require (	gitee.com/banyanhouse/distill-infra v0.0.8	github.com/kataras/iris v11.1.1+incompatible)

package mainimport (	_ "gitee.com/banyanhouse/distill-base"	conf "gitee.com/banyanhouse/distill-infra/config"	"log"	"os"	//_ "gitee.com/Hu-Lyndon/distill-resk"	infra "gitee.com/banyanhouse/distill-infra"	"gitee.com/banyanhouse/distill-infra/utils")var (	Version string = "0.0.1"	//h bool	//v bool	configFilePath string	//modelFilePath string	//wwwDir        string	//swaggerDir    string	//port          int)func main() {	// 获取程序运行，所需配置文件的路径	if configFilePath == "" {		configFilePath = utils.GetCurrentPath("./config/") + "/config.toml"	}	extensionMap := make(map[string]interface{})	extensionMap["gatewayConfig"] = configFilePath		// 读取到config.toml后真实的存储对象	appConfig := &conf.TomlConfig{}	//utils.ConfigFromFile(configFilePath, config)	configFiles := []string{configFilePath, utils.GetCurrentPath("../config/") + "/config.toml"}	utils.ConfigFromSlice(configFiles, appConfig)		// 启动框架	app := infra.New(appConfig)	app.Start()	// 之前是因为没有阻塞的starter，有了Iris就不用下面的了	//c := make(chan int)	//<- c}func ErrHandler(err error) {	if err != nil {		log.Fatal(err.Error())		os.Exit(-1)	}}

# 应用配置[app]httpPort = 18185name = "hello_world"enabled = truetime = "10s"testing = false# 日志配置[log]enableLineLog = truedir = "/logs"testDir = "/logs/test"fileName = "hello_world"# 文件最大保存时间maxAge = "24h"# 日志切割时间间隔rotationTime = "1h"level = "debug"# 注册中心配置[ext.registry.etcd]Urls = ["192.168.100.1:23791", "192.168.100.1:23792", "192.168.100.1:23793"]# iris配置[ext.gateway]addr = "192.168.100.1:9091"loglevel = "debug"[ext.gateway.irisconfig]DisablePathCorrection = falseEnablePathEscape = falseFireMethodNotAllowed = falseDisableBodyConsumptionOnUnmarshal = falseTimeFormat = "Mon, 01 Jan 2006 15:04:05 GMT"Charset = "UTF-8"#自定义配置[ext.gateway.other]Port = 8088IgnoreURLs = ["/", "/home", "/user/login", "/user/registe", "/login_pwd", "/micro/http"]JWTTimeout = 3600 #secondLogLevel = "debug"Secret = "xxx-Secret"

package distill_micro_httpimport (	"fmt"	_ "gitee.com/banyanhouse/distill-base/apis/web"	infra "gitee.com/banyanhouse/distill-infra"	"gitee.com/banyanhouse/distill-infra/api"	"gitee.com/banyanhouse/distill-infra/base"	"gitee.com/banyanhouse/distill-infra/hook"	"gitee.com/banyanhouse/distill-infra/log"	"gitee.com/banyanhouse/distill-infra/register"	"gitee.com/banyanhouse/distill-infra/validator"	"gitee.com/banyanhouse/distill-infra/web")// distill-infra的boot.go文件是整个框架设施启动器的基本结构，所有基础设施的启动过程是按照app.go中配置的顺序来加载，// 依次加载和运行所有Starter的Init()方法，再依次运行所有Starter的Setup()方法，最后依次运行所有Starter的Start()方法，// 而最后一个配置的Starter是HookStarter，用于在独立开辟的goroutine中，监听接受终端和终止信号，以依次运行所有Starter的Stop()方法，// 以达到回收资源的目的func init() {	fmt.Println("start app...")	// 用于读取toml的配置文件	infra.Register(&base.TomlPropsStarter{})	// 这里启动一个Logger的封装，加入了一些日志滚动的功能	infra.Register(&log.LoggerStarter{}) // 如果需要输出日志到文件中，则可以打开这里，去初始化文件日志	// 这里可以对Handler接受的数据进行验证，后续详细描述	infra.Register(&validator.ValidatorStarter{})	// 默认集成了Iris框架	infra.Register(&web.IrisServerStarter{})	// 启动web框架后，就可以注册我们自己编写的Handler	infra.Register(&api.WebApiStarter{})	// 集成了go-micro框架，实际的Iris等web框架，最终也是提交给go-micro中进行注册和启动的	infra.Register(&register.Etcd3Starter{})	// 这里开辟一个goroutine，用于结束程序，回收资源	infra.Register(&hook.HookStarter{})	fmt.Println("load end ...")}

package webimport (	"gitee.com/banyanhouse/distill-infra/api"	"gitee.com/banyanhouse/distill-infra/web"	"github.com/kataras/iris/context")// 这里方便全局注册器app.go用来将handler注册到框架的web注册器中func init() {	api.SetupApi(new(ProdsHandler))}// 创建一个结构体，用于绑定handlertype ProdsHandler struct {}// 这里可以查看我在app.go中的备注func (c *ProdsHandler) Init() {}// 这里我们手动编写一个handlerfunc (c *ProdsHandler) Setup() {	groupRouter := web.IrisMainParty().Party("/micro/http")	groupRouter.Get("/hello", func(context context.Context) {		r := web.Res{			Code: web.ResCodeOk,			Message: "hello world api",		}		context.JSON(&r)	})}

version: '2'services:  etcd0:    image: quay.io/coreos/etcd:v3.4.7    ports:      - 23791:2379    volumes:      - etcd0:/etcd_data    command:      - /usr/local/bin/etcd      - -name      - etcd0      - --data-dir      - /etcd_data      - -advertise-client-urls      - http://etcd0:2379      - -listen-client-urls      - http://0.0.0.0:2379      - -initial-advertise-peer-urls      - http://etcd0:2380      - -listen-peer-urls      - http://0.0.0.0:2380      - -initial-cluster      - etcd0=http://etcd0:2380,etcd1=http://etcd1:2380,etcd2=http://etcd2:2380  etcd1:    image: quay.io/coreos/etcd:v3.4.7    ports:      - 23792:2379    volumes:      - etcd1:/etcd_data    command:      - /usr/local/bin/etcd      - -name      - etcd1      - --data-dir      - /etcd_data      - -advertise-client-urls      - http://etcd1:2379      - -listen-client-urls      - http://0.0.0.0:2379      - -initial-advertise-peer-urls      - http://etcd1:2380      - -listen-peer-urls      - http://0.0.0.0:2380      - -initial-cluster      - etcd0=http://etcd0:2380,etcd1=http://etcd1:2380,etcd2=http://etcd2:2380  etcd2:    image: quay.io/coreos/etcd:v3.4.7    ports:      - 23793:2379    volumes:      - etcd2:/etcd_data    command:      - /usr/local/bin/etcd      - -name      - etcd2      - --data-dir      - /etcd_data      - -advertise-client-urls      - http://etcd2:2379      - -listen-client-urls      - http://0.0.0.0:2379      - -initial-advertise-peer-urls      - http://etcd2:2380      - -listen-peer-urls      - http://0.0.0.0:2380      - -initial-cluster      - etcd0=http://etcd0:2380,etcd1=http://etcd1:2380,etcd2=http://etcd2:2380volumes:  etcd0:  etcd1:  etcd2:

# Compile stage# 这一步是为了使用go容器对我们的代码进行编译FROM golang:1.13.8 AS build-env# 以上面的镜像为基础，把代码搞里头ADD . /distill-base# 进入工作目录WORKDIR /distill-base# 设定参数ENV GOOS linuxENV GOARCH amd64ENV CGO_ENABLED=0ENV GOFLAGS "-ldflags=-w -ldflags=-s"ENV GO111MODULE=on# 为避免编译时再down一遍相关依赖包，我们启动了vendorENV GOFLAGS=" -mod=vendor"# 这里设置的是代理，建议大家还是不要用我的，自己去goproxy.io上面申请自己的玩一下ENV GOPROXY=https://yz271544:[email protected],direct# 这一行是真正的编译RUN go build -o /brun brun/main.go# Final stage# 下面才是真正把编译后的程序打成一个新的镜像的过程，为尽量小一些，我们采用了各方建议的debian，其他的也行，看个人爱好FROM debian:buster#FROM centos:centos8# 暴露端口EXPOSE 18185# 设定工作目录WORKDIR /# 为我们调试方便，安装一下下面的内容，方便我们可以exec到容器后，可以使用基本的linux操作命令#RUN dnf -y install coreutils --allowerasingRUN apt-get update && apt-get install -y locales && rm -rf /var/lib/apt/lists/* \    && localedef -i en_US -c -f UTF-8 -A /usr/share/locale/locale.alias en_US.UTF-8RUN apt-get install -y coreutils# 好了，从编译容器中，将配置目录复制过来COPY --from=build-env /distill-base/config /config# 再从编译容器中，将编译完的程序复制过来COPY --from=build-env /brun /# 设定权限RUN chmod +x /brun# 设定启动命令CMD ["/brun"]

{	code: "0",	message: "hello world api",	data: null}