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other type Also, since arrays are implemented as objects, a variable of type object can also refer to any array Technically, the C# name object is just another name for SystemObject, which is part of the NET Framework class library The object class defines the methods shown in Table 11-1, which means that they are available in every object A few of these methods warrant some additional explanation By default, the Equals(object) method determines if the invoking object refers to the same object as the one referred to by the argument (That is, it determines if the two references are the same) It returns true if the objects are the same, and false otherwise You can override this method in classes that you create Doing so allows you to define what equality means relative to a class For example, you could define Equals(object) so that it compares the contents of two objects for equality The GetHashCode( ) method returns a hash code associated with the invoking object A hash code is needed by any algorithm that employs hashing as a means of accessing stored objects It is important to understand that the default implementation of GetHashCode( ) will not be adequate for all uses As mentioned in 9, if you overload the = = operator, then you will usually need to override Equals(object) and GetHashCode( ) because most of the time you will want the = = operator and the Equals(object) methods to function the same When Equals( ) is overridden, you often need to override GetHashCode( ), so that the two methods are compatible The ToString( ) method returns a string that contains a description of the object on which it is called Also, this method is automatically called when an object is output using

Table 11 Word and Phrase Guide to Personality Following are words and phrases that are likely to motivate each personality type Accommodator help need support feedback share work together smooth out the rough edges collaborate build consensus improve morale teamwork family let s talk about it Optimist fun wacky offbeat kind of on the wild side just take a sec chill out brainstorm innovate create pick your brain it ll be painless Producer get it done hurry up stop complaining solve the problem bottom line reach the goal work do it now pro t Data Collector data analysis facts detail think about consider evaluate review outline curious a surprise interesting research Arrange Your Thoughts

Method public virtual bool Equals(object obj) public static bool Equals(object objA, object objB) protected virtual Finalize( )

Purpose Determines whether the invoking object is the same as the one referred to by obj Determines whether objA is the same as objB Performs shutdown actions prior to garbage collection In C#, Finalize( ) is accessed through a destructor Returns the hash code associated with the invoking object Obtains the type of an object at runtime Makes a shallow copy of the object This is one in which the members are copied, but objects referred to by members are not Determines whether objA and objB refer to the same object Returns a string that describes the object

public virtual int GetHashCode( ) public Type GetType( ) protected object MemberwiseClone( )

Thus the work in raising this slice to the top of the tank (where it can then be dumped) is W( x) = 624 ( 100 x 2 ) x x foot-pounds

public static bool ReferenceEquals(object objA, object objB) public virtual string ToString( )

Another of C# s loops is the while The general form of the while loop is while(condition) statement; where statement can be a single statement or a block of statements, and condition defines the condition that controls the loop and may be any valid Boolean expression The statement is performed while the condition is true When the condition becomes false, program control passes to the line immediately following the loop

Part I:

= 624

Here is a simple example in which a while is used to compute the order of magnitude of an integer:

// Compute the order of magnitude of an integer using System; class WhileDemo { static void Main() { int num; int mag; num = 435679; mag = 0; ConsoleWriteLine("Number: " + num); while(num > 0) { mag++; num = num / 10; }; ConsoleWriteLine("Magnitude: " + mag); } }