* CodeEditor Widget Styling
With profileration of Qt5 styling methods, problems with presentation
can occur when using cppcheck-gui and user choosen themes. With a dark
theme, a highlighted line in the CodeEditor appears with white text on
a light background or dark colors on a dark background.
Commit makes changes to enforce a default style on the Code Editor widget.
Mechanism is provided, if desired, where a user defined styling can
be provided to CodeEditor widget.
* CodeEditor Widget Styling
With profileration of Qt5 styling methods, problems with presentation
can occur when using cppcheck-gui and user choosen themes. With a dark
theme, a highlighted line in the CodeEditor appears with white text on
a light background or dark colors on a dark background.
Commit makes changes to enforce a default style on the Code Editor widget.
Mechanism is provided, if desired, where a user defined styling can
be provided to CodeEditor widget.
2nd commit - remove declarations in gui/codeeditorstyle.h to possibly
resolve appveyor window builds.
Cppcheck GUI
============
This is a GUI for cppcheck. It allows selecting folder or set of files to check
with cppcheck and shows list of found errors.
Running
-------
You need Qt5 libraries installed in your system. Packages/files to install
depends on your operating system:
- Windows: download Qt from http://www.qt.io/download/
- Linux: install Qt using your package manager, look for packages having Qt
in their name, e.g. for Ubuntu install libqt5core5a, libqt5gui5, libqt5widgets5
and libqt5printsupport5.
Compiling
---------
Windows:
- The easy ways are:
-- download Qt SDK from http://www.qt.io/download/ and use
QtCreator to build the GUI.
-- Download precompiled libraries for your platform and use your preferred
IDE/environment to build GUI. Be careful to download the correct version of
library for your compiler!
- The harder way is to download Qt sources and build Qt. Compiling Qt alone may
take over 4 hours!
Linux:
- Install Qt development packages (make sure qmake -tool gets installed!). The
names depend on distribution, but e.g. for Ubuntu the needed packages are:
* qt5-default
After you have needed libraries and tools installed, open command
prompt/console, go to gui directory and run command:
- qmake (in Linux and in Windows if build with MinGW/gcc or nmake)
- qmake -tp vc (to generate Visual Studio project file)
- qmake -tp vc LINKCORE=yes (to generate Visual Studio project file, linking
dynamically to core. Recommended.)
On Windows, you have to either call qtvars.bat in Qt folder or use the Qt command
line prompt shortcut added in the start menu by Qt installation.
These commands generate makefiles to actually build the software. After that
the actual building is done in IDE or command line as usual. Note that you
don't need to run qmake again unless you add/remove files from the project.
The Visual Studio solution does not contain a configuration for x64 platform, but
it can be added easily.
Tests
-----
There are tests for the GUI in gui/test -directory. There is test.pro
-projectfile for building all the tests. Each test is in own subdirectory and
builds own binary. Test is run by simple running that binary. The binary also
has several options to select tests etc. You can get the help by running
"binaryname -help" -command.
Translations
------------
The GUI is translated to several languages. Qt comes with two tools to update
and compile the translations. lupdate updates translations files from the code
and lrelease compiles translation files use with the executable.
To update translations:
- run lupdate gui.pro to update the translation files to match the code. This
command updates all the .ts files. Which can be then edited to translate
the application.
To compile translations:
- run lrelease gui.pro to compile .ts files to .qm files which are used by the
executable.
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