108     isyms.push_back(read32(  in appendIndirectSymbols()
123   switch (read32(&mh->magic, false)) {  in isMachOHeader()
165   if (read32(&mh->filetype, isBig) != MH_OBJECT)  in isThinObjectFile()
170       read32(&mh->cputype, isBig),  in isThinObjectFile()
171       read32(&mh->cpusubtype, isBig));  in isThinObjectFile()
267       indirectSymbolTableOffset = read32(&d->indirectsymoff, isBig);  in readBinary()
268       indirectSymbolTableCount = read32(&d->nindirectsyms, isBig);  in readBinary()
287         const unsigned sectionCount = read32(&seg->nsects, isBig);  in readBinary()
300           section.type = (SectionType)(read32(&sect->flags, isBig) &  in readBinary()
302           section.attributes  = read32(&sect->flags, isBig) & SECTION_ATTRIBUTES;  in readBinary()
303           section.alignment   = 1 << read32(&sect->align, isBig);  in readBinary()
306             (const uint8_t *)start + read32(&sect->offset, isBig);  in readBinary()
312                             read32(&sect->reloff, isBig),  in readBinary()
313                             read32(&sect->nreloc, isBig));  in readBinary()
319                                   read32(&sect->reserved1, isBig),  in readBinary()
330         const unsigned sectionCount = read32(&seg->nsects, isBig);  in readBinary()
343           section.type = (SectionType)(read32(&sect->flags, isBig) &  in readBinary()
346               read32((const uint8_t *)&sect->flags, isBig) & SECTION_ATTRIBUTES;  in readBinary()
347           section.alignment   = 1 << read32(&sect->align, isBig);  in readBinary()
348           section.address     = read32(&sect->addr, isBig);  in readBinary()
350             (const uint8_t *)start + read32(&sect->offset, isBig);  in readBinary()
351           size_t contentSize = read32(&sect->size, isBig);  in readBinary()
356                             read32(&sect->reloff, isBig),  in readBinary()
357                             read32(&sect->nreloc, isBig));  in readBinary()
362                 read32(&sect->reserved1, isBig), contentSize / 4);  in readBinary()
370       const char *strings = start + read32(&st->stroff, isBig);  in readBinary()
371       const uint32_t strSize = read32(&st->strsize, isBig);  in readBinary()
373       if (read32((const uint8_t *)&st->stroff, isBig) +  in readBinary()
374               read32((const uint8_t *)&st->strsize, isBig) >  in readBinary()
378         const uint32_t symOffset = read32(&st->symoff, isBig);  in readBinary()
379         const uint32_t symCount = read32(&st->nsyms, isBig);  in readBinary()
410         const uint32_t symOffset = read32(&st->symoff, isBig);  in readBinary()
411         const uint32_t symCount = read32(&st->nsyms, isBig);  in readBinary()
446       f->installName = lc + read32(&dl->dylib.name, isBig);  in readBinary()
447       f->currentVersion = read32(&dl->dylib.current_version, isBig);  in readBinary()
448       f->compatVersion = read32(&dl->dylib.compatibility_version, isBig);  in readBinary()
455           start + read32(&ldc->dataoff, isBig));  in readBinary()
456       dataInCodeSize = read32(&ldc->datasize, isBig);  in readBinary()
465       entry.path = lc + read32(&dl->dylib.name, isBig);  in readBinary()
467       entry.compatVersion = read32(&dl->dylib.compatibility_version, isBig);  in readBinary()
468       entry.currentVersion = read32(&dl->dylib.current_version, isBig);  in readBinary()
474       f->rpaths.push_back(lc + read32(&rpc->path, isBig));  in readBinary()
500       entry.offset = read32(&dataInCode[i].offset, isBig);  in readBinary()
512           start + read32(&dyldInfo->export_off, isBig));  in readBinary()
513       ArrayRef<uint8_t> trie(trieStart, read32(&dyldInfo->export_size, isBig));  in readBinary()