Loading bootstat/bootstat.cpp +19 −3 Original line number Diff line number Diff line Loading @@ -224,13 +224,23 @@ void RecordFactoryReset() { time_t current_time_utc = time(nullptr); static const char* factory_reset_current_time = "factory_reset_current_time"; if (current_time_utc < 0) { // UMA does not display negative values in buckets, so convert to positive. bootstat::LogHistogram(factory_reset_current_time, std::abs(current_time_utc)); bootstat::LogHistogram( "factory_reset_current_time_failure", std::abs(current_time_utc)); // Logging via BootEventRecordStore to see if using bootstat::LogHistogram // is losing records somehow. boot_event_store.AddBootEventWithValue( "factory_reset_current_time_failure", std::abs(current_time_utc)); return; } else { bootstat::LogHistogram(factory_reset_current_time, current_time_utc); bootstat::LogHistogram("factory_reset_current_time", current_time_utc); // Logging via BootEventRecordStore to see if using bootstat::LogHistogram // is losing records somehow. boot_event_store.AddBootEventWithValue( "factory_reset_current_time", current_time_utc); } // The factory_reset boot event does not exist after the device is reset, so Loading @@ -247,6 +257,12 @@ void RecordFactoryReset() { // factory_reset time. time_t factory_reset_utc = record.second; bootstat::LogHistogram("factory_reset_record_value", factory_reset_utc); // Logging via BootEventRecordStore to see if using bootstat::LogHistogram // is losing records somehow. boot_event_store.AddBootEventWithValue( "factory_reset_record_value", factory_reset_utc); time_t time_since_factory_reset = difftime(current_time_utc, factory_reset_utc); boot_event_store.AddBootEventWithValue("time_since_factory_reset", Loading Loading
bootstat/bootstat.cpp +19 −3 Original line number Diff line number Diff line Loading @@ -224,13 +224,23 @@ void RecordFactoryReset() { time_t current_time_utc = time(nullptr); static const char* factory_reset_current_time = "factory_reset_current_time"; if (current_time_utc < 0) { // UMA does not display negative values in buckets, so convert to positive. bootstat::LogHistogram(factory_reset_current_time, std::abs(current_time_utc)); bootstat::LogHistogram( "factory_reset_current_time_failure", std::abs(current_time_utc)); // Logging via BootEventRecordStore to see if using bootstat::LogHistogram // is losing records somehow. boot_event_store.AddBootEventWithValue( "factory_reset_current_time_failure", std::abs(current_time_utc)); return; } else { bootstat::LogHistogram(factory_reset_current_time, current_time_utc); bootstat::LogHistogram("factory_reset_current_time", current_time_utc); // Logging via BootEventRecordStore to see if using bootstat::LogHistogram // is losing records somehow. boot_event_store.AddBootEventWithValue( "factory_reset_current_time", current_time_utc); } // The factory_reset boot event does not exist after the device is reset, so Loading @@ -247,6 +257,12 @@ void RecordFactoryReset() { // factory_reset time. time_t factory_reset_utc = record.second; bootstat::LogHistogram("factory_reset_record_value", factory_reset_utc); // Logging via BootEventRecordStore to see if using bootstat::LogHistogram // is losing records somehow. boot_event_store.AddBootEventWithValue( "factory_reset_record_value", factory_reset_utc); time_t time_since_factory_reset = difftime(current_time_utc, factory_reset_utc); boot_event_store.AddBootEventWithValue("time_since_factory_reset", Loading