Struct FixCoordinator 

pub struct FixCoordinator { /* private fields */ }

Coordinates rule fixing to minimize the number of passes needed

Implementations

impl FixCoordinator

pub fn new() -> Self

pub fn get_optimal_order<'a>( &self, rules: &'a [Box<dyn Rule>], ) -> Vec<&'a dyn Rule>

Get the optimal order for running rules based on dependencies

pub fn apply_fixes_iterative( &self, rules: &[Box<dyn Rule>], all_warnings: &[LintWarning], content: &mut String, config: &Config, max_iterations: usize, file_path: Option<&Path>, ) -> Result<FixResult, String>

Apply fixes iteratively until no more fixes are needed or max iterations reached.

This implements a Ruff-inspired fix loop that re-parses the document after each fix, so a later rule sees what an earlier one produced (e.g., MD046 creating code blocks that MD040 needs to fix). After a fix the loop carries on with the next rule in dependency order, then wraps round to the rules before it, and stops once one full pass over every rule applies nothing.

The file_path parameter is used to determine per-file flavor overrides. If provided, the flavor for creating LintContext will be resolved using config.get_flavor_for_file().

pub fn apply_fixes_iterative_with_paths( &self, rules: &[Box<dyn Rule>], _all_warnings: &[LintWarning], content: &mut String, config: &Config, max_iterations: usize, paths: DocumentPaths<'_>, ) -> Result<FixResult, String>

Apply fixes with separate paths for configuration matching and rule filesystem access.

Native file adapters pass the same path for both. Virtual adapters can use a logical config_path for per-file flavor and ignores while leaving source_file unset so filesystem-dependent rules stay disabled.

Trait Implementations

impl Default for FixCoordinator

fn default() -> Self

Returns the “default value” for a type.