def test_serialization(self):
"""Test repr and from_string methods together."""
for s in self.SERIALIZATION_FIXTURES:
self.assertEqual(repr(BattlegroundState.from_string(s)), s,
'Invalid deserialize & serialize transformation')
for _ in range(10):
state = BattlegroundStateFactory.build_with_creatures(9)
s = repr(state)
self.assertEqual(repr(BattlegroundState.from_string(s)), s,
'Invalid deserialize & serialize transformation')
def test_serialization(self):
"""Test repr and from_string methods together."""
for s in self.SERIALIZATION_FIXTURES:
self.assertEqual(repr(BattlegroundState.from_string(s)), s,
'Invalid deserialize & serialize transformation')
for _ in range(10):
state = BattlegroundStateFactory.build_with_creatures(9)
s = repr(state)
self.assertEqual(repr(BattlegroundState.from_string(s)), s,
'Invalid deserialize & serialize transformation')
def test_equality_when_different_uids(self):
"""Test equality when creature uids differ."""
bg1 = BattlegroundState()
bg2 = BattlegroundState()
uid1 = bg1.add_creature(CreatureStateFactory())
bg1.remove_creature(uid1)
creature_state = CreatureStateFactory()
bg1.add_creature(creature_state)
bg2.add_creature(creature_state)
self.assertEqual(bg1, bg2)
def test_normalize(self):
bg = BattlegroundState()
h1 = bg.normalize()
uid = bg.add_creature(CreatureStateFactory())
h2 = bg.normalize()
self.assertNotEqual(h1, h2)
bg.remove_creature(uid)
self.assertEqual(h1, bg.normalize())
def __init__(self, battleground=None):
if battleground is None:
battleground = BattlegroundState()
self._life1 = 20
self._life2 = 20
self.active_player = 0
self.phase = TurnPhase.DeclareAttackers
self.battleground = battleground
def test_get_combat_assignment(self):
bg = BattlegroundState()
cr1 = bg.add_creature(CreatureStateFactory())
cr2 = bg.add_creature(CreatureStateFactory())
cr3 = bg.add_creature(CreatureStateFactory())
cr4 = bg.add_creature(CreatureStateFactory())
bg[cr1].attack()
bg[cr2].attack()
bg[cr3].block(cr1)
bg[cr4].block(cr1)
combat_assignment = bg.get_combat_assignment()
self.assertIsInstance(combat_assignment, CombatAssignment)
self.assertEqual(len(combat_assignment), 2)
expected_ca = CombatAssignment({cr1: [cr3, cr4], cr2: []})
self.assertTrue(combat_assignment.is_reorder_of(expected_ca))
self.assertIsInstance(combat_assignment[cr1], tuple)
def test_normalize(self):
bg = BattlegroundState()
h1 = bg.normalize()
uid = bg.add_creature(CreatureStateFactory())
h2 = bg.normalize()
self.assertNotEqual(h1, h2)
bg.remove_creature(uid)
self.assertEqual(h1, bg.normalize())
def test_get_combat_assignment(self):
bg = BattlegroundState()
cr1 = bg.add_creature(CreatureStateFactory())
cr2 = bg.add_creature(CreatureStateFactory())
cr3 = bg.add_creature(CreatureStateFactory())
cr4 = bg.add_creature(CreatureStateFactory())
bg[cr1].attack()
bg[cr2].attack()
bg[cr3].block(cr1)
bg[cr4].block(cr1)
combat_assignment = bg.get_combat_assignment()
self.assertIsInstance(combat_assignment, CombatAssignment)
self.assertEqual(len(combat_assignment), 2)
expected_ca = CombatAssignment({cr1: [cr3, cr4], cr2: []})
self.assertTrue(combat_assignment.is_reorder_of(expected_ca))
self.assertIsInstance(combat_assignment[cr1], tuple)
def test_equality_when_different_creature_order(self):
"""Test equality when creatures have been added in different orders."""
bg1 = BattlegroundState()
bg2 = BattlegroundState()
creature_state1 = CreatureStateFactory()
creature_state2 = CreatureStateFactory()
bg1.add_creature(creature_state1)
bg1.add_creature(creature_state2)
bg2.add_creature(creature_state2)
bg2.add_creature(creature_state1)
self.assertEqual(bg1, bg2)
def from_string(cls, string):
match = re.match(cls._FROM_STRING_PATTERN, string)
if not match:
raise ValueError('Invalid string: %r' % string)
params = match.groupdict()
game_state = GameState()
game_state._life1 = int(params['life1'])
game_state._life2 = int(params['life2'])
game_state.active_player = int(params['active_player'])
game_state.phase = int(params['phase'])
game_state.battleground = \
BattlegroundState.from_string(params['battleground'])
return game_state
def from_string(cls, string):
match = re.match(cls._FROM_STRING_PATTERN, string)
if not match:
raise ValueError('Invalid string: %r' % string)
params = match.groupdict()
game_state = GameState()
game_state._life1 = int(params['life1'])
game_state._life2 = int(params['life2'])
game_state.active_player = int(params['active_player'])
game_state.phase = int(params['phase'])
game_state.battleground = \
BattlegroundState.from_string(params['battleground'])
return game_state
def test_equality_when_different_creature_order(self):
"""Test equality when creatures have been added in different orders."""
bg1 = BattlegroundState()
bg2 = BattlegroundState()
creature_state1 = CreatureStateFactory()
creature_state2 = CreatureStateFactory()
bg1.add_creature(creature_state1)
bg1.add_creature(creature_state2)
bg2.add_creature(creature_state2)
bg2.add_creature(creature_state1)
self.assertEqual(bg1, bg2)
def test_equality_when_different_uids(self):
"""Test equality when creature uids differ."""
bg1 = BattlegroundState()
bg2 = BattlegroundState()
uid1 = bg1.add_creature(CreatureStateFactory())
bg1.remove_creature(uid1)
creature_state = CreatureStateFactory()
bg1.add_creature(creature_state)
bg2.add_creature(creature_state)
self.assertEqual(bg1, bg2)