def main():
'''Game function. '''
connection = inputs.prin()
column = connection[0]
row = connection[1]
turn = connection[2]
top = connection[3]
win = connection[4]
board = state.makeNewBoard(row, column)
state.get_board(board, row, column, top)
while True:
if turn == 'black':
symbol = 'B'
print_board
(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0], scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format(
'Black', 'Black', symbol))
move = every_move(board, symbol, row, column)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board, symbol, row,
column).make_move_for_board(move[0], move[1])
if state.check_score(state.show_scores(board, row,
column)) != (row * column):
if state.MakeMove(board, 'W', row, column).Flip_pieces() == []:
print("!!White has no where to move; it's black turn!!")
turn = 'black'
else:
turn = 'white'
else:
break
else:
symbol = 'W'
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0], scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format(
'White', 'White', symbol))
move = every_move(board, symbol, row, column)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board, symbol, row,
column).make_move_for_board(move[0], move[1])
if state.check_score(state.show_scores(board, row,
column)) != (row * column):
if state.MakeMove(board, 'B', row, column).Flip_pieces() == []:
print("!!Black has no where to move; it's white turn!!")
turn = 'white'
else:
turn = 'black'
else:
break
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0], scores[1]))
who_won(scores, win)
def main():
'''Game function. '''
connection = inputs.prin()
column = connection[0]
row = connection[1]
turn = connection[2]
top = connection[3]
win = connection[4]
board = state.makeNewBoard(row, column)
state.get_board(board, row, column, top)
while True:
if turn == 'black':
symbol = 'B'
print_board
(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format('Black','Black',symbol))
move = every_move(board, symbol, row, column)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board,symbol, row, column).make_move_for_board(move[0],move[1])
if state.check_score(state.show_scores(board, row, column)) != (row*column):
if state.MakeMove(board, 'W', row, column).Flip_pieces() == []:
print("!!White has no where to move; it's black turn!!")
turn = 'black'
else:
turn = 'white'
else:
break
else:
symbol = 'W'
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format('White','White',symbol))
move = every_move(board, symbol, row, column)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board,symbol, row, column).make_move_for_board(move[0],move[1])
if state.check_score(state.show_scores(board, row, column)) != (row*column):
if state.MakeMove(board,'B', row, column).Flip_pieces() == []:
print("!!Black has no where to move; it's white turn!!")
turn = 'white'
else:
turn = 'black'
else:
break
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
who_won(scores, win)
def _on_start(self):
while True:
dialog = inputs.APP()
dialog.show()
if dialog.ok_clicked():
self._column = dialog.column_width()
self._row = dialog.row_height()
self._first_move = dialog.First_Move()
self._top_setting = dialog.TopSetting()
self._how_to_win = dialog.HowToWIN()
connection = inputs.check_input([
self._column, self._row, self._first_move,
self._top_setting, self._how_to_win
])
if connection == False:
self._message.set('Invalid Inputs')
continue
else:
self._column = connection[0]
self._row = connection[1]
self._first_move = connection[2]
self._top_setting = connection[3]
self._how_to_win = connection[4]
self._message.set('Good Inputs')
break
elif dialog.cancel_clicked():
self._message.set('Invalid Inputs')
return None
break
## else:
## pass
## connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
## if connection == False:
## continue
## else:
## self._column = connection[0]
## self._row = connection[1]
## self._first_move = connection[2]
## self._top_setting = connection[3]
## self._how_to_win = connection[4]
## break
print(self._column, self._row, self._first_move, self._top_setting,
self._how_to_win)
self._board = state.makeNewBoard(self._row, self._column)
state.get_board(self._board, self._row, self._column,
self._top_setting)
print(self._board)
self._redraw()
def _on_start(self):
while True:
dialog = inputs.APP()
dialog.show()
if dialog.ok_clicked():
self._column = dialog.column_width()
self._row = dialog.row_height()
self._first_move = dialog.First_Move()
self._top_setting = dialog.TopSetting()
self._how_to_win = dialog.HowToWIN()
connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
if connection == False:
self._message.set('Invalid Inputs')
continue
else:
self._column = connection[0]
self._row = connection[1]
self._first_move = connection[2]
self._top_setting = connection[3]
self._how_to_win = connection[4]
self._message.set('Good Inputs')
break
elif dialog.cancel_clicked():
self._message.set('Invalid Inputs')
return None
break
## else:
## pass
## connection = inputs.check_input([self._column, self._row, self._first_move, self._top_setting, self._how_to_win])
## if connection == False:
## continue
## else:
## self._column = connection[0]
## self._row = connection[1]
## self._first_move = connection[2]
## self._top_setting = connection[3]
## self._how_to_win = connection[4]
## break
print(self._column, self._row, self._first_move, self._top_setting, self._how_to_win)
self._board = state.makeNewBoard(self._row, self._column)
state.get_board(self._board, self._row, self._column, self._top_setting)
print(self._board)
self._redraw()
def main():
'''Game function. '''
while True:
connection = inputs.check_input()
if connection == False:
continue
else:
break
print('\nColumn: {}'.format(connection[0]),
'\nRow: {}'.format(connection[1]),
'\nFirst Turn: {}'.format(connection[2]),
'\nWB Setting: {}'.format(connection[3]),
'\nWin by: {}\n'.format(connection[4]))
column = connection[0]
row = connection[1]
turn = connection[2]
top = connection[3]
win = connection[4]
board = state.makeNewBoard(row, column)
state.get_board(board, row, column, top)
while True:
if turn == 'black':
symbol = 'B'
## print_board(board, row)
## print(BoardCopy.BoardApplication(column,row, top)._on_mouse_click())
## scores = state.show_scores(board, row, column)
## print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format(
'Black', 'Black', symbol))
move = every_move(board, symbol, row, column, top)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board, symbol, row,
column).make_move_for_board(move[0], move[1])
if state.check_score(state.show_scores(board, row,
column)) != (row * column):
if state.MakeMove(board, 'W', row, column).Flip_pieces() == []:
print("!!White has no where to move; it's black turn!!")
turn = 'black'
else:
turn = 'white'
else:
break
else:
symbol = 'W'
## print_board(board, row)
## scores = state.show_scores(board, row, column)
## print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format(
'White', 'White', symbol))
move = every_move(board, symbol, row, column, top)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board, symbol, row,
column).make_move_for_board(move[0], move[1])
if state.check_score(state.show_scores(board, row,
column)) != (row * column):
if state.MakeMove(board, 'B', row, column).Flip_pieces() == []:
print("!!Black has no where to move; it's white turn!!")
turn = 'white'
else:
turn = 'black'
else:
break
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0], scores[1]))
who_won(scores, win)
def main():
'''Game function. '''
while True:
connection = inputs.check_input()
if connection == False:
continue
else:
break
print('\nColumn: {}'.format(connection[0]),
'\nRow: {}'.format(connection[1]),
'\nFirst Turn: {}'.format(connection[2]),
'\nWB Setting: {}'.format(connection[3]),
'\nWin by: {}\n'.format(connection[4]))
column = connection[0]
row = connection[1]
turn = connection[2]
top = connection[3]
win = connection[4]
board = state.makeNewBoard(row, column)
state.get_board(board, row, column, top)
while True:
if turn == 'black':
symbol = 'B'
## print_board(board, row)
## print(BoardCopy.BoardApplication(column,row, top)._on_mouse_click())
## scores = state.show_scores(board, row, column)
## print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format('Black','Black',symbol))
move = every_move(board, symbol, row, column, top)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board,symbol, row, column).make_move_for_board(move[0],move[1])
if state.check_score(state.show_scores(board, row, column)) != (row*column):
if state.MakeMove(board, 'W', row, column).Flip_pieces() == []:
print("!!White has no where to move; it's black turn!!")
turn = 'black'
else:
turn = 'white'
else:
break
else:
symbol = 'W'
## print_board(board, row)
## scores = state.show_scores(board, row, column)
## print('Black: {}; White: {}'.format(scores[0],scores[1]))
print("\nIt is {}'s turn, {} is '{}'.".format('White','White',symbol))
move = every_move(board, symbol, row, column, top)
print('Your move is at {}.'.format(state.tell_move(move)))
state.MakeMove(board,symbol, row, column).make_move_for_board(move[0],move[1])
if state.check_score(state.show_scores(board, row, column)) != (row*column):
if state.MakeMove(board,'B', row, column).Flip_pieces() == []:
print("!!Black has no where to move; it's white turn!!")
turn = 'white'
else:
turn = 'black'
else:
break
print_board(board, row)
scores = state.show_scores(board, row, column)
print('Black: {}; White: {}'.format(scores[0],scores[1]))
who_won(scores, win)