def test_non_equality_of_copies_off_genesis(empty_just):
validator_0 = Validator("v0", 10)
validator_1 = Validator("v1", 11)
block_0 = Block(None, empty_just, validator_0, 0, 0)
block_1 = Block(None, empty_just, validator_1, 0, 0)
assert block_0 != block_1
def set_initial_messages(self):
initial_message = Block(
None, dict(), self.global_validator_set.get_validator_by_name(0),
-1, 0)
self.register_message(initial_message, get_random_str(10))
for validator in self.global_validator_set:
validator.initialize_view([initial_message])
def test_is_in_blockchain__separate_genesis(empty_just):
validator_0 = Validator("v0", 10)
validator_1 = Validator("v1", 11)
block_0 = Block(None, empty_just, validator_0, 0, 0)
block_1 = Block(None, empty_just, validator_1, 0, 0)
assert not block_0.is_in_blockchain(block_1)
assert not block_1.is_in_blockchain(block_0)
def test_is_in_blockchain_separate_genesis(blockchain_validator_set):
validator_0 = blockchain_validator_set.get_validator_by_name(0)
validator_1 = blockchain_validator_set.get_validator_by_name(1)
block_0 = Block(None, {}, validator_0, 0, 0)
block_1 = Block(None, {}, validator_1, 0, 0)
assert not block_0.is_in_blockchain(block_1)
assert not block_1.is_in_blockchain(block_0)
def test_equality_of_copies_off_genesis(validator, empty_just):
block = Block(None, empty_just, validator, 0, 0)
shallow_copy = copy.copy(block)
assert block == shallow_copy
def test_accepts_valid_estimates(estimate, is_valid, block):
if estimate == 'block':
Block.is_valid_estimate(block) == is_valid
return
assert Block.is_valid_estimate(estimate) == is_valid
def initial_message(cls, validator):
if not cls.genesis_block:
cls.genesis_block = Block(None, dict(), validator, -1, 0)
return cls.genesis_block
def test_equality_of_copies_off_genesis(blockchain_validator):
block = Block(None, {}, blockchain_validator, 0, 0)
shallow_copy = copy.copy(block)
assert block == shallow_copy
def test_accepts_valid_estimates(estimate, is_valid):
assert Block.is_valid_estimate(estimate) == is_valid