Struct UsageFinder 

pub struct UsageFinder {
    pub dfg: *mut DataFlowGraph,
    pub declared_aliases: DenseHashSet<Name>,
    pub local_bindings_referenced: Vec<(*const Def, *mut AstLocal)>,
    pub mentioned_defs: DenseHashSet<*const Def>,
    pub referenced_bindings: Vec<Name>,
    pub referenced_imported_bindings: Vec<(Name, Name)>,
    pub global_defs_to_pre_populate: Vec<(AstName, *const Def)>,
    pub global_functions_referenced: Vec<AstName>,
    pub symbols_to_refine: Vec<(*const Def, Symbol)>,
}

Fields

dfg: *mut DataFlowGraph

declared_aliases: DenseHashSet<Name>

local_bindings_referenced: Vec<(*const Def, *mut AstLocal)>

mentioned_defs: DenseHashSet<*const Def>

referenced_bindings: Vec<Name>

referenced_imported_bindings: Vec<(Name, Name)>

global_defs_to_pre_populate: Vec<(AstName, *const Def)>

global_functions_referenced: Vec<AstName>

symbols_to_refine: Vec<(*const Def, Symbol)>

Implementations

impl UsageFinder

pub fn usage_finder(dfg: *mut DataFlowGraph) -> Self

impl UsageFinder

pub fn visit_ast_expr_constant_string( &mut self, expr: *mut AstExprConstantString, ) -> bool

impl UsageFinder

pub fn visit_ast_type(&mut self, _node: *mut AstType) -> bool

impl UsageFinder

pub fn visit_ast_type_pack(&mut self, _node: *mut AstTypePack) -> bool

impl UsageFinder

pub fn visit_ast_stat_type_alias( &mut self, alias: *mut AstStatTypeAlias, ) -> bool

impl UsageFinder

pub fn visit_ast_type_reference(&mut self, ref_: *mut AstTypeReference) -> bool

impl UsageFinder

pub fn visit_ast_expr(&mut self, expr: *mut AstExpr) -> bool

impl UsageFinder

pub fn visit_ast_expr_global(&mut self, global: *mut AstExprGlobal) -> bool

impl UsageFinder

pub fn visit_ast_stat_function( &mut self, function: *mut AstStatFunction, ) -> bool

Trait Implementations

impl AstVisitor for UsageFinder

fn visit_expr_constant_string(&mut self, node: *mut c_void) -> bool

fn visit_type(&mut self, node: *mut c_void) -> bool

fn visit_type_pack(&mut self, node: *mut c_void) -> bool

fn visit_stat_type_alias(&mut self, node: *mut c_void) -> bool

fn visit_type_reference(&mut self, node: *mut c_void) -> bool

fn visit_expr(&mut self, node: *mut c_void) -> bool

fn visit_expr_global(&mut self, node: *mut c_void) -> bool

fn visit_stat_function(&mut self, node: *mut c_void) -> bool

fn visit_node(&mut self, _node: *mut c_void) -> bool

fn visit_attr(&mut self, node: *mut c_void) -> bool

fn visit_generic_type(&mut self, node: *mut c_void) -> bool

fn visit_generic_type_pack(&mut self, node: *mut c_void) -> bool

fn visit_expr_group(&mut self, node: *mut c_void) -> bool

fn visit_expr_constant_nil(&mut self, node: *mut c_void) -> bool

fn visit_expr_constant_bool(&mut self, node: *mut c_void) -> bool

fn visit_expr_constant_number(&mut self, node: *mut c_void) -> bool

fn visit_expr_constant_integer(&mut self, node: *mut c_void) -> bool

fn visit_expr_local(&mut self, node: *mut c_void) -> bool

fn visit_expr_varargs(&mut self, node: *mut c_void) -> bool

fn visit_expr_call(&mut self, node: *mut c_void) -> bool

fn visit_expr_index_name(&mut self, node: *mut c_void) -> bool

fn visit_expr_index_expr(&mut self, node: *mut c_void) -> bool

fn visit_expr_function(&mut self, node: *mut c_void) -> bool

fn visit_expr_table(&mut self, node: *mut c_void) -> bool

fn visit_expr_unary(&mut self, node: *mut c_void) -> bool

fn visit_expr_binary(&mut self, node: *mut c_void) -> bool

fn visit_expr_type_assertion(&mut self, node: *mut c_void) -> bool

fn visit_expr_if_else(&mut self, node: *mut c_void) -> bool

fn visit_expr_interp_string(&mut self, node: *mut c_void) -> bool

fn visit_expr_instantiate(&mut self, node: *mut c_void) -> bool

fn visit_expr_error(&mut self, node: *mut c_void) -> bool

fn visit_stat(&mut self, node: *mut c_void) -> bool

fn visit_stat_block(&mut self, node: *mut c_void) -> bool

fn visit_stat_if(&mut self, node: *mut c_void) -> bool

fn visit_stat_while(&mut self, node: *mut c_void) -> bool

fn visit_stat_repeat(&mut self, node: *mut c_void) -> bool

fn visit_stat_break(&mut self, node: *mut c_void) -> bool

fn visit_stat_continue(&mut self, node: *mut c_void) -> bool

fn visit_stat_return(&mut self, node: *mut c_void) -> bool

fn visit_stat_expr(&mut self, node: *mut c_void) -> bool

fn visit_stat_local(&mut self, node: *mut c_void) -> bool

fn visit_stat_for(&mut self, node: *mut c_void) -> bool

fn visit_stat_for_in(&mut self, node: *mut c_void) -> bool

fn visit_stat_assign(&mut self, node: *mut c_void) -> bool

fn visit_stat_compound_assign(&mut self, node: *mut c_void) -> bool

fn visit_stat_local_function(&mut self, node: *mut c_void) -> bool

fn visit_stat_type_function(&mut self, node: *mut c_void) -> bool

fn visit_stat_declare_function(&mut self, node: *mut c_void) -> bool

fn visit_stat_declare_global(&mut self, node: *mut c_void) -> bool

fn visit_stat_class(&mut self, node: *mut c_void) -> bool

fn visit_stat_declare_extern_type(&mut self, node: *mut c_void) -> bool

fn visit_stat_error(&mut self, node: *mut c_void) -> bool

fn visit_type_table(&mut self, node: *mut c_void) -> bool

fn visit_type_function(&mut self, node: *mut c_void) -> bool

fn visit_type_typeof(&mut self, node: *mut c_void) -> bool

fn visit_type_optional(&mut self, node: *mut c_void) -> bool

fn visit_type_union(&mut self, node: *mut c_void) -> bool

fn visit_type_intersection(&mut self, node: *mut c_void) -> bool

fn visit_type_singleton_bool(&mut self, node: *mut c_void) -> bool

fn visit_type_singleton_string(&mut self, node: *mut c_void) -> bool

fn visit_type_group(&mut self, node: *mut c_void) -> bool

fn visit_type_error(&mut self, node: *mut c_void) -> bool

fn visit_type_pack_explicit(&mut self, node: *mut c_void) -> bool

fn visit_type_pack_variadic(&mut self, node: *mut c_void) -> bool

fn visit_type_pack_generic(&mut self, node: *mut c_void) -> bool

impl Clone for UsageFinder

fn clone(&self) -> UsageFinder

Returns a duplicate of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for UsageFinder

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.