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mode, the changeProgress variable is updated, so after the number of milliseconds stored in changeSpan (800, as you specified earlier), this value reaches 1. When this value reaches 1, the transition is over, and the state either has to be changed from Starting to Active or has to be changed from Ending to Inactive. Finally, you want some code that renders the menu. When the menu is Active, the items should be displayed, starting from, for example, position (300,300), with each item 30 pixels below the previous item. When the menu is in Starting mode, the items should fade in (their alpha value should increase from 0 to 1) and move from the left of the screen to their final position. When in Ending mode, the items should fade out (their alpha value should decrease), and they should move to the right. public void Draw(SpriteBatch spriteBatch) { if (windowState == WindowState.Inactive) return; float smoothedProgress = MathHelper.SmoothStep(0,1,(float)changeProgress); int verPosition = 300; float horPosition = 300; float alphaValue; switch (windowState) { case WindowState.Starting: horPosition -= 200 * (1.0f - (float)smoothedProgress); alphaValue = smoothedProgress; break; case WindowState.Ending: horPosition += 200 * (float)smoothedProgress; alphaValue = 1.0f - smoothedProgress; break; default: alphaValue = 1; break; } for (int itemID = 0; itemID < itemList.Count; itemID++) { Vector2 itemPostition = new Vector2(horPosition, verPosition); Color itemColor = Color.White; if (itemID == selectedItem) itemColor = new Color(new Vector4(1,0,0,alphaValue)); else itemColor = new Color(new Vector4(1,1,1,alphaValue));

As shown in listing 7.2, the CategoryPK class is designated as the IdClass for Category G. The Category class has two identity fields marked by the @Id annotation: name and creationDate G. These two identity fields are mirrored in the CategoryPK class b. The constructor C is used to create an instance of the primary key object. The equals method implemented in CategoryPK compares the two mirrored identity fields to determine if two given identities are equal D. The magic here is that at runtime, the persistence provider determines if two Category objects are equal by copying the marked @Id fields into the corresponding fields of the CategoryPK object and using CategoryPK.equals. Note that any IdClass must be Serializable and must provide a valid hashCode implementation E. In effect, all that is happening here is that we are specifying exactly how to compare multiple identity fields using an external IdClass F. The disadvantage to using @IdClass is the slight redundancy and associated maintainability problems in repeating the definition of identity fields in the entity and the IdClass. In our case the name and

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We will now add some animals to sort so alter the Main method to the following: static void Main(string[] args) { WeightComparer objAnimalComparer = new WeightComparer(); List<Animal> Animals = new List<Animal>(); Animals.Add(new Animal("elephant", 500)); Animals.Add(new Animal("tiger", 100)); Animals.Add(new Animal("rat", 5)); //Works Animals.Sort(objAnimalComparer); List<Elephant> Elephants = new List<Elephant>(); Elephants.Add(new Elephant("Nellie", 100)); Elephants.Add(new Elephant("Dumbo", 200)); Elephants.Add(new Elephant("Baba", 50)); //Doesn't work prior to .net 4 Elephants.Sort(objAnimalComparer); Elephants.ForEach(e=> Console.WriteLine(e.Name + " " + e.Weight.ToString())); }

This client code is massively inefficient. As the number of records (or persistent fields in Person) increases, performance quickly degrades. In case this degradation is not obvious, figure 7.2 illustrates the bottlenecks that network communications and overhead create in the application. Each field access in our example will incur a network round-trip. So, our test program will make 5n + 1 trips to the EJB container, where n is the number of Person records in the database and 5 is the number of fields that we retrieve from the Person bean. (The finder method also makes one extra trip + 1.) If our Person entity bean had a one-to-many relationship to a set of addresses or projects, the number of database round-trips would multiply quickly.

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