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Function documentation should use the following syntax: /** * Short description, beginning with a verb. * * Longer description goes here. * * @param $foo * A description of what $foo is. * @param $bar * A description of what $bar is. * @return * A description of what this function will return. */ function name_of_function($foo, $bar) { ... return $baz; } The short description should begin with an imperative verb in the present tense, such as Munge form data or Do remote address lookups (not Munges form data or Does remote address lookups ). Let s take a look at an example from Drupal core that is found within system.module:

Like any static member, to call Complain(), prefix the name of the defining class: static void Main(string[] args) { Console.WriteLine("***** Fun with Static Methods *****\n"); for(int i =0; i < 5; i++) Console.WriteLine(Teenager.Complain()); Console.ReadLine(); }

In addition to static methods, a class (or structure) may also define static field data such as the Random member variable seen in the previous Teenager class. Understand that when a class defines nonstatic data (properly referred to as instance data), each object of this type maintains an independent copy of the field. For example, assume a class that models a savings account is defined in a new Console Application project named StaticData:

// A simple savings account class. class SavingsAccount { public double currBalance; public SavingsAccount(double balance) { currBalance = balance; } } When you create SavingsAccount objects, memory for the currBalance field is allocated for each object. Static data, on the other hand, is allocated once and shared among all objects of the same class category. To illustrate the usefulness of static data, add a static point of data named currInterestRate to the SavingsAccount class, which is set to a default value of 0.04: // A simple savings account class. class SavingsAccount { public double currBalance; // A static point of data. public static double currInterestRate = 0.04; public SavingsAccount(double balance) { currBalance = balance; } } If you were to create three instances of SavingsAccount in Main() as follows: static void Main(string[] args) { Console.WriteLine("***** Fun with Static Data *****\n"); SavingsAccount s1 = new SavingsAccount(50); SavingsAccount s2 = new SavingsAccount(100); SavingsAccount s3 = new SavingsAccount(10000.75); Console.ReadLine(); } the in-memory data allocation would look something like Figure 5-3.

/** * Add default buttons to a form and set its prefix. * * @param $form * An associative array containing the structure of the form. * * @return * The form structure. * * @see system_settings_form_submit() * @ingroup forms */function system_settings_form($form) { ... } There are a couple of new Doxygen constructs in the preceding example: @see tells you what other functions to reference. The preceding code is a form definition, so @see points to the submit handler for the form. When the API module parses this to produce documentation (such as that available at http://api.drupal.org), it will turn the function name that follows @see into a clickable link. @ingroup links a set of related functions together. In this example, it creates a group of functions that provide form definitions. You can create any group name you wish. Possible core values are: batch, database, file, format, forms, hooks, image, menu, node_access, node_content, schemaapi, search, themeable, and validation.

Figure 5-3. Static data is allocated once and shared among all instances of the class Let s update the SavingsAccount class to define two static methods to get and set the interest rate value: // A simple savings account class. class SavingsAccount { public double currBalance; // A static point of data. public static double currInterestRate = 0.04; public SavingsAccount(double balance) { currBalance = balance; } // Static members to get/set interest rate. public static void SetInterestRate(double newRate ) { currInterestRate = newRate; } public static double GetInterestRate() { return currInterestRate; } } Now, observe the following usage: static void Main(string[] args) { Console.WriteLine("***** Fun with Static Data *****\n"); SavingsAccount s1 = new SavingsAccount(50); SavingsAccount s2 = new SavingsAccount(100); // Print the current interest rate. Console.WriteLine("Interest Rate is: {0}", SavingsAccount.GetInterestRate());