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Another great feature of fireEvent is that you can have more than one argument for the event handler by providing an array argument to event: var handler = function(a, b){ consolelog(a); // 'foo' consolelog(b); // 'bar' }; var link = $('main'); linkaddEvent('click', handler);.

public JobConf(Configuration conf)

Summary

// dispatch a click event setTimeout(function(){ link.fireEvent('click', ['foo', 'bar']); }, 5000); In this example, we dispatch the click event of link using the fireEvent method, but we pass an array of two strings as the event argument. These two strings are then passed to the event handlers of the element. In this case, the first string corresponds to the a parameter of handler, while the second string corresponds to b. As you can see, the MooTools event dispatch API is a far cry from the complex dispatch APIs we ve seen so far. This simplicity of the dispatch API and the whole events system is in part due to nifty tricks that MooTools uses for its event system. And these tricks are what we re going to look at now.

This constructor is commonly used when your application already has constructed a JobConf object and wants a copy to use for an alternate job. The configuration in conf is copied into the new JobConf object. It is very handy when unit testing because as the unit test can construct a standard JobConf object, and each individual test can use it as a reference and change specific values. If your driver launches multiple MapReduce jobs, each job should have its own JobConf object, and the pattern described previously for unit tests is ideal to support this.

public JobConf(Configuration conf, Class exampleClass)

Now that we ve seen the external API that we ll use to work with the MooTools event system, it s time to dig deeper and look at how MooTools implements its event system. There are several moving parts that we need to put together to get a full view of the MooTools event system, and we ll discuss each one in turn.

Construct a new JobConf object that inherits all the settings of the passed-in Configuration object conf, and make the archive that exampleClass was loaded from available to the MapReduce tasks. Classes that launch jobs that may have unit tests or be called as part of a sequence of Hadoop jobs should provide a run method that accepts a Configuration object and calls this constructor to make the JobConf object for that class s job. This way, the unit test or calling code can preconfigure the configuration, and this class can customize its specific variables and launch the job.

You ve broadened your horizons here somewhat, exploring template-agnostic InfoPath add-ins, task panes, and hosting InfoPath form templates in your own applications. There is one more area to cover, and it s the most powerful aspect of Microsoft Office SharePoint Server 2007: workflow.

Unlike the standard model (and like the IE model), there s just one event type in MooTools, represented by the Event type object. And unlike all other types we ve seen so far, the Event type is special because it does not directly override the native event type of the browser. Instead, the Event type acts as a proxy for the native event type. This might be confusing, so let s have an example: var item = $('item'); var firstEvent; item.addEventListener('click', function(event){ firstEvent = event; }, false); item.addEventListener('click', function(event){ console.log(firstEvent === event); // true }, false); Here we attach two click event handlers to the item element. The first event handler stores the value of its event object into a variable called firstEvent, while the second event handler compares whether the event object passed to the first handler as stored inside firstEvent is the same as the event object passed to it. When we run this on a browser and click on the item element, we get a console output of true, which means that they re the same objects. However, take a look at this example var item = $('item'); var nativeEvent; item.addEventListener('click', function(event){