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Commit 7a20aa84 authored by Android Build Coastguard Worker's avatar Android Build Coastguard Worker
Browse files

Snap for 7775125 from b72b699a to sc-v2-release 

Change-Id: I0aad6ef6f2fdf0a5d2072b279a85af9b18a62dcb
parents 91c699a3 b72b699a

media/libstagefright/rtsp/JitterCalculator.cpp

+11 −17
Original line number Diff line number Diff line
@@ -38,14 +38,13 @@ void JitterCalc::init(uint32_t rtpTime, int64_t arrivalTimeUs, int32_t base, int 
    mInterArrivalJitterUs = inter;

}



void JitterCalc::putBaseData(int64_t rtpTime, int64_t arrivalTimeUs) {

    // A RTP time wraps around after UINT32_MAX. We must consider this case.

    const int64_t UINT32_MSB = 0x80000000;

    int64_t overflowMask = (mFirstTimeStamp & UINT32_MSB & ~rtpTime) << 1;

    int64_t tempRtpTime = overflowMask | rtpTime;

void JitterCalc::putBaseData(uint32_t rtpTime, int64_t arrivalTimeUs) {

    // A RTP time wraps around after UINT32_MAX. Overflow can present.

    uint32_t diff = 0;

    __builtin_usub_overflow(rtpTime, mFirstTimeStamp, &diff);



    // Base jitter implementation can be various

    int64_t scheduledTimeUs = (tempRtpTime - (int64_t)mFirstTimeStamp) * 1000000ll / mClockRate;

    int64_t scheduledTimeUs = ((int32_t)diff) * 1000000ll / mClockRate;

    int64_t elapsedTimeUs = arrivalTimeUs - mFirstArrivalTimeUs;

    int64_t correctionTimeUs = elapsedTimeUs - scheduledTimeUs; // additional propagation delay;

    mBaseJitterUs = (mBaseJitterUs * 15 + correctionTimeUs) / 16;
@@ -53,18 +52,13 @@ void JitterCalc::putBaseData(int64_t rtpTime, int64_t arrivalTimeUs) { 
            (long long)mBaseJitterUs, (long long)correctionTimeUs);

}



void JitterCalc::putInterArrivalData(int64_t rtpTime, int64_t arrivalTimeUs) {

    const int64_t UINT32_MSB = 0x80000000;

    int64_t tempRtpTime = rtpTime;

    int64_t tempLastTimeStamp = mLastTimeStamp;



    // A RTP time wraps around after UINT32_MAX. We must consider this case.

    int64_t overflowMask = (mLastTimeStamp ^ rtpTime) & UINT32_MSB;

    tempRtpTime |= ((overflowMask & ~rtpTime) << 1);

    tempLastTimeStamp |= ((overflowMask & ~mLastTimeStamp) << 1);

void JitterCalc::putInterArrivalData(uint32_t rtpTime, int64_t arrivalTimeUs) {

    // A RTP time wraps around after UINT32_MAX. Overflow can present.

    uint32_t diff = 0;

    __builtin_usub_overflow(rtpTime, mLastTimeStamp, &diff);



    // 6.4.1 of RFC3550 defines this interarrival jitter value.

    int64_t diffTimeStampUs = abs(tempRtpTime - tempLastTimeStamp) * 1000000ll / mClockRate;

    int64_t diffTimeStampUs = abs((int32_t)diff) * 1000000ll / mClockRate;

    int64_t diffArrivalUs = arrivalTimeUs - mLastArrivalTimeUs; // Can't be minus

    ALOGV("diffTimeStampUs %lld \t\t diffArrivalUs %lld",

            (long long)diffTimeStampUs, (long long)diffArrivalUs);
@@ -72,7 +66,7 @@ void JitterCalc::putInterArrivalData(int64_t rtpTime, int64_t arrivalTimeUs) { 
    int64_t varianceUs = diffArrivalUs - diffTimeStampUs;

    mInterArrivalJitterUs = (mInterArrivalJitterUs * 15 + abs(varianceUs)) / 16;



    mLastTimeStamp = (uint32_t)rtpTime;

    mLastTimeStamp = rtpTime;

    mLastArrivalTimeUs = arrivalTimeUs;

}

media/libstagefright/rtsp/JitterCalculator.h

+2 −2
Original line number Diff line number Diff line
@@ -40,8 +40,8 @@ public: 
    JitterCalc(int32_t clockRate);



    void init(uint32_t rtpTime, int64_t arrivalTimeUs, int32_t base, int32_t inter);

    void putInterArrivalData(int64_t rtpTime, int64_t arrivalTime);

    void putBaseData(int64_t rtpTime, int64_t arrivalTimeUs);

    void putInterArrivalData(uint32_t rtpTime, int64_t arrivalTime);

    void putBaseData(uint32_t rtpTime, int64_t arrivalTimeUs);

    int32_t getBaseJitterMs();

    int32_t getInterArrivalJitterMs();

};

services/audiopolicy/service/AudioPolicyService.cpp

+9 −5
Original line number Diff line number Diff line
@@ -142,12 +142,15 @@ void AudioPolicyService::onFirstRef() 
    sensorPrivacyPolicy->registerSelf();



    // Create spatializer if supported

    if (mAudioPolicyManager != nullptr) {

        Mutex::Autolock _l(mLock);

        const audio_attributes_t attr = attributes_initializer(AUDIO_USAGE_MEDIA);

        AudioDeviceTypeAddrVector devices;

        bool hasSpatializer = mAudioPolicyManager->canBeSpatialized(&attr, nullptr, devices);

        if (hasSpatializer) {

            mSpatializer = Spatializer::create(this);

        }

    }

    AudioSystem::audioPolicyReady();

}
@@ -381,6 +384,7 @@ void AudioPolicyService::doOnCheckSpatializer() 
    Mutex::Autolock _l(mLock);



    if (mSpatializer != nullptr) {

        // Note: mSpatializer != nullptr =>  mAudioPolicyManager != nullptr

        if (mSpatializer->getLevel() != media::SpatializationLevel::NONE) {

            audio_io_handle_t currentOutput = mSpatializer->getOutput();

            audio_io_handle_t newOutput;