Lines Matching defs:cuEntries

155   std::vector<CompactUnwindEntry> cuEntries;
156   // Indices into the cuEntries vector.
161   // Indices into cuEntries for CUEs with a non-null LSDA.
163   // Map of cuEntries index to an index within the LSDA array.
350     std::vector<CompactUnwindEntry> &cuEntries) {
352     CompactUnwindEntry &cu = cuEntries[i];
404     CompactUnwindEntry &cu = cuEntries[idx];
463   cuEntries.resize(symbols.size());
468   relocateCompactUnwind(cuEntries);
472   cuIndices.resize(cuEntries.size());
475     return cuEntries[a].functionAddress < cuEntries[b].functionAddress;
479   cueEndBoundary = cuEntries[cuIndices.back()].functionAddress +
480                    cuEntries[cuIndices.back()].functionLength;
507            cuEntries[*foldBegin].encoding == cuEntries[*foldEnd].encoding &&
508            !cuEntries[*foldBegin].lsda && !cuEntries[*foldEnd].lsda &&
516            cuEntries[*foldBegin].personality ==
517                cuEntries[*foldEnd].personality &&
518            canFoldEncoding(cuEntries[*foldEnd].encoding))
530     encodingFrequencies[cuEntries[idx].encoding]++;
569         cuEntries[idx].functionAddress + COMPRESSED_ENTRY_FUNC_OFFSET_MASK;
577       const CompactUnwindEntry *cuPtr = &cuEntries[idx];
611     if (cuEntries[idx].lsda)
655   // FIXME: LD64 checks and warns aboutgaps or overlapse in cuEntries address
666     iep->functionOffset = cuEntries[idx].functionAddress - in.header->addr;
689     const CompactUnwindEntry &cu = cuEntries[idx];
700           cuEntries[cuIndices[page.entryIndex]].functionAddress;
714             cuEntries[cuIndices[page.entryIndex + i]];
734             cuEntries[cuIndices[page.entryIndex + i]];