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There are actually two layers to the MooTools event system. One layer deals with making the event system work with the native event layer, and the other deals with the MooTools-specific event features. These two layers are intertwined, and you won t notice this unless you dig through the source. At the native level are two Element methods called addListener and removeListener, which are cross-browser wrappers for the event handler attachment and detachment functions. The addListener method takes two arguments, type and fn, which correspond to the same arguments used for attachEvent and addEventListener. When we invoke the addListener method of an element, it attaches the fn handler function using addEventListener if the browser supports the standard model, or attachEvent if the browser supports the IE model. The removeListener method also takes the same two arguments, and it corresponds to the detachEvent and removeEventListener methods from the native models. Like the addListener method, the removeListener method is also aware of the event model used by the browser and switches between using detachEvent and removeEventListener automatically. These are the two methods that allow MooTools to attach and detach handlers in a cross-browser function. When we call the addEvent and removeEvent methods, MooTools automatically calls on addListener and removeListener from inside these methods to add the native event handlers for the browser.

Figure A-4. Run dialog 2. You should now be looking at the command box with its flashing cursor. Before we continue, however, do the following: Open up two instances of Windows Explorer (one for each work area: US and UK ) and create two folders: C:\ModelT\US_Server and C:\ModelT\UK_Client. In the US_Server folder, place a copy of ProxyRemoteServer.cs and Server.cs. In the UK_Client folder, place a copy of Client.cs.

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However, things aren t as straightforward as that. The addEvent and removeEvent methods actually perform several operations before attaching and detaching the native event handlers. Like the class system, MooTools adds powerful new features to the native event system using JavaScript, and these new features depend on addEvent and removeEvent to work. The first feature that MooTools adds is an internal event table. The event table is an object where the event handlers for an element are stored. Each element has its own internal event table, which is kept inside an element s storage object: var item = $('item'); console.log(typeOf(item.retrieve('events'))); // 'null' var handler = function(){}; item.addEvent('click', handler); console.log(typeOf(item.retrieve('events'))); // 'object' An element s event table can be accessed through the storage method retrieve that we saw in the 8, and it is kept under the key events. In this example, we first try accessing the element s event table by calling on retrieve( events ), but because our element has no event handlers yet, we get null. After this line, we attach an empty click event handler to the same element, and then try retrieving its event table again. This time we don t get null; instead we get an object. And this object is the element s newly created event table. The event table is actually a collection of weakmaps that are used to keep track of your event handlers. A weakmap is a special object that has two properties, keys and values. Unlike a regular object where the mapping is direct, a weak map uses index-based mapping. For instance, look at the following object map: { 'keyA': function A(){}, 'keyB': function B(){} }

The one thing you can t do is write CUD operations with the ExecuteQuery() method This requires another method that is part of the DataContext class, ExecuteCommand() The ExecuteCommand() method behaves identically to ExecuteQuery(), with the exception that it accepts only the CUD queries (insert, delete, update) For example, if you want to change the default behavior of how LTS inserts a department, you can override the partial method InsertDepartment in the AdventureWorksDataContext class so that it uses the code in Listing 4-38..

I If you want to key the code into the above files, the full script appears under the respective class Tip

This object has two keys, keyA and keyB, which have two function values The mapping here is direct: keyA is a direct reference to function A, while keyB is a direct reference to function B In contrast, a weakmap uses indirect mapping: { 'keys': ['keyA', 'keyB'], 'values': [function A(){}, function B(){}] } Here the object has two properties, keys and values, which are both arrays The keys array stores the keys of the objects, while the values array stores the values of the keys The mapping here is indirect: the first item in the keys table corresponds to the first item in the values table, and so on So the value of the key keyA, which has the index 0 in the keys array, is function A(){}, which has the index 0 in the values array.

heading in the discussion of the Remote-Proxy pattern. To enter code outside of VS, enter the script into a Notepad file and then, for example, save as: ProxyRemoteServer.cs include the quote marks to prevent Notepad from saving the file as a txt rather than as a cs file.

create helper methods in the DataContext as you did in Listing 4-33.

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