package tasktag

import (
	"sync"

	"basic.com/pubsub/protomsg.git"
	"github.com/long/test/util"
    "github.com/long/test/logger"
)

var TaskMapLab sync.Map

func Init() {

	logger.Info("============= init tasktag info =====================")
	GenTaskMap()
	go func(taskflag chan bool) {
		for _ = range taskflag {
			GenTaskMap()
			logger.Info("update task finished!")
		}

	}(util.TaskSdkflag)
}

func GenTaskMap() {
	var tls []protomsg.TaskLabel
	for _, taskSdk := range util.TaskSdks {

		var tl protomsg.TaskLabel
		tl.Taskid = taskSdk.Task.Taskid
        tl.Taskname = taskSdk.Task.Taskname

		for _, sdkinfo := range taskSdk.Sdks {
            sdkinfowithtask := new(protomsg.SdkmsgWithTask) 
            sdkinfowithtask.Ipcid = sdkinfo.IpcId
            sdkinfowithtask.Sdktype = sdkinfo.SdkType
            sdkinfowithtask.Sdkdata = make([]byte, 1)
            tl.Sdkinfos = append(tl.Sdkinfos, sdkinfowithtask)
		}
		tl.Index = int32(0)
		tls = append(tls, tl)
	}
	GenTasklab(tls)
	TaskMapLab.Range(func(k, v interface{}) bool {
		logger.Info(k, v)
		return true
	})
}

// 从sqlite 接口拿到所有的任务, 每一个任务都有自己的几个算法
//以 taskid 作为key, 对应的算法组合作为 value
func GenTasklab(tasklab []protomsg.TaskLabel) {
	TaskMapLab.Range(func(key interface{}, value interface{}) bool {
		TaskMapLab.Delete(key)
		return true
	})

	for _, value := range tasklab {
		pv := value
		TaskMapLab.Store(value.Taskid, &pv)
	}
}