1962                 for (auto &j : i->second) {  in sendDirectReportEvent()
1963                     if ((uint64_t)nev->timestamp > j.second.lastTimestamp  in sendDirectReportEvent()
1965                                 nev->timestamp - j.second.lastTimestamp,  in sendDirectReportEvent()
1967                                         nev->sensor, j.second.rateLevel))) {  in sendDirectReportEvent()
1969                         j.second.lastTimestamp = nev->timestamp;  in sendDirectReportEvent()
1984         for (auto &i : j->second) {  in mergeDirectReportRequest()
1985             maxRateLevel = std::max(i.second.rateLevel, maxRateLevel);  in mergeDirectReportRequest()
1991             for (auto &i : j->second) {  in mergeDirectReportRequest()
1992                 maxRateLevel = std::max(i.second.rateLevel, maxRateLevel);  in mergeDirectReportRequest()
2014         if (c.second->memoryMatches(mem)) {  in addDirectChannel()
2073         auto j = it.second.find(channel_handle);  in stopAllDirectReportOnChannel()
2074         if (j != it.second.end()) {  in stopAllDirectReportOnChannel()
2075             it.second.erase(j);  in stopAllDirectReportOnChannel()
2076             if (it.second.empty()) {  in stopAllDirectReportOnChannel()
2125     j->second.erase(channel_handle);  in configDirectReport()
2127         j->second.insert(std::make_pair(channel_handle, (DirectChannelTimingInfo){0, rate_level}));  in configDirectReport()