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Assume our Main() method defined a local integer named aboutToBlowCounter. Within the anonymous methods that handle the AboutToBlow event, we will increment this counter by 1 and print out the tally before Main() completes: static void Main(string[] args) { Console.WriteLine("***** Anonymous Methods *****\n"); int aboutToBlowCounter = 0; // Make a car as usual. Car c1 = new Car("SlugBug", 100, 10); // Register event handlers as anonymous methods. c1.AboutToBlow += delegate { aboutToBlowCounter++; Console.WriteLine("Eek! Going too fast!"); }; c1.AboutToBlow += (object sender, CarEventArgs e) { aboutToBlowCounter++; Console.WriteLine("Critical Message from Car: {0}", e.msg); }; ... Console.WriteLine("AboutToBlow event was fired {0} times.", aboutToBlowCounter);

Note If you have a busy Drupal site where hundreds of new nodes are added between cron runs, it might be time to move to a search solution that works alongside Drupal, such as Solr (see http://drupal.org/project/ apachesolr).

Console.ReadLine(); } Once you run this updated Main() method, you will find the final Console.WriteLine() reports the AboutToBlow event was fired twice.

To conclude our look at the NET event architecture, we will examine C# lambda expressions As just explained, C# supports the ability to handle events inline by assigning a block of code statements directly to an event using anonymous methods, rather than building a stand-alone method to be called by the underlying delegate Lambda expressions are nothing more than a very concise way to author anonymous methods and ultimately simplify how we work with the NET delegate type To set the stage for our examination of lambda expressions, create a new Console Application named SimpleLambdaExpressions To begin, consider the FindAll() method of the generic List<T> class This method can be called when you need to extract out a subset of items from the collection, and is prototyped like so: // Method of the SystemCollectionsGenericList<T> class.

Indexers are generally used when implementing search engines that evaluate more than the standard most words matched approach. Search relevancy refers to content passing through a (usually complex) rule set to determine ranking within an index. You ll want to harness the power of the indexer if you need to search a large bulk of HTML content. One of the greatest benefits in Drupal is that blogs, forums, pages, and so forth are all nodes. Their base data structures are identical, and this common bond means they also share basic functionality. One such common feature is that all nodes are automatically indexed if a search module is enabled; no extra programming is needed. Even if you create a custom node type, searching of that content is already built in, provided that the modifications you make show up in the node when it is rendered.

public List<T> FindAll(Predicate<T> match) As you can see, this method returns a new List<T> that represents the subset of data Also notice that the sole parameter to FindAll() is a generic delegate of type SystemPredicate<T> This delegate can point to any method returning a bool, and takes a single type parameter as the only input parameter: // This delegate is used by FindAll() method // to extract out the subset public delegate bool Predicate<T>(T obj); When you call FindAll(), each item in the List<T> is passed to the method pointed to by the Predicate<T> object The implementation of said method will perform some calculations to see if the incoming data matches the necessary criteria, and return true or false.

If this method returns true, the item will be added to the new List<T> that represents the subset (got all that ) Before we see how lambda expressions can simplify working with FindAll(), let s work the problem out in longhand notation, using the delegate objects directly Add a method (named TraditionalDelegateSyntax()) within your Program type that interacts with the SystemPredicate<T> type to discover the even numbers in a List<T> of integers: class Program { static void Main(string[] args) { ConsoleWriteLine("***** Fun with Lambdas *****\n"); TraditionalDelegateSyntax(); ConsoleReadLine(); }.

// A C# structure type. struct Point { // Structures can contain fields. public int xPos, yPos; // Structures can contain parameterized constructors. public Point(int x, int y) { xPos = x; yPos = y;} // Structures may define methods. public void PrintPosition() { Console.WriteLine("({0}, {1})", xPos, yPos); } }