class Test(unittest.TestCase):
def setUp(self):
unittest.TestCase.setUp()
self.b=Board()
def tearDown(self):
unittest.TestCase.tearDown()
def testdat(self):
self.assertEqual(self.b.getPC(),[[0]*8, [0]*8 ,[0]*8 ,[0]*8 ,[0]*8 ,[0]*8 ,[0]*8 ,[0]*8])
self.assertEqual(self.b.getPlayer(),[[0]*8, [0]*8 ,[0]*8 ,[0]*8 ,[0]*8 ,[0]*8 ,[0]*8 ,[0]*8])
def __init__(self):
"""
Constructor of the game controller class.
"""
self.__playerBoard = Board(8, 8).getMatrix()
self.__computerBoard = Board(8, 8).getMatrix()
self.__hitBoard = Board(8, 8).getMatrix()
self.__computerPlanes = []
self.__playerPlanes = []
self.__computerMoves = [(0, 0), (0, 7), (7, 0), (7, 7)]
self.__neighboursQueue = []
self.addComputerPlanes()
def test_board_set_mines(fake_repo):
"""Test to set mines in a board"""
rows = cols = mines = 8
game_factory = GameFactory(fake_repo)
board_payload = dict(rows=rows, cols=cols)
initial_slots = game_factory._get_initial_slots(**board_payload)
board = Board(id=str(uuid4()), slots=initial_slots, **board_payload)
board.set_mines(mines)
count_mines = 0
for row in board.slots:
for slot in row:
if slot.mine:
count_mines += 1
assert count_mines == mines
def update(self, nTimes=1):
'''
Updates the tables status of nTimes by default being 1 using given rules
input: nTimes - integer
'''
newSt = Board()
while nTimes > 0:
nTimes -= 1
for i in range(8):
for j in range(8):
nei = self.getNbOfNei(Square(i, j))
if nei == 2 or nei == 3:
newSt.board[i][j] = 'x'
if self._board.board[i][j] == '0' and nei == 3:
newSt.board.board[i][j] = 'x'
self._board = deepcopy(newSt)
def test_new_board():
"""Test to create a new board with slots initialized"""
rows = cols = 8
board = Board(id=str(uuid4()), rows=rows, cols=cols)
for row in board.slots:
for slot in row:
assert slot.available is True
assert slot.mine is False
def testPlaneValidation(self):
from domain.board import Board
p = Plane(0, 'up')
b = Board(8, 8).getMatrix()
with self.assertRaises(PlaneError):
PlaneValidator.validate(p, b)
p = Plane((2, 0), 'left')
self.assertIsNone(PlaneValidator.validate(p, b))
p = Plane((0, -1), 'down')
with self.assertRaises(PlaneError):
PlaneValidator.validate(p, b)
p = Plane((2, 0), 'right')
with self.assertRaises(PlaneError):
PlaneValidator.validate(p, b)
def build_board(player_name):
players = {}
character = character_service.find_character(player_name)
user = Character(character.attrib.get('name'), pos=0, token='<', attack=int(character[1].text),
defense=int(character[2].text), speed=int(character[3].text),
endurance=int(character[4].text),
health=int(character[0].text), strategy='', team=character[5].text)
players[user.name] = user
level = find_level("1")
dim = int(level[0].text) # dim
multiplier = int(level[2].text) # koobas multiplier
counter = 0
grunt_xml = character_service("grunt")
print(grunt_xml[5].text)
while counter < int(level[1].text): # koombas
location = random.randint(1, dim*dim-1)
koomba = Character("koomba" + str(counter), location, 'V', int(grunt_xml[1].text)*multiplier,
int(grunt_xml[2].text)*multiplier, int(grunt_xml[3].text)*multiplier,
int(grunt_xml[4].text)*multiplier, int(grunt_xml[0].text)*multiplier, 'aggressive',
grunt_xml[5].text)
players[koomba.name] = koomba
counter += 1
board = Board(dim, dim)
# 'player4': player4, 'player5': player5}
board.update(players)
# board.print_board()
return [board, players]
def start(self, player: Player) -> Game:
"""Prepare the board and start the game"""
board_payload = dict(rows=self.rows, cols=self.cols)
initial_slots = self._get_initial_slots(**board_payload)
board_db = self.repo.boards.add({
**board_payload, "slots": initial_slots,
"mines": 0
})
board = Board.from_orm(board_db)
board.set_mines(mines=self.mines)
board_db = self.repo.boards.update(board_db, board)
game_payload = dict(
player_id=player.id,
board_id=board.id,
status=GameStatusEnum.ongoing,
start_time=datetime.utcnow(),
)
game_db = self.repo.games.add(game_payload)
game = Game.from_orm(game_db)
return game
def testGetComputerBoard(self):
self.srv.resetGame()
self.assertEqual(type(self.srv.getComputerBoard()),
type(Board(8, 8).getMatrix()))
def testGetMatrix(self):
matrix = Board(1, 2, '0').getMatrix()
self.assertEqual(matrix, [['0'], ['0']])
matrix = Board(3, 2).getMatrix()
self.assertEqual(matrix, [[' ', ' ', ' '], [' ', ' ', ' ']])
def computerMoveTest():
v = BoardValidator()
b = Board(v)
b.placePlayerPart(0, 0)
b.placePlayerPart(0, 1)
b.placePlayerPart(0, 2)
b.placePlayerPart(0, 3)
b.computerPart()
assert b.getData(0, 4) == 1
b.placePlayerPart(1, 0)
b.placePlayerPart(1, 1)
b.placePlayerPart(1, 2)
b.placePlayerPart(1, 3)
b.computerPart()
assert b.getData(1, 4) == 1
b.computerPart()
s = 0
for i in range(0, 6):
for j in range(0, 6):
s = s + b.getData(i, j)
assert s == 8 * 2 + 3
def __init__(self):
self._plBoard = Planes_Board(board=Board(), player=1)
self._aiBoard = Planes_Board(board=Board(), player=0)
def __init__(self):
self.__strategy_board = Board()
self.__targeting_board = Board()
self.__planes_coordinates = []
def set_targeting_board(self, targeting_board=None):
if targeting_board is None:
targeting_board = Board()
self.__targeting_board = targeting_board
def set_strategy_board(self, strategy_board=None):
if strategy_board is None:
strategy_board = Board()
self.__strategy_board = strategy_board
def testGetHitBoard(self):
self.srv.resetGame()
self.assertEqual(self.srv.getHitBoard(), Board(8, 8).getMatrix())
def setUp(self):
self.ai = Planes_Board(board=Board())
self.pl = Planes_Board(board=Board(), player=1)
from domain.board import Board from validators.boardvalidator import BoardValidator from game.gameUI import Game v = BoardValidator() b = Board(v) g = Game(b) g.getUserInput()
def setUp(self):
unittest.TestCase.setUp()
self.b=Board()
def __init__(self):
self._board = Board()
