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Here are our finalized stories for the first iteration: Login Browse Catalog Display Product Detail Add Product to Shopping Cart Remove Product from Shopping Cart Search for Product Display Shopping Cart Contents When we added the Display Shopping Cart Contents Story to our current iteration, you might have expected our team velocity to increase by the number of story points assigned to this story, but this is not the case. When we get into story tasking, we are assigning more granular estimates (in the form of task points) to each of our stories. When we have tasked out all of the stories in our iteration, we total the task points and add/remove stories to/from the iteration accordingly. This is exactly what happened when we balanced our current iteration. We had 7 extra task points, which allowed us to add the Display Shopping Cart Contents story.

CHAPTER 11 LIGHTS, CAMERA, ACTION!

mailboxPost(randNext(width), randNext(height), colors[randNext(colorsLength)]) ThreadSleep(randNext(100)) // start the thread as a background thread, so it won't stop // the program exiting let thread = new Thread(fakeSimulation, IsBackground = true) threadStart() // start 6 instances of our simulation for _ in 0 . 5 do startWorkerThread() // run the form ApplicationRun form This example has three key parts: how the simulation posts data to the mailbox, how the mailbox buffers points to be sent to the GUI, and how the GUI receives the points Let s examine each of these in turn Posting data to the mailbox remains simple; you continue to call the Post method on the mailbox Two important differences exist between this example and the previous one First, you pass a different data structure; however, the post method is generic, so you remain strongly typed.

Sometimes even with Pygame s best efforts it will be unable to give you what you ask for. For example, if you have run out of memory you will not be able to load any more images and pygame.image.load will have no space to read an image to. In this case, Pygame will throw a pygame.error exception. Other situations will also produce errors. Here s what happens if you try to set a display mode with a height of 0 pixels: >>> import pygame >>> screen = pygame.display.set_mode((640, 0)) Traceback (most recent call last): File "<interactive input>", line 1, in pygame.error: Cannot set 0 sized display mode

We learned a lot more about the project when we started looking at the details of the stories in the first iteration. I think that keeping the focus to just the user stories in the first iteration helped us see the details better, without getting caught up in the specifics of the project as a whole. The customer seemed to appreciate the gaps we were finding early. It would be better if we had discovered the gaps up front, but I guess nobody is perfect. The developers are a little leery about all this estimating. They estimate at the story level, then again at the task level, and the estimate keeps getting adjusted. I had to remind them that refining their estimates is a good thing. The story estimates helped us all get an idea of just how big this project really is quickly, and the task estimates helped us rethink the size of a given story based on more detailed information. They still aren t too sure about all this estimating, but they are willing to keep trying it.

Second, you call the Post method from six different threads The message queue enables this to work just fine, so everything just works You use a simple technique to buffer data, which means you can simply count the number of you messages receive When you receive 100, you send them to the GUI: async { // read a message let! msg = mbReceive() // if we have over 100 messages write // message to the GUI if Listlength points > 100 then printPoints points return! loop [] // otherwise append message and loop return! loop (msg :: points) } The number 100 is fairly arbitrary; it was chosen because it seemed to work well for this particular simulation It s also worth noting that you count the number of messages you receive at each iteration by calling the Listlength function.