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In this code, x is also declared in Main s stack frame and is initialized to 5 . The address of x is then passed to AddVal . AddVal s v is a pointer to the Int32 value in Main s stack frame . Inside AddVal, the Int32 that v points to is required to have a value already . So, AddVal can use the initial value in any expression it desires . AddVal can also change the value, and the new value will be returned to the caller . In this example, AddVal adds 10 to the initial value . When AddVal returns, Main s x will contain 15, which is what gets displayed in the console . To summarize, from an IL or a CLR perspective, out and ref do exactly the same thing: they both cause a pointer to the instance to be passed . The difference is that the compiler helps ensure that your code is correct . The following code that attempts to pass an uninitialized value to a method expecting a ref parameter produces the following message: "error CS0165: Use of unassigned local variable 'x'."

Table 11-6

Command Show Filterlist Name=filterlistname Show Gpoassignedpolicy Name=name Show Policy Name=policyname Show Rule Name=rulename

public sealed class Program { public static void Main() { Int32 x; // x is not initialized. // The following line fails to compile, producing // error CS0165: Use of unassigned local variable 'x'. AddVal(ref x); Console.WriteLine(x); } private static void AddVal(ref Int32 v) { v += 10; // This method can use the initialized value in v. } }

Operation Displays a specific filter list Displays the policy assigned to the specified GPO Displays a specific policy Displays a specific rule

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In Figure 21-2, notice that the method s bytes argument (stored in the ESI register) isn t referred to after the CPU instruction at offset 0x00000028 . This means that the Byte array object that the bytes argument refers to can be collected any time after the instruction at offset 0x00000028 executes (assuming that there are no other roots in the application that also refer to this array object) . In other words, as soon as an object becomes unreachable, it is a candidate for collection objects aren t guaranteed to live throughout a method s lifetime . This can have an interesting impact on your application . For example, examine the following code:

Obtaining Diagnostic IPSec Information One of the steps in diagnosing IPSec problems or just establishing that the policy is working like you think it should is to obtain information about the current policy. The Show commands described later in Table 11-7 provide that information. The information that each command reveals iden tifies the settings in the policy. For example, the Show Filterlist command lists the infor mation in the policies filter list. Filter list options were listed in Table 11-6. Some examples of the Show command syntax are illustrated next. In the commands, the equal sign is part of the command and the italicized words are replaced by some value as indicated below the command.

"dinoe:isbn-0735618011"); This code produces the following output: <MyNode xmlns:x="dinoe:isbn-0735618011"> Qualified Nodes A namespace is unequivocally identified by a URN Thus, whenever you need to indicate a namespace for an XML node, you should specify the URN The following code shows how to use WriteElementString to write a qualified node based on the namespace declared in the previous section: writerWriteElementString("value", "dinoe:isbn-0735618011", ".."); The output looks like the following XML code: <x:value>..</x:value> As you can see, the method uses the specified URN to look up the closest prefix and then uses that prefix to generate the output text The LookupPrefix method is a public method that takes a URN and returns the closest prefix that matches it By closest, I mean the topmost prefix available on the namespace stack In other words, you can have the same namespace being referenced through different prefixes in different document's subtrees.

Show All Resolvedns=value Resolves the DNS or NetBIOS computer name associated with an IP address. This command might assist you in determining whether the policy is affecting the right computer. Show Mmsas Displays information on the IPSec Main Mode SA. You can see the source and destination addresses. When used with the Resolvedns=yes switch, the names of the computers are also displayed. Show Qmsas Displays information about the IPSec Quick Mode SAs. Show Stats Displays the IKE Main Mode statistics, IPSec Quick Mode statistics, or both. The statistics are the same ones described in Table 11-8, in the section Understanding Main Mode and Quick Mode Statistics in IP Security Monitor later in this chapter.

using System; using System.Threading; public static class Program { public static void Main() { // Create a Timer object that knows to call our TimerCallback // method once every 2000 milliseconds. Timer t = new Timer(TimerCallback, null, 0, 2000); // Wait for the user to hit <Enter> Console.ReadLine(); } private static void TimerCallback(Object o) { // Display the date/time when this method got called. Console.WriteLine("In TimerCallback: " + DateTime.Now); // Force a garbage collection to occur for this demo. GC.Collect(); } }

In addition to Show commands, you can use several Dynamic mode Netsh IPSec diag nostic commands to obtain diagnostic information, such as the following:

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