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public ExampleMgr(DataType inst) { _inst = inst; } public void DoSomething() { _inst.Method(); } } In the example, the constraint of IExample allows a developer to call Method. If the constraint were not there, the reference to Method would generate a compiler error. But is this ability to reference a method an advantage After all, you could write the ExampleMgr code without using .NET generics, like this: class ExampleMgr { IExample _inst; public ExampleMgr(IExample inst) { _inst = inst; } public void DoSomething() { _inst.Method(); } } The .NET generics code and the interface-based code do the exact same thing, and using .NET generics offers no advantage. But that is not always the case. Consider the following modified example of ExampleMgr. class ExampleMgr<DataType> where DataType : IExample { DataType _inst; public ExampleMgr(DataType inst) { _inst = inst; } public void DoSomething() { _inst.Method(); } public DataType Inst { get { return _inst; } } } With .NET generics, you can write a property that references the base type in the property. Had you used the pure interface-based code, the Inst property would need to be of type IExample, and to get the same effect as the .NET generics example, a type cast would be involved. A type cast is not the end of the world, but it is inconvenient and not type-safe, since you don t know if a type cast will work until you execute the code.

< php class Person { private $_gender = NULL; private $_age = NULL; public function getGender() { return $this->_gender; } public function getAge() { return $this->_age; } public function setGender($gender) { $this->_gender = $gender; } public function setAge($age) { $this->_age = $age; } } $personObj = new Person(); $start = microtime(); for($i=0; $i<100000; $i++) { $personObj->getGender(); } echo microtime()-$start.'ms';

Remember that MainScreen (which UiFunMainScreen is derived from) lays out its fields vertically. To put two fields beside each other, we need to place them in an instance of net.rim.device.api.ui.container.HorizontalFieldManager and add that manager to the screen. We ll give the HorizontalFieldManager the Field.FIELD_RIGHT style, to put the buttons on the right side of the screen. Add the following import:

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You can add multiple interfaces and classes as constraints, although you are limited. The limitations are identical to the limitations when subclassing a class or interface: You can subclass only a single class. You can subclass as many interfaces as desired, but they must be declared after the class.

The purpose of the new constraint is to allow you to instantiate a data type, as in this example: class Example<DataType> where DataType : new() { DataType _value; public Example() { _value = new DataType(); } } Without the new constraint, the bolded code cannot be compiled. The constructor that is defined with the new constraint does not take parameters, and it would seem that this is a bother. After all, you might want to instantiate the type with some state. What you can do is constrain DataType, and then instantiate the type using object initializers. For example, the following is an interface that has a single property. interface IBase { int Value { get; set; } } Combining the IBase interface and the new keyword as constraints, you could write the following code. class Example<DataType> where DataType : IBase, new() { DataType _value; public Example() { _value = new DataType { Value = 10 }; } } In the modified example, the bolded code instantiates DataType, and then using the constraints, the object initializer that defines value is possible.

As Listing 3 18 demonstrates, the class, Person, contains the class properties, age as well as gender. It also contains two methods, an accessor and a mutator (getter and setter). This class design incorporates encapsulation when we create the methods and set the properties to private. The code also contains our test. The code runs a for loop 100,000 times to instantiate a Person object and access the gender property using its accessor, getGender(). Running the code shown in Listing 3 18 ten times produces the average execution time of 0.0443ms. Let s remove encapsulation now and retest using the code shown in Listing 3 19. Listing 3 19. Benchmarking Person Class While Accessing Class Property Directly

import net.rim.device.api.ui.container.HorizontalFieldManager;

The main purpose of the class constraint is to indicate whether the .NET generics type is a value type or a reference type. Here is an example of a type that wants to manage only reference types: class AssumeReferenceType<DataType> where DataType : class { DataType _value;

Erase the two add calls for the buttons, and replace them with this:

public AssumeReferenceType(DataType value) { } } If you were to declare the AssumeReferenceType using an int, the code would not compile. The following is an example that demonstrates the noncompilable code. AssumeReferenceType<IExample> cls = new AssumeReferenceType<IExample>(null); The reason for using the class constraint is to enforce a coding standard where the type will support only reference types.

< php class Person { public $_gender = NULL; public $_age = NULL; } $personObj = new Person(); $start = microtime(); for($i=0; $i<100000; $i++) { //Average: 0.0205617ms $personObj->_gender; } echo microtime()-$start.'ms';

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