We always prefer the symbolic name. Thus, there's no need to write raw
PNG data to disk if we have a symbolic name.
Furthermore, keep the file open until the cache entry is evicted.
Split it up into two, ${action-name} and ${action-label}.
Dunstify, for example, has a different syntax compared to notify-send:
notify-send: default=foobar
dunstify: default,foobar
Only do it when the notification was activated.
Here, activated means the 'click to activate' notification action was
triggered.
How do we tie everything together?
First, we add a new template parameter, ${action}. It's intended to be
used with e.g. notify-send's --action option.
When the action is triggered, notify-send prints its name on stdout,
on a separate line. Look for this in stdout. Only if we've seen it do
we focus/report the notification.
even if there's no graphical ID set.
In other words, if there *is* a graphical ID, use the icon cache. Only
if there is no graphical ID in the notification request do we fallback
to the symbolic name. This means no icon will be displayed if there's
no matching icon in the cache.
Some examples. You can either pre-load the cache (with inline PNG
data, a symbolic name, or both):
printf '\e]99;g=123:n=firefox:p=icon:e=1;<PNG data>\e\\'
printf '\e]99;g=123;this is a notification\e\\'
or
printf '\e]99;n=firefox;this is a notification\e\\'
This is an ASAN false positive; size is always 0 when we're passing a
NULL pointer.
Still, the warning is easy to avoid, so let's do that to reduce the
noise level.
This fixes an issue where it wasn't possible to trigger multiple
notifications with the same kitty notification ID. This is something
that works in kitty, and there's no reason why it shouldn't work.
The issue was that we track stdout, and the notification helper's PID
in the notification struct. Thus, when a notification is being
displayed, we can't re-use the same notification struct instance for
another notification.
This patch fixes this by adding a new notification list,
'active_notifications'. Whenever we detect that we need to track the
helper (notification want's to either focus the window on activation,
or send an event to the application), we add a copy of the
notification to the 'active' list.
The notification can then be removed from the 'kitty' list, allowing
kitty notifications to re-use the same ID over and over again, even if
old notifications are still being displayed.
This implements the suggested protocol discussed in
https://github.com/kovidgoyal/kitty/issues/7657.
Icons are handled by loading a cache. Both in-band PNG data, and
symbolic names are allowed.
Applications use a graphical ID to reference the icon both when
loading the cache, and when showing a notification.
* 'g' is the graphical ID
* 'n' is optional, and assigns a symbolic name to the icon
* 'p=icon' - the payload is icon PNG data. It needs to be base64
encoded, but this is *not* implied. I.e. the application *must* use
e=1 explicitly.
To load an icon (in-band PNG data):
printf '\e]99;g=123:p=icon;<base64-encoded-png-data>\e\\'
or (symbolic name)
printf '\e]99;g=123:n=firefox:p=icon;\e\\'
Of course, we can combine the two, assigning *both* a symbolic
name, *and* PNG data:
printf '\e]99;g=123:n=firefox:p=icon;<base64-encoded-png>\e\\'
Then, to use the icon in a notification:
printf '\e]99;g=123;this is a notification\e\\'
Foot also allows a *symbolic* icon to be defined and used at the same
time:
printf '\e]99;g=123:n=firefox;this is a notification\e\\'
This obviously won't work with PNG data, since it uses the payload
portion of the escape sequence.
This patch modifies our stdout reader to consume input as we go,
instead of all at once when stdout is closed. This will make it easier
to add support for reading e.g. the daemon assigned notification ID in
the future, and also ensures we see the XDG activation token "as soon
as possible".
Furthermore, to be more future proof, require the XDG activation token
to be prefixed with 'xdgtoken=', and ignore other lines.
Thus, instead of treating *all* of stdout as the XDG activation token,
parse stdout line-by-line, and ignore everything that does not begin
with 'xdgtoken='. Everything (on that line) following 'xdgtoken=' is
treated as the activation token.
This patch adds support for window focusing, and sending events back
to the client application when a notification is closed.
* Refactor notification related configuration options:
- add desktop-notifications sub-section
- deprecate 'notify' in favor of 'desktop-notifications.command'
- deprecate 'notify-focus-inhibit' in favor of
'desktop-notifications.inhibit-when-focused'
* Refactor: rename 'struct kitty_notification' to 'struct
notification'
* Pass a 'struct notification' to notify_notify(), instead of many
arguments.
* notify_notify() now registers a reaper callback. When the notifier
process has terminated, the notification is considered closed, and we
either try to focus (activate) the window, or send an event to the
client application, depending on the notification setting.
* For the window activation, we need an XDG activation token. For now,
assume *everything* written on stdout is part of the token.
* Refactor: remove much of the warnings from OSC-99; we don't
typically log anything when an OSC/CSI has invalid values.
* Add icon support to OSC-99. This isn't part of the upstream
spec. Foot's implementation:
- uses the 'I' parameter
- the value is expected to be a symbolic icon name
- a quick check for absolute paths is done, and such icon requests
are ignored.
* Added ${icon} to the 'desktop-notifications.command' template. Uses
the icon specified in the notification, or ${app-id} if not set.
This adds limited support for OSC-99, kitty desktop notifications[^1]. We
support everything defined by the "protocol", except:
* 'a': action to perform on notification activation. Since we don't
trigger the notification ourselves (over D-Bus), we don't know a)
which ID the notification got, or b) when it is clicked.
* ... and that's it. Everything else is supported
To be explicit, we *do* support:
* Chunked notifications (d=0|1), allowing the application to append
data to a notification in chunks, before it's finally displayed.
* Plain UTF-8, or base64-encoded UTF-8 payload (e=0|1).
* Notification identifier (i=xyz).
* Payload type (p=title|body).
* When to honor the notification (o=always|unfocused|invisible), with
the following quirks:
- we don't know when the window is invisible, thus it's treated as
'unfocused'.
- the foot option 'notify-focus-inhibit' overrides 'always'
* Urgency (u=0|1|2)
[^1]: https://sw.kovidgoyal.net/kitty/desktop-notifications/
Before this, margins were special cased:
* The mouse cursor was always a pointer, and never an I-beam (thus
signaling selections cannot be made).
* The internal mouse coords where set to -1 when the cursor was inside
the margins, causing:
- text selections from being made
- mouse events being passed to mouse grabbing applications
In particular, even with a one-pixel margin, making selections was
unnecessarily hard in e.g. fullscreen mode, where you'd expect to be
able to throw the cursor into the corner of the screen and then start
a selection.
With this patch, the cursor is treated as if it was in the first/last
column/row, when inside the margin(s).
An unintended side-effect of this, initially, was that auto-scrolling
selections where way too easy to trigger, since part of its logic is
checking if the cursor is inside the margins.
That problem has been reduced by two things:
* auto-scrolling does not occur unless a selection has been
started. That is, just holding down the mouse in the margins and
moving up/down doesn't cause scrolling. You have to first select at
least one cell in the visible viewport.
* A selection isn't fully started (i.e. a cell is actually selected)
unless the cursor is inside the actual grid, and *not* in the
margins.
What does the last point mean? We now allow a selection to be
_started_ when clicking in the margin. What this means internally is
we set a start coordinate for a selection, but *not* and end
coordinate. At this point, we don't have an actual selection. Nothing
is selected, and no cells are highlighted, graphically.
This happens when we set an end coordinate. Without the last bullet
point, that would happen as soon as the cursor was _moved_, even if
still inside the margins. Now, we require the cursor to leave the
margins and touch an actual cell before we set an end coordinate.
Closes#1702
This implements
https://gist.github.com/rockorager/e695fb2924d36b2bcf1fff4a3704bd83,
in-band window resize notifications.
When user enables private mode 2048 (in-band resize
notifications), *always* send current size, even if the mode is
already active.
This ensures applications can rely on getting a reply from the
terminal.
The back-reference to 'tokenize.c' in the parent directory causes PGO
build failures, where gcc can't find the PGO data. Likely due to
path/naming issues caused by meson's generated build directories.
BTN_BACK and BTN_FORWARD are separate buttons. The scroll wheel don't
have any button mappings in libinput/wayland, so make up our own
defines.
This allows us to map them in mouse bindings.
Also expose BTN_WHEEL_{LEFT,RIGHT}. These were already defined, and
used, internally, to handle wheel tilt events. With this, they can
also be used in mouse bindings.
Finally, fix encoding used for BTN_{BACK,FORWARD} when sending mouse
button events to the client application. Before this, they were mapped
to buttons 4/5. But, button 4/5 are for the scroll wheel, and as
mentioned above, BTN_{BACK,FORWARD} are not the same as scroll wheel
"buttons".
Closes#1763
When changing part of the color palette, through either OSC-4, or
OSC-10 and OSC-11 (and the corresponding reset OSCs: 104, 110 and
111), only dirty affected cells.
We've always done this, but only for OSC-4.
This patch breaks out that logic, and extends it to handle default
fg/bg too.
It also fixes a bug where cells with colored underlines were not
dirtied if the underline was the only part of the cell that was
affected by a OSC-4 change.
