123       std::vector<EntryT*> callchain;  in ProcessSampleRecord()  local
124       callchain.push_back(sample);  in ProcessSampleRecord()
148               CreateCallChainSample(sample, ip, in_kernel, callchain, acc_info);  in ProcessSampleRecord()
152           callchain.push_back(callchain_sample);  in ProcessSampleRecord()
159           std::reverse(callchain.begin(), callchain.end());  in ProcessSampleRecord()
162         while (callchain.size() >= 2) {  in ProcessSampleRecord()
163           EntryT* sample = callchain[0];  in ProcessSampleRecord()
164           callchain.erase(callchain.begin());  in ProcessSampleRecord()
170           InsertCallChainForSample(sample, callchain, acc_info);  in ProcessSampleRecord()
193                                         const std::vector<EntryT*>& callchain,
222                                 const std::vector<EntryT*>& callchain) {  in InsertCallChainSample()  argument
242       if (std::find(callchain.begin(), callchain.end(), sample) !=  in InsertCallChainSample()
243           callchain.end()) {  in InsertCallChainSample()
251                                 const std::vector<EntryT*>& callchain,  in InsertCallChainForSample()  argument
254     sample->callchain.AddCallChain(  in InsertCallChainForSample()
255         callchain, period, [&](const EntryT* s1, const EntryT* s2) {  in InsertCallChainForSample()
265           sample->callchain.duplicated = true;  in AddCallChainDuplicateInfo()
330   void SortCallChain(EntryT* sample) { sample->callchain.SortByPeriod(); }  in SortCallChain()