// extractInit
package extract

import (
	"github.com/sensitive"
	db "jy/mongodbutil"
	ju "jy/util"
	qu "qfw/util"
	"regexp"
	"sort"
	"strconv"
	"strings"
	"sync"
	"time"

	"gopkg.in/mgo.v2/bson"

	log "github.com/donnie4w/go-logger/logger"
	"github.com/go-ego/gse"
)

type RegLuaInfo struct {
	//正则或脚本信息
	Code, Name, Field string //
	Score             float64
	RuleText          string  //
	IsLua             bool    //
	RegPreBac         *ExtReg //
	RegCore           *ExtReg //
}
type ExtReg struct {
	Reg        *regexp.Regexp
	Replace    string
	Bextract   bool
	ExtractPos map[string]int
	NumSign    int //正负修正标记，例如浮动率（上浮正1、下浮负-1）
}
type RuleCore struct {
	Id          string            //id
	Field       string            //逻辑字段
	LuaLogic    string            //进入逻辑
	ExtFrom     string            //从哪个字段抽取
	RulePres    []*RegLuaInfo     //抽取前置规则
	RuleBacks   []*RegLuaInfo     //抽取后置规则
	RuleCores   []*RegLuaInfo     //抽取规则
	KVRuleCores []*RegLuaInfo     //KV抽取清理规则
	LFields     map[string]string //所有字段属性组
}

type Tag struct {
	Type string         //标签类型 string 字符串、regexp 正则
	Key  string         //
	Reg  *regexp.Regexp //
}
type TaskInfo struct {
	Name, Version, VersionId, TrackColl string    //名称、版本、版本id、追踪记录表
	FromDbAddr, FromDB, FromColl        string    //抽取数据库地址、库名、表名
	ToDbAddr, ToDB, ToColl              string    //结果数据库地址、库名、表名
	TestColl, LastExtId                 string    //测试结果表、上次抽取信息id
	FDB                                 *db.Pool  //数据库连接池
	TDB                                 *db.Pool  //数据库连接池
	IsEtxLog                            bool      //是否开启抽取日志
	ProcessPool                         chan bool //任务进程池
	TestLua                             bool      //检查测试用
}
type ExtractTask struct {
	Id            string        //任务id
	IsRun         bool          //是否启动
	Content       string        //信息内容
	TaskInfo      *TaskInfo     //任务信息
	RulePres      []*RegLuaInfo //通用前置规则
	RuleBacks     []*RegLuaInfo //通用后置规则
	SiteRuleBacks []*RegLuaInfo //站点通用后置规则
	RuleBlock     *ju.RuleBlock
	RuleCores     map[string]map[string][]*RuleCore //分类抽取规则
	SiteRuleCores map[string]map[string][]*RuleCore //站点分类抽取规则
	PkgRuleCores  []*RuleCore                       //分包抽取规则
	Tag           map[string][]*Tag                 //标签库
	SiteTag       map[string][]*Tag                 //站点标签库
	ClearFn       map[string][]string               //清理函数
	SiteClearFn   map[string][]string               //站点清理函数
	IsExtractCity bool                              //是否开启城市抽取
	Fields        map[string]int                    //抽取属性组
	SiteFields    map[string]int                    //抽取站点属性组
	IsFileField   bool                              //是否开启附件抽取
	FileFields    *sync.Map                         //抽取附件属性组
	ResultChanel  chan bool                         //抽取结果详情
	sync.RWMutex
	ResultArr     [][]map[string]interface{}          //抽取结果详情
	BidChanel     chan bool                           //抽取结果
	BidArr        [][]map[string]interface{}          //抽取结果
	BidTotal      int                                 //结果数量
	RecogFieldMap map[string]map[string]interface{}   //识别字段
	FidClassMap   map[string][]map[string]interface{} //分类
	CidRuleMap    map[string][]map[string]interface{} //规则
	AuditFields   []string                            //需要审核的字段名称

	SiteCityMap       map[string]*SiteCity          //站点对应的省市区
	ProvinceMap       map[string]string             //省全称简称(key:浙江省 val:浙江)
	ProvinceBriefMap  map[string]*Province          //省简称对应的省信息(key:浙江 val:&Province{})
	CityMap           map[string]string             //市全称简称(key:杭州市 val:杭州)
	CityBriefMap      map[string]*City              //市简称对应的市信息(key:杭州 val:&City{})
	CityFullMap       map[string]*City              //市全称对应的市信息(key:杭州市 val:&City{})
	DistrictCityMap   map[string][]*City            //区或县全称对应的city(全国有相同名称的区或县,这里对应的city用slice)
	DistrictSimAndAll map[string][]map[string]*City //区或县简称对应的city(全国有相同名称的区或县,这里对应的city用slice)
	StreetDistrictMap map[string][]*District        //街道全称对应的区或县

	ProvinceAllGet *ju.DFA //省全称
	ProvinceSimGet *ju.DFA //省简称
	CityAllGet     *ju.DFA //市全称
	CitySimGet     *ju.DFA //市简称
	DistrictAllGet *ju.DFA //区或县全称
	DistrictSimGet *ju.DFA //区或县简称
	StreetGet      *ju.DFA //街道

	PostCodeMap map[string]*PostCode //邮编
	AreaCodeMap map[string]*AreaCode //区号

	XjbtCityArr       []map[string]interface{} //新疆兵团相关数据
	SensitiveFullCity *sensitive.Filter
	SensitiveSimCity  *sensitive.Filter
	InfoType          []map[string]interface{}

	Trie_Full_Province  *ju.Trie       //省全称 省、直辖市、自治区
	Trie_Full_City      *ju.Trie       //市全称 地级市
	Trie_Full_District  *ju.Trie       //县全称 市辖区、县（旗）、县级市、自治县（自治旗）、特区、林区
	Trie_Full_Street    *ju.Trie       //街道、乡镇全称  镇、乡、民族乡、县辖区、街道
	Trie_Full_Community *ju.Trie       //村/委员会全称  村、居委会
	Trie_Sim_Province   *ju.Trie       //省简称
	Trie_Sim_City       *ju.Trie       //市简称
	Trie_Sim_District   *ju.Trie       //县简称
	Trie_Fulls          []*ju.Trie     //所有全称
	Trie_Sims           []*ju.Trie     //所有简称
	Seg_PCD             *gse.Segmenter //分词
	Seg_SV              *gse.Segmenter //分词
	Luacodes            *sync.Map      //站点规则
	SiteMerge           *sync.Map      //抽取合并
}

type SiteCity struct {
	P string //省简称
	C string //市全称
	D string //区全称
}

type ClearTaskInfo struct {
	Name, Version, VersionId     string    //名称、版本、版本id
	FromDbAddr, FromDB, FromColl string    //清理数据库地址、库名、表名
	FDB                          *db.Pool  //数据库连接池
	TDB                          *db.Pool  //数据库连接池
	IsCltLog                     bool      //是否开启清理日志
	ProcessPool                  chan bool //任务进程池
}
type ClearLua struct {
	Field   string //字段字段
	Code    string //代码
	Name    string //名称
	LuaText string
	LFields map[string]string //lua抽取字段属性组
	//LuaLogic string            //进入逻辑
	//ExtFrom string            //从哪个字段抽取
}

type ClearTask struct {
	sync.RWMutex
	Id            string                     //任务id
	Content       string                     //信息内容
	ClearTaskInfo *ClearTaskInfo             //任务信息
	ClearLuas     map[string][]*ClearLua     //清理脚本
	UpdateResult  [][]map[string]interface{} //清理后结果
	//ClearChannel chan bool
}

func init() {
	TaskList = make(map[string]*ExtractTask)
	ClearTaskList = make(map[string]*ClearTask)
	go SaveExtLog()
	go SaveCltLog() //保存清理日志
}

//加载任务信息
func (e *ExtractTask) InitTestTaskInfo(resultcoll, trackcoll string) {
	task, _ := db.Mgo.FindById("task", e.Id, nil)
	if len(*task) > 1 {
		v, _ := db.Mgo.FindOne("version", `{"version":"`+(*task)["s_version"].(string)+`","delete":false}`)
		e.TaskInfo = &TaskInfo{
			Name:        (*task)["s_taskname"].(string),
			Version:     (*task)["s_version"].(string),
			VersionId:   qu.BsonIdToSId((*v)["_id"]),
			TrackColl:   trackcoll,
			FromDbAddr:  (*task)["s_mgoaddr"].(string),
			FromDB:      (*task)["s_mgodb"].(string),
			FromColl:    (*task)["s_mgocoll"].(string),
			TestColl:    resultcoll,
			IsEtxLog:    true,
			ProcessPool: make(chan bool, 1),
		}
		if (*v)["isextractcity"] != nil {
			e.IsExtractCity = (*v)["isextractcity"].(bool)
		}
	} else {
		return
	}
}

//加载任务信息
func (e *ExtractTask) InitTaskInfo() {
	task, _ := db.Mgo.FindById("task", e.Id, nil)
	log.Debug("task", task, "~", e.Id)
	if len(*task) > 1 {
		v, _ := db.Mgo.FindOne("version", `{"version":"`+(*task)["s_version"].(string)+`","delete":false}`)
		strs := strings.Split((*task)["s_mgosavecoll"].(string), "/")
		log.Debug("s_mgosavecoll", strs)
		if len(strs) < 3 {
			return
		} else {
			e.TaskInfo = &TaskInfo{
				Name:      (*task)["s_taskname"].(string),
				Version:   (*task)["s_version"].(string),
				VersionId: qu.BsonIdToSId((*v)["_id"]),
				//TrackColl:   (*task)["s_trackcoll"].(string),
				FromDbAddr:  (*task)["s_mgoaddr"].(string),
				FromDB:      (*task)["s_mgodb"].(string),
				FromColl:    (*task)["s_mgocoll"].(string),
				ToDbAddr:    strs[0],
				ToDB:        strs[1],
				ToColl:      strs[2],
				IsEtxLog:    false, //qu.If(qu.IntAll((*task)["i_track"]) == 1, true, false).(bool),
				LastExtId:   qu.ObjToString((*task)["s_extlastid"]),
				ProcessPool: make(chan bool, qu.IntAllDef((*task)["i_process"], 1)),
			}
			if (*v)["isextractcity"] != nil {
				e.IsExtractCity = (*v)["isextractcity"].(bool)
			}
		}
		log.Debug(e.TaskInfo.Name, "thread:", qu.IntAllDef((*task)["i_process"], 1))
	} else {
		return
	}
}
func (e *ExtractTask) InitSite() {
	e.Luacodes = &sync.Map{}
	e.SiteMerge = &sync.Map{}
	sites, _ := db.Mgo.Find("site_management", bson.M{"version": e.TaskInfo.Version}, nil, bson.M{"site_script": 1, "ismerge": 1}, false, -1, -1)
	for _, v := range *sites {
		if vv, ok := v["site_script"].([]interface{}); ok {
			for _, vvv := range vv {
				e.Luacodes.Store(vvv, map[string]interface{}{})
				e.SiteMerge.Store(vvv, v["ismerge"].(bool))
			}
		} else if vv, ok := v["site_script"].(interface{}); ok {
			e.Luacodes.Store(vv, map[string]interface{}{})
			e.SiteMerge.Store(vv, v["ismerge"].(bool))
		}
	}
}

//加载通用前置规则
func (e *ExtractTask) InitRulePres() {
	defer qu.Catch()
	e.RulePres = []*RegLuaInfo{}
	list, _ := db.Mgo.Find("rule_pre", `{"s_version":"`+e.TaskInfo.Version+`","delete":false}`, nil, nil, false, -1, -1)
	for _, v := range *list {
		rinfo := &RegLuaInfo{
			Code:  v["s_code"].(string),
			Name:  v["s_name"].(string),
			IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
		}
		if rinfo.IsLua {
			rinfo.RuleText = v["s_luascript"].(string)
			e.RulePres = append(e.RulePres, rinfo)
		} else {
			qu.Try(func() {
				rinfo.RuleText = v["s_rule"].(string)
				tmp := strings.Split(rinfo.RuleText, "__")
				var pattern string
				if strings.Contains(tmp[0], "\\u") {
					tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
					tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
					pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
				} else {
					pattern = tmp[0]
				}
				if len(tmp) == 2 {
					rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: tmp[1]}
				} else {
					rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: ""}
				}
				e.RulePres = append(e.RulePres, rinfo)
			}, func(err interface{}) {
				log.Debug(rinfo.Code, rinfo.Field, err)
			})
		}
	}
}

//加载通用后置规则
func (e *ExtractTask) InitRuleBacks(isSite bool) {
	defer qu.Catch()
	cDB := ""
	eSiteRuleBacks := []*RegLuaInfo{}
	if isSite {
		cDB = "site_rule_back"
		e.SiteRuleBacks = []*RegLuaInfo{}
	} else {
		cDB = "rule_back"
		e.RuleBacks = []*RegLuaInfo{}
	}
	list, _ := db.Mgo.Find(cDB, `{"s_version":"`+e.TaskInfo.Version+`","delete":false}`, nil, nil, false, -1, -1)
	for _, v := range *list {
		rinfo := &RegLuaInfo{
			Code:  v["s_code"].(string),
			Name:  v["s_name"].(string),
			IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
		}
		if rinfo.IsLua {
			rinfo.RuleText = v["s_luascript"].(string)
			if isSite {
				eSiteRuleBacks = append(eSiteRuleBacks, rinfo)
				//e.SiteRuleBacks = append(e.SiteRuleBacks, rinfo)
			} else {
				e.RuleBacks = append(e.RuleBacks, rinfo)
			}
		} else {
			qu.Try(func() {
				rinfo.RuleText = v["s_rule"].(string)
				tmp := strings.Split(rinfo.RuleText, "__")
				var pattern string
				if strings.Contains(tmp[0], "\\u") {
					tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
					tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
					pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
				} else {
					pattern = tmp[0]
				}
				if len(tmp) == 2 {
					rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: tmp[1]}
				} else {
					rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: ""}
				}
				if isSite {
					eSiteRuleBacks = append(eSiteRuleBacks, rinfo)
				} else {
					e.RuleBacks = append(e.RuleBacks, rinfo)
				}
			}, func(err interface{}) {
				log.Debug(rinfo.Code, rinfo.Field, err)
			})
		}
		if isSite {
			sm, _ := db.Mgo.FindById("site_management", qu.ObjToString(v["pid"]), bson.M{"site_script": 1})
			if (*sm) == nil || len(*sm) <= 0 {
				eSiteRuleBacks = []*RegLuaInfo{}
				continue
			}
			for _, v2 := range (*sm)["site_script"].([]interface{}) {
				if mdpvalue, ok := e.Luacodes.Load(v2); ok {
					if mdpvalue.(map[string]interface{})["e.SiteRuleBacks"] == nil {
						mdpvalue.(map[string]interface{})["e.SiteRuleBacks"] = eSiteRuleBacks
					} else {
						if tmplist, ok3 := mdpvalue.(map[string]interface{})["e.SiteRuleBacks"].([]*RegLuaInfo); ok3 {
							tmplist = append(tmplist, eSiteRuleBacks...)
							mdpvalue.(map[string]interface{})["e.SiteRuleBacks"] = tmplist
						}
						//mdpvalue.(map[string]interface{})["e.SiteRuleBacks"].([]*RegLuaInfo) = append(mdpvalue.(map[string]interface{})["e.SiteRuleBacks"].([]*RegLuaInfo), eSiteRuleBacks...)
					}
					e.Luacodes.Store(v2, mdpvalue)
				}
			}
			eSiteRuleBacks = []*RegLuaInfo{}
		}
	}
}
func (e *ExtractTask) InfoTypeList() {
	infolist1, _ := db.Mgo.Find("infotype", `{}`, `{}`, `{}`, false, -1, -1)
	infolist := *infolist1
	for _, v := range infolist {
		e.InfoType = append(e.InfoType, v)
	}
}

//加载抽取规则
func (e *ExtractTask) InitRuleCore(isSite bool) {
	defer qu.Catch()
	allFields := getALLFields()
	var versioninfodb, rule_logicdb, rule_logicpredb, rule_logicbackdb, rule_logicoredb, rule_logickvdb string
	eSiteRuleCores := make(map[string]map[string][]*RuleCore)
	if isSite {
		versioninfodb = "site_versioninfo"
		rule_logicdb = "site_rule_logic"
		rule_logicpredb = "site_rule_logicpre"
		rule_logicbackdb = "site_rule_logicback"
		rule_logicoredb = "site_rule_logicore"
		rule_logickvdb = "site_rule_logickv"
		e.SiteFields = map[string]int{}
		e.SiteRuleCores = make(map[string]map[string][]*RuleCore)
	} else {
		versioninfodb = "versioninfo"
		rule_logicdb = "rule_logic"
		rule_logicpredb = "rule_logicpre"
		rule_logicbackdb = "rule_logicback"
		rule_logicoredb = "rule_logicore"
		rule_logickvdb = "rule_logickv"
		e.Fields = map[string]int{}
		e.RuleCores = make(map[string]map[string][]*RuleCore)
	}

	fieldrules := map[string][]*RuleCore{}
	vinfos, _ := db.Mgo.Find(versioninfodb, `{"vid":"`+e.TaskInfo.VersionId+`","delete":false}`, nil, nil, false, -1, -1)
	for _, vinfo := range *vinfos {
		//fmt.Println("总计",len(*vinfos),"当前第N个",kkkk)
		if b, _ := vinfo["isuse"].(bool); !b {
			continue
		}
		s_field := qu.ObjToString(vinfo["s_field"])
		pid := qu.BsonIdToSId(vinfo["_id"])
		list, _ := db.Mgo.Find(rule_logicdb, `{"pid":"`+pid+`","delete":false}`, nil, nil, false, -1, -1)
		for _, vv := range *list {
			if b, _ := vv["isuse"].(bool); !b {
				continue
			}
			rcore := &RuleCore{Id: qu.BsonIdToSId(vv["_id"])}
			rcore.Field = s_field
			rcore.LuaLogic = qu.ObjToString(vv["s_luascript"]) //是否进入逻辑脚本
			rcore.ExtFrom = qu.If(vv["extfrom"].(bool), "title", "detail").(string)
			rcore.LFields = allFields
			//前置规则
			rulePres := []*RegLuaInfo{}
			plist, _ := db.Mgo.Find(rule_logicpredb, `{"sid":"`+qu.BsonIdToSId(vv["_id"])+`","delete":false}`, nil, nil, false, -1, -1)
			for _, v := range *plist {
				rinfo := &RegLuaInfo{
					Field: qu.ObjToString(v["s_field"]),
					Code:  v["s_code"].(string),
					Name:  v["s_name"].(string),
					IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
				}
				if rinfo.IsLua {
					rinfo.RuleText = v["s_luascript"].(string)
					rulePres = append(rulePres, rinfo)
				} else {
					qu.Try(func() {
						rinfo.RuleText = v["s_rule"].(string)
						tmp := strings.Split(rinfo.RuleText, "__")
						var pattern string
						if strings.Contains(tmp[0], "\\u") {
							tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
							tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
							pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
						} else {
							pattern = tmp[0]
						}
						if len(tmp) == 2 {
							rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: tmp[1]}
						} else {
							rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: ""}
						}
						rulePres = append(rulePres, rinfo)
					}, func(err interface{}) {
						log.Debug(rinfo.Code, rinfo.Field, err)
					})
				}
			}
			rcore.RulePres = rulePres

			//后置规则
			ruleBacks := []*RegLuaInfo{}
			blist, _ := db.Mgo.Find(rule_logicbackdb, `{"sid":"`+qu.BsonIdToSId(vv["_id"])+`","delete":false}`, nil, nil, false, -1, -1)
			for _, v := range *blist {
				rinfo := &RegLuaInfo{
					Field: qu.ObjToString(v["s_field"]),
					Code:  v["s_code"].(string),
					Name:  v["s_name"].(string),
					IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
				}
				if rinfo.IsLua {
					rinfo.RuleText = v["s_luascript"].(string)
					ruleBacks = append(ruleBacks, rinfo)
				} else {
					qu.Try(func() {
						rinfo.RuleText = v["s_rule"].(string)
						tmp := strings.Split(rinfo.RuleText, "__")
						var pattern string
						if strings.Contains(tmp[0], "\\u") {
							tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
							tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
							pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
						} else {
							pattern = tmp[0]
						}
						if len(tmp) == 2 {
							rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: tmp[1]}
						} else {
							rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: ""}
						}
						ruleBacks = append(ruleBacks, rinfo)
					}, func(err interface{}) {
						log.Debug(rinfo.Code, rinfo.Field, err)
					})
				}
			}
			rcore.RuleBacks = ruleBacks

			//抽取规则
			ruleCores := []*RegLuaInfo{}
			clist, _ := db.Mgo.Find(rule_logicoredb, `{"sid":"`+qu.BsonIdToSId(vv["_id"])+`","delete":false}`, nil, nil, false, -1, -1)
			for _, v := range *clist {
				if b, _ := v["isuse"].(bool); !b {
					continue
				}
				field := qu.ObjToString(v["s_field"])
				if isSite {
					e.SiteFields[field] = 1
				} else {
					e.Fields[field] = 1 //加入抽取属性组备用
				}
				rinfo := &RegLuaInfo{
					Field: field,
					Code:  v["s_code"].(string),
					Name:  v["s_name"].(string),
					Score: qu.Float64All(v["s_default_score"]),
					IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
				}
				if rinfo.IsLua {
					rinfo.RuleText = v["s_luascript"].(string)
					//提取全部属性
					ruleCores = append(ruleCores, rinfo)
				} else {
					qu.Try(func() {
						rinfo.RuleText = v["s_rule"].(string)
						tmp := strings.Split(rinfo.RuleText, "__")
						var pattern string
						if strings.Contains(tmp[0], "\\u") {
							tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
							tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
							pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
						} else {
							pattern = tmp[0]
						}
						if len(tmp) == 2 {
							epos := strings.Split(tmp[1], ",")
							posm := map[string]int{}
							for _, v := range epos {
								ks := strings.Split(v, ":")
								if len(ks) == 2 { //(.*)招标公告(.*)__2:projectname,4:area
									posm[ks[1]] = qu.IntAll(ks[0])
								} else { //(.*)招标公告__2
									posm[rinfo.Field] = qu.IntAll(ks[0])
								}
							}
							rinfo.RegCore = &ExtReg{Reg: regexp.MustCompile(pattern), Bextract: true, ExtractPos: posm}
						} else {
							rinfo.RegCore = &ExtReg{Reg: regexp.MustCompile(pattern), Bextract: false}
						}
						ruleCores = append(ruleCores, rinfo)
					}, func(err interface{}) {
						log.Debug(rinfo.Code, rinfo.Field, err)
					})
				}
			}
			rcore.RuleCores = ruleCores
			//kv规则
			kvRuleCores := []*RegLuaInfo{}
			kvlist, _ := db.Mgo.Find(rule_logickvdb, `{"sid":"`+qu.BsonIdToSId(vv["_id"])+`","delete":false}`, nil, nil, false, -1, -1)
			for _, v := range *kvlist {
				if b, _ := v["isuse"].(bool); !b {
					continue
				}
				field := qu.ObjToString(v["s_field"])
				if isSite {
					e.SiteFields[field] = 1
				} else {
					e.Fields[field] = 1 //加入抽取属性组备用
				}
				rinfo := &RegLuaInfo{
					Field: field,
					Code:  v["s_code"].(string),
					Name:  v["s_name"].(string),
					IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
				}
				qu.Try(func() {
					rinfo.RuleText = v["s_rule"].(string)
					tmp := strings.Split(rinfo.RuleText, "__")
					var pattern string
					if strings.Contains(tmp[0], "\\u") {
						tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
						tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
						pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
					} else {
						pattern = tmp[0]
					}
					if len(tmp) == 2 {
						rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: tmp[1]}
					} else {
						rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: ""}
					}
					kvRuleCores = append(kvRuleCores, rinfo)
				}, func(err interface{}) {
					log.Debug(rinfo.Code, rinfo.Field, err)
				})
			}
			rcore.KVRuleCores = kvRuleCores
			if fieldrules[s_field] == nil {
				fieldrules[s_field] = []*RuleCore{}
			}
			fieldrules[s_field] = append(fieldrules[s_field], rcore)
		}
		infolist, _ := db.Mgo.Find("infotype", `{}`, `{}`, `{}`, false, -1, -1)
		for _, v := range *infolist {
			topclass := qu.ObjToString(v["topclass"])
			if v["subclass"] == nil {
				eSiteRuleCores[topclass] = make(map[string][]*RuleCore)
				for attr, _ := range v["fields"].(map[string]interface{}) {
					if fieldrules[attr] != nil {
						eSiteRuleCores[topclass][attr] = fieldrules[attr]
					}
				}
			} else {
				for ca, fs := range v["subclass"].(map[string]interface{}) {
					eSiteRuleCores[topclass+"_"+ca] = make(map[string][]*RuleCore)
					for field, _ := range fs.(map[string]interface{}) {
						if fieldrules[field] != nil {
							eSiteRuleCores[topclass+"_"+ca][field] = fieldrules[field]
						}
					}
				}
			}
		}
		if isSite {
			sm, _ := db.Mgo.FindById("site_management", qu.ObjToString(vinfo["pid"]), bson.M{"site_script": 1})
			if (*sm) == nil || len(*sm) <= 0 {
				eSiteRuleCores = make(map[string]map[string][]*RuleCore)
				fieldrules = map[string][]*RuleCore{}
				continue
			}
			for _, v2 := range (*sm)["site_script"].([]interface{}) {
				if mdpvalue, ok := e.Luacodes.Load(v2); ok {
					//属性配置
					if mdpvalue.(map[string]interface{})["e.SiteRuleCores"] == nil {
						mdpvalue.(map[string]interface{})["e.SiteRuleCores"] = eSiteRuleCores
					} else {
						for k2, v2 := range eSiteRuleCores {
							tmpv := mdpvalue.(map[string]interface{})["e.SiteRuleCores"].(map[string]map[string][]*RuleCore)[k2]
							for kkkk, vvv := range v2 {
								tmpv[kkkk] = vvv
							}
							mdpvalue.(map[string]interface{})["e.SiteRuleCores"].(map[string]map[string][]*RuleCore)[k2] = tmpv
						}
					}
					e.Luacodes.Store(v2, mdpvalue)
				}
			}
			eSiteRuleCores = make(map[string]map[string][]*RuleCore)
			fieldrules = map[string][]*RuleCore{}
		}
	}
	if !isSite {
		//属性配置
		infolist, _ := db.Mgo.Find("infotype", `{}`, `{}`, `{}`, false, -1, -1)
		for _, v := range *infolist {
			topclass := qu.ObjToString(v["topclass"])
			if v["subclass"] == nil {
				e.RuleCores[topclass] = make(map[string][]*RuleCore)
				for attr, _ := range v["fields"].(map[string]interface{}) {
					if fieldrules[attr] != nil {
						e.RuleCores[topclass][attr] = fieldrules[attr]
					}
				}
			} else {
				for ca, fs := range v["subclass"].(map[string]interface{}) {
					e.RuleCores[topclass+"_"+ca] = make(map[string][]*RuleCore)
					for field, _ := range fs.(map[string]interface{}) {
						if fieldrules[field] != nil {
							e.RuleCores[topclass+"_"+ca][field] = fieldrules[field]
						}
					}
				}
			}
		}
	}
}

//加载分包抽取规则
func (e *ExtractTask) InitPkgCore() {
	defer qu.Catch()
	e.PkgRuleCores = []*RuleCore{}
	pkginfos, _ := db.Mgo.Find("pkg_info", `{"vid":"`+e.TaskInfo.VersionId+`","delete":false}`, nil, nil, false, -1, -1)
	for _, pkginfo := range *pkginfos {
		if b, _ := pkginfo["isuse"].(bool); !b {
			continue
		}
		s_field := qu.ObjToString(pkginfo["s_field"])
		sid := qu.BsonIdToSId(pkginfo["_id"])
		rcore := &RuleCore{}
		rcore.Field = s_field
		rcore.ExtFrom = "detail"
		//后置规则
		ruleBacks := []*RegLuaInfo{}
		blist, _ := db.Mgo.Find("pkg_logicback", `{"sid":"`+sid+`","delete":false}`, nil, nil, false, -1, -1)
		for _, v := range *blist {
			rinfo := &RegLuaInfo{
				Field: qu.ObjToString(v["s_field"]),
				Code:  v["s_code"].(string),
				Name:  v["s_name"].(string),
				IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
			}
			if rinfo.IsLua {
				rinfo.RuleText = v["s_luascript"].(string)
				ruleBacks = append(ruleBacks, rinfo)
			} else {
				qu.Try(func() {
					rinfo.RuleText = v["s_rule"].(string)
					tmp := strings.Split(rinfo.RuleText, "__")
					var pattern string
					if strings.Contains(tmp[0], "\\u") {
						tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
						tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
						pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
					} else {
						pattern = tmp[0]
					}
					if len(tmp) == 2 {
						rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: tmp[1]}
					} else {
						rinfo.RegPreBac = &ExtReg{Reg: regexp.MustCompile(pattern), Replace: ""}
					}
					ruleBacks = append(ruleBacks, rinfo)
				}, func(err interface{}) {
					log.Debug(rinfo.Code, rinfo.Field, err)
				})
			}
		}
		rcore.RuleBacks = ruleBacks
		//抽取规则
		ruleCores := []*RegLuaInfo{}
		clist, _ := db.Mgo.Find("pkg_logicore", `{"sid":"`+sid+`","delete":false}`, nil, nil, false, -1, -1)
		for _, v := range *clist {
			if b, _ := v["isuse"].(bool); !b {
				continue
			}
			field := qu.ObjToString(v["s_field"])
			e.Fields[field] = 1 //加入抽取属性组备用
			rinfo := &RegLuaInfo{
				Field: field,
				Code:  v["s_code"].(string),
				Name:  v["s_name"].(string),
				IsLua: qu.If(v["s_type"].(string) == "1", true, false).(bool),
			}
			if rinfo.IsLua {
				rinfo.RuleText = v["s_luascript"].(string)
				//提取全部属性
				ruleCores = append(ruleCores, rinfo)
			} else {
				qu.Try(func() {
					rinfo.RuleText = v["s_rule"].(string)
					tmp := strings.Split(rinfo.RuleText, "__")
					var pattern string
					if strings.Contains(tmp[0], "\\u") {
						tmp[0] = strings.Replace(tmp[0], "\\", "\\\\", -1)
						tmp[0] = strings.Replace(tmp[0], "\\\\u", "\\u", -1)
						pattern, _ = strconv.Unquote(`"` + tmp[0] + `"`)
					} else {
						pattern = tmp[0]
					}
					if len(tmp) == 2 {
						epos := strings.Split(tmp[1], ",")
						posm := map[string]int{}
						for _, v := range epos {
							ks := strings.Split(v, ":")
							if len(ks) == 2 { //(.*)招标公告(.*)__2:projectname,4:area
								posm[ks[1]] = qu.IntAll(ks[0])
							} else { //(.*)招标公告__2
								posm[rinfo.Field] = qu.IntAll(ks[0])
							}
						}
						rinfo.RegCore = &ExtReg{Reg: regexp.MustCompile(pattern), Bextract: true, ExtractPos: posm}
					} else {
						rinfo.RegCore = &ExtReg{Reg: regexp.MustCompile(pattern), Bextract: false}
					}
					ruleCores = append(ruleCores, rinfo)
				}, func(err interface{}) {
					log.Debug(rinfo.Code, rinfo.Field, err)
				})
			}
		}
		rcore.RuleCores = ruleCores
		e.PkgRuleCores = append(e.PkgRuleCores, rcore)
	}
}

//加载标签库
func (e *ExtractTask) InitTag(isSite bool) {
	defer qu.Catch()
	var tagdetailinfodb string
	eSiteTag := map[string][]*Tag{}
	if isSite {
		tagdetailinfodb = "site_tagdetailinfo"
		e.SiteTag = map[string][]*Tag{}
	} else {
		tagdetailinfodb = "tagdetailinfo"
		e.Tag = map[string][]*Tag{}
	}
	//字符串标签库
	list, _ := db.Mgo.Find(tagdetailinfodb, `{"s_type":"string","s_version":"`+e.TaskInfo.Version+`","delete":false}`, nil, nil, false, -1, -1)
	var tmpMap sync.Map
	for _, v := range *list {
		field := qu.ObjToString(v["s_field"])
		if tmp, ok := v["content"].([]interface{}); ok {
			fname := qu.ObjToString(v["s_name"])
			tab := ju.TagFile{Name: fname} //用于表格kv
			tab.Items = make([]*ju.Tag, len(tmp))
			for k, key := range tmp {
				tag := &Tag{Type: "string", Key: key.(string)}
				if isSite {
					eSiteTag[field] = append(eSiteTag[field], tag)
					//e.SiteTag[field] = append(e.SiteTag[field], tag)
				} else {
					e.Tag[field] = append(e.Tag[field], tag)
				}
				tab.Items[k] = &ju.Tag{"", key.(string), 0 - k, nil, false}
			}
			sort.Sort(tab.Items)
			//ju.TagdbTable[fname] = &tab
			if isSite {
				sm, _ := db.Mgo.FindById("site_management", qu.ObjToString(v["pid"]), bson.M{"site_script": 1})
				if (*sm) == nil || len(*sm) <= 0 {
					eSiteTag = map[string][]*Tag{}
					continue
				}
				for _, v2 := range (*sm)["site_script"].([]interface{}) {
					if v2 == nil || v2 == "" {
						continue
					}
					if mdpvalue, ok := e.Luacodes.Load(v2); ok {
						if mdpvalue.(map[string]interface{})["e.SiteTag"] == nil {
							mdpvalue.(map[string]interface{})["e.SiteTag"] = eSiteTag
						} else {
							for k2, v2 := range eSiteTag {
								mdpvalue.(map[string]interface{})["e.SiteTag"].(map[string][]*Tag)[k2] = v2
							}
						}
						e.Luacodes.Store(v2, mdpvalue)
					}
					tmpMap.Store(fname, &tab)
					ju.SiteTagdbTable.Store(v2, tmpMap)
				}
				//ju.SiteTagdbTable.Store(fname, &tab)
				eSiteTag = map[string][]*Tag{}
			} else {
				ju.TagdbTable.Store(fname, &tab)
			}
		}
		//if isSite {
		//	sm, _ := db.Mgo.FindById("site_management", qu.ObjToString(v["pid"]), bson.M{"site_script": 1})
		//	for _, v2 := range (*sm)["site_script"].([]interface{}) {
		//		if mdpvalue, ok := Luacodes.Load(v2); ok {
		//			if mdpvalue.(map[string]interface{})["e.SiteTag"] == nil{
		//				mdpvalue.(map[string]interface{})["e.SiteTag"] = eSiteTag
		//			}else {
		//				for k2,v2 := range eSiteTag{
		//					mdpvalue.(map[string]interface{})["e.SiteTag"].(map[string][]*Tag)[k2] = v2
		//				}
		//			}
		//			Luacodes.Store(v2, mdpvalue)
		//		}
		//	}
		//	eSiteTag = map[string][]*Tag{}
		//}
	}
	//正则标签库
	list, _ = db.Mgo.Find(tagdetailinfodb, `{"s_type":"reg","s_version":"`+e.TaskInfo.Version+`","delete":false}`, nil, nil, false, -1, -1)
	for _, v := range *list {
		field := qu.ObjToString(v["s_field"])
		if tmp, ok := v["content"].([]interface{}); ok {
			fname := qu.ObjToString(v["s_name"])
			tab := ju.TagFile{Name: fname, Type: "reg"} //用于表格kv
			tab.Items = make([]*ju.Tag, len(tmp))
			for k, key := range tmp {
				tag := &Tag{Type: "regexp", Key: key.(string), Reg: regexp.MustCompile(key.(string))}
				if isSite {
					eSiteTag[field] = append(eSiteTag[field], tag)
					//e.SiteTag[field] = append(e.SiteTag[field], tag)
				} else {
					e.Tag[field] = append(e.Tag[field], tag)
				}
				tab.Items[k] = &ju.Tag{"", key.(string), 0 - k, regexp.MustCompile(key.(string)), false}
			}
			sort.Sort(tab.Items)
			//ju.TagdbTable[fname+"_reg"] = &tab
			if isSite {
				ju.SiteTagdbTable.Store(fname+"_reg", &tab)
			} else {
				ju.TagdbTable.Store(fname+"_reg", &tab)
			}
		}
		if isSite {
			sm, _ := db.Mgo.FindById("site_management", qu.ObjToString(v["pid"]), bson.M{"site_script": 1})
			if (*sm) == nil || len(*sm) <= 0 {
				eSiteTag = map[string][]*Tag{}
				continue
			}
			for _, v2 := range (*sm)["site_script"].([]interface{}) {
				if mdpvalue, ok := e.Luacodes.Load(v2); ok {
					if mdpvalue.(map[string]interface{})["e.SiteTag"] == nil {
						mdpvalue.(map[string]interface{})["e.SiteTag"] = eSiteTag
					} else {
						for k2, v2 := range eSiteTag {
							mdpvalue.(map[string]interface{})["e.SiteTag"].(map[string][]*Tag)[k2] = v2
						}
					}
					e.Luacodes.Store(v2, mdpvalue)
				}
			}
			eSiteTag = map[string][]*Tag{}
		}
	}
}

//获取fields
func getALLFields() map[string]string {
	fields := map[string]string{}
	list, _ := db.Mgo.Find("fields", `{}`, nil, `{"s_field":1,"s_name"}`, false, -1, -1)
	for _, v := range *list {
		fields[qu.ObjToString(v["s_name"])] = qu.ObjToString(v["s_field"])
	}
	return fields
}

//加载clear函数
func (e *ExtractTask) InitClearFn(isSite bool) {
	defer qu.Catch()
	var cleanupdb string
	if isSite {
		cleanupdb = "site_cleanup"
		e.SiteClearFn = map[string][]string{}
	} else {
		cleanupdb = "cleanup"
	}
	list, _ := db.Mgo.Find(cleanupdb, `{"s_version":"`+e.TaskInfo.Version+`","delete":false}`, nil, nil, false, -1, -1)
	fn := map[string][]string{}
	for _, tmp := range *list {
		field := tmp["s_field"].(string)
		fns := tmp["clear"].([]interface{})
		if fn[field] == nil {
			fn[field] = []string{}
		}
		for _, v := range fns {
			fn[field] = append(fn[field], v.(string))
		}
		if isSite {
			sm, _ := db.Mgo.FindById("site_management", qu.ObjToString(tmp["pid"]), bson.M{"site_script": 1})
			if (*sm) == nil || len(*sm) <= 0 {
				fn = map[string][]string{}
				continue
			}
			for _, v2 := range (*sm)["site_script"].([]interface{}) {
				if mdpvalue, ok := e.Luacodes.Load(v2); ok {
					if mdpvalue.(map[string]interface{})["e.SiteClearFn"] == nil {
						mdpvalue.(map[string]interface{})["e.SiteClearFn"] = fn
					} else {
						for k2, v2 := range fn {
							mdpvalue.(map[string]interface{})["e.SiteClearFn"].(map[string][]string)[k2] = v2
						}
					}
					e.Luacodes.Store(v2, mdpvalue)
				}
			}
			fn = map[string][]string{}
		}
	}
	if !isSite {
		e.ClearFn = fn
	}
}

//加载省份
func InitProvince(version string) map[string]interface{} {
	defer qu.Catch()
	fn := map[string]interface{}{}
	list, _ := db.Mgo.Find("tagdetailinfo", `{"s_type":"province","s_version":"`+version+`","delete":false}`, nil, nil, false, -1, -1)
	for _, v := range *list {
		name := qu.ObjToString(v["s_name"])
		content := v["content"]
		switch content.(type) {
		case string:
			fn[name] = []interface{}{content.(string)}
		case []interface{}:
			fn[name] = content
		}
	}
	return fn
}

//加载所有
func InitProvincesx() []map[string]interface{} {
	defer qu.Catch()
	provinces := make([]map[string]interface{}, 0)
	ju.AddrsSess.Find(map[string]interface{}{
		"Remarks": nil,
	}).All(&provinces)
	return provinces
}

//加载站点库site城市信息
func InitSite() []map[string]interface{} {
	defer qu.Catch()
	query := map[string]interface{}{
		"site_type": map[string]interface{}{
			"$ne": "代理机构",
		},
	}
	list, _ := ju.Site_Mgo.Find("site", query, nil, map[string]interface{}{
		"site":     1,
		"area":     1,
		"city":     1,
		"district": 1,
	})
	return list
	//list, _ := db.Mgo.Find("site", query, nil, `{"site":1,"area":1,"city":1,"district":1}`, false, -1, -1)
	//return *list
}

//加载新疆兵团映射关系
func (e *ExtractTask) InitXjbtCityInfo() {
	defer qu.Catch()
	//加载数据
	query := map[string]interface{}{}
	list, _ := db.Mgo.Find("area_xjbt", query, nil, nil, false, -1, -1)
	arr := []map[string]interface{}{}
	for _, v := range *list {
		delete(v, "_id")
		arr = append(arr, v)
	}
	e.XjbtCityArr = arr
}

//站点加载...
func (e *ExtractTask) InitUpdateSite() {
	defer qu.Catch()
	e.SiteCityMap = make(map[string]*SiteCity)
	for _, v := range InitSite() {
		site := qu.ObjToString(v["site"])
		area := qu.ObjToString(v["area"])
		city := qu.ObjToString(v["city"])
		district := qu.ObjToString(v["district"])
		if area != "" && area != "全国" && site != "" {
			s := &SiteCity{
				P: area,
				C: city,
				D: district,
			}
			e.SiteCityMap[site] = s
		}
	}
	log.Debug("有效站点数量：", len(e.SiteCityMap))
}

func (e *ExtractTask) InitCityInfo() {
	defer qu.Catch()
	e.InitVar() //初始化变量
	//新疆兵团数据
	e.InitXjbtCityInfo()
	//site站点信息
	e.InitUpdateSite()
	//初始化省信息
	fn1 := InitProvince(e.TaskInfo.Version)
	for k, v := range fn1 {
		for _, p := range v.([]interface{}) {
			p1, _ := p.(string)
			e.Trie_Full_Province.AddWords(p1) //华中科技大学
			e.ProvinceMap[p1] = k             //华中科技大学:湖北
		}
	}
	alldata := InitProvincesx()
	fnx := make([]map[string]interface{}, 0)
	citys_maps := make(map[string][]map[string]interface{}, 0)
	districts_maps := make(map[string]map[string][]map[string]interface{}, 0)
	towns_maps := make(map[string]map[string]map[string][]map[string]interface{}, 0)
	jwhs_maps := make(map[string]map[string]map[string]map[string][]map[string]interface{}, 0)

	for _, v := range alldata {
		codenum := len(v["code"].(string))
		province := qu.ObjToString(v["province"])
		city := qu.ObjToString(v["city"])
		district := qu.ObjToString(v["district"])
		town := qu.ObjToString(v["town"])
		if codenum == 2 {
			fnx = append(fnx, v)
		} else if codenum == 4 {
			citys_maps[province] = append(citys_maps[province], v)
		} else if codenum == 6 {
			if districts_maps[province] == nil {
				districts_maps[province] = make(map[string][]map[string]interface{}, 0)
			}
			districts_maps[province][city] = append(districts_maps[province][city], v)
		} else if codenum == 9 {
			if towns_maps[province] == nil {
				towns_maps[province] = make(map[string]map[string][]map[string]interface{}, 0)
			}
			if towns_maps[province][city] == nil {
				towns_maps[province][city] = make(map[string][]map[string]interface{}, 0)
			}
			towns_maps[province][city][district] = append(towns_maps[province][city][district], v)
		} else if codenum == 12 {
			if jwhs_maps[province] == nil {
				jwhs_maps[province] = make(map[string]map[string]map[string][]map[string]interface{}, 0)
			}
			if jwhs_maps[province][city] == nil {
				jwhs_maps[province][city] = make(map[string]map[string][]map[string]interface{}, 0)
			}
			if jwhs_maps[province][city][district] == nil {
				jwhs_maps[province][city][district] = make(map[string][]map[string]interface{}, 0)
			}
			jwhs_maps[province][city][district][town] = append(jwhs_maps[province][city][district][town], v)
		}
	}

	//初始化城市全称
	for _, provinces := range fnx {
		all_province := qu.ObjToString(provinces["all_province"]) //省全称
		jc_province := qu.ObjToString(provinces["province"])      //省简称
		//加载省信息
		e.Trie_Full_Province.AddWords(all_province) //加入省全称Trie(k:浙江省)
		p := &Province{}
		p.Name = all_province                     //省全称:浙江省
		p.Brief = jc_province                     //省简称:浙江
		e.Trie_Sim_Province.AddWords(jc_province) //加入省简称Trie(k:浙江)
		e.ProvinceMap[all_province] = jc_province //浙江省:浙江
		e.ProvinceBriefMap[jc_province] = p       //浙江:省信息{}
		if province_alias, ok := provinces["province_alias"].([]interface{}); ok {
			for _, vprovince_alias := range province_alias {
				e.ProvinceBriefMap[qu.ObjToString(vprovince_alias)] = p
			}
		}
		//加载市信息
		citys := citys_maps[jc_province]
		isok := make(map[string]bool)
		for _, vcity := range citys {
			qc_city := qu.ObjToString(vcity["city"])
			jc_city := qu.ObjToString(vcity["brief_city"])
			e.Trie_Full_City.AddWords(qc_city) //加入市全称Trie(k:杭州市)
			e.SensitiveFullCity.AddWord(qc_city)
			c := &City{}
			c.Name = qc_city //市全称:杭州市
			if jc_city != "" {
				c.Brief = jc_city                 //市简称:杭州
				e.Trie_Sim_City.AddWords(c.Brief) //加入市简称Trie(k:杭州)
				e.SensitiveSimCity.AddWord(c.Brief)
				e.CityMap[qc_city] = c.Brief //杭州市:杭州
				e.CityBriefMap[c.Brief] = c  //杭州:市信息{}
				e.CityFullMap[qc_city] = c   //杭州市:市信息{}
			}
			c.P = p
			if city_alias, ok := vcity["city_alias"].([]interface{}); ok {
				for _, vcity_alias := range city_alias {
					strvcity_alias := qu.ObjToString(vcity_alias)
					if isok[jc_province+"_"+strvcity_alias] {
						continue
					}
					e.CityBriefMap[strvcity_alias] = c
					e.initDistricts(jc_province, strvcity_alias, c, jc_city, districts_maps, towns_maps, jwhs_maps)
					isok[jc_province+"_"+strvcity_alias] = true
				}
			}
			if isok[jc_province+"_"+qc_city] {
				continue
			}
			e.initDistricts(jc_province, qc_city, c, jc_city, districts_maps, towns_maps, jwhs_maps)
		}
	}

	e.Trie_Fulls = []*ju.Trie{e.Trie_Full_Province, e.Trie_Full_City, e.Trie_Full_District, e.Trie_Full_Street, e.Trie_Full_Community}
	e.Trie_Sims = []*ju.Trie{e.Trie_Sim_Province, e.Trie_Sim_City, e.Trie_Sim_District}
}

//加载区县
func (e *ExtractTask) initDistricts(jc_province string, qc_city string, c *City,
	jc_city string, districts_maps map[string]map[string][]map[string]interface{},
	towns_maps map[string]map[string]map[string][]map[string]interface{},
	jwhs_maps map[string]map[string]map[string]map[string][]map[string]interface{}) {
	districts := districts_maps[jc_province][qc_city]
	for _, vdistricts := range districts {
		qc_district := qu.ObjToString(vdistricts["district"])
		jc_district := qu.ObjToString(vdistricts["brief_district"])
		d := &District{}
		d.Name = qc_district
		d.C = c
		e.Trie_Full_District.AddWords(qc_district) //加入区或县全称Trie
		if jc_district != "" {
			e.Trie_Sim_District.AddWords(jc_district) //加入区或县简称Trie
			//初始化城市简称
			c := e.CityBriefMap[jc_city]
			dfullarr := e.DistrictSimAndAll[jc_district]
			dfullcity := map[string]*City{qc_district: c}
			if len(dfullarr) == 0 {
				tmparr := []map[string]*City{dfullcity}
				e.DistrictSimAndAll[jc_district] = tmparr
			} else {
				e.DistrictSimAndAll[jc_district] = append(e.DistrictSimAndAll[jc_district], dfullcity)
			}
		}
		ctmp := e.DistrictCityMap[qc_district]
		if len(ctmp) == 0 {
			tmpcarr := []*City{c}
			e.DistrictCityMap[qc_district] = tmpcarr
		} else {
			e.DistrictCityMap[qc_district] = append(e.DistrictCityMap[qc_district], c)
		}
		if district_alias, ok := vdistricts["district_alias"].([]interface{}); ok {
			for _, vdistrict_alias := range district_alias {
				strvdistrict_alias := qu.ObjToString(vdistrict_alias)
				e.Trie_Full_District.AddWords(strvdistrict_alias) //加入区或县全称Trie
				c_tmp := e.DistrictCityMap[strvdistrict_alias]
				if len(c_tmp) == 0 {
					tmpcarr := []*City{c}
					e.DistrictCityMap[strvdistrict_alias] = tmpcarr
				} else {
					e.DistrictCityMap[strvdistrict_alias] = append(e.DistrictCityMap[strvdistrict_alias], c)
				}
			}
		}
		//街道
		towns := towns_maps[jc_province][qc_city][qc_district]
		for _, vtown := range towns {
			strvtown := qu.ObjToString(vtown["town"])
			s := &Street{}
			s.Name = strvtown
			s.D = d
			e.Trie_Full_Street.AddWords(strvtown) //加入街道全称Trie
			dtmp := e.StreetDistrictMap[strvtown]
			if len(dtmp) == 0 {
				tmpdarr := []*District{d}
				e.StreetDistrictMap[strvtown] = tmpdarr
			} else {
				e.StreetDistrictMap[strvtown] = append(e.StreetDistrictMap[strvtown], d)
			}
			//村、居委会
			//jwhs := jwhs_maps[jc_province][qc_city][qc_district][strvtown]
			//for _, vjwh := range jwhs {
			//	strvillage := qu.ObjToString(vjwh["village"])
			//	e.Trie_Full_Community.AddWords(strvillage) //加入居委会、村全称Trie
			//	cttmp := e.CommunityDistrictMap[strvillage]
			//	if len(cttmp) == 0 {
			//		tmpdarr := []*District{d}
			//		e.CommunityDistrictMap[strvillage] = tmpdarr
			//	} else {
			//		e.CommunityDistrictMap[strvillage] = append(e.CommunityDistrictMap[strvillage], d)
			//	}
			//}
		}

	}
}

func (e *ExtractTask) InitVar() {
	defer qu.Catch()
	//初始化Trie
	//全称
	e.Trie_Full_Province = &ju.Trie{}
	e.Trie_Full_City = &ju.Trie{}
	e.Trie_Full_District = &ju.Trie{}
	e.Trie_Full_Street = &ju.Trie{}
	e.Trie_Full_Community = &ju.Trie{}
	//简称
	e.Trie_Sim_Province = &ju.Trie{}
	e.Trie_Sim_City = &ju.Trie{}
	e.Trie_Sim_District = &ju.Trie{}

	//初始化分词
	e.Seg_PCD = &gse.Segmenter{}
	e.Seg_SV = &gse.Segmenter{}
	e.Seg_PCD.LoadDict("./res/pcd.txt")
	e.Seg_SV.LoadDict("./res/sv.txt")

	//初始化城市相关
	e.SiteCityMap = make(map[string]*SiteCity)
	e.ProvinceMap = make(map[string]string)
	e.CityMap = make(map[string]string)
	e.DistrictSimAndAll = make(map[string][]map[string]*City)
	e.CityBriefMap = make(map[string]*City)
	e.CityFullMap = make(map[string]*City)
	e.ProvinceBriefMap = make(map[string]*Province)
	e.DistrictCityMap = make(map[string][]*City)
	e.StreetDistrictMap = make(map[string][]*District)
	//新疆兵团-数组
	e.XjbtCityArr = make([]map[string]interface{}, 0)
	//敏感词-筛选
	e.SensitiveFullCity = sensitive.New()
	e.SensitiveSimCity = sensitive.New()
}

//初始化邮编库
func (e *ExtractTask) InitPostCode() {
	defer qu.Catch()
	e.PostCodeMap = make(map[string]*PostCode)
	list, _ := db.Mgo.Find("postcode", nil, nil, nil, false, -1, -1)
	for _, l := range *list {
		pc := &PostCode{}
		pc.Code = qu.ObjToString(l["code"])
		pc.P = qu.ObjToString(l["province"])
		pc.C = qu.ObjToString(l["city"])
		pc.D = qu.ObjArrToStringArr(l["district"].([]interface{}))
		e.PostCodeMap[pc.Code] = pc
	}
}

//初始化区号库
func (e *ExtractTask) InitAreaCode() {
	defer qu.Catch()
	e.AreaCodeMap = make(map[string]*AreaCode)
	list, _ := db.Mgo.Find("areacode", nil, nil, nil, false, -1, -1)
	for _, l := range *list {
		ac := &AreaCode{}
		ac.Code = qu.ObjToString(l["code"])
		ac.P = qu.ObjToString(l["province"])
		ac.C = qu.ObjArrToStringArr(l["city"].([]interface{}))
		e.AreaCodeMap[ac.Code] = ac
	}
}

//保存抽取详情数据
func (e *ExtractTask) ResultSave(init bool) {
	defer qu.Catch()
	e.RWMutex.Lock()
	if e.ResultArr == nil {
		e.ResultArr = [][]map[string]interface{}{}
	}
	e.RWMutex.Unlock()
	if init {
		go func() {
			for {
				e.RWMutex.Lock()
				if len(e.ResultArr) > saveLimit {
					arr := e.ResultArr[:saveLimit]
					e.ResultArr = e.ResultArr[saveLimit:]
					e.RWMutex.Unlock()
					qu.Try(func() {
						db.Mgo.UpSertBulk("extract_result", arr...)
					}, func(err interface{}) {
						log.Debug(err)
					})
				} else {
					arr := e.ResultArr
					e.ResultArr = [][]map[string]interface{}{}
					e.RWMutex.Unlock()
					qu.Try(func() {
						db.Mgo.UpSertBulk("extract_result", arr...)
					}, func(err interface{}) {
						log.Debug(err)
					})
				}
				time.Sleep(2 * time.Second)
			}
		}()
	} else {
		e.RWMutex.Lock()
		arr := e.ResultArr
		e.ResultArr = [][]map[string]interface{}{}
		e.RWMutex.Unlock()
		qu.Try(func() {
			lenarr := len(arr)
			for {
				if lenarr > saveLimit {
					arr2 := arr[:saveLimit]
					arr = arr[saveLimit:]
					lenarr = len(arr)
					e.TaskInfo.TDB.UpSertBulk(e.TaskInfo.ToColl, arr2...)
				} else {
					e.TaskInfo.TDB.UpSertBulk(e.TaskInfo.ToColl, arr...)
					break
				}
			}
		}, func(err interface{}) {
			defer e.RWMutex.Unlock()
			log.Debug(err)
		})
	}
}

//保存抽取数据
func (e *ExtractTask) BidSave(init bool) {
	defer qu.Catch()
	e.RWMutex.Lock()
	if e.BidArr == nil {
		e.BidArr = [][]map[string]interface{}{}
	}
	e.RWMutex.Unlock()
	if init {
		go func() {
			for {
				e.RWMutex.Lock()
				if len(e.BidArr) > saveLimit {
					arr := e.BidArr[:saveLimit]
					e.BidArr = e.BidArr[saveLimit:]
					e.RWMutex.Unlock()
					//arr, blocks, fieldalls, fieldallsf := getFieldAllAndBlocks(arr)
					arr, _, _, _ = getFieldAllAndBlocks(arr)
					qu.Try(func() {
						e.TaskInfo.TDB.UpSertBulk(e.TaskInfo.ToColl, arr...)
						//e.TaskInfo.TDB.SaveBulk("ext_blocks", blocks...)
						//e.TaskInfo.TDB.SaveBulk("ext_fieldall", fieldalls...)
						//e.TaskInfo.TDB.SaveBulk("ext_fieldallf", fieldallsf...)
					}, func(err interface{}) {
						log.Debug(err)
					})
				} else {
					arr := e.BidArr
					e.BidArr = [][]map[string]interface{}{}
					e.RWMutex.Unlock()
					arr, _, _, _ = getFieldAllAndBlocks(arr)
					qu.Try(func() {
						e.TaskInfo.TDB.UpSertBulk(e.TaskInfo.ToColl, arr...)
						//e.TaskInfo.TDB.SaveBulk("ext_blocks", blocks...)
						//e.TaskInfo.TDB.SaveBulk("ext_fieldall", fieldalls...)
						//e.TaskInfo.TDB.SaveBulk("ext_fieldallf", fieldallsf...)
					}, func(err interface{}) {
						log.Debug(err)
					})
				}
				time.Sleep(2 * time.Second)
			}
		}()
	} else {
		e.RWMutex.Lock()
		arr := e.BidArr
		e.BidArr = [][]map[string]interface{}{}
		e.RWMutex.Unlock()
		qu.Try(func() {
			lenarr := len(arr)
			for {
				if lenarr > saveLimit {
					arr2 := arr[:saveLimit]
					arr = arr[saveLimit:]
					lenarr = len(arr)
					arr2, _, _, _ = getFieldAllAndBlocks(arr2)
					e.TaskInfo.TDB.UpSertBulk(e.TaskInfo.ToColl, arr2...)
					//e.TaskInfo.TDB.SaveBulk("ext_blocks", blocks...)
					//e.TaskInfo.TDB.SaveBulk("ext_fieldall", fieldalls...)
					//e.TaskInfo.TDB.SaveBulk("ext_fieldallf", fieldallsf...)
				} else {
					arr, _, _, _ := getFieldAllAndBlocks(arr)
					e.TaskInfo.TDB.UpSertBulk(e.TaskInfo.ToColl, arr...)
					//e.TaskInfo.TDB.SaveBulk("ext_blocks", blocks...)
					//e.TaskInfo.TDB.SaveBulk("ext_fieldall", fieldalls...)
					//e.TaskInfo.TDB.SaveBulk("ext_fieldallf", fieldallsf...)
					break
				}
			}
		}, func(err interface{}) {
			log.Debug(err)
		})
		time.Sleep(1 * time.Second)
	}
}
func getFieldAllAndBlocks(a [][]map[string]interface{}) (arr [][]map[string]interface{}, blocks, fieldalls, fieldallsf []map[string]interface{}) {
	arr = [][]map[string]interface{}{}
	blocks = []map[string]interface{}{}
	fieldalls = []map[string]interface{}{}
	fieldallsf = []map[string]interface{}{}
	for _, v := range a {
		_id, _ := v[0]["_id"]
		if tmp, ok := v[1]["$set"].(map[string]interface{}); ok {
			if ju.SaveBlock {
				if tmp["blocks"] != nil {
					block := map[string]interface{}{
						"_id":    _id,
						"blocks": tmp["blocks"],
					}
					blocks = append(blocks, block)
				}
			}
			delete(tmp, "blocks")
			if ju.FieldsFind {
				if f, ok := tmp["fieldall"].(map[string][]map[string]interface{}); ok {
					fieldall := map[string]interface{}{
						"_id": _id,
					}
					for k, v := range f {
						fieldall[k] = v
					}
					fieldalls = append(fieldalls, fieldall)
				}
				if ff, ok := tmp["fieldallf"].(map[string][]map[string]interface{}); ok {
					fieldallf := map[string]interface{}{
						"_id": _id,
					}
					for k, v := range ff {
						fieldallf[k] = v
					}
					fieldallsf = append(fieldalls, fieldallf)
				}
			}
			delete(tmp, "fieldall")
			delete(tmp, "fieldallf")

			v[1] = tmp //全部更新
			//v[1]["$set"] = tmp //指定更新~针对指定projectname
		}
		arr = append(arr, v)
	}
	return arr, blocks, fieldalls, fieldallsf
}

func (e *ExtractTask) InitAuditRecogField() {
	defer qu.Catch()
	e.RecogFieldMap = make(map[string]map[string]interface{})
	recogFieldList, _ := db.Mgo.Find("rc_field", `{"delete":false}`, `{"_id":1}`, `{"s_recogfield":1,"s_recogfield_prerule":1}`, false, -1, -1)
	for _, f := range *recogFieldList {
		field := qu.ObjToString(f["s_recogfield"])
		e.RecogFieldMap[field] = f
	}
}

func (e *ExtractTask) InitAuditClass() {
	defer qu.Catch()
	e.FidClassMap = make(map[string][]map[string]interface{})
	class, _ := db.Mgo.Find("rc_class", `{"delete":false}`, `{"i_order":1}`, nil, false, -1, -1)
	for _, c := range *class {
		classList := []map[string]interface{}{}
		fid := qu.ObjToString(c["s_fid"])
		if len(e.FidClassMap[fid]) > 0 { //追加
			classList = e.FidClassMap[fid]
		}
		classList = append(classList, c)
		e.FidClassMap[fid] = classList
	}
}

//加载规则
func (e *ExtractTask) InitAuditRule() {
	defer qu.Catch()
	var rureg *regexp.Regexp
	var rs []rune
	var ru string
	var err error
	e.CidRuleMap = make(map[string][]map[string]interface{})
	rule, _ := db.Mgo.Find("rc_rule", `{"delete":false}`, `{"i_order":1}`, nil, false, -1, -1)
	for _, v := range *rule {
		i_rule := []interface{}{}
		ss, _ := (v["s_rule"].([]interface{}))
		for _, r := range qu.ObjArrToStringArr(ss) {
			if strings.HasPrefix(r, "'") && strings.HasSuffix(r, "'") { //正则
				rs = []rune(r)
				ru = string(rs[1 : len(rs)-1])
				rureg, err = regexp.Compile(ru)
				if err != nil {
					log.Debug("error---rule:", r)
					continue
				}
				i_rule = append(i_rule, []interface{}{rureg}...)

			} else { //规则
				i_rule = append(i_rule, r)
			}
		}
		v["rule"] = i_rule

		ruleList := []map[string]interface{}{}
		classid := qu.ObjToString(v["s_classid"])
		if len(e.CidRuleMap[classid]) > 0 { //追加
			ruleList = e.CidRuleMap[classid]
		}
		ruleList = append(ruleList, v)
		e.CidRuleMap[classid] = ruleList
	}
}

//
func (e *ExtractTask) InitAuditFields() {
	if len(e.AuditFields) == 0 {
		v, _ := db.Mgo.FindOne("version", `{"isuse":true,"delete":false}`) //查找当前使用版本
		if v != nil && len(*v) > 0 {                                       //查找当前使用版本中属性配置需要审核的字段
			vid := qu.BsonIdToSId((*v)["_id"])
			query := map[string]interface{}{
				"isaudit": true,
				"delete":  false,
				"vid":     vid,
			}
			data, _ := db.Mgo.Find("versioninfo", query, `{"_id":-1}`, `{"s_field":1}`, false, -1, -1)
			for _, d := range *data {
				field := qu.ObjToString(d["s_field"])
				e.AuditFields = append(e.AuditFields, field)
			}
		}
	}
}

//加载附件抽取
func (e *ExtractTask) InitFile() {
	defer qu.Catch()
	//query:=bson.M{"version":e.TaskInfo.Version,"delete":false}
	ve, _ := db.Mgo.FindOne("version", `{"version":"`+e.TaskInfo.Version+`","delete":false}`)
	//ve, _ := db.Mgo.FindOne("version", query)
	if ve == nil {
		return
	}
	if (*ve)["isfiles"] != nil && (*ve)["isfiles"].(bool) {
		e.IsFileField = true
	}
	syscefiled := new(sync.Map)

	if (*ve)["s_filefileds"] != nil {
		for _, vff := range (*ve)["s_filefileds"].([]interface{}) {
			syscefiled.Store(vff.(string), 1)
		}
	}
	e.FileFields = syscefiled
	ju.InitOss(ju.Config["istest"].(bool))
}

//加载清理任务信息
func (c *ClearTask) InitClearTaskInfo() {
	cleartask, _ := db.Mgo.FindById("cleartask", c.Id, nil)
	if len(*cleartask) > 1 {
		v, _ := db.Mgo.FindOne("clearversion", `{"clearversion":"`+(*cleartask)["s_version"].(string)+`","delete":false}`)
		c.ClearTaskInfo = &ClearTaskInfo{
			Name:        (*cleartask)["s_taskname"].(string),
			Version:     (*cleartask)["s_version"].(string),
			VersionId:   qu.BsonIdToSId((*v)["_id"]),
			FromDbAddr:  (*cleartask)["s_mgoaddr"].(string),
			FromDB:      (*cleartask)["s_mgodb"].(string),
			FromColl:    (*cleartask)["s_mgocoll"].(string),
			IsCltLog:    ju.Config["iscltlog"].(bool),
			ProcessPool: make(chan bool, qu.IntAllDef((*cleartask)["i_process"], 1)),
		}
		log.Debug(c.ClearTaskInfo.Name, "thread:", qu.IntAllDef((*cleartask)["i_process"], 1))
	} else {
		return
	}
}

//加载清理脚本
func (c *ClearTask) InitClearLuas() {
	defer qu.Catch()
	c.ClearLuas = make(map[string][]*ClearLua)
	list, _ := db.Mgo.Find("clearversioninfo", `{"vid":"`+c.ClearTaskInfo.VersionId+`","delete":false}`, nil, nil, false, -1, -1)
	for _, l := range *list {
		if b, _ := l["isuse"].(bool); !b { //仅使用启用的属性
			continue
		}
		s_field := qu.ObjToString(l["s_field"])
		pid := qu.BsonIdToSId(l["_id"])
		luas, _ := db.Mgo.Find("clearulelogic", `{"pid":"`+pid+`","delete":false}`, nil, nil, false, -1, -1)
		for _, vv := range *luas {
			if b, _ := vv["isuse"].(bool); !b {
				continue
			}
			clearLua := &ClearLua{
				Field:   s_field,
				Code:    vv["s_code"].(string),
				Name:    vv["s_name"].(string),
				LuaText: vv["s_luascript"].(string),
				LFields: getALLFields(),
			}
			c.ClearLuas[s_field] = append(c.ClearLuas[s_field], clearLua)
		}
	}
}

//加载分块规则
func (e *ExtractTask) InitBlockRule() {
	datas, _ := db.Mgo.Find("block_info", map[string]interface{}{
		"vid":    e.TaskInfo.VersionId,
		"delete": false,
	}, `{"index":-1}`, `{"block_reg":1,"title_reg":1}`, false, -1, -1)
	brs, trs := []*regexp.Regexp{}, []*regexp.Regexp{}
	for _, v := range *datas {
		block_reg, _ := v["block_reg"].(string)
		block_reg, _ = strconv.Unquote(`"` + block_reg + `"`)
		title_reg, _ := v["title_reg"].(string)
		title_reg, _ = strconv.Unquote(`"` + title_reg + `"`)
		if block_reg == "" || title_reg == "" {
			continue
		}
		b_reg, b_err := regexp.Compile(block_reg)
		t_reg, t_err := regexp.Compile(title_reg)
		if b_err != nil || t_err != nil {
			continue
		}
		brs = append(brs, b_reg)
		trs = append(trs, t_reg)
	}
	e.RuleBlock = &ju.RuleBlock{
		BlockRegs: brs,
		TitleRegs: trs,
		Classify:  e.InitBlockClassify(),
	}
}

//加载分块规则
func (e *ExtractTask) InitBlockClassify() *ju.BlockClassify {
	classify, _ := db.Mgo.Find("block_classify", map[string]interface{}{
		"vid":    e.TaskInfo.VersionId,
		"delete": false,
	}, nil, `{"name":1}`, false, -1, -1)
	classify_info, _ := db.Mgo.Find("block_classify_info", map[string]interface{}{
		"vid":    e.TaskInfo.VersionId,
		"delete": false,
	}, nil, `{"name":1,"code":1,"pid":1}`, false, -1, -1)
	classify_tag, _ := db.Mgo.Find("block_classify_tag", map[string]interface{}{
		"vid":    e.TaskInfo.VersionId,
		"delete": false,
	}, nil, `{"name":1,"pid":1}`, false, -1, -1)
	tag_map := map[string]ju.Tags{}
	for _, v := range *classify_tag {
		pid := qu.ObjToString(v["pid"])
		name := qu.ObjToString(v["name"])
		tag := &ju.Tag{Value: name}
		if strings.HasPrefix(name, "reg__") {
			tag.TagReg = regexp.MustCompile(strings.TrimLeft(name, "reg__"))
		}
		tag_map[pid] = append(tag_map[pid], tag)
	}
	//
	info_map := map[string][]*ju.NameCode{}
	info_tag := map[string]*ju.TagFile{}
	for _, v := range *classify_info {
		pid := qu.ObjToString(v["pid"])
		_id := qu.BsonIdToSId(v["_id"])
		name := qu.ObjToString(v["name"])
		info_tag[name] = &ju.TagFile{Name: name, Items: tag_map[_id]}
		info_map[pid] = append(info_map[pid], &ju.NameCode{Name: name, Code: qu.ObjToString(v["code"])})
	}
	classify_map := map[string][]*ju.NameCode{}
	for _, v := range *classify {
		_id := qu.BsonIdToSId(v["_id"])
		if info_map[_id] == nil {
			continue
		}
		for _, vv := range strings.Split(qu.ObjToString(v["name"]), ",") {
			classify_map[vv] = append(classify_map[vv], info_map[_id]...)
		}
	}
	return &ju.BlockClassify{Type: classify_map, Classify: info_tag}
}