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(v ) (v ) k - 1 ( s2 - y j ) M j , k2 -1 ( s2 ) ( y j + k2 - s2 ) M j +1, k2 -1 ( s2 ) ) M (j vk2 ( s2 ) = 2 + , k2 - v - 1 y j + k2 -1 - yi y j + k2 - y j +1

Part I:

The business user asks, How many products do we have Easy, just count the unique PRODUCT_IDs in the dimension table! The following screen shows why this may not always be what the business user expects:

same name in the base class Consider this version of the class hierarchy from the preceding example:

(546)

// Using base to overcome name hiding using System; class A { public int i = 0; } // Create a derived class class B : A { new int i; // this i hides the i in A public B(int a, int b) { basei = a; // this uncovers the i in A i = b; // i in B } public void Show() { // This displays the i in A ConsoleWriteLine("i in base class: " + basei); // This displays the i in B ConsoleWriteLine("i in derived class: " + i); } } class UncoverName { static void Main() { B ob = new B(1, 2); obShow(); } }

A unique PRODUCT_ID is created for each combination of a product description, supplier, price, packaging, and availability Note that the only difference between PRODUCT_IDs 195 and 200 is the packaging: brown envelope versus heavy-duty box The business definition for number of products may in fact be according to the product ID, or it may be by product name The SQL is different for each The object definition for counting product IDs is

This program displays the following:

[ S1 (f2 , s2 )] = [ N (f2 )] [ p] [ M ( s2 )]

i in base class: 1 i in derived class: 2

COUNT(PRODUCT_ID)

Although the instance variable i in B hides the i in A, base allows access to the i defined in the base class Hidden methods can also be called through the use of base For example, in the following code, class B inherits class A, and both A and B declare a method called Show( ) Inside, B s Show( ), the version of Show( ) defined by A is called through the use of base

where S1 (f 21 , s21 ) S f , s ( ) [ S1 (f2 , s2 )] = 1 22 21 M S1 (f 2 n , s21 ) S1 (f 21 , s22 ) L S1 (f 21 , s2 m ) S1 (f 22 , s22 ) L S1 (f 22 , s2 m ) M O M S1 (f 2 n , s22 ) L S1 (f 2 n , s2 m ) n m

// Call a hidden method using System; class A {

1:

11:

(547)

Year as two digits, unless only one digit is needed Year as two digits A leading zero prefixes the values 0 through 9 Year as at least three digits Year using four digits Year using five digits Time zone offset in hours Time zone offset in hours A leading zero prefixes the values 0 through 9 Time zone offset in hours and minutes Separator for time components Separator for date components The standard format associated with fmt