Merge "Fix build when #define LOG_NDEBUG 0" am: 1b4c5978 am: 5a216801 am: 2a20c4c3

        //        inFrameCount, outputIndex, outFrameCount, phaseFraction, phaseWrapLimit);

        // check inputIndex overflow

        ALOG_ASSERT(inputIndex <= mBuffer.frameCount, "inputIndex%d > frameCount%d",

        ALOG_ASSERT(inputIndex <= mBuffer.frameCount, "inputIndex%zu > frameCount%zu",

                inputIndex, mBuffer.frameCount);

        // Buffer is empty, fetch a new one if necessary (inFrameCount > 0).

        // We may not fetch a new buffer if the existing data is sufficient.

        // We arrive here when we're finished or when the input buffer runs out.

        // Regardless we need to release the input buffer if we've acquired it.

        if (inputIndex > 0) {  // we've acquired a buffer (alternatively could check frameCount)

            ALOG_ASSERT(inputIndex == frameCount, "inputIndex(%d) != frameCount(%d)",

            ALOG_ASSERT(inputIndex == frameCount, "inputIndex(%zu) != frameCount(%zu)",

                    inputIndex, frameCount);  // must have been fully read.

            inputIndex = 0;

            provider->releaseBuffer(&mBuffer);

    // inputIndex must be zero in all three cases:

    // (1) the buffer never was been acquired; (2) the buffer was

    // released at "done:"; or (3) getNextBuffer() failed.

    ALOG_ASSERT(inputIndex == 0, "Releasing: inputindex:%d frameCount:%d  phaseFraction:%u",

    ALOG_ASSERT(inputIndex == 0, "Releasing: inputindex:%zu frameCount:%zu  phaseFraction:%u",

            inputIndex, mBuffer.frameCount, phaseFraction);

    ALOG_ASSERT(mBuffer.frameCount == 0); // there must be no frames in the buffer

    mInBuffer.setImpulse(impulse);