def setUp(self):
## Konstanten
## Dummy-Template anlegen
self._storage = StorageTemplate()
## Templete füllen
reader = ReadXmlTemplate(self._storage)
reader.read()
## Einen Dummy-Charakter anlegen
self._character = StorageCharacter(self._storage)
## Klasse initialisieren.
self._calc = CalcAdvantages(self._character)
def setUp(self): ## Konstanten ## Dummy-Template anlegen self._storage = StorageTemplate() ## Templete füllen reader = ReadXmlTemplate( self._storage ) reader.read() ## Einen Dummy-Charakter anlegen self._character = StorageCharacter( self._storage ) ## Klasse initialisieren. self._calc = CalcAdvantages( self._character )
class TestCalcAdvantages(unittest.TestCase):
"""
Testfunktionen für die CalcAdvantages-Klasse.
"""
def setUp(self):
## Konstanten
## Dummy-Template anlegen
self._storage = StorageTemplate()
## Templete füllen
reader = ReadXmlTemplate(self._storage)
reader.read()
## Einen Dummy-Charakter anlegen
self._character = StorageCharacter(self._storage)
## Klasse initialisieren.
self._calc = CalcAdvantages(self._character)
def tearDown(self):
self._calc = None
self._character = None
self._storage = None
def test__calc_size(self):
"""
Überprüft, daß die Funktion der Berechnung der Größe auch Ergebnisse im zu erwartenden Rahmen zurückgibt.
"""
for age in range(Config.AGE_ADULT - 1, Config.AGE_ADULT + 1):
results_expected = tuple(
range(Config.SIZE_DEFAULT["Adult"] - 1,
Config.SIZE_DEFAULT["Adult"] + 2))
if age < Config.AGE_ADULT:
results_expected = tuple(
range(Config.SIZE_DEFAULT["Kid"] - 1,
Config.SIZE_DEFAULT["Kid"] + 2))
self._character.dateBirth = self._character.dateGame.addYears(-age)
for large_value in (
0,
4,
):
self._character.traits["Merit"]["Physical"][
"Giant"].value = large_value
self._character.traits["Merit"]["Physical"][
"GiantKid"].value = large_value
for small_value in (
0,
1,
):
self._character.traits["Flaw"]["Physical"][
"Dwarf"].value = small_value
self._character.traits["Merit"]["Physical"][
"Tiny"].value = small_value
self.assertIn(self._calc.calc_size(), results_expected)
def test__calc_initiative(self):
"""
Überprüft die Berechnung der Initiative.
"""
for attr_1 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Physical"][
"Dexterity"].value = attr_1
for attr_2 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Social"][
"Composure"].value = attr_2
for merit_1 in range(1, 4):
self._character.traits["Merit"]["Physical"][
"Fast Reflexes"].value = merit_1
self.assertEqual(self._calc.calcInitiative(),
attr_1 + attr_2 + merit_1)
def test__calc_speed(self):
"""
Überprüft die Berechnung der Geschwindigkeit.
"""
for attr_1 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Physical"][
"Strength"].value = attr_1
for attr_2 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Physical"][
"Dexterity"].value = attr_2
for merit_1 in range(4):
self._character.traits["Merit"]["Physical"][
"Fleet of Foot"].value = merit_1
self.assertEqual(
self._calc.calcSpeed(), attr_1 + attr_2 + merit_1 +
Config.SPEED_BASE_VALUE_HUMAN)
def test__calc_defense(self):
"""
Überprüft die Berechnung der Geschwindigkeit.
"""
results_expected = tuple(
range(0, ATTRIBUTE_MAX + Config.SIZE_DEFAULT["Adult"] + 1))
for val_1 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Mental"]["Wits"].value = val_1
for val_2 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Physical"][
"Dexterity"].value = val_2
for age in range(Config.AGE_ADULT - 1, Config.AGE_ADULT + 1):
self._character.dateBirth = self._character.dateGame.addYears(
-age)
for val_4 in (
"small",
"normal",
"large",
):
self._character.traits["Merit"]["Physical"][
"Giant"].value = 0
self._character.traits["Merit"]["Physical"][
"GiantKid"].value = 0
self._character.traits["Flaw"]["Physical"][
"Dwarf"].value = 0
self._character.traits["Merit"]["Physical"][
"Tiny"].value = 0
if val_4 == "small":
self._character.traits["Flaw"]["Physical"][
"Dwarf"].value = 1
self._character.traits["Merit"]["Physical"][
"Tiny"].value = 1
elif val_4 == "large":
self._character.traits["Merit"]["Physical"][
"Giant"].value = 1
self._character.traits["Merit"]["Physical"][
"GiantKid"].value = 1
self.assertIn(self._calc.calcDefense(),
results_expected)
def test__calc_health(self):
"""
Überprüft die Berechnung der Gesundheit.
"""
for val_1 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Physical"][
"Stamina"].value = val_1
for age in range(Config.AGE_ADULT - 1, Config.AGE_ADULT + 1):
self._character.dateBirth = self._character.dateGame.addYears(
-age)
for val_2 in (
"small",
"normal",
"large",
):
self._character.traits["Merit"]["Physical"][
"Giant"].value = 0
self._character.traits["Merit"]["Physical"][
"GiantKid"].value = 0
self._character.traits["Flaw"]["Physical"][
"Dwarf"].value = 0
self._character.traits["Merit"]["Physical"][
"Tiny"].value = 0
if val_2 == "small":
self._character.traits["Flaw"]["Physical"][
"Dwarf"].value = 1
self._character.traits["Merit"]["Physical"][
"Tiny"].value = 1
elif val_2 == "large":
self._character.traits["Merit"]["Physical"][
"Giant"].value = 1
self._character.traits["Merit"]["Physical"][
"GiantKid"].value = 1
self.assertEqual(self._calc.calcHealth(),
val_1 + self._calc.calc_size())
def test__calc_willpower(self):
"""
Überprüft die Berechnung der Willenskraft.
"""
for val_1 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Mental"][
"Resolve"].value = val_1
for val_2 in range(1, ATTRIBUTE_MAX + 1):
self._character.traits["Attribute"]["Social"][
"Composure"].value = val_2
self.assertEqual(self._calc.calcWillpower(), val_1 + val_2)
class TestCalcAdvantages(unittest.TestCase): """ Testfunktionen für die CalcAdvantages-Klasse. """ def setUp(self): ## Konstanten ## Dummy-Template anlegen self._storage = StorageTemplate() ## Templete füllen reader = ReadXmlTemplate( self._storage ) reader.read() ## Einen Dummy-Charakter anlegen self._character = StorageCharacter( self._storage ) ## Klasse initialisieren. self._calc = CalcAdvantages( self._character ) def tearDown(self): self._calc = None self._character = None self._storage = None def test__calc_size(self): """ Überprüft, daß die Funktion der Berechnung der Größe auch Ergebnisse im zu erwartenden Rahmen zurückgibt. """ for age in range( Config.AGE_ADULT - 1, Config.AGE_ADULT + 1 ): results_expected = tuple( range(Config.SIZE_DEFAULT["Adult"] - 1, Config.SIZE_DEFAULT["Adult"] + 2) ) if age < Config.AGE_ADULT: results_expected = tuple( range(Config.SIZE_DEFAULT["Kid"] - 1, Config.SIZE_DEFAULT["Kid"] + 2) ) self._character.dateBirth = self._character.dateGame.addYears( -age ) for large_value in ( 0, 4, ): self._character.traits["Merit"]["Physical"]["Giant"].value = large_value self._character.traits["Merit"]["Physical"]["GiantKid"].value = large_value for small_value in ( 0, 1, ): self._character.traits["Flaw"]["Physical"]["Dwarf"].value = small_value self._character.traits["Merit"]["Physical"]["Tiny"].value = small_value self.assertIn( self._calc.calc_size(), results_expected ) def test__calc_initiative(self): """ Überprüft die Berechnung der Initiative. """ for attr_1 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Physical"]["Dexterity"].value = attr_1 for attr_2 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Social"]["Composure"].value = attr_2 for merit_1 in range( 1, 4 ): self._character.traits["Merit"]["Physical"]["Fast Reflexes"].value = merit_1 self.assertEqual( self._calc.calcInitiative(), attr_1 + attr_2 + merit_1 ) def test__calc_speed(self): """ Überprüft die Berechnung der Geschwindigkeit. """ for attr_1 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Physical"]["Strength"].value = attr_1 for attr_2 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Physical"]["Dexterity"].value = attr_2 for merit_1 in range( 4 ): self._character.traits["Merit"]["Physical"]["Fleet of Foot"].value = merit_1 self.assertEqual( self._calc.calcSpeed(), attr_1 + attr_2 + merit_1 + Config.SPEED_BASE_VALUE_HUMAN ) def test__calc_defense(self): """ Überprüft die Berechnung der Geschwindigkeit. """ results_expected = tuple( range( 0, ATTRIBUTE_MAX + Config.SIZE_DEFAULT["Adult"] + 1 ) ) for val_1 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Mental"]["Wits"].value = val_1 for val_2 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Physical"]["Dexterity"].value = val_2 for age in range( Config.AGE_ADULT - 1, Config.AGE_ADULT + 1 ): self._character.dateBirth = self._character.dateGame.addYears( -age ) for val_4 in ( "small", "normal", "large", ): self._character.traits["Merit"]["Physical"]["Giant"].value = 0 self._character.traits["Merit"]["Physical"]["GiantKid"].value = 0 self._character.traits["Flaw"]["Physical"]["Dwarf"].value = 0 self._character.traits["Merit"]["Physical"]["Tiny"].value = 0 if val_4 == "small": self._character.traits["Flaw"]["Physical"]["Dwarf"].value = 1 self._character.traits["Merit"]["Physical"]["Tiny"].value = 1 elif val_4 == "large": self._character.traits["Merit"]["Physical"]["Giant"].value = 1 self._character.traits["Merit"]["Physical"]["GiantKid"].value = 1 self.assertIn( self._calc.calcDefense(), results_expected ) def test__calc_health(self): """ Überprüft die Berechnung der Gesundheit. """ for val_1 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Physical"]["Stamina"].value = val_1 for age in range( Config.AGE_ADULT - 1, Config.AGE_ADULT + 1 ): self._character.dateBirth = self._character.dateGame.addYears( -age ) for val_2 in ( "small", "normal", "large", ): self._character.traits["Merit"]["Physical"]["Giant"].value = 0 self._character.traits["Merit"]["Physical"]["GiantKid"].value = 0 self._character.traits["Flaw"]["Physical"]["Dwarf"].value = 0 self._character.traits["Merit"]["Physical"]["Tiny"].value = 0 if val_2 == "small": self._character.traits["Flaw"]["Physical"]["Dwarf"].value = 1 self._character.traits["Merit"]["Physical"]["Tiny"].value = 1 elif val_2 == "large": self._character.traits["Merit"]["Physical"]["Giant"].value = 1 self._character.traits["Merit"]["Physical"]["GiantKid"].value = 1 self.assertEqual( self._calc.calcHealth(), val_1 + self._calc.calc_size() ) def test__calc_willpower(self): """ Überprüft die Berechnung der Willenskraft. """ for val_1 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Mental"]["Resolve"].value = val_1 for val_2 in range( 1, ATTRIBUTE_MAX + 1 ): self._character.traits["Attribute"]["Social"]["Composure"].value = val_2 self.assertEqual( self._calc.calcWillpower(), val_1 + val_2 )