Search for xcbgen with PYTHON_EXECUTABLE
This way users can specify `-D:PYTHON_EXECUTABLE` to force a certain
python executable and that executable will then also be used to search
for xcbgen.
This should also provide a more universal solution to the configuration
issues with pyenv or conda since the user can just specify
`-D:PYTHON_EXECUTABLE=/usr/bin/python3`.
While it shouldn't happen with compliant WMs, it was possibe to crash
polybar with _NET_CURRENT_DESKTOP >= _NET_NUMBER_OF_DESKTOPS and this
should not be possible.
Includes polybar/xpp#31
Fixes#2398
They were required before, but could technically be deactived (the
compilation would fail, but configuration was possible).
The WITH_XRANDR and WITH_XCOMPOSITE now no longer appear in the cmake
part. It still appears in the source code, but is always set to 1
Fixes#1536
Include dwmipcpp as a library in cmake and config files, so it can be built
automatically. The configuration of dwmicpp was added to match that of i3 and
bspwm to maintain the same cmake workflow and style.
* xpp: Update submodule
* aur: Force system python in polybar-git
This should resolve problems on systems with conda or pyenv enabled that
would otherwise not pick up xcbgen properly
With this we no longer distribute the jsoncpp 1.7.7 source with polybar.
It is possible that polybar will no longer build on older systems that
have an ancient version of jsoncpp (>= 5 years).
Ref: polybar/i3ipcpp#9
This is dependent on a PR to xpp that does the same. Newer compilers
(GCC10 in particular) are stricter about which headers provide the
std exception types.
Fixes compilation under GCC 9
The default copy constructor implicit generation is deprecated by C++ standard.
The window& operator=(const xcb_window_t win); operator seems to be useless.
Fixes#1728
Ref jaagr/xpp#16
* Clean up CMake logic
- removed logic to find CppUnit (no longer used)
- removed "dirs" variable used to pass include directories
- removed add_library function (no longer used)
- removed make_executable function
* only used in 2 places (polybar and polybar-msg)
* it was more general than needed, logic is simpler without it
- split polybar into static library and executable
* this allows linking unit tests to the library
* rename library
* add coverage build
- Added a CMake build type "Coverage" that builds C and C++
code with the "--coverage" flag (recognized by both GCC and Clang)
- removed "-Wno-missing-field-initializers" from test flags,
since it didn't seem to be needed any more
- removed logic from tests/CMakeLists to disable "-Werror" and "-pedantic-errors"
since there didn't seem to be any warnings during the build
* fix whitespace
* update travis
* remove O2 from defalt flags
* allow tests to be built by default make target
* disable Werror for debug builds
As mentioned in #1215, gcc >=8 will complain, if strncpy truncates the
source string or gcc can prove there is no NUL terminating byte.
This also updates the i3ipcpp submodule where there was a similar error
Fixes#1215
Polybar itself doesn't depend on jsoncpp at all, only i3ipcpp does and
it has the jsoncpp 1.7.7 source code in its repo, if a too low jsoncpp
version is found.
