3 use gimli::{AttributeValue, RangeListsOffset, UnitRef, write};
15     pub(crate) fn from(entry: &write::ConvertUnitEntry<Reader<'_>>) -> Result<Self, Error> {  in from()
62         entry: &write::ConvertUnitEntry<Reader<'_>>,  in from_subprogram_die()
95         out_unit: &mut write::Unit,  in build()
96         current_scope_id: write::UnitEntryId,  in build()
103                     .unwrap_or(write::Address::Constant(0));  in build()
105                 current_scope.set(gimli::DW_AT_low_pc, write::AttributeValue::Address(addr));  in build()
128                         .map(|tr| write::Range::StartLength {  in build()
133                     let range_list_id = out_unit.ranges.add(write::RangeList(range_list));  in build()
137                         write::AttributeValue::RangeListRef(range_list_id),  in build()
143                         write::AttributeValue::Address(result[0].0),  in build()
147                         write::AttributeValue::Udata(result[0].1),  in build()
154                 let addr = write::Address::Symbol {  in build()
160                 current_scope.set(gimli::DW_AT_low_pc, write::AttributeValue::Address(addr));  in build()
161                 current_scope.set(gimli::DW_AT_high_pc, write::AttributeValue::Udata(len));  in build()
180         out_range_lists: &mut write::RangeListTable,  in build_ranges()
181     ) -> write::RangeListId {  in build_ranges()
187                     write::Range::StartLength {  in build_ranges()
193             out_range_lists.add(write::RangeList(range_list))  in build_ranges()