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within your project. The proxy object is really just a pointer to the remote object. It contains information such as the server location and the channels that are registered. A proxy object is created whenever a client activates a remote object. The time at which the remote object is activated depends on whether you use a serveractivated or a client-activated object. A server-activated object (such as a single call or a singleton) does not instantiate a new object until the server-activated object actually calls one of the remote methods. The client-activated object instantiates a remote object at the point the new keyword is used. One of the nice things about the .NET Framework is that to create a remote object you do not have to use any special key words. You can use the new keyword, and the .NET Framework is smart enough to realize that you want to create a remote object. We do not get into the code involved with activating your remote object until Chap ter 5, Creating a Remoting Client Application. In 5, you will create a client activation that can be used to access a remote server application. This chapter focuses just on the creation of your server application and the steps necessary to con figure it properly.

1. Which component would you use to allow the user to add a new printer at run time A. PrintPreviewDialog component B. PageSetupDialog component C. PrintDialog component D. PrintPreviewControl component 2. Which of the following is required to display a PrintDocument in a PrintPreviewDialog component (Choose all that apply.) A. You must set the PrintPreviewDialog.Document property. B. You must call the PrintPreviewDialog.Print method. C. You must call either the PrintPreviewDialog.Show or the PrintPreviewDialog .ShowDialog method. D. You must raise the PrintPreviewDialog.PrintPages event. 3. Which of the following can you not enable a user to do with the PageSetupDialog component A. Set the page orientation B. Set the paper tray C. Add a printer D. Set the page margins

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It is worth noting that the last two objects, user-defined aggregates and UDTs, can be created only using SQLCLR; they cannot be created using T-SQL. Because we have already covered how to create a CLR stored procedure, we start by looking at how to create a scalar UDF.

Channels are used to connect remote objects and transport messages between them. All the details about a remote call and the data itself are passed through the channel. The .NET Framework 2.0 allows you three options when selecting the type of channel to use. A client can use any of the channels registered for a remote object, so you can have more than one channel available and the client is then responsible for picking the one that best suits its needs. There are several rules involved with using channels in remoting. For instance, at least one channel must be registered before the object itself can be registered and any of its methods called. Also, you are unable to register the same channel on the same port more than once. If you attempt to register the same channel again, the .NET Frame work throws an exception. Channels are registered per application domain, but you still cannot have the channel set to a port more than once if the application domains reside on the same machine. The three channels available with the .NET Framework 2.0 are:

Much like the CLR stored procedure, a scalar UDF consists of a single method. The difference is that for the UDF, the method needs to return a value, whereas for the stored procedure, the method should return void (for C#) or be a Sub (for Visual Basic .NET). UDFs are where SQLCLR really excels because you can easily create UDFs that let you use basically anything within the .NET Framework. You should typically use a CLR UDF only to perform computations, that is, not to access any tables. Your functions are then typically used in an SQL DML statement. In this example, we create a UDF that allows you to use regular expressions in SQL Server. Using regular expressions is an often-needed feature that does not exist natively in SQL Server but that you can easily steal from the .NET Framework using SQLCLR. In the following examples, we do not cover compiling or loading the assembly because those steps were covered earlier in this lesson.

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