Desktop file generation is non-deterministic - translation positions may vary
across builds. This makes the build non-reproducible.
The cause is the use of glob() which collects qm file paths in a random order,
depending on the filesystem. To ensure the translations are written in a fixed
order the list returned by glob() must be sorted.
Since any modification to these files triggers a new cmake run and
rebuilding of the sip bindings (slow!), we want to avoid touching
the sip files in any way if there's no actual changes to push.
Speeds up rebuilding in some circumstances by avoiding needless
rebuilding of sip bindings.
Adds a new visitor pattern API for creation of visitors which visit
all the style entities (symbols, color ramps, text formats, and
label styles) associated with different objects. Can be used on a
renderer, map layer, or project wide level.
E.g. on a project wide level, allows collection of ALL the style
symbols/color ramps/text settings inside a project, including those
in layouts or annotations!
- grass data item provider fixes
- removed QgsProviderMetadata constructor (with std::function / PyObject) due to sip errors (api break)
- reverted DataCapability move to Qgis - back to QgsDataProvider (avoiding api breaks)
- WidgetMode enum documentation
- sipify monkey patching fix
- renamed WidgetMode's "None" to "Normal" value - in python None has special meaning (api break)
* update Travis to build on Trusty for code layout
* fix shellcheck replace ! -z by -n
* shellcheck: fix -n doesn't work with unquoted arguments
* more shellcheck fixes
* use bash instead of posix
This library, original taken from https://github.com/sijk/qt-unix-signals
(but a maintained fork exists at https://github.com/nyalldawson/qt-unix-signals),
handles unix signal watching using the Qt libraries.
It allows for detection of signals like SIGINT and SIGTERM,
and allows Qt applications to respond gracefully to these.
Included in external libraries for use in QGIS terminal
applications.
