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Determines whether a background image should be fixed or movable when the element is scrolled. Value: scroll | fixed Initial value: scroll Inherited: No Applies to: All elements Supported by: Firefox, Safari, Opera, Internet Explorer (see note)

Truth be told, the only way to see the effects of the TableLayoutPanel type is to do so in a handson manner. I ll let interested readers handle that task.

TextBox Name: Label Caption: TextBox Name: Label Caption: ComboBox Name: Label Caption: TextBox Name: Label Caption: TextBox Name:

Summary

This chapter rounded off your understanding of the Windows Forms namespace by examining the programming of numerous GUI widgets, from the simple (e.g., Label) to the more exotic (e.g., TreeView). After examining numerous control types, you moved on to cover the construction of custom controls, including the topic of design-time integration. In the latter half of this chapter, you learned how to build custom dialog boxes and how to derive a new Form from an existing Form type using form inheritance. This chapter concluded by briefly exploring the various anchoring and docking behaviors you can use to enforce a specific layout of your GUI types, as well as the new .NET 2.0 layout managers.

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Used to specify the background color of the element s content and padding areas. Value: <rgb value> | <hexadecimal value> | <color name> | transparent Initial value: transparent Inherited: No Applies to: All elements Supported by: Firefox, Safari, Opera, Internet Explorer

nless you are a video game developer by trade, you are probably interested in the topic of database access. As you would expect, the .NET platform defines a number of namespaces that allow you to interact with local and remote data stores. Collectively speaking, these namespaces are known as ADO.NET. In this chapter, once I frame the overall role of ADO.NET (in the next section), I ll move on to discuss the topic of ADO.NET data providers. The .NET platform supports numerous data providers, each of which is optimized to communicate with a specific database management system (Microsoft SQL Server, Oracle, MySQL, etc.). After you understand how to manipulate a specific data provider, you will then examine the new data provider factory pattern offered by .NET 2.0. Using types within the System.Data.Common namespace (and a related app.config file), you are able to build a single code base that can dynamically pick and choose the underlying data provider without the need to recompile or redeploy the application s code base. The remaining part of this chapter examines how to programmatically interact with relational databases using your data provider of choice. As you will see, ADO.NET provides two distinct ways to interface with a data source, often termed the connected layer and disconnected layer. You will come to know the role of connection objects, command objects, data readers, data adapters, and numerous types within the System.Data namespace (specifically, DataSet, DataTable, DataRow, DataColumn, DataView, and DataRelation).

If you have a background in Microsoft s previous COM-based data access model (Active Data Objects, or ADO), understand that ADO.NET has very little to do with ADO beyond the letters A, D, and O. While it is true that there is some relationship between the two systems (e.g., each has the concept of connection and command objects), some familiar ADO types (e.g., the Recordset) no longer exist. Furthermore, there are a number of new ADO.NET types that have no direct equivalent under classic ADO (e.g., the data adapter). Unlike classic ADO, which was primarily designed for tightly coupled client/server systems, ADO.NET was built with the disconnected world in mind, using DataSets. This type represents a local copy of any number of related tables. Using the DataSet, the client tier is able to manipulate and update its contents while disconnected from the data source, and it can submit the modified data back for processing using a related data adapter. Another major difference between classic ADO and ADO.NET is that ADO.NET has deep support for XML data representation. In fact, the data obtained from a data store is serialized (by default) as XML. Given that XML is often transported between layers using standard HTTP ADO.NET is not limited , by firewall constraints.

txtDOB SSN txtSSN Department cboDept Job Title txtJobTitle E-mail Address txtEmail

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