207         Range(ExprRange),
955             | Expr::Range(ExprRange { attrs, .. })  in replace_attrs()
1320             if let Expr::Range(_) = lhs {  in parse_expr()
1329                     if let Expr::Range(_) = lhs {  in parse_expr()
1352                     Expr::Range(_) => false,  in parse_expr()
1364             } else if Precedence::Range >= base && input.peek(Token![..]) {  in parse_expr()
1367                 lhs = Expr::Range(ExprRange {  in parse_expr()
1476             Precedence::Range  in peek_precedence()
1605             if let Expr::Range(range) = e {  in trailer_expr()
1638                     Expr::Range(_) => false,  in trailer_helper()
1701                     Expr::Range(_) => false,  in trailer_helper()
1860             expr_range(input, allow_struct).map(Expr::Range)  in atom_expr()
2403         ExprRange, Range, "expected range expression",
2624                 Pat::Range(pat) => pat.attrs = attrs,  in closure_arg()
2916             let end = parse_binop_rhs(input, allow_struct, Precedence::Range)?;  in parse_range_end()
3248             Expr::Range(e) => print_expr_range(e, tokens, fixup),  in print_expr()
3317             print_subexpression(&e.left, left_prec <= Precedence::Range, tokens, left_fixup);  in print_expr_assign()
3405                 Precedence::Assign => left_prec <= Precedence::Range,  in print_expr_binary()
3862                     Precedence::Range,  in print_expr_range()
3864                 print_subexpression(start, left_prec <= Precedence::Range, tokens, left_fixup);  in print_expr_range()
3869                     fixup.rightmost_subexpression_fixup(false, true, Precedence::Range);  in print_expr_range()
3871                 print_subexpression(end, right_prec <= Precedence::Range, tokens, right_fixup);  in print_expr_range()