def test_player_presence(self):
circuit = Circuit()
circuit._listOfPlayersOccupying[TestCircuit.player] = 10
self.assertTrue(
circuit._check_if_player_is_an_occupant(TestCircuit.player))
self.assertFalse(
circuit._check_if_player_is_an_occupant(TestCircuit.false_player))
def test_circuit_boundary(self):
circuit = Circuit()
circuit.set_maximum_number_of_players(2)
circuit.player_moves(TestCircuit.player, 1)
circuit.player_moves(TestCircuit.player, 95)
self.assertEqual(circuit.player_moves(TestCircuit.player, 5), 96)
self.assertEqual(circuit.player_moves(TestCircuit.player, 1), 97)
self.assertEqual(circuit.player_moves(TestCircuit.player, 3), 100)
class Arena:
def __init__(self):
self.game_name = "Snakes"
self.dice: Dice = None
self.configs: CR = CR()
self.configs.parse()
self.history: GameHistory = None
self.player_queue: CircularQueue = None
self.player_count = 2
self.circuit = None
self.player_set = []
def prepare_arena(self):
"""
Instantiate and initialize all tools
:return: None
"""
self._set_dice(self.configs.get_dice_type(),
self.configs.get_dice_count())
self.history = GameHistory()
self._create_player_list()
self._set_player_queue(self.player_set, self.player_count)
self._set_circuit()
self.circuit.set_entry_criterion(1)
self._set_link_map(self.configs.get_link_list())
def _set_dice(self, dice_type, dice_count):
if dice_type == "dice" and dice_count == 1:
self.dice = Dice(Dice.CONFIG_SINGLE_DIE)
elif dice_type == "dice" and dice_count == 2:
self.dice = Dice(Dice.CONFIG_DOUBLE_DIE)
elif dice_type == "shell" and dice_count == 1:
self.dice = Dice(Dice.CONFIG_HALF_SET_SHELL)
elif dice_type == "shell" and dice_count == 2:
self.dice = Dice(Dice.CONFIG_FULL_SET_SHELL)
else:
raise IllegalStateException("Undefined dice behaviour configured")
def _set_player_queue(self, player_list, max_player_count=2):
self.player_queue = CircularQueue(max_player_count)
for player in player_list:
self.player_queue.push_new_player(player)
def _set_circuit(self, max_player_count=2):
self.circuit = Circuit()
self.circuit.set_maximum_number_of_players(max_player_count)
def _create_player_list(self, player_count=2):
for n in range(0, player_count):
self.player_set.append(Player())
def _set_link_map(self, link_map: list):
link_map_dict = {}
for x, y in link_map:
link_map_dict[x] = y
self.circuit.set_cell_link_map(link_map_dict)
def get_last_roll(self):
"""
reads the roll value from the previous roll
:return: last roll value
"""
if self.dice is None:
raise IllegalStateException("dice is not et created")
if self.dice.last_roll is None:
raise IllegalStateException("dice not rolled yet")
return self.dice.last_roll
def get_dice_roll(self):
"""
rolls the dice and returns the value
:return:
"""
if self.dice is None:
raise IllegalStateException("dice is not et created")
if self.dice.last_roll is None:
raise IllegalStateException("dice not rolled yet")
return self.dice.roll()
def roll_event_triggered(self, count: int):
"""
triggers roll event
receives the dice roll
gets the current player from queue and assigns new position
and pushes the player back to the queue
creates a history event and pushes it into the history stack
:return: None
"""
current_player: CircularQueue.QueueContainer = self.player_queue.get_next_player(
)
old_position = current_player.player.position_in_circuit
new_position = self.circuit.player_moves(current_player.player, count)
current_player.player.position_in_circuit = new_position
self.player_queue.complete_transaction()
event = HistoryEvent(old_position, new_position, current_player)
self.history.push_event_to_history(event)
def get_player_set(self):
"""
called by HMI to get reference of all player objects
:return: [players... ]
"""
if len(self.player_set) == 0:
raise IllegalStateException("player set not yet prepared")
return self.player_set
def _set_circuit(self, max_player_count=2):
self.circuit = Circuit()
self.circuit.set_maximum_number_of_players(max_player_count)
def test_branching(self):
circuit = Circuit()
circuit.set_cell_link_map({10: 25})
circuit.set_maximum_number_of_players(2)
circuit.player_moves(TestCircuit.player, 1)
self.assertEqual(circuit.player_moves(TestCircuit.player, 9), 25)
def test_update_existing_player(self):
circuit = Circuit()
circuit.set_maximum_number_of_players(2)
circuit.player_moves(TestCircuit.player, 1)
self.assertEqual(circuit.player_moves(TestCircuit.player, 10), 11)
def test_entryCondition(self):
circuit = Circuit()
circuit.set_maximum_number_of_players(2)
self.assertEqual(circuit.player_moves(TestCircuit.player, 1), 1)
def test_max_count(self):
circuit = Circuit()
with self.assertRaises(Exception):
circuit.player_moves(TestCircuit.player, 1)
def test_update_non_existing_player(self):
circuit = Circuit()
self.assertEqual(circuit.player_moves(TestCircuit.player, 10), -1)