List of usage examples for org.apache.commons.configuration MapConfiguration MapConfiguration
public MapConfiguration(Map map)
From source file:com.nesscomputing.testing.IntegrationTestRuleBuilder.java
@SuppressWarnings("deprecation") private void addServiceDefinitions(final Map<String, ServiceDefinition> serviceDefinitions, final Map<String, String> serviceConfigTweaks, final Map<String, Module> serviceModules) { for (final Map.Entry<String, ServiceDefinition> entry : serviceDefinitions.entrySet()) { // Reality is that this is the service configuration minus what a service definition might add as local tweaks // for a named service. So the instance of the named service might run with a slightly different config // than all the services that are also in the injector, because ServiceDefinition has no API to expose these // tweaks to the other services. ///*w w w . j av a2s .c o m*/ // That is an actual problem and the reason why ServiceDefinition does not work. // // For services defined through a ServiceDefinition, always use the baseConfig, because there is no way to register // such a service with its specific configuration. The usual way around this is that the service definition was supplied // a service specific configuration through other means. So the service runs a very different configuration than all its // additional services around it. // // That is an actual problem and another reason why ServiceDefinition does not work. // final Config serviceConfig = Config.getOverriddenConfig(baseConfig, new MapConfiguration(serviceConfigTweaks)); final Module serviceModule = new Module() { @Override public void configure(final Binder binder) { // This allows us to later ask an injector what it is named. binder.bindConstant().annotatedWith(Names.named("SERVICE")).to(entry.getKey()); for (TweakedModule tweakedModule : tweakedModules) { binder.install(tweakedModule.getServiceModule(serviceConfig)); } binder.install(new ConfigModule(serviceConfig)); binder.install(entry.getValue().getModule(serviceConfigTweaks)); } }; serviceModules.put(entry.getKey(), serviceModule); } }
From source file:com.nesscomputing.testing.IntegrationTestRuleBuilder.java
private void addServiceModules(final Map<String, TweakedModule> serviceDefinitions, // NOPMD -- now why the fsck is that needed here? This method is used just fine. final Map<String, String> serviceConfigTweaks, final Map<String, Module> serviceModules) { for (final Map.Entry<String, TweakedModule> entry : serviceDefinitions.entrySet()) { // A tweaked service can be registered with its own configuration. Use that as the base for all the service // tweaks if present, otherwise use the base configuration. final Config serviceBaseConfig = serviceConfigs.containsKey(entry.getKey()) ? serviceConfigs.get(entry.getKey()) : baseConfig;//w w w . ja v a 2 s. co m final Config serviceConfig = Config.getOverriddenConfig(serviceBaseConfig, new MapConfiguration(serviceConfigTweaks), new MapConfiguration(entry.getValue().getServiceConfigTweaks())); final Module serviceModule = new Module() { @Override public void configure(final Binder binder) { // This allows us to later ask an injector what it is named. binder.bindConstant().annotatedWith(Names.named("SERVICE")).to(entry.getKey()); for (TweakedModule tweakedModule : tweakedModules) { binder.install(tweakedModule.getServiceModule(serviceConfig)); } binder.install(new ConfigModule(serviceConfig)); binder.install(entry.getValue().getServiceModule(serviceConfig)); } }; serviceModules.put(entry.getKey(), serviceModule); } }
From source file:com.comcast.viper.flume2storm.IntegrationTest.java
/** * Integration test with the Dynamic Location Service and the KryoNet * Connection API// ww w . java 2 s . co m * * @throws Exception * If anything went wrong */ @Test public void staticLocationService_KryoNet() throws Exception { // // Flume Configuration // // Base storm sink configuration BaseConfiguration sinkBaseConfig = new BaseConfiguration(); sinkBaseConfig.addProperty(StormSinkConfiguration.LOCATION_SERVICE_FACTORY_CLASS, StaticLocationServiceFactory.class.getName()); sinkBaseConfig.addProperty(StormSinkConfiguration.SERVICE_PROVIDER_SERIALIZATION_CLASS, KryoNetServiceProviderSerialization.class.getName()); sinkBaseConfig.addProperty(StormSinkConfiguration.EVENT_SENDER_FACTORY_CLASS, KryoNetEventSenderFactory.class.getName()); sinkBaseConfig.addProperty(StormSinkConfiguration.CONNECTION_PARAMETERS_FACTORY_CLASS, KryoNetConnectionParametersFactory.class.getName()); // Location Service configuration BaseConfiguration flumeLocationServiceConfig = new BaseConfiguration(); flumeLocationServiceConfig.addProperty(StaticLocationServiceConfiguration.CONFIGURATION_LOADER_CLASS, KryoNetServiceProvidersLoader.class.getName()); // First storm sink configuration int sink1Port = TestUtils.getAvailablePort(); BaseConfiguration sink1ConnectionParameters = new BaseConfiguration(); sink1ConnectionParameters.addProperty(KryoNetConnectionParameters.ADDRESS, KryoNetConnectionParameters.ADDRESS_DEFAULT); sink1ConnectionParameters.addProperty(KryoNetConnectionParameters.PORT, sink1Port); CombinedConfiguration sink1Config = new CombinedConfiguration(); sink1Config.addConfiguration(sinkBaseConfig); sink1Config.addConfiguration(sink1ConnectionParameters, "connectionParams", KryoNetConnectionParametersFactory.CONFIG_BASE_NAME); sink1Config.addConfiguration(flumeLocationServiceConfig, "Location Service Configuration", StaticLocationServiceFactory.CONFIG_BASE_NAME); config.addConfiguration(sink1Config, SINK1_CONFIG); // Second storm sink configuration int sink2Port = TestUtils.getAvailablePort(); BaseConfiguration sink2ConnectionParameters = new BaseConfiguration(); sink2ConnectionParameters.addProperty(KryoNetConnectionParameters.ADDRESS, KryoNetConnectionParameters.ADDRESS_DEFAULT); sink2ConnectionParameters.addProperty(KryoNetConnectionParameters.PORT, sink2Port); CombinedConfiguration sink2Config = new CombinedConfiguration(); sink2Config.addConfiguration(sinkBaseConfig); sink2Config.addConfiguration(sink2ConnectionParameters, "connectionParams", KryoNetConnectionParametersFactory.CONFIG_BASE_NAME); sink2Config.addConfiguration(flumeLocationServiceConfig, "Location Service Configuration", StaticLocationServiceFactory.CONFIG_BASE_NAME); config.addConfiguration(sink2Config, SINK2_CONFIG); // // Storm Configuration // String sp1Id = "sp1Id"; String sp2Id = "sp2Id"; BaseConfiguration stormLocationServiceBaseConfig = new BaseConfiguration(); stormLocationServiceBaseConfig.addProperty(StaticLocationServiceConfiguration.CONFIGURATION_LOADER_CLASS, KryoNetServiceProvidersLoader.class.getName()); stormLocationServiceBaseConfig.addProperty(StaticLocationServiceConfiguration.SERVICE_PROVIDER_LIST, StringUtils.join(sp1Id, StaticLocationServiceConfiguration.SERVICE_PROVIDER_LIST_SEPARATOR, sp2Id)); BaseConfiguration stormLocationServiceSink1Config = new BaseConfiguration(); stormLocationServiceSink1Config.addProperty(KryoNetConnectionParameters.ADDRESS, KryoNetConnectionParameters.ADDRESS_DEFAULT); stormLocationServiceSink1Config.addProperty(KryoNetConnectionParameters.PORT, sink1Port); BaseConfiguration stormLocationServiceSink2Config = new BaseConfiguration(); stormLocationServiceSink2Config.addProperty(KryoNetConnectionParameters.ADDRESS, KryoNetConnectionParameters.ADDRESS_DEFAULT); stormLocationServiceSink2Config.addProperty(KryoNetConnectionParameters.PORT, sink2Port); CombinedConfiguration stormLocationServiceConfig = new CombinedConfiguration(); stormLocationServiceConfig.addConfiguration(stormLocationServiceBaseConfig); stormLocationServiceConfig.addConfiguration(stormLocationServiceSink1Config, "sink1", StringUtils.join(StaticLocationServiceConfiguration.SERVICE_PROVIDER_BASE_DEFAULT, ".", sp1Id)); stormLocationServiceConfig.addConfiguration(stormLocationServiceSink2Config, "sink2", StringUtils.join(StaticLocationServiceConfiguration.SERVICE_PROVIDER_BASE_DEFAULT, ".", sp2Id)); // Global KryoNet configuration MapConfiguration kryoConfig = new MapConfiguration(new HashMap<String, Object>()); kryoConfig.addProperty(KryoNetParameters.CONNECTION_TIMEOUT, 500); kryoConfig.addProperty(KryoNetParameters.RECONNECTION_DELAY, 1000); kryoConfig.addProperty(KryoNetParameters.TERMINATION_TO, 2000); // Flume-spout base configuration CombinedConfiguration flumeSpoutBaseConfig = new CombinedConfiguration(); flumeSpoutBaseConfig.addProperty(FlumeSpoutConfiguration.LOCATION_SERVICE_FACTORY_CLASS, StaticLocationServiceFactory.class.getName()); flumeSpoutBaseConfig.addProperty(FlumeSpoutConfiguration.SERVICE_PROVIDER_SERIALIZATION_CLASS, KryoNetServiceProviderSerialization.class.getName()); flumeSpoutBaseConfig.addProperty(FlumeSpoutConfiguration.EVENT_RECEPTOR_FACTORY_CLASS, KryoNetEventReceptorFactory.class.getName()); // Final flume-spout configuration CombinedConfiguration flumeSpoutConfig = new CombinedConfiguration(); flumeSpoutConfig.addConfiguration(flumeSpoutBaseConfig); flumeSpoutConfig.addConfiguration(kryoConfig, "Kryo Configuration", KryoNetParameters.CONFIG_BASE_NAME); flumeSpoutConfig.addConfiguration(stormLocationServiceConfig, "Location Service Configuration", StaticLocationServiceFactory.CONFIG_BASE_NAME); config.addConfiguration(flumeSpoutConfig, SPOUT_CONFIG); testAll(); }
From source file:com.germinus.easyconf.ComponentProperties.java
protected Object getPropertyWithFilter(String key, Filter filter, Class theClass, Object defaultValue) { CompositeConfiguration filteredConf = properties; Object value = null;/* w w w . j a va2 s. co m*/ for (int i = filter.numOfSelectors(); (i >= 0) && (value == null); i--) { MapConfiguration varsConf = null; if (filter.hasVariables()) { varsConf = new MapConfiguration(filter.getVariables()); filteredConf = new CompositeConfiguration(); filteredConf.addConfiguration(varsConf); filteredConf.addConfiguration(properties); } value = getTypedPropertyWithDefault(key + filter.getFilterSuffix(i), theClass, filteredConf, null); if (varsConf != null) { properties.removeConfiguration(varsConf); } log.debug("Value for " + key + filter.getFilterSuffix(i) + "=" + value); } if (value == null) { value = defaultValue; } return value; }
From source file:com.ikanow.aleph2.graph.titan.services.TitanGraphService.java
/** Builds a Titan graph from the config bean * @param config/* w ww . j a v a2s. c o m*/ * @return */ protected TitanGraph setup(TitanGraphConfigBean config) { if (null != config.config_override()) { // First denest: final Config denested = ConfigFactory.parseMap(config.config_override()); // Then build return TitanFactory.open(new MapConfiguration(denested.entrySet().stream() .collect(Collectors.toMap(kv -> kv.getKey(), kv -> kv.getValue().unwrapped())))); } else { final String path = Optional.of(config.config_path_name()) .map(p -> (p.matches("^[a-zA-Z]:.*") || p.startsWith(".") || p.startsWith("/")) ? p : ModuleUtils.getGlobalProperties().local_yarn_config_dir() + "/" + p) .get(); return TitanFactory.open(path); } }
From source file:eu.tradegrid.tinkerpop.persistor.TinkerpopPersistor.java
/** * Load information on the graph database to connect to from the mod.json into * a {@link Configuration} object needed for opening the Tinkerpop {@link Graph}.<p/> * // w w w.j a v a 2s .co m * @return the graph database configuration */ private Configuration loadTinkerpopConfig() { JsonObject tinkerpopConfigJson = config.getObject("tinkerpopConfig"); if (tinkerpopConfigJson == null) { throw new IllegalArgumentException("tinkerpopConfig section must be specified in config"); } Configuration config = new MapConfiguration(tinkerpopConfigJson.toMap()); return config; }
From source file:org.apache.accumulo.core.conf.Property.java
/** * Gets the default value for this property. System properties are interpolated into the value if necessary. * * @return default value/*from www . j av a 2 s .c o m*/ */ public String getDefaultValue() { String v; if (isInterpolated()) { PropertiesConfiguration pconf = new PropertiesConfiguration(); Properties systemProperties = System.getProperties(); synchronized (systemProperties) { pconf.append(new MapConfiguration(systemProperties)); } pconf.addProperty("hack_default_value", this.defaultValue); v = pconf.getString("hack_default_value"); } else { v = getRawDefaultValue(); } if (this.type == PropertyType.ABSOLUTEPATH && !(v.trim().equals(""))) v = new File(v).getAbsolutePath(); return v; }
From source file:org.apache.accumulo.core.rpc.SaslConnectionParams.java
private static MapConfiguration createMapConfiguration(AccumuloConfiguration conf) { MapConfiguration mapConf = new MapConfiguration(getProperties(conf)); mapConf.setListDelimiter('\0'); return mapConf; }
From source file:org.apache.accumulo.minicluster.impl.MiniAccumuloClusterImpl.java
private static List<AbstractConfiguration> getConfigs(MiniAccumuloConfigImpl config) { MapConfiguration cfg = new MapConfiguration(config.getSiteConfig()); cfg.setListDelimiter('\0'); return Collections.<AbstractConfiguration>singletonList(cfg); }
From source file:org.apache.hadoop.gateway.shell.ClientContext.java
private ClientContext() { configuration = new MapConfiguration(new HashMap<>()); poolContext = new PoolContext(this); socketContext = new SocketContext(this); connectionContext = new ConnectionContext(this); }