public void push(float[] rect) {
if (mRects.size() >= mCapity) {
RectPoolableCache rc = mRects.removeFirst();
mRectsCachePool.release(rc);
}
RectPoolableCache rc = mRectsCachePool.acquire();
if (rc != null) {
rc.setRect(rect);
mRects.add(rc);
}
}
public RectCache(int capity) {
mCapity = capity;
mRectsCachePool = Pools.finitePool(manager, mCapity);
for (int i = 0; i < mCapity; i++) {
mRectsCachePool.release(new RectPoolableCache(new float[4]));
}
}
protected void entryRemoved(boolean evicted, BaseDanmaku oldValue, BaseDanmaku newValue) {
if (oldValue.cache != null) {
IDrawingCache<?> cache = oldValue.cache;
long releasedSize = clearCache(oldValue);
if (releasedSize <= 0) return;
mRealSize -= releasedSize;
mCachePool.release((DrawingCache) cache);
}
}
protected void entryRemoved(boolean evicted, BaseDanmaku oldValue, BaseDanmaku newValue) {
if (oldValue.cache != null) {
IDrawingCache<?> cache = oldValue.cache;
long releasedSize = clearCache(oldValue);
if (oldValue.isTimeOut()) {
mContext.getDisplayer().getCacheStuffer().releaseResource(oldValue);
}
if (releasedSize <= 0) return;
mRealSize -= releasedSize;
mCachePool.release((DrawingCache) cache);
}
}
private void clearCachePool() {
DrawingCache item;
while ((item = mCachePool.acquire()) != null) {
item.destroy();
}
}