Store the retry timeout connection in a Host member and disconnect it in
~Host, so a Host destroyed within the retry window no longer invokes the
timeout callback on freed memory. Cap the retries (MAX_RETRIES) so a
watcher that never reappears no longer spins forever every 200ms; reset
the counter on success and when the watcher name vanishes.
The hover-check Glib::signal_timeout re-arms every 50ms and is not owned by
the Workspace. Since Workspaces are destroyed at runtime, a workspace removed
while its check is armed would let the timeout fire on freed memory (use-after-
free, also touching the destroyed m_button). Add a destructor that calls
stopHoverCheck() to disconnect the source.
Currently, modules polling hardware nodes continuously wake up kernel drivers even when the monitor is asleep (e.g., DPMS off), flooding dmesg.
- Adds 'disable-on-sleep' config flag
- Hooks GTK window map/unmap signals to track DPMS state
- Propagates suspend/resume calls to AModule worker threads
Add opt-in bar-css-states option to wlr/taskbar module.
When enabled, the module tracks the active workspace and updates CSS
classes on window#waybar to reflect the current window state:
- toplevel-active: when a window is focused
- toplevel-maximized: when any non-minimized window on active workspace is maximized
- toplevel-minimized: when the active window is minimized
- toplevel-fullscreen: when any non-minimized window on active workspace is fullscreen
This feature requires compositor support for ext-workspace-v1 protocol
to correctly track workspace membership. Without it, classes fall back
to the active application state only.
Also includes active-only option implementation.
Changes:
- Add ext-workspace-v1 protocol support for workspace tracking
- Implement WorkspaceState tracking in Taskbar class
- Add workspace management lifecycle (create/remove/done)
- Add bar CSS class update logic with aggregation
- Add visible() getter to Task class
- Implement active-only task visibility control
- Update man page with documentation and CSS examples
Signed-off-by: iamcheyan <iamcheyan@users.noreply.github.com>
Fix an issue in the MPD module where text failed to render
when raw tags containing markup characters were truncated
mid-sequence after sanitization,
resulting in fragmented XML entities (such as `&` cut into `&am`).
Resolve this by shifting the order of operations to
truncate the raw strings *before* running `sanitize_string`.
To keep `setLabel` decoupled and clean,
we introduce helper methods (`getArtistStr`, `getAlbumArtistStr`,
`getAlbumStr`, `getTitleStr`) inside the `MPD` class,
matching the architectural style of MPRIS.
Additionally:
- Introduce support for the customizable `ellipsis` config option
(defaulting to `…`).
- Switch the truncation logic of the MPD module to be
visual-width-aware using the newly extracted
`waybar::util::utf8_truncate`.
- Decouple the tooltip text from the main label's truncated text.
The tooltip now displays un-truncated, complete metadata
(properly escaped), providing a significantly better user
experience.
Move the UTF-8 visual-width measurement and truncation helper functions
from the mpris module to a common utility
(include/util/utf8_string.hpp and src/util/utf8_string.cpp).
This decouples string truncation and width measurement
from the mpris module, allowing other modules (like mpd) to reuse.
The helper function `utf8_truncate` (formerly `truncate` in mpris)
and `utf8_width` is exported under the `waybar::util` namespace,
while the low-level `measure_and_truncate` (formerly `utf8_truncate`)
is encapsulated in an anonymous namespace in src/util/utf8_string.cpp
to avoid unnecessary API exposure.
No functional changes were made to the mpris module's behavior.
Alex