Package org.apache.mina.core.write

Examples of org.apache.mina.core.write.DefaultWriteRequest

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        byte[] chunk1 = new byte[] { 1, 2, 3, 4 };
        byte[] chunk2 = new byte[] { 5, 6, 7, 8 };
        byte[] chunk3 = new byte[] { 9, 10 };

        M message = createMessage(data);
        WriteRequest writeRequest = new DefaultWriteRequest(message,
                new DummyWriteFuture());

        WriteRequest chunk1Request = new DefaultWriteRequest(IoBuffer
                .wrap(chunk1));
        WriteRequest chunk2Request = new DefaultWriteRequest(IoBuffer
                .wrap(chunk2));
        WriteRequest chunk3Request = new DefaultWriteRequest(IoBuffer
                .wrap(chunk3));

        NextFilter nextFilter = EasyMock.createMock(NextFilter.class);
        /*
         * Record expectations
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        /*
         * Replay.  (We recorded *nothing* because nothing should occur.)
         */
        EasyMock.replay(nextFilter);

        WriteRequest wr = new DefaultWriteRequest(new Object(),
                new DummyWriteFuture());
        filter.filterWrite(nextFilter, session, wr);
        assertEquals(1, queue.size());
        assertSame(wr, queue.poll());

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    public void testWritesWriteRequestQueueWhenFinished() throws Exception {
        AbstractStreamWriteFilter<M> filter = createFilter();
        M message = createMessage(new byte[0]);
       
        WriteRequest wrs[] = new WriteRequest[] {
                new DefaultWriteRequest(new Object(), new DummyWriteFuture()),
                new DefaultWriteRequest(new Object(), new DummyWriteFuture()),
                new DefaultWriteRequest(new Object(), new DummyWriteFuture()) };
        Queue<WriteRequest> queue = new LinkedList<WriteRequest>();
        queue.add(wrs[0]);
        queue.add(wrs[1]);
        queue.add(wrs[2]);

        /*
         * Make up the situation.
         */
        session.setAttribute(filter.CURRENT_STREAM, message);
        session.setAttribute(filter.CURRENT_WRITE_REQUEST,
                new DefaultWriteRequest(message));
        session.setAttribute(filter.WRITE_REQUEST_QUEUE, queue);

        /*
         * Record expectations
         */
        NextFilter nextFilter = EasyMock.createMock(NextFilter.class);
        nextFilter.filterWrite(session, wrs[0]);
        nextFilter.filterWrite(session, wrs[1]);
        nextFilter.filterWrite(session, wrs[2]);
        nextFilter.messageSent(EasyMock.eq(session), eqWriteRequest(new DefaultWriteRequest(message)));

        /*
         * Replay.
         */
        EasyMock.replay(nextFilter);

        filter.messageSent(nextFilter, session, new DefaultWriteRequest(
                new Object()));
        assertEquals(0, queue.size());

        /*
         * Verify.
 
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    public void testCompression() throws Exception {
        // prepare the input data
        IoBuffer buf = IoBuffer.wrap(strCompress.getBytes("UTF8"));
        IoBuffer actualOutput = actualDeflater.deflate(buf);
        WriteRequest writeRequest = new DefaultWriteRequest(buf);

        // record all the mock calls
        ioFilterChain.contains(CompressionFilter.class);
        mockIoFilterChain.setReturnValue(false);

        ioFilterChain.getSession();
        mockIoFilterChain.setReturnValue(session);

        session.setAttribute(CompressionFilter.class.getName() + ".Deflater",
                deflater);
        mockSession.setDefaultMatcher(new DataMatcher());
        mockSession.setReturnValue(null, MockControl.ONE);

        session.setAttribute(CompressionFilter.class.getName() + ".Inflater",
                inflater);
        mockSession.setReturnValue(null, MockControl.ONE);

        session.containsAttribute(CompressionFilter.DISABLE_COMPRESSION_ONCE);
        mockSession.setReturnValue(false);

        session.getAttribute(CompressionFilter.class.getName() + ".Deflater");
        mockSession.setReturnValue(deflater);

        nextFilter.filterWrite(session, new DefaultWriteRequest(actualOutput));

        // switch to playback mode
        mockSession.replay();
        mockIoFilterChain.replay();
        mockNextFilter.replay();
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        logger.debug("   session write: {}", writeBuffer);

        WriteFuture writeFuture = new DefaultWriteFuture(getSession());
        getProxyFilter().writeData(nextFilter, getSession(),
                new DefaultWriteRequest(writeBuffer, writeFuture), true);

        return writeFuture;
    }
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        WriteFuture writeFuture = null;

        try {
            IoBuffer writeBuffer = fetchOutNetBuffer();
            writeFuture = new DefaultWriteFuture(session);
            parent.filterWrite(nextFilter, session, new DefaultWriteRequest(
                    writeBuffer, writeFuture));

            // loop while more writes required to complete handshake
            while (needToCompleteHandshake()) {
                try {
                    handshake(nextFilter);
                } catch (SSLException ssle) {
                    SSLException newSsle = new SSLHandshakeException(
                            "SSL handshake failed.");
                    newSsle.initCause(ssle);
                    throw newSsle;
                }

                IoBuffer outNetBuffer = fetchOutNetBuffer();
                if (outNetBuffer != null && outNetBuffer.hasRemaining()) {
                    writeFuture = new DefaultWriteFuture(session);
                    parent.filterWrite(nextFilter, session,
                            new DefaultWriteRequest(outNetBuffer, writeFuture));
                }
            }
        } finally {
            writingEncryptedData = false;
        }
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                nextFilter.messageSent(session, writeRequest);
            } else {
                session.setAttribute(CURRENT_STREAM, message);
                session.setAttribute(CURRENT_WRITE_REQUEST, writeRequest);

                nextFilter.filterWrite(session, new DefaultWriteRequest(
                        buffer));
            }

        } else {
            nextFilter.filterWrite(session, writeRequest);
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                }

                currentWriteRequest.getFuture().setWritten();
                nextFilter.messageSent(session, currentWriteRequest);
            } else {
                nextFilter.filterWrite(session, new DefaultWriteRequest(
                        buffer));
            }
        }
    }
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                Object pongMessage =
                    messageFactory.getResponse(session, message);

                if (pongMessage != null) {
                    nextFilter.filterWrite(
                            session, new DefaultWriteRequest(pongMessage));
                }
            }

            if (messageFactory.isResponse(session, message)) {
                resetStatus(session);
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            if (!session.containsAttribute(WAITING_FOR_RESPONSE)) {
                Object pingMessage = messageFactory.getRequest(session);
                if (pingMessage != null) {
                    nextFilter.filterWrite(
                            session,
                            new DefaultWriteRequest(pingMessage));

                    // If policy is OFF, there's no need to wait for
                    // the response.
                    if (getRequestTimeoutHandler() != KeepAliveRequestTimeoutHandler.DEAF_SPEAKER) {
                        markStatus(session);
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Related Classes of org.apache.mina.core.write.DefaultWriteRequest

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  • org.apache.directory.server.ldap.handlers.sasl.SaslFilter
  • org.apache.mina.core.IoFilterChainTest
  • org.apache.mina.core.session.AbstractIoSession
  • org.apache.mina.filter.buffer.BufferedWriteFilter
  • org.apache.mina.filter.codec.ProtocolCodecFilter$ProtocolEncoderOutputImpl
  • org.apache.mina.filter.compression.CompressionFilterTest
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  • org.apache.mina.filter.keepalive.KeepAliveFilter
  • org.apache.mina.filter.reqres.RequestResponseFilterTest
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