List of usage examples for java.lang System getProperty
public static String getProperty(String key)
From source file:com.revo.deployr.client.example.data.io.auth.stateful.exec.MultipleDataInMultipleDataOut.java
public static void main(String args[]) throws Exception { RClient rClient = null;//from w ww . j a v a2s.com RProject rProject = null; try { /* * Determine DeployR server endpoint. */ String endpoint = System.getProperty("endpoint"); log.info("[ CONFIGURATION ] Using endpoint=" + endpoint); /* * Establish RClient connection to DeployR server. * * An RClient connection is the mandatory starting * point for any application using the client library. */ rClient = RClientFactory.createClient(endpoint); log.info("[ CONNECTION ] Established anonymous " + "connection [ RClient ]."); /* * Build a basic authentication token. */ RAuthentication rAuth = new RBasicAuthentication(System.getProperty("username"), System.getProperty("password")); /* * Establish an authenticated handle with the DeployR * server, rUser. Following this call the rClient * connection is operating as an authenticated connection * and all calls on rClient inherit the access permissions * of the authenticated user, rUser. */ RUser rUser = rClient.login(rAuth); log.info("[ AUTHENTICATION ] Upgraded to authenticated " + "connection [ RUser ]."); /* * Create a temporary project (R session). * * Optionally: * ProjectCreationOptions options = * new ProjectCreationOptions(); * * Populate options as needed, then: * * rProject = rUser.createProject(options); */ rProject = rUser.createProject(); log.info("[ GO STATEFUL ] Created stateful temporary " + "R session [ RProject ]."); /* * Create a ProjectExecutionOptions instance * to specify data inputs and output to the * execution of the repository-managed R script. * * This options object can be used to pass standard * execution model parameters on execution calls. All * fields are optional. * * See the Standard Execution Model chapter in the * Client Library Tutorial on the DeployR website for * further details. */ ProjectExecutionOptions options = new ProjectExecutionOptions(); /* * MultipleDataInMultipleDataOut Example Note: * * The inputs sent on this example are contrived * and superfluous as the hipStar.rData binary R * object input and the hipStarUrl input perform * the exact same purpose...to load the Hip STAR * dataset into the workspace ahead of execution. * * The example is provided to simply demonstrate * the mechanism of specifying multiple inputs. */ /* * Preload from the DeployR repository the following * binary R object input file: * /testuser/example-data-io/hipStar.rData */ ProjectPreloadOptions preloadWorkspace = new ProjectPreloadOptions(); preloadWorkspace.filename = "hipStar.rData"; preloadWorkspace.directory = "example-data-io"; preloadWorkspace.author = "testuser"; options.preloadWorkspace = preloadWorkspace; log.info("[ DATA INPUT ] Repository binary file input " + "set on execution, [ ProjectExecutionOptions.preloadWorkspace ]."); /* * Load an R object literal "hipStarUrl" into the * workspace prior to script execution. * * The R script checks for the existence of "hipStarUrl" * in the workspace and if present uses the URL path * to load the Hipparcos star dataset from the DAT file * at that location. */ RData hipStarUrl = RDataFactory.createString("hipStarUrl", HIP_DAT_URL); List<RData> rinputs = Arrays.asList(hipStarUrl); options.rinputs = rinputs; log.info("[ DATA INPUT ] External data source input " + "set on execution, [ ProjectExecutionOptions.rinputs ]."); /* * Request the retrieval of the "hip" data.frame and * two vector objects from the workspace following the * execution. The corresponding R objects are named as * follows: * 'hip', hipDim', 'hipNames'. */ options.routputs = Arrays.asList("hip", "hipDim", "hipNames"); log.info("[ EXEC OPTION ] DeployR-encoded R object request " + "set on execution [ ProjectExecutionOptions.routputs ]."); /* * Execute a public analytics Web service as an authenticated * user based on a repository-managed R script: * /testuser/example-data-io/dataIO.R */ RProjectExecution exec = rProject.executeScript("dataIO.R", "example-data-io", "testuser", null, options); log.info("[ EXECUTION ] Stateful R script " + "execution completed [ RProjectExecution ]."); /* * Retrieve multiple outputs following the execution: * * 1. R console output. * 2. R console output. * 3. R console output. * 4. R console output. * 5. R console output. */ String console = exec.about().console; log.info("[ DATA OUTPUT ] Retrieved R console " + "output [ String ]."); /* * Retrieve the requested R object data encodings from * the workspace follwing the script execution. * * See the R Object Data Decoding chapter in the * Client Library Tutorial on the DeployR website for * further details. */ List<RData> objects = exec.about().workspaceObjects; for (RData rData : objects) { if (rData instanceof RDataFrame) { log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object output " + rData.getName() + " [ RDataFrame ]."); List<RData> hipSubsetVal = ((RDataFrame) rData).getValue(); } else if (rData instanceof RNumericVector) { log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object output " + rData.getName() + " [ RNumericVector ]."); List<Double> hipDimVal = ((RNumericVector) rData).getValue(); log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object " + rData.getName() + " value=" + hipDimVal); } else if (rData instanceof RStringVector) { log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object output " + rData.getName() + " [ RStringVector ]."); List<String> hipNamesVal = ((RStringVector) rData).getValue(); log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object " + rData.getName() + " value=" + hipNamesVal); } else { log.info("Unexpected DeployR-encoded R object returned, " + "object name=" + rData.getName() + ", encoding=" + rData.getClass()); } } /* * Retrieve the working directory files (artifact) * was generated by the execution. */ List<RProjectFile> wdFiles = exec.about().artifacts; for (RProjectFile wdFile : wdFiles) { log.info("[ DATA OUTPUT ] Retrieved working directory " + "file output " + wdFile.about().filename + " [ RProjectFile ]."); InputStream fis = null; try { fis = wdFile.download(); } catch (Exception ex) { log.warn("Working directory binary file download " + ex); } finally { IOUtils.closeQuietly(fis); } } /* * Retrieve R graphics device plots (results) called * unnamedplot*.png that was generated by the execution. */ List<RProjectResult> results = exec.about().results; for (RProjectResult result : results) { log.info("[ DATA OUTPUT ] Retrieved graphics device " + "plot output " + result.about().filename + " [ RProjectResult ]."); InputStream fis = null; try { fis = result.download(); } catch (Exception ex) { log.warn("Graphics device plot download " + ex); } finally { IOUtils.closeQuietly(fis); } } } catch (Exception ex) { log.warn("Unexpected runtime exception=" + ex); } finally { try { if (rProject != null) { /* * Close rProject before application exits. */ rProject.close(); } } catch (Exception fex) { } try { if (rClient != null) { /* * Release rClient connection before application exits. */ rClient.release(); } } catch (Exception fex) { } } }
From source file:com.revo.deployr.client.example.data.io.auth.stateful.preload.MultipleDataInMultipleDataOut.java
public static void main(String args[]) throws Exception { RClient rClient = null;//from w ww . ja v a 2 s. c om RProject rProject = null; try { /* * Determine DeployR server endpoint. */ String endpoint = System.getProperty("endpoint"); log.info("[ CONFIGURATION ] Using endpoint=" + endpoint); /* * Establish RClient connection to DeployR server. * * An RClient connection is the mandatory starting * point for any application using the client library. */ rClient = RClientFactory.createClient(endpoint); log.info("[ CONNECTION ] Established anonymous " + "connection [ RClient ]."); /* * Build a basic authentication token. */ RAuthentication rAuth = new RBasicAuthentication(System.getProperty("username"), System.getProperty("password")); /* * Establish an authenticated handle with the DeployR * server, rUser. Following this call the rClient * connection is operating as an authenticated connection * and all calls on rClient inherit the access permissions * of the authenticated user, rUser. */ RUser rUser = rClient.login(rAuth); log.info("[ AUTHENTICATION ] Upgraded to authenticated " + "connection [ RUser ]."); /* * Create a ProjectCreationOptions instance * to specify data inputs that "pre-heat" the R session * workspace or working directory for your project. */ ProjectCreationOptions creationOpts = new ProjectCreationOptions(); /* * MultipleDataInMultipleDataOut Example Note: * * The preload inputs sent on this example are * contrived and superfluous as the hipStar.rData * binary R object input and the hipStarUrl input * perform the exact same purpose...to load the Hip STAR * dataset into the workspace at project initialization. * * The example is provided to simply demonstrate * the mechanism of specifying multiple preload inputs. */ /* * Preload from the DeployR repository the following * binary R object input file: * /testuser/example-data-io/hipStar.rData */ ProjectPreloadOptions preloadWorkspace = new ProjectPreloadOptions(); preloadWorkspace.filename = "hipStar.rData"; preloadWorkspace.directory = "example-data-io"; preloadWorkspace.author = "testuser"; creationOpts.preloadWorkspace = preloadWorkspace; log.info("[ PRELOAD INPUT ] Repository binary file input " + "set on project creation, [ ProjectCreationOptions.preloadWorkspace ]."); /* * Load an R object literal "hipStarUrl" into the * workspace on project initialization. * * The R script execution that follows will check for * the existence of "hipStarUrl" in the workspace and if * present uses the URL path to load the Hipparcos star * dataset from the DAT file at that location. */ RData hipStarUrl = RDataFactory.createString("hipStarUrl", HIP_DAT_URL); List<RData> rinputs = Arrays.asList(hipStarUrl); creationOpts.rinputs = rinputs; log.info("[ PRELOAD INPUT ] External data source input " + "set on project creation, [ ProjectCreationOptions.rinputs ]."); /* * Create a temporary project (R session) passing a * ProjectCreationOptions to "pre-heat" data into the * workspace and/or working directory. */ rProject = rUser.createProject(creationOpts); log.info("[ GO STATEFUL ] Created stateful temporary " + "R session [ RProject ]."); /* * Create a ProjectExecutionOptions instance * to specify data inputs and output to the * execution of the repository-managed R script. * * This options object can be used to pass standard * execution model parameters on execution calls. All * fields are optional. * * See the Standard Execution Model chapter in the * Client Library Tutorial on the DeployR website for * further details. */ ProjectExecutionOptions execOpts = new ProjectExecutionOptions(); /* * Request the retrieval of the "hip" data.frame and * two vector objects from the workspace following the * execution. The corresponding R objects are named as * follows: * 'hip', hipDim', 'hipNames'. */ execOpts.routputs = Arrays.asList("hip", "hipDim", "hipNames"); log.info("[ EXEC OPTION ] DeployR-encoded R object request " + "set on execution [ ProjectExecutionOptions.routputs ]."); /* * Execute a public analytics Web service as an authenticated * user based on a repository-managed R script: * /testuser/example-data-io/dataIO.R */ RProjectExecution exec = rProject.executeScript("dataIO.R", "example-data-io", "testuser", null, execOpts); log.info("[ EXECUTION ] Stateful R script " + "execution completed [ RProjectExecution ]."); /* * Retrieve multiple outputs following the execution: * * 1. R console output. * 2. R console output. * 3. R console output. * 4. R console output. * 5. R console output. */ String console = exec.about().console; log.info("[ DATA OUTPUT ] Retrieved R console " + "output [ String ]."); /* * Retrieve the requested R object data encodings from * the workspace follwing the script execution. * * See the R Object Data Decoding chapter in the * Client Library Tutorial on the DeployR website for * further details. */ List<RData> objects = exec.about().workspaceObjects; for (RData rData : objects) { if (rData instanceof RDataFrame) { log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object output " + rData.getName() + " [ RDataFrame ]."); List<RData> hipSubsetVal = ((RDataFrame) rData).getValue(); } else if (rData instanceof RNumericVector) { log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object output " + rData.getName() + " [ RNumericVector ]."); List<Double> hipDimVal = ((RNumericVector) rData).getValue(); log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object " + rData.getName() + " value=" + hipDimVal); } else if (rData instanceof RStringVector) { log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object output " + rData.getName() + " [ RStringVector ]."); List<String> hipNamesVal = ((RStringVector) rData).getValue(); log.info("[ DATA OUTPUT ] Retrieved DeployR-encoded R " + "object " + rData.getName() + " value=" + hipNamesVal); } else { log.info("Unexpected DeployR-encoded R object returned, " + "object name=" + rData.getName() + ", encoding=" + rData.getClass()); } } /* * Retrieve the working directory files (artifact) * was generated by the execution. */ List<RProjectFile> wdFiles = exec.about().artifacts; for (RProjectFile wdFile : wdFiles) { log.info("[ DATA OUTPUT ] Retrieved working directory " + "file output " + wdFile.about().filename + " [ RProjectFile ]."); InputStream fis = null; try { fis = wdFile.download(); } catch (Exception ex) { log.warn("Working directory binary file download " + ex); } finally { IOUtils.closeQuietly(fis); } } /* * Retrieve R graphics device plots (results) called * unnamedplot*.png that was generated by the execution. */ List<RProjectResult> results = exec.about().results; for (RProjectResult result : results) { log.info("[ DATA OUTPUT ] Retrieved graphics device " + "plot output " + result.about().filename + " [ RProjectResult ]."); InputStream fis = null; try { fis = result.download(); } catch (Exception ex) { log.warn("Graphics device plot download " + ex); } finally { IOUtils.closeQuietly(fis); } } } catch (Exception ex) { log.warn("Unexpected runtime exception=" + ex); } finally { try { if (rProject != null) { /* * Close rProject before application exits. */ rProject.close(); } } catch (Exception fex) { } try { if (rClient != null) { /* * Release rClient connection before application exits. */ rClient.release(); } } catch (Exception fex) { } } }
From source file:be.redlab.maven.yamlprops.create.YamlConvertCli.java
public static void main(String... args) throws IOException { CommandLineParser parser = new DefaultParser(); Options options = new Options(); HelpFormatter formatter = new HelpFormatter(); options.addOption(Option.builder("s").argName("source").desc("the source folder or file to convert") .longOpt("source").hasArg(true).build()); options.addOption(Option.builder("t").argName("target").desc("the target file to store in") .longOpt("target").hasArg(true).build()); options.addOption(Option.builder("h").desc("print help").build()); try {/* ww w . ja va 2 s . c om*/ CommandLine cmd = parser.parse(options, args); if (cmd.hasOption('h')) { formatter.printHelp("converter", options); } File source = new File(cmd.getOptionValue("s", System.getProperty("user.dir"))); String name = source.getName(); if (source.isDirectory()) { PropertiesToYamlConverter yamlConverter = new PropertiesToYamlConverter(); String[] ext = { "properties" }; Iterator<File> fileIterator = FileUtils.iterateFiles(source, ext, true); while (fileIterator.hasNext()) { File next = fileIterator.next(); System.out.println(next); String s = StringUtils.removeStart(next.getParentFile().getPath(), source.getPath()); System.out.println(s); String f = StringUtils.split(s, IOUtils.DIR_SEPARATOR)[0]; System.out.println("key = " + f); Properties p = new Properties(); try { p.load(new FileReader(next)); yamlConverter.addProperties(f, p); } catch (IOException e) { e.printStackTrace(); } } FileWriter fileWriter = new FileWriter( new File(source.getParentFile(), StringUtils.substringBeforeLast(name, ".") + ".yaml")); yamlConverter.writeYaml(fileWriter); fileWriter.close(); } else { Properties p = new Properties(); p.load(new FileReader(source)); FileWriter fileWriter = new FileWriter( new File(source.getParentFile(), StringUtils.substringBeforeLast(name, ".") + ".yaml")); new PropertiesToYamlConverter().addProperties(name, p).writeYaml(fileWriter); fileWriter.close(); } } catch (ParseException e) { e.printStackTrace(); formatter.printHelp("converter", options); } }
From source file:com.haulmont.cuba.core.sys.utils.DbUpdaterUtil.java
public static void main(String[] args) { String property = System.getProperty("logback.configurationFile"); if (StringUtils.isBlank(property)) { System.setProperty("logback.configurationFile", "com/haulmont/cuba/core/sys/utils/dbutil-logback.xml"); }/*from w w w . j a v a 2 s. c o m*/ DbUpdaterUtil runner = new DbUpdaterUtil(); runner.execute(args); }
From source file:copi.ScalaEntryPoint.java
public static void main(String[] args) { /*//w w w . ja v a 2 s. c om * Set lwjgl library path so that LWJGL finds the natives depending on * the OS. */ File libDir = new File(path); if (!libDir.exists()) { // create native lib folder libDir.mkdir(); // retrieve os type String osName = System.getProperty("os.name"); // try to determine if the system is 64 bit boolean is64bit = false; if (System.getProperty("os.name").contains("Windows")) { is64bit = (System.getenv("ProgramFiles(x86)") != null); } else { is64bit = (System.getProperty("os.arch").indexOf("64") != -1); } // construct name of native lib file String natLibLWJGL = ""; if (osName.startsWith("Windows")) { natLibLWJGL += "lwjgl"; if (is64bit) natLibLWJGL += "64"; natLibLWJGL += ".dll"; } else if (osName.startsWith("Linux")) { natLibLWJGL += "liblwjgl"; if (is64bit) natLibLWJGL += "64"; natLibLWJGL += ".so"; } else if (osName.startsWith("Mac OS X")) { natLibLWJGL += "liblwjgl"; natLibLWJGL += ".jnilib"; } else { System.out.println("Unsupported OS: " + osName + ". Exiting."); System.exit(-1); } // try to establish an input stream on the native lib inside the jar InputStream fis = ScalaEntryPoint.class.getResourceAsStream("/" + natLibLWJGL); if (fis == null) { System.out.println("Native library file " + natLibLWJGL + " was not found inside JAR."); System.exit(-1); } // establish an output stream on the target file File fOut = new File(path + "/" + natLibLWJGL); try (FileOutputStream fos = new FileOutputStream(fOut)) { // create file at destination if not already existing if (!fOut.exists()) fOut.createNewFile(); // making buffer for copy operation byte[] buffer = new byte[1024]; int readBytes; // Open output stream and copy data between source file in JAR and the temporary file try { while ((readBytes = fis.read(buffer)) != -1) { fos.write(buffer, 0, readBytes); } } finally { fos.close(); fis.close(); } } catch (IOException e) { System.out.println(e.getMessage()); System.exit(-1); } // register shutdown hook JVMShutdownHook jvmShutdownHook = new JVMShutdownHook(); Runtime.getRuntime().addShutdownHook(jvmShutdownHook); } // set lwjgl native library path System.setProperty("org.lwjgl.librarypath", libDir.getAbsolutePath()); // start COPI System.out.println("Starting COPI ..."); (new SICApplicationLogic()).render(); }
From source file:example.topic.durable.Subscriber.java
public static void main(String[] args) { String url = BROKER_URL; if (args.length > 0) { url = args[0].trim();/* ww w. j ava2s . co m*/ } System.out .println("\nWaiting to receive messages... Either waiting for END message or press Ctrl+C to exit"); ActiveMQConnectionFactory connectionFactory = new ActiveMQConnectionFactory("admin", "password", url); Connection connection = null; final CountDownLatch latch = new CountDownLatch(1); try { connection = connectionFactory.createConnection(); String clientId = System.getProperty("clientId"); connection.setClientID(clientId); connection.start(); Session session = connection.createSession(NON_TRANSACTED, Session.AUTO_ACKNOWLEDGE); Topic destination = session.createTopic("test-topic"); MessageConsumer consumer = session.createDurableSubscriber(destination, clientId); consumer.setMessageListener(new Subscriber(latch)); latch.await(); consumer.close(); session.close(); } catch (Exception e) { System.out.println("Caught exception!"); } finally { if (connection != null) { try { connection.close(); } catch (JMSException e) { System.out.println("Could not close an open connection..."); } } } }
From source file:StringConverter.java
public static void main(String[] args) { System.out.println(System.getProperty("file.encoding")); String original = new String("A" + "\u00ea" + "\u00f1" + "\u00fc" + "C"); System.out.println("original = " + original); System.out.println();/* w w w . j av a2 s. co m*/ try { byte[] utf8Bytes = original.getBytes("UTF8"); byte[] defaultBytes = original.getBytes(); String roundTrip = new String(utf8Bytes, "UTF8"); System.out.println("roundTrip = " + roundTrip); System.out.println(); printBytes(utf8Bytes, "utf8Bytes"); System.out.println(); printBytes(defaultBytes, "defaultBytes"); } catch (UnsupportedEncodingException e) { e.printStackTrace(); } }
From source file:org.atomserver.utils.jetty.StandAloneAtomServer.java
public static void main(String[] args) throws Exception { // the System Property "atomserver.home" defines the home directory for the standalone app String atomserverHome = System.getProperty("atomserver.home"); if (StringUtils.isEmpty(atomserverHome)) { log.error("The variable \"atomserver.home\" must be defined"); System.exit(-1);/* w w w .j a va2 s . co m*/ } File atomserverHomeDir = new File(atomserverHome); if (!atomserverHomeDir.exists() && !atomserverHomeDir.isDirectory()) { log.error("The variable \"atomserver.home\" (" + atomserverHome + ") must point to a directory that exists"); } // instantiate the Jetty Server Server server = new Server(); // create a new connector on the declared port, and set it onto the server log.debug("atomserver.port = " + System.getProperty("atomserver.port")); Connector connector = new SelectChannelConnector(); connector.setPort(Integer.getInteger("atomserver.port", DEFAULT_PORT)); server.setConnectors(new Connector[] { connector }); // create a ClassLoader that points at the conf directories log.debug("atomserver.conf.dir = " + System.getProperty("atomserver.conf.dir")); log.debug("atomserver.ops.conf.dir = " + System.getProperty("atomserver.ops.conf.dir")); ClassLoader classLoader = new ConfigurationAwareClassLoader(StandAloneAtomServer.class.getClassLoader()); // load the version from the version.properties file Properties versionProps = new Properties(); versionProps.load(classLoader.getResourceAsStream(DEFAULT_VERSIONS_FILE)); String version = versionProps.getProperty("atomserver.version"); // create a new webapp, rooted at webapps/atomserver-${version}, with the configured // context name String servletContextName = System.getProperty("atomserver.servlet.context"); log.debug("atomserver.servlet.context = " + servletContextName); WebAppContext webapp = new WebAppContext(atomserverHome + "/webapps/atomserver-" + version, "/" + servletContextName); // set the webapp's ClassLoader to be the one that loaded THIS class. the REASON that // this needs to be set is so that when we extract the web application context below we can // cast it to WebApplicationContext here webapp.setClassLoader(StandAloneAtomServer.class.getClassLoader()); // set the Jetty server's webapp and start it server.setHandler(webapp); server.start(); // if the seed system property was set, use the DBSeeder to populate the server String seedDB = System.getProperty("seed.database.with.pets"); log.debug("seed.database.with.pets = " + seedDB); if (!StringUtils.isEmpty(seedDB)) { if (Boolean.valueOf(seedDB)) { Thread.sleep(2000); WebApplicationContext webappContext = WebApplicationContextUtils .getWebApplicationContext(webapp.getServletContext()); DBSeeder.getInstance(webappContext).seedPets(); } } server.join(); }
From source file:it.geosolutions.sfs.web.Start.java
public static void main(String[] args) { final Server jettyServer = new Server(); try {/*from w w w .ja va 2 s . c o m*/ SocketConnector conn = new SocketConnector(); String portVariable = System.getProperty("jetty.port"); int port = parsePort(portVariable); if (port <= 0) port = 8082; conn.setPort(port); conn.setAcceptQueueSize(100); conn.setMaxIdleTime(1000 * 60 * 60); conn.setSoLingerTime(-1); // Use this to set a limit on the number of threads used to respond requests // BoundedThreadPool tp = new BoundedThreadPool(); // tp.setMinThreads(8); // tp.setMaxThreads(8); // conn.setThreadPool(tp); // SSL host name given ? String sslHost = System.getProperty("ssl.hostname"); SslSocketConnector sslConn = null; // if (sslHost!=null && sslHost.length()>0) { // Security.addProvider(new BouncyCastleProvider()); // sslConn = getSslSocketConnector(sslHost); // } if (sslConn == null) { jettyServer.setConnectors(new Connector[] { conn }); } else { conn.setConfidentialPort(sslConn.getPort()); jettyServer.setConnectors(new Connector[] { conn, sslConn }); } /*Constraint constraint = new Constraint(); constraint.setName(Constraint.__BASIC_AUTH);; constraint.setRoles(new String[]{"user","admin","moderator"}); constraint.setAuthenticate(true); ConstraintMapping cm = new ConstraintMapping(); cm.setConstraint(constraint); cm.setPathSpec("/*"); SecurityHandler sh = new SecurityHandler(); sh.setUserRealm(new HashUserRealm("MyRealm","/Users/jdeolive/realm.properties")); sh.setConstraintMappings(new ConstraintMapping[]{cm}); WebAppContext wah = new WebAppContext(sh, null, null, null);*/ WebAppContext wah = new WebAppContext(); wah.setContextPath("/sfs"); wah.setWar("src/main/webapp"); jettyServer.setHandler(wah); wah.setTempDirectory(new File("target/work")); //this allows to send large SLD's from the styles form wah.getServletContext().getContextHandler().setMaxFormContentSize(1024 * 1024 * 2); String jettyConfigFile = System.getProperty("jetty.config.file"); if (jettyConfigFile != null) { // log.info("Loading Jetty config from file: " + jettyConfigFile); (new XmlConfiguration(new FileInputStream(jettyConfigFile))).configure(jettyServer); } jettyServer.start(); /* * Reads from System.in looking for the string "stop\n" in order to gracefully terminate * the jetty server and shut down the JVM. This way we can invoke the shutdown hooks * while debugging in eclipse. Can't catch CTRL-C to emulate SIGINT as the eclipse * console is not propagating that event */ Thread stopThread = new Thread() { @Override public void run() { BufferedReader reader = new BufferedReader(new InputStreamReader(System.in)); String line; try { while (true) { line = reader.readLine(); if ("stop".equals(line)) { jettyServer.stop(); System.exit(0); } } } catch (Exception e) { e.printStackTrace(); System.exit(1); } } }; stopThread.setDaemon(true); stopThread.run(); // use this to test normal stop behaviour, that is, to check stuff that // need to be done on container shutdown (and yes, this will make // jetty stop just after you started it...) // jettyServer.stop(); } catch (Exception e) { // log.log(Level.SEVERE, "Could not start the Jetty server: " + e.getMessage(), e); if (jettyServer != null) { try { jettyServer.stop(); } catch (Exception e1) { // log.log(Level.SEVERE, // "Unable to stop the " + "Jetty server:" + e1.getMessage(), e1); } } } }
From source file:eu.fbk.utils.twm.FormPageSearcher.java
public static void main(final String args[]) throws Exception { String logConfig = System.getProperty("log-config"); if (logConfig == null) { logConfig = "configuration/log-config.txt"; }//from w w w .j av a2s. c o m PropertyConfigurator.configure(logConfig); final Options options = new Options(); try { OptionBuilder.withArgName("index"); OptionBuilder.hasArg(); OptionBuilder.withDescription("open an index with the specified name"); OptionBuilder.isRequired(); OptionBuilder.withLongOpt("index"); final Option indexNameOpt = OptionBuilder.create("i"); OptionBuilder.withArgName("interactive-mode"); OptionBuilder.withDescription("enter in the interactive mode"); OptionBuilder.withLongOpt("interactive-mode"); final Option interactiveModeOpt = OptionBuilder.create("t"); OptionBuilder.withArgName("search"); OptionBuilder.hasArg(); OptionBuilder.withDescription("search for the specified key"); OptionBuilder.withLongOpt("search"); final Option searchOpt = OptionBuilder.create("s"); OptionBuilder.withArgName("key-freq"); OptionBuilder.hasArg(); OptionBuilder.withDescription("read the keys' frequencies from the specified file"); OptionBuilder.withLongOpt("key-freq"); final Option freqFileOpt = OptionBuilder.create("f"); OptionBuilder.withArgName("minimum-freq"); // Option keyFieldNameOpt = // OptionBuilder.withArgName("key-field-name").hasArg().withDescription("use the specified name for the field key").withLongOpt("key-field-name").create("k"); // Option valueFieldNameOpt = // OptionBuilder.withArgName("value-field-name").hasArg().withDescription("use the specified name for the field value").withLongOpt("value-field-name").create("v"); final Option minimumKeyFreqOpt = OptionBuilder.hasArg() .withDescription("minimum key frequency of cached values (default is " + DEFAULT_MIN_FREQ + ")") .withLongOpt("minimum-freq").create("m"); OptionBuilder.withArgName("int"); final Option notificationPointOpt = OptionBuilder.hasArg() .withDescription( "receive notification every n pages (default is " + DEFAULT_NOTIFICATION_POINT + ")") .withLongOpt("notification-point").create("b"); options.addOption("h", "help", false, "print this message"); options.addOption("v", "version", false, "output version information and exit"); options.addOption(indexNameOpt); options.addOption(interactiveModeOpt); options.addOption(searchOpt); options.addOption(freqFileOpt); // options.addOption(keyFieldNameOpt); // options.addOption(valueFieldNameOpt); options.addOption(minimumKeyFreqOpt); options.addOption(notificationPointOpt); final CommandLineParser parser = new PosixParser(); final CommandLine line = parser.parse(options, args); if (line.hasOption("help") || line.hasOption("version")) { throw new ParseException(""); } int minFreq = DEFAULT_MIN_FREQ; if (line.hasOption("minimum-freq")) { minFreq = Integer.parseInt(line.getOptionValue("minimum-freq")); } int notificationPoint = DEFAULT_NOTIFICATION_POINT; if (line.hasOption("notification-point")) { notificationPoint = Integer.parseInt(line.getOptionValue("notification-point")); } final FormPageSearcher pageFormSearcher = new FormPageSearcher(line.getOptionValue("index")); pageFormSearcher.setNotificationPoint(notificationPoint); /* * logger.debug(line.getOptionValue("key-field-name") + "\t" + * line.getOptionValue("value-field-name")); if (line.hasOption("key-field-name")) { * pageFormSearcher.setKeyFieldName(line.getOptionValue("key-field-name")); } if * (line.hasOption("value-field-name")) { * pageFormSearcher.setValueFieldName(line.getOptionValue("value-field-name")); } */ if (line.hasOption("key-freq")) { pageFormSearcher.loadCache(line.getOptionValue("key-freq"), minFreq); } if (line.hasOption("search")) { logger.debug("searching " + line.getOptionValue("search") + "..."); final FreqSetSearcher.Entry[] result = pageFormSearcher.search(line.getOptionValue("search")); logger.info(Arrays.toString(result)); } if (line.hasOption("interactive-mode")) { pageFormSearcher.interactive(); } } catch (final ParseException e) { // oops, something went wrong if (e.getMessage().length() > 0) { System.out.println("Parsing failed: " + e.getMessage() + "\n"); } final HelpFormatter formatter = new HelpFormatter(); formatter.printHelp(400, "java -cp dist/thewikimachine.jar org.fbk.cit.hlt.thewikimachine.index.FormPageSearcher", "\n", options, "\n", true); } }