Lines Matching +defs:Range +defs:Length

62     DWARFAddressRange Range(*Pos);
64       return Range;
68     DWARFAddressRange Range(*Iter);
70       return Range;
137   uint64_t AbbrOffset, Length;
150   std::tie(Length, Format) = DebugInfoData.getInitialLength(Offset);
175   ValidLength = DebugInfoData.isValidOffset(OffsetStart + Length + 3);
191           "Unit Header Length: Unit too large for .debug_info provided", [&]() {
198           "Unit Header Length: 16 bit unit header version is not valid", [&]() {
204           "Unit Header Length: Unit type encoding is not valid", [&]() {
210           "Unit Header Length: Offset into the .debug_abbrev section is not "
218       ErrorCategory.Report("Unit Header Length: Address size is unsupported",
224   *Offset = OffsetStart + Length + (isUnitDWARF64 ? 12 : 4);
603     for (const auto &Range : Ranges) {
604       if (!Range.valid()) {
607           error() << "Invalid address range " << Range << "\n";
619       if (auto PrevRange = RI.insert(Range)) {
623                   << *PrevRange << " and " << Range << '\n';
2076     uint64_t Length;
2080       Length = DA.getData().size();
2081       NextUnit = C.tell() + Length;
2083       std::tie(Length, Format) = DA.getInitialLength(C);
2086       if (C.tell() + Length > DA.getData().size()) {
2095                   SectionName, StartOffset, C.tell() - StartOffset, Length,
2096                   C.tell() + Length, DA.getData().size());
2102       NextUnit = C.tell() + Length;
2118     uint64_t Remainder = (Length - 4) % OffsetByteSize;
2124             SectionName, StartOffset, Length, OffsetByteSize, Remainder);