### TL;DR
Added a `should_run` function to multiple lint rules to determine if a rule should be executed based on the source type. This change optimizes the linting process by avoiding unnecessary rule checks.
### What changed?
1. **New Method**: Introduced the `should_run` method in the `Rule` trait.
2. **Implementation**: Implemented the `should_run` method for various lint rules, particularly those related to React and TypeScript.
3. **Usage**: Updated the `Linter` to use the `should_run` method to filter rules before execution.
4. **Macro Update**: Modified the `declare_all_lint_rules` macro to incorporate the `should_run` method.
### How to test?
1. Run the linter on a project containing React and TypeScript files.
2. Verify that only relevant rules are executed based on the file type (e.g., JSX rules for React files).
### Why make this change?
This change improves the performance of the linter by ensuring that only applicable rules are run for a given file type, reducing unnecessary computation and potential false positives.
---
> This PR is (unfortunately) quite large, but all changes are needed in tandem for this to work properly.
## What This PR Does
Updates the linter to populate diagnostics reported by rules with error codes statically derived from `RuleMeta` + `RuleEnum`.
Doing so required changing how we handle vitest rules. I know @mysterven was hoping to refactor that part of the code, and I think this approach is an improvement (but could probably be cleaned up further).
## Changes
### 1. Auto-Populate Error Codes
`LintContext` now sets an error code scope + error code number for diagnostics reported by lint rules. `LintContext` will not clobber existing codes set by rules, allowing for rule-specific override behavior (e.g. to use `eslint-plugin-react-hooks` as an error scope).
In order to accomplish this, I had to update every diagnostic factory for every rule. While doing this I found some incorrect error messages, or messages that could be easily improved. This is where a large majority of the snapshot diffs come from. Additionally, I was able to reduce string allocations from `format!` usages in diagnostic factories, especially within jest rules.
### 2. Framework and Library Detection
This PR adds `FrameworkFlags`, which specify what (if any) set of libraries and frameworks are being used by a project and/or file. They are passed in two ways:
1. `LintOptions` can specify a set of `framework_hints` that apply to the entire target codebase. Right now these are always empty, but I'm thinking in the future we could sniff `package.json`. It may be helpful for enabling/disabling default rules.
2. When `Linter` gets run on a file, framework information is sniffed from the `LintContext`. Right now, we are only checking for `vitest` imports in `ModuleRecord` and test path prefixes from `source_path`. It may be useful to do something similar for React/NextJS rules in the future. I know that [next/no-html-link-for-pages](https://nextjs.org/docs/messages/no-html-link-for-pages) could benefit greatly from this.
It has the same spirit as #3747 but with a much simpler approach. I've used the fact that @Boshen mentioned about linter always using CFG so now we assert `semantic.cfg().is_some()` in the `LintContext::new` because of this assertion we can have a `LintContext::cfg` that unwraps unchecked.
Eliminates unnecessary checks in our hot paths.
It has the best of both worlds, No complicated typing yet we still get the CFG as a non-optional value without extra ASM or branching.
This PR merges the previous confusing features `serde` and `wasm` into a
single `serialize` feature.
We'll eventually do serialize + type information for both wasm and napi
targets.
`oxc_macros` is removed from `oxc_ast`'s dependency because it requires
`syn` and friends, which goes against our policy ["Third-party
dependencies should be
minimal."](https://oxc-project.github.io/docs/contribute/rules.html#development-policy)
Closes#2641.
Also added `tsify` attribute to the `SerAttrs` derive macro, so `#[cfg_attr(feature = "wasm", tsify(...))]` can also be reduced to `#[tsify(...)]`.
For a various reasons:
This features bloats the code size.
We have many tools for profiling in Rust (as compared to ESLint where the feature came from),
so a built-in feature is not really needed anymore.
ESLint needed `--timings` because it needs to monitor plugins.
We control all our code so we don't need this.
* feat(linter): add restriction category for lint rules
* feat(cli): add "--allow" and "--deny" commands
* feat(linter): use a single instance of linter
* feat(cli): derive rules from args
* feat(cli): print number of rules
