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If the call to createDomain() returns normally, the domain was created (or already existed)Any problem, including InvalidParameterValue and NumberDomainsExceeded, that results in a failure to create the domain throws an SDBException Embedded in the SDBException is a list of AWSError objects In the case of operation-specific SimpleDB error codes, there will only be one error, and that error will be holding the error code and message from the SimpleDB response

Once you have an instance of the servant, it will act just like a local object It is, in fact, acting as a proxy, carrying the remote request to the servant and returning the response In this way, a CORBA service differs little from that of one written using remote method invocation both are just as easy to use once a reference is obtained The remainder of the client code deals with the matter of turning on and off the lightbulb To demonstrate exception handling, our bulb will expire after a random number of switches on and off, so a repeated call to turn it on and off will eventually generate a BulbBrokenException, as defined in our CORBA schema The client loops indefinitely, waiting for the bulb to break, and then catches the thrown exception It should be noted, too, that other exceptions may be thrown at runtime, such as if a CORBA nameservice or a remote Light Bulb servant cannot be located

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With the servant and client complete, the final process is to run both software applications to demonstrate remote communication between objects using CORBA Follow the steps as delineated below Step One Compile the client and the server code, as well as any other associated files generated by the idjlexe application By placing all of your source files in the same directory, you can use a single command to perform this operation:

MPI_Send_init and MPI_Recv_init are called to set up the communication A request handle is returned to manipulate the actual communication events The communication is initiated with a call to MPI_Start, at which point, the process is free to continue with any computation When no further work can be done until the communication is complete, the processes can wait on a call to MPI_Wait A function using persistent communication for the ring communication pattern used in Fig B8 is shown in Fig B11 In addition to nonblocking and persistent communication, MPI defines several communication modes corresponding to different ways the sends work with the communication buffers:

CreateDomain Snippet in C#

Step Two Start the CORBA name service Included as part of the Java 2 Standard Edition, the application tnameservexe will be used as our name service It can be found in either the \bin\or \jre\bin of your Java 2 installation You'll want to run this in a separate console window, as the program runs continually Step Three Run the CORBA servant In a separate console window, type:

Standard mode (MPI_Send) The standard MPI send; the send will not complete until the send buffer is empty and ready to reuse Synchronous mode (MPI_Ssend) The send does not complete until after a matching receive has been posted This makes it possible to use the communication as a pairwise synchronization event Buffered mode (MPI_Bsend) User supplied buffer space is used to buffer the messages The send will complete as soon as the send buffer is copied to the system buffer

If you get an exception reading orgomgCORBACOMM_FAILURE, it means CORBA couldn't find the name server You should double-check that tnameserv is still running Step Four Run the CORBA client In a separate console window, type:

In C #, this is how you create a SimpleDB domain:

/******************************************************************* NAME: ring_persistent PURPOSE: This function uses the persistent communication request mechanism to implement the ring communication in MPI #include "mpih" #include <stdioh> ring_persistent( double *x, /* message to shift around the ring */ double *incoming, /* buffer to hold incoming message */ int buff_count, /* size of message */ int num_procs, /* total number of processes */ int num_shifts, /* numb of times to shift message */ int my_ID) /* process id number */ { int next; /* process id of the next process */ int prev; /* process id of the prev process */ int i; MPI_Request snd_req; /* handle to the persistent send */ MPI_Request rcv_req; /* handle to the persistent receive */ MPI_Status stat; /******************************************************************* ** In this ring method, first post all the sends and then pick up ** the messages with the receives *******************************************************************/ next = (my_ID +1 )%num_procs; prev = ((my_ID==0) (num_procs-1):(my_ID-1)); MPI_Send_init(x, buff_count, MPI_DOUBLE, next, 3, MPI_COMM_WORLD, &snd_req); MPI_Recv_init(incoming, buff_count, MPI_DOUBLE, prev, 3, MPI_COMM_WORLD, &rcv_req); for(i=0;i<num_shifts; i++){ MPI_Start(&snd_req); MPI_Start(&rcv_req); MPI_Wait(&snd_req, &stat); MPI_Wait(&rcv_req, &stat); } }

Your client will attempt to look up the appropriate lightbulb service from the CORBA name service application Your console should display the message "Looking for lightbulb" followed by "Found lightbulb," unless either the name service or server is not yet running Now your client will enter a loop turning the bulb on and off until it breaks, thus demonstrating exception handling under CORBA Congratulations, you have now run your first CORBA client-server application!

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