def interactive():
'''Game interactive mode.
Runs the full, user interactive Sudoku game,
asking for the player input at each turn.
'''
matrix = [[0 for j in range(9)] for i in range(9)]
tips = getFromFile('config.txt')
addTips(tips, matrix)
if validGame(matrix):
i = 0
msg = util.ok('Entre sua jogada:')
errorcleanup = [0, 0, 0]
while i < (81 - len(tips)):
util.clearConsole()
print(board.build(matrix, tips))
print(msg)
r, c, n = errorcleanup
if matrix[r][c] < 0:
matrix[r][c] = n
user_input = formatInput(input())
row, col, num = map(int, user_input.split(':'))
inTips = False
for t in tips:
if user_input[:3] == t[:3]:
inTips = True
if inTips:
msg = util.error('As dicas nao podem ser sobrescritas.')
elif validNum(matrix, num, row, col):
msg = util.ok('Entre sua jogada:')
if matrix[row][col] == 0 and num != 0:
i += 1
if matrix[row][col] != 0 and num == 0:
i -= 1
matrix[row][col] = num
else:
if row < 9 and col >= 0 and 10 > num > 0:
errorcleanup = row, col, matrix[row][col]
matrix[row][col] = -num
msg = util.error(
'Jogada invalida. Por favor, jogue novamente.')
util.clearConsole()
print(board.build(matrix, tips))
print(util.ok('Parabens, voce concluiu o jogo!'))
e = input(' Jogar novamente? (Y/n)\n')
if e.lower() == 'y' or e == '':
interactive()
else:
util.clearConsole()
print(board.build(matrix, tips))
print(util.error('Arquivo de configuracoes invalido.'))
def duty(req, res):
req.params = {
'device': req.url_match.group(1)
}
yield from req.read_form_data()
req.params['value'] = int(req.form['value'][0])
model.duty(req.params)
yield from ok(res)
def update(req, res):
yield from req.read_form_data()
req.params = {
'device': req.url_match.group(1),
'pin': int(req.form['pin'][0]),
'default': int(req.form['default'][0])
}
model.update(req.params)
yield from ok(res)
def update(req, res):
yield from req.read_form_data()
req.params = {
'device': req.url_match.group(1),
'pin': int(req.form['pin'][0]),
'default': int(req.form['default'][0])
}
model.update(req.params)
yield from ok(res)
def list(req, res):
yield from ok(res, model.list())
def duty(req, res):
req.params = {'device': req.url_match.group(1)}
yield from req.read_form_data()
req.params['value'] = int(req.form['value'][0])
model.duty(req.params)
yield from ok(res)
def set(req, res):
yield from req.read_form_data()
model.set(req.form)
yield from ok(res)
def scan(req, res):
nets = model.scan()
yield from ok(res, nets)
def read(self, req, res):
yield from ok(res, self.model.get(req.params['name']))
def scan(req, res): nets = model.scan() yield from ok(res, nets)
def get(req, res): req.parse_qs() yield from ok(res, model.load(req.form['name'][0]))
def reset(req, res): yield from ok(res) model.reset()
def read(req, res): yield from ok(res, model.read(req.params))
def list(req, res): yield from ok(res, model.list())
def read(req, res):
yield from ok(res, model.read(req.params))
def set(req, res): yield from req.read_form_data() model.set(req.form) yield from ok(res)
def list(self, req, res):
yield from ok(res, self.model.list())
def list(self, req, res): yield from ok(res, self.model.list())
def update(self, req, res):
yield from req.read_form_data()
name = req.params['name']
value = ujson.loads(req.form['value'][0])
yield from ok(res, self.model.set(name, value))
def read(self, req, res): yield from ok(res, self.model.get(req.params['name']))
def get(req, res):
yield from ok(res, model.get())
def update(self, req, res): yield from req.read_form_data() name = req.params['name'] value = ujson.loads(req.form['value'][0]) yield from ok(res, self.model.set(name, value))
def get(req, res): yield from ok(res, model.get())
def read(self, req, res): yield from ok(res, self.model.get(name))
