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Because the compiler will define the private backing field at compile time, the class defining automatic properties will always need to use property syntax to get and set the underlying value. This is important to note because many programmers make direct use of the private fields within a class definition, which is not possible in this case. For example, if the Car class were to provide a DisplayStats() method, it would need to implement this method using the property name: class Car { // Automatic properties! public string PetName { get; set; } public int Speed { get; set; } public string Color { get; set; } public void DisplayStats() { Console.WriteLine("Car Name: {0}", PetName); Console.WriteLine("Speed: {0}", Speed); Console.WriteLine("Color: {0}", Color); } } When you are using an object defined with automatic properties, you will be able to assign and obtain the values using the expected property syntax: static void Main(string[] args) { Console.WriteLine("***** Fun with Automatic Properties *****\n"); Car c = new Car(); c.PetName = "Frank"; c.Speed = 55; c.Color = "Red"; Console.WriteLine("Your car is named {0} c.PetName); c.DisplayStats(); Console.ReadLine(); } That's odd...",

Drupal ships with two .htaccess files: one is at the Drupal root, and the other is automatically generated after you create your directory to store uploaded files and visit Configuration -> File system to tell Drupal where the directory is. Any .htaccess files are searched for, read, and parsed on every request. In contrast, httpd.conf is read only when Apache is started. Apache directives can live in either file. If you have control of your own server, you should move the contents of the .htaccess files to the main Apache configuration file (httpd.conf) and disable .htaccess lookups within your web server root by setting AllowOverride to None: <Directory /> AllowOverride None ... </Directory> This prevents Apache from traversing up the directory tree of every request looking for the .htaccess file to execute. Apache will then have to do less work for each request, giving it more time to serve more requests.

When you use automatic properties to encapsulate numerical or Boolean data, you are able to use the autogenerated type properties straightaway within your code base, as the hidden backing fields will be assigned a safe default value that can be used directly. However, be very aware that if you use automatic property syntax to wrap another class variable, the hidden private reference type will also be set to a default value of null.

Consider the following new class named Garage, which makes use of two automatic properties: class Garage { // The hidden int backing field is set to zero! public int NumberOfCars { get; set; } // The hidden Car backing field is set to null! public Car MyAuto { get; set; } } Given C# s default values for field data, you would be able to print out the value of NumberOfCars as is (as it is automatically assigned the value of zero), but if you directly invoke MyAuto, you will receive a null reference exception at runtime, as the Car member variable used in the background has not been assigned to a new object: static void Main(string[] args) { ... Garage g = new Garage(); // OK, prints default value of zero. Console.WriteLine("Number of Cars: {0}", g.NumberOfCars); // Runtime error! Backing field is currently null! Console.WriteLine(g.MyAuto.PetName); Console.ReadLine(); } Given that the private backing fields are created at compile time, you will be unable to make use of C# field initialization syntax to allocate the reference type directly with the new keyword. Therefore, this work will need to be done with class constructors to ensure the object comes to life in a safe manner. For example: class Garage { // The hidden backing field is set to zero! public int NumberOfCars { get; set; } // The hidden backing field is set to null! public Car MyAuto { get; set; } // Must use constructors to override default // values assigned to hidden backing fields. public Garage() { MyAuto = new Car(); NumberOfCars = 1; } public Garage(Car car, int number) { MyAuto = car; NumberOfCars = number;