def sk_from_dict(dict_object):
sk = SecretKey()
sk.x = dict_object['x']
sk.pk = pk_from_dict(dict_object['pk'])
return sk
def sk_from_dict(dict_object):
sk = SecretKey()
sk.x = dict_object['x']
sk.pk = pk_from_dict(dict_object['pk'])
return sk
# from helios/views.py
from cryptosystems import c2048 as crypto
p, q, g, x, y = crypto()
_default_crypto.p = p
_default_crypto.q = q
_default_crypto.g = g
_default_public_key = PublicKey()
_default_public_key.p = _default_crypto.p
_default_public_key.q = _default_crypto.q
_default_public_key.g = _default_crypto.g
_default_secret_key = SecretKey()
_default_secret_key.x = x
_default_secret_key.pk = _default_public_key
_default_public_key.y = y
def get_timestamp():
return datetime.strftime(datetime.utcnow(), "%Y-%m-%dT%H:%M:%S.%fZ")
def get_choice_params(nr_choices, nr_candidates=None, max_choices=None):
if nr_candidates is None:
nr_candidates = nr_choices
if max_choices is None:
max_choices = nr_candidates
if nr_choices < 0 or nr_candidates <= 0 or max_choices <= 0:
# from helios/views.py
from cryptosystems import c2048 as crypto
p, q, g, x, y = crypto()
_default_crypto.p = p
_default_crypto.q = q
_default_crypto.g = g
_default_public_key = PublicKey()
_default_public_key.p = _default_crypto.p
_default_public_key.q = _default_crypto.q
_default_public_key.g = _default_crypto.g
_default_secret_key = SecretKey()
_default_secret_key.x = x
_default_secret_key.pk = _default_public_key
_default_public_key.y = y
def get_timestamp():
return datetime.strftime(datetime.utcnow(), "%Y-%m-%dT%H:%M:%S.%fZ")
def get_choice_params(nr_choices, nr_candidates=None, max_choices=None):
if nr_candidates is None:
nr_candidates = nr_choices
if max_choices is None:
max_choices = nr_candidates
if nr_choices < 0 or nr_candidates <= 0 or max_choices <= 0: