/**
 public class SyncManagerEncryptV3 {
   
    	public static void main(String argv[]) {
		SnmpSession session = null;
	
        if (argv.length != 2) {
            usage();
            java.lang.System.exit(1);
        }
	
			//Check arguments first
			//host and port.
        final String host = argv[0];
        final String port = argv[1];
	
      	// Initialize the SNMP Manager API.
        //
	    	[...] 
	    

  		// Activate the encryption
	    
		   //

	   		// First create parameters.
	    	//
	    	final SnmpEngineParameters parameters = 
			new SnmpEngineParameters();

	    	// Then activate encryption
	    	parameters.activateEncryption();

	    	// Finaly create the session passing it the parameters.
	    	try {
			// When instantiating a session, a new SNMP V3 engine is 
			// instantiated.
			session= new SnmpSession(parameters,
					 null,
					 "SyncV3Manager session",
					 null);
	    	}catch(SnmpStatusException e) {
			println(e.getMessage());
			java.lang.System.exit(0);
	    }
	    	catch(IllegalArgumentException e) {
			//If the engine configuration is faulty
			println(e.getMessage());
			java.lang.System.exit(0);
	    }
	    
	   		final SnmpEngine engine = session.getEngine();
	    
	    	// Create a SnmpPeer object 
		   //
	    	final SnmpUsmPeer agent = 
			new SnmpUsmPeer(engine, host, Integer.parseInt(port));
	    
	    	// Create parameters to associate to the entity to 
	    	// communicate with.
	  		//
	    	final SnmpUsmParameters p = 
			new SnmpUsmParameters(engine, "defaultUser");
	    
	    	// Set Security level 
	    	//
	     	p.setSecurityLevel(SnmpDefinitions.authPriv);

	    	// Register MIBS under the scope of a context.
			//
	    	p.setContextName("TEST-CONTEXT".getBytes());

	    	// Specify a contextEngineId. This is 
	    	//
	    	p.setContextEngineId(agent.getEngineId().getBytes());
	    
	    	// The newly created parameter must be associated to the agent.
	    	//
	    	agent.setParams(p);
	
	    
	    	// Discovery timeliness
	    	//
	    	agent.processUsmTimelinessDiscovery();
	    
	    	// A default peer (agent) can be associated to a SnmpSession. 
	   	   //
	   		session.setDefaultPeer(agent);
	    
	 	 	// Create a listener and dispatcher for SNMP traps 
	    	final SnmpEventReportDispatcher trapAgent =
			new SnmpEventReportDispatcher(engine, 
					      Integer.parseInt(port) + 1, 
					      taskServer, null);
	    	trapAgent.addTrapListener(new TrapListenerImpl());
            final Thread trapThread = new Thread(trapAgent);
	    	trapThread.setPriority(Thread.MAX_PRIORITY);
	    	trapThread.start();
	    
	    
	    	// Build the list of variables you want to query.
	    	// For debug purposes, you can associate a name to your list.
	    	//
	    	final SnmpVarBindList list = 
			new SnmpVarBindList("SyncManagerEncryptV3 varbind list");
	    
	    	// We want to read the "sysDescr" variable.
	    	//
            // We will thus query "sysDescr.0", as sysDescr is a scalar
	    		// variable (see RFC 1157, section 3.2.6.3.  Identification 
           	// of Object Instances, or RFC 2578, section 7.  Mapping of 
	    		// the OBJECT-TYPE macro).
	    		//
	    		list.addVarBind("sysDescr.0");
	    
	    	// Make the SNMP get request and wait for the result.
	    	//
	    	final SnmpRequest request = session.snmpGetRequest(null, list);
	    	println("SyncManagerEncryptV3::main:" + 
				 " Send get request to SNMP agent on " + 
				 host + " at port " + port);
	    	final boolean completed = request.waitForCompletion(10000);
	    
	    	// Check for a timeout of the request.
	    	//
            if (completed == false) {
                println("SyncManagerEncryptV3::main:" +
			" Request timed out. Check reachability of agent");
		
                // Print request.
                //
                println("Request: " + request.toString());
                java.lang.System.exit(0);
            }
	    
            // Check if the response contains an 
	    		// error.
            //
            final int errorStatus = request.getErrorStatus();
            if (errorStatus != SnmpDefinitions.snmpRspNoError) {
                println("Error status = " + 
				SnmpRequest.snmpErrorToString(errorStatus));
                println("Error index = " + 
				request.getErrorIndex());
                java.lang.System.exit(0);
            }
       
            // Display the content of the result.
            //
            final SnmpVarBindList result = request.getResponseVarBindList();
            println("Result: \n" + result);
       
            println("\n>> Press Enter if you want to stop" +
		    " this SNMP manager.\n");
            java.lang.System.in.read();
            
            // Nicely stop the session
            //
            session.destroySession();
       
	    		// End the SnmpEventReportDispatcher.
	    		//
	    		trapAgent.close();
	    		taskServer.terminate();

            //
            // That's all !
            //
            java.lang.System.exit(0);
     
				} catch(Exception e) {
            java.lang.System.err.println("SyncManagerEncryptV3::main:" +
					 " Exception occurred:" + e );
            e.printStackTrace();
        }
    }

    
}

#Authentication and encryption.
userEntry=0x8000002a05819dcb6e00001f95,defaultUser,,
usmHMACMD5AuthProtocol,mypasswd,usmDESPrivProtocol,mypasswd

# #####APPENDED PROPERTY####
localEngineBoots=2

# #####APPENDED PROPERTY####
localEngineID=0x8000002a05000000ebffd342ca