quickfix.mina.acceptor.AbstractSocketAcceptor Maven / Gradle / Ivy
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package quickfix.mina.acceptor;
import org.apache.mina.core.buffer.IoBuffer;
import org.apache.mina.core.buffer.SimpleBufferAllocator;
import org.apache.mina.core.service.IoAcceptor;
import org.apache.mina.filter.codec.ProtocolCodecFilter;
import quickfix.Acceptor;
import quickfix.Application;
import quickfix.ConfigError;
import quickfix.DefaultSessionFactory;
import quickfix.FieldConvertError;
import quickfix.LogFactory;
import quickfix.MessageFactory;
import quickfix.MessageStoreFactory;
import quickfix.RuntimeError;
import quickfix.ScreenLogFactory;
import quickfix.Session;
import quickfix.SessionFactory;
import quickfix.SessionID;
import quickfix.SessionSettings;
import quickfix.mina.CompositeIoFilterChainBuilder;
import quickfix.mina.EventHandlingStrategy;
import quickfix.mina.NetworkingOptions;
import quickfix.mina.ProtocolFactory;
import quickfix.mina.SessionConnector;
import quickfix.mina.message.FIXProtocolCodecFactory;
import quickfix.mina.ssl.SSLConfig;
import quickfix.mina.ssl.SSLContextFactory;
import quickfix.mina.ssl.SSLFilter;
import quickfix.mina.ssl.SSLSupport;
import javax.net.ssl.SSLContext;
import java.net.SocketAddress;
import java.security.GeneralSecurityException;
import java.util.Collection;
import java.util.Collections;
import java.util.HashMap;
import java.util.Iterator;
import java.util.Map;
/**
* Abstract base class for socket acceptors.
*/
public abstract class AbstractSocketAcceptor extends SessionConnector implements Acceptor {
private final Map sessionProviders = new HashMap<>();
private final SessionFactory sessionFactory;
private final Map socketDescriptorForAddress = new HashMap<>();
private final Map ioAcceptors = new HashMap<>();
protected AbstractSocketAcceptor(SessionSettings settings, SessionFactory sessionFactory)
throws ConfigError {
super(settings, sessionFactory);
IoBuffer.setAllocator(new SimpleBufferAllocator());
IoBuffer.setUseDirectBuffer(false);
this.sessionFactory = sessionFactory;
}
protected AbstractSocketAcceptor(Application application,
MessageStoreFactory messageStoreFactory, SessionSettings settings,
MessageFactory messageFactory) throws ConfigError {
this(application, messageStoreFactory, settings, new ScreenLogFactory(settings),
messageFactory);
}
protected AbstractSocketAcceptor(Application application,
MessageStoreFactory messageStoreFactory, SessionSettings settings,
LogFactory logFactory, MessageFactory messageFactory) throws ConfigError {
this(settings, new DefaultSessionFactory(application, messageStoreFactory, logFactory,
messageFactory));
}
// TODO SYNC Does this method really need synchronization?
protected synchronized void startAcceptingConnections() throws ConfigError {
SocketAddress address = null;
try {
createSessions(getSettings());
startSessionTimer();
for (AcceptorSocketDescriptor socketDescriptor : socketDescriptorForAddress.values()) {
address = socketDescriptor.getAddress();
IoAcceptor ioAcceptor = getIoAcceptor(socketDescriptor);
CompositeIoFilterChainBuilder ioFilterChainBuilder = new CompositeIoFilterChainBuilder(getIoFilterChainBuilder());
if (socketDescriptor.isUseSSL()) {
installSSL(socketDescriptor, ioFilterChainBuilder);
}
ioFilterChainBuilder.addLast(FIXProtocolCodecFactory.FILTER_NAME,
new ProtocolCodecFilter(new FIXProtocolCodecFactory()));
ioAcceptor.setFilterChainBuilder(ioFilterChainBuilder);
ioAcceptor.setCloseOnDeactivation(false);
ioAcceptor.bind(socketDescriptor.getAddress());
log.info("Listening for connections at " + address + " for session(s) "
+ socketDescriptor.getAcceptedSessions().keySet());
}
} catch (FieldConvertError e) {
throw new ConfigError(e);
} catch (Exception e) {
log.error("Cannot start acceptor session for " + address + ", error:" + e);
throw new RuntimeError(e);
}
}
private void installSSL(AcceptorSocketDescriptor descriptor,
CompositeIoFilterChainBuilder ioFilterChainBuilder) throws GeneralSecurityException {
log.info("Installing SSL filter for " + descriptor.getAddress());
SSLConfig sslConfig = descriptor.getSslConfig();
SSLContext sslContext = SSLContextFactory.getInstance(sslConfig);
SSLFilter sslFilter = new SSLFilter(sslContext);
sslFilter.setUseClientMode(false);
sslFilter.setNeedClientAuth(sslConfig.isNeedClientAuth());
sslFilter.setCipherSuites(sslConfig.getEnabledCipherSuites() != null ? sslConfig.getEnabledCipherSuites()
: SSLSupport.getDefaultCipherSuites(sslContext));
sslFilter.setEnabledProtocols(sslConfig.getEnabledProtocols() != null ? sslConfig.getEnabledProtocols()
: SSLSupport.getSupportedProtocols(sslContext));
ioFilterChainBuilder.addLast(SSLSupport.FILTER_NAME, sslFilter);
}
private IoAcceptor getIoAcceptor(AcceptorSocketDescriptor socketDescriptor, boolean init) throws ConfigError {
int transportType = ProtocolFactory.getAddressTransportType(socketDescriptor.getAddress());
AcceptorSessionProvider sessionProvider = sessionProviders.get(socketDescriptor.getAddress());
if (sessionProvider == null) {
sessionProvider = new DefaultAcceptorSessionProvider(socketDescriptor.getAcceptedSessions());
sessionProviders.put(socketDescriptor.getAddress(), sessionProvider);
}
IoAcceptor ioAcceptor = ioAcceptors.get(socketDescriptor);
if (ioAcceptor == null && init) {
ioAcceptor = ProtocolFactory.createIoAcceptor(transportType);
try {
SessionSettings settings = getSettings();
ioAcceptor.setHandler(new AcceptorIoHandler(sessionProvider, new NetworkingOptions(
settings.getDefaultProperties()), getEventHandlingStrategy()));
} catch (FieldConvertError e) {
throw new ConfigError(e);
}
ioAcceptors.put(socketDescriptor, ioAcceptor);
}
return ioAcceptor;
}
private IoAcceptor getIoAcceptor(AcceptorSocketDescriptor socketDescriptor) throws ConfigError {
return getIoAcceptor(socketDescriptor, true);
}
private AcceptorSocketDescriptor getAcceptorSocketDescriptor(SessionSettings settings,
SessionID sessionID) throws ConfigError, FieldConvertError {
int acceptTransportType = ProtocolFactory.SOCKET;
if (settings.isSetting(sessionID, Acceptor.SETTING_SOCKET_ACCEPT_PROTOCOL)) {
try {
acceptTransportType = ProtocolFactory.getTransportType(settings.getString(
sessionID, Acceptor.SETTING_SOCKET_ACCEPT_PROTOCOL));
} catch (IllegalArgumentException e) {
// Unknown transport type
throw new ConfigError(e);
}
}
boolean useSSL = false;
SSLConfig sslConfig = null;
if (getSettings().isSetting(sessionID, SSLSupport.SETTING_USE_SSL)
&& getSettings().getBool(sessionID, SSLSupport.SETTING_USE_SSL)) {
if (acceptTransportType == ProtocolFactory.SOCKET) {
useSSL = true;
sslConfig = SSLSupport.getSslConfig(getSettings(), sessionID);
} else {
log.warn("SSL will not be enabled for transport type=" + acceptTransportType
+ ", session=" + sessionID);
}
}
int acceptPort = (int) settings.getLong(sessionID, Acceptor.SETTING_SOCKET_ACCEPT_PORT);
String acceptHost = null;
if (settings.isSetting(sessionID, SETTING_SOCKET_ACCEPT_ADDRESS)) {
acceptHost = settings.getString(sessionID, SETTING_SOCKET_ACCEPT_ADDRESS);
}
SocketAddress acceptorAddress = ProtocolFactory.createSocketAddress(acceptTransportType,
acceptHost, acceptPort);
// Check for cached descriptor
AcceptorSocketDescriptor descriptor = socketDescriptorForAddress.get(acceptorAddress);
if (descriptor != null) {
if (descriptor.isUseSSL() != useSSL || !equals(sslConfig, descriptor.getSslConfig())) {
throw new ConfigError("Conflicting configurations of acceptor socket: " + acceptorAddress);
}
} else {
descriptor = new AcceptorSocketDescriptor(acceptorAddress, useSSL, sslConfig);
socketDescriptorForAddress.put(acceptorAddress, descriptor);
}
return descriptor;
}
private boolean equals(Object object1, Object object2) {
return object1 == null ? object2 == null : object1.equals(object2);
}
private void createSessions(SessionSettings settings) throws ConfigError, FieldConvertError {
HashMap allSessions = new HashMap<>();
for (Iterator i = settings.sectionIterator(); i.hasNext();) {
SessionID sessionID = i.next();
String connectionType = settings.getString(sessionID,
SessionFactory.SETTING_CONNECTION_TYPE);
boolean isTemplate = false;
if (settings.isSetting(sessionID, Acceptor.SETTING_ACCEPTOR_TEMPLATE)) {
isTemplate = settings.getBool(sessionID, Acceptor.SETTING_ACCEPTOR_TEMPLATE);
}
if (connectionType.equals(SessionFactory.ACCEPTOR_CONNECTION_TYPE)) {
AcceptorSocketDescriptor descriptor = getAcceptorSocketDescriptor(settings, sessionID);
if (!isTemplate) {
Session session = sessionFactory.create(sessionID, settings);
descriptor.acceptSession(session);
allSessions.put(sessionID, session);
}
}
}
setSessions(allSessions);
if (socketDescriptorForAddress.isEmpty()) {
throw new ConfigError("No acceptor sessions found in settings.");
}
}
// XXX does this need to by synchronized?
protected void stopAcceptingConnections() throws ConfigError {
Iterator ioIt = getEndpoints().iterator();
while (ioIt.hasNext()) {
IoAcceptor ioAcceptor = ioIt.next();
SocketAddress localAddress = ioAcceptor.getLocalAddress();
ioAcceptor.unbind();
ioAcceptor.dispose(true);
log.info("No longer accepting connections on " + localAddress);
ioIt.remove();
}
}
private static class AcceptorSocketDescriptor {
private final SocketAddress address;
private final boolean useSSL;
private final SSLConfig sslConfig;
private final Map acceptedSessions = new HashMap<>();
public AcceptorSocketDescriptor(SocketAddress address, boolean useSSL, SSLConfig sslConfig) {
this.address = address;
this.useSSL = useSSL;
this.sslConfig = sslConfig;
}
public void acceptSession(Session session) {
acceptedSessions.put(session.getSessionID(), session);
}
public Map getAcceptedSessions() {
return Collections.unmodifiableMap(acceptedSessions);
}
public SocketAddress getAddress() {
return address;
}
public boolean isUseSSL() {
return useSSL;
}
public SSLConfig getSslConfig() {
return sslConfig;
}
}
public Collection getEndpoints() {
return ioAcceptors.values();
}
public Map getAcceptorAddresses() {
Map sessionIdToAddressMap = new HashMap<>();
for (AcceptorSocketDescriptor descriptor : socketDescriptorForAddress.values()) {
for (SessionID sessionID : descriptor.getAcceptedSessions().keySet()) {
sessionIdToAddressMap.put(sessionID, descriptor.getAddress());
}
}
return sessionIdToAddressMap;
}
public void setSessionProvider(SocketAddress address, AcceptorSessionProvider provider) {
sessionProviders.put(address, provider);
}
static class StaticAcceptorSessionProvider implements AcceptorSessionProvider {
private final Map acceptorSessions;
public StaticAcceptorSessionProvider(final Map acceptorSessions) {
this.acceptorSessions = acceptorSessions;
}
public Session getSession(SessionID sessionID, SessionConnector connector) {
return acceptorSessions.get(sessionID);
}
}
public int getQueueSize() {
final EventHandlingStrategy ehs = getEventHandlingStrategy();
return ehs == null ? 0 : ehs.getQueueSize();
}
protected abstract EventHandlingStrategy getEventHandlingStrategy() ;
private class DefaultAcceptorSessionProvider implements AcceptorSessionProvider {
private final Map acceptorSessions;
public DefaultAcceptorSessionProvider(Map acceptorSessions) {
this.acceptorSessions = acceptorSessions;
}
public Session getSession(SessionID sessionID, SessionConnector ignored) {
Session session = acceptorSessions.get(sessionID);
if (session == null) {
SessionID reduced = reduceSessionID(sessionID);
session = acceptorSessions.get(reduced);
}
return session;
}
/**
* Remove the extra fields added to the session ID in QF-272.
*/
private SessionID reduceSessionID(SessionID sessionID) {
// Acceptors don't use qualifiers.
return new SessionID(sessionID.getBeginString(), sessionID.getSenderCompID(),
sessionID.getTargetCompID());
}
}
}
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