495 static void resetBuffer(struct ActiveSensor *sensor)  in resetBuffer()  argument
497     sensor->discard = true;  in resetBuffer()
498     sensor->buffer.length = 0;  in resetBuffer()
499     memset(&sensor->buffer.firstSample, 0x00, sizeof(struct SensorFirstSample));  in resetBuffer()
511     struct ActiveSensor *sensor;  in hostIntfPacketDequeue()  local
517             sensor = mActiveSensorTable + mSensorList[buffer->sensType - 1];  in hostIntfPacketDequeue()
518 …if (sensor->sensorHandle == 0 && !buffer->firstSample.biasPresent && !buffer->firstSample.numFlush…  in hostIntfPacketDequeue()
519                 if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in hostIntfPacketDequeue()
521                 else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in hostIntfPacketDequeue()
523                 sensor->curSamples -= buffer->firstSample.numSamples;  in hostIntfPacketDequeue()
549             sensor = mActiveSensorTable + mSensorList[buffer->sensType - 1];  in hostIntfPacketDequeue()
550             if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in hostIntfPacketDequeue()
552             else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in hostIntfPacketDequeue()
554             sensor->curSamples -= buffer->firstSample.numSamples;  in hostIntfPacketDequeue()
555             sensor->firstTime = 0ull;  in hostIntfPacketDequeue()
578     struct ActiveSensor *sensor;  in queueDiscard()  local
581         sensor = mActiveSensorTable + mSensorList[buffer->sensType - 1];  in queueDiscard()
583         if (sensor->curSamples - buffer->firstSample.numSamples >= sensor->minSamples || onDelete) {  in queueDiscard()
584             if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in queueDiscard()
586             else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in queueDiscard()
588             sensor->curSamples -= buffer->firstSample.numSamples;  in queueDiscard()
760 static void copyTripleSamplesRaw(struct ActiveSensor *sensor, const struct TripleAxisDataEvent *tri…  in copyTripleSamplesRaw()  argument
767         if (sensor->buffer.firstSample.numSamples == sensor->packetSamples) {  in copyTripleSamplesRaw()
768 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copyTripleSamplesRaw()
769             resetBuffer(sensor);  in copyTripleSamplesRaw()
772         if (sensor->buffer.firstSample.numSamples == 0) {  in copyTripleSamplesRaw()
774                 sensor->lastTime = sensor->buffer.referenceTime = triple->referenceTime;  in copyTripleSamplesRaw()
776                 sensor->lastTime += triple->samples[i].deltaTime;  in copyTripleSamplesRaw()
777                 sensor->buffer.referenceTime = sensor->lastTime;  in copyTripleSamplesRaw()
779 …sensor->buffer.length = sizeof(struct RawTripleAxisDataEvent) + sizeof(struct RawTripleAxisDataPoi…  in copyTripleSamplesRaw()
780             sensor->buffer.rawTriple[0].ix = floatToInt16(triple->samples[i].x * sensor->rawScale);  in copyTripleSamplesRaw()
781             sensor->buffer.rawTriple[0].iy = floatToInt16(triple->samples[i].y * sensor->rawScale);  in copyTripleSamplesRaw()
782             sensor->buffer.rawTriple[0].iz = floatToInt16(triple->samples[i].z * sensor->rawScale);  in copyTripleSamplesRaw()
783             if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in copyTripleSamplesRaw()
785             else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in copyTripleSamplesRaw()
787             sensor->buffer.firstSample.numSamples = 1;  in copyTripleSamplesRaw()
788             sensor->buffer.firstSample.interrupt = sensor->interrupt;  in copyTripleSamplesRaw()
789             if (sensor->curSamples++ == 0)  in copyTripleSamplesRaw()
790                 sensor->firstTime = sensor->buffer.referenceTime;  in copyTripleSamplesRaw()
793                 if (sensor->lastTime > triple->referenceTime) {  in copyTripleSamplesRaw()
795 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copyTripleSamplesRaw()
796                     resetBuffer(sensor);  in copyTripleSamplesRaw()
798                 } else if (triple->referenceTime - sensor->lastTime >= delta_time_max) {  in copyTripleSamplesRaw()
799 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copyTripleSamplesRaw()
800                     resetBuffer(sensor);  in copyTripleSamplesRaw()
803                     deltaTime = encodeDeltaTime(triple->referenceTime - sensor->lastTime);  in copyTripleSamplesRaw()
804                     numSamples = sensor->buffer.firstSample.numSamples;  in copyTripleSamplesRaw()
806                     sensor->buffer.length += sizeof(struct RawTripleAxisDataPoint);  in copyTripleSamplesRaw()
807                     sensor->buffer.rawTriple[numSamples].deltaTime = deltaTime;  in copyTripleSamplesRaw()
808 …   sensor->buffer.rawTriple[numSamples].ix = floatToInt16(triple->samples[0].x * sensor->rawScale);  in copyTripleSamplesRaw()
809 …   sensor->buffer.rawTriple[numSamples].iy = floatToInt16(triple->samples[0].y * sensor->rawScale);  in copyTripleSamplesRaw()
810 …   sensor->buffer.rawTriple[numSamples].iz = floatToInt16(triple->samples[0].z * sensor->rawScale);  in copyTripleSamplesRaw()
811                     sensor->lastTime = triple->referenceTime;  in copyTripleSamplesRaw()
812                     sensor->buffer.firstSample.numSamples++;  in copyTripleSamplesRaw()
813                     sensor->curSamples++;  in copyTripleSamplesRaw()
817                 numSamples = sensor->buffer.firstSample.numSamples;  in copyTripleSamplesRaw()
819                 sensor->buffer.length += sizeof(struct RawTripleAxisDataPoint);  in copyTripleSamplesRaw()
820                 sensor->buffer.rawTriple[numSamples].deltaTime = deltaTime | delta_time_fine_mask;  in copyTripleSamplesRaw()
821 …   sensor->buffer.rawTriple[numSamples].ix = floatToInt16(triple->samples[i].x * sensor->rawScale);  in copyTripleSamplesRaw()
822 …   sensor->buffer.rawTriple[numSamples].iy = floatToInt16(triple->samples[i].y * sensor->rawScale);  in copyTripleSamplesRaw()
823 …   sensor->buffer.rawTriple[numSamples].iz = floatToInt16(triple->samples[i].z * sensor->rawScale);  in copyTripleSamplesRaw()
824                 sensor->lastTime += deltaTime;  in copyTripleSamplesRaw()
825                 sensor->buffer.firstSample.numSamples++;  in copyTripleSamplesRaw()
826                 sensor->curSamples++;  in copyTripleSamplesRaw()
832 static void copySingleSamples(struct ActiveSensor *sensor, const struct SingleAxisDataEvent *single)  in copySingleSamples()  argument
839         if (sensor->buffer.firstSample.numSamples == sensor->packetSamples) {  in copySingleSamples()
840 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copySingleSamples()
841             resetBuffer(sensor);  in copySingleSamples()
844         if (sensor->buffer.firstSample.numSamples == 0) {  in copySingleSamples()
846                 sensor->lastTime = sensor->buffer.referenceTime = single->referenceTime;  in copySingleSamples()
848                 sensor->lastTime += single->samples[i].deltaTime;  in copySingleSamples()
849                 sensor->buffer.referenceTime = sensor->lastTime;  in copySingleSamples()
851 …   sensor->buffer.length = sizeof(struct SingleAxisDataEvent) + sizeof(struct SingleAxisDataPoint);  in copySingleSamples()
852             sensor->buffer.single[0].idata = single->samples[i].idata;  in copySingleSamples()
853             if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in copySingleSamples()
855             else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in copySingleSamples()
857             sensor->buffer.firstSample.numSamples = 1;  in copySingleSamples()
858             sensor->buffer.firstSample.interrupt = sensor->interrupt;  in copySingleSamples()
859             if (sensor->curSamples++ == 0)  in copySingleSamples()
860                 sensor->firstTime = sensor->buffer.referenceTime;  in copySingleSamples()
863                 if (sensor->lastTime > single->referenceTime) {  in copySingleSamples()
865 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copySingleSamples()
866                     resetBuffer(sensor);  in copySingleSamples()
868                 } else if (single->referenceTime - sensor->lastTime >= delta_time_max) {  in copySingleSamples()
869 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copySingleSamples()
870                     resetBuffer(sensor);  in copySingleSamples()
873                     deltaTime = encodeDeltaTime(single->referenceTime - sensor->lastTime);  in copySingleSamples()
874                     numSamples = sensor->buffer.firstSample.numSamples;  in copySingleSamples()
876                     sensor->buffer.length += sizeof(struct SingleAxisDataPoint);  in copySingleSamples()
877                     sensor->buffer.single[numSamples].deltaTime = deltaTime;  in copySingleSamples()
878                     sensor->buffer.single[numSamples].idata = single->samples[0].idata;  in copySingleSamples()
879                     sensor->lastTime = single->referenceTime;  in copySingleSamples()
880                     sensor->buffer.firstSample.numSamples++;  in copySingleSamples()
881                     sensor->curSamples++;  in copySingleSamples()
885                 numSamples = sensor->buffer.firstSample.numSamples;  in copySingleSamples()
887                 sensor->buffer.length += sizeof(struct SingleAxisDataPoint);  in copySingleSamples()
888                 sensor->buffer.single[numSamples].deltaTime = deltaTime | delta_time_fine_mask;  in copySingleSamples()
889                 sensor->buffer.single[numSamples].idata = single->samples[i].idata;  in copySingleSamples()
890                 sensor->lastTime += deltaTime;  in copySingleSamples()
891                 sensor->buffer.firstSample.numSamples++;  in copySingleSamples()
892                 sensor->curSamples++;  in copySingleSamples()
898 static void copyTripleSamples(struct ActiveSensor *sensor, const struct TripleAxisDataEvent *triple)  in copyTripleSamples()  argument
905         if (sensor->buffer.firstSample.numSamples == sensor->packetSamples) {  in copyTripleSamples()
906 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copyTripleSamples()
907             resetBuffer(sensor);  in copyTripleSamples()
910         if (sensor->buffer.firstSample.numSamples == 0) {  in copyTripleSamples()
912                 sensor->lastTime = sensor->buffer.referenceTime = triple->referenceTime;  in copyTripleSamples()
914                 sensor->lastTime += triple->samples[i].deltaTime;  in copyTripleSamples()
915                 sensor->buffer.referenceTime = sensor->lastTime;  in copyTripleSamples()
917 …   sensor->buffer.length = sizeof(struct TripleAxisDataEvent) + sizeof(struct TripleAxisDataPoint);  in copyTripleSamples()
918             sensor->buffer.triple[0].ix = triple->samples[i].ix;  in copyTripleSamples()
919             sensor->buffer.triple[0].iy = triple->samples[i].iy;  in copyTripleSamples()
920             sensor->buffer.triple[0].iz = triple->samples[i].iz;  in copyTripleSamples()
922                 sensor->buffer.firstSample.biasCurrent = triple->samples[0].firstSample.biasCurrent;  in copyTripleSamples()
923                 sensor->buffer.firstSample.biasPresent = 1;  in copyTripleSamples()
924                 sensor->buffer.firstSample.biasSample = 0;  in copyTripleSamples()
925                 sensor->discard = false;  in copyTripleSamples()
927             if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in copyTripleSamples()
929             else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in copyTripleSamples()
931             sensor->buffer.firstSample.numSamples = 1;  in copyTripleSamples()
932             sensor->buffer.firstSample.interrupt = sensor->interrupt;  in copyTripleSamples()
933             if (sensor->curSamples++ == 0)  in copyTripleSamples()
934                 sensor->firstTime = sensor->buffer.referenceTime;  in copyTripleSamples()
937                 if (sensor->lastTime > triple->referenceTime) {  in copyTripleSamples()
939 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copyTripleSamples()
940                     resetBuffer(sensor);  in copyTripleSamples()
942                 } else if (triple->referenceTime - sensor->lastTime >= delta_time_max) {  in copyTripleSamples()
943 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in copyTripleSamples()
944                     resetBuffer(sensor);  in copyTripleSamples()
947                     deltaTime = encodeDeltaTime(triple->referenceTime - sensor->lastTime);  in copyTripleSamples()
948                     numSamples = sensor->buffer.firstSample.numSamples;  in copyTripleSamples()
950                     sensor->buffer.length += sizeof(struct TripleAxisDataPoint);  in copyTripleSamples()
951                     sensor->buffer.triple[numSamples].deltaTime = deltaTime;  in copyTripleSamples()
952                     sensor->buffer.triple[numSamples].ix = triple->samples[0].ix;  in copyTripleSamples()
953                     sensor->buffer.triple[numSamples].iy = triple->samples[0].iy;  in copyTripleSamples()
954                     sensor->buffer.triple[numSamples].iz = triple->samples[0].iz;  in copyTripleSamples()
955                     sensor->lastTime = triple->referenceTime;  in copyTripleSamples()
957 …               sensor->buffer.firstSample.biasCurrent = triple->samples[0].firstSample.biasCurrent;  in copyTripleSamples()
958                         sensor->buffer.firstSample.biasPresent = 1;  in copyTripleSamples()
959                         sensor->buffer.firstSample.biasSample = numSamples;  in copyTripleSamples()
960                         sensor->discard = false;  in copyTripleSamples()
962                     sensor->buffer.firstSample.numSamples++;  in copyTripleSamples()
963                     sensor->curSamples++;  in copyTripleSamples()
967                 numSamples = sensor->buffer.firstSample.numSamples;  in copyTripleSamples()
969                 sensor->buffer.length += sizeof(struct TripleAxisDataPoint);  in copyTripleSamples()
970                 sensor->buffer.triple[numSamples].deltaTime = deltaTime | delta_time_fine_mask;  in copyTripleSamples()
971                 sensor->buffer.triple[numSamples].ix = triple->samples[i].ix;  in copyTripleSamples()
972                 sensor->buffer.triple[numSamples].iy = triple->samples[i].iy;  in copyTripleSamples()
973                 sensor->buffer.triple[numSamples].iz = triple->samples[i].iz;  in copyTripleSamples()
974                 sensor->lastTime += deltaTime;  in copyTripleSamples()
976 …               sensor->buffer.firstSample.biasCurrent = triple->samples[0].firstSample.biasCurrent;  in copyTripleSamples()
977                     sensor->buffer.firstSample.biasPresent = 1;  in copyTripleSamples()
978                     sensor->buffer.firstSample.biasSample = numSamples;  in copyTripleSamples()
979                     sensor->discard = false;  in copyTripleSamples()
981                 sensor->buffer.firstSample.numSamples++;  in copyTripleSamples()
982                 sensor->curSamples++;  in copyTripleSamples()
1013 static void queueFlush(struct ActiveSensor *sensor)  in queueFlush()  argument
1015     if (sensor->buffer.length == 0) {  in queueFlush()
1016 …   sensor->buffer.length = sizeof(sensor->buffer.referenceTime) + sizeof(struct SensorFirstSample);  in queueFlush()
1017         sensor->buffer.referenceTime = 0ull;  in queueFlush()
1018         if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in queueFlush()
1020         else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in queueFlush()
1022         sensor->buffer.firstSample.numFlushes = 1;  in queueFlush()
1024         sensor->buffer.firstSample.numFlushes++;  in queueFlush()
1026     sensor->discard = false;  in queueFlush()
1027     hostIntfSetInterrupt(sensor->interrupt);  in queueFlush()
1049     struct ActiveSensor *sensor;  in hostIntfHandleEvent()  local
1118             sensor = mActiveSensorTable + mSensorList[cmd->sensType - 1];  in hostIntfHandleEvent()
1120             if (sensor->sensorHandle) {  in hostIntfHandleEvent()
1122                     sensorFlush(sensor->sensorHandle);  in hostIntfHandleEvent()
1124 …        if (sensorRequestRateChange(mHostIntfTid, sensor->sensorHandle, cmd->rate, cmd->latency)) {  in hostIntfHandleEvent()
1125                         sensor->rate = cmd->rate;  in hostIntfHandleEvent()
1126                         if (sensor->latency != cmd->latency) {  in hostIntfHandleEvent()
1127                             if (!sensor->latency) {  in hostIntfHandleEvent()
1136                             sensor->latency = cmd->latency;  in hostIntfHandleEvent()
1140                     sensorRelease(mHostIntfTid, sensor->sensorHandle);  in hostIntfHandleEvent()
1142                     if (sensor->latency) {  in hostIntfHandleEvent()
1148                     sensor->rate = 0;  in hostIntfHandleEvent()
1149                     sensor->latency = 0;  in hostIntfHandleEvent()
1150                     sensor->oneshot = false;  in hostIntfHandleEvent()
1151                     sensor->sensorHandle = 0;  in hostIntfHandleEvent()
1152                     if (sensor->buffer.length) {  in hostIntfHandleEvent()
1153 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in hostIntfHandleEvent()
1154                         hostIntfSetInterrupt(sensor->interrupt);  in hostIntfHandleEvent()
1155                         resetBuffer(sensor);  in hostIntfHandleEvent()
1159                 for (i = 0; sensorFind(cmd->sensType, i, &sensor->sensorHandle) != NULL; i++) {  in hostIntfHandleEvent()
1162                         sensor->oneshot = true;  in hostIntfHandleEvent()
1164                         sensor->oneshot = false;  in hostIntfHandleEvent()
1167 …                  if (sensorRequest(mHostIntfTid, sensor->sensorHandle, cmd->rate, cmd->latency)) {  in hostIntfHandleEvent()
1172                         sensor->rate = cmd->rate;  in hostIntfHandleEvent()
1173                         sensor->latency = cmd->latency;  in hostIntfHandleEvent()
1177                         sensor->sensorHandle = 0;  in hostIntfHandleEvent()
1187                     queueFlush(sensor);  in hostIntfHandleEvent()
1195         sensor = mActiveSensorTable + mSensorList[(evtType & 0xFF) - 1];  in hostIntfHandleEvent()
1197         if (sensor->sensorHandle) {  in hostIntfHandleEvent()
1199                 queueFlush(sensor);  in hostIntfHandleEvent()
1201                 if (sensor->buffer.length > 0) {  in hostIntfHandleEvent()
1202                     if (sensor->buffer.firstSample.numFlushes > 0) {  in hostIntfHandleEvent()
1203 …if (!(simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sens…  in hostIntfHandleEvent()
1206                             resetBuffer(sensor);  in hostIntfHandleEvent()
1207                     } else if (sensor->buffer.firstSample.numSamples == sensor->packetSamples) {  in hostIntfHandleEvent()
1208 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in hostIntfHandleEvent()
1209                         resetBuffer(sensor);  in hostIntfHandleEvent()
1213                 switch (sensor->numAxis) {  in hostIntfHandleEvent()
1216                     if (sensor->buffer.length > 0 && rtcTime - sensor->lastTime >= delta_time_max) {  in hostIntfHandleEvent()
1217 …simpleQueueEnqueue(mOutputQ, &sensor->buffer, sizeof(uint32_t) + sensor->buffer.length, sensor->di…  in hostIntfHandleEvent()
1218                         resetBuffer(sensor);  in hostIntfHandleEvent()
1220                     if (sensor->buffer.length == 0) {  in hostIntfHandleEvent()
1221 …   sensor->buffer.length = sizeof(struct SingleAxisDataEvent) + sizeof(struct SingleAxisDataPoint);  in hostIntfHandleEvent()
1222                         sensor->lastTime = sensor->buffer.referenceTime = rtcTime;  in hostIntfHandleEvent()
1223                         if (sensor->interrupt == NANOHUB_INT_WAKEUP)  in hostIntfHandleEvent()
1225                         else if (sensor->interrupt == NANOHUB_INT_NONWAKEUP)  in hostIntfHandleEvent()
1227                         sensor->buffer.firstSample.numSamples = 1;  in hostIntfHandleEvent()
1228                         sensor->buffer.firstSample.interrupt = sensor->interrupt;  in hostIntfHandleEvent()
1229                         sensor->buffer.single[0].idata = (uint32_t)evtData;  in hostIntfHandleEvent()
1231                         sensor->buffer.length += sizeof(struct SingleAxisDataPoint);  in hostIntfHandleEvent()
1232 …sensor->buffer.single[sensor->buffer.firstSample.numSamples].deltaTime = encodeDeltaTime(rtcTime -…  in hostIntfHandleEvent()
1233                         sensor->lastTime = rtcTime;  in hostIntfHandleEvent()
1234 …            sensor->buffer.single[sensor->buffer.firstSample.numSamples].idata = (uint32_t)evtData;  in hostIntfHandleEvent()
1235                         sensor->buffer.firstSample.numSamples++;  in hostIntfHandleEvent()
1237                     if (sensor->curSamples++ == 0)  in hostIntfHandleEvent()
1238                         sensor->firstTime = sensor->buffer.referenceTime;  in hostIntfHandleEvent()
1241                     copySingleSamples(sensor, evtData);  in hostIntfHandleEvent()
1244                     if (sensor->raw)  in hostIntfHandleEvent()
1245                         copyTripleSamplesRaw(sensor, evtData);  in hostIntfHandleEvent()
1247                         copyTripleSamples(sensor, evtData);  in hostIntfHandleEvent()
1256             if (sensor->firstTime &&  in hostIntfHandleEvent()
1257                 ((rtcTime >= sensor->firstTime + sensor->latency) ||  in hostIntfHandleEvent()
1258                  ((sensor->latency > sensorGetCurLatency(sensor->sensorHandle)) &&  in hostIntfHandleEvent()
1259 …   (rtcTime + sensorGetCurLatency(sensor->sensorHandle) > sensor->firstTime + sensor->latency)))) {  in hostIntfHandleEvent()
1260                 interrupt = sensor->interrupt;  in hostIntfHandleEvent()
1262                 interrupt = sensor->interrupt;  in hostIntfHandleEvent()
1267             if (sensor->oneshot) {  in hostIntfHandleEvent()
1268                 sensorRelease(mHostIntfTid, sensor->sensorHandle);  in hostIntfHandleEvent()
1270                 sensor->sensorHandle = 0;  in hostIntfHandleEvent()
1271                 sensor->oneshot = false;  in hostIntfHandleEvent()
1276             switch (sensor->numAxis) {  in hostIntfHandleEvent()
1279                     copyTripleSamples(sensor, evtData);  in hostIntfHandleEvent()
1280                     nanohubPrefetchTx(sensor->interrupt, mWakeupBlocks, mNonWakeupBlocks);  in hostIntfHandleEvent()