def set_signing_crypto(self, signing_cryptosystem, path=None):
if signing_cryptosystem != 'ECDSA':
raise Exception('Unsupported cryptosystem' % signing_cryptosystem)
if path is None:
pem = utils.make_ecdsa_signing_key()
crypto = utils.ECDSAClient(pem)
else:
raise Exception('Key loading unsupported')
self.register_crypto(crypto)
return self.username, short(crypto.key_id)
def signing_crypto(handler, spec, cryptosystem, path):
if cryptosystem != 'ECDSA':
raise Exception('Unsupported cryptosystem')
if path is None:
pem = utils.make_ecdsa_signing_key()
crypto = utils.ECDSAClient(pem)
else:
raise Exception('Key loading unsupported')
handler.register_crypto(crypto)
return crypto.key_id
def get_client(cfg):
secret_pem = cfg.get_value('SECRET_KEY')
crypto = utils.ECDSAClient(secret_pem)
endpoint = cfg.get_value('ENDPOINT')
return client.Client(endpoint, crypto)
def init_crypto():
pem = utils.make_ecdsa_signing_key()
return utils.ECDSAClient(secret=pem)
from consensus_client.client import Client
from consensus_client import utils
pem = utils.make_ecdsa_signing_key()
crypto = utils.ECDSAClient(pem)
client = Client('http://127.0.0.1:8000/consensus/', crypto)
body = client.negotiation_create()
neg_id = body['id']
assert body['status'] == 'OPEN'
print "Negotiation:"
print body
neg = client.negotiation_retrieve(neg_id)
assert neg == body
body = client.contribution_create(neg_id, 'TEXTTEXT', True)
print "Contribution:"
print body
assert body['signer_key_id'] == crypto.key_id
print "Verify:"
assert client.contribution_verify(body)
body = client.negotiation_retrieve(neg_id)
print "Negotiation:"
print body
assert body['status'] == 'DONE'
consensus_id = body['consensus_id']
body = client.consensus_retrieve(consensus_id)