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But this raises another issue. Again, Oracle will use the actual value of parameter db_file_multiblock_read_count to do direct reads against the table, so the cost based optimizer is apparently using an unsuitable value in the cost calculation. In this case, though, there is a saving grace. If all you do are large, parallel tablescans, then the code that generates the MBRC will see nothing but the effects of your direct path multiblock reads, so the value gathered by dbms_stats.gather_system_stats will be the correct value. On the downside, of course, if you are running a mixed OLTP/DSS system with lots of multiblock reads that aren t parallel, then the value for MBRC is likely to be unsuitable for both the serial and parallel queries, falling somewhere between the two ideal values. There is one other cunning little detail to CPU costing that can be seen most clearly in the 9i figures for parallel two. The cost drops from 5,031 to 2,501 as we go from serial to parallel two but as we saw earlier on, 5,031 is the sum of 5,001 for the I/O cost and 30 for the CPU cost. When we go parallel, the optimizer loses the CPU cost. In fact, examination of the trace files for 9i and 10g show that there is a small component of CPU cost in place. Is this a bug Probably not. A large fraction of the CPU cost of accessing a row comes from the CPU cost of locating, latching, and pinning a buffered block but parallel queries don t use the cache, they do direct reads, so perhaps most of the CPU cost should disappear.

return value of the last delegate called. However, it would not be wise to rely on which function is the last one called, as this is implementation dependent. The Invoke function is too simplistic to deal with this situation. What we need to do is get the invocation list and walk through it, calling each target function and examining the return value separately, as in Listing 7-12. In order to avoid the warning, we can use the Combine and Remove methods instead of the operators. Listing 7-12. Walking Through an Invocation List // delegate_invocation_list.cpp using namespace System; delegate String^ MyDelegate(); ref class R { public: String^ f() { return "R::f"; } String^ g() { return "R::g"; } String^ h() { return "R::h"; } }; int main() { MyDelegate^ d; R^ r = gcnew R(); d = gcnew MyDelegate(r, &R::f); // Cast the return value to this particular delegate type. // Note: the C-style cast evaluates to a safe_cast. d = (MyDelegate^) d->Combine(d, gcnew MyDelegate(r, &R::g)); d = (MyDelegate^) d->Combine(d, gcnew MyDelegate(r, &R::h)); String^ s = d->Invoke(); Console::WriteLine("Return value was {0}", s); d = (MyDelegate^) d->Remove(d, gcnew MyDelegate(r, &R::g)); s = d->Invoke(); Console::WriteLine("Return value was {0}", s); for each (MyDelegate^ del in d->GetInvocationList()) { s = del->Invoke(); Console::WriteLine("Return value was {0}", s); } }

Click the Calendar icon, as you did above. Press the Menu key and select Go to Date... from the list of options shown. After you click Go to Date... you can input the date you wish to view.