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This article mainly introduces how to use CodeBenchmark for concurrent testing of logic code, the article is very detailed, has a certain reference value, interested friends must read it!

Environmental requirements

CodeBenchmark is based on netstandard2.0 development, suitable for supporting this version of the. Net core and. Net framework environment; the running system depends on the need to deploy to linux or windows, the development language.

Build a test project

You can build a console project through vs or vscode and then reference the component (referencing the latest version of BeetleX.CodeBenchmark)

Install-Package BeetleX.CodeBenchmark-Version 0.6.2

After referencing the component, you can write specific test cases, which must meet the requirements of the component test, so you need to implement an interface to write the test code. The interface description is as follows:

Public interface IExample:IDisposable {void Initialize (Benchmark benchmark); Task Execute ();}

Initialize

Method is used to describe the execution of initialization information when a concurrent instance is created

Execute

The code logic of each execution of a concurrent instance

The test code can be written according to your own business situation, and the specific business logic can be http, database access and other operations.

Websocket test case [System.ComponentModel.Category ("TCP")] public class WebsocketJson: IExample {public async Task Execute () {var request = new {url = "/ json"}; var result = await jsonClient.ReceiveFrom (request);} private BeetleX.Http.WebSockets.JsonClient jsonClient; public void Initialize (Benchmark benchmark) {jsonClient = new BeetleX.Http.WebSockets.JsonClient ("ws://192.168.2.19:8080") } public void Dispose () {jsonClient.Dispose ();}} TCP test case [System.ComponentModel.Category ("TCP")] public class TcpTextLine: IExample {public async Task Execute () {var data = $"henryfan@ {DateTime.Now}"; var stream = await mClient.ReceiveFrom (s = > s.WriteLine (data)); stream.ReadLine ();} private BeetleX.Clients.AsyncTcpClient mClient Public void Initialize (Benchmark benchmark) {mClient = BeetleX.SocketFactory.CreateClient ("192.168.2.19", 9012);} public void Dispose () {mClient.Dispose ();}} Http test case [System.ComponentModel.Category ("TCP")] class HttpGet: IExample {public void Dispose () {} public async Task Execute () {var result = await _ httpHandler.json () } public void Initialize (Benchmark benchmark) {if (_ httpApi = = null) {_ httpApi = new BeetleX.Http.Clients.HttpClusterApi (); _ httpApi.DefaultNode.Add ("http://192.168.2.19:8080"); _ httpHandler = _ httpApi.Create ();}} static BeetleX.Http.Clients.HttpClusterApi _ httpApi; static IHttpHandler _ httpHandler [BeetleX.Http.Clients.FormUrlFormater] public interface IHttpHandler {/ / http://host/json Task json ();}}

The above basic test cases can be obtained from https://github.com/IKende/CodeBenchmarkDoc.

Run the test case

Components do not need to be configured when running use cases, just build test objects and register assemblies with test cases.

Benchmark benchmark = new Benchmark (); benchmark.Register (typeof (Program) .Assembly); benchmark.Start ()

The above code loads the assembly of this item and starts a test management interface. The default service port is 9090. You can specify the service port in the Start method. The startup log is as follows:

You can view the startup of the service through the log, and after running it successfully, you can access it through the browser and test it.

You can also run multiple test cases and compare their performance.

The above is all the content of the article "how to use CodeBenchmark to test logical code concurrently". Thank you for reading! Hope to share the content to help you, more related knowledge, welcome to follow the industry information channel!

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