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By clicking the Upload button, the bulk order import activity starts and is executed on the worker thread. The code for achieving this task is as follows: private void btnUpload_Click(object sender, System.EventArgs e) { //Starts the bulk order upload on worker thread ThreadPool.QueueUserWorkItem(new WaitCallback(BulkOrderUpload)); } The core logic of uploading the bulk order is defined in BulkOrderUpload, which is executed on one of the threads from the thread pool. With the help of a progress bar control, users are informed about the progress of this bulk import activity. So, somehow the worker thread must send a message to the UI thread to update the progress bar control; this happens by calling the Invoke method on the progress bar control, as shown in the following code. The Invoke method accepts a delegate and an optional parameter list and always arranges the execution of the delegate on the UI thread. public delegate void SetProgressBar(int value); private void UpdateProgressBar(int current) { //update the progress bar control uploadProgressBar.Value = current; } private void BulkOrderUpload(object state) { int ctr=0; int totalRecords=1;

//Read bulk order import file, and initialize the values //such as total number of orders to import //start iterating individual order while(ctr < totalRecords) { //update progress bar control value //this needs to be done on UI thread uploadProgressBar.Invoke(new SetProgressBar(UpdateProgressBar), new object[]{ctr}); } }

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JSF navigation rules use a model centered on the logical outcomes of events With a JSF navigation-rule entry, you can say things like, When action X generates outcome Y, take the user to this view The state within the overall pageflow is implicit I might, for example, take several paths through the pageflow to get to a specific physical page JSF sees all of these as ending up in effectively the same state, because the user s location within the pageflow can only be represented using view-id attributes But in reality, the state of the user in the flow depends on the specific transitions that landed the user there When defining pageflow in jPDL, states are defined as logical entities, using named start-page or page elements in the jPDL configuration.

If you create a collection class that has an each method for iterating through the members, you can get a number of useful methods for free by including the Enumerable module. These include detect, each_with_index, include , inject, and zip. In addition, if the objects in your collection implement the standard comparison method (<=>), Enumerable gives you max, min, and sort. These methods may seem familiar as Array implements them all. It does so by including Enumerable and implementing each. Let s give this a try ourselves with Listing 4-6. Listing 4-6. Skeleton Implementation of an Enumerable Collection class Toybox include Enumerable def each yield toy while (toy = retrieve_toy) end end With a class definition like that in Listing 4-6, we could call toybox.include (some_toy) without having to write the include method explicitly. Enumerable will use our each function (the details of which I have left sketchy as they are unimportant) to iterate through the collection and search for the specified toy. Now that we ve tried one of Ruby s built-in modules, we ll take the next step and create one of our own. This module will generalize the concept of a contactable entity. This would be of use if you had two unrelated classes that modeled users of a system and servers with automated mailboxes. In such a case, it is often difficult to factor out a superclass of both that would implement common functionality. Superclasses factored out to implement common functionality tend to end up with names like Entity, which is really just another word for Object. Whenever I catch myself using such a name, I know it s time for a mix-in. In this instance, we ll create a module called Contactable with the contract shown in Table 4-1.

An event is a notification that is triggered in response to an action This action could be initiated by users or could be because of a change in state Based on this action, events are broadly classified as user events, state-change events, and timer events: User events are generated as a result of user actions Examples of such events are the user clicking the mouse or navigating around controls using the keyboard State-change events are generated as a result of programmatic action For example, programmatically updating the text of a textbox widget forces a redraw of the UI control and also raises an event Timer events are recurring events and are triggered at particular intervals Timer events play an important role in implementing actions that are configured to occur at a predefined interval.

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