def poista(update, context):
"""Does the actual removing when user wants to remove their last action."""
if update.message.text == "Kyllä":
user = update.effective_user.id
edellinen = db.get_last_transaction(update.effective_user.id)
print("Removing transaction: ", edellinen[0])
summa = -edellinen[4] if edellinen[3] == "PANO" else edellinen[4]
if edellinen[3] != "PANO" and edellinen[3] != "NOSTO":
try:
db.update_stock(edellinen[3], 0)
except TypeError:
pass
db.update_balance(user, summa)
db.delete_transaction(edellinen[0])
saldo = db.get_balance(user)
context.bot.send_message(
update.message.chat.id,
"Tapahtuma poistettu. Tilisi saldo on {:.2f}€.".format(saldo /
100),
reply_markup=ReplyKeyboardRemove())
else:
context.bot.send_message(update.message.chat.id,
"Tapahtumaa ei poistettu",
reply_markup=ReplyKeyboardRemove())
return ConversationHandler.END
def poistatko(update, context):
"""Handles removing the last action made by the user."""
if not is_registered(context.bot, update):
return
keyboard = [["Kyllä"], ["Ei"]]
reply_markup = ReplyKeyboardMarkup(keyboard, one_time_keyboard=True)
edellinen = db.get_last_transaction(update.effective_user.id)
aika = edellinen[5][:16].split("T")
paiva = aika[0]
aika = aika[1]
tuote = edellinen[3]
hinta = edellinen[4] / 100
update.message.reply_text(
"""Haluatko todella poistaa tapahtuman:\n{} {} {} {:.2f}€?\n\nKirjoita missä vaiheessa tahansa /lopeta keskeyttääksesi toiminnon."""
.format(paiva, aika, tuote, hinta),
reply_markup=reply_markup)
return POISTA
def sort_data(data, addr, sock):
global clients, c
if data[0] == "new_event":
db.check_event(data)
elif data[0] == "check_db":
sock.sendto(core.hash(db.get_last_transaction()), addr)
elif data[0] == "get_peers":
if len(clients) == 0:
sock.sendto("peers::None", addr)
else:
table = "peers::"
for i in clients:
table = str(table + str(i) + ",,")
sock.sendto(ttb(table), addr)
elif data[0] == "peers":
if data[1] == "None":
print("Новых клиентов не найдено!")
# init_connection(sock)
else:
list = data[1][:-2]
new_list = list.split(",,")
for i in new_list:
if i not in clients:
check_user(eval(i))
next_connection(sock)
elif data[0] == "ping":
sock.sendto(bytes("pong::", encoding='utf-8'), addr)
# Если придёт данный запрос, сообщить клиенту: Я здесь!
elif data[0] == "check_connect":
sock.sendto(bytes("here::", encoding='utf-8'), addr)
elif data[0] == "here":
global room
room += 1
print("Ответ от клиента {}: нахожусь в сети.".format(addr))
elif data[0] == "message":
print("Текстовое сообщение от клиента {}: {}".format(
addr,
byte_to_string(data[1])[2:-1]))
elif data[0] == "pong":
c = 1
sock.sendto(ttb("get_peers::"), addr)
if addr not in clients:
print('Добавлен', addr)
clients.append(addr)
elif data[0] == "pingg":
sock.sendto(ttb("pongg::"), addr)
elif data[0] == "quit":
# Если реальный хост присутствуют в клиентах
for address, poort in clients:
if addr[0] == address:
a = (address, poort)
clients.remove(a)
print("Отключился клиент {0}".format(a))
if not clients:
global client_status
client_status = 1
to = input("Получатель: ")
if any(to in addr for addr, prt in clients):
string = (str(public_key[0]) + ":" + str(core.hash(text)) +
":" + str(to))
try:
mess = 'message::' + text
s1.sendto(ttb(mess), (to, 9090))
db.add_event(string)
print("Сообщение отправлено!")
except:
print("Ошибка при отправке сообщения!")
else:
print('Клиент с IP - {} не подключен к сети.'.format(to))
elif choose == "2":
last_tx = db.get_last_transaction()
if last_tx is not None:
print(
"Последняя транзакция:\nid {0}\nОт кого: {1}\nсообщение: {2}\nКому: {3}\nДата: {4}\n----------------\n"
.format(last_tx[0], last_tx[1], last_tx[2], last_tx[3],
date(last_tx[4])))
else:
print("Транзакций не найдено!")
elif choose == "3":
wallet = input("Введите свой адрес: ")
result = db.get_transactions(wallet)
for i in result:
print(
"id {0}\nОт кого: {1}\nСообщение: {2}\nКому: {3}\nДата: {4}\n----------------\n"
.format(i[0], i[1], i[2], i[3], date(i[4])))
elif choose == "4":