def test_result_answer(self, count):
fetcher_payload = AgentResultMessage(AgentRawData(69 * b"\xff"))
fetcher_stats = ResultStats(Snapshot.null())
fetcher_message = FetcherMessage(
FetcherHeader(
FetcherType.TCP,
PayloadType.AGENT,
status=42,
payload_length=len(fetcher_payload),
stats_length=len(fetcher_stats),
),
fetcher_payload,
fetcher_stats,
)
fetcher_messages = list(repeat(fetcher_message, count))
timeout = 7
message = CMCMessage.result_answer(fetcher_messages, timeout,
Snapshot.null())
assert isinstance(repr(message), str)
assert CMCMessage.from_bytes(bytes(message)) == message
assert message.header.name == "fetch"
assert message.header.state == CMCHeader.State.RESULT
assert message.header.log_level.strip() == ""
assert message.header.payload_length == len(message) - len(
message.header)
assert message.header.payload_length == len(message.payload)
def test_log_answer(self):
log_message = "the log message"
level = logging.WARN
message = CMCMessage.log_answer(log_message, level)
assert CMCMessage.from_bytes(bytes(message)) == message
assert message.header.name == "fetch"
assert message.header.state == CMCHeader.State.LOG
assert message.header.log_level.strip() == "warning"
assert message.header.payload_length == len(message) - len(
message.header)
assert message.header.payload_length == len(log_message)
def test_result_answer(self, fetcher_message, count):
fetcher_messages = list(repeat(fetcher_message, count))
message = CMCMessage.result_answer(*fetcher_messages)
assert CMCMessage.from_bytes(bytes(message)) == message
assert len(fetcher_messages) == count
assert message.header.name == "fetch"
assert message.header.state == CMCHeader.State.RESULT
assert message.header.log_level.strip() == ""
assert message.header.payload_length == len(message) - len(
message.header)
assert message.header.payload_length == count * len(fetcher_message)
assert not set(message.payload) ^ set(fetcher_messages)
def test_serialization(self, count):
fetcher_payload = AgentResultMessage(AgentRawData(69 * b"\xff"))
fetcher_stats = ResultStats(Snapshot.null())
fetcher_message = FetcherMessage(
FetcherHeader(
FetcherType.TCP,
PayloadType.AGENT,
status=42,
payload_length=len(fetcher_payload),
stats_length=len(fetcher_stats),
),
fetcher_payload,
fetcher_stats,
)
fetcher_messages = list(repeat(fetcher_message, count))
serial = 1337
host_name = "my_host_name"
timeout = 7
message = CMCMessage.result_answer(
fetcher_messages,
serial=serial,
host_name=host_name,
timeout=timeout,
duration=Snapshot.null(),
)
other = CMCMessage.from_bytes(bytes(message))
assert other == message
assert isinstance(repr(other), str)
assert other.header.name == "fetch"
assert other.header.state == CMCHeader.State.RESULT
assert other.header.log_level.strip() == ""
assert other.header.payload_length == len(message) - len(
message.header)
assert other.header.payload_length == len(message.payload)
assert isinstance(other.payload, CMCResults)
assert other.payload.id_.serial == serial
assert other.payload.id_.host_name == host_name
assert other.payload.stats.timeout == timeout
assert other.payload.stats.duration == Snapshot.null()
def test_from_bytes(self, eor):
assert CMCMessage.from_bytes(bytes(eor)) is eor
def test_end_of_reply(self):
message = CMCMessage.end_of_reply()
assert isinstance(repr(message), str)
assert CMCMessage.from_bytes(bytes(message)) is message
def test_from_bytes(self, message):
assert CMCMessage.from_bytes(bytes(message)) == message