def test_certificate_to_award(self):
with open('data/1.2/sample-cert.json') as cert_file:
certificate_json = json.load(cert_file)
certificate_model = to_certificate_model(certificate_json)
award = certificate_formatter.certificate_to_award(certificate_model)
self.assertEquals(award['title'], 'Game of Thrones Character')
self.assertEquals(award['issuedOn'], '2016-09-29')
self.assertEquals(award['name'], 'Arya Stark')
def verify_cert(cert_json):
"""Run verification on the given cert, return a tuple with (overall_result, individual_results)"""
config = get_config()
certificate_model = to_certificate_model(certificate_json=cert_json)
result = verify_certificate(
certificate_model,
dict(etherscan_api_token=config.get('ETHERSCAN_API_TOKEN', '')))
all_steps_passed = all(d.get('status') == 'passed' for d in result)
return all_steps_passed, result
def test_certificate_to_award_eth(self):
with open('data/1.2/eth-ropsten-cert.json') as cert_file:
certificate_json = json.load(cert_file)
certificate_model = to_certificate_model(certificate_json)
award = certificate_formatter.certificate_to_award(
certificate_model)
self.assertEqual(award['title'], 'Certificate of Accomplishment')
self.assertEqual(award['issuedOn'], '2017-10-25')
self.assertEqual(award['name'], 'Mcallister Greenborough')
self.assertEqual(award['chain'], 'Ethereum')
def verify_certificate_file(certificate_file_name, transaction_id=None):
with open(certificate_file_name, 'rb') as cert_fp:
certificate_bytes = cert_fp.read()
certificate_json = json.loads(certificate_bytes.decode('utf-8'))
certificate_model = to_certificate_model(
certificate_json=certificate_json,
txid=transaction_id,
certificate_bytes=certificate_bytes)
result = verify_certificate(certificate_model)
return result
def verify_certificate_file(certificate_file_name,
transaction_id=None,
options={}):
with open(certificate_file_name, 'rb') as cert_fp:
certificate_bytes = cert_fp.read()
certificate_json = json.loads(certificate_bytes.decode('utf-8'))
certificate_json["signature"]["merkleRoot"] = get_merklehash_from_ipfs(
certificate_json["signature"]["merkleRoot"])
certificate_model = to_certificate_model(
certificate_json=certificate_json,
txid=transaction_id,
certificate_bytes=certificate_bytes)
print(certificate_json)
result = verify_certificate(certificate_model, options)
return result
def verify_certificate_file(certificate_file_name,
transaction_id=None,
options={}):
config.init_cwd(os.path.dirname(os.path.abspath(__file__)))
printer.print_certfile_information(certificate_file_name)
with open(certificate_file_name, 'rb') as cert_fp:
certificate_bytes = cert_fp.read()
certificate_json = json.loads(certificate_bytes.decode('utf-8'))
certificate_model = to_certificate_model(
certificate_json=certificate_json,
txid=transaction_id,
certificate_bytes=certificate_bytes)
result = verify_certificate(certificate_model, options)
return result
def verify_certificate_file(certificate_file_name,
transaction_id=None,
options={}):
with open(certificate_file_name, 'rb') as cert_fp:
certificate_bytes = cert_fp.read()
certificate_json = json.loads(certificate_bytes.decode('utf-8'))
certificate_model = to_certificate_model(
certificate_json=certificate_json,
txid=transaction_id,
certificate_bytes=certificate_bytes)
result = verify_certificate(certificate_model, options)
new_res = [
'has not been tampered with', 'has not expired',
'has not been revoked', 'issuer authenticity'
]
res = dict()
for i in range(0, len(result)):
x = result[i]
if x['name'] != 'Validation':
res[new_res[i]] = (x['status'] == 'passed')
return res
def verify_certificate_file(certificate_file_name,
transaction_id=None,
options={},
hideInfo=False):
with open(certificate_file_name, 'rb') as cert_fp:
certificate_bytes = cert_fp.read()
certificate_json = json.loads(certificate_bytes.decode('utf-8'))
if not hideInfo:
print("[*] Issuer data:")
print("\tName:\t\t" + certificate_json["badge"]["issuer"]["name"])
print("\tEmail:\t\t" +
certificate_json["badge"]["issuer"]["email"])
print("\tPublic key:\t" +
certificate_json["verification"]["publicKey"])
print("[*] Recipient data:")
print("\tName:\t\t" + certificate_json["recipientProfile"]["name"])
print("\tEmail:\t\t" + certificate_json["recipient"]["identity"])
print("\tPublic key:\t" +
certificate_json["recipientProfile"]["publicKey"])
print("[*] Certificate data:")
print("\tName:\t\t" + certificate_json["badge"]["name"])
print("\tDescription:\t" +
certificate_json["badge"]["description"])
print("\tCriteria:\t" +
certificate_json["badge"]["criteria"]["narrative"])
print("\tIssued on:\t" + certificate_json["issuedOn"])
certificate_model = to_certificate_model(
certificate_json=certificate_json,
txid=transaction_id,
certificate_bytes=certificate_bytes)
result = verify_certificate(certificate_model, options)
return result
def verify_certificate_json(certificate_json, transaction_id=None, options={}):
certificate_model = to_certificate_model(certificate_json=certificate_json,
txid=transaction_id)
result = verify_certificate(certificate_model, options)
return result