def test_creation(self):
sk, vk = wallet.new()
code = 'while True: do_that_thing'
contract_tx = ContractTransactionBuilder.create_contract_tx(
sender_sk=sk, code_str=code)
self.assertEquals(contract_tx.sender, vk)
self.assertEquals(contract_tx.code, code)
def test_creation(self):
"""
Tests that a created block data reply has the expected properties
"""
sk = wallet.new()[0]
contracts = [
ContractTransactionBuilder.create_contract_tx(sk, code_str) \
for code_str in ['some random binary', 'some deterministic binary', 'While True: self.eatAss()']
]
tx_binaries = [c.serialize() for c in contracts]
bdr = TransactionReply.create(tx_binaries)
self.assertEqual(contracts, bdr.transactions)
def test_validate_matches_request_no_match(self):
"""
Tests that a created block data reply has the expected properties
"""
sk = wallet.new()[0]
code_strs = ['some random binary', 'some deterministic binary', 'While True: self.eatAss()']
contracts = [
ContractTransactionBuilder.create_contract_tx(sk, code_str) \
for code_str in code_strs
]
tx_binaries = [c.serialize() for c in contracts]
tx_hashes = [Hasher.hash(cs+b'bbb') for cs in tx_binaries]
bdr_req = TransactionRequest.create(tx_hashes)
bdr_rep = TransactionReply.create(tx_binaries)
assert not bdr_rep.validate_matches_request(bdr_req)
def test_serialization(self):
"""
Tests that a message successfully serializes and deserializes. The deserialized object should have the same
properties as the original one before it was serialized.
"""
sk = wallet.new()[0]
code_strs = ['some random binary', 'some deterministic binary', 'While True: self.eatAss()']
contracts = [
ContractTransactionBuilder.create_contract_tx(sk, code_str) \
for code_str in code_strs
]
tx_binaries = [c.serialize() for c in contracts]
original = TransactionReply.create(tx_binaries)
original_binary = original.serialize()
clone = TransactionReply.from_bytes(original_binary) # deserialize byte object
self.assertEqual(original.transactions, clone.transactions)