- do not link (explicitly) to Calamares libraries, the CMake
functions do that automatically.
- while here, tidy and remove commented-out-bits
- while here, remove unneeded includes
- create dirs as needed (this will normally be done by
unsquash, but for tests with paths it needs to be done
by hand)
- log what file is being checked
- filePath() doesn't like the absolute paths we have
(they're absolute in the chroot, and existing code
just sticks rootMountPoint in front)
- point to main Calamares site in the 'part of' headers instead
of to github (this is the "this file is part of Calamares"
opening line for most files).
- remove boilerplate from all source files, CMake modules and completions,
this is the 3-paragraph summary of the GPL-3.0-or-later, which has
a meaning entirely covered by the SPDX tag.
In spite of there being considerable documentation sometimes in the
config file, we go with CC0 because we don't want the notion of
'derived work' of a config file.
The example `settings.conf` is also CC0. Add some docs to
it while we're at it.
The build instructions are not that interesting, it's a toss-up
between CC0 and BSD-2, but because other CMake bits are BSD-2-Clause,
apply that to more CMakeLists. The copyright date isn't all that
accurate, but these are just inconsequential files.
While here, tidy up and get rid of some useless intermediates.
- These have **not** been fixed for validation, so the schema's themselves
will fail to load. This is a consequence of variations in JSON-Schema
representations through various drafts. Fixing the schemata is
fairly straightforward.
This gives us 19 new tests, all of which fail.
- Make tests more resilient: do them in a temp-dir, and clean it
up after successful tests. This was prompted by tests failing
because of things hanging around in /tmp.
- Let's just have one header definining export- and visibility-
macros for Calamares. They are still selected based on the
export flags (*_PRO), just defined in one header instead of two.
- Create a job and ask it to create dbus files -- either directly,
or as a symlink. Since the target chroot isn't viable, this will
fail but we can at least see that directories are created, etc.
- Most of the code was error-checking, just replace the open-read
with a call to the service instead.
- It's not an error if /dev/urandom doesn't exist in the source system
(there may be other good random sources, and otherwise we have the
low-quality random fallback).
- the *mount* module inserts a rootMountPoint without trailing /
into global storage, so we can't assume that here. On the other
hand, the paths passed in to the Worker functions are absolute
paths -- adjust the tests to follow that.
- The code in Workers.cpp assumes that rootMountPoint ends in a /
so that it can have filenames appended easily; make the tests
fit that assumption, but still need to check that it is so in
production.
- refactor running the command into a helper function,
to deal with the regular if-command-failed-then-complain pattern.
- mark parameters as unused.
- move distinction about kind of DBus file up into the MachineIdJob
and remove the enum that marked it.
- Testing some of the functionality that's been added just now:
- copyfile fails, buggy implementation
- poolsize fails, buggy implementation
- removefile not tested
- read-urandom or copy-existing-file are implemented
- fairly chatty on failure
- needs tests (probably the implementation should be moved to
a separate file and unit-tested)
- keep the rootMountPoint and the path-with-random-data separate
instead of concatenating them at the beginning. Then we can
use the "clean" names also within the host system.
- remove existing files for each kind of random-generation
that is enabled. There's a helper function for the case that
Cala is no longer setuid and needs help to remove those files
from the target (e.g. a setuid helper).
