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 translations generated from public-domain files are CC0-1.0
- the files derived from Unicode tables are close to CC0-1.0,
possibly except that there is a FileCopyrightText line
- CC0-1.0 for the uninteresting version-headers
- GPL-3.0-or-later for the services
- add SPDX identifiers to Calamares C++ libraries and application sources
- add SPDX identifiers to Calamares QML (panels and slideshow)
- the `qmldir` is a list of names of things in the directory,
so CC0-1.0 it as "uninteresting"
- QRC files are lists of names of things in the directory,
so CC0-1.0 them as well
Some Calamares source files incorporate material from
3rd parties (unlike the 3rdparty/ dir, which is basically-
unchanged 3rd party source). Tidy up the FileCopyrightText
lines for those sources.
This is not an exhaustive effort.
There's lots of (YAML) test data that is just trivial configurations
for modules. Since the configurations themselves are **also** CC0-1.0,
and the tests are less interesting, license them equally liberally.
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.
The .ui files are all GPL-3.0-or-later style, but it's
slightly difficult to keep licensing information in them:
it's XML, so an XML comment might work, but there's no
guarantee that safe/load will preserve them.
Put the SPDX tags in the <author> tag, so that it's visible
in Qt Designer.
This was causing CI builds to fail, since WEBVIEW_WITH_WEBKIT
is defined only in the Config file, not on the command-line.
This crept in accidentally while trying to get rid of that
config file entirely.
Re-jig the module-weight calculations.
- modules can have a weight
- module instances can have a weight
- jobs, from the module, can have a weight
This is now configurable on a case-by-case basis, rather than having
C++ only as an option and a weird hack for unpackfs.
This is more a test-inspired hack than anything else: since signals
are delivered asynchronously, we can end up delivering progress
signals out-of-order, and then the signal spy lists them wrong:
progress goes backwards.
Insert a tiny delay between jobs to allow signals to be delivered
in-order.
- compute weights and accumulations beforehand
- mutex-lock structures so you can enqueue while running jobs
- simplify progress reporting calculations
- doesn't actually run any jobs
reflect changes from users/Config.cpp
corrected id missing capital
mirror UsersQmlViewStep.cpp/h with the users versions
connections are still not made
In advance of PR #1491, test loading and stringlist extraction.
- from code, extraction works "normally"
- for YAML data, the stringlist isn't actually a stringlist
- if the user password is reused (or not) then check the
status of the passwords against the new reuse-setting
- if the allow-weak-passwords setting is changed, then
check the status of passwords (both of them) against
the new weakness setting
As explained by Kevin Kofler and abucodonosor, the
implementer line can carry a bunch of different values,
but none of them are actually interesting. Simplify
the code.
- the way isPasswordAcceptable was being used was buggy, leading
to test failures (now fixed)
- don't expose the function, anyway: it's an implementation
detail for passwordStatus() which in itself is an implementation
detail for status notifications.
- avoid update loops by checking values before emitting *Changed()
- check validity of user and root passwords when asked
- if root isn't going to be written, or re-uses the user password,
defer to those status checks.
- The weight is the module (instance) weight, which can be
- the default weight of 1
- the weight specified for the module (in module.desc / the module
descriptor; this defaults to 1, above)
- the weight specified for the instance (in settings.conf)
The last of these "wins"; weights are constrained to 1..100
The weight isn't actually used in progress computation yet.
- a handful of modules had an unused *requires* key in module.desc;
this is probably from previous intentions around
prerequisites-testing. Since the settings were empty anyway,
they have been removed.
- [unpackfs] Compacted the way *requiredModules* list is written
- loads emergency, noconfig, requiredModules keys
- warns (and marks descriptor invalid) if there are unused / unknown
keys left over in the descriptor data.
- add fields -- all const, all bogus -- to the descriptor,
introduce a stub method to load the descriptor from
YAML data (e.g. read from module.desc)
- lighten the type-naming in Module a little, with usings
- In most cases, you **know** the table covers all the enum
values, and the extra parameter *ok* is just annoying.
Provide a convenience that doesn't distinguish empty
from empty-but-valid.
- move the enums
- expose the named-enum functions for them
- **start** replacing Descriptor with something stronger; this fails
zero tests so it obviously wasn't tested at all
This module allows the generation of the initramfs in Alpine Linux based
systems (excluding postmarketOS). Very bare bones, but then again it
doesn't need much. It uses the Alpine Linux tool "mkinitfs" to do the
job.
- setting the weight in *instances* should be different from letting
the default weight (of 1) stand; explicitly saying 1 should
carry some weight (ha!)
- any invalid instance key will cause a complaint
- "new" custom instances in sequence get a complaint, but
the instance description added to the list is valid
- there's no reason to ignore custom instances that are **not**
mentioned in the *instances* section: it may be useful to
name more that one even without distinct config files.
- no more weights in constructors; do that in fromSettings() only.
- simplify test to drop those constructors
- set config file also for "normal" descriptors; fix test
module builds, installs and runs, connections are not working yet.
UserQmlViewstep.cpp/h are from PR https://github.com/calamares/calamares/pull/1356
sections are commented out to make the module build, but help is needed to get those 2 files corrected.
config names used in usersq.qml are guessed from users/Config.cpp
debug window shows correct entries in GS, and under the module tab, usersq.conf is read
as should too. Running shows most config used in users.qml are not registered/wrong,
many entries like: qrc:/usersq.qml:228:13: Unable to assign [undefined] to bool
It is understood not all needed from the users module has moved to Config.cpp yet,
but doing the PR now, since it runs, doesn't crash cala and help is needed to further implement.
- expose, for testing purposes, the load-from-YAML-data part
alongside the public constructor that reads a YAML file
- add test for building the list of instances
- looks funny
- is hard to get clang-format to respect this; it's intended as an
access-modifier, but those are baked into the code rather than
being configurable.
- is probably rare enough that #ifdef is acceptable
- was getting multiple definitions of moc-related code due to automoc
combined with KDSAG having its own #include moc, comment-out the include.
- while here, simplify the CMake bits for building KDSAG
- was getting multiple definitions of moc-related code due to automoc
combined with KDSAG having its own #include moc, comment-out the include.
- while here, simplify the CMake bits for building KDSAG
- Requirement.cpp was there "just in case" the header grew
functions that need an implementation, but that seems
unlikely (the header is just a struct of POD).
- the scripts are BSD-2-clause,
- the generated files are CC0 (I'm not *100%* sure about the
derived file CountryData_p.cpp, which lists countries and
country codes -- it **is** extracted from CLDR data which
is not CC0)
- QStringList doesn't round-trip correctly; add a test to
demonstrate that.
- Fix existing test to **not** use QStringList, but QVariantList
(of strings), which is how other code would use it.
The above is **kind** of moot because nothing uses the YAML-save
function, but it might.
While here, fix another test: YAML-loading can load JSON just fine.
- add apidox to all the untranslatedFS() methods
- add the most-basic of untranslatedFS(), which works on a given
FileSystem::Type; this one can handle special cases where
Cala needs a different untranslated name than what KPMCore provides.
- for the purposes of Calamares's nearest-location selection algorithm
for timezone selection, introduce spot patches: alternate markers
on the map to indicate "things close to here belong in this timezone".
- hide the implementation detail in the find() methods.
- Cape Town is in South Africa, so one might expect it to get South
Africa's timezone -- which is Africa/Johannesburg -- but Windhoek
is closer, so it gets that.
- Port Elisabeth is similar: Maseru lies between it an Johannesburg,
so it gets the wrong timezone, too.
These both illustrate how the limited resolution of the map, together
with the "closest location" lookup, can give poor results. For most
of South Africa, the "wrong" timezone is closer than the right one.
- The TZ widget uses a different coordinate system (mapping lat and lon
to pixel locations, and then calculating Manhattan distance from
that), so needs a different distance function.
- Simplify code: there's just one "closest TZ" function.
- introduce a distance function and use that, rather than coding it
inside the find() function. This is prep-work for unifying the
find() calls, based on various coordinate systems.
- create directories for new tests ahead of the tests themselves;
this **can** still cause problems if a test is run standalone.
- if creating the grub-dir at runtime is necessary, be informative
if it fails.
- the default_dir was only stored in modify_grub_default() to
create the directory if needed; move that functionality to
the get_grub_config_paths() function (and drop the "s",
since it now returns just one).
Go over the locale module again:
- new models that avoid weird casts and inconvenient iteration
- shared timezone data
- simple sorting and filtering
- simplify the map / QML version
FIXES#1476FIXES#1426
- test insert, remove, emitted signals
- test loading and saving of YAML and JSON
This shows up a big bug in the YAML saving code (which was never
used, it seems, anyway)
- the loadJson behavior did too many notifications, and was likely to
deadlock; write directly to the map instead and emit only once.
- the loadYaml method did something very different from its
documentation or intent.
- refactor into some free functions (out of the lambda's for connecting)
- introduce new method to call from onLeave(), matching previous
widget behavior
- we can do GeoIP and GeoNames lookups, **or**
- use Calamares's internal GeoIP lookup and country / city hints.
The online version is much more accurate, but costs more lookups;
in these examples, set it all to "offline" and document what needs
to change (code edit) to use the online version.
It's probably a good beginner job to introduce a bool in localeq.qml
to switch the behaviors.
