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As a starting point, you might want to work out the actual number of rows returned: There are nine different (nonnull) values of n1 in table t1, at 10 rows per value for a total of 90 rows For each of those rows, there are 10 rows in table t2 so joining t1 to t2 will give 900 rows For each of the joined rows, there are 10 rows in t3 so the final join will be 9,000 rows And 9i has got the right answer The first clue about the difference comes from a more detailed explain plan Use explain plan and dbms_xplan in 9i and you will find that three extra (filter) predicates have appeared from somewhere: t1n1 is not null t2n1 is not null t3n1 is not null These predicates are there because they have to be true after all if t1.

This works for both Windows and Mac computers. Windows computer users see the following section. Mac users, skip ahead to the section called Using Desktop Manager for Mac.

n1 = t1n2, then neither column can be null This affects the calculations, because if they appear as filter predicates, you have to change the bit in the join selectivity formula that caters to null values: the (num_rows - num_nulls) / num_rows factor So the old-style 8i calculations look like this: T1 to T2: the tables with 100 and 120 rows respectively: Join Selectivity = (100 - 10) / 100) * (120 - 10) / 120) / greater(9, 11) = 0075 Join Cardinality = 0075 * 100 * 120 = 900.

Unlike native types, reference types do not automatically get a copy constructor and an assignment operator. They may be created explicitly if required. These functions don t always make sense for reference types, which normally don t represent a value that can be copied or assigned. Value types can be copied and assigned automatically. They behave as if they have copy constructors and assignment operators that copy their values.

If you have confirmed with your carrier that you can use the IP Modem feature in BlackBerry Desktop Manager (Figure 28-2,) then follow the steps shown here. Learn how to download and install Desktop Manager for Windows on page 67. 1. Start Desktop Manager by going to Start BlackBerry Desktop Manager.

Intermediate to T3: the table with 150 rows: Join Selectivity = (120 - 10) / 120) * -- the CBO uses the t2 figures at one end (150 - 10) / 150) / -- of the join, and the t3 at the other. greater(11, 14) = 0.0611111 Join Cardinality = 0.061111 * 900 * 150 = 8,250 But the new-style 9i calculations look like this: T1 to T2: the tables with 100 and 120 rows respectively: Join Selectivity = 1 / greater(9, 11) = 0.09090909 Join Cardinality = 0.09090909 * 90 * 110 = 900 Intermediate to T3: the table with 150 rows: Join Selectivity = 1 / greater(11, 14) = 0.0714285 Join Cardinality = 0.0714285 * 900 * 140 = 9,000

Click on the IP Modem icon. (If you don t see this icon, then you will need to confirm with your carrier that you can use it. Sometimes, you can re-enable this icon by editing a specific file see page 22.) Configure the IP Modem by clicking the Configure button, as shown in Figure 28-3.

(as required)

In managed classes, const fields are not seen as constant when invoked using the #using directive. You can initialize constant values that will be seen as constants even when invoked in that way by declaring them with the literal modifier. The literal field so created has the same visibility rules as a static field and is a compile-time constant value that cannot be changed. It is declared as in Listing 6-3. Listing 6-3. Declaring Literals ref class Scrabble { // Literals are constants that can be initialized in the class body. literal int TILE_COUNT = 100; // the number of tiles altogether literal int TILES_IN_HAND = 7; // the number of tiles in each hand // ... }; A literal field is allowed to have an initializer right in the class declaration. The value initialized must be computable at compile time. literal is added as a modifier in the same position that static would appear, that is, after other modifiers (see Listing 6-4) but before the variable name; literal is considered a storage class specifier. Listing 6-4. Initializing a Literal // literal.cpp using namespace System; ref class C { literal String^ name = "Bob"; public:

Now, try the drop-down list next to Connection Profile to see if your carrier is listed (Figure 28-4).