This adds `monitor-exact = true` in the bar section
This also properly does best-match instead of first-match if multiple
matches exists. For example if there are two monitors HDMI2 and HDMI-2
and we try to match HDMI-2 with monitor-exact = false, until now HDMI2
would be matched. Now exact matches are always preferred.
Fixes#1532
This travis environment contains more up-to-date versions of clang and
gcc (namely 7.0.0 and 5.4.0). This allows us to remove all the code used
to get those newer versions in trusty.
Ref: https://docs.travis-ci.com/user/reference/xenial/
This adds a new label in the bspwm module `label-marked`
This flag for focused nodes of a focused desktop was introduced in [1]
and released with bspwm 0.9.4
It adds the `M` flag to `G` type items in bspwm's report format
Resolves#1552
[1]: d0138af475
This patch adds support for observing multiple slices of the desktop background.
This is used for the tray so that it doesn't have to rely on the bar's rect to
get the desktop background. In particular, it now handles the case where the
tray is not contained fully within the bar's outer rect (for example, when using tray-offset-{x,y})
Co-Authored-By: bennofs <benno.fuenfstueck@gmail.com>
### Breaking Changes:
None
### Changelog
**New Config Options**
The following config options were added
In the `[settings]` section:
* `pseudo-transparency`
In `internal/cpu`:
* `ramp-coreload-spacing`, spacing between elements in `<ramp-coreload>` elements
* `%percentage-sum%` in `label`. Shows sum of all percentages
In `custom/script`:
* `double-click-left`
* `double-click-middle`
* `double-click-right`
In `internal/pulseaudio`:
* `interval`, volume increase and decrease steps in percentage points
In `internal/memory`:
* `bar-swap-used`
* `bar-swap-free`
* `ramp-swap-used`
* `ramp-swap-free`
**Deprecations**
* `tray-transparent` in the bar section is no longer used. The tray now always uses pseudo-transparency
**Features**
* volume: adjustable volume steps (#1364), see #1361
* memory: Add progress bars and ramps for swap (#1325)
* render: pseudo-transparency (always used in the tray) (#595)
* cpu:
* Configurable spacing in between coreloads (#1472), see #1389
* Non-normalized cpu load (#1517), see #1516
* script: Double click actions (#1442)
* net: Support for bridge interfaces (#1528), see #1522
* token: zero pad tokens when min-width value starts with a `0` (#1341), see #1332
**Fixes**
* config: Use font patterns detected on system in sample config (#1350)
* net: Disconnected module when SSID is only an emoji (#1371), see #1367
* tray: Tray overlapping with bar (#1392), see #591
* build: Several build errors (#1395, #1454, #1470, jaagr/xpp#12, #1493), see #1447, #1469, #750, #1492
* mpd: format-online-prefix not working (#1402), see #1399
* font: Crash for some font-patterns (#1451), see #1435
* script:
* Only `%counter%` or `%pid%` token usable, never both (#1456)
* click actions with colons in them (#1457), see #984
* renderer: Bar locks up when xorg composite extension is disabled (#1430), see #1425
Most PRs change code where no tests have been written so far and where
adding tests is difficult. Codecov fails all those PRs.
These values should be adjusted once we have better integrated testing
into our workflow and have written better testing infrastructure for
modules and very tightly coupled components
The previous approach relied on manually updating the version and date
using a Makefile
This approach dynamically gathers the correct version from git and uses
the date of the latest commit in the branch
* 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
If FcNameParse returns NULL FcDefaultSubstitute segfaults
We log and throw an error here because the signal emitter swallows all
exceptions so if that exception was thrown, the bar would stop rendering
without any indication as to why.
Fixes#1435
wireless_tools 29 redefines inline in iwlib.h as:
#define inline inline __attribute__((always_inline))
which conflicts with POLYBAR_NS, which is defined as:
#define POLYBAR_NS \
namespace polybar { \
inline namespace APP_VERSION_NAMESPACE {
In version 30.pre9 this #define is moved into a source file and thus
cannot conflict.
The error only occurs when building with clang, so it seems gcc and
clang handle this differently
Fixes#1492
A message is emitted and there the '--force' is still honored. However,
if people want to reuse the build-directory to reduce recompile-times,
this give them the rope they ask for.
If a tailed command is used polybar would generate two action tags, one
with %counter% replaced and one with %pid% replaced, but never both
This is a bug that was introduced in #934
The idea is that pseudo-transparency should behave like real transparency as
much as possible. To achieve this, we now render the bar the same way in both
cases. The only part where pseudo-transparency differs is at the very end, where
the rendered bar is captured and composited against the desktop background
image. This should ensure that both modes behave the same.
This reverts some behaviour differences introduced by the pseudo-transparency
implementation. The new implementation is much closer to the
non-pseudo-transparent case and thus keeps original behaviour.
For the new method we simply fill the bar with the background image fetched from
the root window if in pseudo-transparent mode, otherwise we do nothing. This
means that everything will work as in the fully-transparent mode.
