Different options are set as `feature`, also every possible plugin,
but this may cause confusion.
All options set as `feature` but plugins have been made `boolean` to
avoid further confusions.
`help2man` is also installed in the CI image because is required to
build different libraries.
At the end of September 2021, Let's Encrypt's DST Root CA X3
certificate expired, and the new ISRG Root X1 took over.
Update the CI template so that the new certificate is available and we
can keep on cloning the libmbim/libqmi/libqrtr-glib repos without
failures.
The system template is updated to add new packages required at build
time:
* libdbus-1-dev is added so that we can autodetect the service
directory path via the installed pkg-config file.
* udev is added so that we can autodetect the udev rules directory
path via the installed pkg-config file.
* policykit-1 is added so that the i18n operation merging policy
files is able to use the installed ITS files.
* bash-completion is added to enable the feature in the meson build.
The 'dist' step in the test is fully skipped for now, as the meson
port doesn't fully support running all unit tests successfully.
The template image we're using already contains all the necessary
build deps to enable introspection and gtk-doc, so we need to
explicitly disable them where we don't need them, or otherwise they'll
be automatically enabled as the deps are found.
The tests spawn the service via GTestDBus framework and make
some test API call while checking libmm interface to verify
that informations are well propagated.
To be able to use the fresh built libmm typelib, I used a
wrapper script to set GI_TYPELIB_PATH (because DBus activation
process clean the environment so it is not possible to set
it directly in the file).
This requires also the install of libgirepository-dev and python3-gi
in the CI docker.
Signed-off-by: Frederic Martinsons <frederic.martinsons@sigfox.com>
This plugin implements support for old Qualcomm SoCs like the MSM8916
or the MSM8974, where:
* control ports are available via RPMSG channels exported as devices
e.g. with rpmsgexport:
https://github.com/andersson/rpmsgexport
* network ports are exposed by the bam-dmux kernel driver:
https://github.com/msm8916-mainline/linux/commits/bam-dmux
Adding support for newer Qualcomm SoCs (e.g. QRTR+IPA) could be done
in a similar way on this very same plugin.
This plugin is the first and only one that implements support for a
modem device that is "built in" the system, as opposed to external
modems that may be available via USB or PCI.
The ID_MM_PHYSDEV_UID based udev tags provided by the plugin provide
the logic to bind all the SoC ports together in the same modem object,
and therefore ID_MM_PHYSDEV_UID should not be used by users to
override the ones set by the plugin.
All "rpmsg[0-9]*" ports that are considered part of the modem are
flagged as candidate, ignoring the parent "rpmsg_ctrl[0-9]*" ports on
purpose. This setup therefore assumes that the channels have been
exported already as devices (e.g. using rpmsgexport).
libqmi 1.27.2 is required to support the "WDS Bind Data Port" message.
* single-plugin builds only on schedules
* with/without qmi/mbim builds on master and merge requests
* default build always, including on branches and when git pushing
Iñigo Martínez
Aleksander Morgado
Benjamin Tissoires
Frederic Martinsons
wicadmin
Eric Caruso