107     TraceEvent* traceEvent  = reinterpret_cast<TraceEvent*>(storagePtr);  in addTraceEvent()  local
108     traceEvent->fPhase      = phase;  in addTraceEvent()
109     traceEvent->fNumArgs    = numArgs;  in addTraceEvent()
110     traceEvent->fSize       = size;  in addTraceEvent()
111     traceEvent->fName       = name;  in addTraceEvent()
112     traceEvent->fID         = id;  in addTraceEvent()
113     traceEvent->fClockBegin = std::chrono::steady_clock::now().time_since_epoch().count();  in addTraceEvent()
114     traceEvent->fClockEnd   = 0;  in addTraceEvent()
115     traceEvent->fThreadID   = SkGetThreadID();  in addTraceEvent()
117     TraceEventArg* traceEventArgs  = traceEvent->args();  in addTraceEvent()
118     char*          stringTableBase = traceEvent->stringTable();  in addTraceEvent()
147     TraceEvent*    traceEvent = reinterpret_cast<TraceEvent*>(handle);  in updateTraceEventDuration()  local
148     traceEvent->fClockEnd         = std::chrono::steady_clock::now().time_since_epoch().count();  in updateTraceEventDuration()
196                                 TraceEvent*                   traceEvent,  in trace_event_to_json()  argument
201     if (TRACE_EVENT_PHASE_CREATE_OBJECT == traceEvent->fPhase) {  in trace_event_to_json()
202         SkASSERT(nullptr == baseTypeResolver->find(traceEvent->fID));  in trace_event_to_json()
203         baseTypeResolver->set(traceEvent->fID, traceEvent->fName);  in trace_event_to_json()
204     } else if (TRACE_EVENT_PHASE_DELETE_OBJECT == traceEvent->fPhase) {  in trace_event_to_json()
205         SkASSERT(nullptr != baseTypeResolver->find(traceEvent->fID));  in trace_event_to_json()
206         baseTypeResolver->remove(traceEvent->fID);  in trace_event_to_json()
211     char phaseString[2] = {traceEvent->fPhase, 0};  in trace_event_to_json()
213     writer->appendString("name", traceEvent->fName);  in trace_event_to_json()
214     if (0 != traceEvent->fID) {  in trace_event_to_json()
216         writer->appendPointer("id", reinterpret_cast<void*>(traceEvent->fID));  in trace_event_to_json()
222             static_cast<int64_t>(traceEvent->fClockBegin - serializationState->fClockOffset);  in trace_event_to_json()
224     if (0 != traceEvent->fClockEnd) {  in trace_event_to_json()
225         double dur = static_cast<double>(traceEvent->fClockEnd - traceEvent->fClockBegin) * 1E-3;  in trace_event_to_json()
229     writer->appendS64("tid", serializationState->getShortThreadID(traceEvent->fThreadID));  in trace_event_to_json()
234     if (traceEvent->fNumArgs) {  in trace_event_to_json()
236         const char* stringTable   = traceEvent->stringTable();  in trace_event_to_json()
238         if (TRACE_EVENT_PHASE_SNAPSHOT_OBJECT == traceEvent->fPhase &&  in trace_event_to_json()
239             baseTypeResolver->find(traceEvent->fID) &&  in trace_event_to_json()
240             0 != strcmp(*baseTypeResolver->find(traceEvent->fID), traceEvent->fName)) {  in trace_event_to_json()
243             writer->appendString("base_type", *baseTypeResolver->find(traceEvent->fID));  in trace_event_to_json()
247         for (int i = 0; i < traceEvent->fNumArgs; ++i) {  in trace_event_to_json()
248             const TraceEventArg* arg = traceEvent->args() + i;  in trace_event_to_json()
298         TraceEvent* traceEvent = reinterpret_cast<TraceEvent*>(block.fBlock.get());  in flush()  local
300             trace_event_to_json(writer, traceEvent, serializationState);  in flush()
301             traceEvent = traceEvent->next();  in flush()