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package org.jboss.ejb3.examples.ch04.firstejb; import junit.framework.TestCase; import org.jboss.logging.Logger; /** * Contains functions to assert that implementations * of {@link CalculatorCommonBusiness} are working * as expected * * @author <a href="mailto:andrew.rubinger@jboss.org">ALR</a> */ class CalculatorAssertionDelegate { // ---------------------------------------------------------------------------|| // Class Members -------------------------------------------------------------|| // ---------------------------------------------------------------------------|| /** * Logger */ private static final Logger log = Logger.getLogger(CalculatorAssertionDelegate .class); // ---------------------------------------------------------------------------|| // Functional Methods --------------------------------------------------------|| // ---------------------------------------------------------------------------|| /** * Uses the supplied Calculator instance to test the addition * algorithm */ void assertAdditionSucceeds(final CalculatorCommonBusiness calc) { // Initialize final int[] arguments = new int[] {2, 3, 5}; final int expectedSum = 10; // Add final int actualSum = calc.add(arguments); // Test TestCase.assertEquals("Addition did not return the expected result", expectedSum, actualSum); // Log final StringBuffer sb = new StringBuffer(); sb.append("Obtained expected result, "); sb.append(actualSum);

Execution constraints are represented by the Microsoft.SPOT.ExecutionConstraint class. You can install and activate an execution constraint with the static method Install. The Install method expects the greatest acceptable amount of time in milliseconds. Additionally, the priority integer parameter specifies a thread priority. This parameter does not seem to be used, however, by the runtime environment, thus you can pass 0 here confidently. After completion of the monitored operation, you need to uninstall the execution constraint by calling the method Install with 1 for the timeout parameter. If the monitored operation lasts longer than was forced, Microsoft.SPOT.ConstraintException is thrown. The elapsed time is not analyzed when the execution constraints are uninstalled, but the background thread throws the exception immediately on expiration of the forced time. The example in Listing 9-6 demonstrates the use of execution constraints. Two operations are checked. Both operations must be completed in a maximum of 100 milliseconds. Like the operations, Thread.Sleep is executed once within 50 milliseconds and once within 100 milliseconds. The first operation is executed successfully within the permitted time, and the debug message is put out. For the second operation, a ConstraintException is thrown. Listing 9-6. Using Execution Contraints using System; using Microsoft.SPOT; using System.Threading; namespace ExecutionConstraintSample { public class Program { public static void Main() { const int timeout = 100; // 100 ms = max. accepted duration of operation ExecutionConstraint.Install(timeout, 0); //install to check constraint //do something which must take less than timeout Thread.Sleep(50); //operation is executed in less time //end of operation ExecutionConstraint.Install(-1, 0); //uninstall Debug.Print("First operation successfully executed."); ExecutionConstraint.Install(timeout, 0); //install to check constraint //do something which must take less than timeout //operation takes longer as forced, //so an exception will be thrown after timeout ms Thread.Sleep(150); //end of operation ExecutionConstraint.Install(-1, 0); //uninstall Debug.Print("Second operation successfully executed."); } } }

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Type.registerNamespace('Samples'); Samples.Size = function() { throw Error.notImplemented(); } Samples.Size.prototype = { Small: 1, Medium: 2, Large: 3 } Samples.Size.registerEnum('Samples.Size');

Delimited data, or data that is separated by some special character and perhaps enclosed in quotes, is the most popular data format for flat files today. On a mainframe, a fixed-length, fixed-format file would probably be the most recognized file format, but on Linux, UNIX, and Windows, delimited files are the norm. In this section, we will investigate the popular options used to load delimited data. The most popular format for delimited data is the comma-separated values (CSV) format. In this file format, each field of data is separated from the next by a comma. Text strings can be enclosed within quotes, thus allowing for the string itself to contain commas. If the string must contain a quotation mark as well, the convention is to double up the quotation mark (in the following code we use "" in place of just "). A typical control file to load delimited data will look much like our first example earlier, but the FIELDS TERMINATED BY clause would generally be specified like this: FIELDS TERMINATED BY "," OPTIONALLY ENCLOSED BY """ It specifies that a comma separates the data fields, and that each field might be enclosed in double quotes. If we were to modify the bottom of this control file to be FIELDS TERMINATED BY "," OPTIONALLY ENCLOSED BY """ (DEPTNO, DNAME, LOC ) BEGINDATA 10,Sales,"Virginia,USA" 20,Accounting,"Va, ""USA""" 30,Consulting,Virginia 40,Finance,Virginia when we run SQLLDR using this control file, the results will be as follows:

In order for Interface Builder created objects to be useful, Xcode must be able to access their properties and respond to actions sent to them. This is done with IBOutlets and IBActions. You saw an IBOutlet in the last chapter, as part of the default header file for your first project. You may not have noticed it because it was redeclared using @property (discussed in the last chapter), but it looked like this:

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