in smaller amounts
Default Qt behavior is to increase step size 10x when ctrl
is held while mouse wheel - but everywhere else in QGIS
UI we use the ctrl modifier as a "finer" increment with
the mouse wheel (e.g. ctrl+wheel = fine zoom into map/composer).
So override Qt's behavior and instead make ctrl modifier result
in 1/10th usual increment for spin boxes.
This was causing an issue if you tried to access widgets in a form using findChildren
widgets could not be casted to QGIs native types
also sipify QgsFilterLineEdit and QgsRelationEditorWidget
This is replaced with a QVariantMap. It was never really more than this in the
past and with the switch to QgsConfigurationProperties, there is really no
longer any reason to assume that this will change.
Warnings are shown, but features can be committed. Fields which
fail an unenforced constraint are now shaded in yellow to differentiate
from the red failure for enforced constraints.
From the clazy docs:
Finds cases where you're using QMap<K,T> and K is a pointer.
QMap has the particularity of sorting it's keys, but sorting
by memory address makes no sense. Use QHash instead, which
provides faster lookups.
Fixes issues with the current approach:
- poor appearance on certain environments (esp OSX)
- large area on spin boxes' right which "swallows" clicks
and blocks interactivity
Fix#12920
Now the widgets factories can give a score on how good they could handle
a widget.
Additionaly, plugins can be added to choose a widget factory in function
of an external information. One of them uses a table in PostgresQL to
allow specification of the widget type and configuration.
I took the opportunity to remove a few deprecated method in relation to
this.
Now the widgets factories can give a score on how good they could handle
a widget.
Additionaly, plugins can be added to choose a widget factory in function
of an external information. One of them uses a table in PostgresQL to
allow specification of the widget type and configuration.
I took the opportunity to remove a few deprecated method in relation to
this.
