370                            [&](MachODefinedAtom *atom, uint64_t offset)->void {  in processSymboledSection()  argument
374                                Reference::kindLayoutAfter, 0, atom, 0);  in processSymboledSection()
375       prevAtom = atom;  in processSymboledSection()
515   auto atom =  in findAtomCoveringAddress()  local
518   return atom;  in findAtomCoveringAddress()
530                          const lld::Atom **atom, Reference::Addend *addend)  in convertRelocs()
546     *atom = file.findAtomCoveringAddress(*sect, offsetInSect, &offsetInTarget);  in convertRelocs()
699   for (auto *atom : file.defined())  in findDefinedAtomByName()  local
700     if (atom->name() == strName)  in findDefinedAtomByName()
701       return atom;  in findDefinedAtomByName()
746           stab.atom = currentAtom;  in parseStabs()
767           stab.atom = currentAtom;  in parseStabs()
774           stab.atom = currentAtom;  in parseStabs()
780         if (stab.atom == nullptr)  in parseStabs()
795       stab.atom = currentAtom;  in parseStabs()
1075                               MachODefinedAtom *atom,  in processCIE()  argument
1079   const uint8_t *frameData = atom->rawContent().data();  in processCIE()
1137     if (atom->begin() != atom->end()) {  in processCIE()
1140       DefinedAtom::reference_iterator CurrentRef = atom->begin();  in processCIE()
1145       if (++CurrentRef != atom->end())  in processCIE()
1160       atom->addReference(Reference::KindNamespace::mach_o, handler.kindArch(),  in processCIE()
1164   } else if (atom->begin() != atom->end()) {  in processCIE()
1171   cieInfos[atom] = std::move(cieInfo);  in processCIE()
1180                               MachODefinedAtom *atom,  in processFDE()  argument
1191   if (atom->begin() != atom->end())  in processFDE()
1192     atom->sortReferences();  in processFDE()
1194   DefinedAtom::reference_iterator CurrentRef = atom->begin();  in processFDE()
1201                            &atom](uint64_t Offset)->const Reference* {  in processFDE()
1203     if (CurrentRef == atom->end())  in processFDE()
1243     atom->addReference(Reference::KindNamespace::mach_o, handler.kindArch(),  in processFDE()
1251   const uint8_t *startFrameData = atom->rawContent().data();  in processFDE()
1340                          [&](MachODefinedAtom *atom, uint64_t offset) -> void {  in addEHFrameReferences()  argument
1341     assert(atom->contentType() == DefinedAtom::typeCFI);  in addEHFrameReferences()
1348     if (ArchHandler::isDwarfCIE(isBig, atom))  in addEHFrameReferences()
1350                               atom, offset, cieInfos);  in addEHFrameReferences()
1353                               atom, offset, cieInfos);  in addEHFrameReferences()
1486   file->eachDefinedAtom([&](MachODefinedAtom* atom) -> void {  in normalizedObjectToAtoms()  argument
1487     handler->addAdditionalReferences(*atom);  in normalizedObjectToAtoms()
1510     MachODefinedAtom *atom = file->findAtomCoveringAddress(*s, offsetInSect,  in normalizedObjectToAtoms()  local
1512     if (offsetInAtom + entry.length > atom->size()) {  in normalizedObjectToAtoms()
1521     atom->addReference(Reference::KindNamespace::mach_o, handler->kindArch(),  in normalizedObjectToAtoms()
1522                        handler->dataInCodeTransitionStart(*atom),  in normalizedObjectToAtoms()
1523                        offsetInAtom, atom, entry.kind);  in normalizedObjectToAtoms()
1533     if ((offsetInAtom + entry.length) == atom->size())  in normalizedObjectToAtoms()
1537     atom->addReference(Reference::KindNamespace::mach_o, handler->kindArch(),  in normalizedObjectToAtoms()
1538                        handler->dataInCodeTransitionEnd(*atom),  in normalizedObjectToAtoms()
1539                        offsetInAtom+entry.length, atom, 0);  in normalizedObjectToAtoms()