- 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.
- 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.
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.
It's convenient when e.g. QComboBox::currentData() gets the key
"automatically", and the default role for that method is UserRole,
so let the value of KeyRole overlap.
The (renamed) class TranslatableString keeps a key value
(e.g. New_York) and a human-readable version around; the
human-readable one is passed through QObject::tr() for translation
on-the-fly.
- The models are overly complicated: **overall** there is just one
list of timezones, and we need various views on that list.
Start over with an empty model of regions.
- The language code "ie" is not recognized,
- "ia" is, and it seems to be the post-war variant of
Interlingue, so we may want to rename / relabel.
The testEsperanto test -- now split into scripts and
esperanto -- would have picked "ie" out of the list
because it does map to C locale.
The TODO said it was unused: it **is** used, but only in
a very limited scope. Drop it from jobs where it wasn't
useful (e.g. those that just return prettyName(), outside
of the partition module).
This builds some machinery so that we can create
a detector for member-functions (methods) named <whatever>.
Use the macro to build the machinery:
DECLARE_HAS_METHOD(myFunction)
then after that,
has_myFunction<T>
is either std::true_type or std::false_type
depending on whether T has a method myFunction.
- The sources were in src/calamares but processed and generated
in libcalamares, which is weird at best.
- Generate an "extended" version header.
- Use the extended version in the logger and nowhere else.
- While here, minor coding style cleanups
The overall change here means that after running CMake, only
Logger.cpp needs to be rebuilt (if the extended version has
changed) and not a handful of other files that don't need the
full version number, but do happen to include CalamaresVersion.h
- most of the things in utils/ are in the CalamaresUtils namespace,
let Permissions follow suit. Chase the name change in the
*preservefiles* module.
- add an `apply()` function for doing the most basic of chmod.
Note that we don't use `QFile::setPermissions()` because the
**values** used are different (0755 for chmod is 0x755 in the
enum value passed to `setPermissions()`).
- Expand the documentation, emphasize octal-vs-decimal
- east-const consistently in this file (most of Calamares is west-const)
- shuffle the is-valid bool to the end of the data members,
so sorting by size.
- continuations, for the console, no longer print the date + level,
which makes things easier to visually group and read.
- the file log is mostly unchanged, except it contains more spaces now.
- Some variant helpers take a default parameter if the map does not
contains the given key or if the type mismatches. Make all helpers
behave the same.
- QString to-integer members detect if an integer string begins with
"0x" (base 16) or "0", base 8; but QVariant members do not.
- QString: the C language convention is used is base is set to 0.
- Convert to QString and use its member toLongLong() and set base to 0
to detect integer strings begin with a prefix.
- The size of a 2GiB partition (in bytes) is larger than the largest
32-bit signed integer; we hit signed overflow while calculating
2^11 * 2^10 * 2^10 and the test fails.
- Switch the whole table of sizes to qint64 instead.
- For testing purposes only, introduce a _qi suffix for qint64.
FIXES#1430
- All the headers go to relevant subdirs, but we don't keep
libcalamares and libcalamaresui apart.
- While here, remove unused variable from libcalamares CMake
- link the library privately -- the public API uses QVariantMap
- install FindYAMLCPP just in case
- add yamlcpp explicitly in the few places that really need it
(e.g. netinstall testing the parsing of netinstall.yaml)
- Add the Calamares CMake-modules to the search path automatically
- Export to CalamaresTargets.cmake and use namespace Calamares::
- Document imported targets
- Find Qt, because the translations machinery will need macros from that
- The installed lib links to IMPORTED libraries from KF5, so we need
to find them (again) as well.
- Value is configurable (through the "selector" which is passed
to GeoIP lookups). This is convenient for tests so you can "fix"
the value that the lookup will return.
This makes it possible to remove QML from Calamares, possibly yielding
a smaller, lighter installer; it takes with it the nice slideshow,
modern configurable navigation and the QML UIs built for various modules.
By default, WITH_QML is on and the "normal" feature set is retained.
- look for Qml modules only when WITH_QML is on (the default)
- look for Network, since that's pulled in only implicitly
- disable the QML Calamares models (modules/*q) if no QML is
enabled; longer-term plan is to merge the **pages** back to
the "upstream" modules, and have things be run-time switchable,
but that's not here yet. Also disable the notesqml module when
QML is off.
- reminder to make all the ABI-relevant WITH_* settings available as #defines
- move the compilation of KDSAG to the calamares executable, not the library
- when DBus activation is on, drop all of kdsingleapplicationguard
- It is the requirements model (checking) that reports progress, and now
the model is accessible (ask for it with requirementsModel(), make the
messages come from there.
- The architecture of letting someone build up a list of requirements
from data emitted by the ModuleManager is broken: if it gets loaded
later, it will miss data; passing around complicated objects is
no fun anyway. Get rid of it, on the way to "ModuleManager has
its own model of requirements".
