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Create a separate fact table for each partition. Specify a filter (a SQL WHERE clause) to restrict rows from the fact table.

Once the cards have been assigned textures, the game must shuffle their textures around. This is performed by code that should look very familiar in that it uses the same technique used to shuffle the array of textures. Two random positions are identified, and the textures on the cards are swapped between them. This action is repeated a large number of times.

In this procedure, you delete the default partition, and then create three new partitions by using partition queries that filter data by date.

By now, you may have a pretty good idea of the accessibility of your system. Keep that in mind as you go on to examine your system's attractiveness, or "value," to an average hacker. Since a hacker has literally tens of thousands of systems to choose from, he is not likely to spend too much time on a system in which he doesn't have any interest. It's quite difficult to evaluate the attractiveness of your system, because of the wide range of possible motives hackers might have, but many systems seem to appeal needlessly to all hackers, and this can, and should, be avoided. The following descriptions will give you an idea of systems that seem to attract a lot of hackers. Systems with many users. Let's assume that Solid State has run across four different systems today. He wants to spend a few hours trying to get onto one of them, and of course he wants the best possible chance of succeeding in this limited time. If one of these four new systems has an unusually large number of users, he will spend his time on that one. Solid State may be able to find the number of users on the system from the welcome message, or from the way the system acts when he calls it. Or, the system may accept limited commands before he is logged on - commands that will allow him to get this information. Systems that handle hundreds or thousands of users every day are vulnerable systems, and very likely to attract hackers. One of the major reasons for this, as I mentioned earlier, is the fact that users are

// now shuffle around the pictures on the cards for (int i = 0; i < 5 * cardsAcross * cardsDown; i++) { int r1 = rand.Next(cardsAcross); int c1 = rand.Next(cardsDown); int r2 = rand.Next(cardsAcross); int c2 = rand.Next(cardsDown); Texture2D swapTexture = cards[r1, c1].DrawTexture; cards[r1, c1].DrawTexture = cards[r2, c2].DrawTexture; cards[r2, c2].DrawTexture = swapTexture; }

12:

Once this has been done, the textures have been moved to random positions, and the game is ready to play. Figure 14-5 shows a face-up view of all the card pictures.

Create partitions based on fact table filters 1. Start SQL Server Business Intelligence Development Studio (BIDS), and open the SSAS Step by Step solution that you saved in the C:\Documents and Settings\<username> \My Documents\Microsoft Press\as2005sbs\Workspace folder. Note

Seeing Figure 14-5 actually gave me an idea for another game where the player must identify the one image that does not have a matching card. This would be quite easy to implement and would be fun to play. I ve not written this version of the game, but you might like to.

To complete this procedure, you must be using either Enterprise Edition or Developer Edition. If you skipped 11, Implementing Security, open the SSAS Step by Step solution in the C:\Documents and Settings\<username>\My Documents \Microsoft Press\as2005sbs\Answers\chap11\SSAS Step by Step folder.