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Figure 22-16. Granting access to the registry hive When you now create a Default.aspx page as follows with the preceding <identity/> element configured, the result looks like Figure 22-17: <%@ Page Language="C#" CodeFile="Default.aspx.cs" Inherits="_Default" %> <html xmlns="http://www.w3.org/1999/xhtml" > <head runat="server"> <title>Untitled Page</title> </head> <body> <form id="form1" runat="server"> <div> <b>Authenticated:</b> <%= User.Identity.Name %> <b>Impersonated:</b> <%= System.Security.Principal.WindowsIdentity.GetCurrent().Name %> </div> </form> </body> </html>

Configured impersonation allows you to impersonate a user for the entire duration of a request. If you want more control, such as the ability to impersonate a user for only part of the page request, you have to do the impersonation yourself in your code. The key to impersonating a user programmatically is the WindowsIdentity.Impersonate() method. This method sets up impersonation for a specific account. You identify the account you want to impersonate by using its account token. Account tokens are what Windows uses to track users once their credentials are approved. If you have the token for a user, you can impersonate that user. The general process is as follows: 1. Obtain an account token for the account you want to impersonate. 2. Use WindowsIdentity.Impersonate() to start impersonation. This method returns a WindowsImpersonationContext object. 3. Call the Undo() method of the WindowsImpersonationContext object to revert to the original identity.

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Originally developed as a way to parse template tag arguments, takes a string and breaks it apart at spaces, while still leaving quoted passages intact. This is a good way to parse arguments for any other application, as it allows a great deal of flexibility. It recognizes both single and double quotes, safely handles escaped quotes and also leaves the quotes intact at the beginning and end of any quoted passages it comes across.

You can get an account token in two main ways. The most common approach is to retrieve the token for the currently authenticated user. You can access this token through the current security context, using the WindowsIdentity.Token property. Tokens are represented in .NET as IntPtr objects, which are representations of pointers to unmanaged memory locations. However, you never need to interact with this directly. Instead, you simply need to pass the token to the WindowsIdentity.Impersonate() method. Here s an example that extracts the token for the current user: IntPtr token = ((WindowsIdentity)User.Identity).Token; The only other way to get a user token is to programmatically log in with a specific user name and password. Unfortunately, .NET does not provide managed classes for logging a user in. Instead, you must use the LogonUser() function from the unmanaged Win32 security API.

To use the LogonUser() function, you must first declare it as shown here: [DllImport(@"c:\Windows\System32\advapi32.dll")] public static extern bool LogonUser(string lpszUserName, string lpszDomain, string lpszPassword, int dwLogonType, int dwLogonProvider, out int phToken); As you can see, the LogonUser() function exists in advapi32.dll. It takes a user name, domain, password, logon type, and logon provider input parameters, along with an output parameter that allows you to access the token following a successful logon. The parameter names aren t important. In this example, the somewhat cryptic names from the Windows API reference are used. A Boolean result is returned to indicate whether the logon was successful.

Windows XP or later operating systems impose restrictions on the use of blank passwords to prevent network-based attacks. As a result of these restrictions, you won t be able to use the LogonUser() function to impersonate an account with a blank password.

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Once you have imported the LogonUser() function, you can use it in your code to log the user in, as shown here: // Define required variables. string user = "matthew"; string password = "secret"; string machine = "FARIAMAT"; int returnedToken; // Try to log on. if (LogonUser(user, machine, password, 3, 0, out returnedToken)) { // The attempt was successful. Get the token. IntPtr token = new IntPtr(returnedToken); } Note that you must convert the integer value returned by LogonUser() into an IntPtr in order to use it with the WindowsIdentity.Impersonate() method.

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