lib/MC/MCObjectDisassembler.cpp

210     MCTextAtom *TA = dyn_cast<MCTextAtom>(*AI);
211     if (!TA) continue;
212     Calls.push_back(TA->getBeginAddr());
213     BBInfos[TA->getBeginAddr()].Atom = TA;
214     for (MCTextAtom::const_iterator II = TA->begin(), IE = TA->end();
235     MCTextAtom *TA = cast<MCTextAtom>(A);
236     if (TA->getBeginAddr() == *SI)
238     MCTextAtom *NewAtom = TA->split(*SI);
240     StringRef BBName = TA->getName();
249     MCTextAtom *TA = dyn_cast<MCTextAtom>(*AI);
250     if (!TA) continue;
251     BBInfo &CurBB = BBInfos[TA->getBeginAddr()];
252     const MCDecodedInst &LI = TA->back();
336     MCTextAtom *&TA = BBI->Atom;
337     assert(!TA && "Discovered basic block already has an associated atom!");
342       TA = cast<MCTextAtom>(A);
345       if (TA->getBeginAddr() != BeginAddr) {
347         MCTextAtom *NewTA = TA->split(BeginAddr);
350         BBInfoByAddrTy::iterator It = BBInfos.find(TA->getBeginAddr());
356         TA = NewTA;
358       BBI->Atom = TA;
379           if (!TA)
380             TA = Module->createTextAtom(Addr, Addr);
381           TA->addInst(Inst, InstSize);
396       BBI->Atom = TA;
399     assert(TA && "Couldn't disassemble atom, none was created!");
400     assert(TA->begin() != TA->end() && "Empty atom!");
402     MemoryObject *Region = getRegionFor(TA->getBeginAddr());
408     if ((MIA.isConditionalBranch(TA->back().Inst) ||
409          !MIA.isTerminator(TA->back().Inst)) &&
410         (TA->getEndAddr() + 1 < EndRegion)) {
411       BBI->SuccAddrs.push_back(TA->getEndAddr() + 1);
412       Worklist.insert(TA->getEndAddr() + 1);
416     if (MIA.isBranch(TA->back().Inst)) {
418       if (MIA.evaluateBranch(TA->back().Inst, TA->back().Address,
419                              TA->back().Size, BranchTarget)) {