122 FileAnalysis::getPrevInstructionSequential(const Instr &InstrMeta) const {  in getPrevInstructionSequential()
124       Instructions.find(InstrMeta.VMAddress);  in getPrevInstructionSequential()
135 FileAnalysis::getNextInstructionSequential(const Instr &InstrMeta) const {  in getNextInstructionSequential()
137       Instructions.find(InstrMeta.VMAddress);  in getNextInstructionSequential()
147 bool FileAnalysis::usesRegisterOperand(const Instr &InstrMeta) const {  in usesRegisterOperand()
148   for (const auto &Operand : InstrMeta.Instruction) {  in usesRegisterOperand()
169 bool FileAnalysis::isCFITrap(const Instr &InstrMeta) const {  in isCFITrap()
170   const auto &InstrDesc = MII->get(InstrMeta.Instruction.getOpcode());  in isCFITrap()
171   return InstrDesc.isTrap() || willTrapOnCFIViolation(InstrMeta);  in isCFITrap()
174 bool FileAnalysis::willTrapOnCFIViolation(const Instr &InstrMeta) const {  in willTrapOnCFIViolation()
175   const auto &InstrDesc = MII->get(InstrMeta.Instruction.getOpcode());  in willTrapOnCFIViolation()
179   if (!MIA->evaluateBranch(InstrMeta.Instruction, InstrMeta.VMAddress,  in willTrapOnCFIViolation()
180                            InstrMeta.InstructionSize, Target))  in willTrapOnCFIViolation()
185 bool FileAnalysis::canFallThrough(const Instr &InstrMeta) const {  in canFallThrough()
186   if (!InstrMeta.Valid)  in canFallThrough()
189   if (isCFITrap(InstrMeta))  in canFallThrough()
192   const auto &InstrDesc = MII->get(InstrMeta.Instruction.getOpcode());  in canFallThrough()
193   if (InstrDesc.mayAffectControlFlow(InstrMeta.Instruction, *RegisterInfo))  in canFallThrough()
200 FileAnalysis::getDefiniteNextInstruction(const Instr &InstrMeta) const {  in getDefiniteNextInstruction()
201   if (!InstrMeta.Valid)  in getDefiniteNextInstruction()
204   if (isCFITrap(InstrMeta))  in getDefiniteNextInstruction()
207   const auto &InstrDesc = MII->get(InstrMeta.Instruction.getOpcode());  in getDefiniteNextInstruction()
209   if (InstrDesc.mayAffectControlFlow(InstrMeta.Instruction, *RegisterInfo)) {  in getDefiniteNextInstruction()
214     if (!MIA->evaluateBranch(InstrMeta.Instruction, InstrMeta.VMAddress,  in getDefiniteNextInstruction()
215                              InstrMeta.InstructionSize, Target))  in getDefiniteNextInstruction()
221         getInstruction(InstrMeta.VMAddress + InstrMeta.InstructionSize);  in getDefiniteNextInstruction()
231 FileAnalysis::getDirectControlFlowXRefs(const Instr &InstrMeta) const {  in getDirectControlFlowXRefs()
233   const Instr *PrevInstruction = getPrevInstructionSequential(InstrMeta);  in getDirectControlFlowXRefs()
238   const auto &TargetRefsKV = StaticBranchTargetings.find(InstrMeta.VMAddress);  in getDirectControlFlowXRefs()
248              << format_hex(InstrMeta.VMAddress, 2) << ".\n";  in getDirectControlFlowXRefs()
366 void FileAnalysis::printInstruction(const Instr &InstrMeta,  in printInstruction()  argument
368   Printer->printInst(&InstrMeta.Instruction, 0, "", *SubtargetInfo.get(), OS);  in printInstruction()
479   Instr InstrMeta;  in parseSectionContents()  local
491     InstrMeta.Instruction = Instruction;  in parseSectionContents()
492     InstrMeta.VMAddress = VMAddress;  in parseSectionContents()
493     InstrMeta.InstructionSize = InstructionSize;  in parseSectionContents()
494     InstrMeta.Valid = ValidInstruction;  in parseSectionContents()
496     addInstruction(InstrMeta);  in parseSectionContents()
514     if (!usesRegisterOperand(InstrMeta))  in parseSectionContents()