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The nutshell description of the Infinite Data pattern is the building of a result set incrementally Therefore, when implementing the Infinite Data pattern, the task executed must be able to generate results as the further results are being generated When generating a result set, don t think of having to generate an individual result that is sent to the client immediately It is acceptable to generate a set of results that are sent in batches to the client Think of how search engines function You create a query and are presented with an HTML page that probably contains a dozen results To get the next dozen, another HTML page is loaded The results are sent to you in batches Some readers may say that with a database query it is not possible to generate a subset of results A query generates a result set that is iterated.

Listing 9-3. Logging Using Extended Properties private void m_WriteLogEntryButton_Click(object sender, EventArgs e) { // Create and fill new LogEntry object LogEntry entry = new LogEntry(); entry.EventId = 1; entry.Priority = 0; entry.Categories.Add("Trace"); entry.Severity = TraceEventType.Critical; entry.Message = "This is a test message";

Figure 3-18. If the dot product is less that zero and greater than -v2.m, then the circle will be somewhere within the line s scope. All this means is that we can use this math to figure out which Voronoi region the circle occupies, and we can switch the collision strategy accordingly. If the circle is between the collision plane s start and end points, we know to check for a collision between the circle and the line. We can use a particle-versus-line strategy. If it s outside that space, we know to check for a collision between the circle and one of the line s end points. It then becomes a circle-versus-particle collision problem. In the source files, you ll find the CircleVsCorner folder. Run the SWF file, and you ll see that this system is used to accurately bounce the circle off the corners of the line, as shown in Figure 3-19.

// Add extended properties to the LogEntry, if checked if (m_LogExtendedProp.Checked) { entry.ExtendedProperties.Add("AuditTrackingCode", 1000); } // Write the LogEntry Logger.Write(entry); }

Figure 3-19. Bounce the circle off the corner of the line. Here s the bit of code from the enterFrameHandler that finds the dot products and decides which side of the line, if any, the circle is on. //The dot product that tells you whether the circle is within //the scope of the collision plane's magnitude (its Voronoi region) var dp1:Number = VectorMath.dotProduct(_v3, _v2); //The dot product that tells you which side of the collision plane //the circle is on var dp2:Number = VectorMath.dotProduct(_v3, _v2.ln); //If the circle is within the region of space defined //by the collision plane and its normals //then set its line side to left or right if(dp1 > -_v2.m && dp1 < 0 ) { if(_lineSide == "") { if(dp2 < 0 ) { _lineSide = "left"; } else { _lineSide = "right"; } } } else {

The argument is that the query that might take a long time cannot be subdivided into smaller queries This is not entirely correct, as recently many databases and programming platforms such as NET and Java have introduced E B V N APIs to execute asynchronous requests on a database The asynchronous APIs will not be discussed because they are beyond the scope of this book This chapter, though, does provide enough information on how the asynchronous APIs could be used The aim of the Infinite Data pattern from the perspective of the client side is to send a task to the server, return control to the client, and then wait for the results to arrive from the server From the server perspective, the Infinite Data pattern needs to implement the details of the Persistent Communications pattern.