List of usage examples for java.util Properties isEmpty
@Override
public boolean isEmpty()
From source file:org.apache.stratos.rest.endpoint.util.converter.ObjectConverter.java
private static List<org.apache.stratos.common.beans.PropertyBean> convertJavaUtilPropertiesToPropertyBeans( java.util.Properties properties) { List<org.apache.stratos.common.beans.PropertyBean> propertyBeans = null; if (properties != null && !properties.isEmpty()) { Enumeration<?> e = properties.propertyNames(); propertyBeans = new ArrayList<org.apache.stratos.common.beans.PropertyBean>(); while (e.hasMoreElements()) { String key = (String) e.nextElement(); String value = properties.getProperty(key); org.apache.stratos.common.beans.PropertyBean propertyBean = new org.apache.stratos.common.beans.PropertyBean(); propertyBean.setName(key);/*from w ww . jav a 2s.c om*/ propertyBean.setValue(value); propertyBeans.add(propertyBean); } } return propertyBeans; }
From source file:org.jboss.dashboard.ui.resources.GraphicElement.java
/** * Process the element descriptor inside the zip file, and set properties for given graphic element. * * @throws java.io.IOException//from w ww. j a va 2s . c o m */ protected void deploy() throws Exception { Properties prop = new Properties(); resources = new HashMap<String, Map<String, String>>(); InputStream in = new BufferedInputStream(new FileInputStream(tmpZipFile)); ZipInputStream zin = null; try { zin = new ZipInputStream(in); ZipEntry e; while ((e = zin.getNextEntry()) != null) { if (getDescriptorFileName().equals(e.getName())) { prop.load(zin); } } } finally { if (zin != null) zin.close(); } if (prop.isEmpty()) { log.error("No properties inside descriptor " + getDescriptorFileName() + " for item with id " + id); } Enumeration properties = prop.propertyNames(); String[] languages = getLocaleManager().getAllLanguages(); while (properties.hasMoreElements()) { String propName = (String) properties.nextElement(); if (propName.startsWith("name.")) { String lang = propName.substring(propName.lastIndexOf(".") + 1); setDescription(prop.getProperty(propName), lang); log.debug("Look-and-feel name (" + lang + "): " + prop.getProperty(propName)); } else if (propName.startsWith("resource.")) { String resourceName = propName.substring("resource.".length()); String langId = null; for (int i = 0; i < languages.length; i++) { String lngId = languages[i]; if (resourceName.startsWith(lngId + ".")) { langId = lngId; resourceName = resourceName.substring(langId.length() + 1); break; } } String resourcePath = prop.getProperty(propName); Map<String, String> existingResource = resources.get(resourceName); if (existingResource == null) resources.put(resourceName, existingResource = new HashMap<String, String>()); existingResource.put(langId, resourcePath); } else { log.error("Unknown property in descriptor " + propName); } } log.debug("Loaded Graphic element description" + getDescription()); log.debug("Loaded Graphic element resources: " + resources); }
From source file:org.efaps.admin.common.SystemConfiguration.java
/** * Returns for given <code>_key</code> the related value as Properties. If * no attribute is found an empty Properties is returned. * Can concatenates Properties for Keys.<br/> * e.b. Key, Key01, Key02, Key03//from w w w .j av a 2 s .co m * * @param _key key of searched attribute * @param _concatenate concatenate or not * @return map with properties * @throws EFapsException on error */ public Properties getAttributeValueAsProperties(final String _key, final boolean _concatenate) throws EFapsException { final Properties ret = new Properties(); final String value = getAttributeValue(_key); if (value != null) { try { ret.load(new StringReader(value)); } catch (final IOException e) { throw new EFapsException(SystemConfiguration.class, "getAttributeValueAsProperties", e); } } if (_concatenate) { for (int i = 1; i < 100; i++) { final String keyTmp = _key + String.format("%02d", i); final String valueTmp = getAttributeValue(keyTmp); final Properties propsTmp = new Properties(); if (valueTmp != null) { try { propsTmp.load(new StringReader(valueTmp)); } catch (final IOException e) { throw new EFapsException(SystemConfiguration.class, "getAttributeValueAsPropertiesConcat", e); } } else { break; } if (propsTmp.isEmpty()) { break; } else { ret.putAll(propsTmp); } } } return ret; }
From source file:com.mirth.connect.client.ui.NotificationDialog.java
private void doSave() { final Properties personPreferences = new Properties(); if (!StringUtils.equals(checkForNotifications, Boolean.toString(checkForNotificationsSetting))) { personPreferences.put("checkForNotifications", Boolean.toString(checkForNotificationsSetting)); }/*from w w w .jav a2 s . c o m*/ if (!StringUtils.equals(showNotificationPopup, Boolean.toString(notificationCheckBox.isSelected()))) { personPreferences.put("showNotificationPopup", Boolean.toString(notificationCheckBox.isSelected())); } Set<Integer> currentArchivedNotifications = notificationModel.getArchivedNotifications(); if (!archivedNotifications.equals(currentArchivedNotifications)) { personPreferences.put("archivedNotifications", ObjectXMLSerializer.getInstance().serialize(currentArchivedNotifications)); } if (!personPreferences.isEmpty()) { final String workingId = parent.startWorking("Saving notifications settings..."); SwingWorker<Void, Void> worker = new SwingWorker<Void, Void>() { public Void doInBackground() { try { parent.mirthClient.setUserPreferences(parent.getCurrentUser(parent).getId(), personPreferences); } catch (ClientException e) { parent.alertThrowable(parent, e); } return null; } @Override public void done() { parent.stopWorking(workingId); } }; worker.execute(); } parent.updateNotificationTaskName(unarchivedCount); this.dispose(); }
From source file:solidbase.config.Configuration.java
/** * Create a new configuration object. This constructor is used by the command line version of SolidBase. * * @param progress The listener that listens to config events. * @param pass Are we in pass 1 or pass 2 of booting? * @param options The options from the command line. *///from w w w. jav a 2s .c om public Configuration(ConfigListener progress, int pass, Options options) { try { // Load the default properties URL url = Configuration.class.getResource(SOLIDBASE_DEFAULT_PROPERTIES); if (url == null) throw new SystemException(SOLIDBASE_DEFAULT_PROPERTIES + " not found in classpath"); progress.readingConfigFile(url.toString()); this.properties = new Properties(); InputStream input = url.openStream(); try { this.properties.load(input); } finally { input.close(); } // Load the solidbase.properties File file; if (options.config != null) file = new File(options.config); else file = getPropertiesFile(); if (file.exists()) { progress.readingConfigFile(file.getAbsolutePath()); this.properties = new Properties(this.properties); input = new FileInputStream(file); try { this.properties.load(input); } finally { input.close(); } // Read the config version String s = this.properties.getProperty("properties-version"); if (!"1.0".equals(s)) throw new FatalException("Expecting properties-version 1.0 in the properties file"); } // Load the commandline properties Properties commandLineProperties = new Properties(this.properties); if (options.driver != null) commandLineProperties.put("connection.driver", options.driver); if (options.url != null) commandLineProperties.put("connection.url", options.url); if (options.username != null) commandLineProperties.put("connection.username", options.username); if (options.password != null) commandLineProperties.put("connection.password", options.password); if (options.target != null) commandLineProperties.put("upgrade.target", options.target); if (options.upgradefile != null) commandLineProperties.put("upgrade.file", options.upgradefile); if (options.sqlfile != null) commandLineProperties.put("sql.file", options.sqlfile); if (!commandLineProperties.isEmpty()) this.properties = commandLineProperties; this.parameters = options.parameters; // Read the classpath extension this.driverJars = new ArrayList<String>(); String driversProperty = this.properties.getProperty("classpath.ext"); if (driversProperty != null) for (String driverJar : driversProperty.split(";")) { driverJar = driverJar.trim(); if (driverJar.length() > 0) this.driverJars.add(driverJar); } if (pass > 1) { String driver = this.properties.getProperty("connection.driver"); String dbUrl = this.properties.getProperty("connection.url"); String userName = this.properties.getProperty("connection.username"); String password = this.properties.getProperty("connection.password"); String upgradeFile = this.properties.getProperty("upgrade.file"); String target = this.properties.getProperty("upgrade.target"); String sqlFile = this.properties.getProperty("sql.file"); if (driver != null || dbUrl != null || userName != null || password != null) this.defaultDatabase = new Database("default", driver, dbUrl, userName, password); this.upgradeFile = upgradeFile; this.target = target; this.sqlFile = sqlFile; for (Entry<Object, Object> entry : this.properties.entrySet()) { String key = (String) entry.getKey(); Matcher matcher = propertyPattern.matcher(key); if (matcher.matches()) { String name = matcher.group(1); String prop = matcher.group(2); String value = (String) entry.getValue(); Database database = this.secondaryDatabases.get(name); if (database == null) { database = new Database(name); this.secondaryDatabases.put(name, database); } if (prop.equals("driver")) database.setDriver(value); else if (prop.equals("url")) database.setUrl(value); else if (prop.equals("username")) database.setUserName(value); else if (prop.equals("password")) database.setPassword(value); else Assert.fail(); } else if (key.startsWith("parameter.")) { key = key.substring(10); if (!this.parameters.containsKey(key)) this.parameters.put(key, entry.getValue()); } } // Validate them for (Database database : this.secondaryDatabases.values()) { if (database.getName().equals("default")) throw new FatalException("The secondary connection name 'default' is not allowed"); if (StringUtils.isBlank(database.getUserName())) throw new FatalException("Property 'connection." + database.getName() + ".username' must be specified in " + SOLIDBASE_PROPERTIES); } } } catch (IOException e) { throw new SystemException(e); } }
From source file:org.apache.tomee.embedded.TomEEEmbeddedApplicationRunner.java
public synchronized void start(final Class<?> marker, final Properties config, final String... args) throws Exception { if (started) { return;// w ww.j ava2s .c om } ensureAppInit(marker); started = true; final Class<?> appClass = app.getClass(); final AnnotationFinder finder = new AnnotationFinder(new ClassesArchive(ancestors(appClass))); // setup the container config reading class annotation, using a randome http port and deploying the classpath final Configuration configuration = new Configuration(); final ContainerProperties props = appClass.getAnnotation(ContainerProperties.class); if (props != null) { final Properties runnerProperties = new Properties(); for (final ContainerProperties.Property p : props.value()) { final String name = p.name(); if (name.startsWith("tomee.embedded.application.runner.")) { // allow to tune the Configuration // no need to filter there since it is done in loadFromProperties() runnerProperties.setProperty(name.substring("tomee.embedded.application.runner.".length()), p.value()); } else { configuration.property(name, StrSubstitutor.replaceSystemProperties(p.value())); } } if (!runnerProperties.isEmpty()) { configuration.loadFromProperties(runnerProperties); } } configuration.loadFromProperties(System.getProperties()); // overrides, note that some config are additive by design final List<Method> annotatedMethods = finder .findAnnotatedMethods(org.apache.openejb.testing.Configuration.class); if (annotatedMethods.size() > 1) { throw new IllegalArgumentException("Only one @Configuration is supported: " + annotatedMethods); } for (final Method m : annotatedMethods) { final Object o = m.invoke(app); if (Properties.class.isInstance(o)) { final Properties properties = Properties.class.cast(o); if (configuration.getProperties() == null) { configuration.setProperties(new Properties()); } configuration.getProperties().putAll(properties); } else { throw new IllegalArgumentException("Unsupported " + o + " for @Configuration"); } } final Collection<org.apache.tomee.embedded.LifecycleTask> lifecycleTasks = new ArrayList<>(); final Collection<Closeable> postTasks = new ArrayList<>(); final LifecycleTasks tasks = appClass.getAnnotation(LifecycleTasks.class); if (tasks != null) { for (final Class<? extends org.apache.tomee.embedded.LifecycleTask> type : tasks.value()) { final org.apache.tomee.embedded.LifecycleTask lifecycleTask = type.newInstance(); lifecycleTasks.add(lifecycleTask); postTasks.add(lifecycleTask.beforeContainerStartup()); } } final Map<String, Field> ports = new HashMap<>(); { Class<?> type = appClass; while (type != null && type != Object.class) { for (final Field f : type.getDeclaredFields()) { final RandomPort annotation = f.getAnnotation(RandomPort.class); final String value = annotation == null ? null : annotation.value(); if (value != null && value.startsWith("http")) { f.setAccessible(true); ports.put(value, f); } } type = type.getSuperclass(); } } if (ports.containsKey("http")) { configuration.randomHttpPort(); } // at least after LifecycleTasks to inherit from potential states (system properties to get a port etc...) final Configurers configurers = appClass.getAnnotation(Configurers.class); if (configurers != null) { for (final Class<? extends Configurer> type : configurers.value()) { type.newInstance().configure(configuration); } } final Classes classes = appClass.getAnnotation(Classes.class); String context = classes != null ? classes.context() : ""; context = !context.isEmpty() && context.startsWith("/") ? context.substring(1) : context; Archive archive = null; if (classes != null && classes.value().length > 0) { archive = new ClassesArchive(classes.value()); } final Jars jars = appClass.getAnnotation(Jars.class); final List<URL> urls; if (jars != null) { final Collection<File> files = ApplicationComposers.findFiles(jars); urls = new ArrayList<>(files.size()); for (final File f : files) { urls.add(f.toURI().toURL()); } } else { urls = null; } final WebResource resources = appClass.getAnnotation(WebResource.class); if (resources != null && resources.value().length > 1) { throw new IllegalArgumentException("Only one docBase is supported for now using @WebResource"); } String webResource = null; if (resources != null && resources.value().length > 0) { webResource = resources.value()[0]; } else { final File webapp = new File("src/main/webapp"); if (webapp.isDirectory()) { webResource = "src/main/webapp"; } } if (config != null) { // override other config from annotations configuration.loadFromProperties(config); } final Container container = new Container(configuration); SystemInstance.get().setComponent(TomEEEmbeddedArgs.class, new TomEEEmbeddedArgs(args, null)); SystemInstance.get().setComponent(LifecycleTaskAccessor.class, new LifecycleTaskAccessor(lifecycleTasks)); container.deploy(new Container.DeploymentRequest(context, // call ClasspathSearcher that lazily since container needs to be started to not preload logging urls == null ? new DeploymentsResolver.ClasspathSearcher() .loadUrls(Thread.currentThread().getContextClassLoader()).getUrls() : urls, webResource != null ? new File(webResource) : null, true, null, archive)); for (final Map.Entry<String, Field> f : ports.entrySet()) { switch (f.getKey()) { case "http": setPortField(f.getKey(), f.getValue(), configuration, context, app); break; case "https": break; default: throw new IllegalArgumentException("port " + f.getKey() + " not yet supported"); } } SystemInstance.get().addObserver(app); composerInject(app); final AnnotationFinder appFinder = new AnnotationFinder(new ClassesArchive(appClass)); for (final Method mtd : appFinder.findAnnotatedMethods(PostConstruct.class)) { if (mtd.getParameterTypes().length == 0) { if (!mtd.isAccessible()) { mtd.setAccessible(true); } mtd.invoke(app); } } hook = new Thread() { @Override public void run() { // ensure to log errors but not fail there for (final Method mtd : appFinder.findAnnotatedMethods(PreDestroy.class)) { if (mtd.getParameterTypes().length == 0) { if (!mtd.isAccessible()) { mtd.setAccessible(true); } try { mtd.invoke(app); } catch (final IllegalAccessException e) { throw new IllegalStateException(e); } catch (final InvocationTargetException e) { throw new IllegalStateException(e.getCause()); } } } try { container.close(); } catch (final Exception e) { e.printStackTrace(); } for (final Closeable c : postTasks) { try { c.close(); } catch (final IOException e) { e.printStackTrace(); } } postTasks.clear(); app = null; try { SHUTDOWN_TASKS.remove(this); } catch (final Exception e) { // no-op: that's ok at that moment if not called manually } } }; SHUTDOWN_TASKS.put(hook, hook); }
From source file:edu.kit.dama.staging.services.impl.StagingService.java
/** * This method finalizes the download for the provided download entity. This * method is intended to be used internally only. * * @param pDownloadInfo The download information. * * @return TRUE if the download could be finalized. *//*from w w w . ja v a 2 s.c o m*/ private boolean finalizeDownload(DownloadInformation pDownloadInfo) { if (!pDownloadInfo.getStatusEnum().isFinalizationPossible()) { LOGGER.error( "Finalization of download impossible. Status of download #{} is {}, but has to be DOWNLOAD_STATUS.SCHEDULED", pDownloadInfo.getTransferId(), pDownloadInfo.getStatusEnum()); return false; } LOGGER.debug("Setting download status to PREPARING"); pDownloadInfo.setStatusEnum(DOWNLOAD_STATUS.PREPARING); if (!updateTransferStatus(pDownloadInfo)) { LOGGER.error("Failed to update download status to {}. Finalizing impossible.", DOWNLOAD_STATUS.PREPARING); return false; } LOGGER.debug("Performing download finalization for download with id {}", pDownloadInfo.getTransferId()); boolean result = true; try { URL stagingUrl = new URL(pDownloadInfo.getStagingUrl()); LOGGER.debug("Obtaining AccessPoint with id '{}'", pDownloadInfo.getAccessPointId()); AbstractStagingAccessPoint accessPoint = StagingConfigurationManager.getSingleton() .getAccessPointById(pDownloadInfo.getAccessPointId()); LOGGER.debug("Obtaining user paths for staging URL '{}'", stagingUrl.toString()); File localStagingPath = accessPoint.getLocalPathForUrl(stagingUrl, getContext(pDownloadInfo)); //obtain settings path as the file tree to download is stored there File localSettingsPath = new File(localStagingPath, Constants.STAGING_SETTINGS_FOLDER_NAME); //try to perform staging StagingFile destinationForStaging = new StagingFile(new AbstractFile(localStagingPath)); LOGGER.debug("Perform staging into folder '{}'", destinationForStaging); String treeFile = FilenameUtils.concat(localSettingsPath.getPath(), DownloadPreparationHandler.DATA_FILENAME); LOGGER.debug(" - Loading file tree from {}", treeFile); IFileTree downloadTree = DataOrganizationUtils.readTreeFromFile(new File(treeFile)); //get filetree and restore LOGGER.debug("Restoring data organization tree using storage virtualization"); if (!StagingConfigurationManager.getSingleton().getStorageVirtualizationAdapter().restore(pDownloadInfo, downloadTree, destinationForStaging)) { LOGGER.error("Failed to restore data organization tree from file {}", treeFile); pDownloadInfo.setStatus(DOWNLOAD_STATUS.PREPARATION_FAILED.getId()); pDownloadInfo.setErrorMessage("Failed to reconstruct file tree."); result = false; } else { LOGGER.debug("Creating file tree and transfer container."); IFileTree tree = DataOrganizationUtils.createTreeFromFile(pDownloadInfo.getDigitalObjectId(), destinationForStaging.getAbstractFile(), destinationForStaging.getAbstractFile().getUrl(), false); TransferTaskContainer container = TransferTaskContainer.factoryDownloadContainer(pDownloadInfo, tree, StagingConfigurationManager.getSingleton().getRestServiceUrl()); container.setDestination(localStagingPath.toURI().toURL()); LOGGER.debug("Transfer container successfully created."); boolean postProcessingSucceeded = true; StagingProcessor[] processors = pDownloadInfo.getStagingProcessors() .toArray(new StagingProcessor[] {}); Arrays.sort(processors, StagingProcessor.DEFAULT_PRIORITY_COMPARATOR); LOGGER.debug("Executing {} staging processors", processors.length); for (StagingProcessor processor : processors) { if (processor.isDisabled()) { LOGGER.info("StagingProcessor with id {} is disabled. Skipping execution.", processor.getUniqueIdentifier()); continue; } try { LOGGER.debug(" - Try to execute processor {} ({})", new Object[] { processor.getName(), processor.getUniqueIdentifier() }); AbstractStagingProcessor sProcessor = processor.createInstance(); LOGGER.debug(" - Executing processor"); sProcessor.performPostTransferProcessing(container); LOGGER.debug(" - Finishing processor execution"); sProcessor.finalizePostTransferProcessing(container); LOGGER.debug(" - Processor successfully executed"); } catch (ConfigurationException ex) { LOGGER.error("Failed to configure StagingProcessor " + processor.getName() + " (" + processor.getUniqueIdentifier() + ")", ex); pDownloadInfo.setStatus(DOWNLOAD_STATUS.PREPARATION_FAILED.getId()); pDownloadInfo.setErrorMessage("Internal error. Failed to configure StagingProcessor '" + processor.getName() + "'."); postProcessingSucceeded = false; result = false; } catch (StagingProcessorException ex) { LOGGER.error("Failed to perform StagingProcessor " + processor.getName() + " (" + processor.getUniqueIdentifier() + ")", ex); pDownloadInfo.setStatus(DOWNLOAD_STATUS.PREPARATION_FAILED.getId()); pDownloadInfo.setErrorMessage("Internal error. Failed to execute StagingProcessor '" + processor.getName() + "'."); postProcessingSucceeded = false; result = false; } } if (postProcessingSucceeded) { //preparation successfully...transfer can be performed LOGGER.debug("Download preparation finished. Download #{} for object {} is now ready.", pDownloadInfo.getTransferId(), pDownloadInfo.getDigitalObjectId()); pDownloadInfo.setStatus(DOWNLOAD_STATUS.DOWNLOAD_READY.getId()); pDownloadInfo.setErrorMessage(null); //handle notification Properties notificationProperties = MailNotificationHelper.restoreProperties(localSettingsPath); if (!notificationProperties.isEmpty()) { if (result) { LOGGER.debug("Try to notify user about finalized download"); MailNotificationHelper.sendDownloadNotification(notificationProperties, pDownloadInfo); } else { LOGGER.warn("Download not finalized successfully. Notification skipped."); } } } else { LOGGER.error("Postprocessing failed, skipping user notification."); //status to download should be already set } } } catch (MalformedURLException mue) { LOGGER.error("Failed to convert staging URL '" + pDownloadInfo.getStagingUrl() + "' of transfer '" + pDownloadInfo.getTransferId() + "' to local path", mue); pDownloadInfo.setStatus(DOWNLOAD_STATUS.PREPARATION_FAILED.getId()); pDownloadInfo .setErrorMessage("Staging URL '" + pDownloadInfo.getStagingUrl() + "' seems to be invalid."); result = false; } catch (AdalapiException ex) { //failed to handle file tree stuff LOGGER.error("Failed finalize download for object ID " + pDownloadInfo.getId(), ex); pDownloadInfo.setStatus(DOWNLOAD_STATUS.PREPARATION_FAILED.getId()); pDownloadInfo.setErrorMessage("Failed to finalize download. Cause: " + ex.getMessage()); result = false; } catch (RuntimeException t) { //failed to handle file tree stuff LOGGER.error("An unexpected error occured while downloading object " + pDownloadInfo.getTransferId() + ". Download cannot be continued.", t); pDownloadInfo.setStatus(DOWNLOAD_STATUS.PREPARATION_FAILED.getId()); pDownloadInfo.setErrorMessage("Unhandled error during download. Cause: " + t.getMessage()); result = false; } LOGGER.debug("Updating download information to status {}", pDownloadInfo.getStatusEnum()); if (updateTransferStatus(pDownloadInfo)) { LOGGER.debug("Download status successfully updated."); } else { LOGGER.error("Failed to update status or download #{} for digital object {} to {}", pDownloadInfo.getTransferId(), pDownloadInfo.getDigitalObjectId(), pDownloadInfo.getStatusEnum()); result = false; } return result; }
From source file:com.mnxfst.testing.client.TSClient.java
/** * Executes the referenced test plan for all given host names. The result contains a mapping from a host name to the returned result identifier * of that ptest-server instance //from w ww . j a v a 2s. c o m * @param hostNames * @param port * @param threads * @param recurrences * @param recurrenceType * @param testplan * @param additionalParameters * @param urlEncoding * @return * @throws TSClientConfigurationException * @throws TSClientExecutionException */ protected Map<String, String> executeTestPlan(String[] hostNames, int port, long threads, long recurrences, TSPlanRecurrenceType recurrenceType, byte[] testplan, Properties additionalParameters, String urlEncoding) throws TSClientConfigurationException, TSClientExecutionException { // the ptest-server understands http get, thus we use it TODO refactor to post and send testplan as well and do not reference it anymore! StringBuffer buffer = new StringBuffer("/?"); buffer.append(REQUEST_PARAMETER_EXECUTE).append("=1"); buffer.append("&").append(REQUEST_PARAMETER_RECURRENCES).append("=").append(recurrences); buffer.append("&").append(REQUEST_PARAMETER_RECURRENCE_TYPE).append("=").append(recurrenceType.toString()); buffer.append("&").append(REQUEST_PARAMETER_THREADS).append("=").append(threads); try { if (additionalParameters != null && !additionalParameters.isEmpty()) { for (Object key : additionalParameters.keySet()) { String value = (String) additionalParameters.get(key); buffer.append("&").append(key).append("=").append(URLEncoder.encode(value, urlEncoding)); } } } catch (UnsupportedEncodingException e) { throw new TSClientConfigurationException( "Unsupported encoding type: " + urlEncoding + ". Error: " + e.getMessage()); } StringBuffer hn = new StringBuffer(); for (int i = 0; i < hostNames.length; i++) { hn.append(hostNames[i]); if (i < hostNames.length - 1) hn.append(", "); } System.out.println("Execute testplan:"); System.out.println("\thostNames: " + hn.toString()); System.out.println("\tport: " + port); System.out.println("\tthreads: " + threads); System.out.println("\trecurrences: " + recurrences); System.out.println("\trecurrenceType: " + recurrenceType); System.out.println("\turl enc: " + urlEncoding); System.out.println("\n\turi: " + buffer.toString()); TSClientPlanExecCallable[] testplanCallables = new TSClientPlanExecCallable[hostNames.length]; for (int i = 0; i < hostNames.length; i++) { testplanCallables[i] = new TSClientPlanExecCallable(hostNames[i], port, buffer.toString(), testplan); } ExecutorService executorService = Executors.newFixedThreadPool(hostNames.length); List<Future<NameValuePair>> executionResults = new ArrayList<Future<NameValuePair>>(); try { executionResults = executorService.invokeAll(Arrays.asList(testplanCallables)); } catch (InterruptedException e) { System.out.println("Test execution interrupted: " + e.getMessage()); } // collect results from callables Map<String, String> result = new HashMap<String, String>(); for (Future<NameValuePair> r : executionResults) { try { NameValuePair nvp = r.get(); result.put(nvp.getName(), nvp.getValue()); } catch (InterruptedException e) { System.out.println("Interrupted while waiting for results. Error: " + e.getMessage()); } catch (ExecutionException e) { System.out.println("Interrupted while waiting for results. Error: " + e.getMessage()); } } return result; }
From source file:net.jetrix.config.ServerConfig.java
/** * Save the configuration.//from w w w . j av a 2 s . c o m */ public void save() throws IOException { // todo make a backup copy of the previous configuration files // save the server.xml file PrintWriter out = null; try { File file = new File(serverConfigURL.toURI()); out = new PrintWriter(file, ENCODING); } catch (URISyntaxException e) { log.log(Level.SEVERE, e.getMessage(), e); } out.println("<?xml version=\"1.0\"?>"); out.println( "<!DOCTYPE tetrinet-server PUBLIC \"-//LFJR//Jetrix TetriNET Server//EN\" \"http://jetrix.sourceforge.net/dtd/tetrinet-server.dtd\">"); out.println(); out.println("<tetrinet-server host=\"" + (host == null ? "[ALL]" : host.getHostAddress()) + "\">"); out.println(); out.println(" <!-- Server name -->"); out.println(" <name>" + getName() + "</name>"); out.println(); out.println(" <!-- Server default language (using an ISO-639 two-letter language code) -->"); out.println(" <language>" + getLocale().getLanguage() + "</language>"); out.println(); out.println(" <!-- How many seconds of inactivity before timeout occurs -->"); out.println(" <timeout>" + getTimeout() + "</timeout>"); out.println(); out.println(" <!-- How many channels should be available on the server -->"); out.println(" <max-channels>" + getMaxChannels() + "</max-channels>"); out.println(); out.println(" <!-- Maximum number of players on the server -->"); out.println(" <max-players>" + getMaxPlayers() + "</max-players>"); out.println(); out.println(" <!-- Maximum number of simultaneous connections allowed from the same IP -->"); out.println(" <max-connections>" + getMaxConnections() + "</max-connections>"); out.println(); out.println(" <!-- Typing /op <thispassword> will give player operator status -->"); out.println(" <op-password>" + getOpPassword() + "</op-password>"); out.println(); out.println(" <!-- Use this password to log on the administration console -->"); out.println(" <admin-password>" + getAdminPassword() + "</admin-password>"); out.println(); out.println(" <!-- Access Log, where requests are logged to -->"); out.println(" <access-log path=\"" + getAccessLogPath() + "\" />"); out.println(); out.println(" <!-- Error Log, where errors are logged to -->"); out.println(" <error-log path=\"" + getErrorLogPath() + "\" />"); out.println(); out.println(" <!-- Path to the channels descriptor file (relative to the current configuration file) -->"); out.println(" <channels path=\"" + getChannelsFile() + "\"/>"); out.println(); out.println(" <!-- Client listeners -->"); out.println(" <listeners>"); for (Listener listener : getListeners()) { String autostart = !listener.isAutoStart() ? " auto-start=\"false\"" : ""; out.println(" <listener class=\"" + listener.getClass().getName() + "\" port=\"" + listener.getPort() + "\"" + autostart + "/>"); } out.println(" </listeners>"); out.println(); out.println(" <!-- Services -->"); out.println(" <services>"); for (Service service : getServices()) { try { // get the parameters Map<String, Object> params = PropertyUtils.describe(service); String autostart = !service.isAutoStart() ? "auto-start=\"false\"" : ""; String classname = "class=\"" + service.getClass().getName() + "\""; if (params.size() <= 4) { out.println(" <service " + classname + " " + autostart + "/>"); } else { out.println(" <service " + classname + " " + autostart + ">"); for (String param : params.keySet()) { PropertyDescriptor desc = PropertyUtils.getPropertyDescriptor(service, param); if (!"autoStart".equals(param) && desc.getWriteMethod() != null) { out.println( " <param name=\"" + param + "\" value=\"" + params.get(param) + "\"/>"); } } out.println(" </service>"); } } catch (Exception e) { e.printStackTrace(); } } out.println(" </services>"); out.println(); out.println(" <!-- Server commands -->"); out.println(" <commands>"); Iterator<Command> commands = CommandManager.getInstance().getCommands(AccessLevel.ADMINISTRATOR); while (commands.hasNext()) { try { Command command = commands.next(); String hidden = command.isHidden() ? " hidden=\"true\"" : ""; Command command2 = command.getClass().newInstance(); String level = command2.getAccessLevel() != command.getAccessLevel() ? " access-level=\"" + command.getAccessLevel() + "\"" : ""; out.println(" <command class=\"" + command.getClass().getName() + "\"" + hidden + level + "/>"); } catch (Exception e) { log.log(Level.WARNING, e.getMessage(), e); } } out.println(" </commands>"); out.println(); out.println(" <ban>"); Iterator<Banlist.Entry> entries = Banlist.getInstance().getBanlist(); while (entries.hasNext()) { Banlist.Entry entry = entries.next(); out.println(" <host>" + entry.pattern + "</host>"); } out.println(" </ban>"); out.println(); if (!datasources.isEmpty()) { out.println(" <!-- Database connection parameters -->"); out.println(" <datasources>"); out.println(); for (DataSourceConfig datasource : datasources.values()) { out.println(" <datasource name=\"" + datasource.getName() + "\">"); out.println(" <!-- The class of the JDBC driver used -->"); out.println(" <driver>" + datasource.getDriver() + "</driver>"); out.println(); out.println(" <!-- The URL of the database (jdbc:<type>://<hostname>:<port>/<database>) -->"); out.println(" <url>" + datasource.getUrl() + "</url>"); out.println(); out.println(" <!-- The username connecting to the database -->"); out.println(" <username>" + datasource.getUsername() + "</username>"); out.println(); out.println(" <!-- The password of the user -->"); if (datasource.getPassword() != null) { out.println(" <password>" + datasource.getPassword() + "</password>"); } else { out.println(" <password/>"); } if (datasource.getMinIdle() != DataSourceManager.DEFAULT_MIN_IDLE) { out.println(); out.println(" <!-- The minimum number of idle connections -->"); out.println(" <min-idle>" + datasource.getMinIdle() + "</min-idle>"); } if (datasource.getMaxActive() != DataSourceManager.DEFAULT_MAX_ACTIVE) { out.println(); out.println(" <!-- The maximum number of active connections -->"); out.println(" <max-active>" + datasource.getMaxActive() + "</max-active>"); } out.println(" </datasource>"); out.println(); } out.println(" </datasources>"); out.println(); } if (mailSessionConfig != null) { StringBuilder buffer = new StringBuilder(); buffer.append(" <mailserver host=\"").append(mailSessionConfig.getHostname()).append("\""); buffer.append(" port=\"").append(mailSessionConfig.getPort()).append("\""); if (mailSessionConfig.isAuth()) { buffer.append(" auth=\"true\""); buffer.append(" username=\"").append(mailSessionConfig.getUsername()).append("\""); buffer.append(" password=\"").append(mailSessionConfig.getPassword()).append("\""); } if (mailSessionConfig.isDebug()) { buffer.append(" debug=\"true\""); } buffer.append("/>"); out.println(" <!-- Mail server parameters -->"); out.println(buffer.toString()); out.println(); } if (properties != null && !properties.isEmpty()) { out.println(" <!-- Extended properties -->"); out.println(" <properties>"); for (String key : properties.stringPropertyNames()) { out.println(" <property name=\"" + key + "\" value=\"" + properties.getProperty(key) + "\">"); } out.println(" </properties>"); out.println(); } out.println("</tetrinet-server>"); out.flush(); out.close(); // save the channels.xml file try { File file = new File(channelsConfigURL.toURI()); out = new PrintWriter(file, ENCODING); } catch (URISyntaxException e) { log.log(Level.SEVERE, e.getMessage(), e); } out.println("<?xml version=\"1.0\"?>"); out.println( "<!DOCTYPE tetrinet-channels PUBLIC \"-//LFJR//Jetrix Channels//EN\" \"http://jetrix.sourceforge.net/dtd/tetrinet-channels.dtd\">"); out.println(); out.println("<tetrinet-channels>"); out.println(); out.println(" <!-- Message Of The Day -->"); out.println(" <motd><![CDATA["); out.println(getMessageOfTheDay()); out.println(" ]]></motd>"); out.println(); // filter definitions Map<String, String> aliases = FilterManager.getInstance().getFilterAliases(); out.println(" <!-- Channel filters -->"); out.println(" <filter-definitions>"); for (String alias : aliases.keySet()) { out.println(" <alias name=\"" + alias + "\" class=\"" + aliases.get(alias) + "\"/>"); } out.println(" </filter-definitions>"); out.println(); // global filters out.println(" <!-- Global filters -->"); out.println(" <default-filters>"); for (FilterConfig filter : globalFilters) { saveFilter(filter, out, " "); } out.println(" </default-filters>"); out.println(); // winlists out.println(" <!-- Winlists -->"); out.println(" <winlists>"); for (Winlist winlist : WinlistManager.getInstance().getWinlists()) { WinlistConfig config = winlist.getConfig(); Properties props = config.getProperties(); if (props == null || props.isEmpty()) { out.println(" <winlist name=\"" + winlist.getId() + "\" class=\"" + winlist.getClass().getName() + "\"/>"); } else { out.println(" <winlist name=\"" + winlist.getId() + "\" class=\"" + winlist.getClass().getName() + "\">"); for (Object name : props.keySet()) { out.println(" <param name=\"" + name + "\" value=\"" + props.get(name) + "\"/>"); } out.println(" </winlist>"); } } out.println(" </winlists>"); out.println(); // default settings Settings settings = Settings.getDefaultSettings(); out.println(" <!-- Default game settings -->"); out.println(" <default-settings>"); out.println(" <!-- What level each player starts at -->"); out.println(" <starting-level>" + settings.getStartingLevel() + "</starting-level>"); out.println(); out.println(" <!-- How many lines to make before player level increases -->"); out.println(" <lines-per-level>" + settings.getLinesPerLevel() + "</lines-per-level>"); out.println(); out.println(" <!-- Number of levels to increase each time -->"); out.println(" <level-increase>" + settings.getLevelIncrease() + "</level-increase>"); out.println(); out.println(" <!-- Lines to make to get a special block -->"); out.println(" <lines-per-special>" + settings.getLinesPerSpecial() + "</lines-per-special>"); out.println(); out.println(" <!-- Number of special blocks added each time -->"); out.println(" <special-added>" + settings.getSpecialAdded() + "</special-added>"); out.println(); out.println(" <!-- Capacity of Special block inventory -->"); out.println(" <special-capacity>" + settings.getSpecialCapacity() + "</special-capacity>"); out.println(); out.println(" <!-- Play by classic rules? -->"); out.println(" <classic-rules>" + (settings.getClassicRules() ? "true" : "false") + "</classic-rules>"); out.println(); out.println(" <!-- Average together all player's game level? -->"); out.println( " <average-levels>" + (settings.getAverageLevels() ? "true" : "false") + "</average-levels>"); out.println(); out.println(" <!-- Same sequence of blocks for all players? (tetrinet 1.14 clients only) -->"); out.println(" <same-blocks>" + (settings.getSameBlocks() ? "true" : "false") + "</same-blocks>"); out.println(); out.println(" <block-occurancy>"); for (Block block : Block.values()) { out.println(" <" + block.getCode() + ">" + settings.getOccurancy(block) + "</" + block.getCode() + ">"); } out.println(" </block-occurancy>"); out.println(); out.println(" <special-occurancy>"); for (Special special : Special.values()) { out.println(" <" + special.getCode() + ">" + settings.getOccurancy(special) + "</" + special.getCode() + ">"); } out.println(" </special-occurancy>"); out.println(); out.println(" <!-- Sudden death parameters -->"); out.println(" <sudden-death>"); out.println(" <!-- Time in seconds before the sudden death begins, 0 to disable the sudden death -->"); out.println(" <time>" + settings.getSuddenDeathTime() + "</time>"); out.println(); out.println( " <!-- The message displayed when the sudden death begins. Use \"key:\" prefix to display an internationalized message -->"); out.println(" <message>" + settings.getSuddenDeathMessage() + "</message>"); out.println(); out.println(" <!-- The delay in seconds between lines additions -->"); out.println(" <delay>" + settings.getSuddenDeathDelay() + "</delay>"); out.println(); out.println(" <!-- The number of lines added -->"); out.println(" <lines-added>" + settings.getSuddenDeathLinesAdded() + "</lines-added>"); out.println(" </sudden-death>"); out.println(); out.println(" </default-settings>"); out.println(); out.println(); out.println(" <channels>"); for (Channel channel : ChannelManager.getInstance().channels()) { ChannelConfig config = channel.getConfig(); if (config.isPersistent()) { out.println(" <channel name=\"" + config.getName() + "\">"); if (config.getDescription() != null) { String description = config.getDescription(); description = description.contains("<") ? "<![CDATA[" + description + "]]>" : description; out.println(" <description>" + description + "</description>"); } if (config.getTopic() != null && config.getTopic().trim().length() > 0) { out.println(" <topic>"); out.println("<![CDATA["); out.println(config.getTopic()); out.println("]]>"); out.println(" </topic>"); } if (config.getSpeed() != Speed.MIXED) { out.println(" <speed>" + config.getSpeed().name().toLowerCase() + "</speed>"); } if (config.isPasswordProtected()) { out.println(" <password>" + config.getPassword() + "</password>"); } if (config.getAccessLevel() != AccessLevel.PLAYER) { out.println(" <access-level>" + config.getAccessLevel() + "</access-level>"); } if (config.isIdleAllowed()) { out.println(" <idle>true</idle>"); } if (!config.isVisible()) { out.println(" <visible>false</visible>"); } if (config.getMaxPlayers() != ChannelConfig.PLAYER_CAPACITY) { out.println(" <max-players>" + config.getMaxPlayers() + "</max-players>"); } if (config.getMaxSpectators() != ChannelConfig.SPECTATOR_CAPACITY) { out.println(" <max-spectators>" + config.getMaxSpectators() + "</max-spectators>"); } if (config.getWinlistId() != null) { out.println(" <winlist name=\"" + config.getWinlistId() + "\"/>"); } // channel settings settings = config.getSettings(); if (!settings.useDefaultSettings()) { out.println(" <settings>"); if (!settings.isDefaultStartingLevel()) { out.println(" <starting-level>" + settings.getStartingLevel() + "</starting-level>"); } if (!settings.isDefaultLinesPerLevel()) { out.println( " <lines-per-level>" + settings.getLinesPerLevel() + "</lines-per-level>"); } if (!settings.isDefaultLevelIncrease()) { out.println(" <level-increase>" + settings.getLevelIncrease() + "</level-increase>"); } if (!settings.isDefaultLinesPerSpecial()) { out.println(" <lines-per-special>" + settings.getLinesPerSpecial() + "</lines-per-special>"); } if (!settings.isDefaultSpecialAdded()) { out.println(" <special-added>" + settings.getSpecialAdded() + "</special-added>"); } if (!settings.isDefaultSpecialCapacity()) { out.println(" <special-capacity>" + settings.getSpecialCapacity() + "</special-capacity>"); } if (!settings.isDefaultClassicRules()) { out.println(" <classic-rules>" + (settings.getClassicRules() ? "true" : "false") + "</classic-rules>"); } if (!settings.isDefaultAverageLevels()) { out.println(" <average-levels>" + (settings.getAverageLevels() ? "true" : "false") + "</average-levels>"); } if (!settings.isDefaultSameBlocks()) { out.println(" <same-blocks>" + (settings.getSameBlocks() ? "true" : "false") + "</same-blocks>"); } if (!settings.isDefaultBlockOccurancy()) { out.println(" <block-occurancy>"); for (Block block : Block.values()) { if (settings.getOccurancy(block) != 0) { out.println(" <" + block.getCode() + ">" + settings.getOccurancy(block) + "</" + block.getCode() + ">"); } } out.println(" </block-occurancy>"); } if (!settings.isDefaultSpecialOccurancy()) { out.println(" <special-occurancy>"); for (Special special : Special.values()) { if (settings.getOccurancy(special) != 0) { out.println(" <" + special.getCode() + ">" + settings.getOccurancy(special) + "</" + special.getCode() + ">"); } } out.println(" </special-occurancy>"); } // sudden death settings if (!settings.isDefaultSuddenDeath()) { out.println(" <sudden-death>"); if (!settings.isDefaultSuddenDeathTime()) { out.println(" <time>" + settings.getSuddenDeathTime() + "</time>"); } if (!settings.isDefaultSuddenDeathMessage()) { out.println(" <message>" + settings.getSuddenDeathMessage() + "</message>"); } if (!settings.isDefaultSuddenDeathDelay()) { out.println(" <delay>" + settings.getSuddenDeathDelay() + "</delay>"); } if (!settings.isDefaultSuddenDeathLinesAdded()) { out.println(" <lines-added>" + settings.getSuddenDeathLinesAdded() + "</lines-added>"); } out.println(" </sudden-death>"); } out.println(" </settings>"); } // local filters Collection<MessageFilter> filters = channel.getLocalFilters(); if (!filters.isEmpty()) { out.println(" <filters>"); for (MessageFilter filter : filters) { saveFilter(filter.getConfig(), out, " "); } out.println(" </filters>"); } out.println(" </channel>"); out.println(); } } out.println(" </channels>"); out.println(); out.println("</tetrinet-channels>"); out.close(); }
From source file:org.jahia.services.usermanager.ldap.LDAPUserGroupProvider.java
private ContainerCriteria getGroupQuery(Properties searchCriteria, boolean isDynamic) { ContainerCriteria query = null;//from w w w.j ava 2s . co m if (searchCriteria.isEmpty()) { // we once build and reuse the queries in case of empty search criteria if (isDynamic) { if (searchGroupDynamicCriteria == null) { searchGroupDynamicCriteria = buildGroupQuery(searchCriteria, isDynamic); } query = searchGroupDynamicCriteria; } else { if (searchGroupCriteria == null) { searchGroupCriteria = buildGroupQuery(searchCriteria, isDynamic); } query = searchGroupCriteria; } } else { query = buildGroupQuery(searchCriteria, isDynamic); } return query; }