Ludovic,

there actually is a Travis CI workflow defined (see https://github.com/openvehicles/Open-Vehicle-Monitoring-System-3/blob/master/.travis.yml), but that apparently stopped working due to unknown reasons. My impresssion was, these CI tools add some comfort but need continuous maintenance.

Your workflows catch/handle a lot more cases than the old Travis workflow. This would be quite nice to have, especially with heading towards IDF v4/v5 & different hardware platforms to support.

My 2 cents: I don't see a lock-in issue here, it's just a GitHub addon, building is always possible without. Github itself is completely optional, as are all other Git hosters.

Regards,
Michael

Am 07.06.23 um 11:15 schrieb Ludovic LANGE:

Dear list,

I've been playing a little with GitHub's automatic builds / CI for a few months, and I'm thinking about having it in master.

The advantages I can think of would be:

Ability to "catch" early on any incompatibility we could introduce in a PR. Still in a transition period between ESP-IDFv3.3 - the official builds, and ESP-IDFv5.x (the future, I hope, once all the issues are ironed out) ; it can add some value in trying to build the firmware for different combinations, and thus with different compiler versions / libraries versions.

It could also be a backup build system for the nightly / releases firmwares. Hosting, compiling there is free of charge for public GitHub projects

Possible concerns:

Very tied to GitHub's hosting and API - vendor lock-in
However a) it's completely isolated in its own directory, and b) some of GitHub's competitors have a similar mechanism (GitLab, ...)

In my tests, I'm using it to:

Ensure that the documentation always compile without any warning. Sometime, we have very small issues that can impact the visual rendering of the HTML, and this step can trigger when the compiler emits a warning (or error)

Ensure that the changes I'm doing are building without error for a "matrix" of different environments:

target: ESP32 (but could also be other processor of the Espressif portfolio, as supported by the build chains: -S2, -S3, -C2, -C3, -C6, -H2 ...)

ESP-IDF version : v3.3.4 (our current), v4.4 branch, v5.0, v5.0, v5.0.1, v5.0.2, v5.0 branch (could also use v5.1 branch and latest, but compile errors from time to time)

Mongoose version: 7.9, 7.10, 6.11 (our current)

If you want to have a look, please check:

Some of the automated builds here https://github.com/llange/Open-Vehicle-Monitoring-System-3/actions

A set of corresponding build recipes here https://github.com/llange/Open-Vehicle-Monitoring-System-3/tree/build-master/.github/workflows

The output of a random build:

The log of commands: https://github.com/llange/Open-Vehicle-Monitoring-System-3/actions/runs/5193543334/jobs/9364221425

The build artefacts: https://github.com/llange/Open-Vehicle-Monitoring-System-3/suites/13419490939/artifacts/735285471 (NB: Do not flash ! Just an example :-))

I'd be happy to have some feedback about the interest (or not) to have this in master.

For that the next plans would be:

Step1 : a PR (to be written) including all these config files in <root>/.github/workflows

Step2 : a configuration of our GitHub repo to :

activate the CI actions

After some time, mark some of these actions as "required" in PRs (Can be overriden of course, but will show the creator of the PR how to improve the PR and have it work across all the combinations of environments we aim to support)

Thanks for your time.

Regards,
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