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{ // Read the vector back from the list Object obj = oinreadObject(); // Cast back to a vector list = (Vector) obj; } catch (ClassCastException cce) { // Can't read it, create a blank one list = new Vector(); } catch (ClassNotFoundException cnfe) { // Can't read it, create a blank one list = new Vector(); } finclose(); } catch (FileNotFoundException fnfe) { // Create a blank vector list = new Vector(); } // Repeat indefinitely for (;;) { // Now, display menu Systemoutprintln ("Menu :-"); Systemoutprintln ("1 Add item"); Systemoutprintln ("2 Delete item"); Systemoutprintln ("3 List items"); Systemoutprintln ("4 Save and quit"); Systemoutprint ("Choice : "); // Read choice String response = readerreadLine(); // Convert to an int int choice = IntegerparseInt (response); switch (choice) { case 1 : // Add the item to list Systemoutprint ("Enter item : "); String item = readerreadLine(); listaddElement(item); break; case 2 : // Delete the item from list Systemoutprint ("Enter item : "); String deadItem = readerreadLine(); listremoveElement(deadItem); break;

"User has been created: " + $userPBasePath $userSetPassword("secret-123") "Password has been set" $useruserAccountControl = 512 $userPSBaseCommitChanges()

Looking at our query, we see that the delegate is passed the following lambda expression:

case 3 : // List the elements of the list for (Enumeration e = listelements(); ehasMoreElements();) { Systemoutprintln (enextElement()); } break; case 4 : // Save list and terminate Systemoutprintln ("Saving list"); FileOutputStream fout = new FileOutputStream ( "listout" ); // Construct an object output stream ObjectOutputStream oout = new ObjectOutputStream ( fout ); // Write the object to the stream ooutwriteObject (list); foutclose(); Systemexit(0); } } } catch (IOException ioe) { Systemerrprintln ("I/O error"); } } }

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Unfortunately, there is no built-in method that enables an authentication with username and password against Active Directory To realize this, you can only use the trial-and-error method [WPE01] You try to access the Active Directory by applying the impersonation with the login data to be checked If access to the attribute NativeGuid is successful, the data is correct If the data is not correct, you receive an error message This is realized in the following helper routine, Authenticate-User() (see Listing 183) Listing 183 Authentication with Active Directory

The loop in the method iterates over our collection of numbers, pulling them out one at a time, just as we showed in the section Deferred Execution It pulls the number 1 rst and passes it to the predicate:

How SerializationDemo Works This example is longer than other I/O programs from this chapter, as it presents a text-based user interface that allows items to be added to, or removed from, a javautilVector list Such code is fairly simple, but what is not so easy to understand is the serialization process The main difference between this example and other programs is that the list doesn't die when the application terminates it is serialized to a FileOutputStream for later access

Function Authenticate-User { trap [SystemException] { "Error!"; return $false; } "Try, user " + $args[1] + " with the password " + $args[2] + " to authenticate " + $args[0] + "" $o = new-object systemdirectoryservicesdirectoryEntry([string]$args[0], [String]$args[1], [String]$args[2]) $oPSBaseNativeGUID return $true } #$o = new-object systemdirectoryservicesdirectoryEntry("LDAP://E02") #$oget_NativeGUID() $e = Authenticate-User "LDAP://XFilesServer1" "fbi\foxmulder" "I+love+Scully" $e if ($e) { "User could be authenticated!" } else { "User could NOT be authenticated!" }

The predicate compares the number 1 to the number 3, sees that it is method then s smaller, and returns true The code in the in the loop found in the this value, and it is printed to the method Then is called again, and this time the number 2 is method It is run through the predicate, returns pulled from our loop and printed to the screen, and so true, is passed back to the is returned, the item on Each item is passed to the predicate, and, if ed Otherwise, the loop simply iterates the next is has been tested through , just as item until the last item in before You are now seeing the entire scope of the LINQ query, witnessing exactly how each portion of it is implemented

// Save list and terminate Systemoutprintln ("Saving list"); FileOutputStream fout = new FileOutputStream ( "listout" ); // Construct an object output stream ObjectOutputStream oout = new ObjectOutputStream ( fout ); // Write the object to the stream ooutwriteObject (list); foutclose(); Systemexit(0);

To remove a user account, you can apply the method DeleteTree(), even if the user is a leaf entry (that is, if he has no subentries): Listing 184 Deleting a User

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