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Mass Storage Mode Transfer for Your Media Card Whether you have a Windows or a Mac computer, this feature works. It will show images for the Mac computer process and will be fairly similar for a Windows PC. This transfer method assumes you have stored your media on a MicroSD media card in your BlackBerry. Use the following steps: 1. Go to your Options icon and scroll down to click Memory.

A more sensible approach, perhaps, would have entailed using a two-table join (assuming it was logically equivalent) in both the outer and inner query blocks Despite the silliness of the query, the optimizer copes well in 10g I ve used dbms_xplan in this example to help identify which copies of emp and dept in the original query correspond to which copies in the execution plan But the help comes only from examining the predicate information section carefully (A column called instance in the plan_table lets you identify multiple copies of the same table in a query very easily unfortunately, none of the Oracle tools report it).

Connect your BlackBerry to your computer with the USB cable. If you selected Prompt for Auto Enable Mass Storage Mode on the previous screen, you will see a question reading Turn on Mass Storage Mode Answer Yes (check the box that says Don t Ask Me Again ). When you answer Yes, your media card looks like another hard disk to your computer (similar to a USB flash drive).

class PlantData { public: static void PlantQuery(char* search, Recordset** records) { DBConnection connection; connection.Query( search, records); } // destructor for connection called }; A bit of a philosophical perspective is in order here. The stack and the heap have a historical origin in terms of how programming languages and memory models were implemented and evolved. There are significant lifecycle differences between stack and heap objects. Stack objects are short-lived and are freed up at the end of the block in which they are declared. They are fundamentally local variables. Heap objects could live for a lot longer and are not tied to any particular function scope. The design of C++/CLI is shaped by the idea that the notion of the semantics of a stack variable or a heap variable can be separated from the actual implementation of a given variable as actual memory on the stack or heap. Another way of looking at it is that because we have reference types that cannot live on the stack, we d like a way to have our cake and eat it, too. We d like reference types with the semantics of stack variables. With this in mind, consider the managed version of the preceding example. If you went ahead and implemented the native classes DBConnection and PlantData as managed types using a literal transliteration of the code, your code would look something like Listing 4-6. Listing 4-6. Accessing the Botany Database with Managed Classes // ManagedPlantQuery.cpp using namespace System; ref class Recordset; ref class DBConnection { public: DBConnection() { // Open the connection. // ... } Recordset^ Query(String^ search) { // Query the database, generate recordset, // and return handle to recordset. // ... }

Oracle keeps on getting better at handling distributed queries but even in Oracle 10g, the optimizer doesn t try to pull histograms from the remote site(s) to improve its execution plan, and it s not just a question of ignoring histograms on join columns. Even when you have remote columns compared to literal constants, Oracle does not attempt to use the histogram. Again, it falls back to the num_distinct (or density, depending on version). For example, consider these two queries (which can be found in script dist_hist.sql in the online code suite): select home.skew2, away.skew2, home.padding, away.padding from t1 t1@d920@loopback where and and ; select /*+ driving_site(away) */ home.skew2, away.skew2, home.padding, away.padding home.skew = 5 away.skew = 5 home.skew2 = away.skew2 home, away

TIP: If you set the Auto Enable Mass Storage Mode setting to Yes, you won t be asked this question and the media card on the BlackBerry will automatically look like a Mass Storage device (disk drive letter).

from t1 t1@d920@loopback where and and ; home.skew = 5 away.skew = 5 home.skew2 = away.skew2 home, away

5. 6.