def confirm_transaction():
"""
Receive the secret pin from the iphone client and actually carry out the transaction
:return: json
"""
try:
transaction_id = request.args.get("transaction_id")
secret_pin = request.args.get("secret_pin")
transaction_queryset = db.session.query(BTCTransaction).filter(BTCTransaction.id == transaction_id)
transaction = transaction_queryset.first()
version = 2 # API version
api_key = app.config["BLOCKIO_API_KEY"]
api_key = "1d2d-9788-d71f-c73f"
block_io = BlockIo(api_key, secret_pin, version)
block_io.withdraw(amounts=transaction.amount,
to_addresses=transaction.to_address,
from_addresses=transaction.from_address)
response = {
"status": 200,
"message": "transaction succeeded"
}
except Exception as e:
app.logger.error(e)
response = {
"status": 500,
"message": e.message,
}
return flask.jsonify(**response)
def __init__(self, api_key, secret_pin):
self._api_key = api_key
self._secret_pin = secret_pin
self._version = 2
self._block_io = BlockIo(self._api_key, self._secret_pin,
self._version)
self._set_wallets()
def __init__(self):
self._logger = logging.getLogger(__name__)
self._logger.propagate = False
self._logger.setLevel(logging.INFO)
self._logger.addHandler(logging.FileHandler("faucet.log"))
self._logger.info("Creating BlockIoPaymentProcessor instance")
self._block_io = BlockIo(blockioconfig.apikey, blockioconfig.secretpin,
apiversion)
def send_bitcoin(self):
version = 2
block_io = BlockIo('e61b-2513-431a-3906', 'shakurraph2', version)
block_io.withdraw_from_labels(
amounts='0.001',
from_labels='default',
to_addresses='2N23YsTMNSdgxcfebqekGcJjDEkqKk8eunm',
pin='shakurraph2'
)
def every_min():
try:
token = '434214801:AAH67lvsi1k3vFnElT8OlCIBhrXpwDMuE5k'
bot = telebot.TeleBot(token)
settings = Settings.objects.all().first()
blockio_api_keys_btc = settings.blockio_api_keys_btc
blockio_sercret_pin = settings.blockio_sercret_pin
version = 2 # API version
block_io = BlockIo(blockio_api_keys_btc, blockio_sercret_pin, version)
last_25_trans = block_io.get_transactions(type='received')
if last_25_trans["status"] == "success":
# print(last_25_trans)
for trans in last_25_trans["data"]["txs"]:
trans_id = trans["txid"]
print(trans)
if not Txs.objects.filter(trans_id=trans_id).exists():
recipient = trans["amounts_received"][0]["recipient"]
summa = float(trans["amounts_received"][0]["amount"])
# time_in = trans["time"]
chat_id = int(
block_io.get_address_balance(addresses=recipient)
['data']['balances'][0]['label'])
user = BotUser.objects.get(chat_id=chat_id)
activate(user.lang)
Txs.objects.create(bot_user=user,
trans_id=trans_id,
summa=summa,
wallet=recipient,
status='created')
bot.send_message(
354691583,
'На ваш кошелек был создан перевод на сумму %.8f BTC' %
summa)
bot.send_message(
chat_id,
_('На ваш кошелек был создан перевод на сумму %.8f BTC'
) % summa)
except Exception as e:
# print(e)
bot.send_message(354691583, str(e))
finally:
quit()
def __init__(self, j):
self.sc = SlackClient(slack_token)
self.j = j
self.block_io = {
"doge": BlockIo(blockio_api_doge_key, blockio_secret_pin, version),
"btc": BlockIo(blockio_api_btc_key, blockio_secret_pin, version),
"ltc": BlockIo(blockio_api_ltc_key, blockio_secret_pin, version)
}
self.id2name = {}
self.name2id = {}
self.split_message = None
self.tip_index = 0
def inicializarAPI(_secretPIN):
#inicializando a API
version = 2 # API version
bitcointTestnetApiKey = 'dac5-24ba-d04c-19f9'
block_io = BlockIo(bitcointTestnetApiKey, _secretPIN, version)
return block_io
def bitcoinAPI(request):
context = dict()
version = 2
yourapI = '00c6-f206-7e73-bf39'
secret = 'goztepe35'
adresss = '2NAXDbBeDB5RCYFNg6WUzJydcnuawyirTYg'
block_io = BlockIo(yourapI, secret, version)
a = block_io.get_balance()
b = block_io.get_address_balance(labels='LABEL')
#context['data2'] = json.load(a)
context['data'] = a
context['data2'] = b
print(b.values())
template = 'wallet.html'
return render(request, template, context)
class BlockIOChecker:
def __init__(self, api_key, secret_pin):
self._api_key = api_key
self._secret_pin = secret_pin
self._version = 2
self._block_io = BlockIo(self._api_key, self._secret_pin,
self._version)
self._set_wallets()
def _set_wallets(self):
self._wallets = BlockIOWallet.objects.filter(balance=0)
def _get_addresses(self):
return ','.join([i.wallet for i in self._wallets])
def get_wallets_data(self):
response = self._block_io.get_address_balance(
addresses=self._get_addresses())
wallets_data_list = list()
if response['status'] == 'success':
balances = response['data']['balances']
for balance in balances:
wallet_info = balance['label'].split('_')
wallets_data_list.append({
'wallet_id':
wallet_info[1],
'user_unique_number':
wallet_info[0],
'available_balance':
decimal.Decimal(balance['available_balance']),
'pending_received_balance':
decimal.Decimal(balance['pending_received_balance']),
})
return wallets_data_list
def delete_wallets():
pass
import requests
from block_io import BlockIo
#https://block.io/api/v2/get_balance/?api_key=BITCOIN
API_KEY = '13cf-7f20-a5e8-5b05'
SECRET_PIN = ''
r = requests.get('https://block.io/api/v2/get_balance/?api_key=' + API_KEY)
version = 2 # API
block_io = BlockIo(API_KEY, version)
block_io.get_new_address(label='basanese1')
# Basic example for using Block.io for generating wallet addresses and withdrawing coins
from block_io import BlockIo
from decimal import *
import six # for python2 back-compatibility in printing messages using print as a function
import random
import sys
version = 2 # API version
# use a testnet api key here, say, dogecoin
block_io = BlockIo('TESTNET API KEY', 'SECRET PIN', version)
getcontext().prec = 8 # coins are 8 decimal places at most
# create a new address with a random label
address_label = 'tlabel'+str(int(random.random()*10000))
new_address = None
try:
new_address = block_io.get_new_address(label=address_label)['data']['address']
except Exception:
exc = sys.exc_info()[1]
six.print_(exc)
if (new_address is None):
# the address label already existed, let's get the associated address
new_address = block_io.get_address_by_label(label=address_label)['data']['address']
six.print_("Address Generated for Label=",address_label+":",new_address)
import datetime
from block_io import BlockIo
import sys
import pyfiglet
v = 2
phucle = pyfiglet.figlet_format("PhucLe")
print(phucle)
dogecoin = BlockIo('d068-adce-3ee1-41d7', 'hongphuc1109', v)
tkdoge = dogecoin.get_address_by_label(label='phucbun')
tkgd_doge_nhan = dogecoin.get_transactions(type='received', labels='phucbun')
tkgd_doge_gui = dogecoin.get_transactions(type='sent')
giadoge = dogecoin.get_current_price()
x = datetime.datetime.now()
#print(vidoge.get())
def tkphuc():
print('-' * 50)
print(x.strftime("%c"))
print('-' * 50)
print('Loại Coin :', tkdoge['data']['network'])
print('-' * 50)
print('Ví của Phúc :', tkdoge['data']['address'])
print('-' * 50)
print('Số dư :', tkdoge['data']['available_balance'])
print('-' * 50)
#print('Cặp BTC/DOGE :',giadoge['data']['prices'])
import sys
from block_io import BlockIo
b = BlockIo('6bef-475f-4d48-2370', 'TrupeDoBitBox', 2)
print(
b.withdraw_from_addresses(amounts=sys.argv[1],
from_addresses=sys.argv[2],
to_addresses=sys.argv[3]))
import codecs
from random import randint
from hashlib import sha256
import urllib
import urllib2
from block_io import BlockIo
import requests
from email.mime.text import MIMEText
from email.mime.multipart import MIMEMultipart
import smtplib
from bitcoinrpc.authproxy import AuthServiceProxy, JSONRPCException
version = 2 # API version
block_io = BlockIo('9fd3-ec01-722e-fd89', 'SECRET PIN', version)
__author__ = 'carlozamagni'
admin1_ctrl = Blueprint('admin1', __name__, static_folder='static', template_folder='templates')
def check_password(pw_hash, password):
return check_password_hash(pw_hash, password)
def set_password(password):
return generate_password_hash(password)
@admin1_ctrl.route('/tai-dau-tu/<ids>', methods=['GET', 'POST'])
def tai_dau_tu(ids):
error = None
if session.get('logged_in_admin') is None:
return redirect('/admin/login')
class Bank:
# create API Gateway
io = BlockIo('226a-4ade-8eb4-1fed', '696996969')
def __init__(self):
self.id = uuid4()
self.balance = 0
def genAddress():
address = Bank.io.get_new_address(label=uuid4())
print("Generated Address: %s" % address)
return address
def printAddresses():
data = Bank.io.get_my_addresses()
for item in data['data']['addresses']:
print(item['address'])
print('\n')
def getAddresses():
addresses = []
data = Bank.io.get_my_addresses()
for item in data['data']['addresses']:
addresses.append(item)
return addresses
def getAddressBalance(address):
balance = Bank.io.get_address_balance(address=address)
print('Address: %s, Available Balance: %s\n' %
(address, balance['data']['available_balance']))
def getWalletBalance():
balance = Bank.io.get_balance()
print('Account Balance: %s, Pending Balance: %s\n' %
(balance['data']['available_balance'],
balance['data']['pending_received_balance']))
def send(amounts, inputs, outputs):
Bank.io.withdraw_from_addresses(amounts=amounts,
from_addresses=inputs,
to_addresses=outputs)
def generateQR(address):
#Create qr code instance
qr = qrcode.QRCode(
version=1,
error_correction=qrcode.constants.ERROR_CORRECT_H,
box_size=10,
border=4,
)
#add data
qr.add_data(address)
qr.make(fit=True)
#generate
img = qr.make_image()
#save image
img.save('img/%s.png' % address)
API_KEY = os.environ.get("BLOCK_IO_API_KEY")
PIN = os.environ.get("BLOCK_IO_PIN")
API_VERSION = os.getenv("BLOCK_IO_VERSION", 2)
# Hardcoded dogetest for now
MIN_BALANCE = 6
WITHDRAW_AMOUNT = 2
NETWORK_FEE = 1
gNewAddressLabel = hexlify(pack('d', int(time.time())))
gWithdrawAddress = ""
if (API_KEY is None) or (PIN is None):
raise Exception("NEED env: BLOCK_IO_API_KEY && BLOCK_IO_PIN")
block_io = BlockIo(API_KEY, PIN, API_VERSION)
class BlockIoAPITest(unittest.TestCase):
def setUp(self):
self.client = block_io
def result_assertions(self, result):
self.assertIsInstance(result, dict)
self.assertIsInstance(result["data"], dict)
self.assertEqual(result["status"], "success")
self.assertNotIn("error", result)
class TestBasicInteractions(BlockIoAPITest):
def test_get_new_address(self):
# architectures, and ofcourse, for personal use + cold storage of savings. # # Any questions? Contact [email protected]. from block_io import BlockIo from decimal import * import json import six # for python2 back-compatibility in printing messages using print as a function import random import sys import os version = 2 # API version # use a testnet api key here, say, dogecoin block_io = BlockIo(os.environ.get('BLOCK_IO_API_KEY'), os.environ.get('BLOCK_IO_PIN'), version) getcontext().prec = 8 # coins are 8 decimal places at most # create a new address with a random label address_label = 'dtrust'+str(int(random.random()*10000)) # create the key objects for each private key keys = [ BlockIo.Key.from_passphrase('alpha1alpha2alpha3alpha4'.encode('utf-8')), BlockIo.Key.from_passphrase('alpha2alpha3alpha4alpha1'.encode('utf-8')), BlockIo.Key.from_passphrase('alpha3alpha4alpha1alpha2'.encode('utf-8')), BlockIo.Key.from_passphrase('alpha4alpha1alpha2alpha3'.encode('utf-8')) ] pubkeys = [] for key in keys: pubkeys.insert(len(pubkeys), key.pubkey_hex().decode("utf-8")) six.print_(key.pubkey_hex()) # create a dTrust address that requires 4 out of 5 keys (4 of ours, 1 at Block.io).
file_handler = StreamHandler()
app.logger.setLevel(logging.DEBUG) # set the desired logging level here
app.logger.addHandler(file_handler)
from decimal import Decimal, getcontext
getcontext().prec = 8
app.logger.info("faucet is restarting")
# TODO: catch KeyError
apikey = os.environ['BLOCKIO_APIKEY']
secretpin = os.environ['BLOCKIO_SECRETPIN']
from block_io import BlockIo
version = 2
b = BlockIo(apikey,secretpin,version)
addresses = b.get_my_addresses()
donation_address = addresses['data']['addresses'][0]['address']
network = addresses['data']['network']
# TODO: get this from env or make random?
drip_amount = '10'
import requests
import time
limited = {}
hours_to_wait = 8
seconds_to_wait = 60 * 60 * hours_to_wait
try:
os.environ["HD_PRIVKEY"]
except KeyError:
print "Please generate an HD wallet first. See README.rst on https://github.com/blockio/multimerchant-python"
print "Or do this:"
print "\t $ python"
print "\t >> from multimerchant.wallet import Wallet"
print "\t >> print \"My HD Private Key:\", Wallet.new_generate_wallet(network=\"DOGETEST\")"
print "\t >> quit()"
print "\t $ HD_PRIVKEY=STRING_FROM_ABOVE python sweeper.py"
print "... where sweeper.py is this file."
sys.exit(1)
# Please use the Dogecoin Testnet here -- you have free coins on sign up at Block.io
# Dogecoin Testnet because of the static demo amount for withdrawals/sweeps below
block_io = BlockIo('Your Dogecoin Testnet API Key', 'Your Secret PIN', 2)
network = block_io.get_balance()['data'][
'network'] # extract the network of our API Key
# create a wallet using a master secret -- this one is super insecure, but it's an example
# don't have an HD privkey yet? Create one by using:
#
# $ python
# >> from multimerchant.wallet import Wallet
# >> hd_privkey = Wallet.new_random_wallet(network="DOGETEST").serialize()
# >> print "My Super Secret HD Wallet:", hd_privkey
#
# The 'network' value above can be: BTC, BTCTEST, DOGE, DOGETEST, LTC, LTCTEST
# Get the relevant network's API Key at Block.io for use in this example
import requests
import time
from block_io import BlockIo
token = "" #Telegram bot token
url = "https://api.telegram.org/bot%s/" %(token)
n = 0
version = 2
block_io = BlockIo('Blockio api key', 'Blockio pin', version)
active_users = {}
def getCount(chatid):
n = []
t = time.time()
chat_users = active_users[chatid]
for i in chat_users:
if t - chat_users[i] <= 600:
n.append(i)
return n
def sendMsg(message,chatid):
requests.get(url + "sendMessage", data={"chat_id":chatid,"text":message})
def process(message,username,chatid):
message = message.split(" ")
for i in range(message.count(' ')):
message.remove(' ')
if "/register" in message[0]:
try:
block_io.get_new_address(label=username)
from block_io import BlockIo version = 2 #key = "cafa-0b00-7728-6125" # production key = "0208-1429-7ad2-1371" # TEST pin = "78tnd62bsr1" block_io = BlockIo(key, pin, version) # print(block_io.get_balance()) # wallet = block_io.get_new_address(label = "new_wallet") # print(wallet) # print(block_io.get_address_balance(address = "2MtnM8aWxNz4MSW4hCaQG1X1VnQqoxM1ix6")) print(block_io.get_new_address(label='test')) # print(block_io.get_address_balance(label=328241232))
# Sweeps the entire balance (including unconfirmed transactions) from a given address # You must provide the private key in Wallet Import Format for this to work # # IMPORTANT! # Must use Block.io API V2 # Must use API Key for the network your sweep addresses belong to # # Any issues? Contact [email protected] from block_io import BlockIo import six # must use private key of the address we're trying to sweep from private_key = 'PRIVATE KEY IN WALLET IMPORT FORMAT FORM' # this key never goes to Block.io, it stays here with you from_address = 'SWEEP COINS FROM THIS ADDRESS' # the address to sweep from to_address = 'SWEEP COINS INTO THIS ADDRESS' # the address to send coins to api_version = 2 # must use API V2 block_io = BlockIo('YOUR API KEY', 'PIN - NOT NEEDED HERE', api_version) try: response = block_io.sweep_from_address(from_address=from_address, private_key=private_key, to_address=to_address) six.print_("Sweep Complete. Transaction ID:", response['data']['txid']) except Exception, err: six.print_(err)
try:
os.environ["HD_PRIVKEY"]
except KeyError:
print "Please generate an HD wallet first. See README.rst on https://github.com/blockio/multimerchant-python"
print "Or do this:"
print "\t $ python"
print "\t >> from multimerchant.wallet import Wallet"
print "\t >> print \"My HD Private Key:\", Wallet.new_generate_wallet(network=\"DOGETEST\")"
print "\t >> quit()"
print "\t $ HD_PRIVKEY=STRING_FROM_ABOVE python sweeper.py"
print "... where sweeper.py is this file."
sys.exit(1)
# Please use the Dogecoin Testnet here -- you have free coins on sign up at Block.io
# Dogecoin Testnet because of the static demo amount for withdrawals/sweeps below
block_io = BlockIo('Your Dogecoin Testnet API Key', 'Your Secret PIN', 2)
network = block_io.get_balance()['data']['network'] # extract the network of our API Key
# create a wallet using a master secret -- this one is super insecure, but it's an example
# don't have an HD privkey yet? Create one by using:
#
# $ python
# >> from multimerchant.wallet import Wallet
# >> hd_privkey = Wallet.new_random_wallet(network="DOGETEST").serialize()
# >> print "My Super Secret HD Wallet:", hd_privkey
#
# The 'network' value above can be: BTC, BTCTEST, DOGE, DOGETEST, LTC, LTCTEST
# Get the relevant network's API Key at Block.io for use in this example
w = Wallet.deserialize(os.environ['HD_PRIVKEY'], network=network)
def test_key_init(self):
key = BlockIo.Key(unhexlify(self.priv))
self.assertEqual(
key.pubkey_hex(),
b'029c06f988dc6b44696e002e8abf496a13c73c2f1db3bde2dfb69be129f3711b01'
)
def connectIO(pin,api):
version = 2
return BlockIo(api,pin,version)
# Sweeps the entire balance (including unconfirmed transactions) from a given address # You must provide the private key in Wallet Import Format for this to work # # IMPORTANT! # Must use Block.io API V2 # Must use API Key for the network your sweep addresses belong to # # Any issues? Contact [email protected] from block_io import BlockIo import six import os # must use private key of the address we're trying to sweep from private_key = os.environ.get('PRIVATE_KEY') # this key never goes to Block.io, it stays here with you from_address = os.environ.get('FROM_ADDRESS') # the address to sweep from to_address = os.environ.get('TO_ADDRESS') # the address to send coins to api_version = 2 # must use API V2 block_io = BlockIo(os.environ.get('BLOCK_IO_API_KEY'), "", api_version) try: response = block_io.sweep_from_address(from_address=from_address,private_key=private_key,to_address=to_address) six.print_("Sweep Complete. Transaction ID:", response['data']['txid']) except (Exception) as err: six.print_(err)
def setUp(self):
self.key = BlockIo.Key(
unhexlify(
"6b0e34587dece0ef042c4c7205ce6b3d4a64d0bc484735b9325f7971a0ead963"
))
self.hex_data = "feedfacedeadbeeffeedfacedeadbeeffeedfacedeadbeeffeedfacedeadbeef"
# Sweeps the entire balance (including unconfirmed transactions) from a given address # You must provide the private key in Wallet Import Format for this to work # # IMPORTANT! # Must use Block.io API V2 # Must use API Key for the network your sweep addresses belong to # # Any issues? Contact [email protected] from block_io import BlockIo import six # must use private key of the address we're trying to sweep from private_key = 'PRIVATE KEY IN WALLET IMPORT FORMAT FORM' # this key never goes to Block.io, it stays here with you from_address = 'SWEEP COINS FROM THIS ADDRESS' # the address to sweep from to_address = 'SWEEP COINS INTO THIS ADDRESS' # the address to send coins to api_version = 2 # must use API V2 block_io = BlockIo('YOUR API KEY', 'PIN - NOT NEEDED HERE', api_version) try: response = block_io.sweep_from_address(from_address=from_address,private_key=private_key,to_address=to_address) six.print_("Sweep Complete. Transaction ID:", response['data']['txid']) except Exception, err: six.print_(err)
import time
import json
import re
import traceback
import requests
import threading
from slacksocket import SlackSocket
from slackclient import SlackClient
from block_io import BlockIo
version = 2 # API version
from key_pin import *
block_io_doge = BlockIo(blockio_api_doge_key, blockio_secret_pin, version)
block_io_btc = BlockIo(blockio_api_btc_key, blockio_secret_pin, version)
block_io_ltc = BlockIo(blockio_api_ltc_key, blockio_secret_pin, version)
ss = SlackSocket(slack_token,translate=False) # translate will lookup and replace user and channel IDs with their human-readable names. default true.
sc = SlackClient(slack_token)
url = 'https://shapeshift.io/shift'
coincap_doge = 'http://www.coincap.io/page/DOGE'
coincap_btc = 'http://www.coincap.io/page/BTC'
coincap_ltc = 'http://www.coincap.io/page/LTC'
cryptocomp_doge = 'https://www.cryptocompare.com/api/data/price?fsym=DOGE&tsyms=USD'
cryptocomp_btc = 'https://www.cryptocompare.com/api/data/price?fsym=BTC&tsyms=USD'
cryptocomp_ltc = 'https://www.cryptocompare.com/api/data/price?fsym=LTC&tsyms=USD'
shapeshift_pubkey = "06c04cfc9f18632d50ca546ba4f3dc49edcaf6217e3cefe73ed98d92cc2f37e764df8371fc3d23847aee4a4d65bdaa2defd30ca43311378827a94146feb017cb"
min_amount = {'doge': 2.0, 'ltc': 0.002, 'btc': 0.0002}
def main():
time.sleep(1)
for event in ss.events():
j = json.loads(event.json)
if j['type'] != 'message':
# Basic example for using Block.io for generating wallet addresses and withdrawing coins
from block_io import BlockIo
from decimal import *
import six # for python2 back-compatibility in printing messages using print as a function
import random
import sys
version = 2 # API version
# use a testnet api key here, say, dogecoin
block_io = BlockIo('TESTNET API KEY', 'SECRET PIN', version)
getcontext().prec = 8 # coins are 8 decimal places at most
# create a new address with a random label
address_label = 'tlabel' + str(int(random.random() * 10000))
new_address = None
try:
new_address = block_io.get_new_address(
label=address_label)['data']['address']
except Exception:
exc = sys.exc_info()[1]
six.print_(exc)
if (new_address is None):
# the address label already existed, let's get the associated address
new_address = block_io.get_address_by_label(
label=address_label)['data']['address']
import requests
import time
from block_io import BlockIo # see https://block.io/api/python
import logging
logging.basicConfig(format='%(asctime)s %(levelname)s %(message)s')
# Block.io configuration
API_KEY = ""
API_SECRET = "" # pin
API_VERSION = 2
logger = logging.getLogger("")
token = "" # Telegram bot token
url = "https://api.telegram.org/bot%s/" % (token)
n = 0
block_io = BlockIo(API_KEY, API_SECRET, API_VERSION)
active_users = {}
def get_count(chat_id):
n = []
t = time.time()
chat_users = active_users[chat_id]
for i in chat_users:
if t - chat_users[i] <= 600:
n.append(i)
return n
def send_message(message, chat_id):
requests.get(url + "sendMessage",
import requests
import time
from block_io import BlockIo
import os
token = os.environ['TELEGRAM_BOT_TOKEN'] #Telegram bot token
url = "https://api.telegram.org/bot%s/" %(token)
n = 0
version = 2
block_io = BlockIo(os.environ['BLOCKIO_API_KEY'], os.environ['BLOCKIO_PIN'], version)
active_users = {}
monikers_tuple = [
("sandwich","sandwiches",21),
("coffee", "coffees",7),
("tea", "teas",5),
("lunch", "lunches",49)
]
monikers_dict = {n[i]: n[2] for n in monikers_tuple for i in range(2)}
monikers_flat = [monikers_tuple[i][j] for i in range(len(monikers_tuple)) for j in range(3)]
monikers_str = '\n'.join(f"{i[0]}: {i[2]} doge" for i in monikers_tuple)
def getCount(chatid):
n = []
t = time.time()
chat_users = active_users[chatid]
for i in chat_users:
if t - chat_users[i] <= 600:
n.append(i)
return n
def get_user_block_io(user_id):
user = User.query.filter_by(user_id=user_id).first()
return BlockIo(user.api_key, user.secret, 2)
from block_io import BlockIo
import json
import serial
import time
import datetime
version = 2 #API version
api_Key = 'e2f5-1de5-04ef-606c'
secret_pin = 'uscee45916'
block_io = BlockIo(api_Key, secret_pin, version)
ser = serial.Serial("/dev/ttyAMA0", 9600, timeout=1)
#Make sure the program autostarts
fo = open('starts.txt', 'wb')
fo.write('< ------- starts --------- > \n ')
ts = time.time()
st = datetime.datetime.fromtimestamp(ts).strftime('%Y-%m-%d %H:%M:%S')
fo.write(st)
fo.close()
#Send Coin
def sendCoin(address, amount):
print('test ' + str(amount))
block_io.withdraw(amounts=amount, to_addresses=address)
#print('success')
print(block_io)
return
