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This layer is responsible for transporting a message to its destination, which could be a separate application domain hosted on either the same machine or a different machine The merits of decoupling transport-level details into a separate layer are that it allows developers to experiment with a wide range of protocols, and both the caller (client) and the remote object (server) are completely unaware of how messages are received and delivered to the destination By default, TCP and HTTP channels are bundled as part of the remoting framework Pipe: The pipe is an abstract wire that builds a data conduit between two applications, and data is pushed in or out of this conduit A pipe could be further classified as a logical and physical pipe A logical pipe is built when the scope of communication is confined within the same machine and between two separate application domains.

The user object is initialized and outjected into the session scope by the authenticator component, as you saw back in the section Authentication Services. With this new property in place, we can adjust the restriction expression for the admin directory in pages.xml to allow any user to use those pages to edit a gadget that he or she submitted:

A physical pipe is implemented with network cables that connect machines to form a network..

I refuse to open this section with the same old interminable regurgitation of the history of XML you get almost everywhere. Nobody cares about SGML or the theory of marking something up.

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The remoting infrastructure allows the creation of both mobile and remote objects. Mobile objects and remote objects are also popularly known as marshal-by-value (MBV) and marshal-by-reference (MBR) objects, respectively. MBR objects in the remoting platform are broadly categorized as serveractivated objects (SAOs) and client-activated objects (CAOs). Both SAOs and CAOs vary in how the object state, lifetime, and activation are managed. The lifetime of an SAO-based object is directly controlled by the context in which it is hosted (the server), and the lifetime of a CAO-based object depends on the lifetime of the caller (the client). We will now describe the two types of remoting objects: Stateless object: In the remoting context, a stateless remote object is devoid of any state management features. The lifetime of a stateless remote object is very short. It begins with method invocation and ends with the execution of the method. It also means that for every method invocation received from the caller, a new instance of the remote object is created and finally destroyed. Such immediate recycling of remote objects provides no room for preserving any state that could later be accessed on a subsequent method invocation. Remoting supports stateless objects in the form of SingleCall objects, which are categorized under SAO. In a SingleCall object, every new request triggered from the caller is handled by a unique instance of the remote object. This instance is constructed upon method request and is subject to garbage collection upon the completion of the method execution.

<pages> . . . <page view-id="/admin/*"> <restrict>#{identity.loggedIn and (s:hasRole('ADMIN') or gadgetAdmin.gadgetSubmitter)}</restrict> </page> . . . </pages>

Stateful object: In the remoting context, a stateful remote object is provided with state management features. It goes one step further by allowing the state of an object to be manipulated both at the global level and at the session level. Remoting allows the construction of stateful objects in the form of a Singleton or CAO object. Singleton objects, like SingleCall objects, are categorized under SAO, but the similarities end there. Singleton objects are stateful objects, and this means their state is preserved across method calls. Another important feature of Singleton objects is that only a single instance of the remote object exists at any point of time. Figure 5-7 shows this in action where a single instance of a remote object is served to multiple callers. A Singleton object also allows for easy data sharing because a change in the state of a Singleton object is immediately visible to the callers. On the other hand, CAO-based objects are the equivalent of local objects whose lifetimes are directly controlled by the caller, but the instantiation still happens in the context in which the CAO object is hosted, which is usually the server. CAO, unlike Singleton, allows the creation of multiple instances, and each instance is uniquely distinguishable by the caller.

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