On most platforms, things were working correctly, but had the wrong
type. On X11, there were some problems with window and display size
calculations.
Release Notes:
- Fixed issues with window positioning on X11
---------
Co-authored-by: Conrad Irwin <conrad.irwin@gmail.com>
Co-authored-by: Mikayla <mikayla@zed.dev>
This PR adds support for `org.gnome.desktop.interface`'s `cursor-theme`
setting on Wayland. This should fix cursors not showing up on some GNOME
installs. This PR also adds the wiring to watch the current cursor theme
value.
Thanks to @apricotbucket28 for helping debug the issue.
Release Notes:
- N/A
TODO:
- [x] Finish GPUI changes on other operating systems
This is a largely internal change to how we report data to our
diagnostics and telemetry. This PR also includes an update to our blade
backend which allows us to report errors in a more useful way when
failing to initialize blade.
Release Notes:
- N/A
---------
Co-authored-by: Conrad Irwin <conrad.irwin@gmail.com>
Turns out we still get FocusOut and UnmapNotify events after the window
has been destroyed, which resulted in error messages popping up because
we can't find the window anymore that we want to mark as unfocused.
Release Notes:
- N/A
I noticed that when I use my mouse wheel, we get a ton of the
`XkbStateNotify` events, but the modifiers don't change, so we add a ton
of useless input events for the window.
Release Notes:
- N/A
This helps with the problem of keyboard input feeling laggy when the
event loop is under load.
What would previously happen is:
- N events from X11 arrive
- N events get forwarded to XIM
- N events are handled in N iterations of the event loop (sadly, yes: we
only seem to be getting back one `ClientMessage` per poll from XCB
connection)
- Each event is pushed into the channel
- N event loop iterations are needed to get the events off the channel
and handle them
With this change, we get rid of the last 2 steps: instead of pushing the
event onto a channel, we store it on the XIM handler itself, and then
work it off synchronously.
Usually one shouldn't block the event loop, but I think in this case -
user input! - it's better to handle the events directly instead of
re-enqueuing them again in a channel, where they can accumulate and need
multiple iterations of the loop to be worked off.
This does *not* fix the problem of input feeling choppy/slower when the
system is under load, but it makes the behavior now feel exactly the
same as when XIM is disabled.
I also think the code is easier to understand since it's more
straightforward.
Release Notes:
- N/A
This change ensures that the event loop prioritizes enqueueing another
render or handling user input over executing runnables.
It's a subtle change as a result of a week of digging into performance
on X11. It's also not perfect: ideally we'd get rid of the intermediate
channel here and had more control over when and how we run runnables vs.
X11 events, but I think short of rewriting how we use an event loop,
this is good cost/benefit change.
To illustrate:
Before this change, it was possible to block the app from rendering for
a long time by just creating a ton of futures that were executed on the
"main" thread (we don't have a "main" thread on Linux, but we have a
single thread in which we run the event loop).
That was relatively easy to reproduce by opening the `zed` repository
and starting `rust-analyzer`: at some point `rust-analyzer` sends us so
many notifications, that are all handled in futures, that the event loop
is busy just working off the runnables, never getting to the events that
X11 sends us or our own timer to re-enqueue another render.
When you put print statements into the code to show when which event was
handled, you'd see something like this **before this change**:
```
[ ... hundreds of runnable.run() ... ]
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
new render tick timer. lag: 56.942049ms
X11 event
new render tick timer. lag: 9.668µs
X11 event
new render tick timer. lag: 9.955µs
X11 event
runnable.run()
runnable.run()
runnable.run()
runnable.run()
new render tick timer. lag: 12.462µs
X11 event
new render tick timer. lag: 14.868µs
X11 event
new render tick timer. lag: 11.234µs
X11 event
new render tick timer. lag: 11.681µs
X11 event
new render tick timer. lag: 13.926µs
X11 event
```
Note the `lag: 56ms`: that's the difference between when we wanted to
execute the callback that enqueues another render and when it ran.
Longer lags are possible, this is just the first one I grabbed from the
logs.
Now, compare this with the logs **after this change**:
```
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
new render tick timer. lag: 36.051µs
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
X11 event
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
runnable.run()
```
In-between many `runnable.run()` we'll always handle events.
So, in essence, what this change does is to introduce 2 priorities into
the X11 event queue:
- high: X11 events (user events, render events, ...), render tick, XIM
events, ...
- low: all async rust code
I've tested this with a debug build and release build and I think the
app now feels more responsive. It doesn't feel perfect still, especially
in the slow debug builds, but I couldn't observe 10s lockups anymore.
Since it's a pretty small change, I think we should go for it and see
how it behaves.
Thanks to @maan2003 this now also includes the same change to Wayland.
Release Notes:
- N/A
---------
Co-authored-by: maan2003 <manmeetmann2003@gmail.com>
This reverts commit 1a0708f28c since after
that, default task-related keybindings (alt-t and alt-shift-t) started
to leave `†` and `ˇ` symbols in the text editors before triggering
actions.
Release Notes:
- N/A
fixes#11829
In https://github.com/zed-industries/zed/pull/7494, we introduced IME
event buffering, so that we could preempt the IME with a keystroke event
in some cases. However, this caused a desynchronization bug in long
multi-step IME composition, such as the pre-edit used in the Japanese
Romaji keyboard (and other languages). We found that this was due to the
IME issuing actions, and then immediately querying the editor's state
before we had applied those actions. Therefore, this PR removes IME
action buffering.
We have tested all of the cases in the `handle_key_event` documentation
and added a few of our own.
Release Notes:
- Fixed an issue where the IME pre-edit could desynchronize from the
editor on macOS
([#11829](https://github.com/zed-industries/zed/pull/12651))
---------
Co-authored-by: Jan Solanti <jhs@psonet.com>
This could still use some improvement UI-wise but the user experience
should be a lot better.
- [x] Show in "Window" application menu
- [x] Load prompt as it's selected in the picker
- [x] Refocus picker on `esc`
- [x] When creating a new prompt, if a new prompt already exists and is
unedited, activate it instead
- [x] Add `/default` command
- [x] Evaluate /commands on prompt insertion
- [x] Autocomplete /commands (but don't evaluate) during prompt editing
- [x] Show token count using the settings model, right-aligned in the
editor
- [x] Picker
- [x] Sorted alpha
- [x] 2 sublists
- Default
- Empty state: Star a prompt to add it to your default prompt
- Otherwise show prompts with star on hover
- All
- Move prompts with star on hover
Release Notes:
- N/A
Fixes https://github.com/zed-industries/zed/issues/10890
* removes `unwrap()` that caused panics for text elements with no text,
remaining after edit state is cleared but project entries are not
updated, having the fake, "new entry"
* improves discoverability of the FS errors during file/directory
creation: now those are shown as workspace notifications
* stops printing anyhow backtraces in workspace notifications, printing
the more readable chain of contexts instead
* better indicates when new entries are created as excluded ones
Release Notes:
- Improve excluded entry creation workflow in the project panel
([10890](https://github.com/zed-industries/zed/issues/10890))
`[NSString UTF8String]` sometimes returns null (it's documented as
such), and when it does, zed crashes in `window::insert_text`. I'm
running into this sometimes when using alt-d to delete forward. It
usually only happens with multiple cursors, but sometimes with a single
cursor. It *might* only happen when using the "Unicode Hex Input"
keyboard 'Input Source' (which I started using to avoid entering weird
characters in zed when using emacs meta keybindings that I haven't
defined in zed).
When using the US English input source, alt-d always results in a call
to `insert_text`. When using the Unicode Hex Input source it usually
doesn't, but when it does `text.UTF8String()` returns null. `text` isn't
null. `[text length]` returns 1. `[text characterAtIndex: 0]` seems to
always return `56797` (an undefined utf-16 codepoint).
Release Notes:
- Fixed crash on mac when deleting with alt-d
Fixes multiple issues that prevented window bounds restoration to not
work on Wayland.
Note: Since the display uuid depends on the `wl_output.name` field, this
only works properly on KDE 5.26+ or Gnome 44+ ([kwin
commit](330a02d862),
[mutter](7e838b1115)).
Release Notes:
- N/A
This fixes#11236 by ignoring the `bounds.origin` values when the window
is only being resized.
The cause for the issue was that the `ConfigureNotify` event would
contain "wrong" values when the window was being resized (by dragging a
corner).
In my case it would *always* contain x:14/y:49, which is I think might
map to the origin of the top bar in GNOME.
We would then persist these wrong values when serializing the workspace.
On restart, we'd use these values and end up with the window decorations
in the wrong place.
What I still don't know:
1. What exactly the 14/49 map to, because it's not the origin of the top
bar in GNOME. I also tried the X11 TranslateCoordinates call but
couldn't get meaningful results back (even taking scale factor into
account).
2. Why the window decorations end up looking wrong vs. the window being
in the first place. But if you look at my screenshot in #11236, it looks
like the decorations are off exactly by 14/49px.
That being said, I think the solution here is a good one for now: we
don't do an additional X11 call and when we're resizing, we're not
interested in the origin changing.
Release Notes:
- N/A
Proof:
[Screencast from 2024-06-03
15-08-36.webm](https://github.com/zed-industries/zed/assets/1185253/90efccfc-8ec6-42d2-8380-1625eff57805)
Using the file system as a database seems like it's easy, but it's
actually a real pain. I'd like to use LMDB to store the prompts locally
so we have more control. We can always add an export option, but I want
the source of truth to be somewhere other than the file system.
So far, I have a PromptStore which is global to the application and can
be initialized on startup. Then there's a `PromptLibrary` which is
intended to be the root of a new kind of Zed window. I haven't actually
seen pixels yet, but I've sketched out the basics needed to create a new
prompt, save, etc.
Still lots to figure out but the foundations of being backed by a DB and
rendering in an independent window are in place.
/cc @iamnbutler @as-cii
Release Notes:
- N/A
---------
Co-authored-by: Antonio Scandurra <me@as-cii.com>
When running the tests for linux, I found a lot of benign errors getting
logged. This PR cuts down some of the noise from unnecessary workspace
serialization and SVG renders
Release Notes:
- N/A
- Added support for xdg trash when deleting files on linux
- moved ashpd depency to toplevel to use it in both fs and gpui
If I need to add test, or change anything, please let me know. I tested
locally by creating and deleting a file and confirming it showed up in
my trashcan, but that probably a less than ideal method of confirming
correct behavior
Also, I could remove the delete directory function for linux, and change
the one configured for macos to compile for both macos and linux (they
are the same, the version of the function they are calling is
different).
Release Notes:
- N/A
- Confirming a completion now runs the command immediately
- Hitting `enter` on a line with a command now runs it
- The output of commands gets folded away and replaced with a custom
placeholder
- Eliminated ambient context
<img width="1588" alt="image"
src="https://github.com/zed-industries/zed/assets/482957/b1927a45-52d6-4634-acc9-2ee539c1d89a">
Release Notes:
- N/A
---------
Co-authored-by: Nathan Sobo <nathan@zed.dev>
Release Notes:
- N/A
Fixes#12198 and some minor fixes:
* IBus was intercepting normal keys like `a`, `k` which caused some
problems in vim mode.
* Wayland: Trying to commit the pre_edit on click wasn't working
properly, should be fixed now.
* X11: The pre_edit was supposed to be cleared when losing keyboard
focus.
* X11: We should commit the pre_edit on click.
---------
Co-authored-by: Mikayla Maki <mikayla@zed.dev>
The method has been tested on:
- Gnome 46 (Working)
- Gnome 40 (Not supported)
Tasks
- [x] Implements a draft which get and provides the user theme to
components which needs it
- [x] Implements a way to call the callback function when the theme is
updated
- [X] Cleans the code
Release notes:
- N/A
There were two issues:
1. the `ModifiersChanged` event was never emitted on windows.
macOS, x11 and wayland have separate events for this, while on windows
they are sent via the usual `keyup` and `keydown` events, but
`parse_keydown_msg_keystroke` just ignored them.
2. the word segmenting regex didn't include '\' so paths weren't
correctly detected
fixes https://github.com/zed-industries/zed/issues/12321
Release Notes:
- N/A
Running the tests on windows currently fails for every gpui test using
the `TestPlatform` with
```rs
called `Result::unwrap()` on an `Err` value: CoInitialize has not been called. (0x800401F0)
```
trying to call `CoCreateInstance`in the `DirectWriteComponent`.
The `WindowsPlatform` calls
[`OleInitialize`](https://learn.microsoft.com/de-de/windows/win32/api/ole2/nf-ole2-oleinitialize)
which internally calls `CoInitializeEx` so I just copied that to the
`TestPlatform`.
Release Notes:
- N/A
At the current moment, the "Reveal in Finder" behavior on Windows
"opens" the file using direct execution. This causes files to be opened
with whatever software they are associated with (i.e. will open Sublime
Text instead of the file explorer).
Release Notes:
- Fixed "Reveal in Finder" on Windows to open with the File Explorer.
The new behavior always opens the file explorer with the target
folder/file pre-selected.
https://github.com/zed-industries/zed/assets/28355157/b8ba471d-2f5b-4529-90c3-4dc59f308b99
This (mostly) allows the CSD added in
https://github.com/zed-industries/zed/pull/11525 to work in X11. It's
still a bit buggy as it detects a second window drag right after the
first one finishes, but it's probably better to change the way window
drags are detected in the title bar itself (as that causes other
issues).
The CSD can be tested by changing the return value of
`should_render_window_controls` to true.
Also fixes F11 crashing.
Release Notes:
- N/A
Upper before this PR, lower after.
This PR manually applies a MSAA to the font atlas. Before this PR, the
font may seem aliased ( espeacially on low DPI monitors ), that's
because `DirectWrite` and `CoreText` ( on which currently `Zed` built
the whole text system ) uses different anti-aliasing strategy. The
different anti-aliasing approach used by `DirectWrite` and `CoreText`:
The upper is `VSCode` font rendering result, middle `macOS`, lower this
PR ( pic captured with same font face, same font size, same DPI, same
physical resolution, same editor theme, and same magnification rate ).
This PR brings a quality similiar to `CoreText`. What's more, from the
`VSCode` image, you can see how `DirectWrite` sub-pixel anti-aliasing is
performed on the edge of the glyph. Can we achieve the same rendering
quality? Currently, No. `Zed` use a grayscale image to render glyph, and
a sub-pixel anti-aliasing `DirectWrite` requires all RGB channels and
the foreground color of the rendering glyph, which `Zed` dose not
provide.
So, to achieve the quality of `VSCode` font rendering, the text system
of `Zed` needs much much more efforts to refactor the codes.
Release Notes:
- N/A
