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Oracle s sorting mechanism seems to be based on a binary insertion tree. What this means is that Oracle is effectively loading your data into a simple in-memory list, and maintaining an inmemory index on that data at the same time. The significance of the word binary is that I believe the index is a binary tree, which means that each node in the tree has at most two children. As each new row of data is read, Oracle traverses the tree, using a simple binary chop mechanism to determine where that row should belong. At the bottom of the tree, there are only two options. Either there is an available spot in the node where the data belongs or the node is full. If the node is full, Oracle has to add a new node, possibly by splitting the current node and propagating the split back up the tree as far as necessary. If this hypothesis is correct, this would result in a tree that was always height balanced which means no long dangly bits hanging down from the main body of the tree with a height that was always approximately log2(number of rows to be sorted). For example, with eight rows loaded in an order that made a perfect tree, we would have a binary tree with a height of three (Log2(8) = 3).

What s even better is that, since you formatted the number with an X between the main phone number and the access code (or extension), the BlackBerry will pause for three seconds and automatically dial the access code!

I would particularly like to mention Richmond Shee (coauthor of Oracle Wait Interface: A Practical Guide to Oracle Performance Diagnostics and Tuning) for giving me some very important clues (see his paper to the IOUG-A conference 2004, If your memory serves you right, about how Oracle manages its sorting). Until I saw his paper, I had casually assumed that Oracle would be loading data into memory and then using one of the standard algorithms for sorting in place. It had not occurred to me that Oracle would be using an insertion tree mechanism for sorting, and reading his paper gave me a truly Aha! moment.

Events^ events = gcnew Events(); // Add the event handlers for Start and Exit. events->Start += gcnew EventHandler(events, &Events::OnStart); events->Exit += gcnew EventHandler(events, &Events::OnExit); f(events); // Remove the event handlers. events->Start -= gcnew EventHandler(events, &Events::OnStart); events->Exit -= gcnew EventHandler(events, &Events::OnExit); } The output of Listing 7-17 is as follows: Adding Start event handler. Adding Exit event handler. Firing Start event. Starting Doing something. Firing Exit event. Exiting Removing Start event handler. Removing Exit event handler. The lock object will release its lock when it goes out of scope at the end of the method in which it is used. We have used the EventHandler and EventArgs classes provided by the framework, although in fact any delegate may be used as the event type instead with this pattern. Listing 7-18 is an example of using a delegate unrelated to the System::EventHandler class. You can see that much of the earlier example applies, but the parameters to the event are determined by parameters of the delegate type, EventProcessor. Differences are indicated in boldface. Listing 7-18. Using a Delegate Unrelated to System::EventHandler // events_custom2.cpp #include <msclr\lock.h> using namespace System; using namespace msclr; delegate void EventProcessor(String^ eventString); ref class Events { public:

Some appointments occur every week, month, or year. Others are easy to forget, so setting an alarm is helpful to remind you where to be or where to go.

Figure 13-1 shows a simple schematic of how Oracle uses the sort memory. You will notice that I have drawn a tree and a separate data stack. I don t think Oracle keeps the actual row

It requires only a few steps to schedule an alarm: 1. 2. 3. 4. Navigate to the Calendar icon and click it. Begin the process of scheduling an appointment, as detailed previously. In the New Appointment screen, scroll down to Reminder. The default reminder is 15 minutes click the highlighted field and change the reminder to any of the options listed. Press the Escape key or the Menu key and select Save. When the Calendar alarm rings, you can glide down and open either Dismiss or Snooze from the Alarm Popup window.

values embedded in the tree, as the code and memory structures used would be much cleaner if the data were listed separately and the leaf nodes on the tree held pointers to the relevant row.