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Now that we've looked at computers, computer security, and computer use in general, it might be a good idea to take a look at a specific computer and see how it can be used. Up until now, perhaps you have thought that computers always talked in strange languages or used pulsing lights or long strings of numbers. On a very simple level, all computers do, indeed, operate in a fashion similar to that. On the level at which computers interact with most people, however, computers are quite simple to deal with. Take this next example, for instance. Let's assume that you and I are just learning about computers and have no idea how to work with them. We are learning, not on a microcomputer, as most people do, but on a superminicomputer, a VAX, that typically would cost over half a million dollars and be used by a medium-sized or large company. We log on (the authorized way) by typing in an account name and password. Here is what we see:

In this part: 8: Using MDX . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .177 9: Exploring Special Features . . . . . . . . . . . . . . . . . . . . . . . . . . . . .217 10: Interacting with Cubes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .245

string keyString = ""; // initially this is an empty string switch (pressedKeys[i]) { // digits case Keys.D0: keyString = "0"; break; case Keys.D1: keyString = "1"; break; // rest of digits here case Keys.A: keyString = "A"; break;

In Part II, Design Fundamentals, you learned the basics for designing dimensions and measure groups to create a useful analytical solution with Analysis Services. You also learned how to design objects to handle certain unique financial analysis requirements. Throughout the chapters of Part III, you ll work with advanced design techniques to support sophisticated analysis on the one hand and to simplify access to analysis on the other hand. Later in Part IV, Production Management, you ll shift your focus from building a solution to implementing, managing, and maintaining that solution.

9

In a production database, it is critical for changing values to be consistent across the entire application: If you change a customer s address in one part of the system, you want the changed address to be immediately visible in all parts of the system. Because of this need for consistency, production databases tend to be broken up into many tables so that any value is stored only once, with links (or joins) to any other places it may be used. Ensuring that a value is stored in only one place is called normalization, and it is very important in production database systems. In a data warehouse dimension, you may have multiple attributes that form a natural hierarchy. For example, several products might belong to a subcategory, and several subcategories are grouped into a category. A database designer who is familiar with creating production databases will want to normalize the dimension so that there is a separate Subcategory table where each subcategory appears only once, and then a separate Category table where each category appears only once. This, of course, requires foreign keys in the Product and Subcategory tables that join to unique primary keys in the Subcategory and Category tables, respectively.

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case Keys.B: keyString = "B"; break; // rest of alphabet here // punctuation characters case Keys.Space: keyString = " "; break; case Keys.OemPeriod: keyString = "."; break; }

1:

Figure 9-5

If you are creating reports against the data warehouse, however, many joins can make the query slow For example, if you want to see the total sales for the Bikes Category for the year 2006, you would have to join each row in the fact table to the Product table, and then to the Subcategory table, and then the Category table, and also to the Date table, the Month table, then the Quarter table, and finally to the Year table And you would have to do all those joins to all the rows in the fact table, just to find out which ones to discard This makes the query for a relational report much slower than it needs to be.

CANCEL COBOL COPY DBO DEASSIGN DEFINE DIFFERENCES DUMP EOJ EXIT GOTO INITIALIZE Lexical Login MAIL MESSAGE ON PASSWORD PLI PURGE RENAME RMS RUNOFF SHOW Specify SPSSX SUBMIT System TSP WAIT