.critMods)):
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[
mod], "The Pkmn's crit mod should get the corresponding crit chance"
def checkBaseAndMod(self):
""" Test that base and mod compound correctly """
base = 2
mod = 2
self.crit = CritDelegate(base)
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[
base +
mod], "The base and mod should compound to get the crit chance"
def checkMods(self):
""" Test that mods affect the crit chance correctly """
self.crit = CritDelegate(0)
for mod in range(0, len(CritDelegate.critMods)):
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[mod], "The Pkmn's crit mod should get the corresponding crit chance"
def checkBaseAndMod(self):
""" Test that base and mod compound correctly """
base = 2
mod = 2
self.crit = CritDelegate(base)
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[base+mod], "The base and mod should compound to get the crit chance"
def loadFromDB(cursor, parent):
""" Loads an attack Crit Delegate from a Database """
type, id = CritDelegateFactory.GetTypeAndID(cursor, parent.name)
if type == "CORE":
cursor.execute("SELECT base from CoreCritDelegate where id=?",
(id, ))
base = cursor.fetchone()[0]
return CritDelegate(base)
cursor.close()
class getCritChance(unittest.TestCase):
""" Test cases of getCritChance """
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.pkmn = BuildPokemonBattleWrapper()
self.crit = CritDelegate(0)
def checkMods(self):
""" Test that mods affect the crit chance correctly """
self.crit = CritDelegate(0)
for mod in range(0, len(CritDelegate.critMods)):
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[
mod], "The Pkmn's crit mod should get the corresponding crit chance"
def checkBase(self):
""" Test that base affect the crit chance correctly """
self.pkmn.statMods["CRT"] = 0
for base in range(0, len(CritDelegate.critMods)):
crit = CritDelegate(base)
chance = crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[
base], "The Crit Delegate's base should get the corresponding crit chance"
def checkBaseAndMod(self):
""" Test that base and mod compound correctly """
base = 2
mod = 2
self.crit = CritDelegate(base)
self.pkmn.statMods["CRT"] = mod
chance = self.crit.getCritChance(self.pkmn)
assert chance == CritDelegate.critMods[
base +
mod], "The base and mod should compound to get the crit chance"
class checkForCrit(unittest.TestCase):
""" Test cases of checkForCrit """
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.crit = CritDelegate(0)
def didCrit(self):
""" Test that checkForCrit returns correctly when it did crit """
critChance = 1
rand = 0
crit, message = self.crit.checkForCrit(critChance, rand)
assert crit, "Should crit if critChance is greater than random"
assert message == CritDelegate.critMessage, "Should return the crit message"
def didntCrit(self):
""" Test that checkForCrit returns correctly when it did not crit """
critChance = 0
rand = 1
crit, message = self.crit.checkForCrit(critChance, rand)
assert not crit, "Should not crit if critChance is less than random"
assert message == CritDelegate.critMessage, "Should return the crit message"
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.crit = CritDelegate(0)
def buildCritDelegate(element):
""" Builds a critDelegate for the damageDelegate """
delegate = element.find(Tags.critDelegateTag)
base = int(delegate.find(Tags.baseTag).text)
return CritDelegate(base)
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.pkmn = BuildPokemonBattleWrapper()
self.crit = CritDelegate(0)
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.crit = CritDelegate(0)
def setUp(self):
""" Build the CritDelegate and Pkmn for the test """
self.pkmn = BuildPokemonBattleWrapper()
self.crit = CritDelegate(0)
def buildNull():
""" Returns a Null crit delegate """
return CritDelegate(0)