28         , mCapacity(capacity) {}  in RingBuffer()
32     return mCapacity - mAvailableToConsume;  in availableToProduce()
42     LOG_ALWAYS_FATAL_IF(atLeast >= mCapacity);  in makeRoomForProduce()
44     const size_t toProduce = mCapacity - mAvailableToConsume;  in makeRoomForProduce()
48     mConsumePos = (mConsumePos + toDrop) % mCapacity;  in makeRoomForProduce()
57         if (mAvailableToConsume < mCapacity) {  in waitForProduceAvailable()
67     const int availableToProduce = mCapacity - mAvailableToConsume;  in getProduceChunk()
73         ? std::min(mCapacity - mProducePos, availableToProduce)  in getProduceChunk()
81     const int availableToProduce = mCapacity - mAvailableToConsume;  in produce()
84     mProducePos = (mProducePos + size) % mCapacity;  in produce()
93     int produceSize = std::min(mCapacity - mAvailableToConsume, int(size));  in produce()
98         const int availableToProduce = mCapacity - mAvailableToConsume;  in produce()
100             ? std::min(mCapacity - mProducePos, availableToProduce)  in produce()
106         mProducePos = (mProducePos + chunkSz) % mCapacity;  in produce()
133         ? std::min(mCapacity - mConsumePos, mAvailableToConsume)  in getConsumeChunk()
144     mConsumePos = (mConsumePos + size) % mCapacity;  in consume()