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The key to effectively utilizing multithreading is to think concurrently rather than serially For example, when you have two subsystems within a program that can execute concurrently, consider making them into individual threads A word of caution is in order, however If you create too many threads, you can actually degrade your program s performance rather than enhance it Remember, there is some overhead associated with context switching If you create too many threads, more CPU time will be spent changing contexts than in executing your program! Finally, for new code consider using the Task Parallel Library to accomplish multithreading

Keeping it simple is the most important aspect of designing a universe However, there are some technical issues that may challenge this design principle In earlier versions of Web Intelligence, each document could contain queries from only one universe As a workaround to this limitation, designers would build bigger and bigger universes to ensure all possible business questions could be answered With XI Release 2, this limitation has been removed as Web Intelligence now supports multiple synchronized data providers Another argument for a bigger universe is response time related, particularly with lists of values Assume, for example, that the object Product ID is used in each universe As there are thousands of products, this is a customized list of value so that users are first prompted to filter their pick list according to a product grouping This pick list is refreshed and maintained for each universe, so it can be rather user-unfriendly to have to wait for a pick list to be generated for each universe The answer, of course, is faster pick lists or, better yet, common

division Thus, in the first test, d is 2 and the modulus operation is performed The second test fails because d is set to zero, and the modulus operation is skipped, avoiding a divideby-zero error Finally, the normal AND operator is tried This causes both operands to be evaluated, which leads to a runtime error when the division-by-zero occurs Since the short-circuit operators are, in some cases, more efficient than their normal counterparts, you might be wondering why C# still offers the normal AND and OR operators The answer is that in some cases you will want both operands of an AND or OR operation to be evaluated because of the side effects produced Consider the following:

// Side effects can be important using System; class SideEffects { static void Main() { int i; bool someCondition = false; i = 0; // Here, i is still incremented even though the if statement fails if(someCondition & (++i < 100)) ConsoleWriteLine("this won't be displayed"); ConsoleWriteLine("if statement executed: " + i); // displays 1 // In this case, i is not incremented because the short-circuit // operator skips the increment if(someCondition && (++i < 100)) ConsoleWriteLine("this won't be displayed"); ConsoleWriteLine("if statement executed: " + i); // still 1 !! } }

As previously stated, one of the special features of cam follower systems is that speci c dwell action may be designed for the follower motion A dwell is de ned as a lack of follower movement while the cam maintains its input driving action In production machinery, dwell occurs when the follower does not move while a secondary task is performed Figure 121 shows the four basic types of cams for the follower action Dwell-Rise-Dwell Cam (DRD) This cam type, Figure 121a, has a dwell followed by a rise contour followed by a dwell period at the maximum displacement It also may have dwell-fall-dwell action, which is analyzed similarly DRD cams are utilized in cylindrical and globoidal cams indexing a rotating turret In rare cases multiple dwell actions may be necessary A dwell-rise-dwell-return-dwell cam (DRDRD), Fig 121b, incorporates the complete action cycle of a DRD cam A dwell-rise-return-dwell cam (DRRD), Fig 121c, has the rise and return preceded and followed by dwells It has limited application in machinery The contour of the rise-return-rise cam (RRR), Figure 121d, has no dwells We will not analyze this type, because an eccentric mechanism (Chap 15) is usually a better choice than the cam-follower mechanism The eccentric mechanism is more accurate, less expensive, and easier to produce

FIGURE 6-1 A universe is a business representation of the database based on the needs of target user groups