There is more example code (from the demo Wes did at EclipseCon) attached to bug #376348
No progress or comment from anyone other than myself since April. It would be good to get additional samples into the repository.
All of this brings us back to the discussion about how we organise the different language APIs and the samples for them. There are some samples included with the Java client already; the C client samples are (unless I've missed some commits) all included within the Doxygen docs rather than as source artefacts.
Thanks for the feedback. I'll get started on these action items and
let you know when I get it posted.
Cheers, Arlen
On 9/3/12 10:30 AM, Scott de Deugd
wrote:
That tutorial looks
very good Arlen. MqGnatt
can provide a key "missing piece" to get the concepts across
while introducing the MQTT client and server. The concepts of
multiple
brokers, and "device client" vs an "application client",
come across very well.
If you post back here on this
mailing
list after you submit your code via a Bugzilla report, I will go
create
the necessary IPZilla entry to get the Eclipse review started.
Also,
if you add a comment to that Bugzilla report answering the
following
questions, it will help move things along faster:
1. Did you author 100% of the
content you are contributing?
2. Do you have the rights to
contribute
the content to Eclipse?
If the answer to those is yes,
things
should move right along. If you are dependent on non-Eclipse
licensed source
code, you should specifically call that out. Also, be sure you
have the
proper EPL licensing comments in.
I have a demonstration application ready to contribute to the
Paho project,
initially as sample/example code. I am
proposing MqGnatt as a "concrete" application that
demonstrates
several key points:
#1 - Using the MQTTV3 Java code from Eclipse Paho running with
the Mosquitto
broker on the Eclipse server @ m2m.eclipse.org.
#2 - Setting up and using MQTT clients and servers to
demonstrate many
of the key concepts of MQTT for M2M and IoT.
#3 - Shows multiple (100's to 1000's) of MQTT clients running
as individual
threads thereby starting to show the scale of systems
utilizing this infrastructure.
#4 - Was developed using Eclipse Juno Java IDE with SWT.
I will use the Eclipse Parallel IP path as a Contributor,
submitting it
via Bugzilla/IPzilla. I would like to maintain the source code
in parallel
via Github while completing the initial Eclipse IP review
process.
Please see the attached preliminary manual for using MqGnatt.
Any and all
feedback is welcome :-)
