The existing code was causing us to constantly re-scan files when
anything changed in the project. Temporarily revert this as we're about
to rework this entire UI with the new primitives.
follow up to https://github.com/zed-industries/zed/pull/22329
Release Notes:
- N/A
---------
Co-authored-by: Cole <cole@zed.dev>
This reverts commit 3ae6aa0e4d.
If "group_id = 0" really did mean a diagnostic not from a language
server then various methods related to diagnostic set would need to be
updated. Something like [this
diff](https://gist.github.com/mgsloan/e902153bcaec207b39260a8f40d3134d).
Plan instead is to use InfoPopover instead of DiagnosticPopover for
these.
Release Notes:
- N/A
In particular, `DiagnosticPopover` both:
* Supports moving the selection to a diagnostic when clicked, based on
`group_id`
* Provides Diagnostic values with `group_id: 0` providing informztion on
hover about invisible characters.
So, clicking such a popover would navigate to the very first error
produced by a language server. Really not a big deal of course, but
seems good to fix as it might result in surprising behavior in other
future circumstances
Release Notes:
- N/A
- [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 https://github.com/zed-industries/zed/issues/19214
Closes https://github.com/zed-industries/zed/pull/22443
Adds `resolved` property into Zed completion item data, to ensure we
resolve every completion item exactly once.
There are 2 paths for singplayer Zed, and corresponding 2 analogues for
multi player code, where resolve may happen:
* completions menu display & selection, that ends up using
`resolve_completions` in `lsp_store.rs`
* applying a completion menu entry, that ends up using
`apply_additional_edits_for_completion` in `lsp_store.rs`
Now, all local counterparts check `enabled` field before resolving and
set it to true afterwards, and reuse the same `resolve_completion_local`
method for resolving the items.
A logic for re-generating docs and item labels was moved out from the
`resolve_completion_local` method into a separate method, as
`apply_additional_edits_for_completion` does not need that, but needs
the rest of the logic for resolving.
During the extraction, I've noted that multiplayer clients are not
getting the item labels, regenerated after the resolve — as the Zed
protocol-based flow is not the exact copy of the local resolving.
To improve that, `resolve_completion_remote` needs to be adjusted, but
this change is omitted to avoid bloating the PR.
Release Notes:
- Fixed autocomplete inserting multiple imports
Closes#21505. This should work if the git dir is an ancestor of the
worktree dir or vice versa.
Release Notes:
- Fixed GitHub permalink-to-line actions when worktree dir and Git dir
aren't the same
The command used to activate the venv can still be accessed/scrolled to
if needed.
Release Notes:
- The Python virtual environment activation command is no longer shown
in the terminal output by default.
Co-authored-by: Peter Tripp <peter@zed.dev>
Fixes https://github.com/zed-industries/zed/issues/21972
This fixes two bugs:
**Bug 1**: this bug caused us to only ever load a single environment in
a multi-worktree project, thanks to this line:
```rust
if let Some(task) = self.get_environment_task.as_ref()
```
We'd only ever run a single task per project, which is wrong.
What does code does is to cache the tasks per `worktree_id`, which means
we don't even need to cache the environments again, since we can just
cache the `Shared<Task<...>>`.
**Bug 2**: we assumed that every `worktree_abs_path` is a directory,
which lead to `Failed to run direnv` log messages when opening a project
that had a worktree with a single file open (easy to reproduce: open a
normal project, open your settings, close Zed, reopen it — the settings
faile caused environments to not load)
It's fixed by checking whether the `worktree_abs_path` is an absolute
directory. Since this is always running locally, it's fine to use
`smol::fs` here instead of using our `Fs`.
Release Notes:
- Fixed shell environments not being loaded properly to be used by
language servers and terminals in case a project had multiple worktrees.
- Fixed `Failed to run direnv` messages showing up in case Zed restored
a window that contained a worktree with a single file.
https://github.com/zed-industries/zed/issues/21972
Follow-up of https://github.com/zed-industries/zed/pull/22004
* Reuse center terminals for tasks, when requested
* Extend task templates with `RevealTarget`, moving it from
`TaskSpawnTarget` into the core library
* Use `reveal_target` instead of `target` to avoid misinterpretations in
the task template context
* Do not expose `SpawnInTerminal` to user interface, avoid it
implementing `Serialize` and `Deserialize`
* Remove `NewCenterTask` action, extending `task::Spawn` interface
instead
* Do not require any extra unrelated parameters during task resolution,
instead, use task overrides on the resolved tasks on the modal side
* Add keybindings for opening the task modal in the
`RevealTarget::Center` mode
Release Notes:
- N/A
`CodeContextMenu` is always accessed on one thread, so only `Rc`s and
`Rc<RefCell<_>>` are needed. There should be tiny performance benefits
from this. The main benefit of this is that when seeing code accessing a
`RwLock` it would be reasonable to wonder whether it will block. The
only potential downside is the potential for panics due to overlapping
borrows of the RefCells. I think this is an acceptable risk because most
errors of this nature will be local or will be caught by clippy via the
check for holding a RefCell reference over an `await`.
Release Notes:
- N/A
This fixes#21837, where CompletionsMenu fuzzy match positions were
desynchronized from completion label text. The solution is to not mutate
`match_candidates` and instead offset the highlight positions in the
rendering code.
This solution requires that the fuzzy match text not change on
completion resolution. This is a property we want anyway, since fuzzy
match text changing means items unexpectedly changing position in the
menu.
What happened:
* #21521 updated completion resolution to modify labels on resolution.
- This interacted poorly with the code
[here](341e65e122/crates/editor/src/code_context_menus.rs (L604)),
where the fuzzy match results are updated to include the full label, and
the fuzzy match result positions are offset to be in the correct place.
The fuzzy mach positions were now invalid because they were based on the
old text.
* #21705 caused completion resolution to occur more frequently. Before
this only the selected item was being resolved. This caused the panic
due to invalid positions to happen much more frequently.
Closes#21837
Release Notes:
- N/A
`Inventory::list_tasks()` in `project` crate now is ordered by task
types. Worktree tasks comes first, language tasks second and global
tasks last.
That leads to `spawn_task_with_name()` from `task_ui` crate will find
worktree task first, so it's possible to override global tasks at
project level.
* `Inventory::templates_from_settings()` splitted to
`Inventory::global_templates_from_settings()` and
`Inventory::worktree_templates_from_settings()`.
* In tests function `list_tasks()` renamed to
`list_tasks_sorted_by_last_used()`, because it call's
`Inventory::used_and_current_resolved_tasks()`. Also added
`list_tasks()` which calls `Inventory::list_tasks()`.
Closes#20987
Release Notes:
- Fix task::Spawn to search for task name in project tasks first.
Closes#20060Closes#20720Closes#19873Closes#9445
Release Notes:
- Fixed a bug where tasks would be spawned with their working directory
set to a file in some cases
- Added the ability to spawn tasks in the center pane, when spawning
from a keybinding:
```json5
[
{
// Assuming you have a task labeled "echo hello"
"ctrl--": [
"task::Spawn",
{ "task_name": "echo hello", "target": "center" }
]
}
]
```
Closes#11115
**Context**:
Consider a monorepo setup like this: the root has Prettier installed,
but the individual monorepos do not. In this case, only one Prettier
instance is used, with its installation located at the root. The
monorepos also use this same instance for formatting.
However, monorepo can have its own `.prettierignore` file, which will
take precedence over the `.prettierignore` file at the root level (if
one exists) for files in that monorepo.
<img
src="https://github.com/user-attachments/assets/742f16ac-11ad-4d2f-a5a2-696e47a617b9"
alt="prettier" width="200px" />
**Implementation**:
From the context above, we should keep ignore dir decoupled from the
Prettier instance. This means that even if the project has only one
Prettier installation (and thus a single Prettier instance), there can
still be multiple `.prettierignore` in play.
This approach also allows us to respect `.prettierignore` even when the
project does not have Prettier installed locally and instead relies on
the editor’s Prettier instance.
**Tests**:
1. No Prettier in project, using editor Prettier: Ensures
`.prettierignore` is respected even without a local Prettier
installation.
2. Monorepo with root Prettier and child `.prettierignore`: Confirms
that the child project’s ignore file is correctly used.
3. Monorepo with root and child `.prettierignore` files: Verifies the
child ignore file takes precedence over the root’s.
Release Notes:
- Added `.prettierignore` support to the Prettier integration.
Still TODO:
* [x] Factor out `start_language_server` so we can call it on register
(instead of on detect language)
* [x] Only call register in singleton editors (or when
editing/go-to-definition etc. in a multibuffer?)
* [x] Refcount on register so we can unregister when no buffer remain
* [ ] (maybe) Stop language servers that are no longer needed after some
time
Release Notes:
- Fixed language servers starting when doing project search
- Fixed high CPU usage when ignoring warnings in the diagnostics view
---------
Co-authored-by: Piotr Osiewicz <24362066+osiewicz@users.noreply.github.com>
Co-authored-by: Cole <cole@zed.dev>
These were silently passing after the delay in updating diagnostics was
added.
Co-Authored-By: Max <max@zed.dev>
cc @someonetoignore
Release Notes:
- N/A
---------
Co-authored-by: Max <max@zed.dev>
Closes#21564
Notably, RA will now rename module references if you change the source
file name via our project panel.
This PR is a tad bigger than necessary as I torn out the Model<> from
didSave watchers (I tried to reuse that code for the same purpose).
Release Notes:
- Added support for language server actions being executed on file
rename.
This is a pure refactor of our Git diff state management. Buffers are no
longer are associated with one single diff (the unstaged changes).
Instead, there is an explicit project API for retrieving a buffer's
unstaged changes, and the `Editor` view layer is responsible for
choosing what diff to associate with a buffer.
The reason for this change is that we'll soon want to add multiple "git
diff views" to Zed, one of which will show the *uncommitted* changes for
a buffer. But that view will need to co-exist with other views of the
same buffer, which may want to show the unstaged changes.
### Todo
* [x] Get git gutter and git hunks working with new structure
* [x] Update editor tests to use new APIs
* [x] Update buffer tests
* [x] Restructure remoting/collab protocol
* [x] Update assertions about staged text in
`random_project_collaboration_tests`
* [x] Move buffer tests for git diff management to a new spot, using the
new APIs
Release Notes:
- N/A
---------
Co-authored-by: Richard <richard@zed.dev>
Co-authored-by: Cole <cole@zed.dev>
Co-authored-by: Conrad <conrad@zed.dev>
Closes https://github.com/zed-industries/zed/issues/21516
Technically, this is an LSP violation from `vtsls`, but seems that it's
not going to be fixed adequately on that side, see
https://github.com/yioneko/vtsls/issues/213 for more context.
So, we have to accommodate at least for now.
Release Notes:
- Fixed completion item labels not being updated after the resolve for
non-LSP compliant servers
Part of https://github.com/zed-industries/zed/issues/20925
This prototype is behind a feature flag and being merged to avoid
conflicts with further git-related resturctures.
To be a proper, public feature, this needs at least:
* showing deleted files
* better performance
* randomized tests
* `TODO`s in the `project_diff.rs` file fixed
The good thing is, >90% of the changes are in the `project_diff.rs` file
only, have a basic test and already work on simple cases.
Release Notes:
- N/A
---------
Co-authored-by: Thorsten Ball <thorsten@zed.dev>
Co-authored-by: Cole Miller <cole@zed.dev>
Fixes part of issue #7808
> This venv should be the one we automatically activate when opening new
terminals, if the detect_venv setting is on.
Release Notes:
- Selected Python toolchains (virtual environments) are now automatically activated in new terminals.
---------
Co-authored-by: Piotr Osiewicz <24362066+osiewicz@users.noreply.github.com>
Potentially fixes#21404
This is a speculative fix, as while I was trying to repro this issue
I've noticed that introducing artificial delays in ToolchainLister::list
could impact apps responsiveness. These delays were essentially there to
stimulate PET taking a while to find venvs.
Release Notes:
- Improved app responsiveness in environments with multiple Python
virtual environments
Closes https://github.com/zed-industries/zed/issues/12029
Allows to introspect project items inside items more deeply, checking
them for being dirty.
For that:
* renames `project::Item` into `project::ProjectItem`
* adds an `is_dirty(&self) -> bool` method to the renamed trait
* changes the closing logic to only care about dirty project items when
checking for save prompts conditions
* save prompts are raised only if the item is singleton without a
project path; or if the item has dirty project items that are not open
elsewhere
Release Notes:
- Fixed item closing overly triggering save dialogues
when search somethings like `clone(`, with search options `match case
sensitively` and `match whole words` in zed code base, only `clone(cx)`
hit match, `clone()` will not hit math.
Release Notes:
- Improved buffer search for queries ending with non-letter characters
Closes#19866
This PR supersedes #19228, as #19228 encountered too many merge
conflicts.
After some exploration, I found that for paths with the `\\?\` prefix,
we can safely remove it and consistently use the clean paths in all
cases. Previously, in #19228, I thought we would still need the `\\?\`
prefix for IO operations to handle long paths better. However, this
turns out to be unnecessary because Rust automatically manages this for
us when calling IO-related APIs. For details, refer to Rust's internal
function
[`get_long_path`](017ae1b21f/library/std/src/sys/path/windows.rs (L225-L233)).
Therefore, we can always store and use paths without the `\\?\` prefix.
This PR introduces a `SanitizedPath` structure, which represents a path
stripped of the `\\?\` prefix. To prevent untrimmed paths from being
mistakenly passed into `Worktree`, the type of `Worktree`’s `abs_path`
member variable has been changed to `SanitizedPath`.
Additionally, this PR reverts the changes of #15856 and #18726. After
testing, it appears that the issues those PRs addressed can be resolved
by this PR.
### Existing Issue
To keep the scope of modifications manageable, `Worktree::abs_path` has
retained its current signature as `fn abs_path(&self) -> Arc<Path>`,
rather than returning a `SanitizedPath`. Updating the method to return
`SanitizedPath`—which may better resolve path inconsistencies—would
likely introduce extensive changes similar to those in #19228.
Currently, the limitation is as follows:
```rust
let abs_path: &Arc<Path> = snapshot.abs_path();
let some_non_trimmed_path = Path::new("\\\\?\\C:\\Users\\user\\Desktop\\project");
// The caller performs some actions here:
some_non_trimmed_path.strip_prefix(abs_path); // This fails
some_non_trimmed_path.starts_with(abs_path); // This fails too
```
The final two lines will fail because `snapshot.abs_path()` returns a
clean path without the `\\?\` prefix. I have identified two relevant
instances that may face this issue:
-
[lsp_store.rs#L3578](0173479d18/crates/project/src/lsp_store.rs (L3578))
-
[worktree.rs#L4338](0173479d18/crates/worktree/src/worktree.rs (L4338))
Switching `Worktree::abs_path` to return `SanitizedPath` would resolve
these issues but would also lead to many code changes.
Any suggestions or feedback on this approach are very welcome.
cc @SomeoneToIgnore
Release Notes:
- N/A
Follow-up of https://github.com/zed-industries/zed/pull/21173
Rust-analyzer with `checkOnSave` enabled will push diagnostics for a
file after each diagnostics refresh (e.g. save, file open, file close).
If there's a file that is not open in any pane and has only warnings,
and the diagnostics editor has warnings toggled off, then
0. rust-analyzer will push the corresponding warnings after initial load
1. the diagnostics editor code registers
`project::Event::DiagnosticsUpdated` for the corresponding file path and
opens the corresponding buffer to read its associated diagnostics from
the snapshot
2. opening the buffer would send `textDocument/didOpen` which would
trigger rust-analyzer to push the same diagnostics
3. meanwhile, the diagnostics editor would filter out all diagnostics
for that buffer, dropping the open buffer and effectively closing it
4. closing the buffer will send `textDocument/didClose` which would
trigger rust-analyzer to push the same diagnostics again, as those are
`cargo check` ones, still present in the file
5. GOTO 1
Release Notes:
- Fixed diagnostics editor not scrolling properly under certain
conditions
This is a pure refactor, motivated by wanting to introduce to the
BufferStore new logic for opening staged and committed changes.
I found the `BufferStoreImpl` trait a little bit confusing, particularly
how the different implementors of the trait held a handle back to the
owning buffer store. I was able to reduce the amount of code
considerably (-78 lines) by using a two-variant enum instead, similar to
what we do for `LspStore`, `WorktreeStore` and `Worktree`.
Release Notes:
- N/A
The goal is to be able to hide these lines from a task output:
```sh
⏵ Task `...` finished successfully
⏵ Command: ...
```
---------
Co-authored-by: Peter Tripp <peter@zed.dev>
