- These methods are used for multi-page view-steps, which are rare.
For all the others, just drop the empty implementation and defer
to the base class.
- Next was enabled early; presumably to cover the case that no requirements
were checked and the requirements checker never emitted an update signal.
Drop that since the module manager is now responsible for doing that checking.
- The NAM is being created from a method call on the GeneralRequirements
object in the requirements-checking thread, while the GR object itself
was created in a different thread. This cross-thread parenting
produces a warning, and we don't need the parent relationship here
anyway.
This basically means we talk about localization in the respective
localized variant. e.g. "German (Germany)" ➡ "Deutsch (Deutschland)".
If geoip lookup failed or isn't configured for whatever reason it's a
stretch to expect the user to know english enough to find their own
language. Preferring the localized strings resolves this issue.
Additionally this happens to bypass #712 respectively
https://bugreports.qt.io/browse/QTBUG-34287
as the native names are properly spelled. So, as long as Qt has localized
names the names will also be properly spelled.
- document accessors
- put all path and directory accessors together
- make simple accessors inline
- rename "pathprefix" to "directory" to be consistent with others
- Some locales have no nativeLanguageName(), so instead display
the locale id (e.g. "eo") and the resulting language in English
(which, if it is really unsupported, will be "C").
- The QLocale constructor which takes a string (locale name) doesn't
understand sr@latin, and returns the Cyrillic locale. Fix that
by creating locales ourselves for @latin locales.
- sr and sr@latin now display correctly in the right script in the
native language dropdown.
- The (RTL) text "Arabiy (Misr)" should be entirely RTL, so
make the parenthetical insert -- which would otherwise be LTR
and so mess up the placing of those parenthesis around the country --
explicitly RTL.
- Since there are no RTL languages in Calamares right now with
country-local translations, this isn't visible.
- A locale suggests it is country-specific by having the form <lang>_<country>
- This mostly fixes locale "ar" being presented as "Arabiy (Misr)" when
there is no need to (and the RTL is messed up then, too).
- Introduce intermediate data class for building up the list
of languages to present.
- Sort on the English names, with en_US at the top (ugh).
- Show the native names.
- Much like std::find_if, but slightly muddled because there's
no iterator that we can sensibly use.
- Scan the ComboBox for a locale that matches a predicate.
- Log more as the search for a good locale progresses.
- Don't mix matching the locale with filling the ComboBox
(even though that's slightly more efficient).
- Use DebugRow for one-row-at-a-time output with continuations.
- Use DebugList for one-item-per-line with continuations.
- Use DebugMap for one-row-at-a-time output of a QVariantMap.
- This turns off the space-available check in the welcome module;
without libparted, always fail that check.
- Allows running the welcome module on OS without libparted.
- Move widget behavior into its own container / widget class
- Change the RequirementsChecker class to just check the
requirements, returning a results list
- Connect from the module manager to the results widget.
- Move type and rename it; put in Calamares namespace
- Emit signals from the viewmanager as results come in
- Remove state changing from welcome view step based on its internal
requirements checking (for now this breaks progressing past the
welcome page)
- Log checking of the requirements
Welcome is only interested in checking partitions, not
in resizing them, so stick to one library. This will
become moot when the checks move to partitionmanager
and KPMCore can do the things.
This only kicks in if QNAM's check is inconclusive. It sends a request
and tries to read data from a user-provided URL.
CAL-404 #close Should be fixed in master, please test.
Use QNetworkAccessManager instead of raw QtDBus queries to
NetworkManager in RequirementsChecker::checkHasInternet(). This is much
simpler (i.e., less error-prone) and should be more portable (to, e.g.,
ConnMan).
In order to avoid deep copies, Qt containers over which we iterate must be const
The remaining unported cases require qAsConst (Qt 5.7) or std::as_const (C++17)
