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< xml version="1.0" > <configuration> <appSettings/> <connectionStrings/> <system.web> <!-Set compilation debug="true" to insert debugging symbols into the compiled page. Because this affects performance, set this value to true only during development. --> <compilation debug="true"/> <!-The <authentication> section enables configuration of the security authentication mode used by ASP.NET to identify an incoming user. -->

while (!serverContext.isEstablished()) { System.out.println("Exchanging tokens"); serverContext.initSecContext(input, output); output.flush(); }

Summary

This is similar to the LinearGradientBrush in that is paints a space using a gradient, but it does it in a circular manner, with 0 marking the center of the circle and 1 being its radius. Thus, if you have two colors defined, it will look a lot like the effect of a spotlight of the first color being shown on a wall of the second color, whereby the center of the circle will be the color of the light, the outer edge of the circle will be the color of the wall, and a gradient between the two will fill the space. When using the RadialGradientBrush, you don t need to specify a start point or endpoint, as the gradient direction will always be from the center of the circle to its outside edge. Gradient stops are used in the same manner as the LinearGradientBrush, with the Offset indicating the unit distance from the center. Here s an example of a RadialGradientBrush using the same rainbow colors as the previous rectangle:

This code could not be simpler while the context is not established (i.e., not secure), we exchange tokens using our socket s associated streams (and being sure to flush the output stream to compel the server to respond in a timely manner). Once enough tokens have been exchanged to convince both parties of each other s authenticity, the isEstablished() flag returns true, and we return the established context. If we were dealing with a context exchange over e-mail, or something more exotic (RFC 1149), we could use additional methods in the GSSContext to acquire the bytes representing the appropriate tokens directly. These are comprehensively documented in the JavaDoc for the GSSContext API. Once run, the output of the client should be something like the following:

Config Acquiring context Logging in... OK, Logged in. Retrieving and returning the Subject from the login context. Logged in Subject: Principal: login/java@JETSPEED Private Credential: Ticket (hex) = 0000: 61 81 E5 30 81 E2 A0 03 0010: 45 54 53 50 45 45 44 A2 0020: A1 14 30 12 1B 06 6B 72 0030: 54 53 50 45 45 44 A3 81 0040: 10 A1 03 02 01 01 A2 81 0050: 34 5F D4 7A 96 E4 D1 99 0060: 1F 32 74 CE 2F 1B 16 9C 0070: B1 C1 93 D5 9F 80 63 FB 02 01 05 A1 0A 1B 08 4A 1D 30 1B A0 03 02 01 00 62 74 67 74 1B 08 4A 45 AF 30 81 AC A0 03 02 01 9F 04 81 9C 6B AA 82 71 B7 DF D7 3E 6E E3 9F 9A 76 21 E6 08 8E 88 CA 78 31 4D 2A 96 2D CF F6 1B a..0...........J ETSPEED..0...... ..0...krbtgt..JE TSPEED...0...... ............k..q 4_.z.......>n... .2t./...v!.....x ......c.1M*.-...

ADO.NET is a very important part of the overall .NET Framework. Modern data-driven applications tend to work with relational as well as hierarchical data stores. The ADO.NET object model, though primarily inclined toward RDBMSs, has tight integration with XML. This chapter gave you a thorough understanding of the XML features of ADO.NET. You learned how to work with XML data in connected and disconnected mode. The DataSet class is the cornerstone of the ADO.NET disconnected model and allows you to read and write XML data, and to work with schemas. Further, typed DataSets make your development easy by providing typed DataTable and DataColumn names. The DataSet and the underlying XML document class can be used interchangeably. The XmlDataDocument class provides a bridge between the relational and hierarchical data models involved in such communication.

<Canvas xmlns="http://schemas.microsoft.com/client/2007" xmlns:x="http://schemas.microsoft.com/winfx/2006/xaml" Width="640" Height="480" Background="White" x:Name="Page"> <Rectangle Width="211" Height="176" Stroke="#FF000000" Canvas.Left="8" Canvas.Top="64"> <Rectangle.Fill> <RadialGradientBrush> <GradientStop Color="Red" Offset="0"/> <GradientStop Color="Orange" Offset="0.17"/> <GradientStop Color="Yellow" Offset="0.34"/> <GradientStop Color="Green" Offset="0.51"/> <GradientStop Color="Blue" Offset="0.68"/> <GradientStop Color="Indigo" Offset="0.85"/> <GradientStop Color="Violet" Offset="1"/> </RadialGradientBrush> </Rectangle.Fill> </Rectangle> </Canvas>

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