static boolean acceptsGzipEncoding(final HttpServletRequest req) { return acceptsGzipEncoding(req.getHeader(HDR_ACCEPT_ENCODING)); }
static boolean acceptsGzipEncoding(final HttpServletRequest req) { return acceptsGzipEncoding(req.getHeader(HDR_ACCEPT_ENCODING)); }
@Override protected OutputStream overflow() throws IOException { startedOutput = true; OutputStream out = rsp.getOutputStream(); if (compressStream && acceptsGzipEncoding(req)) { rsp.setHeader(HDR_CONTENT_ENCODING, ENCODING_GZIP); out = new GZIPOutputStream(out); } return out; }
@Override protected OutputStream overflow() throws IOException { startedOutput = true; OutputStream out = rsp.getOutputStream(); if (compressStream && acceptsGzipEncoding(req)) { rsp.setHeader(HDR_CONTENT_ENCODING, ENCODING_GZIP); out = new GZIPOutputStream(out); } return out; }
private static byte[] sendInit(byte[] content, final HttpServletRequest req, final HttpServletResponse rsp) throws IOException { rsp.setHeader(HDR_ETAG, etag(content)); if (256 < content.length && acceptsGzipEncoding(req)) { content = compress(content); rsp.setHeader(HDR_CONTENT_ENCODING, ENCODING_GZIP); } rsp.setContentLength(content.length); return content; }
private static byte[] sendInit(byte[] content, final HttpServletRequest req, final HttpServletResponse rsp) throws IOException { rsp.setHeader(HDR_ETAG, etag(content)); if (256 < content.length && acceptsGzipEncoding(req)) { content = compress(content); rsp.setHeader(HDR_CONTENT_ENCODING, ENCODING_GZIP); } rsp.setContentLength(content.length); return content; }
if (256 < out.length() && acceptsGzipEncoding(req)) { TemporaryBuffer gzbuf = new TemporaryBuffer.Heap(LIMIT); try {
if (256 < out.length() && acceptsGzipEncoding(req)) { TemporaryBuffer gzbuf = new TemporaryBuffer.Heap(LIMIT); try {