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The Stack<T> class represents a collection that maintains items using a last-in, first-out manner. As you might expect, Stack<T> defines members named Push() and Pop() to place items onto or remove items from the stack. The following method creates a stack of Person objects: static void UseGenericStack() { Stack<Person> stackOfPeople = new Stack<Person>();

Unsurprisingly, benchmarking equally sized mod_php and Fastcgi process pools shows nearly the same server loads and Drupal delivery performance An Apache+mod_php process pool with 25 child processes and an Apache+Fastcgi process pool with 25 PHP processes will have the same overall memory footprint and performance characteristics However, the Fastcgi variants offer the option of sizing your PHP process pool independently from your Apache process pool, while with mod_php your pool of PHP interpreters is equal to the number of Apache processes For this reason, some may advocate a Fastcgi approach over mod_php because Fastcgi saves memory This might be true if you ignored APC opcode cache size considerations (also explained here) and you chose to restrict the total number of Fastcgi processes to be dramatically fewer than the number of Apache child processes.

get { return empAge; } set { empAge = value; } } // Updated constructors public Employee() {} public Employee(string name, int id, float pay) :this(name, 0, id, pay){} public Employee(string name, int age, int id, float pay) { empName = name; empID = id; empAge = age; currPay = pay; } // Updated DisplayStats() method now accounts for age. public void DisplayStats() { Console.WriteLine("Name: {0}", empName); Console.WriteLine("ID: {0}", empID); Console.WriteLine("Age: {0}", empAge); Console.WriteLine("Pay: {0}", currPay); } } Now assume you have created an Employee object named joe. On his birthday, you wish to increment the age by one. Using traditional accessor and mutator methods, you would need to write code such as the following: Employee joe = new Employee(); joe.SetAge(joe.GetAge() + 1); However, if you encapsulate empAge using a property named Age, you are able to simply write Employee joe = new Employee(); joe.Age++;

Properties, specifically the set portion of a property, are common places to package up the business rules of your class. Currently, the Employee class has a Name property which ensures the name is no more than 15 characters. The remaining properties (ID, Pay and Age) could also be updated with any relevant logic. While this is well and good, also consider what a class constructor typically does internally. It will take the incoming parameters, check for valid data, and then make assignments to the internal private fields. Currently your master constructor does not test the incoming string data for a valid range, so you could update this member as so: public Employee(string name, int age, int id, float pay) {

However, severely limiting the size of your PHP process pool can severely bottleneck your PHP throughput: that d be similar to closing three lanes of a busy four-lane highway for no better reason than to save space and thereby cause traffic jams..