def fillFields(self):
k = 0
self.items = []
while (True):
try:
courier = Courier(k)
print(type(courier.name))
self.items.append(
str(courier.name) + " " + str(courier.surename))
k = k + 1
except KeyError:
break
self.Courier.addItems(self.items)
dfn = pd.read_csv('data/products.csv', encoding='utf-8')
del dfn['Unnamed: 0']
self.items = []
for i in range(len(dfn)):
self.items.append(dfn.iloc[i, 0])
self.Product.addItems(self.items)
k = 0
self.items = []
self.itemsAddress = []
while (True):
try:
client = Client(k)
self.items.append(
str(client.name) + " " + str(client.phone_number))
self.itemsAddress.append(
str(client.street) + " " + str(client.house))
k = k + 1
except KeyError:
break
self.Client.addItems(self.items)
self.Address.addItems(self.itemsAddress)
def test_remove(self):
dfn = pd.read_csv('data/clients.csv', encoding='utf-8')
bef = dfn.shape[0]
Client(0).removeClient()
dfn = pd.read_csv('data/clients.csv', encoding='utf-8')
ath = dfn.shape[0]
self.assertEqual(bef - 1, ath, "Should False")
def client_get_details(self, client_id, email=None):
self.data['action'] = 'getclientsdetails'
self.data['clientid'] = client_id
if email is not None:
self.data['email'] = email
data = self.send_call()
return Client(data=data)
def get_clients():
"""
Funcion para obtener los clientes de un csv.
Lo retorna en una lista.
"""
clients = []
csv_data = get_data_from_csv('files/clientes.csv')
clients_data = csv_data['data']
for client in clients_data:
clients.append(Client(*client))
return clients
def changeClient(self):
self.name = self.textName.toPlainText()
self.surname = self.textSurname.toPlainText()
self.patronymic = self.textPatr.toPlainText()
self.street = self.textStreet.toPlainText()
self.house = self.textHouse.toPlainText()
self.phone = self.textNumber.toPlainText()
Client(self.index).changeData(self.name, self.surname, self.patronymic,
self.street, self.house, self.phone)
self.setWindowTitle("done")
self.hide()
def test_change(self):
Client(0).changeData("Дмитрий", "Дуплий", "Олегович", "Пушкниа",
"Колотушкина", "69")
self.assertEqual([
Client(0).name,
Client(0).surename,
Client(0).patronymic,
Client(0).street,
Client(0).house,
Client(0).phone_number
], ["Дмитрий", "Дуплий", "Олегович", "Пушкниа", "Колотушкина", "69"],
"Should False")
def client_get_set(self, limitstart=0, limitnum=25, search=None):
self.data['action'] = 'getclients'
self.data['limitnum'] = limitnum
self.data['limitstart'] = limitstart
if search is not None:
self.data['search'] = search
data = self.send_call()
clients = data['clients']['client']
client_list = []
for client in clients:
client_list.append(Client(data=client))
return client_list
def add_people(queue, quantity):
""" Enqueue given quantity of clients to a queue
Parameters
----------
queue : Queue
choice of queue to add clients
quantity : int
number of clients to be enqueued
Returns
-------
list
a list of consequetive enqueues to given queue
"""
return [queue.enqueue(Client()) for _ in range(quantity)]
def simulate_test():
""" Simulate behavior of one client
Returns
-------
current_time : int
How many se
"""
#Creating queues, a client, and enqueueing the client
print('Utworzono kolejki!')
q1 = Queue(queue_type=1)
q2 = Queue(queue_type=2)
q3 = Queue(queue_type=3)
print('Utworzono klienta!')
c1 = Client(1)
print('Dołączam do kolejki')
q1.enqueue(c1)
# max time equals 9 hours
max_time = 9 * 3600
# time spent on registering
current_time = c1.register_time
while current_time < max_time:
if current_time + c1.selection_time + 1800 > max_time:
print("I won't manage to play another game, quitting...")
c1.set_type(3)
# find best queue
q3.enqueue(c1)
# wait for your turn
current_time += c1.signoff_time
q3.dequeue()
break
selection_time = c1.selection_time
print("I've chosen a game in {}!".format(manage_time(selection_time)))
game_time = int(np.random.normal(1800, 900))
print("I played for {}!".format(manage_time(game_time)))
current_time += selection_time + game_time
print("Ending within {}".format(manage_time(current_time)))
return current_time
from make_seq import MakeSeq
from make_seq import MakeSeqEx
from clients import Client
from writer import Writer
if __name__ == '__main__':
client = Client('sqlfiles')
mse = MakeSeqEx()
seqlist = mse.make_seq_extend(client.sqllist)
wt = Writer('output')
wt.todo(seqlist)
exit(0)
def connect_clients(self):
self.clients = Client(self.config)
self.client_index = self.clients.clients_to_server()
self.clients.get_model(self.model)
self.clients.load_data()
def test_remove_negativ(self):
dfn = pd.read_csv('data/clients.csv', encoding='utf-8')
bef = dfn.shape[0] + 1
Client(bef).removeClient()
def delClient(self):
index = self.tableWidget.row(self.tableWidget.currentItem())
if index == -1:
return
Client(index).removeClient()
self.fillTableClients()
from clients import Client
from accounts import Account, SpecialAccount
from banks import Bank
joao = Client('Joao da Silva', '777-1234')
maria = Client('Maria da Silva', '555-4321')
contam = Account(maria, 99)
contaj = Account(joao, 100)
tatu = Bank("Tatú")
tatu.abre_conta(contaj)
tatu.abre_conta(contam)
tatu.lista_contas()
contaJoao = SpecialAccount(joao, 2, 500, 1000)
contaJoao.deposito(1000)
contaJoao.deposito(3000)
contaJoao.deposito(95.15)
contaJoao.saque(1500)
contaJoao.extrato()
from cat import Cat
from clients import Client
if __name__ == '__main__':
cat1 = Cat("Барон", "Мальчик", "2")
cat2 = Cat("Сэм", "Мальчик", "2")
cat1.printCat()
cat2.printCat()
print()
client_1 = Client("Вася", "Пупкин")
print(client_1)
client_1.add_money(30)
print(client_1.get_account())
client_1.add_money(30.1)
client_1.spend_money(10)
print()
print(client_1)
print("Транзакции клиента: ", ", ".join(map(str, client_1.get_transactions())))
from services.passgen import PassGenerator from services.repo import FileRepository from services.passwordcheker import PasswordChecker from conf.config import Settings from clients import Client pass_service = PassGenerator(Settings.pass_generator_pattern) file_service = FileRepository(Settings.data_folder) chek_service = PasswordChecker() client = Client(file_service,pass_service,chek_service) client.load() client.execute()
threadList = []
clientList = []
companyList = []
agencyList = []
#Flight Companies
latam = Company('LATAM')
ryanair = Company('Ryanair')
airFrance = Company('AirFrance')
panAm = Company('PanAm')
companyList = [latam, ryanair, airFrance, panAm]
#Travel Agencies
decolar = Agency(companyList, 'Decolar.Com')
skyScanner = Agency(companyList, 'Sky Scanner')
agencyList = [decolar, skyScanner]
for agency in agencyList:
agency.run()
sleep(2)
# Creating Clients
for i in range(10):
clientList.append(Client(agencyList))
threadList.append(Thread(target=clientList[i].run).start())
