lc-smartX/lc/server.go

package lc

import (
	"lc-smartX/util"
	"lc-smartX/util/gopool"
	"time"
)

type SmartXServer interface {
	Serve()
}

type IntersectionServer struct {
	RadarEventServer  *RadarServer
	CameraEventServer *CameraServer
	MainState         byte
	SubState          byte
	MainDevices       []IDevice
	SubDevices        []IDevice
	ReTicker          *time.Ticker
	Main              *time.Ticker
	Sub               *time.Ticker
}

func StartIntersectionServer() {
	is := &IntersectionServer{
		Main:     time.NewTicker(5 * time.Second),  //主路状态回滚
		Sub:      time.NewTicker(5 * time.Second),  //支路状态回滚
		ReTicker: time.NewTicker(30 * time.Second), //重连
	}
	if util.Config.Server.SupportCamera {
		is.CameraEventServer = NewCameraEventServer()
		gopool.Go(is.CameraEventServer.Start)
	}
	if util.Config.Server.SupportRadar {
		is.RadarEventServer = NewRadarEventServer()
		gopool.Go(is.RadarEventServer.Start)
	}
	//等事件服务先启动
	time.Sleep(1 * time.Second)
	is.Serve()
}

type MainNotifier struct{ s *IntersectionServer }

// Notify 主路来车,通知支路设备
func (m MainNotifier) Notify(id string) {
	m.s.Main.Reset(5 * time.Second)
	if m.s.MainState != 1 {
		m.s.MainState = 1
		if id == "1" {
			for _, v := range m.s.SubDevices {
				gopool.Go(v.Call)
			}
		} else if id == "2" {
			for _, v := range m.s.MainDevices {
				gopool.Go(v.Call)
			}
		}
	}
}

type SubNotifier struct{ s *IntersectionServer }

// Notify 支路来车,通知主路设备
func (sub SubNotifier) Notify(id string) {
	sub.s.Sub.Reset(5 * time.Second)
	if sub.s.SubState != 1 {
		sub.s.SubState = 1
		if id == "1" {
			for _, v := range sub.s.SubDevices {
				gopool.Go(v.Call)
			}
		} else if id == "2" {
			for _, v := range sub.s.MainDevices {
				gopool.Go(v.Call)
			}
		}
	}
}

func (is *IntersectionServer) Serve() {
	if util.Config.Server.SupportCamera {
		is.CameraEventServer.RegisterCallback(1, &SubNotifier{is})
		is.CameraEventServer.RegisterCallback(0, &MainNotifier{is})
	}
	if util.Config.Server.SupportRadar {
		is.RadarEventServer.RegisterCallback(1, &SubNotifier{is})
		is.RadarEventServer.RegisterCallback(0, &MainNotifier{is})
	}

	//先创建响应设备
	for _, c := range util.Config.Screens {
		iDevice := &IntersectionDevice{
			Info: OutputDeviceInfo{
				Name:   c.Name,
				Ip:     c.Ip,
				Port:   c.Port,
				Branch: c.Branch,
			},
			Screen: NewScreen(c.Name, c.Ip, c.Port),
		}
		if c.Branch == 1 {
			is.MainDevices = append(is.MainDevices, iDevice)
		} else {
			is.SubDevices = append(is.SubDevices, iDevice)
		}
	}
	for _, c := range util.Config.Speakers {
		iDevice := &IntersectionDevice{
			Info: OutputDeviceInfo{
				Name:   c.Name,
				Ip:     c.Ip,
				Branch: c.Branch,
				Audio:  c.Audio,
			},
			Speaker: NewIpCast(c.Name, c.Ip, c.Audio, c.Speed, c.Volume),
		}
		if c.Branch == 1 {
			is.MainDevices = append(is.MainDevices, iDevice)
		} else {
			is.SubDevices = append(is.SubDevices, iDevice)
		}
	}

	for {
		select {
		case <-is.Main.C: //检查主路状态->支路输出设备回到初始状态
			for _, v := range is.SubDevices {
				if is.MainState == 1 {
					gopool.Go(v.Rollback)
				}
			}
			is.MainState = 0
		case <-is.Sub.C: //检查支路状态->主路输出设备作出响应
			for _, v := range is.MainDevices {
				if is.SubState == 1 {
					gopool.Go(v.Rollback)
				}
			}
			is.SubState = 0
		case <-is.ReTicker.C: //每19s检查并尝试重连
			gopool.Go(func() {
				for _, v := range is.MainDevices {
					gopool.Go(v.Reconnect)
				}
			})
			gopool.Go(func() {
				for _, v := range is.SubDevices {
					gopool.Go(v.Reconnect)
				}
			})
		}
	}
}