def execute_contract(contractName, keys=None, data=None):
contract = ZenContract(contractName)
contract.keys(keys)
contract.data(data)
result = contract.execute()
if (result != None) and result.startswith("{"):
print_json(contractName, result)
else:
print(contractName + ":\n" + result)
return result
def execute_contract(contractName, keys=None, data=None):
contract = ZenContract(contractName)
contract.keys(keys)
contract.data(data)
res = contract.execute()
if debug_zen is 1:
if (res is not None) and res.startswith("{"):
print_json(contractName, res)
else:
print(contractName + ":\n" + res)
return res
def test_request():
keys = ZenContract(CONTRACTS.CITIZEN_KEYGEN).execute()
expected = "request pi_s rk rr cm public".split()
contract = ZenContract(CONTRACTS.CITIZEN_REQ_BLIND_SIG)
contract.keys(keys)
_smart_contract_check(contract, expected)
def test_keygen():
expected = "identifier public private".split()
contract = ZenContract(CONTRACTS.CITIZEN_KEYGEN)
_smart_contract_check(contract, expected)
def test_issuer_public():
expected = "issuer_identifier verify beta alpha".split()
contract = ZenContract(CONTRACTS.PUBLIC_VERIFY)
contract.keys(ZenContract(CONTRACTS.GENERATE_KEYPAIR).execute())
_smart_contract_check(contract, expected)
def test_execute():
expected = ["encoding", "x", "zenroom", "sign", "schema", "curve"]
contract = ZenContract(CONTRACTS.GENERATE_KEYPAIR)
_smart_contract_check(contract, expected)
def test_zencontract():
smart_contract = ZenContract(CONTRACTS.GENERATE_KEYPAIR)
assert smart_contract
assert not smart_contract.data()
assert not smart_contract.keys()
def test_keys():
smart_contract = ZenContract(CONTRACTS.GENERATE_KEYPAIR)
smart_contract.keys("test")
assert smart_contract.keys() == "test"