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select sortcode from (select * from t1 where rownum <= 300000) order by sortcode ; These scripts are driven by four other scripts two for pat_dump.sql, and two for sas_dump.sql. The calling scripts are pat_cpu_harness.sql, pat_nocpu_harness.sql, sas_cpu_harness.sql, sas_nocpu_harness.sql. As you can infer from the names, two of the scripts enable CPU costing, two of them don t. The scripts that enable CPU costing use the following PL/SQL to mimic the normal arithmetic of a system that is not using CPU costing when the db_file_multilblock_read_count is set to eight blocks: begin dbms_stats.set_system_stats('MBRC',6.59); dbms_stats.set_system_stats('MREADTIM',10.001); dbms_stats.set_system_stats('SREADTIM',10.000); dbms_stats.set_system_stats('CPUSPEED',1000); end; / To draw some valid comparisons between traditional costing based on the sort_area_size and costings based on the pga_aggregate_target, I have assumed that the 5% rule is appropriate for example, aligning a 1MB sort_area_size with a 20MB pga_aggregate_target. The basic model that appeared in all the 10053 trace files was With CPU costing disabled: Total IO sort cost = (Blocks to sort + IO cost per pass * Merge passes) / 2 With CPU costing enabled: Total IO sort cost = (Blocks to sort + IO cost per pass * Merge passes) Since the Blocks to sort was a constant (588) throughout the tests, the total cost of the sort is easy to grasp if we can understand what s going on with the IO cost per pass. Table 13-4 reproduces some of the interesting results; the four figures in each column are IO cost per pass / Initial runs / Merge passes, and then the Total IO sort cost.

he inheritance model for C++/CLI classes is not the same as that in C++ Multiple inheritance (of managed class types) is not supported Instead, C++/CLI reference types may only inherit from one base class, but may implement multiple interfaces This is the only supported inheritance model in the CLI, so languages such as C# and VB NET support the same model as C++/CLI Other features of the model include the ability to specify whether a function with the same name as a base class s virtual function is intended to be an override to that function, or whether it is a new function with the same name The philosophy behind this inheritance model is based on several ideas One idea is that multiple inheritance of class types leads to a lot of ambiguous calls when method names in different bases collide.

For frequently used memos, you can type numbers (e.g., 01, 02, and 03) at the beginning of the title to force those memos to be listed in order at the top of the list. (The reason you start with 0 is to keep your memos in order after the number 10.)

784 / 131 / 5 =>2,254 784 / 56 / 4 => 1,862 756 / 27 / 2 => 1,050

320KB 384KB 448KB 512KB 640KB 1,024KB 1,536KB 2,048KB 3,072KB 4,096KB 6,976KB 10,240KB 15,360KB 20,480KB 30,720KB

Once you ve created some memos, you ll want to view them at some point. Follow these steps to view a memo: 1. 2. Glide the Trackpad down to a memo or type a few letters to find the memo you want to view. Click the Trackpad to instantly view the memo.

In large inheritance hierarchies with virtual base classes, the rules for disambiguation of method calls are quite complicated and not easily comprehended Another issue is the difficulty of handling situations where the same base class appears more than once in the inheritance chain In such a case, the base class could be a virtual base class, which means that only one instance of the base class should be in the most derived object, or a nonvirtual base class, in which separate instances of the base object exist for every occurrence in the inheritance tree Initialization is also a troublesome issue virtual base classes must be initialized by the most derived object (to avoid ambiguity as to which class in the hierarchy is supposed to do this) It s very complicated, and as a language feature, most people find it difficult to learn all the rules Multiple inheritance has its merits.

720 / 22 / 2 => 1,014 696 / 18 / 2 => 990 726 / 16 / 2 => 1,020 714 / 14 / 1 => 651 687 / 11 / 1 => 638 693 / 8 / 1 => 643 686 / 5 / 1 => 637 687 / 4 / 1 => 638 686 / 3 / 1 => 637 696 / 2 / 1 => 642 678 / 1 / 1 => 633 720 / 1 / 1 => 654 686 / 1 / 1 => 637 764 / 1 / 1 => 676 692 / 1 / 1 => 640