Even without -d this shows the whole ref, as well
as the source of the app (user/system) and if it
is a runtime.
This is important now as the default is to show
both user and system and both apps and runtime.
Not being documented makes it hard to know that this actually
takes the url of a flatpakrepo file, as opposed to the other url
key in this file, which takes the url to a remote.
If the bundle contains an origin link we can now install related
things from it, such as locale data.
You can also build the bundle with --runtime-repo=URL, where the url
points to a flatpakrepo file for a repo with runtimes. This works
similar to the RuntimeRepo= feature in flatpakref files.
Currently flatpak-builder downloads the sources for all modules, even if
the --stop-at option prevents them from being built. This commit changes
the behavior so that we don't bother to download the ignored modules.
When an application requires a runtime that is not installed, search
for it and prompt for permissions to install it. Also, update required
runtimes when the app is being updated.
If this is set for a remote we will never automatically look for
dependencies in it. This makes dependency search faster, as we
don't need to search in app-only remotes.
When initializing a build you can initialize the application directory
with the files from another directory, and optionally a set of its
extensions. This allows one to create a "base" application that
can be derived from in multiple forms. A typical example is an application
framework like Electron. The base electron app has all the dependencies
needed to write Electron app, and then your manifest can add the specific
files needed for your application.
An example snipped could look something like:
"base": "org.base.App",
"base-version": "stable",
"base-extensions": ["org.base.app.Locale", "org.base.app.Debug" ],
The --allow-missing-runtimes options will allow flatpak builder to
not abort immediately if the sdk or runtime for the app being built
are missing.
This option will be useless when building anything in the modules
section of the app manifest. The calls to flatpak-build will fail
because of the missing sdk.
However, it may be useful when an application does not require
building anything inside the sandbox, and the application files
will be installed via other means.
Provides access to the functionality offered by the new internal API
flatpak_dir_update_remote_configuration(), in a similar way to what
can be done via the command 'flatpak remote-modify --update-metadata'.
This new command relies on flatpak_dir_update_remote_configuration()
and allows updating the local configuration for the remotes based on
the extra metadata present in the OSTree repo's summary file.
This parameter can still be combined with --title and --default-branch,
which take precedence when combined with --update.
Instead of using "NAME [BRANCH]" as the command list we now
support REF..., where each REF can be partial. This is easiest
explained by examples. Here are some valid refs:
org.test.App - only app id
app/org.test.App/x86_64/stable - full ref
org.test.App/x86_64/stable - full ref without prefix
org.test.App - only app id
org.test.App//stable - only branch
org.test.App/x86_64 - only arch
If any parts are left out they are wildcarded. Such parts are filled
first by looking at other command line arguments like --arch and
--app/--runtime. And finally by looking at what is available in the
remote. If there are multiple matches the user is told the options
in an error message.
This adds a new "multiarch" feature which allows bundling e.g. 32-bit
binaries to be run in a x86_64 environment. By default, the seccomp
filter is configured to allow only the native architecture. When the
"multiarch" feature is enabled, the filter will be configured to allow
running binaries of additional architectures supported. For x86_64, this
allows x86 32-bit binaries; and for Aarch64, allows 32-bit ARM binaries.
Application bundles can use the feature e.g. in order to ship 32-bit
binaries alongside with a mostly-64-bit application. This is particularly
interesting when for applications that might launch themselves prebuilt
programs for which 64-bit versions do not exist. For example, the Steam
application is available as a 64-bit executable, but some of the games
available are 32-bit only. A Flatpak bundle for the Steam application
with "multiarch" enabled is able launch the 32-bit games -- without the
feature enabled, the seccomp filter would prevent them from running.
Multiple-architecture support is enabled by adding the "multiarch" value
for the "features" key in the metadata file for a Flatpak:
[Context]
features=multiarch;
The corresponding "--allow=multiarch" command line option is supported
in "flatpak build-finish" as well.
This completely regressed, and it seems complicated to fix it without
requiring extra privileges. So, the new version requires you to sudo
to run it, which is not great, but at least it makes it work for
all cases.
