def get_code(secret):
secret = base64.b32decode(b32pad(secret.upper()))
auth = OtpAuth(secret) # a secret string
code = auth.totp() # generate a time based code
code = str(code).zfill(6)
return code
def test_totp():
auth = OtpAuth('python')
code = auth.totp()
assert auth.valid_totp(code)
# false
assert auth.valid_totp(1234567) is False
assert auth.valid_totp(123456) is False
def test_totp():
print "\n1.b test totp"
auth = OtpAuth('python')
code = auth.totp()
assert auth.valid_totp(code)
print "secret <%s> code <%s>" % (auth.secret, code)
#print dir(auth)
print "completed successfully"
def otpauth_totp(f_key): print "\n1.b test totp" auth = OtpAuth(f_key) # default step=30 code = auth.totp() assert auth.valid_totp(code) print "secret <%s> code <%s>" % (auth.secret, code) #print dir(auth) print "completed successfully"
def test_totp(): print "\n1.b test totp" secret= 'dev_annie_04' auth = OtpAuth(secret) code = auth.totp() assert auth.valid_totp(code) print "secret <%s> code <%s>" % (auth.secret, code) #print dir(auth) print "completed successfully"
def qrCoderValid(inputStr):
auth = OtpAuth(inputStr)
hotp_code = auth.hotp(6)
valid = auth.valid_hotp(hotp_code)
# hotp_code = auth.hotp(6)
# valid = auth.valid_hotp(hotp_code)
totp_code = auth.totp(period=30, )
print(totp_code)
if auth.valid_totp(totp_code):
return totp_code
return totp_code
def segundo_fator(self, metodo, chave):
"""
Calcula e retorna one-time passwords para uso como segundo fator de
autenticação baseados em tempo ou hashes criptografados.
ARGS:
- metodo (string): pode ser 'time' ou 'hmac'.
- chave (string): a chave privada usada para gerar os códigos.
"""
au = OtpAuth(chave)
if metodo == 'time':
return au.totp()
elif metodo == 'hmac':
return au.hotp()
else:
raise ValueError('método não identificado')
def segundo_fator(self, metodo, chave):
"""
Calcula e retorna one-time passwords para uso como segundo fator de
autenticação baseados em tempo ou hashes criptografados.
ARGS:
- metodo (string): pode ser 'time' ou 'hmac'.
- chave (string): a chave privada usada para gerar os códigos.
"""
au = OtpAuth(chave)
if metodo == 'time':
return au.totp()
elif metodo == 'hmac':
return au.hotp()
else:
raise ValueError('método não identificado')
def gen_TOTP(rand_text):
token = bool(1)
auth = OtpAuth(rand_text)
print("Ref creating main is : " + rand_text)
ref_totp = auth.totp()
str_totp = ""
if (ref_totp > 99999):
str_totp = str(ref_totp)
if (99999 >= ref_totp > 9999):
str_totp = "0" + str(ref_totp)
if (9999 >= ref_totp > 999):
str_totp = "00" + str(ref_totp)
if (999 >= ref_totp > 99):
str_totp = "000" + str(ref_totp)
if (99 >= ref_totp > 9):
str_totp = "0000" + str(ref_totp)
if (9 >= ref_totp):
str_totp = "00000" + str(ref_totp)
print("TOTP : ", str_totp)
return 0
def login():
if request.method == 'POST':
print 'Username: '******'Username']
print 'Password: '******'Password']
print 'Google Auth Code: ', request.form['GoogleAuth']
# Connect to database and query for user&password
db = sqlite3.connect('google_authenticator.db')
cursor = db.cursor()
cursor.execute('SELECT GOOGLEAUTH FROM USERS WHERE USER=\'' + request.form['Username'] + '\' AND PASSWORD=\'' + request.form['Password'] + '\';')
secret = cursor.fetchone()
db.close()
# Query returns None if user&password don't exist
if secret is None:
return "Unsuccesful login attempt."
# Verify google authentication code with secret from database
else:
# Generate the otpauth protocal string.
secret = secret[0]
print 'Secret: ', secret
auth = OtpAuth(secret)
secret_uri = auth.to_uri('totp', GALabel, GAIssuer) # algorithm type, label, issuer
# Generate TOTP code given code uri
code = auth.totp() # Generate time based code
print 'Code Uri: ', secret_uri
print 'Valid Google Auth Code: ', code
# Compare code provided by user with valid code
if auth.valid_totp(int(request.form['GoogleAuth'])):
return "Successfully logged in!"
else:
print "Invalid Google Authenticator."
return "Unsuccessful login attempt."
return "Unsuccessful login attempt."
return "Nothing to see here."
def post(self, client_id, user_id):
args = self.parser.parse_args()
if args.secret_key != db.hget("apps:" + client_id, "secret_key"):
abort(401)
app_name = db.hget("apps:" + client_id, "name")
user = db.hgetall(
"apps:{}:users:{}".format(client_id, user_id),
)
auth = OtpAuth(args.secret_key)
code = auth.totp()
res = requests.post(
CHIKKA_SMS_ENDPOINT,
data=dict(
message_type="SEND", # Inconsistent
mobile_number=user["number"],
shortcode=current_app.config["CHIKKA_SHORTCODE"],
message_id=simpleflake(),
message="""{}
Code: {}
-
""".format(app_name, code),
request_cost="FREE",
client_id=current_app.config["CHIKKA_CLIENT_ID"],
secret_key=current_app.config["CHIKKA_SECRET_KEY"],
),
)
if res.status_code != requests.codes.ok:
abort(500)
return ""
#!/usr/bin/env python
from otpauth import OtpAuth
import time, base64
secret = "QDQQFZ6AUZQ2YR6N" # key for gooby:1
auth = OtpAuth(base64.b32decode(secret))
print "[+]User: gooby, password:1"
print "[+]TOTP token: [%d]" % auth.totp()
print "[+]%s " % time.strftime("%c")
def otpauth_totp(f_key): print "\ntotp per raw secret" auth = OtpAuth(f_key) # default step=30 code = auth.totp() assert auth.valid_totp(code) print "secret <%s> code <%s>" % (auth.secret, code)
def _create_otp_secret():
otp_secret = OtpAuth(base64.b32encode(os.urandom(10)).decode('utf-8'))
return otp_secret.totp()
import sys
import math
from otpauth import OtpAuth
count=5
val="kaow"
auth = OtpAuth(val)
res= auth.hotp(count)
print(auth)
print (("Hashed OTP is: "+str(res)))
print ("Authenication is: ",str(auth.valid_hotp(res)))
res=auth.totp()
print ("Time based OTP: ",str(res))
print ("Valid TOTP: ",str(auth.valid_totp(res)))
print ("Begin of Python Script\n")
print ("The passed arguments are ", sys.argv)
print ("Show all argument")
for i in range(len(sys.argv)):
print ("sys.argv["+str(i)+"] => "+str(sys.argv[i]))
'''
//
// nemo2 connect api
// wscat --connect ws://54.215.201.239:8081/5d86cc5c-6d4b-4bf8-f8bd-a6963b279fb1/026283/event
//
'''
host='54.215.201.239'
port='8081'
dev_uuid='49ff3cdf-1a08-4541-9fb4-8c82f4e343c5'
app_uuid='c1838690-6ec1-49d5-edd3-32da0b8114b4'
from otpauth import OtpAuth
app_key="This is interesting What is going on Need a long sentence carry on and take more"
auth = OtpAuth(app_key)
app_token = auth.totp()
exchange='event'
url ='ws://' + host + ':' + port + '/' + app_uuid +'/' + str(app_token) + '/' + exchange
import json
d1='{".insert":{"binding":"cloud.' + dev_uuid + '.device.ip.*.temperature"}}'
d2 = json.loads(d1)
data = json.dumps(d2)
'''
//
// main
//
WebSocket = require('ws')
def _create_otp_secret():
otp_secret = OtpAuth(base64.b32encode(os.urandom(10)).decode('utf-8'))
return otp_secret.totp()
#!/usr/bin/env python
from otpauth import OtpAuth
import time, base64
secret = "QDQQFZ6AUZQ2YR6N" # key for gooby:1
auth = OtpAuth(base64.b32decode(secret))
print "[+]User: gooby, password:1"
print "[+]TOTP token: [%d]" % auth.totp()
print "[+]%s " % time.strftime("%c")
def otp():
auth = OtpAuth(val)
res = auth.totp()
return res
import socket
from otpauth import OtpAuth
auth = OtpAuth('secret')
UDP_IP = "127.0.0.1"
UDP_PORT = 5005
print "UDP target IP:", UDP_IP
print "UDP target port:", UDP_PORT
MESSAGE = str(auth.totp())
sock = socket.socket(socket.AF_INET, # Internet
socket.SOCK_DGRAM) # UDP
sock.sendto(MESSAGE, (UDP_IP, UDP_PORT))
def verify_qr(self):
id = str(self.id)
auth = OtpAuth(app.config['SECRET_KEY'] + id) # a secret string
return auth.totp()