/** * Author: Anthony Sulistio * Date: April 2003 * Description: This file contains the output result when you run Example1. * $Id: output.txt,v 1.4 2003/06/30 05:21:58 anthony Exp $ * * NOTE: // denotes a comment made to explain some of the values. */ //----------------------------------- // Created when the program (i.e. Example1.java) calls GridSim.init() // Then GridSim.init() calls Sim_system.initialise(). Therefore, the below // statement is created by the Sim_system class. SimJava V1.2 - Ross McNab and Fred Howell //----------------------------------- // Created by GridSim.Start() GridSim 2.1 -- R. Buyya and M. Murshed // Created when the program calls GridSim.startGridSimulation(). // Then GridSim.startGridSimulation() // refers to Sim_system.run(). Therefore, the below three statements denote // start of running a simulation. Sim_system: Entering main loop Sim_system: Starting entities Sim_system: Waiting for entities to startup //----------------------------------- // When the program creates an UserEntity object, the object will also // create a Broker object. The Broker.body() lists the below statement, // consisting the entity or user name with "Broker_" prefix, deadline // and budget costs (taken from Experiment class). Broker_User0:: Deadline: 10000.0 Budget: 10000.0 //----------------------------------- // Below statements are created by UserEntity.body() with "result_display" // variable is set to "true". The below statements indicate one user has three // Gridlets. All of these Gridlets have been proceed sucessfully. // GL_SubmissionTime = Gridlet submission time (in terms of simulation clock) // GL_StartTime = the time Gridlet starts to execute // GL_FinishTime = the time to complete processing a Gridlet // GL_actualCPUTime = the CPU time // GL_WallClockTime = the actual real time // Resource Name = the name of a resouce that processes the Gridlet User0:: Experiment Schedule ----------------------------------- UserID | GridLetID | Status | Resource ID | GL_SubmissionTime | GL_StartTime | Gl_FinishTime | GL_actualCPUtime | GL_WallClockTime | Resource Name User0 | 0 | Success | 7 | 12.518453625303154 | 12.518453625303154 | 21.802273253950368 | 9.283819628647215 | 9.283819628647214 | Resource0 User0 | 1 | Success | 7 | 21.447025053874583 | 21.447025053874583 | 34.70962452337061 | 13.26259946949602 | 13.262599469496024 | Resource0 User0 | 2 | Success | 7 | 37.51845362530315 | 37.51845362530315 | 61.39113267039599 | 23.872679045092838 | 23.872679045092838 | Resource0 // The UserEntity.body() also creates the below statements (if set // "result_display" to "true"). ******** Experiment Report ******** No. of Gridlets: 3 // the deadline factor set by the program (i.e. Example1.java) Deadline Factor: 0.0 // the experiment deadline cost or value Deadline: 10000.0 // the experiment deadline time Deadline Time: 10004.732739339588 // the budget factor set by the program Budget Factor: 0.0 // the experiment budget cost or value Budget: 10000.0 // the experiment strategy set by the program. In this example, we can to // optimize time Stratergy: OPTIMIZE_TIME // the simulation start time, based on Sim_system.clock() Start Time: 4.73273933958887 // the simulation end time, based on Sim_system.clock() End Time: 77.46256124182456 // the budget spent on successful gridlets only Budget Spent: 139.25729442970822 // the number of gridlets that are successfully executed Gridlets Executed: 3 // the ratio of successful gridlets' completion. // 1.0 means 100% success rate Gridlet Completion Factor: 1.0 // A summary of important facts such as time and budget utilization GridletCompletion: 3 TimeUtilization: 72 BudgetUtilization: 139 //----------------------------------- // When there are no more events to process, then SimJava will exit the program // Then GridSim will exit as well Sim_system: No more future events Exiting Sim_system.run()
