@@ -59,15 +59,15 @@ impl LateLintPass<'_> for FieldReassignWithDefault {
5959 // Default::default() get reassigned
6060 let mut first_assign = None ;
6161 let mut assigned_fields = FxHashMap :: default ( ) ;
62- for consequtive_statement in & block. stmts [ stmt_idx + 1 ..] {
62+ for consecutive_statement in & block. stmts [ stmt_idx + 1 ..] {
6363 // interrupt if the statement is a let binding (`Local`) that shadows the original
6464 // binding
65- if stmt_shadows_binding ( consequtive_statement , binding_name) {
65+ if stmt_shadows_binding ( consecutive_statement , binding_name) {
6666 break ;
6767 }
68- // find out if and which field was set by this `consequtive_statement `
68+ // find out if and which field was set by this `consecutive_statement `
6969 else if let Some ( ( field_ident, assign_rhs) ) =
70- field_reassigned_by_stmt ( consequtive_statement , binding_name)
70+ field_reassigned_by_stmt ( consecutive_statement , binding_name)
7171 {
7272 // extract and store the assigned value for help message
7373 let value_snippet = snippet ( cx, assign_rhs. span , ".." ) ;
@@ -77,10 +77,10 @@ impl LateLintPass<'_> for FieldReassignWithDefault {
7777
7878 // also set first instance of error for help message
7979 if first_assign. is_none ( ) {
80- first_assign = Some ( consequtive_statement ) ;
80+ first_assign = Some ( consecutive_statement ) ;
8181 }
8282 }
83- // interrupt also if no field was assigned, since we only want to look at consequtive statements
83+ // interrupt also if no field was assigned, since we only want to look at consecutive statements
8484 else {
8585 break ;
8686 }
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