@@ -653,8 +653,8 @@ static bool find_smallest_isolation(sta::dbNetwork* network,
653653 // Find enable & data pins for the isolation cell
654654 sta::LibertyPort* tmp_enable_lib_port = nullptr ;
655655 sta::LibertyPort* tmp_out_lib_port = nullptr ;
656- odb::dbMTerm* tmp_enable_term = nullptr ;
657- odb::dbMTerm* tmp_data_term = nullptr ;
656+ odb::dbMTerm* tmp_enable_term = nullptr ;
657+ odb::dbMTerm* tmp_data_term = nullptr ;
658658 odb::dbMTerm* tmp_output_term = nullptr ;
659659
660660 for (auto && term : iso_cell->getMTerms ()) {
@@ -681,21 +681,21 @@ static bool find_smallest_isolation(sta::dbNetwork* network,
681681 }
682682
683683 if (!tmp_output_term || !tmp_data_term || !tmp_enable_term) {
684- // Isolation cell defined, but can't find one of output, data or enable terms.
684+ // Isolation cell defined, but can't find one of output, data or enable
685+ // terms.
685686 continue ;
686687 }
687-
688+
688689 // Determine if an inverter is needed for the control pin & output
689690 bool tmp_invert_output = false ;
690691 bool tmp_invert_control = false ;
691- bool matched = check_isolation_match (
692- tmp_out_lib_port->function (),
693- tmp_enable_lib_port,
694- isolation_sense,
695- isolation_clamp_val,
696- logger,
697- tmp_invert_control,
698- tmp_invert_output);
692+ bool matched = check_isolation_match (tmp_out_lib_port->function (),
693+ tmp_enable_lib_port,
694+ isolation_sense,
695+ isolation_clamp_val,
696+ logger,
697+ tmp_invert_control,
698+ tmp_invert_output);
699699 if (!matched) {
700700 continue ;
701701 }
@@ -705,12 +705,12 @@ static bool find_smallest_isolation(sta::dbNetwork* network,
705705 if (tmp_invert_control || tmp_invert_output) {
706706 if (!inverter_m)
707707 continue ;
708-
708+
709709 if (tmp_invert_control)
710710 tmp_area += inverter_m->getArea ();
711711 if (tmp_invert_output)
712712 tmp_area += inverter_m->getArea ();
713- }
713+ }
714714
715715 if (tmp_area < smallest_area) {
716716 smallest_area = tmp_area;
@@ -1000,11 +1000,11 @@ static bool isolate_connection(odb::dbITerm* src_term,
10001000 odb::dbMTerm *input_m = nullptr , *output_m = nullptr ;
10011001 bool inverter_found
10021002 = find_smallest_inverter (network, block, inverter_m, input_m, output_m);
1003-
1003+
10041004 if (!inverter_found) {
10051005 logger->warn (utl::UPF, 31 , " can't find any inverters" );
10061006 }
1007-
1007+
10081008 odb::dbMTerm* enable_term = nullptr ;
10091009 odb::dbMTerm* data_term = nullptr ;
10101010 odb::dbMTerm* output_term = nullptr ;
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