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The strange contradictions in the trace reports can be explained by the optimistic, yet thrifty, mechanisms used by the run-time engine Because the pga_aggregate_target was set to 200MB for the test, my process had a limit of 10MB for the sort Because nothing else was going on during my test, the kernel code allowed my session to grow to that limit effectively checking view v$pgastat (and possibly summing v$sql_workarea_active) to compare the global target with the total amount of PGA memory currently allocated So the sort operation starts with an effective sort_area_size of 10MB; but on the first pass when the 10MB is completely filled for the first time by the data and its insertion tree it becomes apparent that the sort cannot complete in memory The session dumps the first run to disk, and releases memory back to the accounting pool.

I suspect that there is some calculation at this point that estimates a small but safe size of memory that will allow the sort to complete as a onepass sort The ideal is to hold on to enough memory to keep the operation down to a onepass sort, but not to have so much that (a) the CPU cost is unnecessarily increased, or, more importantly, (b) other processes in need of memory are starved as a result of our greed Given the steady increase that we can see in the sizes of the sort runs, it is possible that the session checks the state of the PGA global allocation each time it dumps to disk.

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// ditto for ambition, distraction, uglification, and derision... }; Notice the operator + declared as a friend, which is a global function, not actually a member of the class. The friend operator is necessary if you want addition to be commutative (necessary for any sensible system of operators). Consider the following expressions: double d; Complex c1, c2; c2 = c1 + d; // Complex::operator+(double d) member function called c2 = d + c1; // global friend operator+(double d, const Complex& c) called It s not possible for an instance method to be called on a class when the class is on the right side of the expression. In C++/CLI, the operators that in classic C++ you would define as global friend functions, you define as static operators in the class. This is considered a superior design in that you do not need to make any special exceptions to the encapsulation of the private data for a class in order to support commutative operators that work with primitive types. In Listing 7-22, the addition operators between Complex and double are declared as static operators in the class. These operators would have been global friend functions in a native C++ class. In addition, the operator for adding two complex numbers could also be defined as static, as in Listing 7-22, rather than as a member operator as it would be in classic C++. Listing 7-22. Defining a Static Operator // complex.h using namespace System; value class Complex { double re; double im; public: Complex(double real, double imag) : re(real), im(imag) { } // unary minus Complex operator-() { return Complex(-re, im); }

It is also possible that part of the calculation is keeping a check on the number of runs generated and anticipating the amount of memory needed to perform a single merge with the minimum I/O overheads There is one more significant detail about the 10032 trace that doesn t stand out in the extract I ve printed In 8i, the Sort Parameters section of the trace file is printed before the sort runs start in 9i the figures are printed after the first pass to disk has completed The figures in the trace file reflect the state of the PGA just after the final sort run is dumped; and this just happens to catch the fact that the new code has the capability to take advantage of larger memory allocations by electing to use a much larger I/O size during merging.