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Note that you set usefile to false, which means that Ant will print the results to the console. You also set printsummary to false to ensure that only the formatter writes to the console. The summary tells you the same kind of things as the formatter anyway. If you want to use a file to store the output, omit this attribute or set it to true. The name of the resultant file is determined by the name of the test class and in the case of this test will be TEST-org.mwrm.WebTest.txt. If you were to use the XML formatter, it would be TEST-org.mwrm.WebTest.xml. In other words, TEST- is used as a prefix to the class name and an appropriate extension is used. If you were to run the new target, you would see something like the following: test: [echo] Testing the application [junit] Testsuite: org.mwrm.WebTest [junit] Tests run: 2, Failures: 1, Errors: 0, Time elapsed: 3.886 sec [junit] Testcase: testSession(org.mwrm.WebTest): FAILED [junit] Session not cancelled after empty results [junit] junit.framework.AssertionFailedError: Session not cancelled after empty results [junit] at org.mwrm.WebTest.testSession(Unknown Source)

Figure 3 13. Executing the query via sequential LINQ The application of PLINQ via the AsParallel() method, as shown in Listing 3 11, triggers automatic parallel query execution. Listing 3 11. Using PLINQ s AsParallel() Method var people = from person in XElement.Load(@"C:\CMS\results.xml").Elements().AsParallel() where person.Element("State").Value == "OR" select person; Using this modified embeddable on a page resulted in an execution time of approximately 0.02 seconds, as shown in Figure 3 14.

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/** demonstrates the localized logging methods */ public void doLocalizedLogging() { logger.l7dlog(Level.DEBUG, "Entry", null); logger.l7dlog(Level.DEBUG, "Exit", null); } public static void main(String args[]) { String name = args[0]; String rbName = args[1]; LoggerDemo demo = new LoggerDemo(rbName); demo.doLogging(name); demo.doLocalizedLogging(); } } To execute this program, we use the log4j.properties file described in Listing 2-3. What follows are the steps for a successful logging in this example. 1. First, we obtain a Logger instance with the package name of the LoggerDemo class as a class variable. 2. In the constructor, we set the additivity property of this logger to false, which means that this logger will not forward any logging requests to its immediate parent logger. 3. Next, we set the ResourceBundle for this logger, which will be used to localize the logging information. 4. The doLogging() method uses several logging methods from the Logger class. Logging information with less severity is printed with the debug() method, and other important messages are printed with the info() and warn() methods of the Logger class. 5. The doLocalizedLogging() method simply prints two messages to demonstrate how a message passed to the logging methods is interpreted as the localization key and the corresponding message value is printed. Consider the logging_fr.properties file containing the localization key and value: Entry=Entrer Exit=Sortir When the 17dlog() method is called by passing the messages Entry and Exit respectively, the log4j framework looks into logging_fr.properties and prints the corresponding values as the logging information. If we execute the program with the following command: java -Dlog4j.configuration=log4j.properties com.apress.logging.log4j.LoggerDemo sam logging_fr we will see the following information being printed in the console:

BUILD FAILED This output shows you what you want to know: which tests failed and why. While this is just about readable, better ways exist to deal with test data, which brings me to XML.

midrange review scores, and so on. The information gathered can be easily assembled at the end of the process for display to the user; it is this property that makes it attractive for parallel processing. We ll start off with designing some tables and systems for capturing user data. The intention is that we ll be creating controls that are embeddables; this gives us flexibility moving forward to change, add, or remove functionality. First we ll create a table for tags using the T-SQL code shown in Listing 3 14. The table definition for tags is very straightforward. To define tag data, we need only the following two fields: The ID number of the tag The text of the tag

Rather than using the brief and plain formatters to save data as plain text that you ll have to wade though, you should save data as XML, which is easier to manipulate should you want to examine the data. To do so, set the type attribute of the <formatter> element to xml, as shown in Listing 8-8. Listing 8-8. Saving Test Data As XML <target name="test" depends="compile-tests" description="Test the application"> <echo message="Testing the application"/> <junit haltonfailure="true" printsummary="false"> <classpath refid="test.classpath"/> <formatter type="brief" usefile="false"/> <formatter type="xml"/> <test todir="${test.junit.data}" name="org.mwrm.WebTest"/> </junit> </target>

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