def services(message):
if not user.check(message.chat.id): user.create(message.chat.id, message.chat.username)
if message.text == "Заявки":
bot.send_message(message.chat.id, "Загрузка данных...")
data = mongo.get_data(message.chat.id)
if not data: bot.send_message(message.chat.id, "Заявки не найдены.")
for app in data:
text = "".join([
f"Тип продукта: {app['service']}!\n",
f"Имя продукта: {app['proposal']}.\n",
f"Статус: {app['status']}.",
])
bot.send_message(message.chat.id, text)
elif message.text == "Специалист":
# bot.send_message(message.chat.id, "Данный раздел находится в разработке.\nПриносим свои извинения.")
bot.send_message(message.chat.id, 'Запрос Отправлен.\nВ ближайшее время с вами свяжется специалист банка.')
bot.send_message(chat_id=1184113473, text=f'Клиент @{message.chat.username} просит начать консультацию.')
else:
user_message = message.text
user.set(message.chat.id, service=user_message)
try:
markup = types.InlineKeyboardMarkup(row_width=1)
markup.add(*menu.services[user_message])
bot.send_message(message.chat.id, choice(menu.service_messages), reply_markup=markup)
except KeyError:
bot.send_message(message.chat.id, 'Неверная команда')
def create_account():
error = None
#Like in login, if the page request was POST, it probably means the user
#clicked the create account button. So let's make them an account!
if request.method == 'POST':
#First we collect all jount they typed in
db = get_db()
name = request.form['create_username']
pw = request.form['create_pw']
check = request.form['check_pw']
email = request.form['email']
college = request.form['college']
marketing = request.form['marketing']
prog = request.form['prog_expr']
#check passwords match
if pw != check:
error = 'Passwords do not match'
return render_template('login.html', error=error)
#Let's make sure they didn't select someone else's user name
result = db.execute("SELECT USER_ID FROM USERS WHERE " \
"USERNAME=?", [name]).fetchone()
if result is not None:
error = 'That user name already exists :('
elif not valid_email(email):
error = 'Invalid email format'
elif re.search('[^\w.]', name): # only allow a-zA-Z0-9_. for usernames
error = 'Invalid username format'
if not error:
#Encrypt the password so I'm not tempted to hax ur facebookzzz
salt = hex(int(random() * 1000000))
enc_pw = encrypt_password(pw, salt)
#Stick all the collected info into the DB so I can stalk y'all forever
query = "INSERT INTO USERS (USERNAME, PASSWORD, SALT, EMAIL," \
+ " COLLEGE, MARKETING, PROG_EXPR, PORT, PARTNER_PORT) " \
+ "VALUES(?, ?, ?, ?, ?, ?, ?, 0, 0)"
db.execute(query, [name, enc_pw, salt, email, college, marketing, prog])
db.commit()
#Create an account on the server so that you guys can log in
try:
user.create(name, pw)
except:
print "FAILED during user creation"
set_session_vars(name, 0, 0)
flash('Your account was created successfully!')
return redirect(url_for('home'))
#If the request was just a GET, or something went wrong in the login,
#show the login page
return render_template('login.html', error=error)
def start_message(message):
# Создание нового пользователя
user.create(message.chat.id, message.chat.username)
# выводим клавиатуру
markup = types.ReplyKeyboardMarkup(resize_keyboard=True)
markup.add(*menu.start)
text = "".join([
f"Здравствуйте, {message.from_user.first_name}!\n",
# f"Вас приветствует - <b>{bot.get_me().first_name}</b>.\n\n",
"Выберите необходимый пункт меню:\n",
])
# приветствие после команды /start
bot.send_message(message.chat.id, text, parse_mode='html', reply_markup=markup)
def login(user):
if user.retrieve():
return True
else:
data.mode = "failed"
char = None
while True:
char = sys.stdin.read(1)[0]
if char in ["t", "c", "q"]:
break
if char is "t":
return False
if char is "c":
data.mode = "create"
input_text(data)
if user.passphrase == data.current_input:
user.create()
return True
if char is "q":
stop(data)
def user_create():
# TODO: Test and improve.
data = request.get_json()
password_hash = pbkdf2_sha256.hash(data.get('password'))
date = datetime.date.today()
result = user.create(get_db(), data.get('email'), data.get('username'),
password_hash, date)
if result:
return Response(status=201)
return Response(status=400)
def respond(data):
print(data)
text = data.get('body')
user_id = data.get('author')
body = data.get('body')
print(data)
if os.getenv('ARBITRUR_PHONE') in user_id: return True
message = build_message(user_id, text, body)
log_handler.insert_message(message)
print(message)
if message['text'] == 'KABOOM!':
hard_reset(message)
return True
RECIEVER_ID = user.phone_to_id(os.getenv('ARBITRUR_PHONE'))
new_user_phone = data.get('chatId').replace('@c.us', '')
user_data = {
'name': data.get('senderName'),
'phone': new_user_phone,
'country': geo.get_country_name_and_flag(new_user_phone)
}
if user.get(user_id) is None: user.create(user_id, user_data)
# Demote or promote user if there is a change in the agent list
user.demote_to_user_if_needed(user_id, user_data)
user.promote_to_agent_if_needed(user_id, user_data)
# If we are already handling a message and we are not done, ignore.
conversation.update_canonical_conversation(user_id, RECIEVER_ID, text,
'user')
if user.is_bot_answering(user_id) == True: return True
user.set_user_answering(user_id)
print('Moving Convo')
core.recieve_message(message)
user.remove_user_answering(user_id)
return True
def register(email, password):
""" This function registers a new user with the specified email/password.
:param email: The email to use for registration
:param password: The password to use for the user
:return: A redirect to a page that indicates success/failure as needed
"""
# first check recaptcha
import requests
user = create(email, password)
if user is None:
print 'Returning to register'
# TODO: Change this to an error page
return json.dumps({'result': 'failed'})
else:
print 'returning to login'
# TODO: Change this to contain a cookie with the auth key or whatever
session['username'] = email
return json.dumps({'result': 'success'})
def test_create_user(self):
# generate random user name as duplicates raise an error
name = utils.get_random_name()
surname = utils.get_random_surname()
username = f'{name[:1]}{surname}'
new_user = {
'username': username,
'first_name': name,
'surname': surname
}
user, status = user_api.create(new_user)
self.assertEqual(status, 201)
email = f'{username}@{utils.generate_random_string(6)}.com'
print(f'creating new email: {email}')
contact_detail = {
'email': email
}
result, status = contact_detail_api.create(user.get('user_id'), contact_detail)
assert (status == 201)
def create_contact():
'''
creates new contact
:return:
'''
name = utils.get_random_name()
surname = utils.get_random_surname()
username = f'{name[:1]}{surname}'
new_user = {
'username': username,
'first_name': name,
'surname': surname
}
print(f'creating new user: {username}')
user, status = user_api.create(new_user)
assert(status == 201)
email = f'{username}@{utils.generate_random_string(6)}.com'
print(f'creating new email: {email}')
contact_detail = {
'email': email
}
result, status = contact_detail_api.create(user.get('user_id'), contact_detail)
assert(status == 201)
def init():
if not can_init:
return "can not init"
db.drop_tables([Goods, Topic, User, AdGroup, Ad], safe=True)
db.create_tables([Goods, Topic, User, Ad, AdGroup], safe=False)
Topic.create(id=1,
name='综合',
title='首页',
desc='测试简介简介',
img='xx',
can_remove=False)
Topic.create(id=2,
name='家居家装',
title='家居家装',
desc='',
img='xx',
can_remove=False)
Topic.create(id=3,
name='数码家电',
title='数码家电',
desc='',
img='',
can_remove=False)
Topic.create(id=4,
name='母婴',
title='母婴',
desc='',
img='',
can_remove=False)
Topic.create(id=5,
name='食品',
title='食品',
desc='',
img='',
can_remove=False)
Topic.create(id=6,
name='女装',
title='女装',
desc='',
img='',
can_remove=False)
Topic.create(id=7,
name='鞋包配饰',
title='鞋包配饰',
desc='',
img='',
can_remove=False)
Topic.create(id=8,
name='美装个护',
title='美装个护',
desc='',
img='',
can_remove=False)
Topic.create(id=9,
name='男装',
title='男装',
desc='',
img='',
can_remove=False)
Topic.create(id=10,
name='内衣',
title='内衣',
desc='',
img='',
can_remove=False)
Topic.create(id=11,
name='聚优惠',
title='聚优惠',
desc='',
img='',
can_remove=False)
Topic.create(id=12,
name='9.9包邮',
title='9.9包邮',
desc='',
img='',
can_remove=False)
Topic.create(id=13,
name='好货推荐',
title='好货推荐',
desc='',
img='',
can_remove=False)
AdGroup.create(id=1, name='首页焦点图')
AdGroup.create(id=2, name='方块广告位')
AdGroup.create(id=3, name='banner图')
Ad.create(id=1, url="/", img='/static/img/b.png', index=1, adgroup_id=2)
Ad.create(id=2, url="/", img='/static/img/b.png', index=2, adgroup_id=2)
Ad.create(id=3, url="/", img='/static/img/b.png', index=3, adgroup_id=2)
Ad.create(id=4, url="/", img='/static/img/b.png', index=4, adgroup_id=2)
user.create('admin', '123456')
return 'ok'
user_name = user.name() #returns input taken
#checking the newness of user
verified = user.verify(user_name) #returns 'T' or 'F' by checking data
if verified: #if verified we break the loop instantly
verified = True
else: #if still not verified we try to verify
display.heading("new here?")
display.new_here_msg()
#display some msg
while True: #force user to login or signup
user_choice = user.choice()
if user_choice == 1:
#account creating code goes here
user.create(user_name)
log.create(user_name)
print("ACCOUNT CREATION : SUCCESSFUL")
verified = True
break #we break our loop
elif user_choice == 2:
break #we break our program to change username
else:
display.input_warning()
##---------------------------AFTER LOGGED PART-----------------------------##
print("LOGGED AS " + user_name)
user_data = matrix.create("users/" + user_name + ".txt")
#print(user_data)
run = True
def get_messages_pool(data, nicknameDict, UserIndexDict, channelsDict):
# init dicts
messages_per_channel = {}
total_message_count = 0
messages_per_user = {}
history = {}
perHourDict = {}
words_per_user = {}
total_word_count = 0
mentions_count = {}
word_frequency = {}
emotes_frequency = {}
# hour prep
for x in range(24):
if x < 10:
perHourDict.update({"0" + str(x) + ":00": 0})
else:
perHourDict.update({str(x) + ":00": 0})
# users prep
user.create(UserIndexDict, nicknameDict)
# looping
for channel in data:
for message in data[channel]:
messages_per_channel = if_not_in(channel, messages_per_channel)
total_message_count += 1
# Read "u"
u = data[channel][message]["u"]
messages_per_user = if_not_in(u, messages_per_user)
# Read "t"
# History
time = int(data[channel][message]["t"] / 1000)
time_formated_date = datetime.utcfromtimestamp(
time).strftime('%Y-%m-%d')
history = if_not_in(time_formated_date, history)
# PerHour
time_formated_hour = datetime.utcfromtimestamp(time).strftime('%H')
i = int(perHourDict.get(time_formated_hour + ":00")) + 1
perHourDict.update({time_formated_hour + ":00": i})
# Read "m"
content = None
try:
content = data[channel][message]["m"]
except KeyError:
content = ""
# words_per_user
words = content.split(" ")
words_per_user = if_not_in(u, words_per_user, len(words))
# total_words
total_word_count += len(words)
# word frequency
for word in words:
word = word.lower()
if len(word) >= 4 and word[:2] != "<@":
if word[:2] == "<:" and word[-1] == ">":
emotes_frequency = if_not_in(word, emotes_frequency)
else:
word_frequency = if_not_in(re.sub(r'[^\w]', '', word), word_frequency)
# mentions
if "@everyone" in content:
mentions_count = if_not_in("@everyone", mentions_count)
elif "@" in content:
for mention in re.findall(r"[0-9]+", content):
nick = "@" + str(nicknameDict.get(mention))
if nick != "@None":
mentions_count = if_not_in(nick, mentions_count)
user.mentioned(list(UserIndexDict.values()).index(
str(nicknameDict.get(mention))))
# Read "a"
if "a" in data[channel][message].keys():
files = data[channel][message]["a"]
for f in files:
user.images(u, int(data[channel][message]["t"]), f["url"])
# user class
user.mostActiveChannel(u, channel)
user.firstMessage(u, time)
user.lastMessage(u, time)
user.history(u, time_formated_date)
user.perHour(u, time_formated_hour)
user.messagesCount(u)
user.wordsCount(u, len(words))
user.mostUsedWord(u, words)
# Normalisation
messages_per_user = normalise(UserIndexDict, messages_per_user)
words_per_user = normalise(UserIndexDict, words_per_user)
messages_per_channel = normalise(channelsDict, messages_per_channel)
# Sorting
history = history_sort(history)
messages_per_channel = order_sort(messages_per_channel, 50)
messages_per_user = order_sort(messages_per_user, 50)
words_per_user = order_sort(words_per_user, 50)
mentions_count = order_sort(mentions_count, 50)
word_frequency = order_sort(word_frequency, 50)
emotes_frequency = order_sort(emotes_frequency, 10)
# Users finalisation
users = {}
for i in UserIndexDict.keys():
users.update({UserIndexDict.get(i): user.show(i, channelsDict)})
return (total_message_count, total_word_count, messages_per_channel, messages_per_user, words_per_user, mentions_count, history, perHourDict, word_frequency, users, emotes_frequency)
def get(self, name, password, email, status):
return user.create(name, password, email, status)
def create_user(user_str, sid):
errors = user.create(user_str, True)
sio.emit('created-user', errors)
def logic(interaction, message):
user_id = message['user_id']
user_context = conversation.context(user_id)
name = user_context.get('new_user_info_name')
phone = user_context.get('new_user_info_phone')
country = user_context.get('new_user_info_country')
conversation.update_context(user_id, 'new_user_info_name', None)
conversation.update_context(user_id, 'new_user_info_phone', None)
conversation.update_context(user_id, 'new_user_info_country', None)
id_create_user = user.phone_to_id(phone)
users_by_name = user.find(name=name)
user_same_name = users_by_name[0] if len(users_by_name) > 0 else None
users_by_phone = user.find(phone=phone)
user_same_phone = users_by_phone[0] if len(users_by_phone) > 0 else None
no_change = False
if user.get(
id_create_user
) is None and user_same_phone is None and user_same_name is None:
user_data = {
'name': name,
'phone': phone,
'country': country,
'owner': user_id,
}
user.create(id_create_user, user_data, 'outbound')
message_start = {
'user_id': id_create_user,
'text': '***Inicio Conversacion Outbound'
}
pending_conversations.create(id_create_user, [user_id])
conversation.update_context(id_create_user, 'last_reply',
datetime.now())
user_register = f"Haz registrado a un nuevo usuario. {name} ({phone})"
chat_api.reply(user_register, message)
elif user_same_phone is not None:
if user_same_phone['name'] != name:
user.update(user_same_phone['id'], {'name': name})
name_change = f"Haz cambiado el nombre del usuario con nombre de {name}"
chat_api.reply(name_change, message)
else:
no_change = True
elif user_same_name is not None:
if user_same_name['phone'] != phone:
user.update(user_same_name['id'], {'phone': phone})
phone_change = f"Haz cambiado el telefono del usuario con nombre de {name}"
chat_api.reply(phone_change, message)
else:
no_change = True
if no_change == True:
chat_api.reply('El usuario no sufrio cambios', message)
return True
def POST(self):
input = web.input()
user.create(user_dbname, "root", hashlib.sha256(input.password1).hexdigest(), type="superuser")
raise web.seeother("/")
