65   DenseMap<PassInstanceID, std::unique_ptr<Timer>> TimingData; ///< timers for pass instances
87   Timer *getPassTimer(Pass *, PassInstanceID);
92   Timer *newPassTimer(StringRef PassID, StringRef PassDesc);
121 Timer *PassTimingInfo::newPassTimer(StringRef PassID, StringRef PassDesc) {  in newPassTimer()
127   return new Timer(PassID, PassDescNumbered, TG);  in newPassTimer()
130 Timer *PassTimingInfo::getPassTimer(Pass *P, PassInstanceID Pass) {  in getPassTimer()
136   std::unique_ptr<Timer> &T = TimingData[Pass];  in getPassTimer()
152 Timer *getPassTimer(Pass *P) {  in getPassTimer()
172 Timer &TimePassesHandler::getPassTimer(StringRef PassID, bool IsPass) {  in getPassTimer()
177       Timers.emplace_back(new Timer(PassID, PassID, TG));  in getPassTimer()
188   Timer *T = new Timer(PassID, FullDesc, TG);  in getPassTimer()
229       const Timer* MyTimer = MyTimers[idx].get();  in dump()
239       const Timer* MyTimer = MyTimers[idx].get();  in dump()
261   Timer &MyTimer = getPassTimer(PassID, /*IsPass*/ true);  in startPassTimer()
271   Timer *MyTimer = PassActiveTimerStack.pop_back_val();  in stopPassTimer()
291   Timer &MyTimer = getPassTimer(PassID, /*IsPass*/ false);  in startAnalysisTimer()
299   Timer *MyTimer = AnalysisActiveTimerStack.pop_back_val();  in stopAnalysisTimer()