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For most applications, you will not use any of the capabilities of GC However, in specialized cases, they can be very useful For example, you might want to use Collect( ) to force garbage collection to occur at a time of your choosing Normally, garbage collection occurs at times unspecified by your program Since garbage collection takes time, you might not want it to occur during some time-critical task, or you might want to take advantage of idle time to perform garbage collection and other types of housekeeping chores You can also register for notifications about the approach and completion of garbage collection There are two methods that are especially important if you have unmanaged code in your project AddMemoryPressure( ) and RemoveMemoryPressure( ) These are used to indicate that a large amount of unmanaged memory has been allocated or released by the program They are important because the memory management system has no oversight on unmanaged memory If a program allocates a large amount of unmanaged memory, then performance might be affected because the system has no way of knowing that free memory has been reduced By calling AddMemoryPressure( ) when allocating large amounts of unmanaged memory, you let the CLR know that memory has been reduced By calling RemoveMemoryPressure( ), you let the CLR know the memory has been freed Remember: RemoveMemoryPressure( ) must be called only to indicate that memory reported by a call to AddMemoryPressure( ) has been released

t seems odd that the most prominent and long-standing aspect of the BusinessObjects suite has now been relegated to one chapter in this Complete Reference BusinessObjects classic, the vendor s initial and long-time desktop product, has been rebranded Desktop Intelligence in XI Release 2 With the improvements in Web Intelligence in XI Release 2, the expectation is that Web Intelligence will become the primary authoring tool for business authors Within the XI suite, Crystal Reports is the authoring tool best suited for IT developers Desktop Intelligence is still part of the platform but primarily as a way of ensuring support for existing deployments There are a few capabilities that are available in Desktop Intelligence that are not available in Web Intelligence, but for the most part, the capabilities of Web Intelligence exceed that of Desktop Intelligence This chapter, then, discusses when you would want to use Desktop Intelligence instead of Web Intelligence How-to instructions for advanced capabilities unique to Desktop Intelligence are included in this chapter

Object is the class that underlies the C# object type The members of Object were discussed in 11, but because of its central role in C#, its methods are repeated in Table 21-16 for your convenience Object defines one constructor, which is shown here: public Object( ) It constructs an empty object

21:

placement This expedient has no effect on the computations or conceptual basis In practical applications, the actual displacement, Y, and its mth derivative, Y (m), of the follower can found from the normalized values as follows: Yc = Sc (t ) h, Yc(m ) ( x ) = Sc(m ) (t ) h (w b ) If time, t, starts at the beginning of the rise, then normalized time is t = t/Th, where Th is the total time for the rise of h

Table 24-1 compares some of the major differences between Desktop Intelligence and Web Intelligence Use this as a guide for determining when you might need to author a particular report in Desktop Intelligence, instead of Web Intelligence For example, if a user decides he or she needs disconnected access to a report, then this would be one situation for when a report might better be created as a Desktop Intelligence report However, for each situation, also consider what capabilities you will be losing: Users will not have interactive-access via the right-click to sort and filter the report via a web browser, nor will they be able to drill within a report Users will not have access to the Context panel to display additional information about how metrics were calculated or where the data came from

Method public virtual bool Equals(object obj) public static bool Equals(object objA, object objB) protected Finalize( ) public virtual int GetHashCode( ) public Type GetType( ) protected object MemberwiseClone( ) public static bool ReferenceEquals(object objA, object objB) public virtual string ToString( )

Purpose Returns true if the invoking object is the same as the one referred to by obj Returns false otherwise Returns true if objA is the same as objB Returns false otherwise 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 Returns true if objA and objB refer to the same object Returns false otherwise Returns a string that describes the object

(m )

Summary