If a specific plugin calls fu_plugin_set_secure_config_value() and then
fu_plugin_set_config_value() then we'll save the file with the world-readable
permissions.
Set a plugin flag to say that 'this plugin is storing sensitive details' which
allows us to use the same entrypoint and also fix up any files at startup that
do not have the correct permissions.
G_APPLICATION_FLAGS_NONE was deprecated, but we don't actually need the single
instance functionality, so just use a non-deprecated flag instead.
This fixes Debian CI.
These are currently used interchangeably since there was indecisiveness
which to use as the feature was being developed.
As outward facing it will be named with "settings", change all uses
in the code to match this.
The only information that is secret is the `current_value`.
Augment the d-bus call to determine whether the caller needs this
information.
* If `fwupdmgr` is launched as root it will be provided.
* If `fwupdmgr` is launched with `--authenticate` it will be requested
and PK will be engaged.
Dell and Lenovo use Enable or Enabled and Disable or Disabled which is confusing
to an end user.
Set up some heuristics to map positive values and negative values when passed
into the client.
Semantically it is the desire of the security attribute, not the bios
attribute, i.e. you could imagine that a specific attribute would have
to be *foo or bar or baz* for HSI-1 and *only foo* for HSI-2
Also make it easier to add possible BIOS attribute target values in
plugin code.
This identifier can be used by plugins or the daemon to disambiguate
behavior between two different drivers.
Set it up so that plugins don't NEED to use it, but optionally can
find attributes by either name or ID
Several of the string/integer/time functions are duplicated in multiple
source files for no discernable reason. Move them into fwupd-common
as private symbols instead.
This allows us to load sets of different host security attributes
for testing the various front end tools we have now. e.g.
sudo FWUPD_HOST_EMULATE=thinkpad-p1-iommu.json.gz fwupd
or, using a non-compressed absolute path:
sudo FWUPD_HOST_EMULATE=/tmp/test/thinkpad-p1-iommu.json fwupd
Data can be created with `./contrib/generate-emulation.py file.json`
and then can be manually modified if required. Running the script on
a file that already exists will just strip out any unneeded data, as
well as piping content into it using stdin.
As a precaution, the org.fwupd.hsi.HostEmulation attribute is added
so we do not ask the user to upload the HSI report. It also allows
the LVFS to ignore any HSI reports with this attribute for clients
that upload HSI reports regardless.
See https://github.com/fwupd/fwupd/discussions/4832
In one place we were accidentally setting the contents checksum,
because the LVFS was setting the artifact type of 'binary' for metainfo
export -- which was never going to match on the LVFS.
This means we don't need to worry about changing multiple
implementations if the HSI levels change for a specific ID.
It also means we can fake HSI results in the future without having
to also store the 'correct' level in the input file.
We tried to solve this by matching the org.fwupd.hsi AppStream ID, but
in some cases the resolution depends on what actually failed.
Add "the action the user is supposed to do" as flags so that the
front-end can translate this in the appropriate way, for instance,
using a different string for log events and HSI dialogs.
