Bump the PySide6 version used in our user environments to 6.7.1, to
mirror the one we ship to our users, and also fix a segfault issue in
our CI tests.
Refs #801
Inform users that for specific distros and versions, we install some
extra packages (PySide6, conmon), in order to fix some incompatibilities
between Dangerzone and the base system. Provide also a link to the
source / build instructions for the package, as well as any relevant
issues.
Fixes#767
Add a new script called `sign-assets.py`, which produces the hash of all
the Dangerzone assets for a release (Windows/macOS installers, container
image), and signs them individually.
Also update our RELEASE.md document, to incorporate this script into our
release workflow.
The `exit()` [1] function is not necessarily present in every Python
environment, as it's added by the `site` module. Also, this function is
"[...] useful for the interactive interpreter shell and should not be
used in programs"
For this reason, we replace all such occurrences with `sys.exit()` [2],
which is the canonical function to exit Python programs.
[1]: https://docs.python.org/3/library/constants.html#exit
[2]: https://docs.python.org/3/library/sys.html#sys.exit
Our end-user Fedora environments, that we create for testing how
Dangerzone would operate on a clean Fedora system, require PySide6 to be
installed. This package is not available from the official Fedora repos
yet.
We have a way instead to check the poetry.lock file, grab the latest
PySide6 version from there, and install it from a URL. This is no longer
necessary, now that PySide6 6.7.0 will soon be available in all stable
Fedora releases. Since the last release maintained by FPF will be
6.6.3.1, we should pin this version in our env.py script. This way, we
can bump poetry.lock independently, and let Windows/macOS users get
different versions.
Refs freedomofpress/maint-dangerzone-pyside6#5
The previous scenario 10 tested the handling of state upon Dangerzone
updates. This, however was particularly difficult to do on Linux due to
the need to add a repository and install, especially in our
semi-automated QA environment.
For this reason this commits removes Linux from this scenario and moves
it closer to the top of the scenarios list to reduce the change of
state "contamination". In other words, before testing the new version,
the tester now installs a previous version and then the new one, thus
guaranteeing that there is no inconsistent state due to installing an
earlier version later in QA.
Fixes#719
Provide a fix for an OCR bug that affected Fedora 38 templates of Qubes
OS. In that specific configuration, the PyMuPDF version accepts the
Tesseract data directory only from the `TESSDATA_PREFIX` environment
variable. Our mistake was that we were setting this environment variable
in a dev script, instead of setting it for all configurations.
In this commit, we set an attribute in the fitz.fitz module, so that
both dev scripts and end-user installations can work. This is hacky, but
it targets an old PyMuPDF release after all, so we don't expect things
to break in the long run.
Fixes#737
Inform testers that the container code no longer returns "UNTRUSTED >"
strings in its output. Every string is trusted now, and the output will
be similar for container and Qubes isolation providers alike.
On Windows platforms, we can't consume the stdin using select(), because
it's not available for pipes [1]. We can instead consume it using some
native Windows calls.
[1]: From https://docs.python.org/3/library/select.html#select.select:
"File objects on Windows are not acceptable, but sockets are. On
Windows, the underlying select() function is provided by the
WinSock library, and does not handle file descriptors that don’t
originate from WinSock."
Update the build instructions for Ubuntu Jammy regarding conmon, now
that oldstable-proposed-updates no longer offers a patched conmon
package. Propose instead to install conmon from our apt-tools-prod repo.
Instead of installing a patched conmon version from the
oldstable-proposed-updates repo, install it from our apt-tools-prod
repo. This applies to just Ubuntu Jammy, since the rest of the platforms
don't have this problem.
Now that the conmon package with version 2.0.25+ds1-1.1+deb11u1 has been
released [1] for Debian Bullseye, there is no need to install it from
the oldstable-proposed-updates repo any more.
[1]: https://tracker.debian.org/pkg/conmon
Switching from mounting files to writing to stdout has introduced some
Podman crashes in specific environments (Ubuntu Jammy / Debian Bullseye)
due to a conmon bug that affects version 2.0.25.
Fixing it for various permutations of the environments we support
requires the following:
1. CI tests: Install conmon from the oldstable-proposed-updates in
our Debian Bullseye / Ubuntu Jammy dev/end-user environments.
2. Developers: Add a line in BUILD.md that suggests users to install
conmon from the oldstable-proposed-updates repo, or some other repo
they prefer.
3. End-user installations: We will build conmon for Ubuntu Jammy, and
wait until the proposed updates repo gets merged in Debian Bullseye.
Fixes#685
Explain what happens when we bump our `poetry.lock`, and a new
Pyside6 version. Also, have a step-by-step guide on how the maintainer
should create a new PySide6 RPM and update FPF's repo, so that
Dangerzone can be released.
Now that we can create a Dangerzone RPM that depends on PySide6, we can
officially support Fedora 39 as a platform. Add this platform in our CI
tests, as well as our install/release notes.
Fixes#606
Extend the env.py script to build an end-user, Fedora 39+ environment
with PySide6 installed, as a regular RPM package. Previously, this was
only possible for development environments with PySide6 downloaded from
PyPI.
As a way to simplify builds, the env.py script offers the option to
download the RPM package itself from FPF's RPM repo [1], if the package
has been uploaded.
[1]: https://packages.freedom.press/yum-tools-prod
Install a subset of Podman dependencies, so that we don't also install
Systemd. Doing so can introduce some subtle issues of its own, which is
why we prefer cherry-picking the Podman packages we really need.
Fixes#689
Ensure that when the container image is installing pymupdf (unavailable
in the repos) with verified hashes. To do so, it has the pymupdf
dependency declared in a "container" group in `pyproject.toml`, which
then gets exported into a requirements.txt, which is then used for
hash-verification when building the container.
Because this required modifying the container image build scripts, they
were all merged to avoid duplicate code. This was an overdue change
anyways.
Add a script to upload release assets to GitHub. This script can take
either a release ID, a Git tag, or the latest draft release.
Note that while GitHub's official client can upload assets to releases,
it cannot upload them to draft releases [1], hence why we created this
script.
[1]: https://cli.github.com/manual/gh_release_upload
Replace the deprecated `bdist_rpm` method of creating RPMs for
Dangerzone. Instead, update our `install/linux/build-rpm.py` script, to
build Dangerzone RPMs using our SPEC file under
`install/linux/dangerzone.spec`. The script now essentially creates a
source distribution (sdist) using `poetry build`, and then uses
`rpmbuild` to create binary and source RPMs.
Fixes#298
Update the dependencies required to build RPM packages. More
specifically, remove the older python3-setuptools dependency, and depend
instead on python3-devel and python3-poetry-core.
Note that this commit may break our CI, but it will be resolved in
subsequent commits.
We don't tend to use Docker for development tasks in Linux, since we
have Podman for that. In MacOS and Windows, we do use Docker, but
typically without sudo.
Make our MacOS / Windows dev tasks non-interactive, by ditching the
`sudo` invocation.
Closes#519
Update our release instructions in the following ways:
1. Make sure to check the Python dependencies / version before the
release.
2. Make sure to upload the final container.tar.gz image as a release
artifact.
Force Podman to use the overlay storage driver in our Dangerzone
environments. We have seen that in certain cases, Podman may opt to use
the vfs storage driver instead, which is more space-intensive.
Closes#489
