def main():
game = battleship.Board(12)
# list of all ships to add
ship_list = [(battleship.Ship('Nina', [(0, 0), (1, 0), (2, 0),
(3, 0)]), (3, 4), 0),
(battleship.Ship('Pinta', [(0, 0), (1, 0), (2, 0),
(3, 0)]), (0, 0), 0),
(battleship.Ship('Santa Maria', [(0, 0), (1, 0), (2, 0),
(3, 0)]), (0, 5), 1)]
# checks to makes sure rotation works
for ship in ship_list:
ship[0].rotate(ship[2])
game.add_ship(ship[0], ship[1])
# check colliding ships
fail_ship_collide = battleship.Ship('Collide', [(0, 0)])
try:
game.add_ship(fail_ship_collide, (3, 4))
except:
print('Caught ship collision error')
# check for out of bounds ship
fail_ship_bounds = battleship.Ship('Bounds', [(0, 0)])
try:
game.add_ship(fail_ship_bounds, (100, 100))
except:
print('Caught ship bounds error')
# checks ship printing
for ship in game.get_ships():
ship.print()
# checks game printing and proper placement of ships
game.print()
# checks miss
game.attempt_move((5, 5))
game.print()
# checks hitting ship
game.attempt_move((3, 4))
game.attempt_move((4, 4))
game.attempt_move((5, 4))
game.print()
#checks sinking ship
game.attempt_move((6, 4))
game.print()
def board():
return battleship.Board(player_id=1)
__author__ = 'Shawn Daniel'
import battleship
import sys
board_small = []
board_large = []
total_turns = 0
win_state_change = 0
# assign battleship boards with a number as the board reference and size of board
board_one = battleship.Board(board_small, 1, 3)
board_two = battleship.Board(board_large, 2, 5)
all_boards = board_one, board_two
player_one = battleship.Player('Bob', 0, 0)
player_two = battleship.Player('Tim', 0, 0)
def load_game():
"""Start from a fresh slate"""
map(lambda x: x.reset(), all_boards)
board_one.build_board()
board_two.build_board()
map(lambda x: x.show_board(), all_boards)
b1_col, b1_row = board_one.gen_ships()
b2_col, b2_row = board_two.gen_ships()
return {'board_one': (b1_col, b1_row), 'board_two': (b2_col, b2_row)}
ship_points = load_game()
def setUp(self) -> None:
self.board = battleship.Board()
print(self.board)