def create_bitcoin_account(address=None, canarydrop=None):
key = KEY_BITCOIN_ACCOUNT + address
if db.exists(key):
raise KeyError
if not canarydrop:
from tokens import Canarytoken
from canarydrop import Canarydrop
ht = Canarytoken()
canarydrop = Canarydrop(canarytoken=ht.value())
else:
ht = canarydrop.canarytoken
canarydrop['bitcoin_account'] = address
save_canarydrop(canarydrop=canarydrop)
bitcoin_account = {
'canarytoken': ht.value(),
'address': address,
'balance': get_bitcoin_address_balance(address=address)
}
return save_bitcoin_account(bitcoin_account=bitcoin_account)
def create_bitcoin_account(address=None, canarydrop=None):
key = KEY_BITCOIN_ACCOUNT+address
if db.exists(key):
raise KeyError
if not canarydrop:
from tokens import Canarytoken
from canarydrop import Canarydrop
ht = Canarytoken()
canarydrop = Canarydrop(canarytoken=ht.value())
else:
ht = canarydrop.canarytoken
canarydrop['bitcoin_account'] = address
save_canarydrop(canarydrop=canarydrop)
bitcoin_account = {
'canarytoken': ht.value(),
'address': address,
'balance': get_bitcoin_address_balance(
address=address)}
return save_bitcoin_account(bitcoin_account=bitcoin_account)
def create_linkedin_account(username=None, password=None, canarydrop=None):
key = KEY_LINKEDIN_ACCOUNT + username
if db.exists(key):
raise KeyError
if not canarydrop:
from tokens import Canarytoken
from canarydrop import Canarydrop
ht = Canarytoken()
canarydrop = Canarydrop(canarytoken=ht.value())
else:
ht = canarydrop.canarytoken
canarydrop['linkedin_username'] = username
save_canarydrop(canarydrop=canarydrop)
linkedin_account = {
'username': username.lower(),
'password': password,
'canarytoken': ht.value(),
'count': get_linkedin_viewer_count(username=username,
password=password)
}
return save_linkedin_account(linkedin_account=linkedin_account)
def create_linkedin_account(username=None, password=None, canarydrop=None):
key = KEY_LINKEDIN_ACCOUNT+username
if db.exists(key):
raise KeyError
if not canarydrop:
from tokens import Canarytoken
from canarydrop import Canarydrop
ht = Canarytoken()
canarydrop = Canarydrop(canarytoken=ht.value())
else:
ht = canarydrop.canarytoken
canarydrop['linkedin_username'] = username
save_canarydrop(canarydrop=canarydrop)
linkedin_account = {
'username': username.lower(),
'password': password,
'canarytoken': ht.value(),
'count': get_linkedin_viewer_count(
username=username,
password=password)}
return save_linkedin_account(linkedin_account=linkedin_account)
def load_user(username):
"""Return a User object.
Arguments:
username -- A username.
"""
account_key = KEY_USER_ACCOUNT+username
if not db.exists(account_key):
return None
from users import User
return User(db.hgetall(account_key))
def load_user(username):
"""Return a User object.
Arguments:
username -- A username.
"""
account_key = KEY_USER_ACCOUNT+username
if not db.exists(account_key):
return None
return User(db.hgetall(account_key))
def is_tor_relay(ip):
if not db.exists(KEY_TOR_EXIT_NODES):
update_tor_exit_nodes_loop()
return db.sismember(KEY_TOR_EXIT_NODES, simplejson.dumps(ip))
def is_ip_cached(ip):
key = KEY_CANARY_IP_CACHE + ip
check = db.exists(key)
if check == 1:
return True
return False
def is_ip_cached(ip):
key = KEY_CANARY_IP_CACHE + ip
check = db.exists(key)
if check == 1:
return True
return False