secondary-layout-symbol is the symbol of the layout to switch to when the layout
symbol is left-clicked. This symbol is used to look up the memory address of the
layout to set. The default is the monocle layout.
setlayoutsafe is the dwm command name for setting layouts. The argument is the
layout memory address. Left-clicking switches to the layout represented by
secondary-layout-symbol, and right-clicking switches to the previous layout
(specified by an argument of 0).
To keep track of the different layouts, the layouts are retrieved in the
constructor if the layout label is included and stored in m_layouts.
m_current_layout is updated with the address of the current layout.
m_default_layout is updated in the constructor to the first layout in the array
which is the default layout in dwm. m_secondary_layout is updated to the address
of the layout identified by secondary-layout-symbol.
The builder adds click handlers (if layout label is included) to the layout
symbol as described above. Left-clicking toggles between the secondary layout
and the default layout. Right-clicking toggles between the previous layout and
the current layout.
find_layout are a pair of functions for finding a layout by address or symbol
from the m_layouts array.
build_cmd simplifies building a command string and helps avoid typo errors when
adding new commands since most commands follow the same format.
Rename EVENT_LCLICK and EVENT_RCLICK and to EVENT_TAG_LCLICK and
EVENT_TAG_RCLICK for clarity and to allow specifying multiple click commands in
the future without confusion.
Also remove std:: from vector since it is not needed.
If pin-tags is set, there is no format defined for tags that are not occupied.
However defining a format for unoccupied tags makes the pin-tags setting
redundant since then the label can just be set to empty to not show unoccupied
tags.
Following the above reasoning, the pin tags setting is removed, and
state_t::NONE is renamed to state_t::EMPTY. This way if a user wants to display
empty tags, they can specify the format, otherwise they can simply set the label
to an empty string.
The command strings were not updated since the event variable formats changed.
Also, the EVENT_PREFIX already contained a dash, so an extra character would be
erased when adding 1.
Don't move the cmd string into the check_send_cmd function since if the first
event doesn't match, the cmd string would have been modified when passed to
the function again to check if the second event matches.
Remove EVENT_SCROLL_{UP_DOWN} since it is not being used.
Change EVENT_PREFIX to include dash and event names to be just the name without
the prefix, for simplified parsing. Use check_send_cmd function to parse the
cmd, using the event name as the IPC command name, and the section after the
event name to be the argument. The format of a cmd would be "dwm-<event
name>-<arg>", so the cmd can easily be translated into an IPC command.
Call member functions for all dwmipc events for better organization and to avoid
cluttering the constructor. The dwmipc event functions are now just assigned to
a lambda that calls a member function.
Add update_tag_labels function for updating the tag labels based on their state
since this code is repetetive.
Add update_title_labels function since that code is also somewhat repetetive.
Move reconnect code to reconnect_dwm for better organization.
Use pointers to m_monitors array elements instead of holding onto indices, since
most of the time, a member of the Monitor element will need to be accessed.
These variables should always hold a valid address starting in the constructor,
so checks for nullptr should not be necessary. A monitor will always be active
and the bar will always be mapped onto a monitor.
Add some comments where needed.
Reorganize the constructor into a more logical format
Only subscribe to events if their labels are included in the default format.
Follow clang-tidy warnings and use trailing return types.
Move m_ipc->get_monitors to update_monitor_ref since in most cases where the
monitor references would need to be updated using geometry, m_ipc->get_monitors
would need to be called.
This fixes issue mihirlad55/polybar-dwm-module#4 where the title would not
update if the title of the currently focused window changed. The
focused_title_change_event is raised exactly when the focused window's
title changes, so this should automatically update the title using the callback
when necessary.
The module is currently working, but not fully stable. All tags specified in
config.cmake for internal/dwm are supported. This was implemented following the
i3 and bspwm modules. There is still some cleaning/refactoring to do to polish
the module up.
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.
* Add variant support to xkeyboard layout label
Solves #316
* Run style checks, I guess?
* Add comment
* Return nothing if there is no variant
* Update CHANGELOG
* refactor(color): Use enum class for color type
* Add testcases for tag parser
* Make tag parser a pull-style parser
Being able to parse single elements at a time gives us more fine-grained
error messages, we can also parse as much as possible and only stop
after an exception.
* fix(color): Parser did not check for invalid chars
* tag parser: First full implementation
* tag parser: Fix remaining failing tests
* tag parser: Replace old parser
* tag parser: Treat alignment as formatting tag
Makes the structure less complex and the alignment tags really are
formatting tags, they are structurally no different from the %{R} tag.
* tag parser: Cleanup type definitions
All type definitions for tags now live in tags/types.hpp, the parser.hpp
only contains the definitions necessary for actually calling the parser,
this shouldn't be included in many places (only places that actually do
parsing). But many places need the definitions for the tags themselves.
* Rename components/parser to tags/dispatch
* tag parser: Cleanup
* Add changelog
The change in #2270 accidentally broke how we access module types.
module<Impl>::TYPE always points to the module superclass and it thus
accesses its empty TYPE field.
This mainly broke legacy action handling.
Ref #2270
Since the forked processes are still our children, we need to wait on
them, otherwise they become zombie processes.
We now fork twice, let the first fork immediately return and wait on it.
This reparents the second fork, which runs the actual code, to the init
process which then collects it.
Ref #770
For some reason when passing some non-const strings to convert, the
convert(T&& arg) method was used instead of the one specialized for
strings.
This caused an error in clang because you can't pass objects with
non-trivial types to varargs functions.
The best solution I found was to just add a specialized function for
non-const strings.
If two WM events arrive withing 25ms of one-another, the second one does
not trigger a bar update.
The module state is still correct, it is just not reflected in the bar.
This somehow caused updates being swallowed in fluxbox, but only after
PR #882 was merged, even though that 25ms restriction existed long
before that.
Fixes#2272
Since 3.5.0, we use m_interval for a modulo operation, this crashes the
bar if the interval is 0. A non-positive interval shouldn't be allowed
anyway, so we now throw an exception in that case.
Fixes#2273
* [Temperature, Ramp] fix wrong icon for temperatures near base and warn temps
* [Temperature, Ramp] fix wrong icon for temperatures near base and warn temps
* Fix minor error
* Added WARN state for cpu module
* Implement WARN state for CPU, Memory modules, working on fs module
* Implement WARN state for fs module
* Simplify WARN state implementation for cpu and memory
* explicitly check percentage in get_by_percentage_with_borders
* Fixed silly error
* implement warn state on battery module, standardize the implementation on other modules
* minor fixes
* fix annoying error
* use more intuitive param name
* Fix percentage with borders bug
* Make requested changes
Hide the effect of warn states when unused
* Backward Compat: use no format instead of fallback label
* Reformat
* Refactor
* Reformat
* Reformat: convert tabs to spaces
* Reformat
It was not quite clear how try_apply_alpha should behave if the given
color was not ALPHA_ONLY. The implementation just returned 'this'.
However, the build relied on it returning the given color.
This broke all bg and fg settings in the entire bar.
To clear this up, we switch this around take the alpha channel of 'this'
and also return 'this' if it isn't ALPHA_ONLY.
Fixes#2255
New config option `speed-unit = B/s` will be used to suffix the upload and download speeds.
* mod::network: udspeed-unit to set network speed unit suffix
* Changed udspeed-unit to speed-unit
Shell commands triggered from action tags used to block polybar until
they finished.
Since we are not actually interested in the output of the commands, it
makes sense to run them completely detached from polybar and have
polybar not block when executing these commands.
Now the spawned child processes no longer get killed when polybar
exits. This is fine because polybar is not responsible for these
processes since they were explicitly started by the user through click
commands.
Ref: #770
Ref: #1680
The intent is for every color to be stored in a rgba instance
The rgba class now stores the color in a 32 bit integer to save space
This also removes the unused class rgb and moves everything else into a
cpp file.
Many functions also had weird template parameters. For example
alpha_channel<unsigned short int> would give a 2 byte number with the
alpha channel byte in both bytes.
color_util::hex would return a hex string with alpha channel if unsigned
short int was given and without if unsigned char was given. Even more
curiously those parameters were passed to *_channel and the result
nevertheless truncated to 8bits.
Only modules can now be action handlers.
This also slightly simplifies the controller because we don't need to
keep track of input handlers, we can just use the module list.
