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Our Quality department has asked for us to run a Operational Quality test between the MQTT client and AWS IoT MQTT broker so that we can document evidence of the following behavior:
IF
QoS 1 is enabled for publishing from a MQTT client to a MQTT broker's topic
AND
WHILE the MQTT client is publishing a message to that MQTT broker's topic
IF the connection drops mid-publish
THEN
The MQTT broker will not accept the partial message -- and thus the message won't be delivered to the topic
One way to do this, is to use a network proxy between the client and broker which will break the connection at the appropriate point. There is such a simple proxy in the testing repo and the C client repo (paho.mqtt.c) written in Python. It can be altered to cut the connection at the point you want.
One way to do this, is to use a network proxy between the client and broker which will break the connection at the appropriate point. There is such a simple proxy in the testing repo and the C client repo (paho.mqtt.c) written in Python. It can be altered to cut the connection at the point you want.
Hi there,
We are considering AWS IoT Core.
Our Quality department has asked for us to run a Operational Quality test between the MQTT client and AWS IoT MQTT broker so that we can document evidence of the following behavior:
I looked through the code and the only thing I could find that was close to this was https://github.com/eclipse/paho.mqtt.testing/blob/252b6b9a486336221a5fd9d7cd0560f70e7922d7/interoperability/client_test.py#L322 ...but that only tests if there is no connection to begin with.
In contrast, what I'm seeking is a way to demonstrate behavior:
Help?
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