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var items = $$('img, body, html'); items.each(function(item){ // capturing listener item.addEventListener('click', handler, true); // bubbling listener item.addEventListener('click', handler, false); }); }); </script> </head> <body> <img src="hello.png"> </body> </html> Here we stopped the propagation at the at target phase rather than the capturing phase. Clicking on the <img> element, we get the following console output: Capturing: html Capturing: body Target: img Target: img All our elements in this example have two handlers: one for the capturing phase and one for the bubbling phase. We know that if the element is the target of the action, both handlers will be called successively. In the case of using stopPropagation, we only stopped the event from going to the next phase of the process: we didn t stop the dispatcher from invoking the other event handlers of the node that we re working with. Thus, we get two Target: img logs rather than one.

Client Code In the client code, we see the Observer pattern at work We test the effectiveness of the design by instructing the client code to create a subject and two observer objects The client code creates instances of the subject object (ObservedAssemblyLine) and two observer objects (ObserverCarDealer and ObserverDelivery) in this example, we create two observer objects so that we can we can show the effect of deregistering one of them Then the client code assigns the instance of the subject object (ObservedAssemblyLine) to the ObservedObject property of the respective observer objects (ObserverCarDealer and ObserverDelivery) The observer objects ObservedObject property is required to be called by the client code, so that it knows which object is being observed.

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Next, the client code calls the Attach() method of the observer objects (ObserverCarDealer and ObserverDelivery), and this step registers the event handler (ChangedEventHandler) with the delegate event (Changed) of the subject object (ObservedAssemblyLine) Then the client code assigns some new data to the InterestingData property of the subject object (ObservedAssemblyLine) Code within the InterestingData property fires the event (Changed) and passes it some new data As the event handler (ChangedEventHandler) of the observer objects (ObserverCarDealer and ObserverDelivery) have been registered against the event (Changed), they are both notified of the event.

</body> </html> First we select our paragraph element using the $ function, as in $('para1'). This returns the paragraph element, whose get method we invoke with the argument 'text' to retrieve the text inside the element. This method returns a string, 'some text' which corresponds to the text of our paragraph. Nothing surprising so far. But what happens if instead of a single element, we invoke the get method of an Elements collection <html> <head> <title>test</title> <script src="mootools.js"></script> <script> window.addEvent('domready', function(){ var result = $$('p').get('text'); console.log(result); // ['some text.', 'another text.', 'more text here'] console.log(typeOf(result)); // 'array' }); </script> </head> <body> <p id="para1">some text.</p> <p>another text.</p> <div class="viewable"> <p>more text here</p> </div> </body> </html> We select all the paragraphs in the document using the $$ function, and then we call the get method of the returned Elements object, storing it in our result variable. When we log the result variable, it shows us that the get method doesn t return a string like our previous example. Instead, it returns an array of strings. The basic rule is that when an Element method is called on an Elements instance, it will return an array of results instead of a single return value. The code above could be done like so: <html> <head> <title>test</title> <script src="mootools.js"></script> <script> window.addEvent('domready', function(){ var result = []; $$('p').each(function(element){ result.push(element.get('text')); }); console.log(result); // ['some text.', 'another text.', 'more text here'] console.log(typeOf(result)); // 'array' }); </script> </head>

dept.ModifiedDate = DateTime.Now; db.SubmitChanges();

Following that, the client code calls the Detach() method of one of the observer objects (ObserverCarDealer), which causes its event handler (ChangedEventHandler) to be detached from the event (Changed); that is done because the car which the dealer is interested in has since rolled off the assembly line, and it is no longer interested in being notified of the event Finally, the client code passes a second set of interesting data to the InterestingData property of the subject object (ObservedAssemblyLine), which will illustrate that the remaining observer object (ObserverDelivery), which is registered with the subject object (ObservedAssemblyLine), is notified of the second event..

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