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public char Pop() { if(tos==0) { ConsoleWriteLine(" -- Stack is empty"); return (char) 0; } tos--; return stck[tos]; } // Return true if the stack is full public bool IsFull() { return tos==stckLength; } // Return true if the stack is empty public bool IsEmpty() { return tos==0; } // Return total capacity of the stack public int Capacity() { return stckLength; } // Return number of objects currently on the stack public int GetNum() { return tos; } } // Demonstrate the Stack class class StackDemo { static void Main() { Stack stk1 = new Stack(10); char ch; int i; // Put some characters into stk1 ConsoleWriteLine("Push A through J onto stk1"); for(i=0; !stk1IsFull(); i++) stk1Push((char) ('A' + i)); // Create a copy of stck1 Stack stk2 = new Stack(stk1); // Display the contents of stk1 ConsoleWrite("Contents of stk1: "); while( !stk1IsEmpty() ) { ch = stk1Pop(); ConsoleWrite(ch); }

8:

Part I:

Nominal (Theoretical) curve:

ConsoleWriteLine(); ConsoleWrite("Contents of stk2: "); while ( !stk2IsEmpty() ) { ch = stk2Pop(); ConsoleWrite(ch); } ConsoleWriteLine("\n"); } }

The output is shown here:

would expect efforts to increase in the reporting environment With BusinessObjects XI, there is no way to tell what has changed within a report So if a user changes a report variable that suddenly calculates revenue in a slightly different way, there are no controls to document and identify this change Changes in the universe at the object level are also not readily identifiable, but as a smaller group of developers are involved, they at least can be documented procedurally

Actual curve:

In StackDemo, the first stack, stk1, is constructed and filled with characters This stack is then used to construct the second stack, stk2 This causes the following Stack constructor to be executed:

// Construct a Stack from a stack public Stack(Stack ob) { // Allocate memory for stack stck = new char[obstckLength]; // Copy elements to new stack for(int i=0; i < obtos; i++) stck[i] = obstck[i]; // Set tos for new stack tos = obtos; }

Even though I prefer to build a robust universe, there are times when the universe is not the best place for the intelligence Advanced objects will generally use complex SQL or internal Designer functions to create the objects This can result in unpredictable query response times, unless you have taken the necessary steps to ensure consistent performance Also, as the universe becomes more complex, there is a greater risk that certain objects will not work well together For example, if a universe contains the two objects Sales and Current YTD Sales, will the user receive accurate information if the user places these objects in the same query The first object, Sales, does not include any time-period constraints The user therefore adds Month=10 and Year=2005 as conditions in the report This makes the Current YTD Sales information wrong (it s now one month of data versus year-to-date) as Web Intelligence appends the WHERE clause to the entire query Hopefully, users will recognize query results that are blatantly wrong; it s the not-so-obvious ones that pose a problem In either case, a perfect universe would include only those objects that can be accurately combined together; a real-world universe accomplishes this most of the time and supplements it with good object descriptions and training!

Inside this constructor, an array is allocated that is long enough to hold the elements contained in the stack passed in ob Then, the contents of ob s array are copied to the new array, and tos is set appropriately After the constructor finishes, the new stack and the original stack are separate, but identical

Tolerance:

When working with overloaded constructors, it is sometimes useful for one constructor to invoke another In C#, this is accomplished by using another form of the this keyword The general form is shown here: constructor-name(parameter-list1) : this(parameter-list2) { // body of constructor, which may be empty }