Example usage for java.util.logging LogRecord LogRecord

List of usage examples for java.util.logging LogRecord LogRecord

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Introduction

In this page you can find the example usage for java.util.logging LogRecord LogRecord.

Prototype

public LogRecord(Level level, String msg)

Source Link

Document

Construct a LogRecord with the given level and message values.

Usage

From source file:Main.java

public static void main(String args[]) throws Exception {
    XMLFormatter formatter = new XMLFormatter();
    LogRecord record = new LogRecord(Level.INFO, "XML message..");

    FileHandler handler = new FileHandler("newxml.xml");
    handler.setFormatter(formatter);//from   w ww  . j  av a 2s  .c om

    handler.publish(record);
    handler.flush();
}

From source file:Main.java

public static void main(String args[]) throws Exception {
    Logger logger = Logger.getLogger("your.logging");
    ConsoleHandler handler = new ConsoleHandler();
    MemoryHandler mHandler = new MemoryHandler(handler, 10, Level.ALL);
    logger.addHandler(mHandler);//from w w w .  j  av  a2  s .co  m
    logger.setUseParentHandlers(false);
    LogRecord record1 = new LogRecord(Level.SEVERE, "This is SEVERE level message");
    LogRecord record2 = new LogRecord(Level.WARNING, "This is WARNING level message");
    logger.log(record1);
    logger.log(record2);
}

From source file:LogWindow.java

public static void main(String args[]) {
    Main demo = new Main();
    demo.logMessage();// ww w  . j a v  a  2s  .  co m
    WindowHandler h = WindowHandler.getInstance();
    LogRecord r = new LogRecord(Level.WARNING, "The Handler publish method...");
    h.publish(r);
}

From source file:samplecode.search.EveryEntry.java

/**
 * <blockquote>/*  ww w  .  j a  va 2 s .  c om*/
 * <p/>
 * <pre>
 *   Provides a way to invoke the  searchEntryReturned and
 * searchReferenceReturned
 * methods of a SearchResultListener for each entry returned from a search
 * based
 * on the standard command line options.
 *
 * Usage:  EveryEntry {options}
 *
 * Available options include:
 * -h, --hostname {host}
 *     The IP address or resolvable name to use to connect to the directory
 *     server.  If this is not provided, then a default value of 'localhost'
 * will
 *     be used.
 * -p, --port {port}
 *     The port to use to connect to the directory server.  If this is not
 *     provided, then a default value of 389 will be used.
 * -D, --bindDN {dn}
 *     The DN to use to bind to the directory server when performing simple
 *     authentication.
 * -w, --bindPassword {password}
 *     The password to use to bind to the directory server when performing
 * simple
 *     authentication or a password-based SASL mechanism.
 * -j, --bindPasswordFile {path}
 *     The path to the file containing the password to use to bind to the
 *     directory server when performing simple authentication or a
 * password-based
 *     SASL mechanism.
 * -Z, --useSSL
 *     Use SSL when communicating with the directory server.
 * -q, --useStartTLS
 *     Use StartTLS when communicating with the directory server.
 * -X, --trustAll
 *     Trust any certificate presented by the directory server.
 * -K, --keyStorePath {path}
 *     The path to the file to use as the key store for obtaining client
 *     certificates when communicating securely with the directory server.
 * -W, --keyStorePassword {password}
 *     The password to use to access the key store contents.
 * -u, --keyStorePasswordFile {path}
 *     The path to the file containing the password to use to access the key
 * store
 *     contents.
 * --keyStoreFormat {format}
 *     The format (e.g., jks, jceks, pkcs12, etc.) for the key store file.
 * -P, --trustStorePath {path}
 *     The path to the file to use as trust store when determining whether to
 *     trust a certificate presented by the directory server.
 * -T, --trustStorePassword {password}
 *     The password to use to access the trust store contents.
 * -U, --trustStorePasswordFile {path}
 *     The path to the file containing the password to use to access the
 * trust
 *     store contents.
 * --trustStoreFormat {format}
 *     The format (e.g., jks, jceks, pkcs12, etc.) for the trust store file.
 * -N, --certNickname {nickname}
 *     The nickname (alias) of the client certificate in the key store to
 * present
 *     to the directory server for SSL client authentication.
 * -o, --saslOption {name=value}
 *     A name-value pair providing information to use when performing SASL
 *     authentication.
 * --numThreads {number-of-threads}
 *     Specifies the number of threads to use when running the application.
 * --useSchema
 *     Whether the LDAP SDK should attempt to use server schema information,
 * for
 *     example, for matching rules.
 * --verbose
 *     Whether the tool should be verbose.
 * --abandonOnTimeout
 *     Whether the LDAP SDK should abandon an operation that has timed out.
 * --autoReconnect
 *     Whether the LDAP SDK should automatically reconnect when a connection
 * is
 *     lost.
 * --connectTimeoutMillis {connect-timeout-millis-integer}
 *     Specifies the maximum length of time in milliseconds that a connection
 *     attempt should be allowed to continue before giving up. A value of
 * zero
 *     indicates that there should be no connect timeout.
 * -b, --baseObject {distinguishedName}
 *     The base object used in the search request.
 * --maxResponseTimeMillis {max-response-time-in-milliseconds}
 *     The maximum length of time in milliseconds that an operation should be
 *     allowed to block, with 0 or less meaning no timeout is enforced. This
 *     command line argument is optional and has a default value of zero.
 * --reportInterval {positive-integer}
 *     The report interval in milliseconds.
 * --reportCount {positive-integer}
 *     Specifies the maximum number of reports. This command line argument is
 *     applicable to tools that display repeated reports. The time between
 *     repeated reports is specified by the --reportInterval command line
 *     argument.
 * -a, --attribute {attribute name or type}
 *     The attribute used in the search request or other request. This
 * command
 *     line argument is not required, and can be specified multiple times. If
 * this
 *     command line argument is not specified, the value '*' is used.
 * -f, --filter {filter}
 *     The search filter used in the search request.
 * -i, --initialConnections {positiveInteger}
 *     The number of initial connections to establish to directory server
 * when
 *     creating the connection pool.
 * -m, --maxConnections {positiveInteger}
 *     The maximum number of connections to establish to directory server
 * when
 *     creating the connection pool.
 * -s, --scope {searchScope}
 *     The scope of the search request; allowed values are BASE, ONE, and SUB
 * --sizeLimit {positiveInteger}
 *     The client-request maximum number of results which are returned to the
 *     client. If the number of entries which match the search parameter is
 *     greater than the client-requested size limit or the server-imposed
 * size
 *     limit a SIZE_LIMIT_EXCEEDED code is returned in the result code in the
 *     search response.
 * --timeLimit {positiveInteger}
 *     The client-request maximum time to search used by the server. If the
 * time
 *     of the search is greater than the client-requested time limit or the
 *     server-imposed time limit a TIME_LIMIT_EXCEEDED code is returned in
 * the
 *     result code in the search response.
 * --pageSize {positiveInteger}
 *     The search page size
 * --searchResultListener {class-name}
 *     The name of class which extends the AbstractSearchResultListener
 * class.
 * The
 *     searchEntryReturned method of this class is invoked when an entry is
 *     returned from a search.
 * -H, -?, --help
 *     Display usage information for this program.
 * </pre>
 * <p/>
 * </blockquote>
 *
 * @param args
 *   JVM command line arguments.
 */
public static void main(final String... args) {
    final EveryEntry everyEntry = new EveryEntry();
    final ResultCode resultCode = everyEntry.runTool(args);
    if (resultCode != null) {
        final String message = String.format("%s has completed processing. The result code was: %s",
                everyEntry.getToolName(), resultCode);
        final LogRecord logRecord = new LogRecord(Level.INFO, message);
        final String msg = new MinimalLogFormatter().format(logRecord);
        everyEntry.out(msg);
    }
}

From source file:org.apache.tomee.util.SimpleTomEEFormatterTest.java

@Test
public void formatNullThrown() throws Exception {
    final String previousLineSeparatorProperty = System.getProperty(LINE_SEPARATOR_KEY);
    try {/*  w w  w. jav  a  2s . c  o m*/
        final String lineSeparatorValue = "\n";
        final String logMessage = "An example log record";
        final Level level = Level.FINEST;

        System.setProperty(LINE_SEPARATOR_KEY, lineSeparatorValue);
        final LogRecord logRecordInput = new LogRecord(level, logMessage);
        logRecordInput.setThrown(null);

        final Formatter formatter = new SimpleTomEEFormatter();
        final String actualFormatOutput = formatter.format(logRecordInput);

        final StringBuilder expectedFormatOutputSb = new StringBuilder(level.getLocalizedName());
        expectedFormatOutputSb.append(" - ").append(logMessage).append("\n");
        final String expectedFormatOutput = expectedFormatOutputSb.toString();

        assertEquals(expectedFormatOutput, actualFormatOutput);
    } finally {
        System.setProperty(LINE_SEPARATOR_KEY, previousLineSeparatorProperty);
    }
}

From source file:org.apache.tomee.jul.formatter.SimpleTomEEFormatterTest.java

@Test
public void formatNullThrown() throws Exception {
    final String previousLineSeparatorProperty = System.getProperty(LINE_SEPARATOR_KEY);
    try {//w w  w.  j a va  2s .c  om
        final String lineSeparatorValue = "\n";
        final String logMessage = "An example log record";
        final Level level = Level.FINEST;

        System.setProperty(LINE_SEPARATOR_KEY, lineSeparatorValue);
        final LogRecord logRecordInput = new LogRecord(level, logMessage);
        logRecordInput.setThrown(null);

        final Formatter formatter = new SimpleTomEEFormatter();
        final String actualFormatOutput = formatter.format(logRecordInput);

        final String expectedFormatOutput = level.getLocalizedName() + " - " + logMessage + "\n";

        assertEquals(expectedFormatOutput, actualFormatOutput);
    } finally {
        System.setProperty(LINE_SEPARATOR_KEY, previousLineSeparatorProperty);
    }
}

From source file:io.proscript.jlight.Runtime.java

public static void run(CommandLine line) throws IOException {

    Environment environment = new Environment();

    if (1 == line.getArgList().size()) {
        File cwdCandidate = new File(line.getArgList().get(0));
        if (cwdCandidate.isDirectory()) {
            environment.setCwd(cwdCandidate);
        } else {/*from   ww  w .ja v  a  2  s  .c  o  m*/
            throw new IOException("Last argument must be valid source root directory");
        }
    } else {
        environment.setCwd(new File(System.getProperty("user.dir")));
    }

    if (line.hasOption("port")) {
        environment.setPort(Integer.valueOf(line.getOptionValue("port")));
    }

    if (line.hasOption("host")) {
        environment.setHost(line.getOptionValue("host"));
    }

    environment.setCacheDirectory(new File(environment.getCwd().toString() + "/.jlcache"));
    environment.setMainClassName(line.getOptionValue("class"));

    CacheManager cacheManager = new CacheManager(environment);

    try {
        cacheManager.initialize();
    } catch (IOException e) {
        log.log(Level.SEVERE, "Failed to initialize class file cache: %s", e.getMessage());
        return;
    }

    Collection<File> javaFiles = SourcesLocator.locateRecursive(environment.getCwd());

    ApplicationCompiler compiler = new ApplicationCompiler(environment.getCacheDirectory());

    boolean result = false;

    try {
        result = compiler.compile(javaFiles);
    } catch (IOException e) {
        log.log(Level.SEVERE, "Compilation failed: %s", e.getMessage());
        return;
    }

    if (!result) {
        for (Diagnostic diagnostic : compiler.getLastDiagnosticCollector().getDiagnostics()) {
            System.out.println(diagnostic.getMessage(Locale.getDefault()));
            LogRecord record = new LogRecord(Level.SEVERE, diagnostic.getMessage(Locale.getDefault()));
            log.log(record);
        }
    } else {

        Application application = buildApplication(environment);
        ThreadedHTTPServer server = new ThreadedHTTPServer(environment);
        server.run(application);
    }

    try {
        cacheManager.destroy();
    } catch (IOException e) {
        e.printStackTrace();
    }
}

From source file:com.johncroth.histo.logging.LogHistogramWriterParserTest.java

@Test
public void testLogFormatter() {
    LogRecord lr = new LogRecord(Level.INFO, "foo");
    assertEquals("foo\n", LogHistogramWriter.createJavaLoggingFormatter().format(lr));
}

From source file:org.apache.tomee.jul.formatter.SimpleTomEEFormatterTest.java

@Test
public void formatNotNullThrown() throws Exception {
    final String previousLineSeparatorProperty = System.getProperty(LINE_SEPARATOR_KEY);

    try {//ww  w.ja  v a  2  s .  co  m
        final String lineSeparatorValue = "\n";
        final String logMessage = "An example log record";
        final Level level = Level.CONFIG;
        final String exceptionMessage = "An example exception";
        final Throwable thrown = new Exception(exceptionMessage);

        System.setProperty(LINE_SEPARATOR_KEY, lineSeparatorValue);
        final LogRecord logRecordInput = new LogRecord(level, logMessage);
        logRecordInput.setThrown(thrown);

        final Formatter formatter = new SimpleTomEEFormatter();
        final String actualFormatOutput = formatter.format(logRecordInput);

        final String expectedFormatOutput = level.getLocalizedName() + " - " + logMessage + lineSeparatorValue
                + ExceptionUtils.getStackTrace(thrown);

        assertEquals(expectedFormatOutput, actualFormatOutput);
    } finally {
        System.setProperty(LINE_SEPARATOR_KEY, previousLineSeparatorProperty);
    }
}

From source file:org.apache.tomee.util.SimpleTomEEFormatterTest.java

@Test
public void formatNotNullThrown() throws Exception {
    final String previousLineSeparatorProperty = System.getProperty(LINE_SEPARATOR_KEY);

    try {/*from   w  w w .  java  2s  .com*/
        final String lineSeparatorValue = "\n";
        final String logMessage = "An example log record";
        final Level level = Level.CONFIG;
        final String exceptionMessage = "An example exception";
        final Throwable thrown = new Exception(exceptionMessage);

        System.setProperty(LINE_SEPARATOR_KEY, lineSeparatorValue);
        final LogRecord logRecordInput = new LogRecord(level, logMessage);
        logRecordInput.setThrown(thrown);

        final Formatter formatter = new SimpleTomEEFormatter();
        final String actualFormatOutput = formatter.format(logRecordInput);

        final StringBuilder expectedFormatOutputSb = new StringBuilder(level.getLocalizedName());
        expectedFormatOutputSb.append(" - ").append(logMessage).append(lineSeparatorValue);
        expectedFormatOutputSb.append(ExceptionUtils.getStackTrace(thrown));

        final String expectedFormatOutput = expectedFormatOutputSb.toString();

        assertEquals(expectedFormatOutput, actualFormatOutput);
    } finally {
        System.setProperty(LINE_SEPARATOR_KEY, previousLineSeparatorProperty);
    }
}