Performance test class, let you code to develop a good habit of testing often-asp.net C #

Introduced:

It is convenient to loop through the code to perform the functions that need to be tested to automatically count the execution time and support multithreading.

How to use:

            Performancetest p = new Performancetest ();            P.setcount (10);//number of cycles (default: 1)            P.setismultithread (TRUE);//Whether to start multithreaded testing (default: false)            P.execute (            i =            {                //code                that needs to be tested Response.Write (i+ "<br>");                System.Threading.Thread.Sleep (+);            },            message =            {                //output total run time                Response.Write ( message);   Total execution time: 1.02206 seconds                         }            );

　　

Source:

Using system;using system.collections.generic;using system.linq;using system.text;using System.Threading;namespace syntacticsugar{//<summary>//* Description: Program Performance test CLASS//* * Founding Date: 2015-5-30//* * Modified:-//* * Modified by: Sunkai        Xuan//* Instruction: tml//</summary> public class Performancetest {private DateTime BeginTime;        Private DateTime EndTime;        Private Paramsmodel Params;            <summary>///Set execution times (default: 1)///</summary> public void SetCount (int count) {        Params.runcount = count; }///<summary>///Set Threading mode (default: false)///</summary>//<param name= "Ismul" >        True for multithreading </param> public void Setismultithread (bool ismul) {params.ismultithread = Ismul;            }///<summary>//constructor///</summary> public performancetest () {     Params = new Paramsmodel ()       {runcount = 1}; }///<summary>///Execute function///</summary>//<param name= "action" ></param&        Gt public void Execute (action<int> Action, action<string> rollBack) {list<thread> arr =            New List<thread> ();            BeginTime = DateTime.Now;                    for (int i = 0; i < Params.runcount; i++) {if (Params.ismultithread) {                        var thread = new Thread (new System.Threading.ThreadStart () = {                    Action (i);                    })); Thread.                    Start (); Arr.                ADD (thread);                } else {action (i);                     }} if (Params.ismultithread) {foreach (Thread T in arr) {    while (t.isalive)                {Thread.Sleep (10);        }}} RollBack (GetResult ());            The public string GetResult () {EndTime = DateTime.Now; String totaltime = ((endtime-begintime). totalmilliseconds/1000.0).            ToString ("N5"); String Reval = String.            Format ("Total execution time: {0} seconds", totaltime);            Console.Write (Reval);        return Reval;            } private class Paramsmodel {public int runcount {get; set;}        public bool Ismultithread {get; set;} }    }}

　　

Performance test class, let you code to develop a good habit of testing often-asp.net C #