【BeetleX重構】TLS和多數據型別效能測試

2024-06-07碼農

上一篇針對元件實作的簡單HTTP服務進行了一個壓力測試，而這一篇主要針對的是HTTPS和不同序列化元件響應體中的效能測試。透過以上測試看一下元件在添加TLS後對效能的損耗和不同序列化元件在HTTP中使用的效果。

這一次的測試邏輯和結構對比之前的相對復雜一些，方法會判斷請求響應的型別和數量，具體邏輯程式碼如下:

public classHttpSession : SesionBase{publicoverridevoidReceive(NetContext context, object message) {var request = (HttpRequest)message;int count = 1; BodyType type = BodyType.Json;if (!string.IsNullOrEmpty(request.QueryString)) {string[] values = request.QueryString.Split('=');if (values.Length == 1) {int.TryParse(values[0], out count); }else { Enum.TryParse<BodyType>(values[0], out type);int.TryParse(values[1], out count); } } HttpResponse response = new HttpResponse(); UserProtos userProtos = new UserProtos(); List<User> data = new List<User>();for (int i = 0; i < count; i++) {if (type != BodyType.Protobuf) { User item = new User(); item.Name = $"Henry{i}"; item.Time = DateTime.Now; item.Email = "[email protected]"; item.City = "guangzhou"; item.Age = i; data.Add(item); }else { UserProto item = new UserProto(); item.Name = $"Henry{i}"; item.Time = DateTime.Now.Ticks; item.Email = "[email protected]"; item.City = "guangzhou"; item.Age = i; userProtos.Items.Add(item); } }if (type == BodyType.Json) { response.SetJson(data); }elseif (type == BodyType.Protobuf) { response.SetProtobuf(userProtos); }elseif (type == BodyType.MessagePack) { response.SetMessagePack(data); } response.Write(context.Writer); context.Writer.Flush(); }}