Closes #ISSUE
This allows new windows like the Rules library or the Settings UI window
to appear floating on window managers like hyprland:
https://github.com/user-attachments/assets/628db7f9-4459-4601-85f1-789923831182
Left is with `WindowKind::Floating` and right is with
`WindowKind::Normal`
Release Notes:
- Added support for floating windows on x11 and wayland
This PR makes selecting a sub-entry in the settings UI nav bar scroll to
that section in the settings page. It also updates the selected
sub-entry when scrolling through a settings page to match what a user is
viewing on the page.
I also added a new helper method to `ScrollHandle` type called
`scroll_to_top_of_item` that scrolls until an item is the top element
visible.
Release Notes:
- N/A
The previous modifier detection treated `AltGr` presses as `Ctrl+Alt`,
which broke entering characters produced by AltGr. For example, on a
Hungarian layout `{` is typed with `AltGr+B`; our code saw that as
`Ctrl+Alt+B` and the keybind took precedence, so the character couldn’t
be entered.
On Windows, AltGr isn’t a first-class modifier. It’s emulated as a
combination of `Right Alt (VK_RMENU)` plus a synthetic `Left Ctrl
(VK_LCONTROL)` press. When users press AltGr, `GetKeyState` reports both
Ctrl and Alt as down, which makes AltGr indistinguishable from a real
`Ctrl+Alt` chord if we only look at aggregate modifier state.
Fix: detect the AltGr pattern by checking `VK_RMENU && VK_LCONTROL`.
When that pattern is present, treat it as text-entry intent and suppress
`control` and `alt` in `current_modifiers()`. This prevents
AltGr-produced characters from colliding with `Ctrl+Alt` keybinds while
keeping other modifiers intact.
Limitation: there is no Windows API to tell whether the active layout
actually has AltGr. As a result, on non-AltGr layouts (e.g. US),
pressing `Right Alt + Left Ctrl` will be interpreted as AltGr and will
not trigger `Ctrl+Alt` keybinds. This is an acceptable trade-off to
ensure AltGr layouts can reliably enter characters; users can still
invoke `Ctrl+Alt` keybinds using `Left Alt` or by choosing bindings that
avoid common AltGr pairs.
I based this on https://github.com/zed-industries/zed/pull/36115 after
trying other different approaches, but this one is a bit more specific.
Does this approach make sense, or is slightly breaking US input in favor
of fixing international input a no-go? I think the benefit - being able
to type certain characters _at all_ - outweighs the shortcomings.
Otherwise, there's a way to detect if the keyboard layout uses AltGr or
not, but it's quite hacky, and involves reading the registry to find the
current layout dll's name, opening that dll, manually declaring struct
layouts that it uses, then parsing out the AltGr flag from a function
call result. I don't think that's worth it, but if needed, I can give
that a shot, let me know.
Release Notes:
- windows: Fixed handling of AltGr to avoid keybinds preventing
character input
Reverts zed-industries/zed#39581
This has done its job uncovering incorrect constructions of the
highlight ranges pretty fast. Reverting this to prevent this from
spilling into preview until I can fix the call sites next week
Prior we only logged the crate in `log_err`, which is not too helpful.
We now assemble the module path from the file system path.
Release Notes:
- N/A *or* Added/Fixed/Improved ...
This PR adds the numeric stepper component to the settings ui and
implements some settings that rely on this component as well.
I also switched {buffer/ui}_font_weight to the `gpui::FontWeight` type
and added a manual implementation of the Schemars trait. This allows Zed
to send min, max, and default information to the JSON LSP when a user is
manually editing the settings file.
The numeric stepper elements added to the settings ui are below:
- ui font size
- ui font weight
- Buffer font size
- Buffer font weight
- Scroll sensitivity
- Fast scroll sensitivity
- Vertical scroll margin
- Horizontal scroll margin
- Inline blame padding
- Inline blame delay
- Inline blame min column
- Unnecessary code fade
- Tab Size
- Hover popover delay
Release Notes:
- N/A
This is the first step to allowing users to type into a numeric stepper
to set its value. This PR makes the numeric stepper take in a generic
type `T` where T: `NumericStepperType`
```rust
pub trait NumericStepperType:
Display
+ Add<Output = Self>
+ Sub<Output = Self>
+ Copy
+ Clone
+ Sized
+ PartialOrd
+ FromStr
+ 'static
{
fn default_format(value: &Self) -> String {
format!("{}", value)
}
fn default_step() -> Self;
fn large_step() -> Self;
fn small_step() -> Self;
fn min_value() -> Self;
fn max_value() -> Self;
}
```
This allows setting of step sizes and min/max values as well as making
the component easier to use.
cc @danilo-leal
Release Notes:
- N/A
---------
Co-authored-by: Mikayla Maki <mikayla.c.maki@gmail.com>
Co-authored-by: Gaauwe Rombouts <mail@grombouts.nl>
Closes#5355
Release Notes:
- Fixed rendering glitches with files with more than 16 million lines
(that occured due to floating number rounding errors).
---------
Co-authored-by: Smit Barmase <heysmitbarmase@gmail.com>
Fixes titlebar double-click behavior to properly handle the macOS system
setting when "Do Nothing" is selected in System Settings > Desktop &
Dock > "Double-click a window's title bar to".
Closes https://github.com/zed-industries/zed/issues/39102
Release Notes:
- Fixed macOS Do Nothing window double click setting not being
respected.
Fixes titlebar double-click behavior to properly handle the macOS system
setting when "Do Nothing" is selected in System Settings > Desktop &
Dock > "Double-click a window's title bar to".
Closes#39102
Release Notes:
- Fixed macOS `Do Nothing` window double click setting not be respected
@ConradIrwin No longer needed the issue appears to be fully resolved
after moving to MacOS Tahoe as the latest instead of only in dev beta
Release Notes:
- N/A
The state of the child bounds is not up-to-date when `scroll_to_item`
gets triggered, causing the new tab to not scroll completely into view.
Closes#36317
Release Notes:
- Fix an issue where a new tab is only partially visible on creation.
Closes#10930Closes#11353
Release Notes:
- Adds commands to project_panel
- `ctrl-u` scrolls the project_panel up half of the visible entries
- `ctrl-d` scrolls the project_panel down half of the visible entries
- `z z` scrolls current selection to center of window
- `z t` scrolls current selection to top of window
- `z b` scrolls current selection to bottom of window
- `{num} j` and `{num} k` now move up and down with a count
std commands can block for an arbitrary duration and so runs risk of
blocking tasks for too long. This replaces all such uses where sensible
with async processes.
Release Notes:
- N/A *or* Added/Fixed/Improved ...
This reverts commit ed7bd5a8ed.
We noticed this PR causes the editor to hang if you hold down any of the
menu item actions like ctrl+z, ctrl+x, etc
Release Notes:
- Fixed macOS menu item actions hanging the editor when their key
combination is held down
On macOS, traditionally when a keyboard shortcut is activated, the menu
in the menu bar flashes to indicate that the action was recognised.
<img width="289" height="172" alt="image"
src="https://github.com/user-attachments/assets/a03ecd2f-f159-4f82-b4fd-227f34393703"
/>
This PR adds this functionality to GPUI, where when a keybind is pressed
that triggers an action in the menu, the menu flashes.
Release Notes:
- N/A
This reverts commit 9e7302520e.
I run into an infinite hang in Zed nightly and used instruments and
activity monitor to sample what was going on. The root cause seemed to
be the unwrap_unchecked introduced in reverted PR.
Release Notes:
- N/A
## Problem
Zed was crashing with a UTF-8 character boundary error when rendering
text containing multi-byte characters (like emojis or CJK characters):
```
Thread "main" panicked with "byte index 49 is not a char boundary; it is inside '…' (bytes 48..51)"
```
## Root Cause Analysis
The PR reviewer correctly identified that the issue was not in the
DirectWrite boundary handling, but rather in the text run length
calculation in the text system. When text runs are split across lines in
`text_system.rs:426`, the calculation:
```rust
let run_len_within_line = cmp::min(line_end, run_start + run.len) - run_start;
```
This could result in `run_len_within_line` values that don't respect
UTF-8 character boundaries, especially when multi-byte characters (like
'…' which is 3 bytes) get split across lines. The resulting `FontRun`
objects would have lengths that don't align with character boundaries,
causing the panic when DirectWrite tries to slice the string.
## Solution
Fixed the issue by adding UTF-8 character boundary validation in the
text system where run lengths are calculated. The fix ensures that when
text runs are split across lines, the split always occurs at valid UTF-8
character boundaries:
```rust
// Ensure the run length respects UTF-8 character boundaries
if run_len_within_line > 0 {
let text_slice = &line_text[run_start - line_start..];
if run_len_within_line < text_slice.len() && !text_slice.is_char_boundary(run_len_within_line) {
// Find the previous character boundary using efficient bit-level checking
// UTF-8 characters are at most 4 bytes, so we only need to check up to 3 bytes back
let lower_bound = run_len_within_line.saturating_sub(3);
let search_range = &text_slice.as_bytes()[lower_bound..=run_len_within_line];
// SAFETY: A valid character boundary must exist in this range because:
// 1. run_len_within_line is a valid position in the string slice
// 2. UTF-8 characters are at most 4 bytes, so some boundary exists in [run_len_within_line-3..=run_len_within_line]
let pos_from_lower = unsafe {
search_range
.iter()
.rposition(|&b| (b as i8) >= -0x40)
.unwrap_unchecked()
};
run_len_within_line = lower_bound + pos_from_lower;
}
}
```
## Testing
- ✅ Builds successfully on all platforms
- ✅ Eliminates UTF-8 character boundary panics
- ✅ Maintains existing functionality for all text types
- ✅ Handles edge cases like very long multi-byte characters
## Benefits
1. **Root cause fix**: Addresses the issue at the source rather than
treating symptoms
2. **Performance optimal**: Uses the same efficient algorithm as the
standard library
3. **Minimal changes**: Only modifies the specific problematic code path
4. **Future compatible**: Can be easily replaced with
`str::floor_char_boundary()` when stabilized
## Alternative Approaches Considered
1. **DirectWrite boundary fixing**: Initially tried to fix in
DirectWrite, but this was treating symptoms rather than the root cause
2. **Helper function approach**: Considered extracting to a helper
function, but inlined implementation is more appropriate for this
specific use case
3. **Standard library methods**: `floor_char_boundary()` is not yet
stable, so implemented equivalent logic
The chosen approach provides the best balance of performance, safety,
and code maintainability.
---
Release Notes:
- N/A
Add an auto-profiler for our tests, to hopefully allow better triage of
performance impacts resulting from code changes. Comprehensive usage
docs are in the code.
Currently, it uses hyperfine under the hood and prints markdown to the
command line for all crates with relevant tests enabled. We may want to
expand this to allow outputting json in the future to allow e.g.
automatically comparing the difference between two runs on different
commits, and in general a lot of functionality could be added (maybe
measuring memory usage?).
It's enabled (mostly as an example) on two tests inside `gpui` and a
bunch of those inside `vim`. I'd have happily used `cargo bench`, but that's nightly-only.
Release Notes:
- N/A
