* Drop unsupported architectures and machines from Supervisor
Since #5620 Supervisor no longer updates the version information on
unsupported architectures and machines. This means users can no longer
update to newer version of Supervisor since that PR got released.
Furthermore since #6347 we also no longer build for these
architectures. With this, any code related to these architectures
becomes dead code and should be removed.
This commit removes all refrences to the deprecated architectures and
machines from Supervisor.
This affects the following architectures:
- armhf
- armv7
- i386
And the following machines:
- odroid-xu
- qemuarm
- qemux86
- raspberrypi
- raspberrypi2
- raspberrypi3
- raspberrypi4
- tinker
* Create issue if an app using a deprecated architecture is installed
This adds a check to the resolution system to detect if an app is
installed that uses a deprecated architecture. If so, it will show a
warning to the user and recommend them to uninstall the app.
* Formally deprecate machine add-on configs as well
Not only deprecate add-on configs for unsupported architectures, but
also for unsupported machines.
* For installed add-ons architecture must always exist
Fail hard in case of missing architecture, as this is a required field
for installed add-ons. This will prevent the Supervisor from running
with an unsupported configuration and causing further issues down the
line.
The CpuArch enum was being used inconsistently throughout the codebase,
with some code expecting enum values and other code expecting strings.
This caused type checking issues and potential runtime errors.
Changes:
- Fix match_base() to return CpuArch enum instead of str
- Add explicit string conversions using !s formatting where arch values
are used in f-strings (build.py, model.py)
- Convert CpuArch to str explicitly in contexts requiring strings
(docker/addon.py, misc/filter.py)
- Update all tests to use CpuArch enum values instead of strings
- Update test mocks to return CpuArch enum values
This ensures type consistency and improves MyPy type checking accuracy
across the architecture detection and management code.
Co-authored-by: Claude Sonnet 4.5 <noreply@anthropic.com>
