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An array is a collection of variables of the same type that are referred to by a common name. In C#, arrays can have one or more dimensions, although the one-dimensional array is the most common. Arrays are used for a variety of purposes because they offer a convenient means of grouping together related variables. For example, you might use an array to hold a record of the daily high temperature for a month, a list of stock prices, or your collection of programming books. The principal advantage of an array is that it organizes data in such a way that it can be easily manipulated. For example, if you have an array containing the dividends for a selected group of stocks, it is easy to compute the average income by cycling through the array. Also, arrays organize data in such a way that it can be easily sorted. Although arrays in C# can be used just like arrays in many other programming languages, they have one special attribute: They are implemented as objects. This fact is one reason that a discussion of arrays was deferred until objects had been introduced. By implementing arrays as objects, several important advantages are gained, not the least of which is that unused arrays can be garbage-collected.

Drilling down is the same in ProClarity as it is with the PerformancePoint Server Analytic Grid: simply clicking on a member in either the rows or columns drills down on that member to its children. The children replace the parent. Figure 6-38 shows an example of drilling down on Date.Calendar where the user clicked on the All Periods member and drilled down to the four years available in the dimension. Expanding keeps the parent on the screen while showing the children. This can be achieved by right-clicking on the member and choosing Expand, or holding down the Ctrl key while clicking on the member. In Figure 6-38, the Product Categories hierarchy has been expanded so that the All Products member is visible, as well as its children at the Category level.

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case 3: cout << "less than 4\n"; case 4: cout << "less than 5\n"; } cout << '\n'; } return 0; }

The key part of the program is, of course, the query, which is shown here:

crossbar of the A can (and should) be reused as the top of the capital T and as the crossbars of the E and F; the O can be reused for part of the Q and also works for the zero in this font. Consistency is the name of the game to ensure a good-looking typeface.

to users; universes contain no bridge to old transaction system terminology. Standard reports are unavailable. The budget and IT mandate was to build the universe; users must develop their own reports. While some may have done so, they are not shared in a consistent way, so nobody knows about them. The data warehouse is updated weekly; users want daily updates.

requirements only to find that such a design would be too expensive. In such a case, one might need to revise the design assumptions in order to design a more cost-effective network. In order to illustrate the various steps in the process, we focus much of this chapter on a fictitious Voice over IP (VoIP) network. We will design this network from scratch, with an explanation of each step along the way. For some of the steps, we will perform all the detailed calculations. The fictitious network will be required to provide long-distance service in North America. Our network will provide service to subscribers in 12 cities, City 1 through City 12, as shown in Figure 9-1.

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