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CSLA .NET security requires a bit more work, but avoids any necessity for the remote consumer (or its users) to have Windows domain user accounts in your environment. To implement CSLA .NET security, IIS should be left with the default configuration that allows anonymous users to access the virtual root. You must then include code in the web service to ensure that the calling code provides a username and password, which can be validated using the PTPrincipal class in the ProjectTracker.Library just like in the Windows Forms and Web Forms interfaces. The harder question is how to get the username and password from the consumer, and there are two basic approaches to an answer. The first of these is to have each web method include username and password parameters. Each time the consumer calls a web method, it would need to provide values for these two parameters (along with any other parameters the method requires). Within the web method, those two parameters could be passed to PTPrincipal.Login() to see if the credentials are valid. Although this can work, it pollutes the parameter lists of all the web methods. Each method ends up with these two extra parameters that really have nothing to do with the method itself. This is far from ideal. The other approach is to use the SOAP header to pass the information from consumer to server outside the context of the method, but as part of the same exchange of data. In other words, the username and password information will piggyback on the method call, but won t be part of the method call.

Since Dispose is doing the cleanup rather than the destructor, it should call the GCSuppressFinalize method, which tells the CLR not to call this object s destructor, because it has already been taken care of The following code describes the safe disposal process First, the class needs to declare a Boolean disposed field to keep track of whether the cleanup has occurred or not This is initialized to false when the object is created Inside the Dispose method, do the following: Check the flag to see whether the resources have already been released If not, then do the following: Call the Dispose methods on any managed resources that require it Release any unmanaged resources held by the object Now that the disposal has occurred, set the disposed flag to true.

interface IClockIn { void ClockIn(object item); }

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Finally, call the garbage collector s SuppressFinalize method to tell the garbage collector not to call the class s destructor..

The subroutine takes as its arguments the number of objects to render, and the scale and angle at which to render them. We return immediately if the number of requested objects is smaller than or equal to zero. We push the current state of the attributes onto the attribute stack with AttributeBegin(). All the changes we make to attributes, such as the coordinate system, are local until the corresponding call to AttributeEnd(). After we have saved the current state, we change it by modifying the translation and scaling. We then set up three nested loops; one for each side of the large cube we re drawing. Inside the innermost loop we set the color of the object we re going to draw, based on the coordinates of the object we re drawing. This means that the color over the cube as a whole will gradually change between objects. We save the state of the current transformation matrix with TransformBegin(), and change the coordinate system to draw a single small object, which can be made up of a cube, a sphere, or a combination of both, depending on the variables $cubes and $spheres. We draw the cube and the sphere with Sphere(), which is a function provided by the RenderMan library, and cube(), a function we provide ourselves. Once that is accomplished, we restore the transformation matrix to the value it had before we drew this small object. All that is left for us to do now is to provide the code that actually draws a solid cube, or rectangle.

Note The buffer cache is a very dynamic area. The output of the script in Listing 12-14 can be misleading if it is

Once in a while, I found it necessary to modify the structure of a database to such an extent that older versions of an application either crashed, or would cause major data headaches. To prevent this, I added a database version setting, DatabaseVersion, and use this code block to test against it. If the program doesn t match the expected database version, it will refuse to run. Now that we have some basic database access tools, we re ready to start adding some real data interaction code to the Library application.

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