The positional argument was being silently ignored until meson 0.60.0 where
it fails with "ERROR: Function does not take positional arguments".
See: https://github.com/mesonbuild/meson/issues/9441
The `validate-desktop`, `validate-desktop-autorun-software` and
`validate-appdata` meson tests fail currently because of the updated meson.
This is because of the recent change, which requires explicit specification
of dependencies. Let's specify them to fix the pipeline.
https://gitlab.gnome.org/GNOME/gnome-build-meta/-/issues/372
This means the Nautilus flatpak will be able to use Tracker on systems
which don't have Tracker 3 available on the host. It comes at a cost of
increased resource consumption inside the Flatpak due running an extra
indexer process there.
Mostly the port is straightforward, we connect to tracker-miner-fs
explicitly over D-Bus instead of the centralized tracker-store daemon
we connected to previously.
The search-engine-tracker test is now isolated from the user's real
Tracker index using the `tracker-sandbox` script provided by Tracker,
and it lets tracker-miner-fs index the test file rather than trying
to synthesize the expected database contents.
There are more changes in nautilus-tag-manager.c. Until now, starred
file information was stored in the tracker-miner-fs database. This has
some downsides, firstly the data is deleted if someone runs `tracker
reset --hard`, secondly it isn't possible to do this from inside a
Flatpak sandbox with Tracker 3.0. because the
This commit changes the NautilusTagManager to set up a private
database inside XDG_DATA_HOME/nautilus/tags. This stores the starred
file information. The database is managed with Tracker, which allows us
to continue using the rename-tracking that tracker-miner-fs provides.
The same limitations apply as before that only files in indexed
locations can be starred.
Network access is restricted on Flatpak build env, the same with other distros running tests for packages during the build process without network access. Fixes the pipeline from failing.
Currently, when looping over icon sizes, each icon is copied to
$MESON_BUILD_ROOT/@appid@.png, meaning that the file is overwritten on
every iteration. This commit fixes that by copying to a subdirectory
under the build root and installing from there.
Fixes https://gitlab.gnome.org/GNOME/nautilus/issues/364
When hacking on Nautilus, it is very inconvenient to have to close any
running instance before running the built version. This commit enables
running three different instances by changing the application ID.
Beside the default “profile” is one crafted for stable flatpak
releases and one for development. The stable flatpak profile adds an
identifying mark to the about dialog to aid collecting information in
bug reports. The development profile is that plus additional styling to
help visually identify the development instance. It also will be used
when generating Flatpak bundles with the help of CI.
Generally, the implementation is slightly hacky to allow all the
different workflows, spanning from regular installations to GNOME
Builder flatpak builds, as each comes with its own quirks.
flatpak-builder only exports data files that are prefixed with the
application ID. Without this, the Flatpak version does not enable shell
search functionality.
This commit does the following:
* Canonicalize the style:
* Use two-space indentations.
* Un-Autotools-ify option names.
* Don’t align arguments, simply increase indentation.
* Don’t add a space before opening parenthesis in calls.
* Remove unused variables.
* Remove unused dependencies.
* Remove config.h.meson.
* Optimize dependencies.
* Use disabler functionality for libselinux dependency, to save lines.
Since it’s 2017 already, Nautilus should use a build system that doesn’t
take longer to set up the build than it takes to actually build. An
observed build time using Ninja of roughly one-fifth of what it took
Autotools is more than reason enough to add support for Meson. Along
with that, this commit adds a convenience script to generate a tarball
for releases, since we use libgd as a submodule and Meson does not
handle source distributions.
https://bugzilla.gnome.org/show_bug.cgi?id=778167
