def play(num_games):
play_area = Board(5, 8)
scores = []
moveslist = []
winlist = []
for i in range(num_games):
play_area.game_start()
while not play_area.game_over:
play_area.random_play()
scores.append(play_area.score)
moveslist.append(play_area.moves)
winlist.append(play_area.game_won)
return moveslist, scores, winlist
def test_valid_start():
failed_start = Board(2, 2)
try:
failed_start.game_start()
assert False
except AssertionError:
assert failed_start.values[0][0] is None
try:
failed_start.game_start(2, 2)
assert False
except AssertionError:
assert failed_start.values[0][0] is None
def test_game_start():
new = Board()
new.game_start(booms=5, rupoors=4)
assert new.bombs == 9
values_list = []
for row in new.values:
values_list += row
for col in row:
assert col is not None
assert values_list.count('boom') == 5
assert values_list.count('rupoor') == 4
new.dig((0, 0))
new.game_start()
assert not new.game_over
def interactive_start():
print('Welcome to Thrill Digger! (version: {})'.format(
thrill_digger_tdd.__version__))
print('Choose difficulty: (beginner, intermediate, expert)')
game_type = input()
if game_type == 'beginner':
play_area = Board(4, 5)
play_area.game_start(booms=4, rupoors=0)
elif game_type == 'intermediate':
play_area = Board(5, 6)
play_area.game_start(booms=4, rupoors=4)
elif game_type == 'expert':
play_area = Board(5, 8)
play_area.game_start(booms=8, rupoors=8)
elif game_type == 'q':
print('Quitting')
else:
interactive_start()
digs = [[' ' for _ in row] for row in play_area.values]
print_board(play_area, digs)
return play_area, digs
def gen_game(game_type):
if game_type == 'beginner':
game = Board(4, 5)
game.game_start(4, 0)
if game_type == 'intermediate':
game = Board(5, 6)
game.game_start(4, 4)
if game_type == 'expert':
game = Board(5, 8)
game.game_start(8, 8)
return game