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tool with a patent-free algorithm: gzip Even better, gzip consistently achieves better compression ratios than compress does Another bonus: Recent changes have allowed gzip to uncompress files that were compressed using the compress command NOTE The filename extension usually identifies a file compressed with gzip These files typically end in gz (files compressed with compress end in z) Note that gzip compresses the file in place, meaning that after the compression process, the original file is removed, and the only thing left is the compressed file To compress a file named footxthtm in your PWD, type

Part II:

try { AddServerImpl addServerImpl = new AddServerImpl(); Namingrebind("AddServer", addServerImpl); } catch(Exception e) { Systemoutprintln("Exception: " + e); } } }

CHAPTER 13 STOP IT!

And then to decompress it, use gzip again with the -d option:

The fourth source file, AddClientjava, implements the client side of this distributed application AddClientjava requires three command-line arguments The first is the IP address or name of the server machine The second and third arguments are the two numbers that are to be summed The application begins by forming a string that follows the URL syntax This URL uses the rmi protocol The string includes the IP address or name of the server and the string AddServer The program then invokes the lookup( ) method of the Naming class This method accepts one argument, the rmi URL, and returns a reference to an object of type AddServerIntf All remote method invocations can then be directed to this object The program continues by displaying its arguments and then invokes the remote add( ) method The sum is returned from this method and is then printed

import javarmi*; public class AddClient { public static void main(String args[]) { try { String addServerURL = "rmi://" + args[0] + "/AddServer"; AddServerIntf addServerIntf = (AddServerIntf)Naminglookup(addServerURL); Systemoutprintln("The first number is: " + args[1]); double d1 = DoublevalueOf(args[1])doubleValue(); Systemoutprintln("The second number is: " + args[2]); double d2 = DoublevalueOf(args[2])doubleValue(); Systemoutprintln("The sum is: " + addServerIntfadd(d1, d2)); } catch(Exception e) { Systemoutprintln("Exception: " + e); } } }

Issue this command to compress all files ending in htm in your PWD using the best compression possible:

Before you can use the client and server, you must generate the necessary stub In the context of RMI, a stub is a Java object that resides on the client machine Its function is to present the same interfaces as the remote server Remote method calls initiated by the client are actually directed to the stub The stub works with the other parts of the RMI system to formulate a request that is sent to the remote machine A remote method may accept arguments that are simple types or objects In the latter case, the object may have references to other objects All of this information must be sent to

27:

If you have noticed files with a bz extension, these have been compressed with the bzip2 compression utility The bzip2 tool uses a different compression algorithm that usually turns out smaller files than those compressed with the gzip utility, but it uses semantics that are similar to gzip; for more information, read the man page on bzip2

the remote machine That is, an object passed as an argument to a remote method call must be serialized and sent to the remote machine Recall from 19 that the serialization facilities also recursively process all referenced objects If a response must be returned to the client, the process works in reverse Note that the serialization and deserialization facilities are also used if objects are returned to a client To generate a stub, you use a tool called the RMI compiler, which is invoked from the command line, as shown here: rmic AddServerImpl This command generates the file AddServerImpl_Stubclass When using rmic, be sure that CLASSPATH is set to include the current directory

Copy AddClientclass, AddServerImpl_Stubclass, and AddServerIntfclass to a directory on the client machine Copy AddServerIntfclass, AddServerImplclass, AddServerImpl_ Stubclass, and AddServerclass to a directory on the server machine