* Collects and reports all parse errors
* Shares parsed `KeyBindingContextPredicate` among the actions.
* Updates gpui keybinding and action parsing to return structured
errors.
* Renames "block" to "section" to match the docs, as types like
`KeymapSection` are shown in `json-language-server` hovers.
* Removes wrapping of `context` and `use_key_equivalents` fields so that
`json-language-server` auto-inserts `""` and `false` instead of `null`.
* Updates `add_to_cx` to take `&self`, so that the user keymap doesn't
get unnecessarily cloned.
In retrospect I wish I'd just switched to using TreeSitter to do the
parsing and provide proper diagnostics. This is tracked in #23333
Release Notes:
- Improved handling of errors within the user keymap file. Parse errors
within context, keystrokes, or actions no longer prevent loading the key
bindings that do parse.
It's easy to overshoot the bottom of the tooltip when cursoring to a
button, such as opening the commit from a blame tooltip. Before this
change the tooltip would immediately disappear, and now it sticks around
for a bit.
Also:
* Shares the implementation with `elements/text.rs`. This will
particularly be handy when it makes use of hoverable tooltips.
* Improves the fix to #21657.
- Now the element will no longer think it has an active tooltip that it
registers with the window.
- It will instead display the next available tooltip, whereas I believe
before the next available tooltip would be suppressed.
* Fixes bug where `cx.refresh()` wasn't called when text tooltip is
hidden due to a mouse down event.
* Ports over fix in https://github.com/zed-industries/zed/pull/14832 to
`elements/text.rs`
Release Notes:
- The tooltip for inline git blame now waits a bit before disappearing
when the mouse leaves it.
Closes#22653
After some investigation, I found this bug is due to that sometimes
`foreground_task` is not dispatched to the main thread unless there is
user input. The current Windows implementation works as follows: when
the `WindowsDispatcher` receives a `foreground_task`, it adds the task
to a queue and uses `SetEvent(dispatch_event)` to notify the main
thread.
The main thread then listens for notifications using
`MsgWaitForMultipleObjects(&[dispatch_event])`.
Essentially, this is a synchronous method, but it is not robust. For
example, if 100 `foreground_task`s are sent, `dispatch_event` should
theoretically be triggered 100 times, and
`MsgWaitForMultipleObjects(&[dispatch_event])` should receive 100
notifications, causing the main thread to execute all 100 tasks.
However, in practice, some `foreground_task`s may not get a chance to
execute due to certain reasons.
As shown in the attached video, when I don't move the mouse, there are
about 20-30 `foreground_task`s waiting in the queue to be executed. When
I move the mouse, `run_foreground_tasks()` is called, which processes
the tasks in the queue.
https://github.com/user-attachments/assets/83cd09ca-4b17-4a1f-9a2a-5d1569b23483
To address this, this PR adopts an approach similar to `winit`. In
`winit`, an invisible window is created for message passing. In this PR,
we use `PostThreadMessage` to directly send messages to the main thread.
With this implementation, when 100 `foreground_task`s are sent, the
`WindowsDispatcher` uses `PostThreadMessageW(thread_id,
RUNNABLE_DISPATCHED)` to notify the main thread. This approach enqueues
100 `RUNNABLE_DISPATCHED` messages in the main thread's message queue,
ensuring that each `foreground_task` is executed as expected. The main
thread continuously processes these messages, guaranteeing that all 100
tasks are executed.
Release Notes:
- N/A
Context pills are now focusable and intractable via the keyboard.
- <kbd>←</kbd> and <kbd>→</kbd> move the focus to the previous or next
item (wrapping if necessary)
- <kbd>↓</kbd> and <kbd>↑</kbd> move the focus vertically
- If the cursor is in the first/last row of the assistant/inline editor,
they will move the focus to the strip
- Inside the strip, they will move the focus to the pill horizontally
overlapping the most
- If already in the first/last row of the strip, they will move to the
first/last pill (like in editors)
- If the first/last pill is focused, they will move the focus back to
the editor
- <kbd>⌫</kbd> removes the focused pill (unless it's the suggested one)
- <kbd>⏎</kbd> accepts the suggested pill if focused
https://github.com/user-attachments/assets/040bc71c-a3ae-4961-9886-2d5c3d290a73
Release Notes:
- N/A
Various fixes for Zeta and one fix that's visible to non-Zeta-using
users of inline completions.
Release Notes:
- Changed inline completions (Copilot, Supermaven, ...) to not show up
in empty buffers.
---------
Co-authored-by: Antonio <antonio@zed.dev>
Co-authored-by: Antonio Scandurra <me@as-cii.com>
Co-authored-by: Bennet <bennet@zed.dev>
rust-analyzer does not support derive_macro expansion in attributes -
https://github.com/rust-lang/rust-analyzer/issues/8092. This could be
worked around via a proc_macro, but I think it'd be best to just require
docs for every action.
Release Notes:
- N/A
Also:
* Adds `impl_internal_actions!` for deriving the `Action` trait without
registering.
* Removes some deserializers that immediately fail in favor of
`#[serde(skip)]` on fields where they were used. This also omits them
from the schema.
Release Notes:
- Keymap settings file now has more JSON schema information to inform
`json-language-server` completions and info, particularly for actions
that take input.
No issue, as the functionality is currently not being used in Zed. This
is more of a GPUI improvement.
Currently, `keyboard_layout` and `on_keyboard_layout_change` are already
handled on macOS. This PR implements the same for X11 and Wayland.
Linux supports up to 4 keyboard layout groups (e.g., Group 0: English
US, Group 1: Bulgarian, etc). On X11 and Wayland, `event` provides a new
active group, which maps to the `layout_index`. We already store keymap
state from where we can get the current `layout_index`. By comparing
them, we determine if the layout has changed.
X11:
<img
src="https://github.com/user-attachments/assets/b528db77-1ff2-4f17-aac5-7654837edeb9"
alt="x11" width="300px" />
Wayland:
<img
src="https://github.com/user-attachments/assets/2b4e2a30-b0f4-495c-96bb-7bca41365d56"
alt="wayland" width="300px" />
Release Notes:
- N/A
Closes#22433
Before/After (macOS):
For some reason the non-blurred one seems much lower quality, so we may
need to tinker with the samples, or something else.
I'm unsure if this is a problem on Linux/in the Blade renderer, but
since no changes were made outside of the medal shaders we can probably
take this macOS-specific win for now.
Release Notes:
- gpui: Fixed an issue where shadows with a `blur_radius` of 0 would not
render.
- [x] Rewrite worktree git handling
- [x] Fix tests
- [x] Fix `test_propagate_statuses_for_repos_under_project`
- [x] Replace `WorkDirectoryEntry` with `WorkDirectory` in
`RepositoryEntry`
- [x] Add a worktree event for capturing git status changes
- [x] Confirm that the local repositories are correctly updating the new
WorkDirectory field
- [x] Implement the git statuses query as a join when pulling entries
out of worktree
- [x] Use this new join to implement the project panel and outline
panel.
- [x] Synchronize git statuses over the wire for collab and remote dev
(use the existing `worktree_repository_statuses` table, adjust as
needed)
- [x] Only send changed statuses to collab
Release Notes:
- N/A
---------
Co-authored-by: Cole Miller <cole@zed.dev>
Co-authored-by: Mikayla <mikayla@zed.com>
Co-authored-by: Nathan <nathan@zed.dev>
Closes#22326
This PR adds process PID information to window created by X11, so that
window manager can identify which process this window belongs to.
Without this property, the window manager would have no reliable way to
know which process created this window.
In original issue, `robotgo` throws error on `x, y, w, h :=
robotgo.GetBounds(pid)` this method. If we go deeper into the source
code of `robotgo`, it calls `GetXidFromPid` which goes through all
windows, and tries to check for provided pid. Hence, when it tries to do
that for Zed, it fails and returns `0, err` to caller.
```go
// Robotgo source code trying to look through all windows and query pid
// GetXidFromPid get the xid from pid
func GetXidFromPid(xu *xgbutil.XUtil, pid int) (xproto.Window, error) {
windows, err := ewmh.ClientListGet(xu)
if err != nil {
return 0, err
}
for _, window := range windows {
wmPid, err := ewmh.WmPidGet(xu, window)
if err != nil {
return 0, err
}
if uint(pid) == wmPid {
return window, nil
}
}
return 0, errors.New("failed to find a window with a matching pid.")
}
```
Querying for pid for active Zed window:
Before:
```sh
tims@lemon ~/w/go-repro [127]> xprop -root _NET_ACTIVE_WINDOW
_NET_ACTIVE_WINDOW(WINDOW): window id # 0x4e00002
tims@lemon ~/w/go-repro> xprop -id 0x4e00002 _NET_WM_PID
_NET_WM_PID: not found.
```
After:
```sh
tims@lemon ~/w/go-repro> xprop -root _NET_ACTIVE_WINDOW
_NET_ACTIVE_WINDOW(WINDOW): window id # 0x4e00002
tims@lemon ~/w/go-repro> xprop -id 0x4e00002 _NET_WM_PID
_NET_WM_PID(CARDINAL) = 103548
tims@lemon ~/w/go-repro>
```
Correct zed process PID (below) assosiated with zed window (shown
above):
Release Notes:
- Fix `robotgo` failing when Zed window is open on Linux
Closes#22578
Currently, the `hovered` boolean in the window state is only updated by
the `WM_MOUSELEAVE` event, which fires when the mouse cursor leaves the
window's working area. This means that when the user moves the cursor
from the window to the title bar, `hovered` is set to `false`. Later in
the code, this flag is used to determine the cursor style and check if
the cursor is over the correct window.
The `hovered` boolean should remain active even when the mouse is over
non-client items, such as the title bar or window borders. This PR fixes
that by using `WM_NCMOUSELEAVE` event, which is triggered when the mouse
leaves non-client items. This event is used to update the `hovered`
boolean accordingly.
Now, `hovered` is `true` when the mouse is over the window's working
area, as well as non-client areas like the title bar.
More context:
- Existing: `dwFlags: TME_LEAVE` tracks window area mouse leaves, which
is used in `handle_mouse_move_msg` func.
- New: `dwFlags: TME_LEAVE | TME_NONCLIENT` tracks non-client mouse
leaves, which is used in `handle_nc_mouse_move_msg` func.
Preview:
https://github.com/user-attachments/assets/b319303f-81b9-45cb-bf0c-535a59b96561
Release Notes:
- Fix cursor style not changing on hover over items in the title bar on
Windows
This commit is all about strings, not about line layout at all. When
laying out text, we use a line layout cache to avoid roundtrips to
system layout engine where possible. This makes it so that we might end
up not needing an owned version of text to insert into the cache, as we
might get a cached version.
The API boundary of line layout accepted text to be laid out as &str. It
then performed cache lookup (which didn't require having an owned
version) and only resorted to making an owned version when needed. As it
turned out though, exact cache hits are quite rare and we end up needing
owned version more often than not. The callers of line layout either
dealt with SharedStrings or owned Strings. Due to coercing them into
&str, we were ~always copying text into a new string (unless there was a
same-frame-hit). This is a bit wasteful, thus this PR generifies the API
a bit to make it easier to reuse existing string allocations if there
are any.
Benchmark scenario: scrolling down page-by-page through editor_tests (I
ran the same scenario twice):
Release Notes:
- N/A
Closes https://github.com/zed-industries/zed/issues/21657
Follow-up of https://github.com/zed-industries/zed/pull/22488
Previous PR broke git blame tooltips, which are expected to be open when
hovered, even if the mouse cursor is moved away from the actual blame
entry that caused the tooltip to appear.
Current version moves the invalidation logic into `prepaint_tooltip`,
where the new data about the tooltip origin is used to ensure we
invalidate only tooltips that have no mouse cursor in either origin
bounds or tooltip bounds (if it's hoverable).
Release Notes:
- Fixed tooltips getting stuck
This reverts commit 344284e013.
That change broke git blame tooltips, as Zed should also show tooltips
which are hovered, even though the mouse had left the origin element's
bounds.
Release Notes:
- N/A
Closes https://github.com/zed-industries/zed/issues/21657
In case of the task rerun button tooltip from
f6dabadaf7/crates/terminal_view/src/terminal_view.rs (L1051-L1070)
, the actual button element is not styled as invisible, only its parent.
Zed won't render such element since it's parent is hidden, but will
consider it "visible" all the time its `paint` is called, spawning a
task with the delay, that will create the tooltip:
f6dabadaf7/crates/gpui/src/elements/div.rs (L1949-L1959)
When the parent is hidden, the child won't be painted anymore, and no
mouse listeners will be able to detect this fact and hide the tooltip.
Hence, check such cases separately, during `prepaint`, and invalidate
the tooltips that are not valid anymore.
We cannot use `hitbox.is_hovered(cx)` as it's not really hovered during
prepaint, so a mouse position check is used instead.
Release Notes:
- Fixed tooltips getting stuck
* Remove unnecessary WindowContext and ViewContext '_ lifetimes
* Removed some cases where WindowContext has a different name than `cx`.
Release Notes:
- N/A
This PR adds a more comprehensive shadow example to gpui:
This is prep to work on the following issues:
- Shadows with a blur of 0 do not render. Expected: A shadow with sharp
edges (#22433)
- Spread does not correctly conform to the shape the shadow is cast from
Release Notes:
- N/A
Closes#22366
This PR fixes the issue of crashing when minimizing a window on Windows
11. And this PR supersedes #22366.
The main change in this PR is to stop rendering the window when it is
minimized. Additionally, I’ve made some modifications to the code in
#21756 to improve clarity (I think...).
cc @mgsloan
Release Notes:
- N/A
Closes#17870
Context:
On Linux, when creating a new window, bounds are either pulled from
existing workspace data (serialized in an SQLite DB) or fall back to
some default constants if no data exists.
These bounds include the full dimensions of the window (width and
height), which already account for insets. However, properties like
`inset` (Wayland) or `last_insets` (X11) exist only at the platform
level and are not part of the window bounds themselves.
During rendering, we call `set_client_inset`, which updates the inset
values and also adjusts the window bounds, increasing their dimensions.
In Zed's case, the inset is 10px, which adds 20px to both the width and
height (10px from each side).
Problem:
When quitting, the full window bounds (which already account for inset)
are saved to the DB. On reopening, these saved bounds are used to create
the window. `set_client_inset` runs again and inflates the dimensions
even more.
Solution:
Store window bounds *without* the inset-inflated dimensions. On the next
session, `set_client_inset` will take care of applying the inset,
resulting window dimensions matching the previous session. This fix is
in the PR.
Alternative Solution:
Another option is to save the inset explicitly in the DB and apply it
during window creation. But this means storing more data, and the inset
would need to be platform-agnostic, which adds complexity. Doesn’t seem
worth it for no real gain.
X11 Before:
```sh
saving window bounds with width: 1136, height: 784
tims@lemon ~/w/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.37s
Running `target/debug/zed`
saving window bounds with width: 1156, height: 804 <---- +20px
tims@lemon ~/w/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.35s
Running `target/debug/zed`
saving window bounds with width: 1176, height: 824 <---- +20px
tims@lemon ~/w/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.36s
Running `target/debug/zed`
saving window bounds with width: 1196, height: 844 <---- +20px
```
X11 After:
```sh
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.35s
Running `target/debug/zed`
saving window bounds with width: 1116, height: 764
tims@lemon ~/w/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.35s
Running `target/debug/zed`
saving window bounds with width: 1116, height: 764 <---- same
tims@lemon ~/w/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.35s
Running `target/debug/zed`
saving window bounds with width: 1116, height: 764 <---- same
```
On Wayland, saving occurs only when you actually resize the window (on
X11, saving happens both on init and while dragging the window). To
trigger saving, I manually resized the window by ~1px to make it print.
Wayland Before:
```sh
Finished `dev` profile [unoptimized + debuginfo] target(s) in 1m 36s
Running `target/debug/zed`
saving window bounds with width: 945, height: 577
tims@orange ~/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 1.77s
Running `target/debug/zed`
saving window bounds with width: 966, height: 597 <--- +20px on both (1px increase in width is me resizing)
tims@orange ~/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.87s
Running `target/debug/zed`
saving window bounds with width: 987, height: 618 <--- +20px on both (1px increase in width and height is me resizing)
tims@orange ~/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.89s
Running `target/debug/zed`
saving window bounds with width: 1006, height: 638 <--- +20px on both (1px decrease in width is me resizing)
```
Wayland After:
```sh
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.82s
Running `target/debug/zed`
saving window bounds with width: 925, height: 558
tims@orange ~/zed (fix-window-growing-larger)> cargo run
Finished `dev` profile [unoptimized + debuginfo] target(s) in 0.84s
Running `target/debug/zed`
saving window bounds with width: 925, height: 557 <--- same (1px decrease in height is me resizing)
saving window bounds with width: 925, height: 558
```
Release Notes:
- Fix non-maximized zed windows growing larger across sessions on Linux
---------
Co-authored-by: mgsloan@gmail.com <michael@zed.dev>
Closes#22264
On Linux, the arrow cursor style currently used by Zed is `arrow`.
However, this style might not be available in most themes, causing the
cursor to fall back to system default theme. Note cursor style are
platform (X11 and Wayland) agnostic.
Most themes use `left_ptr` as their arrow cursor style instead of
`arrow`. In some cases, `left_ptr` and `arrow` are symlinks pointing to
the `default` style, but the `default` style is not guaranteed to be
available across all themes.
After inspecting the available cursor themes on popular desktop
environments, changing the default from `arrow` to `left_ptr` seems to
be available in all of them. `left_ptr` as default cursor style is also
mentioned in [Arch Wiki: Cursor
themes](https://wiki.archlinux.org/title/Cursor_themes#Change_X_shaped_default_cursor).
KDE:
```sh
tims@lemon /u/s/icons> find . -name "arrow"
./Breeze_Snow/cursors/arrow
./breeze_cursors/cursors/arrow
./Adwaita/cursors/arrow
tims@lemon /u/s/icons> find . -name "default"
./default
./Breeze_Snow/cursors/default
./breeze_cursors/cursors/default
./Adwaita/cursors/default
tims@lemon /u/s/icons> find . -name "left_ptr"
./Oxygen_White/cursors/left_ptr
./KDE_Classic/cursors/left_ptr
./Oxygen_Yellow/cursors/left_ptr
./Oxygen_Blue/cursors/left_ptr
./Oxygen_Black/cursors/left_ptr
./Breeze_Snow/cursors/left_ptr
./breeze_cursors/cursors/left_ptr
./Adwaita/cursors/left_ptr
./Oxygen_Zion/cursors/left_ptr
```
Gnome:
```sh
tims@orange:/usr/share/icons$ find . -name "arrow"
./DMZ-Black/cursors/arrow
./Adwaita/cursors/arrow
./redglass/cursors/arrow
./whiteglass/cursors/arrow
./handhelds/cursors/arrow
./Yaru/cursors/arrow
./DMZ-White/cursors/arrow
tims@orange:/usr/share/icons$ find . -name "default"
./Adwaita/cursors/default
./default
./Yaru/cursors/default
tims@orange:/usr/share/icons$ find . -name "left_ptr"
./DMZ-Black/cursors/left_ptr
./Adwaita/cursors/left_ptr
./redglass/cursors/left_ptr
./whiteglass/cursors/left_ptr
./handhelds/cursors/left_ptr
./Yaru/cursors/left_ptr
./DMZ-White/cursors/left_ptr
```
My theme is set to Oxygen Yellow here.
Before:
<img
src="https://github.com/user-attachments/assets/7485f1e7-5936-45b4-96bd-399525bad95d"
alt="before" width="450px" />
After:
<img
src="https://github.com/user-attachments/assets/56090735-6a1f-4652-ad3e-075ff4c3f9ab"
alt="after" width="450px" />
Release Notes:
- Fixed wrong cursor theme for arrow cursor style on Linux.
Closes#17005
Release Notes:
- Improved GPU context management: share a single context with multiple
surfaces.
### High Level
Blade got a proper support for Surface objects in
https://github.com/kvark/blade/pull/203.
That was mainly motivated by Zed needing to draw multiple windows. With
the Surface API, Zed is now able to have the GPU context tied to the
"Platform" instead of "Window". Practically speaking, this means:
- architecture more sound
- faster to open/close windows
- less surprises, more robust
### Concerns
1. Zed has been using a temporary workaround for the platform bug on
some Intel+Nvidia machines that makes us unable to present -
https://github.com/kvark/blade/pull/144 . This workaround is no longer
available with the new architecture. I'm looking for ideas on how to
approach this better.
- we are now picking up the change in
https://github.com/kvark/blade/pull/210, which allows forcing a specific
Device ID. This should allow Zed users to work around the issue. We
could help them to automate it, too.
2. ~~Metal-rs dependency is switched to
https://github.com/kvark/metal-rs/tree/blade, since upstream isn't
responsive in merging changes that are required for Blade. Hopefully,
temporary.~~
- ~~we can also hack around it by just transmuting the texture
references, since we know those are unchanged in the branch. That would
allow Blade to use it's own version of Metal, temporarily, if switching
metal-rs in the workspace is a concern.~~
- merged my metal-rs changes and updated Zed to use the upstream github
reference
---------
Co-authored-by: Mikayla Maki <mikayla@zed.dev>
Co-authored-by: Mikayla Maki <mikayla.c.maki@gmail.com>
Co-authored-by: Conrad Irwin <conrad.irwin@gmail.com>
* Presence of the aside no longer affects position or size of the
context menu.
* Prefers to fit to the right, then on same side of line, then other
side of line, within the following preference order:
- Max possible size within text area.
- Max possible size within window.
- Actual size within window. This is the only case that could cause it
to jump around with less stability.
A further enhancement atop this might be to dynamically resize aside
height to fit.
Release notes are N/A as they are covered by the notes for #22102.
Closes#8523
Release Notes:
* N/A
Previously, each window stored its own collection of focus handles. This
meant that to create a focus handle, you needed to have access to a
Window. I'm working on a simplification to gpui's context types that
removes `WindowContext` and `ViewContext` in favor of passing a window
reference explicitly when rendering or handling events. You'll still
need a window to manipulate focus, but it will be helpful to be able to
create focus handles without a window.
cc @mgsloan
Release Notes:
- N/A
