def setUp(self):
""" Builds the delegate and pkmn for use in the tests """
self.pkmn = BuildPokemonBattleWrapper()
self.status = "PAR"
attack = Attack()
attack.type = ""
self.delegate = ApplyStatusDelegate(attack, self.status, 1)
def setUp(self):
""" Builds the delegate and pkmn for use in the tests """
self.pkmn = BuildPokemonBattleWrapper()
self.status = "PAR"
attack = Attack()
attack.type = ""
self.delegate = ApplyStatusDelegate(attack, self.status, 1)
def setUp(self):
""" Build the Attack for the test """
self.attack = Attack()
self.messages = ["My Test Messages"]
self.attack.preconditionsStep = MockStep(self.messages)
self.attack.announcementStep = MockStep(self.messages)
self.attack.removePPStep = MockStep(self.messages)
self.attack.hitStep = MockStep(self.messages)
self.attack.damageStep = MockStep(self.messages)
self.attack.effectsStep = MockStep(self.messages)
self.attack.handleContactStep = MockStep(self.messages)
self.attack.handleMissEffectsStep = MockStep(self.messages)
def loadFromPokemonFile(file):
""" Load an attack as saved within a Pokemon instance in a file """
attack = Attack()
attackdex = AttackFactory.getAttackdexTree()
attack.name = file.readline().strip()
temp = ""
while (temp.find(attack.name) == -1):
""" Read the file until you find the species we need """
temp = attackdex.readline().strip()
attack.type = attackdex.readline().strip()
#Load delegates
attack.hitDelegate = HitDelegateFactory.loadFromAttackDex(attackdex, attack)
attack.damageDelegate = DamageDelegateFactory.loadFromAttackDex(attackdex, attack)
attack.effectDelegate = EffectDelegateFactory.loadFromAttackDex(attackdex)
# Get currPP and PP from file
values = file.readline().strip().split(" ")
attack.powerPoints = int(values[0])
attack.currPowerPoints = int(values[1])
attackdex.close()
return attack
def setUp(self):
""" Build the Step for the test """
self.attack = Attack()
self.attack.name = "Test Attack"
self.step = AnnouncementStep(self.attack)
self.header = "Header"
self.calledGetHeader = False
def setUp(self):
""" Build the Step for the test """
self.attack = Attack()
self.attack.damageDelegate = self
self.step = DamageStep(self.attack)
self.messages = ["My Test Messages"]
self.calledDoDamage = False
def setUp(self):
""" Build the Step for the test """
self.attack = Attack()
self.attack.hitDelegate = self
self.step = HitStep(self.attack)
self.messages = ["My Test Messages"]
self.calledHit = False
def setUp(self):
""" Build the Step for the test """
self.attack = Attack()
self.step = PreconditionStep(self.attack)
self.preconditionMessages = ["My Precondition Messages"]
self.attackMessages = ["My Attack Messages"]
self.calledCheckPreConditions = False
def setUp(self):
""" Build the Step for the test """
self.attack = Attack()
self.originalPowerPointsValue = 10
self.attack.currPowerPoints = self.originalPowerPointsValue
self.step = RemovePPStep(self.attack)
self.target = BuildPokemonBattleWrapper()
self.target.getAbility().powerPointsPressure = self.powerPointsPressure
self.pressure = 2
self.usedAbility = False
class isStatus(unittest.TestCase):
""" Test cases of isStatus """
def setUp(self):
""" Build the Attack and Damage Delegate for the test """
self.attack = Attack()
self.nullDamageDelegate = NullDamageDelegate()
self.normalDamageDelegate = DamageDelegate(None, None, None)
def hasNullDamageDelegate(self):
""" Test that when the damage delegate is the null damage delegate the attack is a status attack """
self.attack.damageDelegate = self.nullDamageDelegate
isStausAttack = self.attack.isStatus()
self.assertTrue(isStausAttack, "The Attack should be a status attack")
def hasNormalDamageDelegate(self):
""" Test that when the damage delegate is normal the attack is not a status attack """
self.attack.damageDelegate = self.normalDamageDelegate
isStausAttack = self.attack.isStatus()
self.assertFalse(isStausAttack,
"The Attack should not be a status attack")
def setUp(self):
""" Build the Attack for the test """
self.attack = Attack()
self.messages = ["My Test Messages"]
self.attack.preconditionsStep = MockStep(self.messages)
self.attack.announcementStep = MockStep(self.messages)
self.attack.removePPStep = MockStep(self.messages)
self.attack.hitStep = MockStep(self.messages)
self.attack.damageStep = MockStep(self.messages)
self.attack.effectsStep = MockStep(self.messages)
self.attack.handleContactStep = MockStep(self.messages)
self.attack.handleMissEffectsStep = MockStep(self.messages)
class isStatus(unittest.TestCase):
""" Test cases of isStatus """
def setUp(self):
""" Build the Attack and Damage Delegate for the test """
self.attack = Attack()
self.nullDamageDelegate = NullDamageDelegate()
self.normalDamageDelegate = DamageDelegate(None, None, None)
def hasNullDamageDelegate(self):
""" Test that when the damage delegate is the null damage delegate the attack is a status attack """
self.attack.damageDelegate = self.nullDamageDelegate
isStausAttack = self.attack.isStatus()
self.assertTrue(isStausAttack, "The Attack should be a status attack")
def hasNormalDamageDelegate(self):
""" Test that when the damage delegate is normal the attack is not a status attack """
self.attack.damageDelegate = self.normalDamageDelegate
isStausAttack = self.attack.isStatus()
self.assertFalse(isStausAttack, "The Attack should not be a status attack")
def setUp(self):
""" Build the Step for the test """
self.attack = Attack()
self.step = HandleContactStep(self.attack)
self.user = BuildPokemonBattleWrapper()
self.target = BuildPokemonBattleWrapper()
self.user.getAbility().onContact = self.onContact
self.target.getAbility().onContact = self.onContact
self.hitPkmn = None
self.calledOnContact = 0
self.messages = ["My Test Message"]
def buildAttackFromXML(tree):
""" Build an Attack from XML tree """
attack = Attack()
attack.name = tree.find(Tags.nameTag).text
attack.type = tree.find(Tags.typeTag).text
attack.makes_contact = Tags.contactAttribute in tree.attrib
# Delegates
for delegateCategory in AttackFactory.factories.keys():
delegate = AttackFactory.getDelegate(tree, delegateCategory, attack)
attack.addDelegate(delegateCategory, delegate)
effects = tree.find(Tags.effectDelegatesTag)
if effects is not None:
for effect in effects.getchildren():
delegate = EffectDelegateFactory.loadFromXML(effect, attack)
attack.addDelegate(Tags.effectDelegateTag, delegate)
return attack
def buildAttackFromDB(cursor, name):
""" Build an Attack from a Database connection """
attack = Attack()
cursor.execute("SELECT Type.name from Attack, Type where Attack.name = ? and Attack.type_id = Type.id", (name,))
type = cursor.fetchone()[0]
attack.name = name
attack.type = type
# Delegates
for delegateCategory in AttackFactory.factories.keys():
delegate = AttackFactory.getDelegateDB(cursor, delegateCategory, attack)
attack.addDelegate(delegateCategory, delegate)
attack.effectDelegates = EffectDelegateFactory.loadAllEffectsFromDB(cursor, attack)
return attack
def getConfusionAttack():
""" Builds and returns the DamageDelegate used for Confusion """
attack = Attack()
attack.type = ""
return DamageDelegate(attack, 40, 1)
def setUp(self):
""" Build the Attack and Damage Delegate for the test """
self.attack = Attack()
self.nullDamageDelegate = NullDamageDelegate()
self.normalDamageDelegate = DamageDelegate(None, None, None)
class use(unittest.TestCase):
""" Test cases of use """
def setUp(self):
""" Build the Attack for the test """
self.attack = Attack()
self.messages = ["My Test Messages"]
self.attack.preconditionsStep = MockStep(self.messages)
self.attack.announcementStep = MockStep(self.messages)
self.attack.removePPStep = MockStep(self.messages)
self.attack.hitStep = MockStep(self.messages)
self.attack.damageStep = MockStep(self.messages)
self.attack.effectsStep = MockStep(self.messages)
self.attack.handleContactStep = MockStep(self.messages)
self.attack.handleMissEffectsStep = MockStep(self.messages)
def preconditions_Failing(self):
""" Test that failing precodnitions prevents the attack from being done """
self.attack.preconditionsStep.passed = False
messages = self.attack.use(None, None, None)
self.assertTrue(self.attack.preconditionsStep.performed, "Should have performed the Precondition Step")
self.assertFalse(self.attack.announcementStep.performed, "Should not have performed the Announcement Step")
self.assertFalse(self.attack.removePPStep.performed, "Should not have performed the Remove PP Step")
self.assertFalse(self.attack.hitStep.performed, "Should not have performed the Hit Step")
self.assertFalse(self.attack.damageStep.performed, "Should not have performed the Damage Step")
self.assertFalse(self.attack.effectsStep.performed, "Should not have performed the Effects Step")
self.assertFalse(self.attack.handleContactStep.performed, "Should not have performed the Handle Contact Step")
self.assertFalse(self.attack.handleMissEffectsStep.performed, "Should not have performed the Hanlde Miss Effects Step")
self.assertEquals(self.messages, messages, 'Should have messages for each performed step')
def hit_Succeeded(self):
""" Test that passing precodnitions allows the attack to be used """
self.attack.preconditionsStep.passed = True
self.attack.hitStep.hit = True
messages = self.attack.use(None, None, None)
self.assertTrue(self.attack.preconditionsStep.performed, "Should have performed the Precondition Step")
self.assertTrue(self.attack.announcementStep.performed, "Should have performed the Announcement Step")
self.assertTrue(self.attack.removePPStep.performed, "Should have performed the Remove PP Step")
self.assertTrue(self.attack.hitStep.performed, "Should have performed the Hit Step")
self.assertTrue(self.attack.damageStep.performed, "Should have performed the Damage Step")
self.assertTrue(self.attack.effectsStep.performed, "Should have performed the Effects Step")
self.assertTrue(self.attack.handleContactStep.performed, "Should have performed the Handle Contact Step")
self.assertFalse(self.attack.handleMissEffectsStep.performed, "Should not have performed the Hanlde Miss Effects Step")
self.assertEquals(self.messages*7, messages, 'Should have messages for each performed step')
def hit_Missed(self):
""" Test that messages from the attack are returned """
self.attack.preconditionsStep.passed = True
self.attack.hitStep.hit = False
messages = self.attack.use(None, None, None)
self.assertTrue(self.attack.preconditionsStep.performed, "Should have performed the Precondition Step")
self.assertTrue(self.attack.announcementStep.performed, "Should have performed the Announcement Step")
self.assertTrue(self.attack.removePPStep.performed, "Should have performed the Remove PP Step")
self.assertTrue(self.attack.hitStep.performed, "Should have performed the Hit Step")
self.assertFalse(self.attack.damageStep.performed, "Should not have performed the Damage Step")
self.assertFalse(self.attack.effectsStep.performed, "Should not have performed the Effects Step")
self.assertFalse(self.attack.handleContactStep.performed, "Should not have performed the Handle Contact Step")
self.assertTrue(self.attack.handleMissEffectsStep.performed, "Should have performed the Hanlde Miss Effects Step")
self.assertEquals(self.messages*5, messages, 'Should have messages for each performed step')
def setUp(self):
""" Build the Attack and Damage Delegate for the test """
self.attack = Attack()
self.nullDamageDelegate = NullDamageDelegate()
self.normalDamageDelegate = DamageDelegate(None, None, None)
def getConfusionAttack():
""" Builds and returns the DamageDelegate used for Confusion """
attack = Attack()
attack.type = ""
return DamageDelegate(attack, 40, 1)
class use(unittest.TestCase):
""" Test cases of use """
def setUp(self):
""" Build the Attack for the test """
self.attack = Attack()
self.messages = ["My Test Messages"]
self.attack.preconditionsStep = MockStep(self.messages)
self.attack.announcementStep = MockStep(self.messages)
self.attack.removePPStep = MockStep(self.messages)
self.attack.hitStep = MockStep(self.messages)
self.attack.damageStep = MockStep(self.messages)
self.attack.effectsStep = MockStep(self.messages)
self.attack.handleContactStep = MockStep(self.messages)
self.attack.handleMissEffectsStep = MockStep(self.messages)
def preconditions_Failing(self):
""" Test that failing precodnitions prevents the attack from being done """
self.attack.preconditionsStep.passed = False
messages = self.attack.use(None, None, None)
self.assertTrue(self.attack.preconditionsStep.performed,
"Should have performed the Precondition Step")
self.assertFalse(self.attack.announcementStep.performed,
"Should not have performed the Announcement Step")
self.assertFalse(self.attack.removePPStep.performed,
"Should not have performed the Remove PP Step")
self.assertFalse(self.attack.hitStep.performed,
"Should not have performed the Hit Step")
self.assertFalse(self.attack.damageStep.performed,
"Should not have performed the Damage Step")
self.assertFalse(self.attack.effectsStep.performed,
"Should not have performed the Effects Step")
self.assertFalse(self.attack.handleContactStep.performed,
"Should not have performed the Handle Contact Step")
self.assertFalse(
self.attack.handleMissEffectsStep.performed,
"Should not have performed the Hanlde Miss Effects Step")
self.assertEquals(self.messages, messages,
'Should have messages for each performed step')
def hit_Succeeded(self):
""" Test that passing precodnitions allows the attack to be used """
self.attack.preconditionsStep.passed = True
self.attack.hitStep.hit = True
messages = self.attack.use(None, None, None)
self.assertTrue(self.attack.preconditionsStep.performed,
"Should have performed the Precondition Step")
self.assertTrue(self.attack.announcementStep.performed,
"Should have performed the Announcement Step")
self.assertTrue(self.attack.removePPStep.performed,
"Should have performed the Remove PP Step")
self.assertTrue(self.attack.hitStep.performed,
"Should have performed the Hit Step")
self.assertTrue(self.attack.damageStep.performed,
"Should have performed the Damage Step")
self.assertTrue(self.attack.effectsStep.performed,
"Should have performed the Effects Step")
self.assertTrue(self.attack.handleContactStep.performed,
"Should have performed the Handle Contact Step")
self.assertFalse(
self.attack.handleMissEffectsStep.performed,
"Should not have performed the Hanlde Miss Effects Step")
self.assertEquals(self.messages * 7, messages,
'Should have messages for each performed step')
def hit_Missed(self):
""" Test that messages from the attack are returned """
self.attack.preconditionsStep.passed = True
self.attack.hitStep.hit = False
messages = self.attack.use(None, None, None)
self.assertTrue(self.attack.preconditionsStep.performed,
"Should have performed the Precondition Step")
self.assertTrue(self.attack.announcementStep.performed,
"Should have performed the Announcement Step")
self.assertTrue(self.attack.removePPStep.performed,
"Should have performed the Remove PP Step")
self.assertTrue(self.attack.hitStep.performed,
"Should have performed the Hit Step")
self.assertFalse(self.attack.damageStep.performed,
"Should not have performed the Damage Step")
self.assertFalse(self.attack.effectsStep.performed,
"Should not have performed the Effects Step")
self.assertFalse(self.attack.handleContactStep.performed,
"Should not have performed the Handle Contact Step")
self.assertTrue(self.attack.handleMissEffectsStep.performed,
"Should have performed the Hanlde Miss Effects Step")
self.assertEquals(self.messages * 5, messages,
'Should have messages for each performed step')
def setUp(self):
""" Build the Attack and Damage Delegate """
attack = Attack()
attack.type ="FIRE"
self.delegate = DamageDelegate(attack, 0, 1)
def setUp(self):
""" Build side for use in test cases """
self.pkmn = BuildPokemonBattleWrapper()
self.parent = Attack()
self.parent.type = "NORMAL"