/** * Constructor. * */ public SelectChannelConnector() { _manager.setMaxIdleTime(getMaxIdleTime()); addBean(_manager,true); setAcceptors(Math.max(1,(Runtime.getRuntime().availableProcessors()+3)/4)); }
/** * Constructor. * */ public SelectChannelConnector() { _manager.setMaxIdleTime(getMaxIdleTime()); addBean(_manager,true); setAcceptors(Math.max(1,(Runtime.getRuntime().availableProcessors()+3)/4)); }
/** * Constructor. * */ public SelectChannelConnector() { _manager.setMaxIdleTime(getMaxIdleTime()); addBean(_manager,true); setAcceptors(Math.max(1,(Runtime.getRuntime().availableProcessors()+3)/4)); }
/** * Constructor. * */ public SelectChannelConnector() { _manager.setMaxIdleTime(getMaxIdleTime()); addBean(_manager,true); setAcceptors(Math.max(1,(Runtime.getRuntime().availableProcessors()+3)/4)); }
/** * Constructor. * */ public SelectChannelConnector() { _manager.setMaxIdleTime(getMaxIdleTime()); addBean(_manager,true); setAcceptors(Math.max(1,(Runtime.getRuntime().availableProcessors()+3)/4)); }
@Override public void setThreadPool(ThreadPool pool) { super.setThreadPool(pool); // preserve start order removeBean(_manager); addBean(_manager,true); }
@Override public void setThreadPool(ThreadPool pool) { super.setThreadPool(pool); // preserve start order removeBean(_manager); addBean(_manager,true); }
@Override public void setThreadPool(ThreadPool pool) { super.setThreadPool(pool); // preserve start order removeBean(_manager); addBean(_manager,true); }
@Override public void setThreadPool(ThreadPool pool) { super.setThreadPool(pool); // preserve start order removeBean(_manager); addBean(_manager,true); }
@Override public void setThreadPool(ThreadPool pool) { super.setThreadPool(pool); // preserve start order removeBean(_manager); addBean(_manager,true); }
public void open() throws IOException { synchronized(this) { if (_acceptChannel == null) { // Create a new server socket _acceptChannel = ServerSocketChannel.open(); // Set to blocking mode _acceptChannel.configureBlocking(true); // Bind the server socket to the local host and port _acceptChannel.socket().setReuseAddress(getReuseAddress()); InetSocketAddress addr = getHost()==null?new InetSocketAddress(getPort()):new InetSocketAddress(getHost(),getPort()); _acceptChannel.socket().bind(addr,getAcceptQueueSize()); _localPort=_acceptChannel.socket().getLocalPort(); if (_localPort<=0) throw new IOException("Server channel not bound"); addBean(_acceptChannel); } } }
public void open() throws IOException { synchronized(this) { if (_acceptChannel == null) { // Create a new server socket _acceptChannel = ServerSocketChannel.open(); // Set to blocking mode _acceptChannel.configureBlocking(true); // Bind the server socket to the local host and port _acceptChannel.socket().setReuseAddress(getReuseAddress()); InetSocketAddress addr = getHost()==null?new InetSocketAddress(getPort()):new InetSocketAddress(getHost(),getPort()); _acceptChannel.socket().bind(addr,getAcceptQueueSize()); _localPort=_acceptChannel.socket().getLocalPort(); if (_localPort<=0) throw new IOException("Server channel not bound"); addBean(_acceptChannel); } } }
public void open() throws IOException { synchronized(this) { if (_acceptChannel == null) { // Create a new server socket _acceptChannel = ServerSocketChannel.open(); // Set to blocking mode _acceptChannel.configureBlocking(true); // Bind the server socket to the local host and port _acceptChannel.socket().setReuseAddress(getReuseAddress()); InetSocketAddress addr = getHost()==null?new InetSocketAddress(getPort()):new InetSocketAddress(getHost(),getPort()); _acceptChannel.socket().bind(addr,getAcceptQueueSize()); _localPort=_acceptChannel.socket().getLocalPort(); if (_localPort<=0) throw new IOException("Server channel not bound"); addBean(_acceptChannel); } } }
public void open() throws IOException { synchronized(this) { if (_acceptChannel == null) { // Create a new server socket _acceptChannel = ServerSocketChannel.open(); // Set to blocking mode _acceptChannel.configureBlocking(true); // Bind the server socket to the local host and port _acceptChannel.socket().setReuseAddress(getReuseAddress()); InetSocketAddress addr = getHost()==null?new InetSocketAddress(getPort()):new InetSocketAddress(getHost(),getPort()); _acceptChannel.socket().bind(addr,getAcceptQueueSize()); _localPort=_acceptChannel.socket().getLocalPort(); if (_localPort<=0) throw new IOException("Server channel not bound"); addBean(_acceptChannel); } } }
public void open() throws IOException { synchronized(this) { if (_acceptChannel == null) { // Create a new server socket _acceptChannel = ServerSocketChannel.open(); // Set to blocking mode _acceptChannel.configureBlocking(true); // Bind the server socket to the local host and port _acceptChannel.socket().setReuseAddress(getReuseAddress()); InetSocketAddress addr = getHost()==null?new InetSocketAddress(getPort()):new InetSocketAddress(getHost(),getPort()); _acceptChannel.socket().bind(addr,getAcceptQueueSize()); _localPort=_acceptChannel.socket().getLocalPort(); if (_localPort<=0) throw new IOException("Server channel not bound"); addBean(_acceptChannel); } } }