157   std::vector<size_t> cuIndices;  member in UnwindInfoSectionImpl
403   for (size_t idx : cuIndices) {  in encodePersonalities()
472   cuIndices.resize(cuEntries.size());  in finalize()
473   std::iota(cuIndices.begin(), cuIndices.end(), 0);  in finalize()
474   llvm::sort(cuIndices, [&](size_t a, size_t b) {  in finalize()
479   cueEndBoundary = cuEntries[cuIndices.back()].functionAddress +  in finalize()
480                    cuEntries[cuIndices.back()].functionLength;  in finalize()
489   auto foldWrite = cuIndices.begin();  in finalize()
490   for (auto foldBegin = cuIndices.begin(); foldBegin < cuIndices.end();) {  in finalize()
506     while (++foldEnd < cuIndices.end() &&  in finalize()
523   cuIndices.erase(foldWrite, cuIndices.end());  in finalize()
529   for (size_t idx : cuIndices)  in finalize()
563   for (size_t i = 0; i < cuIndices.size();) {  in finalize()
564     size_t idx = cuIndices[i];  in finalize()
575     while (wordsRemaining >= 1 && i < cuIndices.size()) {  in finalize()
576       idx = cuIndices[i];  in finalize()
598     if (i < cuIndices.size() &&  in finalize()
602                                  cuIndices.size() - page.entryIndex);  in finalize()
609   for (size_t idx : cuIndices) {  in finalize()
631   assert(!cuIndices.empty() && "call only if there is unwind info");  in writeTo()
665     size_t idx = cuIndices[page.entryIndex];  in writeTo()
700           cuEntries[cuIndices[page.entryIndex]].functionAddress;  in writeTo()
714             cuEntries[cuIndices[page.entryIndex + i]];  in writeTo()
734             cuEntries[cuIndices[page.entryIndex + i]];  in writeTo()