def post(self):
args = parser.parse_args()
cnpj = args['estabelecimento']
cpf = args['cliente']
value = args['valor']
description = args['descricao']
if not CPF().validate(cpf) or not CNPJ().validate(cnpj):
return {'aceito': False}, 202
cnpj = extract_numbers(cnpj)
cpf = extract_numbers(cpf)
store = Store.query.filter_by(cnpj=cnpj).first()
if not store:
store = Store(cnpj=cnpj)
db.session.add(store)
client = Client.query.filter_by(cpf=cpf).first()
if not client:
client = Client(cpf=cpf)
db.session.add(client)
transaction = Transaction(value=value, description=description)
transaction.store = store
transaction.client = client
db.session.add(transaction)
db.session.commit()
return {'aceito': True}, 201
def resolve_first_degree(left, right):
left_numbers, left_x = utils.extract_numbers(left, 1)
left_numbers = utils.clean_list(left_numbers, 'left')
left_x = utils.clean_vars(left_x, 'left')
right_numbers, right_x = utils.extract_numbers(right, 1)
right_numbers = utils.clean_list(right_numbers, 'right')
right_x = utils.clean_vars(right_x, 'right')
unkowns_cleaned, numbers_cleaned = utils.final_clean(
left_x, right_x, left_numbers + right_numbers, 1)
final_solver_first_degree(numbers_cleaned, unkowns_cleaned[1])
def resolve_second_degree(left, right):
left_numbers, left_x = utils.extract_numbers(left, 2)
left_numbers = utils.clean_list(left_numbers, 'left')
left_x = utils.clean_vars(left_x, 'left')
right_numbers, right_x = utils.extract_numbers(right, 2)
right_numbers = utils.clean_list(right_numbers, 'right')
right_x = utils.clean_vars(right_x, 'right')
unkown_cleaned, numbers_cleaned = utils.final_clean(
left_x, right_x, right_numbers + left_numbers, 1)
if unkown_cleaned[2] == 0:
final_solver_first_degree(numbers_cleaned, unkown_cleaned[1])
else:
final_solver_second_degree(unkown_cleaned[2], unkown_cleaned[1],
numbers_cleaned)
return 1
def get(self):
args = parser.parse_args()
cnpj = args['cnpj']
if not CNPJ().validate(cnpj):
return {'mensagem': 'CNPJ é inválido'}, 202
cnpj = extract_numbers(cnpj)
store = Store.query.filter_by(cnpj=cnpj).first()
if not store:
return {
'mensagem': 'Estabelecimento com esse CNPJ não encontrado'
}, 202
return {
'estabelecimento': {
'nome': store.name,
'cnpj': format_cnpj(store.cnpj),
'dono': store.owner,
'telefone': store.phone
},
'recebimentos': [{
'cliente': format_cpf(transaction.client.cpf),
'valor': transaction.value,
'descricao': transaction.description
} for transaction in store.transactions],
'total_recebido':
sum(transaction.value for transaction in store.transactions)
}, 201
def ut_dataset(action_path):
print(action_path)
raw = action_path.split('/')
name = raw[-1]
cat = raw[-2]
person = utils.extract_numbers(name)[0]
return name, cat, int(person)
def resolve_zero_degree(left, right):
left_numbers = utils.extract_numbers(left, 0)
left_numbers = utils.clean_list(left_numbers, 'left')
right_numbers = utils.extract_numbers(right, 0)
right_numbers = utils.clean_list(right_numbers, 'right')
left_numbers = utils.final_clean({}, {}, left_numbers, 0)
right_numbers = utils.final_clean({}, {}, right_numbers, 0)
right_numbers *= -1
if right_numbers == left_numbers:
print(str(left_numbers) + '* X^0 = ' + str(right_numbers) + ' * X^0')
print('The solution is: ')
print('All real numbers')
else:
print(
str(left_numbers) + ' is not equal to' + ' ' + str(right_numbers))
print('There is no solution.')
def cp_dataset(action_path):
action_name = action_path.split('/')[-1]
raw = utils.extract_numbers(action_name)
if (len(raw) > 2):
name = "a%i_s%i_e%i" % (raw[0], raw[1], raw[2])
return name, raw[0], raw[1]
raise Exception("Wrong dataset format " + action_name + " " +
str(len(raw)))