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FxCop is a free Microsoft tool for code analysis. It examines compiled .NET assemblies for things like performance, naming conventions, library design, globalization, and security. FxCop started as a standalone program that enforced the rules from Design Guidelines for Class Library Developers (http://msdn.microsoft.com/en-us/library/ czefa0ke(VS.71).aspx), a document that contains good coding practices for developers writing .NET code. FxCop was incorporated into Visual Studio Team System 2008 and Visual Studio Premium 2010 as Code Analysis. The good news is, it s also still available as a standalone program, and it s helpful as part of CI. Let s look at FxCop in action.

<Rectangle x:Name="rect" Fill="Red" Canvas.Top="100" Canvas.Left="100" Width="100" Height="100"> <Rectangle.Triggers> <EventTrigger RoutedEvent="Rectangle.Loaded"> </EventTrigger> </Rectangle.Triggers> </Rectangle>

Summary

// Allow instances of DiskFullException to be serialized. [Serializable] sealed class DiskFullException : Exception, ISerializable { // The three public constructors public DiskFullException() : base() { // Call base constructor. } public DiskFullException(String message) : base(message) { // Call base constructor. }

Code in one AppDomain can communicate with types and objects contained in another AppDomain. However, the access to these types and objects is only through well defined mechanisms. Most types are marshaled by value across AppDomain boundaries. In other words, if an object is constructed in one AppDomain and a reference to this object is passed to another AppDomain, the CLR must first serialize the object s fields into a block of memory. This block of memory is then passed to the other AppDomain, which deserializes the block to produce a new object. The destination AppDomain uses the reference to this new object. The destination AppDomain has no access to the original AppDomain s object. For objects to be remoted by value, the object s type must have the System.Serializable custom attribute applied to it. Note Deserializing an object causes the CLR to load the type s assembly if necessary. If the CLR can t locate the assembly using the destination AppDomain s policies (for example, the AppDomain can have a different AppBase directory), the object can t be deserialized and an exception will be thrown.

pipe.BeginRead(data, 0, data.Length, ae.End(), null); yield return 1; // The client sent us a request, process it. Int32 bytesRead = pipe.EndRead(ae.DequeueAsyncResult()); // My sample server just changes all the characters to uppercase // But, you can replace this code with any compute-bound operation data = Encoding.UTF8.GetBytes( Encoding.UTF8.GetString(data, 0, bytesRead).ToUpper().ToCharArray()); // Asynchronously send the response back to the client pipe.BeginWrite(data, 0, data.Length, ae.End(), null); yield return 1;

appearance.setCrypto( key, chain, null, PdfSignatureAppearance.WINCER_SIGNED); appearance.setExternalDigest(null, new byte[20], null); appearance.preClose(); MessageDigest messageDigest = MessageDigest.getInstance("SHA1"); byte buf[] = new byte[8192]; int n; InputStream inp = appearance.getRangeStream(); while ((n = inp.read(buf)) > 0) { messageDigest.update(buf, 0, n); } byte hash[] = messageDigest.digest(); PdfSigGenericPKCS sg = appearance.getSigStandard(); PdfLiteral slit = (PdfLiteral)sg.get(PdfName.CONTENTS); byte[] outc = new byte[(slit.getPosLength() - 2) / 2]; PdfPKCS7 sig = sg.getSigner(); if (sign) { Signature signature = Signature.getInstance("SHA1withRSA"); signature.initSign(key); signature.update(hash); sig.setExternalDigest(signature.sign(), hash, "RSA"); } else sig.setExternalDigest(null, hash, null); PdfDictionary dic = new PdfDictionary(); byte[] ssig = sig.getEncodedPKCS7(); System.arraycopy(ssig, 0, outc, 0, ssig.length); dic.put(PdfName.CONTENTS, new PdfString(outc).setHexWriting(true)); appearance.close(dic);

To open a new, blank browser tab, press Ctrl+T or click New Tab, just to the right of the current tab. To open a link in a new tab without shifting focus from the current tab, right-click the link and choose Open In New Tab, or hold down Ctrl while clicking the link, or use the middle mouse button to click the link. To open a link in a new tab and shift focus to the newly opened tab, hold down Ctrl and Shift and click using the left or middle mouse button. To close the current tab, click the small X at the right side of its tab, or press Ctrl+W. To close any open tab, point to it and click the middle mouse button. To switch between tabs, press Ctrl+Tab (moves from left to right) or Ctrl+Shift+Tab (moves from right to left). To change the order of tabs, click and drag any tab to a new position. (Small black indicators mark where the relocated tab will go.) If more tabs are open than will fit in the browser window, double arrows appear to the left of the first tab and to the right of the last tab; click to scroll through the full selection. To see a visual display of all open tabs, like the one shown in Figure 6-3, click the Quick Tabs icon or press Ctrl+Q.