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If you have written a module that provides search results, you might want to take over the look and feel of the results page by implementing hook_search_page(). If you do not implement this hook, the results will be formatted by a call to theme_search_results($variables), which has its default implementation in modules/search/search-results.tpl.php. Do not confuse this with theme_search_result($variables), which formats a single search result and has its default implementation in modules/search/searchresult.tpl.php.

Now assume you wish to build a new class named MiniVan. Like a basic Car, you wish to define the MiniVan class to support a maximum speed, current speed, and a property named Speed to allow the object user to modify the object s state. Clearly, the Car and MiniVan classes are related; in fact, it can be said that a MiniVan is-a Car. The is-a relationship (formally termed classical inheritance) allows you to build new class definitions that extend the functionality of an existing class. The existing class that will serve as the basis for the new class is termed a base or parent class. The role of a base class is to define all the common data and members for the classes that extend it. The extending classes are formally termed derived or child classes. In C#, you make use of the colon operator on the class definition to establish an is-a relationship between classes: // MiniVan 'is-a' Car. class MiniVan : Car { } What have you gained by extending your MiniVan from the Car base class Simply put, MiniVan objects now have access to each public member defined within the parent class.

Note Although constructors are typically defined as public, a derived class never inherits the constructors of a parent class.

Given the relation between these two class types, you could now make use of the MiniVan class like so: static void Main(string[] args) { Console.WriteLine("***** Basic Inheritance *****\n"); ... // Now make a MiniVan object. MiniVan myVan = new MiniVan(); myVan.Speed = 10; Console.WriteLine("My van is going {0} MPH", myVan.Speed); Console.ReadLine(); } Notice that although you have not added any members to the MiniVan class, you have direct access to the public Speed property of your parent class, and have thus reused code. This is a far better approach than creating a MiniVan class that has the exact same members as Car such as a Speed property. If you did duplicate code between these two classes, you would need to now maintain two bodies of code, which is certainly a poor use of your time. Always remember, that inheritance preserves encapsulation; therefore, the following code results in a compiler error, as private members can never be accessed from an object reference. static void Main(string[] args) { Console.WriteLine("***** Basic Inheritance *****\n"); ... // Make a MiniVan object. MiniVan myVan = new MiniVan(); myVan.Speed = 10; Console.WriteLine("My van is going {0} MPH", myVan.Speed); // Error! Can't access private members! myVan.currSpeed = 55; Console.ReadLine(); } On a related note, if the MiniVan defined its own set of members, it would not be able to access any private member of the Car base class. Again, private members can only be accessed by the class that defines it. // MiniVan derives from Car. class MiniVan : Car { public void TestMethod()

Let s begin our example. We ll be implementing a search option that allows site visitors to paths by implementing several search hooks.

{ // OK! Can access public members // of a parent within a derived type. Speed = 10; // Error! Cannot access private // members of parent within a derived type. currSpeed = 10; } }