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Execution Plan (8.1.7.4) ---------------------------------------------------------0 SELECT STATEMENT Optimizer=ALL_ROWS (Cost=264 Card=82 Bytes=4756) 1 0 TABLE ACCESS (BY INDEX ROWID) OF 'T1' (Cost=264 Card=82 Bytes=4756) 2 1 INDEX (RANGE SCAN) OF 'T1_I1' (NON-UNIQUE) (Cost=184 Card=82) Execution Plan (9.2.0.6 and 10.1.0.4) ---------------------------------------------------------0 SELECT STATEMENT Optimizer=ALL_ROWS (Cost=264 Card=82 Bytes=4756) 1 0 TABLE ACCESS (BY INDEX ROWID) OF 'T1' (Cost=264 Card=82 Bytes=4756) 2 1 INDEX (RANGE SCAN) OF 'T1_I1' (NON-UNIQUE) (Cost=184 Card=1633) The alter session command is there for the benefit of 9i and 10g. The unhinted execution plan was a full tablescan, but when I first put in an index hint, the optimizer insisted on using the index skip scan mechanism, and in 10g if I then included the no_index_ss() hint, the index was disabled and the plan went back to a tablescan (I would be inclined to call this behavior a bug it seems perfectly reasonable to me to say, Use this index, but don t do a skip scan, but it is possible that it s the specified behavior). An important point to note is that the cardinality of this execution plan matches what we saw in the previous query (82), but the cost is very much greater (264 instead of 93). Let s try to use the formula in the standard way, and see what happens. The selectivity for column n1 is (3 1) / (24 0) + 2/25 = 0.1633333. The selectivity of ind_pad is still 1. The selectivity of n2 is still 0.05. So we can produce a combined selectivity of 1 * 0.1633333 * 0.05 = 0.0081667 (and multiplying this by the number of rows in the table and rounding we get 82, as the plan says). If we slot this value for the selectivity into both places in the formula, what results do we get

Click on the Show Directions button at the bottom to display turn-by-turn directions to your destination.

You may sometimes need to mix objects of managed and native types. You ll next learn what you need to do if you need to have a managed object encapsulated in a native type, as well as how to include native objects in managed types. But first, a little background and context. When would you need to write code like this If you are extending a native application with managed types, you ll probably need to use the native types in your managed types. If in addition the native types need to refer to managed types, then you need to use the gcroot template to refer to them, as you will see in the next section.

2 + ceiling(0.0081667 * 1,111) + ceiling(0.0081667 * 9745)

For GPS to work, you first have to turn on or enable GPS on your BlackBerry (see the section on page 498). 1. Start Google Maps and press the Menu key. Then select Bluetooth GPS or Enable GPS, depending on how you are accessing the GPS signal in your BlackBerry.

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On the next screen, select the GPS device that you paired with your BlackBerry and the GPS commands will now be available to you.

In a native class, you cannot simply declare a handle. Native types do not know what a handle is and what to do with one as a member. The code in Listing 12-19 is illegal. Listing 12-19. Misusing a Handle // native_in_managed_bad.cpp using namespace System; ref class R {}; class N { R^ r; // illegal public: N() { r = gcnew R(); } }; There is a way to properly contain a handle in a native type, and that is to use the gcroot template, with the handle to the reference type as an argument. In 6, you saw how this was done with the gcroot and the auto_gcroot templates. Listing 12-20 illustrates the difference between the gcroot template and the auto_gcroot template. Listing 12-20. gcroot vs. auto_gcroot // auto_gcroot.cpp #include <msclr/gcroot.h> #include <msclr/auto_gcroot.h> using namespace System; using namespace msclr; ref class R { public: void f() { Console::WriteLine("managed member function"); }

blevel 10 80 what's gone wrong, the answer should be 264!

Once GPS is enabled, your location will be shown with a little blue dot. If you press the Space key (0), then the map will move and follow your location.