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An initial example with CORBA
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Activate the dispatching of requests to the remote object (activate) Run the event loop to actually dispatch requests (run) A client that wants to invoke operations on the remote object looks like the following:
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#include "FooC.h" int main (int argc, char *argv[]) { // ... CORBA::ORB_var orb = CORBA::ORB_init (argc, argv); // read the object reference to the remote object from the // arguments list in position 1 CORBA::Object_var obj = orb->string_to_object (argv[1]); Foo_var foo = Foo::_narrow (obj); // do the actual invocation foo->bar (); orb->destroy (); }
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The client creates an ORB instance in the same way that the server does. It then creates a local proxy for the remote object, by converting the stringified object reference handed over as argv[1] in this case to a CORBA object reference. To finally create a proxy of the correct type, it performs a narrow operation on the object reference. The proxy, represented by the variable foo, is now ready for use, and operations can be invoked on it. The proxy follows the CLIENT PROXY pattern, but we discuss more about its responsibilities later.
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The CORBA architecture consists of multiple components. Those used in most applications are: Object Request Broker core (ORB core), responsible for basic communication mechanisms Portable Object Adapter (POA), responsible for dispatching requests to registered remote objects Naming Service, responsible for the central distribution of references to remote objects
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Looking at CORBA s constituent parts from a deployment perspective, the POA and ORB core are often represented as libraries. Applications implementing remote objects are mostly executables that link with the POA and the ORB library. The reason for this separation is footprint optimization, minimizing the amount of memory used. Separate libraries have two advantages: Different implementations can be provided, customized to the use cases in which the ORB is employed
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An application can include only those components that it really needs, keeping the overall footprint at a minimum For example, some ORB vendors provide a minimum POA implementation specialized for embedded systems with fixed requirements, as well as the complete POA implementation needed for enterprise systems. The savings in footprint when using a minimum POA over a full-featured POA can be quite significant. Further, pure client-side ORBs can reduce the memory footprint by not including the POA, which is not needed if they do not serve remote objects. Our technology projection of how CORBA is built on the patterns is independent of a specific ORB implementation, but the way in which the patterns are implemented is ORB vendor-dependent. ORB vendors are free to implement the ORB as they see fit, as long as they adhere to the standardized interfaces, semantics, and separation between responsibilities. The ORB core itself is designed to be compact. It implements the essentials of connection and request handling: SERVER REQUEST HANDLER and CLIENT REQUEST HANDLER. Actual request dispatch functionality is kept in the POA, using INVOKER. This Microkernel [BMR+96] architecture has proved successful in many other architectures, and has proved useful not only in ORB design, but also in operating systems. Microkernel architectures are built on a core that provides the most basic functionality, and uses layers around that to extend this functionality. They are especially useful in situations in which future usage scenarios and extensions cannot be foreseen. This design principle has been followed until today, with the current CORBA 3 specification. Most ORB vendors are able to extend their ORBs with shells of functionality through the use of add-on libraries to implement extra features, such as RT-CORBA or Portable Interceptors. Basic connection and message handling For managing network connections and for basic send and receive of messages, the ORB implements SERVER REQUEST HANDLER and CLIENT REQUEST HANDLER. Both patterns implement basic request handling functionality. On an initial request from a client to a server, the clientside ORB checks the connection pool for existing connections to the