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each time Plan to spend days on this, not minutes or hours This is not because the Import Wizard is particularly difficult but because you have different options as to how and what you import The impact of certain settings is not immediately apparent until you also have a good understanding of the new security as well Also, if you do not run a scan, compact, and repair as part of your routine repository maintenance, I recommend doing so before using the Import Wizard

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Solving for the force normal to the cam F= L0 2A + B cosa - m B sin a (67)

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Security in XI is much more granular than in earlier versions of BusinessObjects and leverages the Crystal Enterprise security model This is discussed in 13 As part of the import process, importing users and groups is fairly straightforward However, importing the associated permissions to documents and universes requires a greater understanding of the new options in XI Release 2 If you have poorly defined security in your version 5 or 6, you do not want to import it; instead, you will find it faster to redefine permissions at the group and folder levels

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The normal force F is a maximum (equals in nity) which means that the follower will jam in its guide when the denominator of Eq (67) equals zero Therefore, cosa m - m 2A + B sin am = 0 B

editors), I understand that the vendor does not officially recommend migrating security from older BusinessObjects deployments to XI However, I think this recommendation is not so black and white and is highly dependent upon what you are trying to migrate and the effort involved in migrating versus rebuilding Migrating user IDs, passwords, and universe permissions is straightforward and something I would recommend Migrating profiles and complex permissions to individual Corporate Documents is significantly messier and something I would recommend to rebuild in the new environment In any migration, evaluate your existing security and test the Import Wizard with multiple options

Let s examine this program in detail The program creates three classes The first is SumArray It defines the method SumIt( ), which sums an integer array The second class is MyThread, which uses a static object called sa that is of type SumArray Thus, only one object of SumArray is shared by all objects of type MyThread This object is used to obtain the sum of an integer array Notice that SumArray stores the running total in a field called sum Thus, if two threads use SumIt( ) concurrently, both will be attempting to use sum to hold the running total Because this will cause errors, access to SumIt( ) must be synchronized Finally, the class Sync creates two threads and has them compute the sum of an integer array Inside SumIt( ), the lock statement prevents simultaneous use of the method by different threads Notice that lock uses lockOn as the object being synchronized This is a private object that is used solely for synchronization Sleep( ) is called to purposely allow a task-switch to occur, if one can but it can t in this case Because the code within SumIt( ) is locked, it can be used by only one thread at a time Thus, when the second child thread begins execution, it does not enter SumIt( ) until after the first child thread is done with it This ensures the correct result is produced To understand the effects of lock fully, try removing it from the body of SumIt( ) After doing this, SumIt( ) is no longer synchronized, and any number of threads can use it concurrently on the same object The problem with this is that the running total is stored in sum, which will be changed by each thread that calls SumIt( ) Thus, when two threads call SumIt( ) at the same time on the same object, incorrect results are produced because sum reflects the summation of both threads, mixed together For example, here is sample output from the program after lock has been removed from SumIt( ):.

Child #1 starting Running total for Child Child #2 starting Running total for Child Running total for Child Running total for Child Running total for Child Running total for Child Running total for Child Running total for Child Running total for Child Running total for Child Sum for Child #1 is 29 Child #1 terminating Sum for Child #2 is 29 Child #2 terminating #1 is 1 #2 #1 #2 #1 #2 #1 #2 #1 #2 is is is is is is is is is 1 3 5 8 11 15 19 24 29