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helix-stdx is meant to carry extensions to the stdlib or low-level
dependencies that are useful in all other crates. This commit starts
with all of the path functions from helix-core and the CWD tracking that
lived in helix-loader.
The CWD tracking in helix-loader was previously unable to call the
canonicalization functions in helix-core. Switching to our custom
canonicalization code should make no noticeable difference though
since `std::env::current_dir` returns a canonicalized path with
symlinks resolved (at least on unix).
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* query capture names now return `&str`s rather than `String`s
* the `#any-of?` predicate is now supported
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* fix: version of Cargo feature resolver.
This commit solve the ambiguity to determin the version of resolver.
To get more detail, see the following two documents:
- https://doc.rust-lang.org/cargo/reference/resolver.html#resolver-versions
- https://doc.rust-lang.org/edition-guide/rust-2021/default-cargo-resolver.html
* unified: Rust edition in all workspaces.
Now, the Rust 2021 is available in all workspaces.
* fined up: Cargo.toml by using workspace inheritance.
To get more detail of the `workspace.package` table, see a following document:
- https://doc.rust-lang.org/cargo/reference/workspaces.html#the-package-table
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We only reverted so that the latest release would use a stable
tree-sitter version hosted on crates.io. We do want the improvements
on nightly.
This reverts commit 2ebcc4dbeb306cc285d47bd1d21d72c7e57ecb72.
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* transition to nucleo for fuzzy matching
* drop flakey test case
since the picker streams in results now any test that relies
on the picker containing results is potentially flakely
* use crates.io version of nucleo
* Fix typo in commands.rs
Co-authored-by: Skyler Hawthorne <skyler@dead10ck.com>
---------
Co-authored-by: Skyler Hawthorne <skyler@dead10ck.com>
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We used a git dependency to take advantage of the latest fixes in
master but a new release is now available:
https://crates.io/crates/tree-sitter/0.20.10
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Parser-combinators are one of the simpler tools for building ad-hoc
parsers. They're a good fit because they are...
* Small: each parser / parser-combinator is around 10 LOC.
* Functional: helix_core strives to be a functional set of utilities
usable throughout the rest of the editor.
* Flexible: use them to build any sort of ad-hoc parser. In the child
commit, we'll parse LSP Snippet syntax using these new parser
combinators.
Why not use an existing parser-combinator crate? Existing popular
parser-combinator crates have histories of making breaking changes
(for example nom and combine).
> Implementation note: I tried to not introduce a new trait since the
> types can be expressed in terms of `impl Fn`s. The trait is necessary
> to build `seq` implementations without a proc macro though, and also
> allows us to use `&'static str`s very conveniently: see the trait
> implementation for `&'static str`.
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Tree-sitter has some unreleased improvements that can speed up small
queries and prevent hangs due to error recovery in some parsers. This
change pins tree-sitter to the latest master.
Neovim also pins tree-sitter to a commit on master.
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This will allow testing more of the code base, as well as enable UI-
specific testing.
Debug mode builds are prohibitively slow for the tests, mostly
because of the concurrency write tests. So there is now a profile for
integration tests that sets the optimization level to 2 for a few helix
crates, and lowers the number of rounds of concurrent writes to 1000.
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* Show (git) diff signs in gutter (#3890)
Avoid string allocation when git diffing
Incrementally diff using changesets
refactor diffs to be provider indepndent and improve git implementation
remove dependency on zlib-ng
switch to asynchronus diffing with similar
Update helix-vcs/Cargo.toml
fix toml formatting
Co-authored-by: Ivan Tham <pickfire@riseup.net>
fix typo in documentation
use ropey reexpors from helix-core
fix crash when creating new file
remove useless use if io::Cursor
fix spelling mistakes
implement suggested improvement to repository loading
improve git test isolation
remove lefover comments
Co-authored-by: univerz <univerz@fu-solution.com>
fixed spelling mistake
minor cosmetic changes
fix: set self.differ to None if decoding the diff_base fails
fixup formatting
Co-authored-by: Ivan Tham <pickfire@riseup.net>
reload diff_base when file is reloaded from disk
switch to imara-diff
Fixup formatting
Co-authored-by: Blaž Hrastnik <blaz@mxxn.io>
Redraw buffer whenever a diff is updated.
Only store hunks instead of changes for individual lines to easily allow
jumping between them
Update to latest gitoxide version
Change default diff gutter position
Only update gutter after timeout
* update diff gutter synchronously, with a timeout
* Apply suggestions from code review
Co-authored-by: Blaž Hrastnik <blaz@mxxn.io>
Co-authored-by: Michael Davis <mcarsondavis@gmail.com>
* address review comments and ensure lock is always aquired
* remove configuration for redraw timeout
Co-authored-by: Blaž Hrastnik <blaz@mxxn.io>
Co-authored-by: Michael Davis <mcarsondavis@gmail.com>
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According to [the rustc book](https://doc.rust-lang.org/rustc/codegen-options/index.html#split-debuginfo), this is not supported on Windows. It also prevents Helix from compiling on the latest nightly.
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This is a rather large refactor that moves most of the code for
loading, fetching, and building grammars into a new helix-loader
module. This works well with the [[grammars]] syntax for
languages.toml defined earlier: we only have to depend on the types
for GrammarConfiguration in helix-loader and can leave all the
[[language]] entries for helix-core.
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helix-syntax mostly existed for the sake of the build task which
checks and compiles the submodules. Since we won't be relying on
that process anymore, it doesn't end up making much sense to have
a very thin crate just for some functions that we could port to
helix-core.
The remaining build-related code is moved to helix-term which will
be able to provide grammar builds through the --build-grammars CLI
flag.
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It compiles about half a second slower for me, so it seems fine to use
by default.
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We only rely on some of the rendering primitives and implement our
Cursive-style compositor on top.
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It still largely depends on term for some types but I plan to change
that later.
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