Examples of org.apache.qpid.server.configuration.ServerConfiguration

Package org.apache.qpid.server.configuration

Examples of org.apache.qpid.server.configuration.ServerConfiguration

org.apache.qpid.server.configuration.ServerConfiguration

        // MemoryMessageStoreLoggingTest setUp itself does not call super.setUp
        //We call super.setUp but this will not start the broker as that is
        //part of the test case.


        // Load the default configuration file to get the list of defined vhosts
        ServerConfiguration configuration = new ServerConfiguration(new File(_configFile.getParent() + "/config.xml"));
        configuration.initialise();
        List<String> vhosts = configuration.getConfig().getList("virtualhosts.virtualhost.name");


        // Make them all persistent i.e. Use DerbyMessageStore and
        // test that it logs correctly.
        for (String vhost : vhosts)
        {

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        // Validation


        assertTrue("MST messages not logged", results.size() > 0);


        // Load VirtualHost list from file.
        ServerConfiguration configuration = new ServerConfiguration(_configFile);
        configuration.initialise();
        List<String> vhosts = configuration.getConfig().getList("virtualhosts.virtualhost.name");


        //Validate each vhost logs a creation
        results = waitAndFindMatches("MST-1002");


        assertEquals("Each vhost did not close its store.", vhosts.size(), results.size());


        for (int index = 0; index < results.size(); index++)
        {
            String result = getLogMessage(results, index);;


            // getSlize will return extract the vhost from vh(/test) -> '/test'
            // so remove the '/' to get the name
            String vhostName = AbstractTestLogSubject.getSlice("vh", result).substring(1);


            // To get the store class used in the configuration we need to know
            // the virtualhost name, found above. AND
            // the index that the virtualhost is within the configuration.
            // we can retrive that from the vhosts list previously extracted.
            String fullStoreName = configuration.getConfig().getString("virtualhosts.virtualhost(" + vhosts.indexOf(vhostName) + ")." + vhostName + ".store.class");


            // Get the Simple class name from the expected class name of o.a.q.s.s.MMS
            String storeName = fullStoreName.substring(fullStoreName.lastIndexOf(".") + 1);


            assertTrue("MST-1002 does not contain a store path" + getMessageString(result),

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        // Validation


        assertTrue("MST messages not logged", results.size() > 0);


        // Load VirtualHost list from file.
        ServerConfiguration configuration = new ServerConfiguration(_configFile);
        configuration.initialise();
        List<String> vhosts = configuration.getConfig().getList("virtualhosts.virtualhost.name");


        //Validate each vhost logs a creation
        results = waitAndFindMatches("MST-1004");


        assertTrue("Each vhost did not close its store.", vhosts.size() <= results.size());


        for (int index = 0; index < results.size(); index++)
        {
            String result = getLogMessage(results, index);;


            if (getMessageString(result).contains("Recovery Start :"))
            {
                //Don't test queue start recoveries
                continue;
            }


            // getSlize will return extract the vhost from vh(/test) -> '/test'
            // so remove the '/' to get the name
            String vhostName = AbstractTestLogSubject.getSlice("vh", result).substring(1);


            // To get the store class used in the configuration we need to know
            // the virtualhost name, found above. AND
            // the index that the virtualhost is within the configuration.
            // we can retrive that from the vhosts list previously extracted.
            String fullStoreName = configuration.getConfig().getString("virtualhosts.virtualhost(" + vhosts.indexOf(vhostName) + ")." + vhostName + ".store.class");


            // Get the Simple class name from the expected class name of o.a.q.s.s.MMS
            String storeName = fullStoreName.substring(fullStoreName.lastIndexOf(".") + 1);


            assertEquals("MST-1004 does have expected message", "Recovery Start",

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        // Call save Configuration to be sure we have saved the test specific
        // file. As the optional status
        saveTestConfiguration();
        saveTestVirtualhosts();


        ServerConfiguration configuration = new ServerConfiguration(_configFile);
        // Don't need to configuration.configure() here as we are just pulling
        // values directly by String.
        return configuration.getConfig().getString(property);
    }

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            // Write the test config file to test output
            message.append("Server configuration overrides in use:\n");
            message.append(FileUtils.readFileAsString(getTestConfigFile()));


            message.append("\nVirtualhost maxMessageCount:\n");
            ServerConfiguration config = new ServerConfiguration(_configFile);
            config.initialise();
            message.append(config.getVirtualHostConfig(VIRTUALHOST).getMaximumMessageCount());


            fail(message.toString());
        }
    }

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        // Validation


        assertTrue("MST messages not logged", results.size() > 0);


        // Load VirtualHost list from file.
        ServerConfiguration configuration = new ServerConfiguration(_configFile);
        configuration.initialise();
        List<String> vhosts = Arrays.asList(configuration.getVirtualHosts());


        //Validate each vhost logs a creation
        results = waitAndFindMatches("MST-1003");


        assertEquals("Each vhost did not close its store.", vhosts.size(), results.size());


        for (int index = 0; index < results.size(); index++)
        {
            String result = getLogMessage(results, index);


            // getSlice will return extract the vhost from vh(/test) -> '/test'
            // so remove the '/' to get the name
            String vhostName = AbstractTestLogSubject.getSlice("vh", result).substring(1);


            // Get the store class used in the configuration for the virtualhost.
            String fullStoreName = configuration.getVirtualHostConfig(vhostName).getMessageStoreClass();


            // Get the Simple class name from the expected class name of o.a.q.s.s.MMS
            String storeName = fullStoreName.substring(fullStoreName.lastIndexOf(".") + 1);


            assertEquals("MST-1003 does not close:",

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        }
    }


    static int getConfiguredFrameSize()
    {
        final ServerConfiguration config = ApplicationRegistry.getInstance().getConfiguration();
        final int framesize = config.getFrameSize();
        _logger.info("Framesize set to " + framesize);
        return framesize;
    }

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            logConfigFile = new File(configFileDirectory, DEFAULT_LOG_CONFIG_FILENAME);
            configureLogging(logConfigFile, logWatchTime);
        }


        ConfigurationFileApplicationRegistry config = new ConfigurationFileApplicationRegistry(configFile);
        ServerConfiguration serverConfig = config.getConfiguration();
        updateManagementPort(serverConfig, commandLine.getOptionValue("m"));


        ApplicationRegistry.initialise(config);


        // We have already loaded the BrokerMessages class by this point so we
        // need to refresh the locale setting incase we had a different value in
        // the configuration.
        BrokerMessages.reload();


        // AR.initialise() sets and removes its own actor so we now need to set the actor
        // for the remainder of the startup, and the default actor if the stack is empty
        CurrentActor.set(new BrokerActor(config.getCompositeStartupMessageLogger()));
        CurrentActor.setDefault(new BrokerActor(config.getRootMessageLogger()));
        GenericActor.setDefaultMessageLogger(config.getRootMessageLogger());
        


        try
        {
            configureLoggingManagementMBean(logConfigFile, logWatchTime);


            ConfigurationManagementMBean configMBean = new ConfigurationManagementMBean();
            configMBean.register();


            ServerInformationMBean sysInfoMBean =
                    new ServerInformationMBean(QpidProperties.getBuildVersion(), QpidProperties.getReleaseVersion());
            sysInfoMBean.register();




            String[] portStr = commandLine.getOptionValues("p");


            Set<Integer> ports = new HashSet<Integer>();
            Set<Integer> exclude_0_10 = new HashSet<Integer>();
            Set<Integer> exclude_0_9_1 = new HashSet<Integer>();
            Set<Integer> exclude_0_9 = new HashSet<Integer>();
            Set<Integer> exclude_0_8 = new HashSet<Integer>();


            if(portStr == null || portStr.length == 0)
            {


                parsePortList(ports, serverConfig.getPorts());
                parsePortList(exclude_0_10, serverConfig.getPortExclude010());
                parsePortList(exclude_0_9_1, serverConfig.getPortExclude091());
                parsePortList(exclude_0_9, serverConfig.getPortExclude09());
                parsePortList(exclude_0_8, serverConfig.getPortExclude08());


            }
            else
            {
                parsePortArray(ports, portStr);
                parsePortArray(exclude_0_10, commandLine.getOptionValues("exclude-0-10"));
                parsePortArray(exclude_0_9_1, commandLine.getOptionValues("exclude-0-9-1"));
                parsePortArray(exclude_0_9, commandLine.getOptionValues("exclude-0-9"));
                parsePortArray(exclude_0_8, commandLine.getOptionValues("exclude-0-8"));


            }








            String bindAddr = commandLine.getOptionValue("b");
            if (bindAddr == null)
            {
                bindAddr = serverConfig.getBind();
            }
            InetAddress bindAddress = null;






            if (bindAddr.equals("wildcard"))
            {
                bindAddress = new InetSocketAddress(0).getAddress();
            }
            else
            {
                bindAddress = InetAddress.getByAddress(parseIP(bindAddr));
            }


            String hostName = bindAddress.getCanonicalHostName();




            String keystorePath = serverConfig.getKeystorePath();
            String keystorePassword = serverConfig.getKeystorePassword();
            String certType = serverConfig.getCertType();
            SSLContextFactory sslFactory = null;


            if (!serverConfig.getSSLOnly())
            {


                for(int port : ports)
                {


                    NetworkDriver driver = new MINANetworkDriver();


                    Set<VERSION> supported = EnumSet.allOf(VERSION.class);


                    if(exclude_0_10.contains(port))
                    {
                        supported.remove(VERSION.v0_10);
                    }


                    if(exclude_0_9_1.contains(port))
                    {
                        supported.remove(VERSION.v0_9_1);
                    }
                    if(exclude_0_9.contains(port))
                    {
                        supported.remove(VERSION.v0_9);
                    }
                    if(exclude_0_8.contains(port))
                    {
                        supported.remove(VERSION.v0_8);
                    }


                    MultiVersionProtocolEngineFactory protocolEngineFactory =
                            new MultiVersionProtocolEngineFactory(hostName, supported);






                    driver.bind(port, new InetAddress[]{bindAddress}, protocolEngineFactory,
                                serverConfig.getNetworkConfiguration(), null);
                    ApplicationRegistry.getInstance().addAcceptor(new InetSocketAddress(bindAddress, port),
                                                                  new QpidAcceptor(driver,"TCP"));
                    CurrentActor.get().message(BrokerMessages.LISTENING("TCP", port));


                }


            }


            if (serverConfig.getEnableSSL())
            {
                sslFactory = new SSLContextFactory(keystorePath, keystorePassword, certType);
                NetworkDriver driver = new MINANetworkDriver();
                driver.bind(serverConfig.getSSLPort(), new InetAddress[]{bindAddress},
                            new AMQProtocolEngineFactory(), serverConfig.getNetworkConfiguration(), sslFactory);
                ApplicationRegistry.getInstance().addAcceptor(new InetSocketAddress(bindAddress, serverConfig.getSSLPort()),
                        new QpidAcceptor(driver,"TCP"));
                CurrentActor.get().message(BrokerMessages.LISTENING("TCP/SSL", serverConfig.getSSLPort()));
            }


            CurrentActor.get().message(BrokerMessages.READY());


        }

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    protected void createBroker() throws Exception
    {
        _started = true;
        CurrentActor.set(new TestLogActor(new SystemOutMessageLogger()));


        _configuration = new ServerConfiguration(_configXml);


        configure();


        _registry = new TestApplicationRegistry(_configuration);
        ApplicationRegistry.initialise(_registry);

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        if (_subject == null)
        {
            throw new NullPointerException("LogSubject has not been set");
        }


        ServerConfiguration serverConfig = new ServerConfiguration(_config);
        UnitTestMessageLogger logger = new UnitTestMessageLogger(serverConfig);


        LogActor actor = new TestLogActor(logger);


        actor.message(_subject, new LogMessage()

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