@@ -299,21 +299,21 @@ fn calc_unused_spans(
299299
300300            let  mut  unused_spans = Vec :: new ( ) ; 
301301            let  mut  to_remove = Vec :: new ( ) ; 
302-             let  mut  used_childs  = 0 ; 
302+             let  mut  used_children  = 0 ; 
303303            let  mut  contains_self = false ; 
304304            let  mut  previous_unused = false ; 
305305            for  ( pos,  ( use_tree,  use_tree_id) )  in  nested. iter ( ) . enumerate ( )  { 
306306                let  remove = match  calc_unused_spans ( unused_import,  use_tree,  * use_tree_id)  { 
307307                    UnusedSpanResult :: Used  => { 
308-                         used_childs  += 1 ; 
308+                         used_children  += 1 ; 
309309                        None 
310310                    } 
311311                    UnusedSpanResult :: Unused  {  mut  spans,  remove }  => { 
312312                        unused_spans. append ( & mut  spans) ; 
313313                        Some ( remove) 
314314                    } 
315315                    UnusedSpanResult :: PartialUnused  {  mut  spans,  remove :  mut  to_remove_extra }  => { 
316-                         used_childs  += 1 ; 
316+                         used_children  += 1 ; 
317317                        unused_spans. append ( & mut  spans) ; 
318318                        to_remove. append ( & mut  to_remove_extra) ; 
319319                        None 
@@ -322,7 +322,7 @@ fn calc_unused_spans(
322322                if  let  Some ( remove)  = remove { 
323323                    let  remove_span = if  nested. len ( )  == 1  { 
324324                        remove
325-                     }  else  if  pos == nested. len ( )  - 1  || used_childs  > 0  { 
325+                     }  else  if  pos == nested. len ( )  - 1  || used_children  > 0  { 
326326                        // Delete everything from the end of the last import, to delete the 
327327                        // previous comma 
328328                        nested[ pos - 1 ] . 0 . span . shrink_to_hi ( ) . to ( use_tree. span ) 
@@ -346,7 +346,7 @@ fn calc_unused_spans(
346346            } 
347347            if  unused_spans. is_empty ( )  { 
348348                UnusedSpanResult :: Used 
349-             }  else  if  used_childs  == 0  { 
349+             }  else  if  used_children  == 0  { 
350350                UnusedSpanResult :: Unused  {  spans :  unused_spans,  remove :  full_span } 
351351            }  else  { 
352352                // If there is only one remaining child that is used, the braces around the use 
@@ -360,7 +360,7 @@ fn calc_unused_spans(
360360                // `self`: `use foo::{self};` is valid Rust syntax, while `use foo::self;` errors 
361361                // out. We also cannot turn `use foo::{self}` into `use foo`, as the former doesn't 
362362                // import types with the same name as the module. 
363-                 if  used_childs  == 1  && !contains_self { 
363+                 if  used_children  == 1  && !contains_self { 
364364                    // Left brace, from the start of the nested group to the first item. 
365365                    to_remove. push ( 
366366                        tree_span. shrink_to_lo ( ) . to ( nested. first ( ) . unwrap ( ) . 0 . span . shrink_to_lo ( ) ) , 
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