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Figure 13-1. Range partition insert example The rows inserted were specifically chosen with the goal of demonstrating that the partition range is strictly less than and not less than or equal to. We first insert the value 15-DEC-2009, which will definitely go into partition PART_1. We also insert a row with a date/time that is one second before 01-JAN-2010 that row will also go into partition PART_1 since that is less than 01-JAN-2010. However, the next insert of midnight on 01-JAN-2010 goes into partition PART_2 because that date/time is not strictly less than the partition range boundary for PART_1. The last row obviously belongs in partition PART_2 since it is greater than or equal to the partition range boundary for PART_1 and less than the partition range boundary for PART_2. We can confirm that this is the case by performing SELECT statements from the individual partitions: ops$tkyte%ORA11GR2> select to_char(range_key_column,"dd-mon-yyyy hh24:mi:ss") 2 from range_example partition (part_1); TO_CHAR(RANGE_KEY_CO -------------------15-dec-2009 00:00:00 31-dec-2009 23:59:59 ops$tkyte%ORA11GR2> select to_char(range_key_column,"dd-mon-yyyy hh24:mi:ss") 2 from range_example partition (part_2); TO_CHAR(RANGE_KEY_CO -------------------01-jan-2010 00:00:00 31-dec-2010 00:00:00

There s only one type of effect that can t be moved, and these are one-time effects like the CCParticleExplosion shown in Figure 9 1. What s special about this effect is that it emits all its particles at once and then just stops emitting. All other particle effects run continuously, always creating new particles while those that have exceeded their lifetime are removed. The challenge in that situation is to balance the total number of particles that are on screen.

The graphical user interface of ILDASM is rather modest and strictly functional. The disassembled module is represented as a tree. The module itself is shown as the root, namespaces and classes as tree nodes, and members methods, fields, events, and properties as tree leaves. Double-clicking a tree leaf displays a disassembly window containing the ILAsm source text of the corresponding item of the module, as shown in Figure 19-1.

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Namespaces ................................................................................................................275

Fortunately, following a few guidelines can minimize the occurrence of deadlock. The first guideline is to always acquire resources in the same order. In the example, Thread A asks for ResourceOne, then ResourceTwo while Thread B asks for ResourceTwo, then ResourceOne. This allows both threads to have ownership of a resource and to be in need of the other resource. Figure 6.7 shows the threads asking for the shared resources in the correct order. While this will not totally eliminate the possibility of deadlock, it does reduce it. It is still possible for more complex dependency chains to be formed, but the discussion is beyond the scope of this book. Once a resource is attained and processing is complete, it is important to release the resources in the reverse order that they were acquired. This works much like a stack. In figure 6.6 we did not release the resources in the correct order. It is also a good idea to wait before reclaiming a resource. Failure to do so may cause starvation of a thread for a particular resource. Even though a thread is releasing a resource, if the thread immediately reacquires it no other threads will have an opportunity to utilize that resource. Resources should be acquired as late in processing as possible and be released as soon as possible. This minimizes contention for those resources and increases concurrency. This goes with acquiring only resources that you are certain you will need. A common mistake is to acquire a resource that might be needed. It is better to wait until you are certain you need the resource before acquiring it.

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