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package com.apress.usermanager.dao; import java.io.IOException; import java.util.List; import com.apress.usermanager.model.User; public interface UserDao { List<User> getUsers(); List<User> addUser(User user) throws IOException; void removeUserByEmail(String email); }

Recall from the previous chapter that inheritance is the aspect of OOP that facilitates code reuse. Specifically speaking, code reuse comes in two flavors: inheritance (the is-a relationship) and the containment/delegation model (the has-a relationship). Let s begin this chapter by examining the classical is-a inheritance model. When you establish is-a relationships between classes, you are building a dependency between two or more class types. The basic idea behind classical inheritance is that new classes can be created using existing classes as a starting point. To begin with a very simple example, create a new Console Application project named BasicInheritance. Now assume you have designed a class named Car that models some basic details of an automobile: // A simple base class. class Car { public readonly int maxSpeed; private int currSpeed; public Car(int max) { maxSpeed = max; } public Car() {

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View state is ideal because it doesn t take up any memory on the server and doesn t impose any arbitrary usage limits (such as a timeout). So, what might force you to abandon view state for another type of state management Here are three possible reasons: You need to store mission-critical data that the user cannot be allowed to tamper with. (An ingenious user could modify the view state information in a postback request.) In this case, consider session state. Alternatively, consider using the countermeasures described in the next section. They aren t bulletproof, but they will greatly increase the effort an attacker would need in order to read or modify view state data. You need to store information that will be used by multiple pages. In this case, consider session state, cookies, or the query string. You need to store an extremely large amount of information, and you don t want to slow down page transmission times. In this case, consider using a database, or possibly session state. The amount of space used by view state depends on the number of controls, their complexity, and the amount of dynamic information. If you want to profile the view state usage of a page, just turn on tracing by adding the Trace attribute to the Page directive, as shown here: <%@ Page Language="vb" Trace="true" ... %> Look for the Control Tree section. Although it doesn t provide the total view state used by the page, it does indicate the view state used by each individual control in the Viewstate Size Bytes column (see Figure 6-3). Don t worry about the Render Size Bytes column, which simply reflects the size of the rendered HTML for the control.

maxSpeed = 55; } public int Speed { get { return currSpeed; } set { currSpeed = value; if (currSpeed > maxSpeed) { currSpeed = maxSpeed; } } } } Notice that the Car class is making use of encapsulation services to control access to the private currSpeed field using a public property named Speed. At this point, you can exercise your Car type as follows: static void Main(string[] args) { Console.WriteLine("***** Basic Inheritance *****\n"); // Make a Car object and set max speed. Car myCar = new Car(80); // Set the current speed, and print it. myCar.Speed = 50; Console.WriteLine("My car is going {0} MPH", myCar.Speed); Console.ReadLine(); }

You can also examine the contents of the current view state of a page using the ASP.NET Development Helper described in 2.

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