312 lines
12 KiB
Text
312 lines
12 KiB
Text
===============================================================================
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ALE Rust Integration *ale-rust-options*
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*ale-integration-rust*
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===============================================================================
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Integration Information
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If Vim does not detect the Rust file type out-of-the-box, you need the runtime
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files for Rust distributed in Vim >=8.0.0501 or upstream:
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https://github.com/rust-lang/rust.vim
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Note that there are several possible linters and fixers for Rust files:
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1. rustc -- The Rust compiler is used to check the currently edited file.
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So, if your project consists of multiple files, you will get some errors
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when you use e.g. a struct which is defined in another file. You can use
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|g:ale_rust_ignore_error_codes| to ignore some of these errors.
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2. cargo -- If your project is managed by Cargo, the whole project is
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checked. That means that all errors are properly shown, but cargo can
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only operate on the files written on disk, so errors will not be reported
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while you type.
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3. rls -- If you have `rls` installed, you might prefer using this linter
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over cargo. rls implements the Language Server Protocol for incremental
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compilation of Rust code, and can check Rust files while you type. `rls`
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requires Rust files to be contained in Cargo projects.
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4. analyzer -- If you have rust-analyzer installed, you might prefer using
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this linter over cargo and rls. rust-analyzer also implements the
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Language Server Protocol for incremental compilation of Rust code, and is
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the next iteration of rls. rust-analyzer either requires Rust files to be
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contained in Cargo projects or requires the project to be described in
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the rust-project.json format:
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https://rust-analyzer.github.io/manual.html#non-cargo-based-projects
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5. rustfmt -- If you have `rustfmt` installed, you can use it as a fixer to
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consistently reformat your Rust code.
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Only cargo and rls are enabled by default. To switch to using rustc instead
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of cargo, configure |g:ale_linters| appropriately: >
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" See the help text for the option for more information.
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let g:ale_linters = {'rust': ['rustc', 'rls']}
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<
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Also note that rustc 1.18. or later is needed.
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===============================================================================
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analyzer *ale-rust-analyzer*
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g:ale_rust_analyzer_executable *g:ale_rust_analyzer_executable*
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*b:ale_rust_analyzer_executable*
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Type: |String|
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Default: `'rust-analyzer'`
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This variable can be modified to change the executable path for
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`rust-analyzer`.
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g:ale_rust_analyzer_config *g:ale_rust_analyzer_config*
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*b:ale_rust_analyzer_config*
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Type: |Dictionary|
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Default: `{}`
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Dictionary with configuration settings for rust-analyzer. Keys of the
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dictionary are components of configuration keys. For example:
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>
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let g:ale_rust_analyzer_config = {
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\ 'server': {
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\ 'extraEnv': { 'RUSTUP_TOOLCHAIN': 'stable' },
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\ }
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\}
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<
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corresponds to `rust-analyzer.server.extraEnv = { 'RUSTUP_TOOLCHAIN': 'stable' }`
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For available configuration parameters, see the `rust-analyzer` manual:
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https://rust-analyzer.github.io/manual.html#configuration
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===============================================================================
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cargo *ale-rust-cargo*
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g:ale_rust_cargo_use_check *g:ale_rust_cargo_use_check*
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*b:ale_rust_cargo_use_check*
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Type: |Number|
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Default: `1`
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When set to `1`, this option will cause ALE to use `cargo check` instead of
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`cargo build` . `cargo check` is supported since version 1.16.0 of Rust.
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ALE will never use `cargo check` when the version of `cargo` is less than
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0.17.0.
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g:ale_rust_cargo_check_all_targets *g:ale_rust_cargo_check_all_targets*
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*b:ale_rust_cargo_check_all_targets*
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Type: |Number|
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Default: `0`
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When set to `1`, ALE will set the `--all-targets` option when `cargo check`
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is used. See |g:ale_rust_cargo_use_check|,
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g:ale_rust_cargo_check_tests *g:ale_rust_cargo_check_tests*
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*b:ale_rust_cargo_check_tests*
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Type: |Number|
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Default: `0`
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When set to `1`, ALE will set the `--tests` option when `cargo check`
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is used. This allows for linting of tests which are normally excluded.
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See |g:ale_rust_cargo_use_check|,
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g:ale_rust_cargo_check_examples *g:ale_rust_cargo_check_examples*
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*b:ale_rust_cargo_check_examples*
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Type: |Number|
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Default: `0`
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When set to `1`, ALE will set the `--examples` option when `cargo check`
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is used. This allows for linting of examples which are normally excluded.
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See |g:ale_rust_cargo_use_check|,
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g:ale_rust_cargo_default_feature_behavior
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*g:ale_rust_cargo_default_feature_behavior*
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*b:ale_rust_cargo_default_feature_behavior*
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Type: |String|
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Default: `default`
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When set to `none`, ALE will set the `--no-default-features` option when
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invoking `cargo`. Only the features specified in
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|g:ale_rust_cargo_include_features| will be included when performing the
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lint check.
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When set to `default`, ALE will instruct `cargo` to build all default
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features specified in the project's `Cargo.toml` file, in addition to
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including any additional features defined in
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|g:ale_rust_cargo_include_features|.
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When set to `all`, ALE will set the `--all-features` option when
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invoking `cargo`, which will include all features defined in the project's
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`Cargo.toml` file when performing the lint check.
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g:ale_rust_cargo_include_features *g:ale_rust_cargo_include_features*
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*b:ale_rust_cargo_include_features*
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Type: |String|
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Default: `''`
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When defined, ALE will set the `--features` option when invoking `cargo` to
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perform the lint check. See |g:ale_rust_cargo_default_feature_behavior|.
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g:ale_rust_cargo_avoid_whole_workspace *g:ale_rust_cargo_avoid_whole_workspace*
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*b:ale_rust_cargo_avoid_whole_workspace*
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Type: |Number|
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Default: `1`
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When set to 1, and ALE is used to edit a crate that is part of a Cargo
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workspace, avoid building the entire workspace by invoking `cargo` directly
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in the crate's directory. Otherwise, behave as usual.
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g:ale_rust_cargo_use_clippy *g:ale_rust_cargo_use_clippy*
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*b:ale_rust_cargo_use_clippy*
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Type: |Number|
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Default: `0`
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When set to 1, `cargo clippy` will be used instead of `cargo check` or
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`cargo build` as linter.
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For details of `cargo clippy`, please visit the following link:
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https://github.com/rust-lang-nursery/rust-clippy
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Since `cargo clippy` is optional toolchain, it's safer to check whether
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`cargo-clippy` is executable as follows:
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>
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let g:ale_rust_cargo_use_clippy = executable('cargo-clippy')
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<
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g:ale_rust_cargo_clippy_options *g:ale_rust_cargo_clippy_options*
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*b:ale_rust_cargo_clippy_options*
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Type: |String|
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Default: `''`
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When `cargo clippy` is used, this value will be added to a command line to run
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it. This variable is useful when you want to add some extra options which
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only `cargo clippy` supports (e.g. `--deny`).
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g:ale_rust_cargo_target_dir *g:ale_rust_cargo_target_dir*
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*b:ale_rust_cargo_target_dir*
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Type: |String|
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Default: `''`
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Use a custom target directory when running the commands for ALE. This can
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help to avoid "waiting for file lock on build directory" messages when
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running `cargo` commands manually while ALE is performing its checks.
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===============================================================================
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cspell *ale-rust-cspell*
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See |ale-cspell-options|
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===============================================================================
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rls *ale-rust-rls*
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g:ale_rust_rls_executable *g:ale_rust_rls_executable*
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*b:ale_rust_rls_executable*
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Type: |String|
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Default: `'rls'`
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This variable can be modified to change the executable path for `rls`.
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g:ale_rust_rls_toolchain *g:ale_rust_rls_toolchain*
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*b:ale_rust_rls_toolchain*
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Type: |String|
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Default: `''`
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This option can be set to change the toolchain used for `rls`. Possible
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values include `'nightly'`, `'beta'`, `'stable'`, and `''`. When using
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option `''`, rls will automatically find the default toolchain set by
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rustup. If you want to use `rls` from a specific toolchain version, you may
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also use values like `'channel-yyyy-mm-dd-arch-target'` as long as
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`'rls +{toolchain_name} -V'` runs correctly in your command line.
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The `rls` server will only be started once per executable.
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g:ale_rust_rls_config *g:ale_rust_rls_config*
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*b:ale_rust_rls_config*
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Type: |Dictionary|
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Default: `{}`
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Dictionary with configuration settings for rls. For example, to force
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using clippy as linter: >
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{
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\ 'rust': {
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\ 'clippy_preference': 'on'
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\ }
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\ }
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===============================================================================
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rustc *ale-rust-rustc*
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g:ale_rust_rustc_options *g:ale_rust_rustc_options*
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*b:ale_rust_rustc_options*
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Type: |String|
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Default: `'--emit=mir -o /dev/null'`
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The variable can be used to change the options passed to `rustc`.
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Users of nightly builds of Rust might want to use `-Z no-codegen` instead.
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Be careful when setting the options, as running `rustc` could execute code
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or generate binary files.
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g:ale_rust_ignore_error_codes *g:ale_rust_ignore_error_codes*
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*b:ale_rust_ignore_error_codes*
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Type: |List| of |String|s
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Default: `[]`
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This variable can contain error codes which will be ignored. For example, to
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ignore most errors regarding failed imports, put this in your .vimrc
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>
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let g:ale_rust_ignore_error_codes = ['E0432', 'E0433']
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g:ale_rust_ignore_secondary_spans *g:ale_rust_ignore_secondary_spans*
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*b:ale_rust_ignore_secondary_spans*
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Type: |Number|
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Default: `0`
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When set to 1, instructs the Rust error reporting to ignore secondary spans.
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The problem with secondary spans is that they sometimes appear in error
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messages before the main cause of the error, for example: >
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1 src/main.rs|98 col 5 error| this function takes 4 parameters but 5
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parameters were supplied: defined here
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2 src/main.rs|430 col 32 error| this function takes 4 parameters but 5
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parameters were supplied: expected 4 parameters
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<
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This is due to the sorting by line numbers. With this option set to 1,
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the 'defined here' span will not be presented.
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===============================================================================
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rustfmt *ale-rust-rustfmt*
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g:ale_rust_rustfmt_options *g:ale_rust_rustfmt_options*
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*b:ale_rust_rustfmt_options*
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Type: |String|
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Default: `''`
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This variable can be set to pass additional options to the rustfmt fixer.
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g:ale_rust_rustfmt_executable *g:ale_rust_rustfmt_executable*
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*b:ale_rust_rustfmt_executable*
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Type: |String|
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Default: `'rustfmt'`
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This variable can be modified to change the executable path for `rustfmt`.
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===============================================================================
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vim:tw=78:ts=2:sts=2:sw=2:ft=help:norl:
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