def setup_election():
e = TestHeliosElection.create_election()
trustee_default = TestHeliosElection.create_default_trustee(e)
e.trustees.append(trustee_default)
q1 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=1,
result_type='relative')
q2 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=3,
result_type='relative')
q3 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=1,
result_type='absolute')
q4 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=3,
result_type='absolute')
e.questions = [q1, q2, q3, q4]
e.voters = TestElectionResults.create_voters()
e.freeze()
TestElectionResults.setup_voters(e)
e.num_cast_votes = 4
return e
def setup_election():
e = TestHeliosElection.create_election()
trustee_default = TestHeliosElection.create_default_trustee(e)
e.trustees.append(trustee_default)
q1 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=2,
result_type='relative')
q2 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=2,
result_type='relative')
e.questions = [q1, q2]
e.voters = TestHeliosElection.create_voters()
e.freeze()
TestHeliosElectionMultiQuestion.setup_voters(e)
e.num_cast_votes = 4
e.compute_tally(e.voters)
helios_trustee = e.get_helios_trustee()
e.helios_trustee_decrypt(helios_trustee)
e.combine_decryptions()
return e
def setup_election():
e = TestHeliosElection.create_election()
trustee_default = TestHeliosElection.create_default_trustee(e)
trustee_extra_one = HeliosTrustee()
trustee_extra_one.set_public_key_from_json(
TestHeliosElectionMultiTrustee.public_key)
e.trustees.append(trustee_default)
e.trustees.append(trustee_extra_one)
q1 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=2,
result_type='relative')
q2 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=2,
result_type='relative')
e.questions = [q1, q2]
e.voters = TestHeliosElectionMultiQuestionMultiTrustee.create_voters()
e.freeze()
TestHeliosElectionMultiQuestionMultiTrustee.setup_voters(e)
e.num_cast_votes = 4
#
e.compute_tally(e.voters)
tally = e.encrypted_tally
#
public_key = EGPublicKey(
**TestHeliosElectionMultiTrustee.secret_key['public_key'])
secret_key = EGSecretKey(
pk=public_key, x=TestHeliosElectionMultiTrustee.secret_key['x'])
trustee_extra_one.secret_key = secret_key
# It's same as calling `e.helios_trustee_decrypt(e.get_helios_trustee())`
trustee_default.decryption_factors, trustee_default.decryption_proofs = tally.decryption_factors_and_proofs(
trustee_default.secret_key)
trustee_extra_one.decryption_factors, trustee_extra_one.decryption_proofs = tally.decryption_factors_and_proofs(
trustee_extra_one.secret_key)
e.combine_decryptions()
return e
def setup_election():
e = TestHeliosElection.create_election()
trustee_default = TestHeliosElection.create_default_trustee(e)
e.trustees.append(trustee_default)
q1 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=2,
result_type='relative')
q2 = HeliosElection.create_question(answers_count=5,
minimum=0,
maximum=2,
result_type='relative')
e.questions = [q1, q2]
e.voters = TestHeliosElection.create_voters()
e.freeze()
TestHeliosElectionMultiQuestion.setup_voters(e)
e.num_cast_votes = 4
num_tallied = 0
e.compute_tally(e.voters[:2])
encrypted_tally_01 = e.encrypted_tally.tally
e.compute_tally(e.voters[2:])
num_tallied += e.encrypted_tally.num_tallied
encrypted_tally_02 = e.encrypted_tally.tally
tallies = [encrypted_tally_01, encrypted_tally_02]
num_tallied += e.encrypted_tally.num_tallied
e.encrypted_tally = Tally.aggregate_tallies(e, tallies)
e.encrypted_tally.num_tallied = num_tallied
helios_trustee = e.get_helios_trustee()
e.helios_trustee_decrypt(helios_trustee)
e.combine_decryptions()
return e
def object_hook(self, obj):
return obj
class Example:
d = None
e = None
class Sample:
a = None
b = None
c = None
def __init__(self):
self.a = 1
self.c = Example()
self.c.d = 1
helios_election = HeliosElection()
helios_trustee = helios_election.generate_helios_trustee(ELGAMAL_PARAMS)
sample = Sample()
x = json.dumps(helios_trustee, cls=HeliosTrusteeSerializer)
# print('x', type(x))
y = json.loads(x, cls=HeliosTrusteeDeSerializer)
# print((y))
def create_election():
return HeliosElection()