public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
public void reset() { protocol = null; protocolString = null; chunked = null; contentLength = null; contentType = null; upgrade = null; mimeHeaders.recycle(); }
/** * This should be called by the entity generating the actual push and container requests. * Developers using this event can ignore this. */ public void recycle() { method = null; headers.recycle(); path = null; httpRequest = null; ThreadCache.putToCache(CACHE_IDX, this); }
public void recycle() { isLastChunk = false; chunkContentStart = -1; chunkLength = -1; chunkRemainder = -1; remainderBytesRead = 0; trailerHeaders.recycle(); trailerHeaders.mark(); contentDecodingRemainders = null; // Arrays.fill(contentDecodingRemainders, null); }
/** * This should be called by the entity generating the actual push and container requests. * Developers using this event can ignore this. */ public void recycle() { method = null; headers.recycle(); path = null; httpRequest = null; ThreadCache.putToCache(CACHE_IDX, this); }
public void recycle() { isLastChunk = false; chunkContentStart = -1; chunkLength = -1; chunkRemainder = -1; remainderBytesRead = 0; trailerHeaders.recycle(); trailerHeaders.mark(); contentDecodingRemainders = null; // Arrays.fill(contentDecodingRemainders, null); }
public void recycle() { isLastChunk = false; chunkContentStart = -1; chunkLength = -1; chunkRemainder = -1; remainderBytesRead = 0; trailerHeaders.recycle(); trailerHeaders.mark(); contentDecodingRemainders = null; // Arrays.fill(contentDecodingRemainders, null); }
/** * This should be called by the entity generating the actual push and container requests. * Developers using this event can ignore this. */ public void recycle() { method = null; headers.recycle(); path = null; httpRequest = null; ThreadCache.putToCache(CACHE_IDX, this); }
/** * This should be called by the entity generating the actual push and container requests. * Developers using this event can ignore this. */ public void recycle() { method = null; headers.recycle(); path = null; httpRequest = null; ThreadCache.putToCache(CACHE_IDX, this); }
/** * This should be called by the entity generating the actual push and container requests. * Developers using this event can ignore this. */ public void recycle() { method = null; headers.recycle(); path = null; httpRequest = null; ThreadCache.putToCache(CACHE_IDX, this); }
/** * {@inheritDoc} */ @Override protected void reset() { trailers.recycle(); trailers.mark(); super.reset(); }
/** * {@inheritDoc} */ @Override protected void reset() { trailers.recycle(); trailers.mark(); super.reset(); }
/** * {@inheritDoc} */ @Override protected void reset() { trailers.recycle(); trailers.mark(); super.reset(); }
/** * Clear the collection of Headers associated with this Request. */ @Override public void clearHeaders() { coyoteRequest.getRequest().getHeaders().recycle(); }
/** * {@inheritDoc} */ @Override protected void reset() { trailers.recycle(); trailers.mark(); super.reset(); }