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set { _length = value; } } } The base class is Square, and it defines the property Width, which represents the length and width of a Square. The class Rectangle subclasses Square and adds the missing dimension, which is Length. In this case, the hierarchy is consistent, and there can never be the situation where a Square becomes inconsistent. Following is some test code that shows how to use Square and Rectangle: [TestFixture] public class TestShapes { void TestSquare( Square square) { square.Width = 10; } [Test] public void TestSubclass() { Rectangle rectangle = new Rectangle( 30, 30); long oldLength = rectangle.Length; TestSquare( rectangle); Assert.AreEqual( oldLength, rectangle.Length); } } In the test code, the method TestSubclass instantiates Rectangle. Prior to calling the method TestSquare, the length of Rectangle is stored. When the method TestSquare is called, the property Width is modified. After the call to TestSquare, the following Assert.AreEqual call tests to ensure that the length of the rectangle equals oldLength. If, on the other hand, the Width property of the Rectangle is modified, then when a downcast to Square is made, the dimensions of the Square will still be consistent. This solution is correct from an object-oriented perspective because each type is responsible for its own data. Yet you may have a nagging feeling that this solution feels strange. The reason why you might feel this solution is weird is because it goes against typical thinking, which is that a square has a length and width, and they happen to be equal. So from this thinking a Square subclasses Rectangle. But from an object-oriented perspective, it should be the reverse. This is what often makes object-oriented design so difficult.

Summary

Returns the PropertyInfo for the property that this index is indexing Returns the items that match the value passed to it Removes and adds back the given item from the index Returns whether the index has been established Sets the index as not loaded anymore Sets the index as loaded

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Much has been written and discussed about the challenges of satisfying users However, there is one simple truth: users are happier when a system performs as expected If they have a monthly report that takes 10 minutes to process as it summarizes large quantities of data, they will generally accept that this report will take a while to complete, and plan to get another cup of coffee while it executes But when a report that normally takes 10 minutes runs for 20 minutes and still hasn t completed, they become less understanding They may not know or care about how the system works, but they know it s behaving differently than expected, slowing down their ability to complete the tasks that must be done before lunch, and that s when they get irritable (and rightfully so).

Properties represent the has-a relationship for a member of a class. They behave as and are used like public fields of a class, except that they have a public interface that is separate from the private implementation, thus enabling data encapsulation. Events encapsulate behavior of a class in response to some stimulus or triggering condition; operators are a classic C++ feature that is extended in C++/CLI. Properties, events, and operators are covered in the next chapter.

Expectations are based on past performance, so process predictability should be considered when evaluating whether optimization goals have been met There is a larger justification for measuring consistency beyond meeting expectations: processes that perform inconsistently use resources outside of their expected window, impacting the resources available for other jobs When a process that normally finishes by 3 am runs until 3:30 am, the processes that start at 3:05 have an additional competitor on their playing field, and there s no guarantee that everyone is going to play nice Perhaps the long-running process pushes the processors almost to capacity If one of those 3:05 processes also requires a healthy percentage of CPU time, the system can reach saturation, resulting in a bottleneck that impacts multiple processes This type of impasse slows the entire schedule, and in the morning, it s clear that something went wrong.

Note This section will cover the key essence of the globalization. You may want to refer to the Microsoft MSDN

By default, .NET objects are local. This means that ordinary .NET objects aren t accessible from outside the process in which they were created. Without taking extra steps in your code, it isn t possible to pass objects to another process or another machine (a procedure known as marshaling), either by value or by reference.

Mauricio Duran is a software architect specialized in Microsoft technologies with more than six years of experience in custom software development. He is a co-founder of Sieena Software, a company based in Monterrey, Mexico, that provides technology services to US-based companies. Fernando Gutierrez is a software architect and a co-founder of Sieena Software. He has expertise working with a wide variety of technologies, including webdevelopment with J2EE and the .NET Framework.

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