def add_cli(self, username: str, port: str, tree_sent: str, transport):
tree_database = database.find_user(username, 'pass')
if tree_database is None:
logger.info('user {} does not exists'.format(username))
return None
ts = tree.Tree(tree_sent)
td = tree.Tree(tree_database)
cli = Client(username, port, ts, transport)
if username not in self.clients:
self.clients[username] = [cli]
else:
self.clients[username].append(cli)
logger.debug("new instance of client {}".format(username))
self.transports[transport] = cli
tree.Tree.process_subtree(cli, ts.raw_tree, td.raw_tree)
# TODO: think about client conflicts + database sync between instances
logger.debug('tree has been processed for {}'.format(username))
database.save_new_tree(username, ts.raw_tree)
return cli
def add_cli(self, username: str, port: str, tree_sent: str, transport):
tree_database = database.find_user(username, 'pass')
if tree_database is None:
logger.info('user {} does not exists'.format(username))
return None
ts = tree.Tree(tree_sent)
td = tree.Tree(tree_database)
cli = Client(username, port, ts, transport)
if username not in self.clients:
self.clients[username] = [cli]
else:
self.clients[username].append(cli)
logger.debug("new instance of client {}".format(username))
self.transports[transport] = cli
tree.Tree.process_subtree(cli, ts.raw_tree, td.raw_tree)
# TODO: think about client conflicts + database sync between instances
logger.debug('tree has been processed for {}'.format(username))
database.save_new_tree(username, ts.raw_tree)
return cli
def index():
if session.get("id", False):
user = db.find_user({"_id": session["id"]})
# Clear the color queue
color_queue[session["id"]] = []
return render_template('colors.html', user=user)
else:
return render_template('index.html')
def sign_up(usr, pwd):
if find_user(usr):
#bad, reenter info
flash("Username taken.")
return 1
else:
#good, add user
new_user(usr, pwd)
return 0
def check_auth(username, password):
"""This function is called to check if a username /
password combination is valid.
"""
user = find_user(username)
if (user == None):
return False
hashed_password = user['hashed_password']
print hashed_password
return check_password_hash(hashed_password, password)
def verify_token(token):
print(token)
payload = jwt.decode(token, JWT_SECRET, algorithms=[JWT_ALGORITHM])
t1 = datetime.strptime(payload['time'], '%Y-%m-%d %H:%M:%S')
t2 = datetime.now()
print("current time = " + t2.strftime('%Y-%m-%d %H:%M:%S'))
print("token time = " + payload['time'])
print("delta seconds = " + str((t2-t1).seconds))
if (t2-t1).seconds < 12*3600:
from database import find_user
return find_user(payload['username'])
return None
def login(usr, pwd):
#good username?
if find_user(usr):
#good username but password?
if match_pass(usr, pwd):
session['user'] = usr
return 0
#bad password
else:
flash("Incorrect password.")
return 1
#bad username
else:
flash("Incorrect username.")
return 1
def user_dashboard():
user = session["user"]
name = database.find_user(user)
user_invites_header = ["event id", "event name", "organizer", "date", "location"]
invites_data = database.future_events_with_status(user, 3)
if request.method=="GET":
events_data = database.user_future_events(user)
past_events = database.user_past_events(user)
return render_template(
'dash.html',
user_first=name,
invites_table = "Received Invites",
invites_table_header=user_invites_header,
invites_table_data=invites_data,
event_redir="/user_display_event_read/",
invite_redir="/user_display_event/",
events_table = "Upcoming Events",
events_table_header= user_invites_header,
events_table_data= events_data,
search_redir="/userdash",
past_events_table = "Past Events Attended",
past_events_table_header = user_invites_header,
past_events_table_data = past_events)
if request.method=="POST":
events_data = database.user_future_events(user)
past_events = database.user_past_events(user)
query = request.form["query"]
if query != "":
try:
events_data = database.user_invites_by_category(user, request.form["query"])
print events_data
except:
print "invalid query"
return render_template(
'dash.html',
user_first=str(name[0]),
invites_table = "Received Invites",
invites_table_header=user_invites_header,
invites_table_data=invites_data,
event_redir="/user_display_event_read/",
invite_redir="/user_display_event/",
events_table = "Upcoming Events",
events_table_header= user_invites_header,
events_table_data= events_data,
search_redir="/userdash",
past_events_table = "Past Events Attended",
past_events_table_header = user_invites_header,
past_events_table_data = past_events)
def bot_message_handler(current_updates,
update_id,
message_id,
sender_id,
group_id,
dict_checker,
cur,
callback_data=0,
callback=False):
try:
if callback == True:
print(callback_data)
if callback_data == 'Deposit':
depo_add = database.get_depo(cur)
bot.send_message(sender_id, depo_add)
bot.send_message_four(
sender_id,
'Send your Deposit to the address above and paste the Transaction Hash. Minimum Deposit 0.005 BTC',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
elif callback_data == 'Withdraw':
cu_add = database.with_add(sender_id, cur)
with_add = database.with_add(sender_id, cur)
if with_add == 'Nothing':
bot.edit_message_two(
sender_id, message_id,
'No Withdrawal Address Found. Send your wallet address now',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
change_address.append(sender_id)
bot.get_updates(offset=update_id + 1)
else:
bot.edit_message_two(
sender_id, message_id,
f'Current Wallet Address\n\n{cu_add}\n\nEnter the amount of BTC to withdraw',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
with_amount.append(sender_id)
bot.get_updates(offset=update_id + 1)
elif callback_data == 'Terms':
for i in range(1, 9):
terms = database.get_term(i, cur)
bot.send_message(sender_id, terms)
last_term = database.get_term(9, cur)
bot.send_message_four(sender_id, last_term,
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
elif callback_data == 'Performance':
profit = database.get_profit(cur)
cu_bal = database.find_bala(sender_id, cur)
bot.edit_message_two(
sender_id, message_id,
f'Current Balance: {cu_bal}\n24 hour profit: {profit}%',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
elif callback_data == 'Referral':
ref_link = f'https://t.me/profit_share_bot?start={sender_id}'
bot.edit_message_two(sender_id, message_id,
f'Your referral link:\n{ref_link}',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
elif callback_data == 'Change Address':
cu_add = database.with_add(sender_id, cur)
bot.edit_message_two(
sender_id, message_id,
f'Current Withdrawal Address\n\n{cu_add}\n\nSend your new address now to change it',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
change_address.append(sender_id)
bot.get_updates(offset=update_id + 1)
elif callback_data == 'Back':
if sender_id in with_amount:
with_amount.remove(sender_id)
if sender_id in change_address:
change_address.remove(sender_id)
bot.send_message_four(
sender_id, 'Select an option from below',
[[{
'text': 'Performance',
'callback_data': 'Performance'
}, {
'text': 'Deposit',
'callback_data': 'Deposit'
}],
[{
'text': 'Withdraw',
'callback_data': 'Withdraw'
}, {
'text': 'Change Address',
'callback_data': 'Change Address'
}], [{
'text': 'Referral',
'callback_data': 'Referral'
}],
[{
'text': 'Terms',
'callback_data': 'Terms'
}, {
'text': 'History',
'callback_data': 'History'
}]])
bot.get_updates(offset=update_id + 1)
elif callback_data == 'History':
depo_his = database.find_history(sender_id, 'Deposit', cur)
with_his = database.find_history(sender_id, 'Withdraw', cur)
full_text = ''
if depo_his == 'Nothing':
full_text += 'Deposit History\n\nNoting\n\n'
else:
full_text += f'Deposit History\n\n'
for i in depo_his:
if len(full_text) > 3800:
bot.send_message(sender_id, full_text)
full_text = ''
da_ti = datetime.fromtimestamp(float(i[3]))
full_text += f'Transaction Hash: {i[0]}\nAmount: {i[2]} BTC\nTime: {da_ti}\n\n'
if with_his == 'Nothing':
full_text += 'Withdraw History\n\nNothing'
else:
full_text += f'Withdraw History\n\n'
for i in with_his:
if len(full_text) > 3800:
bot.send_message(sender_id, full_text)
full_text = ''
da_ti = datetime.fromtimestamp(float(i[3]))
full_text += f'Transaction Hash: {i[0]}\nWallet: {i[1]}\nAmount: {i[2]} BTC\nTime: {da_ti}\n\n'
bot.send_message_four(sender_id, full_text,
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
else:
text = current_updates['message']['text']
first_name = current_updates['message']['from']['first_name']
print(text)
if text.startswith('/start'):
try:
last_name = current_updates['message']['from']['last_name']
except:
last_name = ''
if sender_id in with_amount:
with_amount.remove(sender_id)
if sender_id in change_address:
change_address.remove(sender_id)
if database.find_user(sender_id, cur) == 'Nothing':
database.add_user(sender_id, first_name, last_name, cur)
if database.find_ref(sender_id, cur) == 0:
try:
data = text.split(' ')[1]
database.update_ref(sender_id, data, cur)
except:
pass
bot.send_message_four(
sender_id, 'Select an option from below',
[[{
'text': 'Performance',
'callback_data': 'Performance'
}, {
'text': 'Deposit',
'callback_data': 'Deposit'
}],
[{
'text': 'Withdraw',
'callback_data': 'Withdraw'
}, {
'text': 'Change Address',
'callback_data': 'Change Address'
}], [{
'text': 'Referral',
'callback_data': 'Referral'
}],
[{
'text': 'Terms',
'callback_data': 'Terms'
}, {
'text': 'History',
'callback_data': 'History'
}]])
bot.get_updates(offset=update_id + 1)
elif sender_id in change_address:
if len(text) < 20:
bot.send_message_four(sender_id,
'Invalid Address. Try Again',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
else:
database.update_with(sender_id, text, cur)
bot.send_message_four(sender_id, 'Wallet Address Updated',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
change_address.remove(sender_id)
bot.get_updates(offset=update_id + 1)
elif sender_id in with_amount:
try:
amount = float(text)
cu_bal = float(database.find_bala(sender_id, cur))
cu_add = database.with_add(sender_id, cur)
if amount < 0.005:
bot.send_message_four(
sender_id,
'Amount too small. Minimum withdraw 0.005 BTC. Press Back to Cancel or enter a new Amount',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
else:
if amount <= cu_bal:
bot.send_message_four(
sender_id,
f'Request Sent to withdraw {amount} BTC. Withdrawal will be processed soon!',
[[{
'text': 'Done',
'callback_data': 'Back'
}]])
with_amount.remove(sender_id)
database.with_trans(sender_id, cu_add, amount,
time.time(), cur)
cu_bal -= amount
database.update_bala(sender_id, cu_bal, cur)
bot.get_updates(offset=update_id + 1)
elif amount > cu_bal:
bot.send_message_four(
sender_id,
'Not Enough Balance. Press Back to Cancel or enter a new Amount',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
except:
bot.send_message_four(
sender_id,
'Invalid Number to Withdraw. Enter a Valid BTC Amount',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
elif len(text) > 60:
try:
bot.send_message(sender_id, 'Transaction Hash Detected')
if database.get_trans(text, cur) == 'Nothing':
depo_add = database.get_depo(cur)
a = requests.get(
f'https://blockchain.info/rawtx/{text}').json()
data = a['out']
outputs = {}
for i in data:
try:
outputs[i['addr']] = i['value']
except:
pass
if depo_add in outputs:
amount = float(int(outputs[depo_add]) / 100000000)
if amount < 0.005:
bot.send_message_four(
sender_id,
'Deposit amount too small. Deposit failed. Contact @dashe79 to resolve it',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
else:
bot.send_message_four(
sender_id,
f'Deposit successful. {amount} Deposited',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
database.depo_trans(sender_id, text, amount,
time.time(), cur)
cu_bal = float(
database.find_bala(sender_id,
cur)) + amount
database.update_bala(sender_id, cu_bal, cur)
bot.get_updates(offset=update_id + 1)
else:
bot.send_message_four(
sender_id,
'Deposit Failed. Transaction not sent to the Deposit Address',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
else:
bot.send_message_four(
sender_id,
'Transaction Hash Already Used. Invalid Transaction Hash',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
except:
bot.send_message_four(sender_id,
'Invalid Transaction Hash',
[[{
'text': 'Back',
'callback_data': 'Back'
}]])
bot.get_updates(offset=update_id + 1)
except Exception as e:
print(e)
print('got an error')
bot.get_updates(offset=update_id + 1)
pass
import logging
import time
from common.log import logger
import common.network
import argparse
logfile = '/tmp/storeit-server.log'
parser = argparse.ArgumentParser(description='StoreIt backend server.')
parser.add_argument('-l', '--log', nargs='?', const=logfile,
help='log to a file (default is {})'.format(logfile))
args = parser.parse_args()
if args.log is not None:
logging.basicConfig(filename=args.log, level=logging.DEBUG)
try:
database.__init__()
database.find_user('nonexistent', 'user')
except Exception:
logger.warn('Looks like postgre daemon is not running. It will be started')
subprocess.call("./database/postgre.sh")
time.sleep(0.2)
database.__init__()
try:
common.network.loop(network.NetManager, '0', 7641)
except Exception:
logger.error("exception")
def __init__(self, user_id, name=None, email=None):
if user_id is not None:
self.name, self.email, self.authorized = find_user(user_id)
else:
self.name, self.email, self.authorized = name, email, False
def is_registered(user_id):
return find_user(user_id) is not None
def logged_in_user():
if not logged_in(): return None
return db.find_user({"_id": session["id"]})
def logged_in():
if not session.get("id"): return False
user = db.find_user({"_id": session["id"]})
return not user == None
