zooland 新开源的RPC项目,希望大家在开发的微服务的时候多一种选择,让微服务开发简单,并且容易上手。
zooland 我叫它动物园地,一个构思很长时间的一个项目。起初只是觉得各种通信框架都封装的很好了,但是就是差些兼容,防错,高可用。同时在使用上,不希望有多余的代码,像普通接口一样使用就可以了。
基于这些想法,看了很多资料,有了很多启发;也开发出这样一个版本,而且也在实际项目中应用起来了,算是小有成就吧。但同时深知一个人的力量有限,希望得到整个社区帮助。帮助我完善它,让它成为.net 平台下一个不错的选择。
首先,介绍一下这个项目。
项目中没有实现自己的通信层代码,因为大厂为我们提供了 比如 thrift、grpc、HTTP、wcf、akka.net、netty.net 等等。
其次既然我都支持了这么多种通信框架了,那么他们在同一个项目中进行混用也是可以的。比如你的.net 项目内使用wcf 或 netty通信,这个时候elk或者搜索引擎为你提供了thrift的接口,那么用这个框架会是不错的选择。
项目中 主要的精力放在了LoadBalace、调用错误隔离、重试、缓存,多种形式的Cluster、以及如何以最简单的方式让队员通过直链的方式进行开发。
服务注册和发现,现在还没有很好的实现想法,希望社区能帮忙,当然有接口性能监控的能手,和调用链或熟悉dapper的能加入我,那么我会更高兴。
ioc上无赖选择了Spring.net,希望spring.net 早点出.net core版本的,这样我会很省心的去开发.net core 版的zooland;
autofac 我正在尝试,希望能作为spring.net 的替代版本,可能是因为习惯了spring.net 感觉autofac我增加我的配置文档的数量,这是我不喜欢的
ioc 我也不喜欢对框架内部侵入太多的,它会让我觉得我的架构很臃肿,让我觉得ioc 不过是虚拟工厂来生产真正的实例,而且还要让我到处引用虚拟工厂的类库,想想都觉得烦。
计划还是有的:
准备在框架层加入过滤器,这样CAS 做分布式事务的开源框架也能整合进来,缓存也能独立成一个Filter 的实现
比较麻烦的是调用链,需要埋点,由于支持了多种通信框架,而基于dapper论文的追踪访问链条的方式,可能导致有些通信框架不支持,比较麻烦,一直在想,tcp/ip协议是不是也有想http一样的,可以在访问header里面添加调用链的内容。也希望社区有好的办法。当然能推动大厂们提供的通信框架的改进,那就更好了。
有代码有真相,下面是用于调用的代码,对使用来说绝对easy
static void Main(string[] args) { var context = ContextRegistry.GetContext(); var helloServiceThrift = context.GetObject<RpcContractThrift.IHelloService>(); var helloServiceGrpc = context.GetObject<RpcContractGrpc.IHelloService>(); var helloServiceWcf = context.GetObject<RpcContractWcf.IHelloService>(); var helloServiceHttp = context.GetObject<RpcContractHttp.IHelloService>(); var helloServiceAkka = context.GetObject<RpcContractAkka.IHelloService>(); var helloServiceRemoting = context.GetObject<RpcContractRemoting.IHelloService>(); while (true) { Console.WriteLine("请选择:wcf | grpc | thrift | http | akka | remoting"); var mode = Console.ReadLine().ToLower(); switch (mode) { case "wcf": CallWhile((helloword) => { WcfHello(helloServiceWcf, helloword); }); break; case "grpc": CallWhile((helloword) => { GrpcHello(helloServiceGrpc, helloword); }); break; case "thrift": CallWhile((helloword) => { ThriftHello(helloServiceThrift, helloword); }); break; case "http": CallWhile((helloword) => { HttpHello(helloServiceHttp, helloword); }); break; case "akka": CallWhile((helloword) => { AkkaHello(helloServiceAkka, helloword); }); break; case "remoting": CallWhile((helloword) => { RemotingHello(helloServiceRemoting, helloword); }); break; case "all": for (int i = 0; i < 3; i++) { Task.Run(() => { try { WcfHello(helloServiceWcf); } catch (Exception ex) { throw ex; } }); Task.Run(() => { try { GrpcHello(helloServiceGrpc); } catch (Exception ex) { throw ex; } }); Task.Run(() => { try { ThriftHello(helloServiceThrift); } catch (Exception ex) { throw ex; } }); Task.Run(() => { try { HttpHello(helloServiceHttp); } catch (Exception ex) { throw ex; } }); Task.Run(() => { try { AkkaHello(helloServiceAkka); } catch (Exception ex) { throw ex; } }); } break; } if (mode == "end") { break; } } } private static void ThriftHello(RpcContractThrift.IHelloService helloServiceThrift, string helloword = "world") { var callNameVoid = helloServiceThrift.CallNameVoid(); Console.WriteLine(callNameVoid); helloServiceThrift.CallName(helloword); Console.WriteLine("CallName called"); helloServiceThrift.CallVoid(); Console.WriteLine("CallVoid called"); var hello = helloServiceThrift.Hello(helloword); Console.WriteLine(hello); var helloResult = helloServiceThrift.SayHello(helloword + "perfect world"); Console.WriteLine($"{helloResult.Name},{helloResult.Gender},{helloResult.Head}"); helloResult.Name = helloword + "show perfect world"; var showResult = helloServiceThrift.ShowHello(helloResult); Console.WriteLine(showResult); } private static void GrpcHello(RpcContractGrpc.IHelloService helloServiceGrpc, string helloword = "world") { var callNameVoid = helloServiceGrpc.CallNameVoid(new RpcContractGrpc.Void()); Console.WriteLine(callNameVoid); helloServiceGrpc.CallName(new RpcContractGrpc.NameResult { Name = helloword }); Console.WriteLine("CallName called"); helloServiceGrpc.CallVoid(new RpcContractGrpc.Void()); Console.WriteLine("CallVoid called"); var hello = helloServiceGrpc.Hello(new RpcContractGrpc.NameResult { Name = helloword }); Console.WriteLine(hello.Name); var helloResult = helloServiceGrpc.SayHello(new RpcContractGrpc.NameResult { Name = $"{helloword} perfect world" }); Console.WriteLine($"{helloResult.Name},{helloResult.Gender},{helloResult.Head}"); helloResult.Name = helloword + "show perfect world"; var showResult = helloServiceGrpc.ShowHello(helloResult); Console.WriteLine(showResult.Name); } private static void WcfHello(RpcContractWcf.IHelloService helloServiceWcf, string helloword = "world") { var callNameVoid = helloServiceWcf.CallNameVoid(); Console.WriteLine(callNameVoid); helloServiceWcf.CallName(helloword); Console.WriteLine("CallName called"); helloServiceWcf.CallVoid(); Console.WriteLine("CallVoid called"); var helloWcf = helloServiceWcf.Hello(helloword); Console.WriteLine(helloWcf); var helloResultWcf = helloServiceWcf.SayHello($"{helloword} perfect world"); Console.WriteLine($"{helloResultWcf.Name},{helloResultWcf.Gender},{helloResultWcf.Head}"); helloResultWcf.Name = helloword + "show perfect world"; var showResultWcf = helloServiceWcf.ShowHello(helloResultWcf); Console.WriteLine(showResultWcf); } private static void HttpHello(RpcContractHttp.IHelloService helloServiceHttp, string helloword = "world") { var callNameVoid = helloServiceHttp.CallNameVoid(); Console.WriteLine(callNameVoid); helloServiceHttp.CallName(helloword); Console.WriteLine("CallName called"); helloServiceHttp.CallVoid(); Console.WriteLine("CallVoid called"); var helloWcf = helloServiceHttp.Hello(helloword); Console.WriteLine(helloWcf); var helloResultWcf = helloServiceHttp.SayHello($"{helloword} perfect world"); Console.WriteLine($"{helloResultWcf.Name},{helloResultWcf.Gender},{helloResultWcf.Head}"); helloResultWcf.Name = helloword + "show perfect world"; var showResultWcf = helloServiceHttp.ShowHello(helloResultWcf); Console.WriteLine(showResultWcf); } private static void AkkaHello(RpcContractAkka.IHelloService akkaServiceHttp,string helloword = "world") { var callNameVoid = akkaServiceHttp.CallNameVoid(); Console.WriteLine(callNameVoid); akkaServiceHttp.CallName(new RpcContractAkka.NameResult { Name = helloword }); Console.WriteLine("CallName called"); akkaServiceHttp.CallVoid(); Console.WriteLine("CallVoid called"); var hello = akkaServiceHttp.Hello(new RpcContractAkka.NameResult { Name = helloword }); Console.WriteLine(hello.Name); var helloResult = akkaServiceHttp.SayHello(new RpcContractAkka.NameResult { Name = $"{helloword} perfect world" }); Console.WriteLine($"{helloResult.Name},{helloResult.Gender},{helloResult.Head}"); helloResult.Name = helloword + "show perfect world"; var showResultWcf = akkaServiceHttp.ShowHello(helloResult); Console.WriteLine(showResultWcf.Name); } private static void RemotingHello(RpcContractRemoting.IHelloService remotingServiceHttp, string helloword = "world") { var callNameVoid = remotingServiceHttp.CallNameVoid(); Console.WriteLine(callNameVoid); remotingServiceHttp.CallName(helloword); Console.WriteLine("CallName called"); remotingServiceHttp.CallVoid(); Console.WriteLine("CallVoid called"); var hello = remotingServiceHttp.Hello(helloword); Console.WriteLine(hello); var helloResult = remotingServiceHttp.SayHello($"{helloword} perfect world"); Console.WriteLine($"{helloResult.Name},{helloResult.Gender},{helloResult.Head}"); helloResult.Name = helloword + "show perfect world"; var showResult = remotingServiceHttp.ShowHello(helloResult); Console.WriteLine(showResult); } private static void CallWhile(Action<string> map) { var helloword = "world"; while (true) { try { map(helloword); var mode = Console.ReadLine().ToLower(); helloword = mode; if (helloword == "end") { break; } } catch (Exception ex) { Console.WriteLine(ex.StackTrace); } } } }
目前只支持了spring.net ,有autofac的高手,欢迎加入
希望为一部分使用.net framework 的WCF做通信层框架,转微服务架构,作为一个不错的并且平滑的升级选择。
新技术不要怕不稳定,源码都有了,而且框架结构这么简单,大胆用,有问题了,可以联系技术支持啥。
奉上项目开源地址:
https://github.com/wutao0315/zooland
现在还没有搞明白怎么编译好一个版本怎么弄到nuget上,而且版本管理经验也欠缺,也需要依赖社区了。
联系作者
mail:wutao0315@qq.com
qq:1164636434
想加入我的,邮件给我吧,欢迎每一个热爱编程的同学。