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Note You may be wondering why the term EntityManager reference is used instead of EntityManager instance here. As you will learn in the later Obtaining a Container-Managed EntityManager section, obtaining a container-managed EntityManager instance is performed through dependency injection or direct JNDI lookup of the EntityManager. So, you don t actually create a container-managed EntityManager instance rather, you obtain a reference to the instance provided by the container.

I covered creating CouchDB views using the API in 7. You simply add a reduce function to your view s JavaScript definition to get the desired results. Listing 8-7 would create the count_by_type view from the previous section using the CouchDB RESTful HTTP API. Listing 8-7. count_by_type.json { "language": "javascript", "views": { "count_by_type": { "map": "function(doc) { if(doc.email && doc.fax) emit('Both', 1); else if(doc.email) emit('Email', 1); else if(doc.fax) emit('Fax', 1); else emit('Neither', 1); }", "reduce": "function(doc) { return sum(values); }" } } } Now let s add this view to the contacts design document in the contacts CouchDB database: curl -X PUT http://127.0.0.1:5984/contacts/_design/contacts -d @count_by_type.json As you can see from Listing 8-7, you simply include the reduce function alongside your map function when defining your view using JavaScript. Complex views are much easier to create using Futon, because you don t have to worry about escaping quote characters and missing braces and the like. Of course, you could always create your own application for defining views. Let s now use curl to run the view you created in the previous section. If you saved the view in the contacts design document with the name count_by_type, you should be able to access the view using the following URL: http://127.0.0.1:5984/contacts/_design/contacts/_view/count_by_type. curl -X GET http://127.0.0.1:5984/contacts/_design/contacts/_view/count_by_type The results of this command should look similar to Listing 8-8.

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One of my favorite features of Mootools is its capability to not only set animation on an element but to set it on multiple elements at one time: var myElementsEffects = new Fx.Elements($$('a')); myElementsEffects.start({ '0': { //let's change the first element's opacity and width 'opacity': [0,1], 'width': [100,200] }, '4': { //and the fifth one's opacity 'opacity': [0.2, 0.5] } }); Using the Fx.Elements class, it uses the $$() function just like Prototype; in this case, it passes in a list of links. The start() method starts the animation and takes an options object as its only parameter. The object literal uses keys to define which elements should be animated. The first and fifth elements (you re starting from 0) will be animated with the first element having its opacity changed from 0 percent to 100 percent (going from invisible to completely visible) and its width going from 100px to 200px. The fifth element has its opacity changed from 20 percent to 50 percent. This functionality is handy if you have a number of dependent animations, such as having one area expand while a number of other areas collapse at the same time.

Another important thing to remember is that the applicability of some EntityManager methods is dependent upon the type of associated persistence context. For example, you can call the EntityManager interface s close method only when using an application-managed EntityManager. The EntityManager instance operating on a persistence context is obtained from an entity manager factory associated with a certain persistence unit. As you will learn a bit later in this chapter, you won t need to explicitly deal with the EntityManagerFactory interface in the case of a container-managed EntityManager, since the container does it for you implicitly. The following sections explain the concept behind the persistence context in more detail.

The persistence context of an EntityManager instance defines the scope within which you can use that EntityManager instance to access and manipulate particular entity instances. Within a certain persistence context, any persistent entity identity may be represented by a single instance. Figure 10-3 illustrates that a persistence context consists of a set of entity instances manipulated by a certain EntityManager instance. As stated earlier, an EntityManager instance uses its methods to access and manipulate the entity instances in the associated persistent context. You can find the list of the most commonly used EntityManager interface methods in Table 10-2 later in this chapter.

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