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In some e-mail messages, you may see blank spaces where images should be. If you see this, then press the Menu key and select Get Image to retrieve just one image, or Get Images to retrieve them all. You may see a warning message about exposing your e-mail address; you need to click OK or Yes in order to get the image.

backward compatibility), and takes values from 0 to 100. It is used to indicate to the optimizer the percentage of index blocks from the inner (second) table s index that are likely to be cached during nested loop joins.

The BlackBerry is a powerful business tool. As such, there are times that you might need to attach a file (much like you would do on your computer) to the e-mail message you send from the BlackBerry. NOTE: Depending on the version of your BlackBerry software, this Attach File menu option may not be available for you.

optimizer_index_caching is used to adjust the cost calculation for index blocks of the inner table in nested loops and for the index blocks used during in-list iterators. It is not used in the calculation of costs for simple index unique scans or range scans into a single table.

cpp using namespace System; value struct Greeting { String^ greeting; Char punctuator; void PrintGreeting(String^ name) { Console::WriteLine(greeting + name + punctuator); } }; int main(array<String^>^ args) { Greeting greet; greetgreeting = "Hi "; greetpunctuator = '!'; if (args->Length < 1) { Console::WriteLine("Enter names on the command line, like this:" " greeting <name1> <name2> .."); Console::WriteLine("Use quotes around names with spaces"); return 1; }.

1. 2. 3.

Given that OLTP systems often have joins where a few rows from the first table are used to drive a join into the second table to pick up a few rows each, a value in the region of 75 is a reasonable starting guess (stress the word guess) for typical OLTP systems The dense packing of the content in a typical index makes it seem reasonable that an indexed access path might do a physical read on the first pass through the loop, but that physical read would have populated a buffer that subsequent passes could reuse The second picture also has the advantage that it allows us to visualize both the old and new mechanisms for the nested loop.

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The old mechanism finds the first row in the outer (driving) table, traverses the index, and visits each of the matching rows from the inner table in turn; then repeats for the second and third rows in the outer table This results in the rows from table 2 being fetched in the order (a, a, a, b, b, b, c, c, c), which may allow a subsequent order by clause to achieve a SORT (ORDER BY) NOSORT The new mechanism finds the first row in the outer table, traverses the index, and stops in the leaf block, picking up just the relevant rowids for the inner table; then repeats for the second and third rows in the outer table.

// pass_count counts the number of consecutive passes // (when players do not make a play). // This is used to find out if everyone passes one after the other, // in which case the game is over. int pass_count; // There are 15 spaces in the board. These constants are used in the static // constructor to create the board using symmetry. literal int BOARD_SIZE = 15; literal int BOARD_SIZEM1 = BOARD_SIZE - 1; literal int BOARD_MID = 7; literal int TILE_TYPES = 27; public: // The instance constructor creates the array of players // and the tile bag, which would have to be re-created for // each game. ScrabbleGame(unsigned int numPlayers) : nPlayer(numPlayers) { moveNum = 0; random = gcnew Random(); // Create the players. players = gcnew array<Player^>(numPlayers); for (unsigned int i = 0; i < numPlayers; i++) { Console::Write("Player {0} enter name: ", i); String^ s = Console::ReadLine(); players[i] = gcnew Player(s, i); } // Initialize the bag tiles. bag = gcnew List<Tile^>(TILE_COUNT); for (int i = 0; i < TILE_TYPES; i++) { for (int j = 0; j < tilePopulation[i]; j++) { Letter letter = safe_cast<Letter>(i); bag->Add(gcnew Tile(letter)); } } // The gameboard consists of an array of null pointers initially. gameBoard = gcnew array<Tile^, 2>(BOARD_SIZE, BOARD_SIZE); }