List of usage examples for org.apache.commons.configuration HierarchicalConfiguration configurationsAt
public List configurationsAt(String key)
From source file:jsprit.core.algorithm.io.VehicleRoutingAlgorithms.java
private static VehicleRoutingAlgorithm readAndCreateAlgorithm(final VehicleRoutingProblem vrp, XMLConfiguration config, int nuOfThreads, final SolutionCostCalculator solutionCostCalculator, final StateManager stateManager, ConstraintManager constraintManager, boolean addDefaultCostCalculators) { // map to store constructed modules TypedMap definedClasses = new TypedMap(); // algorithm listeners Set<PrioritizedVRAListener> algorithmListeners = new HashSet<PrioritizedVRAListener>(); // insertion listeners List<InsertionListener> insertionListeners = new ArrayList<InsertionListener>(); //threading// w w w. j av a 2 s.co m final ExecutorService executorService; if (nuOfThreads > 0) { log.debug("setup executor-service with " + nuOfThreads + " threads"); executorService = Executors.newFixedThreadPool(nuOfThreads); algorithmListeners.add(new PrioritizedVRAListener(Priority.LOW, new AlgorithmEndsListener() { @Override public void informAlgorithmEnds(VehicleRoutingProblem problem, Collection<VehicleRoutingProblemSolution> solutions) { log.debug("shutdown executor-service"); executorService.shutdown(); } })); Thread.setDefaultUncaughtExceptionHandler(new UncaughtExceptionHandler() { @Override public void uncaughtException(Thread arg0, Throwable arg1) { System.err.println(arg1.toString()); } }); Runtime.getRuntime().addShutdownHook(new Thread() { public void run() { if (!executorService.isShutdown()) { System.err.println("shutdowHook shuts down executorService"); executorService.shutdown(); } } }); } else executorService = null; //create fleetmanager final VehicleFleetManager vehicleFleetManager = createFleetManager(vrp); String switchString = config.getString("construction.insertion.allowVehicleSwitch"); final boolean switchAllowed; if (switchString != null) { switchAllowed = Boolean.parseBoolean(switchString); } else switchAllowed = true; ActivityTimeTracker.ActivityPolicy activityPolicy; if (stateManager.timeWindowUpdateIsActivated()) { UpdateVehicleDependentPracticalTimeWindows timeWindowUpdater = new UpdateVehicleDependentPracticalTimeWindows( stateManager, vrp.getTransportCosts()); timeWindowUpdater .setVehiclesToUpdate(new UpdateVehicleDependentPracticalTimeWindows.VehiclesToUpdate() { Map<VehicleTypeKey, Vehicle> uniqueTypes = new HashMap<VehicleTypeKey, Vehicle>(); @Override public Collection<Vehicle> get(VehicleRoute vehicleRoute) { if (uniqueTypes.isEmpty()) { for (Vehicle v : vrp.getVehicles()) { if (!uniqueTypes.containsKey(v.getVehicleTypeIdentifier())) { uniqueTypes.put(v.getVehicleTypeIdentifier(), v); } } } Collection<Vehicle> vehicles = new ArrayList<Vehicle>(); vehicles.addAll(uniqueTypes.values()); return vehicles; } }); stateManager.addStateUpdater(timeWindowUpdater); activityPolicy = ActivityTimeTracker.ActivityPolicy.AS_SOON_AS_TIME_WINDOW_OPENS; } else { activityPolicy = ActivityTimeTracker.ActivityPolicy.AS_SOON_AS_ARRIVED; } stateManager.addStateUpdater(new UpdateActivityTimes(vrp.getTransportCosts(), activityPolicy)); stateManager.addStateUpdater(new UpdateVariableCosts(vrp.getActivityCosts(), vrp.getTransportCosts(), stateManager, activityPolicy)); final SolutionCostCalculator costCalculator; if (solutionCostCalculator == null) costCalculator = getDefaultCostCalculator(stateManager); else costCalculator = solutionCostCalculator; PrettyAlgorithmBuilder prettyAlgorithmBuilder = PrettyAlgorithmBuilder.newInstance(vrp, vehicleFleetManager, stateManager, constraintManager); //construct initial solution creator final InsertionStrategy initialInsertionStrategy = createInitialSolution(config, vrp, vehicleFleetManager, stateManager, algorithmListeners, definedClasses, executorService, nuOfThreads, costCalculator, constraintManager, addDefaultCostCalculators); if (initialInsertionStrategy != null) prettyAlgorithmBuilder.constructInitialSolutionWith(initialInsertionStrategy, costCalculator); //construct algorithm, i.e. search-strategies and its modules int solutionMemory = config.getInt("strategy.memory"); List<HierarchicalConfiguration> strategyConfigs = config .configurationsAt("strategy.searchStrategies.searchStrategy"); for (HierarchicalConfiguration strategyConfig : strategyConfigs) { String name = getName(strategyConfig); SolutionAcceptor acceptor = getAcceptor(strategyConfig, vrp, algorithmListeners, definedClasses, solutionMemory); SolutionSelector selector = getSelector(strategyConfig, vrp, algorithmListeners, definedClasses); SearchStrategy strategy = new SearchStrategy(name, selector, acceptor, costCalculator); strategy.setName(name); List<HierarchicalConfiguration> modulesConfig = strategyConfig.configurationsAt("modules.module"); for (HierarchicalConfiguration moduleConfig : modulesConfig) { SearchStrategyModule module = buildModule(moduleConfig, vrp, vehicleFleetManager, stateManager, algorithmListeners, definedClasses, executorService, nuOfThreads, constraintManager, addDefaultCostCalculators); strategy.addModule(module); } prettyAlgorithmBuilder.withStrategy(strategy, strategyConfig.getDouble("probability")); } //construct algorithm VehicleRoutingAlgorithm metaAlgorithm = prettyAlgorithmBuilder.build(); int maxIterations = getMaxIterations(config); if (maxIterations > -1) metaAlgorithm.setMaxIterations(maxIterations); //define prematureBreak PrematureAlgorithmTermination prematureAlgorithmTermination = getPrematureTermination(config, algorithmListeners); if (prematureAlgorithmTermination != null) metaAlgorithm.setPrematureAlgorithmTermination(prematureAlgorithmTermination); else { List<HierarchicalConfiguration> terminationCriteria = config .configurationsAt("terminationCriteria.termination"); for (HierarchicalConfiguration terminationConfig : terminationCriteria) { PrematureAlgorithmTermination termination = getTerminationCriterion(terminationConfig, algorithmListeners); if (termination != null) metaAlgorithm.addTerminationCriterion(termination); } } for (PrioritizedVRAListener l : algorithmListeners) { metaAlgorithm.getAlgorithmListeners().add(l); } return metaAlgorithm; }
From source file:net.datenwerke.sandbox.util.SandboxParser.java
public void parse(Configuration config) { if (!(config instanceof HierarchicalConfiguration)) throw new IllegalArgumentException("Expected HierarchicalConfiguration format"); HierarchicalConfiguration conf = (HierarchicalConfiguration) config; /* sandboxes */ for (HierarchicalConfiguration rs : conf.configurationsAt("security.sandbox")) { String name = rs.getString("[@name]"); if (null == name) throw new IllegalArgumentException("no name for sandbox given"); SandboxContext set = loadSandbox(name, conf, rs, new HashSet<String>()); restrictionSets.put(name, set);//from w w w .j a va 2 s. co m } }
From source file:net.datenwerke.sandbox.util.SandboxParser.java
protected void configureFileAccess(SandboxContext context, HierarchicalConfiguration rs) { for (HierarchicalConfiguration suf : rs.configurationsAt("fileAccess.read.suffixes.entry")) context.addFilePermission(FileAccess.READ, AccessType.PERMIT, new FileSuffixPermission(suf.getString("."), suf.getBoolean("[@negate]", false))); for (HierarchicalConfiguration prefix : rs.configurationsAt("fileAccess.read.prefixes.entry")) context.addFilePermission(FileAccess.READ, AccessType.PERMIT, new FilePrefixPermission(prefix.getString("."), prefix.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccess.read.exactMatches.entry")) context.addFilePermission(FileAccess.READ, AccessType.PERMIT, new FileEqualsPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccess.read.regex.entry")) context.addFilePermission(FileAccess.READ, AccessType.PERMIT, new FileRegexPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration suf : rs.configurationsAt("fileAccess.write.suffixes.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.PERMIT, new FileSuffixPermission(suf.getString("."), suf.getBoolean("[@negate]", false))); for (HierarchicalConfiguration prefix : rs.configurationsAt("fileAccess.write.prefixes.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.PERMIT, new FilePrefixPermission(prefix.getString("."), prefix.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccess.write.exactMatches.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.PERMIT, new FileEqualsPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccess.write.regex.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.PERMIT, new FileRegexPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration suf : rs.configurationsAt("fileAccess.delete.suffixes.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.PERMIT, new FileSuffixPermission(suf.getString("."), suf.getBoolean("[@negate]", false))); for (HierarchicalConfiguration prefix : rs.configurationsAt("fileAccess.delete.prefixes.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.PERMIT, new FilePrefixPermission(prefix.getString("."), prefix.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccess.delete.exactMatches.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.PERMIT, new FileEqualsPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccess.delete.regex.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.PERMIT, new FileRegexPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); Boolean cp = rs.getBoolean("fileAccess[@classpath]", false); if (cp)/*www . j ava 2 s . c o m*/ context.addClasspath(); Boolean home = rs.getBoolean("fileAccess[@home]", false); if (home) context.addHome(); Boolean temp = rs.getBoolean("fileAccess[@temp]", false); if (temp) context.addTempDir(); Boolean work = rs.getBoolean("fileAccess[@work]", false); if (work) context.addWorkDir(); for (HierarchicalConfiguration suf : rs.configurationsAt("fileAccessDeny.read.suffixes.entry")) context.addFilePermission(FileAccess.READ, AccessType.DENY, new FileSuffixPermission(suf.getString("."), suf.getBoolean("[@negate]", false))); for (HierarchicalConfiguration prefix : rs.configurationsAt("fileAccessDeny.read.prefixes.entry")) context.addFilePermission(FileAccess.READ, AccessType.DENY, new FilePrefixPermission(prefix.getString("."), prefix.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccessDeny.read.exactMatches.entry")) context.addFilePermission(FileAccess.READ, AccessType.DENY, new FileEqualsPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccessDeny.read.regex.entry")) context.addFilePermission(FileAccess.READ, AccessType.DENY, new FileRegexPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration suf : rs.configurationsAt("fileAccessDeny.write.suffixes.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.DENY, new FileSuffixPermission(suf.getString("."), suf.getBoolean("[@negate]", false))); for (HierarchicalConfiguration prefix : rs.configurationsAt("fileAccessDeny.write.prefixes.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.DENY, new FilePrefixPermission(prefix.getString("."), prefix.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccessDeny.write.exactMatches.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.DENY, new FileEqualsPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccessDeny.write.regex.entry")) context.addFilePermission(FileAccess.WRITE, AccessType.DENY, new FileRegexPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration suf : rs.configurationsAt("fileAccessDeny.delete.suffixes.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.DENY, new FileSuffixPermission(suf.getString("."), suf.getBoolean("[@negate]", false))); for (HierarchicalConfiguration prefix : rs.configurationsAt("fileAccessDeny.delete.prefixes.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.DENY, new FilePrefixPermission(prefix.getString("."), prefix.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccessDeny.delete.exactMatches.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.DENY, new FileEqualsPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); for (HierarchicalConfiguration entry : rs.configurationsAt("fileAccessDeny.delete.regex.entry")) context.addFilePermission(FileAccess.DELETE, AccessType.DENY, new FileRegexPermission(entry.getString("."), entry.getBoolean("[@negate]", false))); }
From source file:com.graphhopper.jsprit.io.algorithm.VehicleRoutingAlgorithms.java
private static VehicleRoutingAlgorithm readAndCreateAlgorithm(final VehicleRoutingProblem vrp, XMLConfiguration config, int nuOfThreads, final SolutionCostCalculator solutionCostCalculator, final StateManager stateManager, ConstraintManager constraintManager, boolean addDefaultCostCalculators, boolean addCoreConstraints) { // map to store constructed modules TypedMap definedClasses = new TypedMap(); // algorithm listeners Set<PrioritizedVRAListener> algorithmListeners = new HashSet<PrioritizedVRAListener>(); // insertion listeners List<InsertionListener> insertionListeners = new ArrayList<InsertionListener>(); //threading/*from ww w.j a va2 s.com*/ final ExecutorService executorService; if (nuOfThreads > 0) { log.debug("setup executor-service with " + nuOfThreads + " threads"); executorService = Executors.newFixedThreadPool(nuOfThreads); algorithmListeners.add(new PrioritizedVRAListener(Priority.LOW, new AlgorithmEndsListener() { @Override public void informAlgorithmEnds(VehicleRoutingProblem problem, Collection<VehicleRoutingProblemSolution> solutions) { log.debug("shutdown executor-service"); executorService.shutdown(); } })); Thread.setDefaultUncaughtExceptionHandler(new UncaughtExceptionHandler() { @Override public void uncaughtException(Thread arg0, Throwable arg1) { System.err.println(arg1.toString()); } }); Runtime.getRuntime().addShutdownHook(new Thread() { public void run() { if (!executorService.isShutdown()) { System.err.println("shutdowHook shuts down executorService"); executorService.shutdown(); } } }); } else executorService = null; //create fleetmanager final VehicleFleetManager vehicleFleetManager = createFleetManager(vrp); String switchString = config.getString("construction.insertion.allowVehicleSwitch"); final boolean switchAllowed; if (switchString != null) { switchAllowed = Boolean.parseBoolean(switchString); } else switchAllowed = true; ActivityTimeTracker.ActivityPolicy activityPolicy; if (stateManager.timeWindowUpdateIsActivated()) { UpdateVehicleDependentPracticalTimeWindows timeWindowUpdater = new UpdateVehicleDependentPracticalTimeWindows( stateManager, vrp.getTransportCosts(), vrp.getActivityCosts()); timeWindowUpdater .setVehiclesToUpdate(new UpdateVehicleDependentPracticalTimeWindows.VehiclesToUpdate() { Map<VehicleTypeKey, Vehicle> uniqueTypes = new HashMap<VehicleTypeKey, Vehicle>(); @Override public Collection<Vehicle> get(VehicleRoute vehicleRoute) { if (uniqueTypes.isEmpty()) { for (Vehicle v : vrp.getVehicles()) { if (!uniqueTypes.containsKey(v.getVehicleTypeIdentifier())) { uniqueTypes.put(v.getVehicleTypeIdentifier(), v); } } } Collection<Vehicle> vehicles = new ArrayList<Vehicle>(); vehicles.addAll(uniqueTypes.values()); return vehicles; } }); stateManager.addStateUpdater(timeWindowUpdater); activityPolicy = ActivityTimeTracker.ActivityPolicy.AS_SOON_AS_TIME_WINDOW_OPENS; } else { activityPolicy = ActivityTimeTracker.ActivityPolicy.AS_SOON_AS_ARRIVED; } stateManager.addStateUpdater( new UpdateActivityTimes(vrp.getTransportCosts(), activityPolicy, vrp.getActivityCosts())); stateManager.addStateUpdater(new UpdateVariableCosts(vrp.getActivityCosts(), vrp.getTransportCosts(), stateManager, activityPolicy)); final SolutionCostCalculator costCalculator; if (solutionCostCalculator == null) costCalculator = getDefaultCostCalculator(stateManager); else costCalculator = solutionCostCalculator; PrettyAlgorithmBuilder prettyAlgorithmBuilder = PrettyAlgorithmBuilder.newInstance(vrp, vehicleFleetManager, stateManager, constraintManager); if (addCoreConstraints) prettyAlgorithmBuilder.addCoreStateAndConstraintStuff(); //construct initial solution creator final InsertionStrategy initialInsertionStrategy = createInitialSolution(config, vrp, vehicleFleetManager, stateManager, algorithmListeners, definedClasses, executorService, nuOfThreads, costCalculator, constraintManager, addDefaultCostCalculators); if (initialInsertionStrategy != null) prettyAlgorithmBuilder.constructInitialSolutionWith(initialInsertionStrategy, costCalculator); //construct algorithm, i.e. search-strategies and its modules int solutionMemory = config.getInt("strategy.memory"); List<HierarchicalConfiguration> strategyConfigs = config .configurationsAt("strategy.searchStrategies.searchStrategy"); for (HierarchicalConfiguration strategyConfig : strategyConfigs) { String name = getName(strategyConfig); SolutionAcceptor acceptor = getAcceptor(strategyConfig, vrp, algorithmListeners, definedClasses, solutionMemory); SolutionSelector selector = getSelector(strategyConfig, vrp, algorithmListeners, definedClasses); SearchStrategy strategy = new SearchStrategy(name, selector, acceptor, costCalculator); strategy.setName(name); List<HierarchicalConfiguration> modulesConfig = strategyConfig.configurationsAt("modules.module"); for (HierarchicalConfiguration moduleConfig : modulesConfig) { SearchStrategyModule module = buildModule(moduleConfig, vrp, vehicleFleetManager, stateManager, algorithmListeners, definedClasses, executorService, nuOfThreads, constraintManager, addDefaultCostCalculators); strategy.addModule(module); } prettyAlgorithmBuilder.withStrategy(strategy, strategyConfig.getDouble("probability")); } //construct algorithm VehicleRoutingAlgorithm metaAlgorithm = prettyAlgorithmBuilder.build(); int maxIterations = getMaxIterations(config); if (maxIterations > -1) metaAlgorithm.setMaxIterations(maxIterations); //define prematureBreak PrematureAlgorithmTermination prematureAlgorithmTermination = getPrematureTermination(config, algorithmListeners); if (prematureAlgorithmTermination != null) metaAlgorithm.setPrematureAlgorithmTermination(prematureAlgorithmTermination); else { List<HierarchicalConfiguration> terminationCriteria = config .configurationsAt("terminationCriteria.termination"); for (HierarchicalConfiguration terminationConfig : terminationCriteria) { PrematureAlgorithmTermination termination = getTerminationCriterion(terminationConfig, algorithmListeners); if (termination != null) metaAlgorithm.addTerminationCriterion(termination); } } for (PrioritizedVRAListener l : algorithmListeners) { metaAlgorithm.getAlgorithmListeners().add(l); } return metaAlgorithm; }
From source file:com.eyeq.pivot4j.ui.condition.CellValueCondition.java
/** * @see com.eyeq.pivot4j.state.Configurable#restoreSettings(org.apache.commons.configuration.HierarchicalConfiguration) *///from w w w.java 2s.c om @Override public void restoreSettings(HierarchicalConfiguration configuration) { String name = configuration.getString("criteria"); if (name == null) { this.criteria = null; } else { this.criteria = Criteria.valueOf(name); } this.value = configuration.getDouble("value", null); try { List<HierarchicalConfiguration> members = configuration.configurationsAt("position.member"); this.positionUniqueNames = new LinkedList<String>(); for (HierarchicalConfiguration member : members) { positionUniqueNames.add(member.getString("")); } } catch (IllegalArgumentException e) { } }
From source file:com.processpuzzle.application.domain.Application.java
@SuppressWarnings("unchecked") private DataLoader instantitateDataLoader(String className, HierarchicalConfiguration dataLoaderConfig) throws ApplicationException { DataLoader dataLoader = null;/*w w w . j a v a2s.c o m*/ Constructor<DataLoader> dataLoaderConstructor; List<HierarchicalConfiguration> arguments = dataLoaderConfig .configurationsAt(INSTANTIATION_ARGUMENTS_SELECTOR); Class<?>[] parameterTypes = new Class[arguments.size()]; Object[] parameterValues = new Object[arguments.size()]; try { for (int j = 0; j < arguments.size(); j++) { String selectorBase = INSTANTIATION_ARGUMENTS_SELECTOR + PropertyContext.PROPERTY_ARRAY_BEGIN + String.valueOf(j) + PropertyContext.PROPERTY_ARRAY_END; String typeSelector = selectorBase + PropertyContext.ATTRIBUTE_BEGIN + PropertyContext.ATTRIBUTE_SIGNER + PARAMETER_TYPE_ELEMENT_NAME + PropertyContext.ATTRIBUTE_END; String paremeterType = dataLoaderConfig.getString(typeSelector); parameterTypes[j] = Class.forName(paremeterType); //String nameSelector = selectorBase + PropertyContext.ATTRIBUTE_BEGIN + PropertyContext.ATTRIBUTE_SIGNER + PARAMETER_NAME_ELEMENT_NAME + PropertyContext.ATTRIBUTE_END; String parameterValue = dataLoaderConfig.getString(selectorBase); parameterValues[j] = parameterValue; } Class<DataLoader> dataLoaderClass = (Class<DataLoader>) Class.forName(className); dataLoaderConstructor = dataLoaderClass.getConstructor(parameterTypes); dataLoader = (DataLoader) dataLoaderConstructor.newInstance(parameterValues); } catch (SecurityException e) { throw new ApplicationStartException(this, e); } catch (NoSuchMethodException e) { throw new ApplicationStartException(this, e); } catch (IllegalArgumentException e) { throw new ApplicationStartException(this, e); } catch (InstantiationException e) { throw new ApplicationStartException(this, e); } catch (IllegalAccessException e) { throw new ApplicationStartException(this, e); } catch (InvocationTargetException e) { throw new ApplicationStartException(this, e); } catch (ClassNotFoundException e) { throw new ApplicationStartException(this, e); } return dataLoader; }
From source file:com.vangent.hieos.empi.codes.CodesConfig.java
/** * * @param hc//w ww . j a va 2s. c om */ private void loadCodeSet(HierarchicalConfiguration hc) { String codeSystem = hc.getString(CODE_SYSTEM_ATTRIBUTE); String codeSystemName = hc.getString(CODE_SYSTEM_NAME_ATTRIBUTE); String codeSystemVersion = hc.getString(CODE_SYSTEM_VERSION_ATTRIBUTE); CodeSystem codeSystemObj = new CodeSystem(); codeSystemObj.setCodeSystem(codeSystem); codeSystemObj.setCodeSystemName(codeSystemName); codeSystemObj.setCodeSystemVersion(codeSystemVersion); this.codeSystemsByName.put(codeSystem, codeSystemObj); // Now, get list of codes. List hcCodes = hc.configurationsAt(CODE); for (Iterator it = hcCodes.iterator(); it.hasNext();) { HierarchicalConfiguration hcCode = (HierarchicalConfiguration) it.next(); String code = hcCode.getString(VALUE_ATTRIBUTE); String displayName = hcCode.getString(DISPLAY_NAME_ATTRIBUTE); codeSystemObj.addCode(code, displayName); } }
From source file:edu.kit.dama.mdm.core.MetaDataManagement.java
/** * Load configuration from XML-File// ww w . j a va2 s. c o m */ private void loadConfiguration() { String firstImplementation = null; String firstPersistenceUnit = null; HierarchicalConfiguration hc = null; List<String> persistenceUnits = null; URL configURL = null; try { configURL = DataManagerSettings.getConfigurationURL(); LOGGER.debug("Loading configuration from {}", configURL); hc = new HierarchicalConfiguration(new XMLConfiguration(configURL)); LOGGER.debug("Configuration successfully loaded"); } catch (ConfigurationException ex) { // error in configuration // reason see debug log message: LOGGER.error("Failed to load configuration.", ex); throw new RuntimeException(ex); } SubnodeConfiguration configurationAt = hc.configurationAt(CONFIG_ROOT); List fields = configurationAt.configurationsAt(CONFIG_PERSISTENCE_IMPL); LOGGER.debug("Found {} configured persistence implementations", fields.size()); persistenceUnitMap = new HashMap<>(); persistenceClassMap = new HashMap<>(); persistenceUnitDefaultMap = new HashMap<>(); String implementationName; IPersistenceFactory iPersistenceFactory = null; for (Iterator it = fields.iterator(); it.hasNext();) { HierarchicalConfiguration sub = (HierarchicalConfiguration) it.next(); LOGGER.debug("Reading sub-configuration"); // First get all persistence units. persistenceUnits = new ArrayList<>(); try { List<HierarchicalConfiguration> persistenceUnitsList = sub .configurationsAt(CONFIG_PERSISTENCE_UNIT); if (persistenceUnitsList == null) { persistenceUnitsList = new LinkedList<>(); } LOGGER.debug("Configuration contains {} persistence units.", persistenceUnitsList.size()); firstPersistenceUnit = null; for (HierarchicalConfiguration item : persistenceUnitsList) { String value = item.getString("."); String defaultAttribute = item.getString("[@default]"); LOGGER.debug("PersistenceUnit found: " + value); LOGGER.debug("@default = {}", defaultAttribute); if (Boolean.parseBoolean(defaultAttribute)) { if (firstPersistenceUnit == null) { LOGGER.debug("{} is used as default persistence unit.", value); firstPersistenceUnit = value; } else { LOGGER.warn( "{} is an additional persistence unit defined as default. We'll ignore this.", value); } } LOGGER.debug("Adding persistence unit to list of units."); persistenceUnits.add(value); } } catch (Exception any) { LOGGER.error("Failed to read persistence units.", any); } LOGGER.debug("firstPersistenceUnit: " + firstPersistenceUnit); if ((persistenceUnits.size() > 0) && (firstPersistenceUnit == null)) { LOGGER.debug("No default persistence unit defined. Using first entry ({})", persistenceUnits.get(0)); firstPersistenceUnit = persistenceUnits.get(0); } LOGGER.debug("Getting implementation name."); implementationName = sub.getString(CONFIG_PERSISTENCE_NAME); LOGGER.debug("Implementation name '{}' found.", implementationName); if (firstImplementation == null) { LOGGER.debug("Using implementation '{}' as first implementation.", implementationName); firstImplementation = implementationName; } LOGGER.debug("Testing implementation '{}'", implementationName); if (sub.containsKey(CONFIG_DEFAULT_PERSISTENCE)) { LOGGER.debug("'{}' is configured as default implementation.", implementationName); if (defaultImplementation != null) { LOGGER.warn("{} is an additional implementation defined as default. We'll ignore this.", implementationName); } else { defaultImplementation = implementationName; } } Class<?> loadClass; boolean success = false; String persistenceClass = sub.getString(CONFIG_PERSISTENCE_CLASS); try { LOGGER.debug("Loading class '{}': ", persistenceClass); loadClass = getClass().getClassLoader().loadClass(persistenceClass); LOGGER.debug("Checking IPersistenceFactory.class.assignableFrom({})", persistenceClass); success = IPersistenceFactory.class.isAssignableFrom(loadClass); iPersistenceFactory = null; if (success) { LOGGER.debug("Creating instance of class {}", persistenceClass); iPersistenceFactory = (IPersistenceFactory) loadClass.newInstance(); LOGGER.debug("Persistence factory successfully instantiated."); } else { LOGGER.error("IPersistenceFactory seems not to be assignable from class {}", persistenceClass); } } catch (InstantiationException | IllegalAccessException | ClassNotFoundException ex) { LOGGER.error("Failed to create instance of persistence implementation " + persistenceClass, ex); success = false; } if (success) { persistenceUnitMap.put(implementationName, persistenceUnits); persistenceClassMap.put(implementationName, iPersistenceFactory); persistenceUnitDefaultMap.put(implementationName, firstPersistenceUnit); } else { throw new edu.kit.dama.mdm.core.exception.ConfigurationException( "Failed to initialize persistence factory from URL '" + configURL + "'. See logfile for details."); } } if (defaultImplementation == null) { LOGGER.debug("Default implementation not set, yet. Using first one ({}) as default.", firstImplementation); defaultImplementation = firstImplementation; } }
From source file:edu.uw.sig.frames2owl.util.BatchFromIncludeConverter.java
private void runBatch() { // read general configuration parameters HierarchicalConfiguration conv = batchFromIncludeConfig.configurationAt("conv"); // run converter for primary String framesPath = conv.getString("frames-path"); String owlPath = conv.getString("owl-path"); String owlURI = conv.getString("owl-uri"); String configPath = conv.getString("conf-path"); //System.err.println("will create run using args: "+ framesPath+" "+owlPath+" "+owlURI); Converter mainConv = new Converter(framesPath, owlPath, owlURI, configPath); mainConv.run();// w ww . j av a 2 s . co m // reuse frame2ProjectMap Map<FrameID, String> frame2ProjectMap = mainConv.getFrame2ProjectMap(); // get all of the included ont configs List<HierarchicalConfiguration> inclConfs = conv.configurationsAt("include"); Map<String, HierarchicalConfiguration> name2ConfMap = new HashMap<String, HierarchicalConfiguration>(); for (HierarchicalConfiguration inclConf : inclConfs) { String name = inclConf.getString("[@name]"); if (name == null || name.equals("")) { System.err.println("Include configuration with no name attribute"); continue; } name2ConfMap.put(name, inclConf); } // create and run converter for each included ont Collection<URI> includedProjURIs = mainConv.getIncludedProjects(); for (URI includedProjURI : includedProjURIs) { String ontName = getOntNameFromURI(includedProjURI); HierarchicalConfiguration include = name2ConfMap.get(ontName); if (include == null) { System.err.println("Included ontology with no corresponding batch config entry"); continue; } System.err.println(include); //TODO you are here! String includeFramesPath = includedProjURI.getPath(); String includeOwlPath = include.getString("owl-path"); String includeOwlURI = include.getString("owl-uri"); String includeConfigPath = include.getString("conf-path"); Converter importConv = new Converter(includeFramesPath, includeOwlPath, includeOwlURI, includeConfigPath, frame2ProjectMap); importConv.run(); } /* for(HierarchicalConfiguration conv : convs) { // get arguments for run // i.e. resource/cho.pprj results/test.owl http://si.uw.edu/ont/fma.owl String framesPath = conv.getString("frames-path"); String owlPath = conv.getString("owl-path"); String owlURI = conv.getString("owl-uri"); String configPath = conv.getString("conf-path"); //System.err.println("will create run using args: "+ framesPath+" "+owlPath+" "+owlURI); Converter currConv = new Converter(framesPath, owlPath, owlURI, configPath); currConv.run(); } */ }
From source file:net.datenwerke.sandbox.util.SandboxParser.java
protected void configurePackages(SandboxContext set, HierarchicalConfiguration rs) { for (Object e : rs.getList("packages.whitelist.entry")) set.addPackagePermission(AccessType.PERMIT, (String) e); for (Object e : rs.getList("packages.blacklist.entry")) set.addPackagePermission(AccessType.DENY, (String) e); for (HierarchicalConfiguration compl : rs.configurationsAt("packages.whitelist.complex")) { String cName = compl.getString("[@name]"); Collection<StackEntry> entries = new HashSet<StackEntry>(); for (HierarchicalConfiguration stack : compl.configurationsAt("check")) entries.add(getStackEntry(stack)); PackagePermission wpkg = new PackagePermission(cName, entries); set.addPackagePermission(wpkg);/*from w w w . ja v a2 s .c om*/ } }