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When .NET 3.5 was released, the C# language offered yet another way to define simple encapsulation services with minimal code, using automatic property syntax. To illustrate, create a new C# Console Application project named AutoProps. Now, insert a new C# class file (Car.cs) that defines the following class, which encapsulates a single point of data using classic property syntax. // A Car type using standard property // syntax. class Car { private string carName = string.Empty; public string PetName

{ get { return carName; } set { carName = value; } } } While it is very true that most C# properties contain business rules within their set scope, it is not too uncommon that some properties literally have nothing more to do than simply assign and return the value straightaway as you see here. In these cases, it can become rather verbose to define private backing fields and simple property definitions multiple times. By way of an example, if you are modeling a class that requires 15 private points of field data, you end up authoring 15 related properties that are little more than thin wrappers for encapsulation services. To streamline the process of providing simple encapsulation of field data, you may use automatic property syntax. As the name implies, this feature will offload the work of defining a private backing field and the related C# property member to the compiler using a new bit of syntax. Consider the reworking of the Car class, which uses this syntax to quickly create three properties: class Car { // Automatic properties! public string PetName { get; set; } public int Speed { get; set; } public string Color { get; set; } } When defining automatic properties, you simply specify the access modifier, underlying data type, property name, and empty get/set scopes. At compile time, your type will be provided with an autogenerated private backing field and a fitting implementation of the get/set logic.

This Apache module will let Drupal send out Expires HTTP headers, caching all static files in the user s browser for two weeks or until a newer version of a file exists. This goes for all images, CSS and JavaScript files, and other static files. The end result is reduced bandwidth and less traffic for the web server to negotiate. Drupal is preconfigured to work with mod_expires and will use it if it is available. The settings for mod_expires are found in Drupal s .htaccess file. # Requires mod_expires to be enabled. <IfModule mod_expires.c> # Enable expirations. ExpiresActive On # Cache all files for 2 weeks after access (A). ExpiresDefault A1209600

Note The name of the autogenerated private backing field is not visible within your C# code base. The only way to see it is to make use of a tool such as ildasm.exe.

Unlike traditional C# properties, however, it is not possible to build read-only or write-only automatic properties. While you might think you can just omit the get; or set; within your property declaration as follows: // Read-only property Error! public int MyReadOnlyProp { get; } // Write only property Error! public int MyWriteOnlyProp { set; } this will result in a compiler error. When you are defining an automatic property, it must support both read and write functionality. However, it is possible to implement an automatic property which defines a more restrictive get or set: // Public get, protected set! // You could also set a get / set to private.

<FilesMatch \.php$> # Do not allow PHP scripts to be cached unless they explicitly send cache # headers themselves. Otherwise all scripts would have to overwrite the # headers set by mod_expires if they want another caching behavior. This may # fail if an error occurs early in the bootstrap process, and it may cause # problems if a non-Drupal PHP file is installed in a subdirectory. ExpiresActive Off </FilesMatch> </IfModule> We can t let mod_expires cache PHP-generated content, because the HTML content Drupal produces is not always static. This is the reason Drupal has its own internal caching system for its HTML output (i.e., page caching).

public int SomeOtherProperty { get; protected set; }