If the logger is currently enabled for the FINEST message level then the given message is forwarded to all the registered output Handler objects.
@param msg The string message (or a key in the message catalog)
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String oldValue = oldState.toString(); String newValue = newState.toString(); if (log.isLoggable(Level.FINEST)) log.finest(this + " lifecycleEvent " + oldValue + " -> " + newValue); if (newState.isActive()) { LifecycleNotification notif; notif = new LifecycleNotification(LifecycleNotification.AFTER_START, this, _sequence++, timestamp,
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msg.append(e.getValue()); msg.append("\n"); } msg.append("----End--------------------------------------"); logger.finest(msg.toString()); } private static final String ROLLUP_DATA=getFileContents("rollupData.txt");
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+ ON.getKeyProperty("name") + ",category=config"), "listServerInstances", null, null); for (int i = 0; i<instances.length; i++) { logger.finest("Adding cluster-instance relation for instance " + instances[i]); String instanceName = instances[i].getKeyProperty("name"); try { MBeanServerConnection con = registry.getConnection(instanceName, domain);
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logged[0] = false; foo.fine("hi"); expect(logged[0]); logged[0] = false; foo.finest("hi"); expect(! logged[0]); root.setLevel(Level.FINEST); logged[0] = false;
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expect(! logged[0]); root.setLevel(Level.FINEST); logged[0] = false; foo.finest("hi"); expect(logged[0]); } } }
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new BlockingSocketChannel(channel); blockingChannel.configureBlocking(false); TestChannelHandler testChannelHandler = new TestChannelHandler(); steppingDispatcher.registerChannel(blockingChannel, testChannelHandler); logger.finest("close input from target"); testTarget.shutdownOutput(); logger.finest("wait until shutdown propagated through framework"); testChannelHandler.waitForInputClosed();
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steppingDispatcher.registerChannel(blockingChannel, testChannelHandler); logger.finest("close input from target"); testTarget.shutdownOutput(); logger.finest("wait until shutdown propagated through framework"); testChannelHandler.waitForInputClosed(); logger.finest( "trigger another selection round by blocking write operation"); ChannelWriter channelWriter = testChannelHandler.getChannelWriter();
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testTarget.shutdownOutput(); logger.finest("wait until shutdown propagated through framework"); testChannelHandler.waitForInputClosed(); logger.finest( "trigger another selection round by blocking write operation"); ChannelWriter channelWriter = testChannelHandler.getChannelWriter(); StringToByteBufferTransformer transformer = new StringToByteBufferTransformer(); transformer.setNextForwarder(channelWriter);
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new StringToByteBufferTransformer(); transformer.setNextForwarder(channelWriter); transformer.forward( "this must block and trigger another selection round"); logger.finest("push dispatcher some selection rounds forward"); // (we REALLY need two calls here as the first round does not have the // incomplete write in its selected set...) steppingDispatcher.continueDispatcher(); steppingDispatcher.continueDispatcher();
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} @Test public void testLogLevelInAppLogLineMatchesActualLogLevelUsedWhenLogging() { Logger log = Logger.getLogger(LogLevelTest.class.getName()); log.finest("finest_testLogLevelMatches"); log.finer("finer_testLogLevelMatches"); log.fine("fine_testLogLevelMatches"); log.config("config_testLogLevelMatches"); log.info("info_testLogLevelMatches"); log.warning("warning_testLogLevelMatches");