307       const BinaryData *BD = getBinaryDataContainingAddress(RelAddr);  in validateHoles()  local
308       if (!BD) {  in validateHoles()
313       } else if (!BD->getAtomicRoot()) {  in validateHoles()
356     BinaryData *BD = GAI->second->Parent ? GAI->second->Parent : GAI->second;  in updateObjectNesting()  local
360         BD->containsRange(Itr->second->getAddress(), Itr->second->getSize())) {  in updateObjectNesting()
361       Itr->second->Parent = BD;  in updateObjectNesting()
368 BinaryContext::getSubBinaryData(BinaryData *BD) {  in getSubBinaryData()  argument
369   auto Start = std::next(BinaryDataMap.find(BD->getAddress()));  in getSubBinaryData()
371   while (End != BinaryDataMap.end() && BD->isAncestorOf(End->second))  in getSubBinaryData()
434   if (BinaryData *BD = getBinaryDataContainingAddress(Address))  in handleAddressRef()  local
435     return std::make_pair(BD->getSymbol(), Address - BD->getAddress());  in handleAddressRef()
996   BinaryData *BD;  in registerNameAtAddress()  local
1001     BD = new BinaryData(*Symbol, Address, Size, Alignment ? Alignment : 1,  in registerNameAtAddress()
1003     GAI = BinaryDataMap.emplace(Address, BD).first;  in registerNameAtAddress()
1004     GlobalSymbols[Name] = BD;  in registerNameAtAddress()
1007     BD = GAI->second;  in registerNameAtAddress()
1008     if (!BD->hasName(Name)) {  in registerNameAtAddress()
1009       GlobalSymbols[Name] = BD;  in registerNameAtAddress()
1010       BD->Symbols.push_back(Symbol);  in registerNameAtAddress()
1027     const BinaryData *BD = NI->second->getParent();  in getBinaryDataContainingAddressImpl()  local
1028     while (BD) {  in getBinaryDataContainingAddressImpl()
1029       if (BD->containsAddress(Address))  in getBinaryDataContainingAddressImpl()
1030         return BD;  in getBinaryDataContainingAddressImpl()
1031       BD = BD->getParent();  in getBinaryDataContainingAddressImpl()
1060   auto isPadding = [](const BinaryData &BD) {  in generateSymbolHashes()  argument
1061     StringRef Contents = BD.getSection().getContents();  in generateSymbolHashes()
1062     StringRef SymData = Contents.substr(BD.getOffset(), BD.getSize());  in generateSymbolHashes()
1063     return (BD.getName().startswith("HOLEat") ||  in generateSymbolHashes()
1069     BinaryData &BD = *Entry.second;  in generateSymbolHashes()  local
1070     StringRef Name = BD.getName();  in generateSymbolHashes()
1076     if (BD.getSymbols().size() > 1) {  in generateSymbolHashes()
1077       auto Itr = llvm::find_if(BD.getSymbols(), [&](const MCSymbol *Symbol) {  in generateSymbolHashes()
1080       if (Itr != BD.getSymbols().end()) {  in generateSymbolHashes()
1081         size_t Idx = std::distance(BD.getSymbols().begin(), Itr);  in generateSymbolHashes()
1082         std::swap(BD.getSymbols()[0], BD.getSymbols()[Idx]);  in generateSymbolHashes()
1088     if (BD.getSize() == 0) {  in generateSymbolHashes()
1092     const uint64_t Hash = BD.getSection().hash(BD);  in generateSymbolHashes()
1099       if (!isPadding(BD)) {  in generateSymbolHashes()
1101           errs() << "BOLT-WARNING: collision detected when hashing " << BD  in generateSymbolHashes()
1108     BD.Symbols.insert(BD.Symbols.begin(), Ctx->getOrCreateSymbol(NewName));  in generateSymbolHashes()
1109     GlobalSymbols[NewName] = &BD;  in generateSymbolHashes()
1305     BinaryData *BD = Entry.second;  in postProcessSymbolTable()  local
1306     if ((BD->getName().startswith("SYMBOLat") ||  in postProcessSymbolTable()
1307          BD->getName().startswith("DATAat")) &&  in postProcessSymbolTable()
1308         !BD->getParent() && !BD->getSize() && !BD->isAbsolute() &&  in postProcessSymbolTable()
1309         BD->getSection()) {  in postProcessSymbolTable()
1310       errs() << "BOLT-WARNING: zero-sized top level symbol: " << *BD << "\n";  in postProcessSymbolTable()
1387       BinaryData *BD = Itr->second;  in fixBinaryDataHoles()  local
1388       bool isHole = (!BD->getParent() && !BD->getSize() && BD->isObject() &&  in fixBinaryDataHoles()
1389                      (BD->getName().startswith("SYMBOLat0x") ||  in fixBinaryDataHoles()
1390                       BD->getName().startswith("DATAat0x") ||  in fixBinaryDataHoles()
1391                       BD->getName().startswith("ANONYMOUS")));  in fixBinaryDataHoles()
1392       return !isHole && BD->getSection() == Section && !BD->getParent();  in fixBinaryDataHoles()
1417       BinaryData *BD = getBinaryDataAtAddress(Hole.first);  in fixBinaryDataHoles()  local
1418       if (BD) {  in fixBinaryDataHoles()
1422         if (BD->getSection() == Section)  in fixBinaryDataHoles()
1439     const BinaryData *BD = Entry.second;  in printGlobalSymbols()  local
1440     const BinarySection &Section = BD->getSection();  in printGlobalSymbols()
1448         Address = BD->getAddress();  in printGlobalSymbols()
1449         Size = BD->getSize();  in printGlobalSymbols()
1459     const BinaryData *P = BD->getParent();  in printGlobalSymbols()
1464     OS << *BD << "\n";  in printGlobalSymbols()
2091 void BinaryContext::markAmbiguousRelocations(BinaryData &BD,  in markAmbiguousRelocations()  argument
2093   auto setImmovable = [&](BinaryData &BD) {  in markAmbiguousRelocations()  argument
2094     BinaryData *Root = BD.getAtomicRoot();  in markAmbiguousRelocations()
2103   if (Address == BD.getAddress()) {  in markAmbiguousRelocations()
2104     setImmovable(BD);  in markAmbiguousRelocations()
2108     if (Prev && Prev->getEndAddress() == BD.getAddress())  in markAmbiguousRelocations()
2112   if (Address == BD.getEndAddress()) {  in markAmbiguousRelocations()
2113     setImmovable(BD);  in markAmbiguousRelocations()
2116     BinaryData *Next = getBinaryDataContainingAddress(BD.getEndAddress());  in markAmbiguousRelocations()
2117     if (Next && Next->getAddress() == BD.getEndAddress())  in markAmbiguousRelocations()
2305   if (const BinaryData *BD = getBinaryDataAtAddress(Address)) {  in getBinaryFunctionAtAddress()  local
2307     BinaryFunction *BF = getFunctionForSymbol(BD->getSymbol(), &EntryID);  in getBinaryFunctionAtAddress()