53 void IsochronousClockModel::setPositionAndTime(int64_t framePosition, int64_t nanoTime) {  in setPositionAndTime()  argument
54     ALOGV("setPositionAndTime, %lld, %lld", (long long) framePosition, (long long) nanoTime);  in setPositionAndTime()
55     mMarkerFramePosition = framePosition;  in setPositionAndTime()
92 void IsochronousClockModel::processTimestamp(int64_t framePosition, int64_t nanoTime) {  in processTimestamp()  argument
97     int64_t framesDelta = framePosition - mMarkerFramePosition;  in processTimestamp()
121         setPositionAndTime(framePosition, nanoTime);  in processTimestamp()
127             setPositionAndTime(framePosition, nanoTime);  in processTimestamp()
143             setPositionAndTime(framePosition, nanoTime);  in processTimestamp()
163                 setPositionAndTime(framePosition, nanoTime); // JUMP!  in processTimestamp()
179                 driftForward(latenessNanos, expectedNanosDelta, framePosition);  in processTimestamp()
182             driftForward(latenessNanos, expectedNanosDelta, framePosition);  in processTimestamp()
217                                          int64_t framePosition) {  in driftForward()  argument
222     setPositionAndTime(framePosition, driftedTime);  in driftForward()
263 int64_t IsochronousClockModel::convertPositionToTime(int64_t framePosition) const {  in convertPositionToTime()
267     int64_t nextBurstIndex = (framePosition + mFramesPerBurst - 1) / mFramesPerBurst;  in convertPositionToTime()
299 int64_t IsochronousClockModel::convertPositionToLatestTime(int64_t framePosition) const {  in convertPositionToLatestTime()
300     return convertPositionToTime(framePosition) + getLateTimeOffsetNanos();  in convertPositionToLatestTime()