def constructPlayers(_playerOneName, _playerTwoName):
level = 1
healthPoints = 50
manaPoints = 50
experience = 1
defence = 0
inventory = InventoryClass.Inventory()
armourSet = ArmourSetClass.ArmourSet("Basic Armour", 0, 10)
equippedWeapon = WeaponClass.Weapon("Basic Sword", 0, 25, 0)
gold = 50
player1 = CharacterClass.Character(_playerOneName, level, healthPoints,
manaPoints, experience, defence,
inventory, equippedWeapon, armourSet,
gold)
player2 = CharacterClass.Character(_playerTwoName, level, healthPoints,
manaPoints, experience, defence,
inventory, equippedWeapon, armourSet,
gold)
def test_Character_fails_to_construct_with_invalid_health_points_type():
# 3As | Arrange
# Overwrite testHealthPoints to be invalid data.
testHealthPoints = "This should not be a string but hey, testing ftw"
# Expect string type out
expectedOutput = type(testHealthPoints)
# 3As | Act
# Attempt to construct character from constructor.
with assertion.raises(Exception) as exc_info:
unitUnderTest = CharacterClass.Character(testName, testLevel, testHealthPoints, testManaPoints, testExperience, testDefence, mockedInventory, mockedEquippedWeapon, mockedArmourSet, testGold)
# 3As | Assert
# Try assert if unitUnderTest is null. If null it will throw error. Catch error and assert true.
try:
assert unitUnderTest == None
except UnboundLocalError:
assert True
# Assert that the exception was successfully raised.
assert exc_info.errisinstance(TypeError)
assert "Character health points expected an int. Received: " + str(expectedOutput) + " Check the type" in str(exc_info.value)
def test_Character_fails_to_construct_with_invalid_name_type():
# 3As | Arrange
# Overwrite testName to be invalid data.
testName = 1
# ExpectedOutput is only used to compare the type of the output. Expect int type out.
expectedOutput = type(testName)
# 3As | Act
# Attempt to construct character from constructor.
with assertion.raises(Exception) as exc_info:
unitUnderTest = CharacterClass.Character(testName, testLevel, testHealthPoints, testManaPoints, testExperience, testDefence, mockedInventory, mockedEquippedWeapon, mockedArmourSet, testGold)
# 3As | Assert
# Assert object was not constructed.
try:
assert unitUnderTest == None
except UnboundLocalError:
assert True
# Assert that the correct exception was raised.
assert exc_info.errisinstance(TypeError)
assert "Character name expected a string. Received: " + str(expectedOutput) + " Check the type" in str(exc_info.value)
def test_Character_Constructs_With_Valid_Data():
# 3As | Arrange
# Nothing, use stock test variables/test setup.
# 3As | Act
# Attempt to construct character from constructor.
unitUnderTest = CharacterClass.Character(testName, testLevel, testHealthPoints, testManaPoints, testExperience, testDefence, mockedInventory, mockedEquippedWeapon, mockedArmourSet, testGold)
# 3As | Assert
# Assert that unit Under Test is not null.
assert unitUnderTest != None
# Assert that each value was set correctly.
assert unitUnderTest.name == testName
assert unitUnderTest.level == testLevel
assert unitUnderTest.healthPoints == testHealthPoints
assert unitUnderTest.manaPoints == testManaPoints
assert unitUnderTest.experience == testExperience
assert unitUnderTest.defence == testDefence
assert unitUnderTest.inventory == mockedInventory
assert unitUnderTest.equippedWeapon == mockedEquippedWeapon
assert unitUnderTest.armourSet == mockedArmourSet
assert unitUnderTest.gold == testGold
def is_featured(self, character, series):
return
for c in self.characters:
c_match = Character.match_character(series.characters, c["name"])
if c_match != ret.ERROR and c_match.name == character.name:
return c["featured"]