什么可以替代.Net Core中的WCF？

本文介绍了什么可以替代.Net Core中的WCF？的处理方法，对大家解决问题具有一定的参考价值，需要的朋友们下面随着小编来一起学习吧！ 问题描述

我习惯于创建一个.Net Framework控制台应用程序，并通过WCF服务从头开始使用类库（）公开 Add（int x，int y）函数。网络框架）。然后，我使用控制台应用程序在服务器内代理调用此功能。

I am used to creating a .Net Framework console application and exposing a Add(int x, int y) function via a WCF service from scratch with Class Library (.Net Framework). I then use the console application to proxy call this function within the server.

但是，如果我使用控制台应用程序（.Net Core）和类库（.Net Core） System.ServiceModel不可用。我做了一些谷歌搜索，但是在这种情况下我还没有弄清楚是什么替代了 WCF。

However if I use Console App (.Net Core) and a Class Library (.Net Core) the System.ServiceModel is not available. I have done some Googling but I haven't figured out what "replaces" WCF in this instance.

如何公开 Add（int类库中的x，int y）函数到.Net Core中所有的控制台应用程序？我看到了System.ServiceModel.Web，由于这是跨平台的，所以我必须创建一个RESTful服务吗？

How do I expose a Add(int x, int y) function within a class library to a console application all within .Net Core? I see System.ServiceModel.Web, and since this is trying to be cross platform do I have to create a RESTful service?

推荐答案

.NET Core不支持WCF，因为它是Windows特定的技术，而.NET Core应该是跨平台的。 如果要实现进程间通信，请考虑尝试此项目。 它允许以WCF样式创建服务：

WCF is not supported in .NET Core since it's a Windows specific technology while .NET Core is supposed to be cross-platform. If you are implementing inter-process communication consider trying this project out. It allows creating services in WCF style:

步骤1-创建服务合同

public interface IComputingService { float AddFloat(float x, float y); }

步骤2：实施服务

class ComputingService : IComputingService { public float AddFloat(float x, float y) { return x + y; } }

第3步-在控制台应用程序中托管服务

Step 3 - Host the service in Console application

class Program { static void Main(string[] args) { // configure DI IServiceCollection services = ConfigureServices(new ServiceCollection()); // build and run service host new IpcServiceHostBuilder(services.BuildServiceProvider()) .AddNamedPipeEndpoint<IComputingService>(name: "endpoint1", pipeName: "pipeName") .AddTcpEndpoint<IComputingService>(name: "endpoint2", ipEndpoint: IPAddress.Loopback, port: 45684) .Build() .Run(); } private static IServiceCollection ConfigureServices(IServiceCollection services) { return services .AddIpc() .AddNamedPipe(options => { options.ThreadCount = 2; }) .AddService<IComputingService, ComputingService>(); } }

步骤4-从客户端进程调用服务

Step 4 - Invoke the service from client process

IpcServiceClient<IComputingService> client = new IpcServiceClientBuilder<IComputingService>() .UseNamedPipe("pipeName") // or .UseTcp(IPAddress.Loopback, 45684) to invoke using TCP .Build(); float result = await client.InvokeAsync(x => x.AddFloat(1.23f, 4.56f));