Simple Rmi Program Using Netbeans For Php

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A simple example of a Java-RMI setup using Maven

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Project Setup

There are three subprojects in this example: RMIClient, RMIServer, and RMIInterfaces. These should be self-explanatory. The server sets up a basic class to be used as a remote object. The client then connects to it. Since both the client and the server need to be able to know the definition of the interface, that is broken out into a separate project that they both have as a dependency.

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This project should build out of the box with Maven.

Running the project

Running this can be a somewhat involved task, but here's the simple way to do it:

  1. Run the rmiregistry program. This should be in $JAVA_HOME/bin. rmiregistry -J-Djava.rmi.server.useCodebaseOnly=false
  2. Run the RMIServer. Make sure that when setting the RMI server codebase, the path ends with a /, otherwise it will not work. java -Djava.rmi.server.useCodebaseOnly=false -Djava.rmi.server.codebase=file:C:pathtoclasses com.rm5248.rmiserver.RMIServerMain
  3. Run the RMIClient. Make sure that when setting the RMI server codebase, the path ends with a /, otherwise it will not work. Also ensure that client.policy is accessible by the application. java -Djava.rmi.server.useCodebaseOnly=false -Djava.rmi.server.codebase=file:C:pathtoclasses com.rm5248.rmiclient.RMIClientMain

A simple example of a Java-RMI setup using Maven. Instal printer canon mp287 tanpa cd dgn google. Project Setup. There are three subprojects in this example: RMIClient, RMIServer, and RMIInterfaces. This is a java program for simple arithmetic calculationsusing the principles of Remote Method Invocation (RMI). Simple Calculator in Java Using Remote Method Invocation is a Beginners / Lab Assignments source code in Java programming language.

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Everything should now come up and you should see a message in the server window. The client prints out the number of characters that it sent to the server.

Other Notes

If you improve this example in any way, feel free to send a pull request.


Please see attached file for full program details and criteria:
Program Description:
You will use Java RMI to write a simple client-server application to play Lottery.
• The player should select 6 distinct numbers in the range 1-50 and
o Wins if any one of those numbers matches the single number generated at random on the server.
Summary of the Program:
You will have to:
• Define the remote methods to allow the client to send the numbers to the server.
• Implement these methods as a remote object.
• Write a client to invoke the remote methods.
• Use the rmic program to produce a stub and a skeleton.
• Use the rmiregistry tool to register the server.
Programming Criteria:
1. Defining the Interface
• Firstly define the server methods.
• The Lotto server receives and reads the list of numbers selected by the client.
• Then it checks that this list is valid (distinct numbers in the range 1-50):
o If not, return an error message to the client.
o If yes, make the lottery draw and see if the client has any winning numbers.
o Return the result to the client.
The SERVER is comprised of an INTERFACE and a CLASS.
o Provides the definition for the methods that can be called from the client.
o Essentially the interface defines the client's view of the remote object.
o Provides the implementation.
o Define these methods in a Java LottoInfo interface.
o Derive the interface from the Remote class or from interface (The interface must extend from java.rmi.Remote.
o All the method declarations must include the throws java.rmi.RemoteException clause).
2. Implementing the Remote Objects on the Server
Write the LottoInfoImpl class that implements the LottoInfo interface and the
LottoServer class that creates an object and registers it on the server.
1. Write the LottoInfoImpl class that contains the actual methods to receive the numbers.
2. Derive the class from the UnicastRemoteObject class
3. Create a LottoServer class with a method that creates a object. Register this object with the RMI remote object registry, name and bind it to a port using the Naming class and the rebind() method.
3. Programming the Client
Produce the LottoClient class that locates the server and invokes the remote methods.
The command to start the client will be
$ java LottoClient rmi://machine/remote_object
• Where the URL refers to the registry
o (Usually on the same machine that the server runs on, probably localhost).
Retrieve the remote object using the Naming class, by passing the use of the registry to the lookup() method. Then make the remote method call on this object.
4. Producing the Distributed Objects
Finally, compile and run the distributed objects:
1. Compile all the classes.
2. Your RMI java programs are only a part of the application.
a. It uses two other pieces of code called the stub and the skeleton. These reformat the method parameters and encapsulate them into a RMI data unit. Run the command rmic LottoInfoImpl to generate the stub and the skeleton.
3. Launch the registry rmiregistry.
a. Be sure to run the registry in the RMI server directory that contains the stub and skeleton.
4. Run the server and the client on a same machine and directory.
a. Then try to run the client and the server on two different machines.
Other Criteria:
• All coding should have comments written on them making the code easy to understand
• Source code should be included
• A small user guide to be included on how to use the program
• Using NetBeans to create the program (if possible)
• Simple program that fulfils all the points mentioned above in the Programming Criteria

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21 Feb 2012

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