def test_fumble_resolved(self):
''' test placement of piece after a fumble '''
board = br.create_gameboard()
location = (1, 1)
resolved = br.resolve_fumble(location, board)
self.assertEqual(board[1][1], 'B')
self.assertEqual(resolved, True)
def create_game_file(game_id):
'''
This function creates a file called <id>_board.json
which maintains the state of the board
'''
# Create board
board = bb.create_gameboard()
# create two pieces for board
home_piece = gp.create_piece()
away_piece = gp.create_piece()
game_dict = {'game' : {'board' : board,
'home' : vars(home_piece),
'away' : vars(away_piece)
}
}
game_json = json.dumps(game_dict)
filename = str(game_id) + '_board.json'
with open(filename, 'w') as wfile:
wfile.write(game_json)
return filename
def test_full_space(self):
''' test a full space '''
board = br.create_gameboard()
posx = 9
posy = 3
board[posx][posy] = '0'
self.assertEqual(br.empty_space(board, posx, posy), False)
def test_fumble_not_resolved(self):
''' test placement of piece after a fumble '''
board = br.create_gameboard()
location = (1, 1)
br.place_piece('0', location, board)
location = (1, 1)
resolved = br.resolve_fumble(location, board)
self.assertEqual(board[1][1], '0')
self.assertEqual(resolved, False)
def test_board_size(self):
''' Test individual spots created '''
self.assertEqual(len(br.create_gameboard()), 13)
def test_for_ball(self):
''' Test that ball is on board '''
self.assertEqual(br.create_gameboard()[6][2], 'B')
def test_length_of_row11(self):
''' Test individual spots created '''
self.assertEqual(len(br.create_gameboard()[11]), 6)
def test_empty_space(self):
''' test an empty space '''
board = br.create_gameboard()
posx = 9
posy = 4
self.assertEqual(br.empty_space(board, posx, posy), True)
def test_place_piece_on_piece(self):
''' test that you cannot place a piece on a piece '''
board = br.create_gameboard()
location = (1, 1)
br.place_piece('0', location, board)
self.assertEqual(br.place_piece('2', location, board), False)
def test_place_piece(self):
''' test the placement of a piece '''
board = br.create_gameboard()
location = (0, 0)
br.place_piece('0', location, board)
self.assertEqual(board[0][0], '0')
def test_print_board(self):
board = br.create_gameboard()
printed = br.print_board(board)
self.assertEqual(printed, True)
def test_length_of_endzone2(self):
''' Test individual spots created '''
self.assertEqual(len(br.create_gameboard()[12]), 6)
'''
inline full gameplay
'''
import battleball.game_cli.battle_board as bb
import battleball.game_cli.game_pieces as gp
#import battleball.game_cli.game_actions as ga
# Set up initial board and pieces
PDICTIONARY = gp.instatiate_pieces()
TEAMS = ['home', 'away']
SCORES = {'home': 0, 'away': 0}
GAMEBOARD = bb.create_gameboard()
while not (SCORES['home'] == 2 or SCORES['away'] == 2):
for team in TEAMS:
print team + ' team, place your pieces behind the 20 yard line'
for piece_index in range(len(PDICTIONARY[team])):
piece = PDICTIONARY[team][piece_index]
#ga.prompt_place_piece(piece, piece_index, GAMEBOARD, team)
bb.print_board(GAMEBOARD)
SCORED = False
while not SCORED:
for team in TEAMS:
print team + ' team, choose a piece to move'
#piece_index = ga.choose_piece_to_move(PDICTIONARY, team)
piece = PDICTIONARY[team][piece_index]
rolled_value = piece.roll()
print 'You rolled a ' + str(rolled_value) + ' for ' + piece.name