protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
private void doWrite(final Packet packet) { final ActiveMQBuffer buffer = packet.encode(connection); connection.getTransportConnection().write(buffer, false, false); }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }
connection.getTransportConnection().write(buffer, flush, batch); return true;
connection.getTransportConnection().write(buffer, false, false);
protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
protected void sendHandshake(Connection transportConnection) { if (transportConnection.isUsingProtocolHandling()) { // no need to send handshake on inVM as inVM is not using the NettyProtocolHandling ActiveMQBuffer amqbuffer = connection.createTransportBuffer(handshake.length()); amqbuffer.writeBytes(handshake.getBytes()); transportConnection.write(amqbuffer); } }
private void doWrite(final Packet packet) { final ActiveMQBuffer buffer = packet.encode(connection); connection.getTransportConnection().write(buffer, false, false); }
private void doWrite(final Packet packet) { final ActiveMQBuffer buffer = packet.encode(connection); connection.getTransportConnection().write(buffer, false, false); }
public void physicalSend(StompFrame frame) throws Exception { ActiveMQBuffer buffer = frame.toActiveMQBuffer(); synchronized (sendLock) { getTransportConnection().write(buffer, false, false); } if (stompListener != null) { stompListener.replySent(frame); } }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }
private void sendPacketWithoutLock(final Channel parameterChannel, final Packet packet) { packet.setChannelID(parameterChannel.getID()); Connection conn = parameterChannel.getConnection().getTransportConnection(); ActiveMQBuffer buffer = packet.encode(this.getCoreConnection()); conn.write(buffer, false, false); }