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[Gridsim-commits] SF.net SVN: gridsim: [154] branches/gridsim4.0-branch2/examples
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From: <bro...@us...> - 2008-03-13 05:10:19
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Revision: 154
http://gridsim.svn.sourceforge.net/gridsim/?rev=154&view=rev
Author: brobergj
Date: 2008-03-12 22:10:26 -0700 (Wed, 12 Mar 2008)
Log Message:
-----------
FlowNetEx02 is a port of NetEx03 that has been modified to use the Flow networking stack in GridSim. This demonstrates that the flow model works with Gridlets and background traffic.
Added Paths:
-----------
branches/gridsim4.0-branch2/examples/FlowNetEx02/
branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetEx02.java
branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetUser.java
branches/gridsim4.0-branch2/examples/FlowNetEx02/NetEx03.class
branches/gridsim4.0-branch2/examples/FlowNetEx02/NetUser.class
branches/gridsim4.0-branch2/examples/FlowNetEx02/README.txt
branches/gridsim4.0-branch2/examples/FlowNetEx02/User_0.csv
branches/gridsim4.0-branch2/examples/FlowNetEx02/User_1.csv
branches/gridsim4.0-branch2/examples/FlowNetEx02/output.txt
branches/gridsim4.0-branch2/examples/FlowNetEx02/router1_report.csv
branches/gridsim4.0-branch2/examples/FlowNetEx02/router2_report.csv
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetEx02.java
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetEx02.java (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetEx02.java 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,382 @@
+package FlowNetEx02;
+/*
+ * Author: Anthony Sulistio
+ * Date: November 2004
+ * Description: A simple program to demonstrate of how to use GridSim
+ * network extension package.
+ * This example shows how to create user and resource
+ * entities connected via a network topology, using link
+ * and router.
+ * In addition, background traffic functionality is explained
+ * in this example.
+ */
+
+import gridsim.*;
+import gridsim.net.*;
+import gridsim.net.flow.FlowLink;
+import gridsim.net.flow.FlowRouter;
+
+import java.util.*;
+import gridsim.util.TrafficGenerator; // for background traffic
+import eduni.simjava.distributions.*; // for background traffic
+
+
+/**
+ * Test Driver class for this example
+ */
+public class FlowNetEx02
+{
+ /**
+ * Creates main() to run this example
+ */
+ public static void main(String[] args)
+ {
+ System.out.println("Starting network example ...");
+
+ try
+ {
+ //////////////////////////////////////////
+ // First step: Initialize the GridSim package. It should be called
+ // before creating any entities. We can't run this example without
+ // initializing GridSim first. We will get run-time exception
+ // error.
+ int num_user = 2; // number of grid users
+ Calendar calendar = Calendar.getInstance();
+
+ // a flag that denotes whether to trace GridSim events or not.
+ boolean trace_flag = true;
+
+ // Initialize the GridSim package
+ System.out.println("Initializing GridSim package");
+ GridSim.initNetworkType(GridSimTags.NET_FLOW_LEVEL);
+ GridSim.init(num_user, calendar, trace_flag);
+
+
+ //////////////////////////////////////////
+ // Second step: Creates one or more GridResource entities
+
+ double baud_rate = 1000; // bits/sec
+ double propDelay = 10; // propagation delay in millisecond
+ int mtu = 1500; // max. transmission unit in byte
+ int i = 0;
+
+ // more resources can be created by
+ // setting totalResource to an appropriate value
+ int totalResource = 1;
+ ArrayList resList = new ArrayList(totalResource);
+ for (i = 0; i < totalResource; i++)
+ {
+ GridResource res = createGridResource("Res_"+i, baud_rate,
+ propDelay, mtu);
+
+ // add a resource into a list
+ resList.add(res);
+ }
+
+ //////////////////////////////////////////
+ // Third step: Creates one or more grid user entities
+
+ // number of Gridlets that will be sent to the resource
+ int totalGridlet = 5;
+
+ // create users
+ ArrayList userList = new ArrayList(num_user);
+ ArrayList userNameList = new ArrayList(); // for background traffic
+ for (i = 0; i < num_user; i++)
+ {
+ String name = "User_" + i;
+
+ // if trace_flag is set to "true", then this experiment will
+ // create User_i.csv where i = 0 ... (num_user-1)
+ FlowNetUser user = new FlowNetUser(name, totalGridlet, baud_rate,
+ propDelay, mtu, trace_flag);
+
+ // add a user into a list
+ userList.add(user);
+ userNameList.add(name);
+ }
+
+ //////////////////////////////////////////
+ // Fourth step: Builds the network topology among entities.
+
+ // In this example, the topology is:
+ // user(s) --1Mb/s-- r1 --10Mb/s-- r2 --1Mb/s-- GridResource(s)
+
+ // create the routers.
+ // If trace_flag is set to "true", then this experiment will create
+ // the following files (apart from sim_trace and sim_report):
+ // - router1_report.csv
+ // - router2_report.csv
+ Router r1 = new FlowRouter("router1", trace_flag); // router 1
+ Router r2 = new FlowRouter("router2", trace_flag); // router 2
+
+ // generates some background traffic using SimJava2 distribution
+ // package. NOTE: if you set the values to be too high, then
+ // the simulation might finish longer
+ TrafficGenerator tg = new TrafficGenerator(
+ new Sim_uniform_obj("freq",1,3), // num of packets
+ new Sim_uniform_obj("inter_arrival_time",10,20) );
+
+ // connect all user entities with r1 with 1Mb/s connection
+ // For each host, specify which PacketScheduler entity to use.
+ FlowNetUser obj = null;
+ for (i = 0; i < userList.size(); i++)
+ {
+ // A First In First Out Scheduler is being used here.
+ // SCFQScheduler can be used for more fairness
+ FIFOScheduler userSched = new FIFOScheduler("NetUserSched_"+i);
+ obj = (FlowNetUser) userList.get(i);
+ r1.attachHost(obj, userSched);
+
+ // for even user number
+ if (i % 2 == 0)
+ {
+ // for each time, sends junk packet(s) to all entities
+ tg.setPattern(TrafficGenerator.SEND_ALL);
+
+ // sends junk packet(s) to resource and user entities
+ obj.setBackgroundTraffic(tg, userNameList);
+ }
+ else // for odd user number
+ {
+ // for each time, sends junk packet(s) to only one entity
+ tg.setPattern(TrafficGenerator.SEND_ONE_ONLY);
+
+ // sends junk packet(s) to resource entities only
+ obj.setBackgroundTraffic(tg);
+ }
+ }
+
+ // connect all resource entities with r2 with 1Mb/s connection
+ // For each host, specify which PacketScheduler entity to use.
+ GridResource resObj = null;
+ for (i = 0; i < resList.size(); i++)
+ {
+ FIFOScheduler resSched = new FIFOScheduler("GridResSched_"+i);
+ resObj = (GridResource) resList.get(i);
+ r2.attachHost(resObj, resSched);
+ }
+
+ // then connect r1 to r2 with 10Mb/s connection
+ // For each host, specify which PacketScheduler entity to use.
+ baud_rate = 10000;
+ Link link = new FlowLink("r1_r2_link", baud_rate, propDelay, Integer.MAX_VALUE);
+
+ FIFOScheduler r1Sched = new FIFOScheduler("r1_Sched");
+ FIFOScheduler r2Sched = new FIFOScheduler("r2_Sched");
+
+ // attach r2 to r1
+ r1.attachRouter(r2, link, r1Sched, r2Sched);
+
+ //////////////////////////////////////////
+ // Fifth step: Starts the simulation
+ GridSim.startGridSimulation();
+
+ //////////////////////////////////////////
+ // Final step: Prints the Gridlets when simulation is over
+
+ // also prints the routing table
+ r1.printRoutingTable();
+ r2.printRoutingTable();
+
+ GridletList glList = null;
+ for (i = 0; i < userList.size(); i++)
+ {
+ obj = (FlowNetUser) userList.get(i);
+ glList = obj.getGridletList();
+ printGridletList(glList, obj.get_name(), false);
+ }
+
+ System.out.println("\nFinish network example ...");
+ }
+ catch (Exception e)
+ {
+ e.printStackTrace();
+ System.out.println("Unwanted errors happen");
+ }
+ }
+
+ /**
+ * Creates one Grid resource. A Grid resource contains one or more
+ * Machines. Similarly, a Machine contains one or more PEs (Processing
+ * Elements or CPUs).
+ * <p>
+ * In this simple example, we are simulating one Grid resource with three
+ * Machines that contains one or more PEs.
+ * @param name a Grid Resource name
+ * @param baud_rate the bandwidth of this entity
+ * @param delay the propagation delay
+ * @param MTU Maximum Transmission Unit
+ * @return a GridResource object
+ */
+ private static GridResource createGridResource(String name,
+ double baud_rate, double delay, int MTU)
+ {
+ System.out.println();
+ System.out.println("Starting to create one Grid resource with " +
+ "3 Machines");
+
+ // Here are the steps needed to create a Grid resource:
+ // 1. We need to create an object of MachineList to store one or more
+ // Machines
+ MachineList mList = new MachineList();
+ //System.out.println("Creates a Machine list");
+
+
+ // 2. A Machine contains one or more PEs or CPUs. Therefore, should
+ // create an object of PEList to store these PEs before creating
+ // a Machine.
+ PEList peList1 = new PEList();
+ //System.out.println("Creates a PE list for the 1st Machine");
+
+
+ // 3. Create PEs and add these into an object of PEList.
+ // In this example, we are using a resource from
+ // hpc420.hpcc.jp, AIST, Tokyo, Japan
+ // Note: these data are taken the from GridSim paper, page 25.
+ // In this example, all PEs has the same MIPS (Millions
+ // Instruction Per Second) Rating for a Machine.
+ peList1.add( new PE(0, 377) ); // need to store PE id and MIPS Rating
+ peList1.add( new PE(1, 377) );
+ peList1.add( new PE(2, 377) );
+ peList1.add( new PE(3, 377) );
+ //System.out.println("Creates 4 PEs with same MIPS Rating and put them"+
+ // " into the PE list");
+
+
+ // 4. Create one Machine with its id and list of PEs or CPUs
+ mList.add( new Machine(0, peList1) ); // First Machine
+ //System.out.println("Creates the 1st Machine that has 4 PEs and " +
+ // "stores it into the Machine list");
+ //System.out.println();
+
+ // 5. Repeat the process from 2 if we want to create more Machines
+ // In this example, the AIST in Japan has 3 Machines with same
+ // MIPS Rating but different PEs.
+ // NOTE: if you only want to create one Machine for one Grid resource,
+ // then you could skip this step.
+ PEList peList2 = new PEList();
+ //System.out.println("Creates a PE list for the 2nd Machine");
+
+ peList2.add( new PE(0, 377) );
+ peList2.add( new PE(1, 377) );
+ peList2.add( new PE(2, 377) );
+ peList2.add( new PE(3, 377) );
+ //System.out.println("Creates 4 PEs with same MIPS Rating and put them"+
+ // " into the PE list");
+
+ mList.add( new Machine(1, peList2) ); // Second Machine
+ //System.out.println("Creates the 2nd Machine that has 4 PEs and " +
+ // "stores it into the Machine list");
+ //System.out.println();
+
+ PEList peList3 = new PEList();
+ //System.out.println("Creates a PE list for the 3rd Machine");
+
+ peList3.add( new PE(0, 377) );
+ peList3.add( new PE(1, 377) );
+ //System.out.println("Creates 2 PEs with same MIPS Rating and put them"+
+ // " into the PE list");
+
+ mList.add( new Machine(2, peList3) ); // Third Machine
+ //System.out.println("Creates the 3rd Machine that has 2 PEs and " +
+ // "stores it into the Machine list");
+ //System.out.println();
+
+ // 6. Create a ResourceCharacteristics object that stores the
+ // properties of a Grid resource: architecture, OS, list of
+ // Machines, allocation policy: time- or space-shared, time zone
+ // and its price (G$/PE time unit).
+ String arch = "Sun Ultra"; // system architecture
+ String os = "Solaris"; // operating system
+ double time_zone = 9.0; // time zone this resource located
+ double cost = 3.0; // the cost of using this resource
+
+ ResourceCharacteristics resConfig = new ResourceCharacteristics(
+ arch, os, mList, ResourceCharacteristics.TIME_SHARED,
+ time_zone, cost);
+
+ //System.out.println("Creates the properties of a Grid resource and " +
+ // "stores the Machine list");
+
+ // 7. Finally, we need to create a GridResource object.
+ long seed = 11L*13*17*19*23+1;
+ double peakLoad = 0.0; // the resource load during peak hour
+ double offPeakLoad = 0.0; // the resource load during off-peak hr
+ double holidayLoad = 0.0; // the resource load during holiday
+
+ // incorporates weekends so the grid resource is on 7 days a week
+ LinkedList Weekends = new LinkedList();
+ Weekends.add(new Integer(Calendar.SATURDAY));
+ Weekends.add(new Integer(Calendar.SUNDAY));
+
+ // incorporates holidays. However, no holidays are set in this example
+ LinkedList Holidays = new LinkedList();
+ GridResource gridRes = null;
+ try
+ {
+ // creates a GridResource with a link
+ gridRes = new GridResource(name,
+ new FlowLink(name + "_link", baud_rate, delay, MTU),
+ seed, resConfig, peakLoad, offPeakLoad, holidayLoad,
+ Weekends, Holidays);
+ }
+ catch (Exception e) {
+ e.printStackTrace();
+ }
+
+ System.out.println("Finally, creates one Grid resource (name: " + name +
+ " - id: " + gridRes.get_id() + ")");
+ System.out.println();
+
+ return gridRes;
+ }
+
+ /**
+ * Prints the Gridlet objects
+ */
+ private static void printGridletList(GridletList list, String name,
+ boolean detail)
+ {
+ int size = list.size();
+ Gridlet gridlet = null;
+
+ String indent = " ";
+ System.out.println();
+ System.out.println("============= OUTPUT for " + name + " ==========");
+ System.out.println("Gridlet ID" + indent + "STATUS" + indent +
+ "Resource ID" + indent + "Cost");
+
+ // a loop to print the overall result
+ int i = 0;
+ for (i = 0; i < size; i++)
+ {
+ gridlet = (Gridlet) list.get(i);
+ System.out.print(indent + gridlet.getGridletID() + indent
+ + indent);
+
+ System.out.print( gridlet.getGridletStatusString() );
+
+ System.out.println( indent + indent + gridlet.getResourceID() +
+ indent + indent + gridlet.getProcessingCost() );
+ }
+
+ if (detail == true)
+ {
+ // a loop to print each Gridlet's history
+ for (i = 0; i < size; i++)
+ {
+ gridlet = (Gridlet) list.get(i);
+ System.out.println( gridlet.getGridletHistory() );
+
+ System.out.print("Gridlet #" + gridlet.getGridletID() );
+ System.out.println(", length = " + gridlet.getGridletLength()
+ + ", finished so far = " +
+ gridlet.getGridletFinishedSoFar() );
+ System.out.println("======================================\n");
+ }
+ }
+ }
+
+} // end class
+
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetUser.java
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetUser.java (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/FlowNetUser.java 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,222 @@
+package FlowNetEx02;
+/*
+ * Author: Anthony Sulistio
+ * Date: November 2004
+ * Description: A simple program to demonstrate of how to use GridSim
+ * network extension package.
+ * This example shows how to create user and resource
+ * entities connected via a network topology, using link
+ * and router.
+ *
+ */
+
+import java.util.*;
+import gridsim.*;
+import gridsim.net.*;
+import gridsim.net.flow.FlowLink;
+import gridsim.util.SimReport;
+
+
+/**
+ * This class basically creates Gridlets and submits them to a
+ * particular GridResources in a network topology.
+ */
+class FlowNetUser extends GridSim
+{
+ private int myId_; // my entity ID
+ private String name_; // my entity name
+ private GridletList list_; // list of submitted Gridlets
+ private GridletList receiveList_; // list of received Gridlets
+ private SimReport report_; // logs every events
+
+
+ /**
+ * Creates a new NetUser object
+ * @param name this entity name
+ * @param totalGridlet total number of Gridlets to be created
+ * @param baud_rate bandwidth of this entity
+ * @param delay propagation delay
+ * @param MTU Maximum Transmission Unit
+ * @param trace_flag logs every event or not
+ * @throws Exception This happens when name is null or haven't
+ * initialized GridSim.
+ */
+ FlowNetUser(String name, int totalGridlet, double baud_rate, double delay,
+ int MTU, boolean trace_flag) throws Exception
+ {
+ //super( name, new FlowLink(name+"_link",baud_rate,delay, MTU) );
+ super(name, new FlowLink(name+"_link",baud_rate,delay,Integer.MAX_VALUE));
+
+
+ this.name_ = name;
+ this.receiveList_ = new GridletList();
+ this.list_ = new GridletList();
+
+ // creates a report file
+ if (trace_flag == true) {
+ report_ = new SimReport(name);
+ }
+
+ // Gets an ID for this entity
+ this.myId_ = super.getEntityId(name);
+ write("Creating a grid user entity with name = " +
+ name + ", and id = " + this.myId_);
+
+ // Creates a list of Gridlets or Tasks for this grid user
+ write(name + ":Creating " + totalGridlet +" Gridlets");
+ this.createGridlet(myId_, totalGridlet);
+ }
+
+ /**
+ * The core method that handles communications among GridSim entities.
+ */
+ public void body()
+ {
+ // wait for a little while for about 3 seconds.
+ // This to give a time for GridResource entities to register their
+ // services to GIS (GridInformationService) entity.
+ super.gridSimHold(3.0);
+ LinkedList resList = super.getGridResourceList();
+
+ // initialises all the containers
+ int totalResource = resList.size();
+ int resourceID[] = new int[totalResource];
+ String resourceName[] = new String[totalResource];
+
+ // a loop to get all the resources available
+ int i = 0;
+ for (i = 0; i < totalResource; i++)
+ {
+ // Resource list contains list of resource IDs
+ resourceID[i] = ( (Integer) resList.get(i) ).intValue();
+
+ // get their names as well
+ resourceName[i] = GridSim.getEntityName( resourceID[i] );
+ }
+
+ ////////////////////////////////////////////////
+ // SUBMIT Gridlets
+
+ // determines which GridResource to send to
+ int index = myId_ % totalResource;
+ if (index >= totalResource) {
+ index = 0;
+ }
+
+ // sends all the Gridlets
+ Gridlet gl = null;
+ boolean success;
+ for (i = 0; i < list_.size(); i++)
+ {
+ gl = (Gridlet) list_.get(i);
+ write(name_ + "Sending Gridlet #" + i + " to " + resourceName[index]);
+
+ // For even number of Gridlets, send without an acknowledgement
+ // whether a resource has received them or not.
+ if (i % 2 == 0)
+ {
+ // by default - send without an ack
+ success = super.gridletSubmit(gl, resourceID[index]);
+ }
+
+ // For odd number of Gridlets, send with an acknowledgement
+ else
+ {
+ // this is a blocking call
+ success = super.gridletSubmit(gl,resourceID[index],0.0,true);
+ write("ack = " + success + " for Gridlet #" + i);
+ }
+ }
+
+ ////////////////////////////////////////////////////////
+ // RECEIVES Gridlets back
+
+ // hold for few period - few seconds since the Gridlets length are
+ // quite huge for a small bandwidth
+ super.gridSimHold(5);
+
+ // receives the gridlet back
+ for (i = 0; i < list_.size(); i++)
+ {
+ gl = (Gridlet) super.receiveEventObject(); // gets the Gridlet
+ receiveList_.add(gl); // add into the received list
+
+ write(name_ + ": Receiving Gridlet #" +
+ gl.getGridletID() + " at time = " + GridSim.clock() );
+ }
+
+ ////////////////////////////////////////////////////////
+ // ping functionality
+ InfoPacket pkt = null;
+ int size = 500;
+
+ // There are 2 ways to ping an entity:
+ // a. non-blocking call, i.e.
+ //super.ping(resourceID[index], size); // (i) ping
+ //super.gridSimHold(10); // (ii) do something else
+ //pkt = super.getPingResult(); // (iii) get the result back
+
+ // b. blocking call, i.e. ping and wait for a result
+ pkt = super.pingBlockingCall(resourceID[index], size);
+
+ // print the result
+ write("\n-------- " + name_ + " ----------------");
+ write(pkt.toString());
+ write("-------- " + name_ + " ----------------\n");
+
+ ////////////////////////////////////////////////////////
+ // shut down I/O ports
+ shutdownUserEntity();
+ terminateIOEntities();
+
+ // don't forget to close the file
+ if (report_ != null) {
+ report_.finalWrite();
+ }
+
+ write(this.name_ + ": sending and receiving of Gridlets" +
+ " complete at " + GridSim.clock() );
+ }
+
+ /**
+ * Gets a list of received Gridlets
+ * @return a list of received/completed Gridlets
+ */
+ public GridletList getGridletList() {
+ return receiveList_;
+ }
+
+ /**
+ * This method will show you how to create Gridlets
+ * @param userID owner ID of a Gridlet
+ * @param numGridlet number of Gridlet to be created
+ */
+ private void createGridlet(int userID, int numGridlet)
+ {
+ int data = 5000;
+ for (int i = 0; i < numGridlet; i++)
+ {
+ // Creates a Gridlet
+ Gridlet gl = new Gridlet(i, data, data, data);
+ gl.setUserID(userID);
+
+ // add this gridlet into a list
+ this.list_.add(gl);
+ }
+ }
+
+ /**
+ * Prints out the given message into stdout.
+ * In addition, writes it into a file.
+ * @param msg a message
+ */
+ private void write(String msg)
+ {
+ System.out.println(msg);
+ if (report_ != null) {
+ report_.write(msg);
+ }
+ }
+
+} // end class
+
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/NetEx03.class
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Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/NetUser.class
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Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/README.txt
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/README.txt (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/README.txt 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,53 @@
+
+/**
+ * Author: James Broberg (adapted from NetEx03)
+ * Date: March 2008
+ */
+
+
+Welcome to the Example of how to use GridSim network extension.
+To compile the example source code:
+ In Unix/Linux: javac -classpath $GRIDSIM/jars/gridsim.jar:. FlowNetEx02.java
+ In Windows: javac -classpath %GRIDSIM%\jars\gridsim.jar;. FlowNetEx02.java
+
+where $GRIDSIM or %GRIDSIM% is the location of the gridsimtoolkit package.
+
+
+To run the class file:
+ In Unix/Linux: java -classpath $GRIDSIM/jars/gridsim.jar:. FlowNetEx02 > file.txt
+ In Windows: java -classpath %GRIDSIM%\jars\gridsim.jar;. FlowNetEx02 > file.txt
+
+
+The above command means run the program and output the results into a file
+named "file.txt" rather than into screen or standard output.
+To prevent from overwriting an existing file, I renamed "file.txt" into
+"output.txt"
+NOTE: When you open "output.txt" file, it tells you that grid user entities
+ sending Gridlets to a selected grid resource.
+
+
+When running the example file, it will produce the following files:
+
+ tracefile -> created by SimJava 1.2, now being replaced by sim_trace.
+ NOTE: GridSim 2.1 uses SimJava 1.2
+ GridSim 2.2 onwards use SimJava2
+
+ sim_trace -> created by the SimJava2 package (lower-level) to trace every
+ events (performed by SimJava and GridSim) during the simulation.
+ We don't need to worry about this file. Not to important for our
+ example.
+
+ sim_report -> created by the SimJava2 package (lower-level) of GridSim.
+ This is a simulation report that contains general information about
+ running this experiment. We don't need to worry about this file.
+ Not to important for our example.
+
+ *.csv -> created by NetUser.java and gridsim.net.RIPRouter.java
+ to record every incoming activities.
+ The format of this file is:
+ simulation_time, ...
+
+ where ... means other descriptive information.
+
+NOTE: sim_trace, sim_report and all *.csv files will be overwritten if running
+ a new experiment.
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/User_0.csv
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/User_0.csv (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/User_0.csv 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,32 @@
+0.0, Creating a grid user entity with name = User_0, and id = 10
+0.0, User_0:Creating 5 Gridlets
+3.0, User_0Sending Gridlet #0 to Res_0
+3.0, User_0Sending Gridlet #1 to Res_0
+205.59299946949602, ack = true for Gridlet #1
+205.59299946949602, User_0Sending Gridlet #2 to Res_0
+205.59299946949602, User_0Sending Gridlet #3 to Res_0
+786.6569994694959, ack = true for Gridlet #3
+786.6569994694959, User_0Sending Gridlet #4 to Res_0
+791.6569994694959, User_0: Receiving Gridlet #0 at time = 791.6569994694959
+791.6569994694959, User_0: Receiving Gridlet #1 at time = 791.6569994694959
+791.6569994694959, User_0: Receiving Gridlet #2 at time = 791.6569994694959
+875.8505994694959, User_0: Receiving Gridlet #3 at time = 875.8505994694959
+2487.722599469497, User_0: Receiving Gridlet #4 at time = 2487.722599469497
+6280.660000000001,
+-------- User_0 ----------------
+6280.660000000001, Ping information for User_0
+Entity Name Entry Time Exit Time Bandwidth
+----------------------------------------------------------
+User_0 2487.7226 3995.000 1000.000
+router1 3995.010 3997.410 10000.000
+router2 3997.420 6272.220 1000.000
+Res_0 6272.230 6276.230 1000.000
+router2 6276.240 6276.640 10000.000
+router1 6276.650 6280.650 1000.000
+User_0 6280.660 N/A N/A
+
+Round Trip Time : 2285.660 seconds
+Number of Hops : 3
+Bottleneck Bandwidth : 1000.0 bits/s
+6280.660000000001, -------- User_0 ----------------
+
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/User_1.csv
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/User_1.csv (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/User_1.csv 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,32 @@
+0.0, Creating a grid user entity with name = User_1, and id = 14
+0.0, User_1:Creating 5 Gridlets
+3.0, User_1Sending Gridlet #0 to Res_0
+3.0, User_1Sending Gridlet #1 to Res_0
+219.01999999999998, ack = true for Gridlet #1
+219.01999999999998, User_1Sending Gridlet #2 to Res_0
+219.01999999999998, User_1Sending Gridlet #3 to Res_0
+835.722599469496, ack = true for Gridlet #3
+835.722599469496, User_1Sending Gridlet #4 to Res_0
+840.722599469496, User_1: Receiving Gridlet #0 at time = 840.722599469496
+840.722599469496, User_1: Receiving Gridlet #1 at time = 840.722599469496
+840.722599469496, User_1: Receiving Gridlet #2 at time = 840.722599469496
+883.786599469496, User_1: Receiving Gridlet #3 at time = 883.786599469496
+2543.0200000000004, User_1: Receiving Gridlet #4 at time = 2543.0200000000004
+6680.660000000001,
+-------- User_1 ----------------
+6680.660000000001, Ping information for User_1
+Entity Name Entry Time Exit Time Bandwidth
+----------------------------------------------------------
+User_1 2543.020 4283.000 1000.000
+router1 4283.010 4283.410 10000.000
+router2 4283.420 6672.220 1000.000
+Res_0 6672.230 6676.230 1000.000
+router2 6676.240 6676.640 10000.000
+router1 6676.650 6680.650 1000.000
+User_1 6680.660 N/A N/A
+
+Round Trip Time : 2397.660 seconds
+Number of Hops : 3
+Bottleneck Bandwidth : 1000.0 bits/s
+6680.660000000001, -------- User_1 ----------------
+
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/output.txt
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/output.txt (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/output.txt 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,116 @@
+Starting network example ...
+Initializing GridSim package
+Initialising...
+
+Starting to create one Grid resource with 3 Machines
+Finally, creates one Grid resource (name: Res_0 - id: 5)
+
+Creating a grid user entity with name = User_0, and id = 10
+User_0:Creating 5 Gridlets
+Creating a grid user entity with name = User_1, and id = 14
+User_1:Creating 5 Gridlets
+Output_User_0.setBackgroundTraffic(): Warning - can not send junk packets to itself.
+Starting GridSim version 3.1
+Entities started.
+Output_User_1: background traffic will start at time 14
+Output_User_0: background traffic will start at time 18
+User_1Sending Gridlet #0 to Res_0
+User_0Sending Gridlet #0 to Res_0
+User_1Sending Gridlet #1 to Res_0
+User_0Sending Gridlet #1 to Res_0
+ack = true for Gridlet #1
+User_0Sending Gridlet #2 to Res_0
+User_0Sending Gridlet #3 to Res_0
+ack = true for Gridlet #1
+User_1Sending Gridlet #2 to Res_0
+User_1Sending Gridlet #3 to Res_0
+ack = true for Gridlet #3
+User_0Sending Gridlet #4 to Res_0
+User_0: Receiving Gridlet #0 at time = 821.3943999999999
+User_0: Receiving Gridlet #1 at time = 821.3943999999999
+User_0: Receiving Gridlet #2 at time = 821.3943999999999
+User_0: Receiving Gridlet #3 at time = 891.722599469496
+ack = true for Gridlet #3
+User_1Sending Gridlet #4 to Res_0
+User_1: Receiving Gridlet #0 at time = 1000.02
+User_1: Receiving Gridlet #1 at time = 1000.02
+User_1: Receiving Gridlet #2 at time = 1000.02
+User_1: Receiving Gridlet #3 at time = 1067.084
+User_0: Receiving Gridlet #4 at time = 2367.722599469497
+User_1: Receiving Gridlet #4 at time = 2735.0200000000004
+
+-------- User_0 ----------------
+Ping information for User_0
+Entity Name Entry Time Exit Time Bandwidth
+----------------------------------------------------------
+User_0 2367.7226 3875.000 1000.000
+router1 3875.010 3877.410 10000.000
+router2 3877.420 5720.220 1000.000
+Res_0 5720.230 5724.230 1000.000
+router2 5724.240 5724.640 10000.000
+router1 5724.650 5728.650 1000.000
+User_0 5728.660 N/A N/A
+
+Round Trip Time : 1853.660 seconds
+Number of Hops : 3
+Bottleneck Bandwidth : 1000.0 bits/s
+-------- User_0 ----------------
+
+User_0: sending and receiving of Gridlets complete at 5728.660000000001
+
+-------- User_1 ----------------
+Ping information for User_1
+Entity Name Entry Time Exit Time Bandwidth
+----------------------------------------------------------
+User_1 2735.020 4607.000 1000.000
+router1 4607.010 4607.410 10000.000
+router2 4607.420 6852.220 1000.000
+Res_0 6852.230 6856.230 1000.000
+router2 6856.240 6856.640 10000.000
+router1 6856.650 6860.650 1000.000
+User_1 6860.660 N/A N/A
+
+Round Trip Time : 2253.660 seconds
+Number of Hops : 3
+Bottleneck Bandwidth : 1000.0 bits/s
+-------- User_1 ----------------
+
+User_1: sending and receiving of Gridlets complete at 6860.660000000001
+GridInformationService: Notify all GridSim entities for shutting down
+Sim_system: No more future events
+Gathering simulation data.
+Simulation completed.
+
+--- Routing Table for router1 ---
+router2 r1_r2_link
+User_1 User_1_link
+User_0 User_0_link
+Res_0 router2
+-------------------------------------
+
+
+--- Routing Table for router2 ---
+Res_0 Res_0_link
+router1 r1_r2_link
+User_0 router1
+User_1 router1
+-------------------------------------
+
+
+============= OUTPUT for User_0 ==========
+Gridlet ID STATUS Resource ID Cost
+ 0 Success 5 39.78779840848807
+ 1 Success 5 39.78779840848807
+ 2 Success 5 42.7877984084879
+ 3 Success 5 42.7877984084879
+ 4 Success 5 42.78779840848756
+
+============= OUTPUT for User_1 ==========
+Gridlet ID STATUS Resource ID Cost
+ 0 Success 5 39.78779840848807
+ 1 Success 5 39.78779840848807
+ 2 Success 5 42.7877984084879
+ 3 Success 5 42.7877984084879
+ 4 Success 5 42.78779840848756
+
+Finish network example ...
Added: branches/gridsim4.0-branch2/examples/FlowNetEx02/router1_report.csv
===================================================================
--- branches/gridsim4.0-branch2/examples/FlowNetEx02/router1_report.csv (rev 0)
+++ branches/gridsim4.0-branch2/examples/FlowNetEx02/router1_report.csv 2008-03-13 05:10:26 UTC (rev 154)
@@ -0,0 +1,5792 @@
+0.0, attach this ROUTER, to entity, User_0, with packet scheduler, NetUserSched_0
+0.0, attach this ROUTER, to entity, User_1, with packet scheduler, NetUserSched_1
+0.0, attach this ROUTER, with router, router2, with link, r1_r2_link, with packet scheduler, r1_Sched
+0.0, register this entity to GridInformationService entity.
+0.0, advertise to router, router2
+5.0, receive router ad from, router2
+15.01,
+15.01, receive incoming, Packet #1, out of, 4, with id, 0, from, Output_User_0, to, Res_0, tag, 21, delay, 1.2
+15.01, break this packet into, 1
+15.01, enqueing, Packet #1, out of, 4, with id, 0, from, Output_User_0, to, Res_0, tag, 21
+15.01,
+15.01, receive incoming, Packet #1, out of, 4, with id, 0, from, Output_User_1, to, Res_0, tag, 21, delay, 0.0
+15.01, break this packet into, 1
+15.01, enqueing, Packet #1, out of, 4, with id, 0, from, Output_User_1, to, Res_0, tag, 21
+16.21, dequeuing, Packet #1, out of, 4, with id, 0, from, Output_User_0, to, Res_0, tag, 21
+17.41, dequeuing, Packet #1, out of, 4, with id, 0, from, Output_User_1, to, Res_0, tag, 21
+27.01,
+27.01, receive incoming, Packet #2, out of, 4, with id, 1, from, Output_User_0, to, Res_0, tag, 21, delay, 1.2
+27.01, break this packet into, 1
+27.01, enqueing, Packet #2, out of, 4, with id, 1, from, Output_User_0, to, Res_0, tag, 21
+27.01,
+27.01, receive incoming, Packet #2, out of, 4, with id, 1, from, Output_User_1, to, Res_0, tag, 21, delay, 0.0
+27.01, break this packet into, 1
+27.01, enqueing, Packet #2, out of, 4, with id, 1, from, Output_User_1, to, Res_0, tag, 21
+28.21, dequeuing, Packet #2, out of, 4, with id, 1, from, Output_User_0, to, Res_0, tag, 21
+29.41, dequeuing, Packet #2, out of, 4, with id, 1, from, Output_User_1, to, Res_0, tag, 21
+39.01,
+39.01, receive incoming, Packet #3, out of, 4, with id, 2, from, Output_User_0, to, Res_0, tag, 21, delay, 1.2
+39.01, break this packet into, 1
+39.01, enqueing, Packet #3, out of, 4, with id, 2, from, Output_User_0, to, Res_0, tag, 21
+39.01,
+39.01, receive incoming, Packet #3, out of, 4, with id, 2, from, Output_User_1, to, Res_0, tag, 21, delay, 0.0
+39.01, break this packet into, 1
+39.01, enqueing, Packet #3, out of, 4, with id, 2, from, Output_User_1, to, Res_0, tag, 21
+40.21, dequeuing, Packet #3, out of, 4, with id, 2, from, Output_User_0, to, Res_0, tag, 21
+41.410000000000004, dequeuing, Packet #3, out of, 4, with id, 2, from, Output_User_1, to, Res_0, tag, 21
+51.01,
+51.01, receive incoming, Packet #4, out of, 4, with id, 3, from, Output_User_0, to, Res_0, tag, 21, delay, 0.4
+51.01, break this packet into, 1
+51.01, enqueing, Packet #4, out of, 4, with id, 3, from, Output_User_0, to, Res_0, tag, 21
+51.01,
+51.01, receive incoming, Packet #4, out of, 4, with id, 3, from, Output_User_1, to, Res_0, tag, 21, delay, 0.0
+51.01, break this packet into, 1
+51.01, enqueing, Packet #4, out of, 4, with id, 3, from, Output_User_1, to, Res_0, tag, 21
+51.41, dequeuing, Packet #4, out of, 4, with id, 3, from, Output_User_0, to, Res_0, tag, 21
+51.809999999999995, dequeuing, Packet #4, out of, 4, with id, 3, from, Output_User_1, to, Res_0, tag, 21
+55.01,
+55.01, receive incoming, Packet #1, out of, 4, with id, 4, from, Output_User_1, to, Res_0, tag, 22, delay, 1.2
+55.01, break this packet into, 1
+55.01, enqueing, Packet #1, out of, 4, with id, 4, from, Output_User_1, to, Res_0, tag, 22
+55.01,
+55.01, receive incoming, Packet #1, out of, 4, with id, 4, from, Output_User_0, to, Res_0, tag, 22, delay, 0.0
+55.01, break this packet into, 1
+55.01, enqueing, Packet #1, out of, 4, with id, 4, from, Output_User_0, to, Res_0, tag, 22
+56.21, dequeuing, Packet #1, out of, 4, with id, 4, from, Output_User_1, to, Res_0, tag, 22
+57.410000000000004, dequeuing, Packet #1, out of, 4, with id, 4, from, Output_User_0, to, Res_0, tag, 22
+67.01,
+67.01, receive incoming, Packet #2, out of, 4, with id, 5, from, Output_User_0, to, Res_0, tag, 22, delay, 1.2
+67.01, break this packet into, 1
+67.01, enqueing, Packet #2, out of, 4, with id, 5, from, Output_User_0, to, Res_0, tag, 22
+67.01,
+67.01, receive incoming, Packet #2, out of, 4, with id, 5, from, Output_User_1, to, Res_0, tag, 22, delay, 0.0
+67.01, break this packet into, 1
+67.01, enqueing, Packet #2, out of, 4, with id, 5, from, Output_User_1, to, Res_0, tag, 22
+68.21000000000001, dequeuing, Packet #2, out of, 4, with id, 5, from, Output_User_0, to, Res_0, tag, 22
+69.41000000000001, dequeuing, Packet #2, out of, 4, with id, 5, from, Output_User_1, to, Res_0, tag, 22
+79.01,
+79.01, receive incoming, Packet #3, out of, 4, with id, 6, from, Output_User_1, to, Res_0, tag, 22, delay, 1.2
+79.01, break this packet into, 1
+79.01, enqueing, Packet #3, out of, 4, with id, 6, from, Output_User_1, to, Res_0, tag, 22
+79.01,
+79.01, receive incoming, Packet #3, out of, 4, with id, 6, from, Output_User_0, to, Res_0, tag, 22, delay, 0.0
+79.01, break this packet into, 1
+79.01, enqueing, Packet #3, out of, 4, with id, 6, from, Output_User_0, to, Res_0, tag, 22
+80.21000000000001, dequeuing, Packet #3, out of, 4, with id, 6, from, Output_User_1, to, Res_0, tag, 22
+81.41000000000001, dequeuing, Packet #3, out of, 4, with id, 6, from, Output_User_0, to, Res_0, tag, 22
+91.01,
+91.01, receive incoming, Packet #4, out of, 4, with id, 7, from, Output_User_0, to, Res_0, tag, 22, delay, 0.4
+91.01, break this packet into, 1
+91.01, enqueing, Packet #4, out of, 4, with id, 7, from, Output_User_0, to, Res_0, tag, 22
+91.01,
+91.01, receive incoming, Packet #4, out of, 4, with id, 7, from, Output_User_1, to, Res_0, tag, 22, delay, 0.0
+91.01, break this packet into, 1
+91.01, enqueing, Packet #4, out of, 4, with id, 7, from, Output_User_1, to, Res_0, tag, 22
+91.41000000000001, dequeuing, Packet #4, out of, 4, with id, 7, from, Output_User_0, to, Res_0, tag, 22
+91.81000000000002, dequeuing, Packet #4, out of, 4, with id, 7, from, Output_User_1, to, Res_0, tag, 22
+95.01,
+95.01, receive incoming, Packet #1, out of, 2, with id, 8, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+95.01, break this packet into, 1
+95.01, enqueing, Packet #1, out of, 2, with id, 8, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+95.01,
+95.01, receive incoming, Packet #1, out of, 2, with id, 8, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+95.01, break this packet into, 1
+95.01, enqueing, Packet #1, out of, 2, with id, 8, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+96.21000000000001, dequeuing, Packet #1, out of, 2, with id, 8, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+97.41000000000001, dequeuing, Packet #1, out of, 2, with id, 8, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+107.01,
+107.01, receive incoming, Packet #1, out of, 2, with id, 9, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+107.01, break this packet into, 1
+107.01, enqueing, Packet #1, out of, 2, with id, 9, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+107.01,
+107.01, receive incoming, Packet #1, out of, 2, with id, 9, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+107.01, break this packet into, 1
+107.01, enqueing, Packet #1, out of, 2, with id, 9, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+108.21000000000001, dequeuing, Packet #1, out of, 2, with id, 9, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+109.41000000000001, dequeuing, Packet #1, out of, 2, with id, 9, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+119.01,
+119.01, receive incoming, Packet #1, out of, 2, with id, 10, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+119.01, break this packet into, 1
+119.01, enqueing, Packet #1, out of, 2, with id, 10, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+119.01,
+119.01, receive incoming, Packet #1, out of, 2, with id, 10, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+119.01, break this packet into, 1
+119.01, enqueing, Packet #1, out of, 2, with id, 10, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+120.21000000000001, dequeuing, Packet #1, out of, 2, with id, 10, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+121.41000000000001, dequeuing, Packet #1, out of, 2, with id, 10, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+126.71259946949604,
+126.71259946949604, receive incoming, Packet #1, out of, 4, with id, 0, from, Output_Res_0, to, User_0, tag, 20, delay, 12.0
+126.71259946949604, break this packet into, 1
+126.71259946949604, enqueing, Packet #1, out of, 4, with id, 0, from, Output_Res_0, to, User_0, tag, 20
+131.01,
+131.01, receive incoming, Packet #1, out of, 2, with id, 11, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 12.0
+131.01, break this packet into, 1
+131.01, enqueing, Packet #1, out of, 2, with id, 11, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+131.01,
+131.01, receive incoming, Packet #1, out of, 2, with id, 11, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+131.01, break this packet into, 1
+131.01, enqueing, Packet #1, out of, 2, with id, 11, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+132.20999999999998, dequeuing, Packet #1, out of, 2, with id, 11, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+138.712599469496,
+138.712599469496, receive incoming, Packet #2, out of, 4, with id, 1, from, Output_Res_0, to, User_0, tag, 20, delay, 0.0
+138.712599469496, break this packet into, 1
+138.712599469496, enqueing, Packet #2, out of, 4, with id, 1, from, Output_Res_0, to, User_0, tag, 20
+138.71259946949604, dequeuing, Packet #1, out of, 4, with id, 0, from, Output_Res_0, to, User_0, tag, 20
+143.01, dequeuing, Packet #1, out of, 2, with id, 11, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+143.01,
+143.01, receive incoming, Packet #1, out of, 2, with id, 12, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 12.0
+143.01, break this packet into, 1
+143.01, enqueing, Packet #1, out of, 2, with id, 12, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+143.01,
+143.01, receive incoming, Packet #1, out of, 2, with id, 12, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+143.01, break this packet into, 1
+143.01, enqueing, Packet #1, out of, 2, with id, 12, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+144.20999999999998, dequeuing, Packet #1, out of, 2, with id, 12, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+150.712599469496,
+150.712599469496, receive incoming, Packet #3, out of, 4, with id, 2, from, Output_Res_0, to, User_0, tag, 20, delay, 0.0
+150.712599469496, break this packet into, 1
+150.712599469496, enqueing, Packet #3, out of, 4, with id, 2, from, Output_Res_0, to, User_0, tag, 20
+150.71259946949604, dequeuing, Packet #2, out of, 4, with id, 1, from, Output_Res_0, to, User_0, tag, 20
+155.01, dequeuing, Packet #1, out of, 2, with id, 12, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+155.01,
+155.01, receive incoming, Packet #1, out of, 2, with id, 13, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 12.0
+155.01, break this packet into, 1
+155.01, enqueing, Packet #1, out of, 2, with id, 13, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+155.01,
+155.01, receive incoming, Packet #1, out of, 2, with id, 13, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+155.01, break this packet into, 1
+155.01, enqueing, Packet #1, out of, 2, with id, 13, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+156.20999999999998, dequeuing, Packet #1, out of, 2, with id, 13, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+161.91259946949603,
+161.91259946949603, receive incoming, Packet #4, out of, 4, with id, 3, from, Output_Res_0, to, User_0, tag, 20, delay, 0.0
+161.91259946949603, break this packet into, 1
+161.91259946949603, enqueing, Packet #4, out of, 4, with id, 3, from, Output_Res_0, to, User_0, tag, 20
+162.71259946949604, dequeuing, Packet #3, out of, 4, with id, 2, from, Output_Res_0, to, User_0, tag, 20
+166.712599469496,
+166.712599469496, receive incoming, Packet #1, out of, 4, with id, 4, from, Output_Res_0, to, User_1, tag, 20, delay, 0.0
+166.712599469496, break this packet into, 1
+166.712599469496, enqueing, Packet #1, out of, 4, with id, 4, from, Output_Res_0, to, User_1, tag, 20
+167.01, dequeuing, Packet #1, out of, 2, with id, 13, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+167.01,
+167.01, receive incoming, Packet #1, out of, 2, with id, 14, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+167.01, break this packet into, 1
+167.01, enqueing, Packet #1, out of, 2, with id, 14, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+167.01,
+167.01, receive incoming, Packet #1, out of, 2, with id, 14, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+167.01, break this packet into, 1
+167.01, enqueing, Packet #1, out of, 2, with id, 14, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+168.20999999999998, dequeuing, Packet #1, out of, 2, with id, 14, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+169.40999999999997, dequeuing, Packet #1, out of, 2, with id, 14, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+174.71259946949604, dequeuing, Packet #4, out of, 4, with id, 3, from, Output_Res_0, to, User_0, tag, 20
+178.712599469496,
+178.712599469496, receive incoming, Packet #2, out of, 4, with id, 5, from, Output_Res_0, to, User_1, tag, 20, delay, 0.0
+178.712599469496, break this packet into, 1
+178.712599469496, enqueing, Packet #2, out of, 4, with id, 5, from, Output_Res_0, to, User_1, tag, 20
+179.01, dequeuing, Packet #1, out of, 4, with id, 4, from, Output_Res_0, to, User_1, tag, 20
+179.01,
+179.01, receive incoming, Packet #1, out of, 2, with id, 15, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+179.01, break this packet into, 1
+179.01, enqueing, Packet #1, out of, 2, with id, 15, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+179.01,
+179.01, receive incoming, Packet #1, out of, 2, with id, 15, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+179.01, break this packet into, 1
+179.01, enqueing, Packet #1, out of, 2, with id, 15, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+180.20999999999998, dequeuing, Packet #1, out of, 2, with id, 15, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+181.40999999999997, dequeuing, Packet #1, out of, 2, with id, 15, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+190.712599469496,
+190.712599469496, receive incoming, Packet #3, out of, 4, with id, 6, from, Output_Res_0, to, User_1, tag, 20, delay, 0.0
+190.712599469496, break this packet into, 1
+190.712599469496, enqueing, Packet #3, out of, 4, with id, 6, from, Output_Res_0, to, User_1, tag, 20
+191.01, dequeuing, Packet #2, out of, 4, with id, 5, from, Output_Res_0, to, User_1, tag, 20
+191.01,
+191.01, receive incoming, Packet #1, out of, 2, with id, 16, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+191.01, break this packet into, 1
+191.01, enqueing, Packet #1, out of, 2, with id, 16, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+191.01,
+191.01, receive incoming, Packet #1, out of, 2, with id, 16, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+191.01, break this packet into, 1
+191.01, enqueing, Packet #1, out of, 2, with id, 16, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+192.20999999999998, dequeuing, Packet #1, out of, 2, with id, 16, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+193.40999999999997, dequeuing, Packet #1, out of, 2, with id, 16, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+201.91259946949603,
+201.91259946949603, receive incoming, Packet #4, out of, 4, with id, 7, from, Output_Res_0, to, User_1, tag, 20, delay, 0.0
+201.91259946949603, break this packet into, 1
+201.91259946949603, enqueing, Packet #4, out of, 4, with id, 7, from, Output_Res_0, to, User_1, tag, 20
+203.01, dequeuing, Packet #3, out of, 4, with id, 6, from, Output_Res_0, to, User_1, tag, 20
+203.01,
+203.01, receive incoming, Packet #1, out of, 2, with id, 17, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+203.01, break this packet into, 1
+203.01, enqueing, Packet #1, out of, 2, with id, 17, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+203.01,
+203.01, receive incoming, Packet #1, out of, 2, with id, 17, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 0.0
+203.01, break this packet into, 1
+203.01, enqueing, Packet #1, out of, 2, with id, 17, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+204.20999999999998, dequeuing, Packet #1, out of, 2, with id, 17, from, Output_User_0, to, Res_0, tag, GridSimTags.JUNK_PKT
+205.40999999999997, dequeuing, Packet #1, out of, 2, with id, 17, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+205.51899946949604,
+205.51899946949604, receive incoming, Packet #1, out of, 1, with id, 8, from, Output_Res_0, to, User_0, tag, 23, delay, 0.064
+205.51899946949604, break this packet into, 1
+205.51899946949604, enqueing, Packet #1, out of, 1, with id, 8, from, Output_Res_0, to, User_0, tag, 23
+205.58299946949603, dequeuing, Packet #1, out of, 1, with id, 8, from, Output_Res_0, to, User_0, tag, 23
+205.58299946949603,
+205.58299946949603, receive incoming, Packet #1, out of, 1, with id, 9, from, Output_Res_0, to, User_1, tag, 23, delay, 0.0
+205.58299946949603, break this packet into, 1
+205.58299946949603, enqueing, Packet #1, out of, 1, with id, 9, from, Output_Res_0, to, User_1, tag, 23
+206.840599469496,
+206.840599469496, receive incoming, Packet #1, out of, 4, with id, 10, from, Output_Res_0, to, User_0, tag, 20, delay, 12.0
+206.840599469496, break this packet into, 1
+206.840599469496, enqueing, Packet #1, out of, 4, with id, 10, from, Output_Res_0, to, User_0, tag, 20
+215.01, dequeuing, Packet #4, out of, 4, with id, 7, from, Output_Res_0, to, User_1, tag, 20
+215.01,
+215.01, receive incoming, Packet #1, out of, 2, with id, 18, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 0.0
+215.01, break this packet into, 1
+215.01, enqueing, Packet #1, out of, 2, with id, 18, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+215.01,
+215.01, receive incoming, Packet #1, out of, 2, with id, 18, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+215.01, break this packet into, 1
+215.01, enqueing, Packet #1, out of, 2, with id, 18, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+216.20999999999998, dequeuing, Packet #1, out of, 2, with id, 18, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+218.840599469496, dequeuing, Packet #1, out of, 4, with id, 10, from, Output_Res_0, to, User_0, tag, 20
+218.840599469496,
+218.840599469496, receive incoming, Packet #2, out of, 4, with id, 11, from, Output_Res_0, to, User_0, tag, 20, delay, 12.0
+218.840599469496, break this packet into, 1
+218.840599469496, enqueing, Packet #2, out of, 4, with id, 11, from, Output_Res_0, to, User_0, tag, 20
+219.01, dequeuing, Packet #1, out of, 1, with id, 9, from, Output_Res_0, to, User_1, tag, 23
+219.07399999999998, dequeuing, Packet #1, out of, 2, with id, 18, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+227.01,
+227.01, receive incoming, Packet #1, out of, 2, with id, 19, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+227.01, break this packet into, 1
+227.01, enqueing, Packet #1, out of, 2, with id, 19, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+227.01,
+227.01, receive incoming, Packet #1, out of, 2, with id, 19, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 12.0
+227.01, break this packet into, 1
+227.01, enqueing, Packet #1, out of, 2, with id, 19, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+228.20999999999998, dequeuing, Packet #1, out of, 2, with id, 19, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+230.840599469496, dequeuing, Packet #2, out of, 4, with id, 11, from, Output_Res_0, to, User_0, tag, 20
+230.840599469496,
+230.840599469496, receive incoming, Packet #3, out of, 4, with id, 12, from, Output_Res_0, to, User_0, tag, 20, delay, 12.0
+230.840599469496, break this packet into, 1
+230.840599469496, enqueing, Packet #3, out of, 4, with id, 12, from, Output_Res_0, to, User_0, tag, 20
+239.01, dequeuing, Packet #1, out of, 2, with id, 19, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+239.01,
+239.01, receive incoming, Packet #1, out of, 2, with id, 20, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+239.01, break this packet into, 1
+239.01, enqueing, Packet #1, out of, 2, with id, 20, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+239.01,
+239.01, receive incoming, Packet #1, out of, 2, with id, 20, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 12.0
+239.01, break this packet into, 1
+239.01, enqueing, Packet #1, out of, 2, with id, 20, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+240.20999999999998, dequeuing, Packet #1, out of, 2, with id, 20, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+242.04059946949602,
+242.04059946949602, receive incoming, Packet #4, out of, 4, with id, 13, from, Output_Res_0, to, User_0, tag, 20, delay, 0.0
+242.04059946949602, break this packet into, 1
+242.04059946949602, enqueing, Packet #4, out of, 4, with id, 13, from, Output_Res_0, to, User_0, tag, 20
+242.840599469496, dequeuing, Packet #3, out of, 4, with id, 12, from, Output_Res_0, to, User_0, tag, 20
+246.840599469496,
+246.840599469496, receive incoming, Packet #1, out of, 4, with id, 14, from, Output_Res_0, to, User_1, tag, 20, delay, 0.0
+246.840599469496, break this packet into, 1
+246.840599469496, enqueing, Packet #1, out of, 4, with id, 14, from, Output_Res_0, to, User_1, tag, 20
+251.01, dequeuing, Packet #1, out of, 2, with id, 20, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+251.01,
+251.01, receive incoming, Packet #1, out of, 2, with id, 21, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT, delay, 1.2
+251.01, break this packet into, 1
+251.01, enqueing, Packet #1, out of, 2, with id, 21, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+251.01,
+251.01, receive incoming, Packet #1, out of, 2, with id, 21, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT, delay, 0.0
+251.01, break this packet into, 1
+251.01, enqueing, Packet #1, out of, 2, with id, 21, from, Output_User_0, to, User_1, tag, GridSimTags.JUNK_PKT
+252.20999999999998, dequeuing, Packet #1, out of, 2, with id, 21, from, Output_User_1, to, Res_0, tag, GridSimTags.JUNK_PKT
+254.840599469496, dequeuing, Packet #4, out of, 4, with id, 13, from, Output_Res_0, to, User_0, tag, 20
+258.840599469496,
+258.840599469496, receive incoming, Packet #2, out of, 4, with id, 15, from, Output_Res_0, to, User_1, tag, 20, delay, 0.0
+258.840599469496, break this packet into, 1
+258.840599469496, enqueing, Packet #2, out of, 4, with id, 15, from, Output_Res_0, to, User_1, tag, 20
+263.01, dequeuing, Packet ...
[truncated message content] |
