datatag/CMPlatform/util/utiltag.go

package util

import (
	"cmplatform/models"
	sql "cmplatform/util/sqlmodel"
	"context"
	"encoding/json"
	"errors"
	"fmt"
	"log"
	"regexp"
	"strings"
	"time"

	"app.yhyue.com/moapp/jybase/common"
	"app.yhyue.com/moapp/jybase/encrypt"
	elastic "app.yhyue.com/moapp/jybase/es"
	"app.yhyue.com/moapp/jybase/redis"
	"go.mongodb.org/mongo-driver/bson"
)

const (
	TitleMatchType              = "1"                            //标题匹配
	DetailMatchType             = "2"                            //全文匹配
	PurchasingMatchType         = "3"                            //标的物匹配
	AttachmentsMatchType        = "4"                            //附件匹配
	ProjectnameMatchType        = "5"                            //项目名称匹配
	BuyerMatchType              = "6"                            //采购单位匹配
	SWinnerMatchType            = "7"                            //中标单位匹配
	BuyerMatchType1             = "8"                            //采购单位(正则)匹配
	SWinnerMatchType1           = "9"                            //中标单位(正则)匹配
	ProjectnameMatchTypes       = "10"                           //采购意向名称匹配
	ProjectscopeMatchTypes      = "11"                           //采购意向内容匹配
	BuyerMatchTypes             = "12"                           //采购意向采购单位匹配
	TitleMatchTypeStr           = "title"                        //标题匹配
	DetailMatchTypeStr          = "detail"                       //全文匹配
	PurchasingMatchTypeStr      = "purchasing"                   //标的物匹配
	AttachmentsMatchTypeStr     = "filetext"                     //附件匹配
	ProjectnameMatchTypeStr     = "projectname.pname"            //项目名称匹配
	BuyerMatchTypeStr           = "buyer"                        //项目名称匹配
	BuyerRegexpMatchTypeStr     = "buyer.mbuyer"                 //采购单位正则匹配
	SWinnerMatchTypeStr         = "s_winner"                     //项目名称匹配
	SWinnerRegexpMatchTypeStr   = "s_winner.mwinner"             //中标单位正则匹配
	TitleMatchTypeField         = "title"                        //标题匹配
	DetailMatchTypeField        = "detail"                       //全文匹配
	PurchasingMatchTypeField    = "purchasing"                   //标的物匹配
	AttachmentsMatchTypeField   = "filetext"                     //附件匹配
	ProjectnameMatchTypeField   = "projectname"                  //项目名称匹配
	BuyerMatchTypeField         = "buyer"                        //项目名称匹配
	SWinnerMatchTypeField       = "s_winner"                     //项目名称匹配
	ProjectnameMatchTypesField  = "procurementlist.projectname"  //采购意向名称匹配
	ProjectscopeMatchTypesField = "procurementlist.projectscope" //采购意向内容匹配
	BuyerMatchTypesField        = "procurementlist.buyer"        //采购意向采购单位匹配

	MultiMatchType = "phrase"
	Standard       = 1          //1:标准字段包，
	Advanced       = 2          //2：高级字段包
	Standardstr    = "standard" //1：标准字段包
	Advancedstr    = "advanced" //2：高级字段包
	Url            = "https://www.jianyu360.cn/article/content/%s.html"
)

func UtilEsSaveData(sdataid, index string, datas *[]map[string]interface{}) error {
	defer common.Catch()
	if !Mgo.Del("tagsdata", bson.M{"s_dataid": sdataid, "esIndex": index}) {
		return errors.New("mongo del err")
	}
	for _, v := range *datas {
		v["esIndex"] = index
		Mgo.Save("tagsdata", v)
	}
	return nil
}

// 客户规则
func UtilEsFind1(tags map[string]interface{}, dataType, userId string) (error, string, int64) {
	defer common.Catch()
	sdataid := common.ObjToString(tags["s_dataid"])
	esquery := common.ObjToString(tags["s_esquery"])
	if IsNewSql != 0 {
		esquery = common.ObjToString(tags["s_esquery_search"])
	}
	if len(esquery) < 1 || len(sdataid) < 1 {
		return errors.New("s_esquery or s_dataid no found"), "", 0
	}
	i_maxnum := common.Int64All(tags["i_maxnum"])
	if i_maxnum <= 0 {
		i_maxnum = 100
	}
	maths := make([]map[string]string, 0)
	if orules, ok := tags["o_rules"].([]interface{}); ok {
		for _, v := range orules {
			orule, _ := v.(map[string]interface{})
			maths = append(maths, map[string]string{
				"s_matchkey": common.ObjToString(orule["s_matchkey"]),
				"s_keymatch": common.ObjToString(orule["s_keymatch"]),
			})
		}
	} else if orules, ok := tags["o_rules"].([]map[string]interface{}); ok {
		for _, v := range orules {
			maths = append(maths, map[string]string{
				"s_matchkey": common.ObjToString(v["s_matchkey"]),
				"s_keymatch": common.ObjToString(v["s_keymatch"]),
			})
		}
	} else {
		return errors.New("o_rules no found"), "", 0
	}
	index := EsIndex
	if strings.Contains(esquery, "site") { //选择网站名称，使用全量数据索引
		index = EsAllIndex
	}
	dataTypes := ""
	if dataType == "1" {
		index = InterimIndex
		dataTypes = "1"
		startTime := time.Now().Unix() - 86400*90
		endTime := time.Now().Unix()
		esquery, _ = FilterTimeSql(esquery, startTime, endTime)
	} else {
		index = TotalIndex
		dataTypes = "2"
	}
	// esquery = esquery[:len(esquery)-1] + `,"size":` + fmt.Sprintf("%d", i_maxnum) + `}`
	err, counts := searchDataArr(index, esquery, sdataid, userId, i_maxnum, tags, maths)
	if counts == 0 && err == nil && index == InterimIndex {
		err, counts = searchDataArr(TotalIndex, esquery, sdataid, userId, i_maxnum, tags, maths)
		if counts > 0 {
			dataTypes = "2"
		}
	}
	return err, dataTypes, counts
}

func searchDataArr(index, esquery, sdataid, userId string, i_maxnum int64, tags map[string]interface{}, maths []map[string]string) (error, int64) {
	var (
		err    error
		counts = int64(0)
		// times  = 0
		times2 = 0
	)
	// for {
	// 	listLen := redis.GetInt("session", "es_status")
	// 	if listLen == 0 {
	// 		log.Println("es空闲！")
	// 		break
	// 	} else if times > 10 {
	// 		err = errors.New("系统繁忙，请稍后再试")
	// 		break
	// 	} else {
	// 		log.Println("es繁忙，", listLen)
	// 	}
	// 	times += 2
	// 	time.Sleep(2 * time.Second)
	// }
	for {
		listLens := int(redis.LLEN("datag", "jyqyfw_es_query"))
		if listLens < 2 {
			// if isExists, _ := redis.Exists("datag", "jyqyfw_es_query_times_"+userId); isExists {
			// 	qt := redis.GetInt("datag", "jyqyfw_es_query_times_"+userId)
			// 	if qt > 2 {
			// 		log.Println("单个账号一分钟内超过3次 ", qt)
			// 		err = errors.New("系统繁忙，请稍后再试")
			// 		break
			// 	} else {
			// 		redis.Incr("datag", "jyqyfw_es_query_times_"+userId)
			// 	}
			// } else {
			// 	redis.Put("datag", "jyqyfw_es_query_times_"+userId, 1, 60)
			// }
			log.Println("es空闲，当前进程数 ", listLens)
			redis.RPUSH("datag", "jyqyfw_es_query", 1)
			err, counts = searchData(index, esquery, sdataid, i_maxnum, tags, maths)
			redis.LPOP("datag", "jyqyfw_es_query")
			break
		} else if times2 > 10 {
			err = errors.New("系统繁忙，请稍后再试")
			break
		} else {
			log.Println("企业级服务es进程数过多，", listLens)
		}
		times2 += 2
		time.Sleep(2 * time.Second)
	}
	return err, counts
}

type MySource struct {
	Querys string
}

func (m *MySource) Source() (interface{}, error) {
	mp := make(map[string]interface{})
	json.Unmarshal([]byte(m.Querys), &mp)
	return mp["query"], nil
}

func searchData(index, esquery, sdataid string, i_maxnum int64, tags map[string]interface{}, maths []map[string]string) (error, int64) {
	esCon := elastic.VarEs.(*elastic.EsV7)
	client := esCon.GetEsConn()
	defer esCon.DestoryEsConn(client)
	ctx, _ := context.WithTimeout(context.Background(), 5*time.Minute)
	cc := &MySource{
		Querys: esquery,
	}
	searchResult, err := client.Search(index).Query(cc).Size(int(i_maxnum)).Do(ctx)
	if err == nil && searchResult.Hits != nil {
		datas := make([]map[string]interface{}, 0)
		log.Println("es查询到的数量：", searchResult.Hits.TotalHits.Value)
		log.Println("es查询数据数量：", len(searchResult.Hits.Hits))
		for _, v := range searchResult.Hits.Hits {
			item := make(map[string]interface{})
			if json.Unmarshal(v.Source, &item) == nil {
				delete(item, "_id")
				item["info_id"] = common.ObjToString(item["id"])
				item["s_dataid"] = sdataid
				item["s_jyhref"] = fmt.Sprintf(Url, encrypt.CommonEncodeArticle("content", common.ObjToString(item["id"])))
				item["i_createtime"] = time.Now().Unix()
				var d *DFA = &DFA{}
				var analyKeys []string //找到的关键词
				var matchType []string //匹配方式
				for _, math := range maths {
					fileds := strsToArr(math["s_keymatch"], "field")
					d.AddWord(strings.Split(math["s_matchkey"], ",")...)
					mkMap := make(map[string]interface{})
					tmpMap := make(map[string]interface{})
					for _, mk := range strings.Split(math["s_matchkey"], ",") {
						if strings.Contains(mk, "&&") {
							arr := strings.Split(mk, "&&")
							for _, s := range arr {
								if s != "" {
									tmpMap[s] = mk
									if b, _ := regexp.MatchString("[A-Z]", s); b {
										mkMap[strings.ToLower(s)] = s
										d.AddWord(strings.ToLower(s))
									} else {
										d.AddWord(s)
									}
								}
							}
						} else {
							if b, _ := regexp.MatchString("[A-Z]", mk); b {
								mkMap[strings.ToLower(mk)] = mk
								d.AddWord(strings.ToLower(mk))
							} else {
								d.AddWord(mk)
							}
						}
					}
					for _, filed := range fileds {
						filed1 := strings.ToLower(common.ObjToString(item[filed]))
						ddds := d.Analy(filed1)
						analyKeys = append(analyKeys, ddds...)
					}
					if len(analyKeys) > 0 {
						matchType = append(matchType, strings.Join(fileds, ","))
						for k, v := range analyKeys {
							if tmpMap[v] != "" && tmpMap[v] != nil {
								analyKeys[k] = common.ObjToString(tmpMap[v])
							}
						}
						for _, v1 := range analyKeys {
							if mkMap[v1] != "" && mkMap[v1] != nil {
								analyKeys = deleteSlice(analyKeys, v1)
								analyKeys = append(analyKeys, common.ObjToString(mkMap[v1]))
							}
						}
					}
					d.Clear()
				}
				//去重
				ssavekey := make(map[string]bool)
				for _, v := range analyKeys {
					ssavekey[v] = true
				}
				ssavekeys := []string{}
				for k := range ssavekey {
					ssavekeys = append(ssavekeys, k)
				}
				item["s_matchkey"] = GetMactchKey(maths, item)
				item["s_matchtype"] = strings.Join(matchType, ",")
				findwinner := strings.TrimSpace(common.ObjToString(item["winner"]))
				if findwinner != "" {
					finddata, _ := MgoEnps.FindOne(EnpsColl, bson.M{"company_name": findwinner})
					if finddata != nil {
						if legal_person := common.ObjToString((*finddata)["legal_person"]); legal_person != "" {
							item["legal_person"] = legal_person
						}
						if email := common.ObjToString((*finddata)["company_email"]); email != "" {
							item["company_email"] = email
						}
						if phone := common.ObjToString((*finddata)["company_phone"]); phone != "" {
							item["company_phone"] = phone
						}
						item["qyk"] = finddata
					}
				}
				datas = append(datas, item)
			}
		}
		counts := Es.Count(index, Itype, esquery)
		log.Println("esCount查询的数据量 ", counts)
		Mgo.Update("cuserdepartrule", bson.M{"_id": tags["_id"]}, bson.M{
			"$set": bson.M{
				"i_estotal": counts,
			}}, false, false)
		return UtilEsSaveData(sdataid, index, &datas), counts
	} else {
		log.Println("err", err)
		return err, 0
	}
}

func FilterTimeSql(esquery string, startTime, endTime int64) (string, error) {
	query := map[string]*sql.QueryObjecct{}
	if json.Unmarshal([]byte(esquery), &query) == nil {
		qb := query["query"]
		for i := 0; i <= 2; i++ {
			filter := qb.Bool
			if filter != nil { //有filter
				index := -1 //记录range的位置
				for i, m := range filter.Must {
					mMap := m.(map[string]interface{})
					if esRange, ok := mMap["range"].(map[string]interface{}); ok && esRange != nil { //有range
						if esRange["publishtime"] != nil {
							index = i
							break
						}
					}
				}
				// 生成新的es语句
				tmpRange_ := bson.M{
					"range": bson.M{
						"publishtime": bson.M{
							"lte": endTime,
							"gt":  startTime,
						},
					},
				}
				if index > -1 {
					filter.Must[index] = tmpRange_
				} else {
					filter.Must = append(filter.Must, tmpRange_)
				}
				tmpQuery := query
				strQuery, err := json.Marshal(tmpQuery)
				if err == nil {
					return string(strQuery), nil
				} else {
					log.Println("失败", err)
					return esquery, err
				}
			} else {
				// qb.Filter = &sql.Filter{}
				qb.Bool = &sql.BoolObject{}
				continue
			}
		}
	} else {
		log.Println(json.Unmarshal([]byte(esquery), &query), "err")
		return esquery, errors.New("err")
	}
	return esquery, nil
}

// 查询语句过长时根据开始结束时间分段查询数据
func UtilEsFind2(tags map[string]interface{}, n int) (error, int64) {
	defer common.Catch()
	sdataid := common.ObjToString(tags["s_dataid"])
	esquery := common.ObjToString(tags["s_esquery"])
	if len(esquery) < 1 || len(sdataid) < 1 {
		return errors.New("s_esquery or s_dataid no found"), 0
	}
	i_maxnum := common.Int64All(tags["i_maxnum"])
	if i_maxnum <= 0 {
		i_maxnum = 100
	}
	maths := make([]map[string]string, 0)
	if orules, ok := tags["o_rules"].([]interface{}); ok {
		for _, v := range orules {
			orule, _ := v.(map[string]interface{})
			maths = append(maths, map[string]string{
				"s_matchkey": common.ObjToString(orule["s_matchkey"]),
				"s_keymatch": common.ObjToString(orule["s_keymatch"]),
			})
		}
	} else if orules, ok := tags["o_rules"].([]map[string]interface{}); ok {
		for _, v := range orules {
			maths = append(maths, map[string]string{
				"s_matchkey": common.ObjToString(v["s_matchkey"]),
				"s_keymatch": common.ObjToString(v["s_keymatch"]),
			})
		}
	} else {
		return errors.New("o_rules no found"), 0
	}
	esCon := elastic.VarEs.(*elastic.EsV7)
	client := esCon.GetEsConn()
	defer esCon.DestoryEsConn(client)
	ctx, _ := context.WithTimeout(context.Background(), 30*time.Second)

	//for _, k := range  {
	////todo  修改开始结束时间 重新生成es语句
	//}
	// 获取分隔区间
	timeList := GetTimeInterval(time.Unix(common.Int64All(tags["i_starttime"]), 0), time.Unix(common.Int64All(tags["i_endtime"]), 0), n)
	log.Println(timeList, "分隔后的时间===================")
	esQueryList := []string{}
	//esquery = esquery[:len(esquery)-1] + `,"size":` + fmt.Sprintf("%d", i_maxnum) + `}`
	// log.Println(esquery)
	query := map[string]*sql.QueryObjecct{}
	if json.Unmarshal([]byte(esquery), &query) == nil {

		qb := query["query"]
		filter := qb.Bool
		if filter != nil { //有filter
			index := -1 //记录range的位置
			for i, m := range filter.Must {
				mMap := m.(map[string]interface{})
				if esRange, ok := mMap["range"].(map[string]interface{}); ok && esRange != nil { //有range
					if esRange["publishtime"] != nil {
						index = i
						break
					}
				}
			}
			log.Println("timeList================", timeList)
			// 生成新的es语句
			for _, v := range timeList {
				tmpRange_ := bson.M{
					"range": bson.M{
						"publishtime": bson.M{
							"lte": v["endTime"],
							"gt":  v["startTime"],
						},
					},
				}
				if index > -1 {
					filter.Must[index] = tmpRange_
				} else {
					filter.Must = append(filter.Must, tmpRange_)
				}
				tmpQuery := query
				strQuery, err := json.Marshal(tmpQuery)
				if err == nil {
					esQuery := string(strQuery)
					esQueryList = append(esQueryList, esQuery)
				} else {
					log.Println("失败", err)
					return err, 0
				}
			}
		}
	} else {
		log.Println(json.Unmarshal([]byte(esquery), &query), "err")
	}
	// for _, v := range esQueryList {
	// log.Println("es语句", v)
	// }
	log.Println("重新生成的es语句", esQueryList)
	var totalCount int64
	datas := make([]map[string]interface{}, 0)
	for _, esSql := range esQueryList {
		// 查询
		esSql = esSql[:len(esSql)-1] + `,"size":` + fmt.Sprintf("%d", i_maxnum) + `}`
		log.Println("本次查询==", esSql)
		index := EsIndex
		if strings.Contains(esSql, "site") { //选择网站名称，使用全量数据索引
			index = EsAllIndex
		}
		log.Println("es索引-------------------- ", index)
		cc := &MySource{
			Querys: esSql,
		}
		searchResult, err := client.Search(index).Query(cc).Do(ctx)
		if err == nil && searchResult.Hits != nil {
			log.Println("es查询到的数量：", searchResult.Hits.TotalHits)
			log.Println("开始处理")

			for _, v := range searchResult.Hits.Hits {
				item := make(map[string]interface{})
				if json.Unmarshal(v.Source, &item) == nil {
					delete(item, "_id")
					item["info_id"] = common.ObjToString(item["id"])
					item["s_dataid"] = sdataid
					item["s_jyhref"] = fmt.Sprintf(Url, encrypt.CommonEncodeArticle("content", common.ObjToString(item["id"])))
					item["i_createtime"] = time.Now().Unix()
					var d *DFA = &DFA{}
					var analyKeys []string //找到的关键词
					var matchType []string //匹配方式
					for _, math := range maths {
						fileds := strsToArr(math["s_keymatch"], "field")
						d.AddWord(strings.Split(math["s_matchkey"], ",")...)
						mkMap := make(map[string]interface{})
						tmpMap := make(map[string]interface{})
						for _, mk := range strings.Split(math["s_matchkey"], ",") {
							if strings.Contains(mk, "&&") {
								arr := strings.Split(mk, "&&")
								for _, s := range arr {
									if s != "" {
										tmpMap[s] = mk
										if b, _ := regexp.MatchString("[A-Z]", s); b {
											mkMap[strings.ToLower(s)] = s
											d.AddWord(strings.ToLower(s))
										} else {
											d.AddWord(s)
										}
									}
								}
							} else {
								if b, _ := regexp.MatchString("[A-Z]", mk); b {
									mkMap[strings.ToLower(mk)] = mk
									d.AddWord(strings.ToLower(mk))
								} else {
									d.AddWord(mk)
								}
							}
						}
						for _, filed := range fileds {
							filed1 := strings.ToLower(common.ObjToString(item[filed]))
							ddds := d.Analy(filed1)
							analyKeys = append(analyKeys, ddds...)
						}
						if len(analyKeys) > 0 {
							matchType = append(matchType, strings.Join(fileds, ","))
							for k, v := range analyKeys {
								if tmpMap[v] != "" && tmpMap[v] != nil {
									analyKeys[k] = common.ObjToString(tmpMap[v])
								}
							}
							for _, v1 := range analyKeys {
								if mkMap[v1] != "" && mkMap[v1] != nil {
									analyKeys = deleteSlice(analyKeys, v1)
									analyKeys = append(analyKeys, common.ObjToString(mkMap[v1]))
								}
							}
						}
						d.Clear()
					}
					//去重
					ssavekey := make(map[string]bool)
					for _, v := range analyKeys {
						ssavekey[v] = true
					}
					ssavekeys := []string{}
					for k := range ssavekey {
						ssavekeys = append(ssavekeys, k)
					}
					item["s_matchkey"] = GetMactchKey(maths, item)
					item["s_matchtype"] = strings.Join(matchType, ",")
					findwinner := strings.TrimSpace(common.ObjToString(item["winner"]))
					if findwinner != "" {
						finddata, _ := MgoEnps.FindOne(EnpsColl, bson.M{"company_name": findwinner})
						if finddata != nil {
							if legal_person := common.ObjToString((*finddata)["legal_person"]); legal_person != "" {
								item["legal_person"] = legal_person
							}
							if email := common.ObjToString((*finddata)["company_email"]); email != "" {
								item["company_email"] = email
							}
							if phone := common.ObjToString((*finddata)["company_phone"]); phone != "" {
								item["company_phone"] = phone
							}
							//从最新年报中获取 中标单位联系电话、中标单位邮箱
							// if annual_reports, ok := finddata["annual_reports"].(primitive.A); ok && len(annual_reports) > 0 {
							// 	report_year := Sort_year_report(annual_reports) //最新年报
							// 	if len(report_year) > 0 {
							// 		if email := common.ObjToString(report_year["company_email"]); email != "" {
							// 			item["company_email"] = email
							// 		}
							// 		if phone := common.ObjToString(report_year["company_phone"]); phone != "" {
							// 			item["company_phone"] = phone
							// 		}
							// 	}
							// }
							item["qyk"] = finddata
						}
					}
					datas = append(datas, item)

				}
			}
			log.Println("处理完成", len(datas))

			count := searchResult.Hits.TotalHits.Value
			totalCount += count
		} else {
			log.Println(err)
			return err, 0
		}
	}
	Mgo.Update("cuserdepartrule", bson.M{"_id": tags["_id"]}, bson.M{
		"$set": bson.M{
			"i_estotal": totalCount,
		}}, false, false)
	if int64(len(datas)) > i_maxnum {
		datas = datas[:i_maxnum]
	}
	return UtilEsSaveData(sdataid, "", &datas), totalCount

}
func GetTimeInterval(startTime, entTime time.Time, n int) []map[string]interface{} {
	timeList := []map[string]interface{}{}
	endTimeTmp := startTime
	for endTimeTmp.Unix() < entTime.Unix() {
		var endTime_ time.Time
		startTime = endTimeTmp
		endTimeTmp = startTime.AddDate(0, n, 0)
		if endTimeTmp.Unix() > entTime.Unix() {
			endTime_ = entTime
			timeList = append(timeList, map[string]interface{}{"startTime": startTime.Unix(), "endTime": endTime_.Unix()})
			break
		} else {
			endTime_ = endTimeTmp
			timeList = append(timeList, map[string]interface{}{"startTime": startTime.Unix(), "endTime": endTime_.Unix()})
		}
	}
	//log.Println(timeList)
	return timeList
}
func Utiltags(tag map[string]interface{}) string {
	defer common.Catch()
	tmpbyte, _ := json.Marshal(tag)
	tab := models.Tag{}
	err := json.Unmarshal(tmpbyte, &tab)
	if err != nil {
		return "json err:" + err.Error()
	}
	//log.Println("前端数据", tab)
	QueryObjecct := sql.QueryObjecct{}
	ffBoolObject := sql.BoolObject{}
	adsBoolObect := sql.NewEsObject{}
	if tab.Sarea != "" {
		adsBoolObect.Bool.Should = append(adsBoolObect.Bool.Should, sql.AreaCityDistrictMust{AreaCityDistrict: &sql.AreaCityDistrict{Area: strings.Split(tab.Sarea, ",")}})
	}
	if tab.Scity != "" {
		adsBoolObect.Bool.Should = append(adsBoolObect.Bool.Should, sql.AreaCityDistrictMust{AreaCityDistrict: &sql.AreaCityDistrict{City: strings.Split(tab.Scity, ",")}})
	}
	if tab.Sdistrict != "" {
		//城市——区县
		cityds := strings.Split(tab.Sdistrict, ",")
		var ds []string
		for _, v := range cityds {
			ds = append(ds, strings.Split(v, "-")[1])
		}
		adsBoolObect.Bool.Should = append(adsBoolObect.Bool.Should, sql.AreaCityDistrictMust{AreaCityDistrict: &sql.AreaCityDistrict{District: ds}})
	}
	if len(adsBoolObect.Bool.Should) > 0 {
		ffBoolObject.Must = append(ffBoolObject.Must, adsBoolObect)
	}
	if tab.Stoptype != "" || tab.Ssubtype != "" {
		if len(tab.Stoptype) > 0 {
			toptypeSubtype := sql.ToptypeSubtype{}
			toptypeSubtype.Toptype = strings.Split(tab.Stoptype, ",")
			ffBoolObject.Must = append(ffBoolObject.Must, sql.ToptypeSubtypeMust{&toptypeSubtype})
		}
		if len(tab.Ssubtype) > 0 {
			toptypeSubtype := sql.ToptypeSubtype{}
			toptypeSubtype.Subtype = strings.Split(tab.Ssubtype, ",")
			ffBoolObject.Must = append(ffBoolObject.Must, sql.ToptypeSubtypeMust{&toptypeSubtype})
		}
	}
	if tab.Site != "" {
		ffBoolObject.Must = append(ffBoolObject.Must, sql.SiteMust{Site: &sql.Site{Site: strings.Split(tab.Site, ",")}})
	}
	if tab.Istarttime > 0 && tab.Iendtime > 0 {
		ffBoolObject.Must = append(ffBoolObject.Must, sql.PublishtimeMust{PublishtimeObject: &sql.PublishtimeObject{Publishtime: &sql.Publishtime{
			Gte: tab.Istarttime,
			Lt:  tab.Iendtime,
		}}})
	} else if tab.Istarttime > 0 {
		ffBoolObject.Must = append(ffBoolObject.Must, sql.PublishtimeMust{PublishtimeObject: &sql.PublishtimeObject{Publishtime1: &sql.Publishtime1{
			Gte: tab.Istarttime,
		}}})
	} else if tab.Iendtime > 0 {
		ffBoolObject.Must = append(ffBoolObject.Must, sql.PublishtimeMust{PublishtimeObject: &sql.PublishtimeObject{Publishtime2: &sql.Publishtime2{
			Lt: tab.Iendtime,
		}}})
	}
	if tab.Sglobalbuyerclass != "" {
		if len(tab.Sglobalbuyerclass) > 0 {
			buyerclass := sql.BuyerclassObject{
				Terms: struct {
					Buyerclass []string `json:"buyerclass,omitempty"`
				}{
					Buyerclass: strings.Split(tab.Sglobalbuyerclass, ","),
				},
			}
			ffBoolObject.Must = append(ffBoolObject.Must, buyerclass)
		}
	}
	if tab.Sglobaltopscopeclass != "" || tab.Sglobalsubscopeclass != "" {
		if len(tab.Sglobaltopscopeclass) > 0 {
			topScopeclass := sql.Scopeclass{}
			topScopeclass.Globaltopscopeclass = strings.Split(tab.Sglobaltopscopeclass, ",")
			ffBoolObject.Must = append(ffBoolObject.Must, sql.ScopeclassMust{&topScopeclass})
		} else if len(tab.Sglobalsubscopeclass) > 0 {
			subScopeclass := sql.Scopeclass{}
			subScopeclass.Globalsubscopeclass = strings.Split(tab.Sglobalsubscopeclass, ",")
			ffBoolObject.Must = append(ffBoolObject.Must, sql.ScopeclassMust{&subScopeclass})
		}
	}
	fqBoolObject := sql.BoolObject{}
	if len(tab.Sexistfields) > 0 {
		tmpsfields := strings.Split(tab.Sexistfields, ",")
		for _, v := range tmpsfields {
			// fqBoolObject.MustNot = append(fqBoolObject.MustNot, sql.ExistfieldsObjectMust{
			// 	ExistfieldsObject: &sql.ExistfieldsObject{Filter: struct {
			// 		Missing struct {
			// 			Field string `json:"field,omitempty"`
			// 		} `json:"missing,omitempty"`
			// 	}{
			// 		Missing: struct {
			// 			Field string `json:"field,omitempty"`
			// 		}{Field: v},
			// 	},
			// 	},
			// })
			ffBoolObject.Must = append(ffBoolObject.Must, sql.ExistfieldsObjectMust{
				ExistfieldsObject: &sql.ExistfieldsObject{Filter: struct {
					Exists struct {
						Field string `json:"field,omitempty"`
					} `json:"exists,omitempty"`
				}{
					Exists: struct {
						Field string `json:"field,omitempty"`
					}{Field: v},
				},
				},
			})
		}
	}
	newEsObject := sql.NewEsObject{}
	if tab.Sglobaladdkey != "" && tab.Sglobaladdkeymatch != "" {
		if tmps := strsToArr(tab.Sglobaladdkeymatch, "str"); tmps != nil {
			newEsObject = method1(newEsObject, tab.Sglobaladdkey, tab.Sglobaladdkeymatch, tmps)
		}
	}
	if len(newEsObject.Bool.Should) > 0 || len(newEsObject.Bool.MustNot) > 0 || len(newEsObject.Bool.Must) > 0 {
		fqBoolObject.Must = append(fqBoolObject.Must, newEsObject)
	}

	nots := sql.NewEsObject{}
	//
	if tab.ExpurasingtimeStart > 0 && tab.ExpurasingtimeEnd > 0 {
		ffBoolObject.MustNot = append(ffBoolObject.MustNot, sql.ExpurasingtimeMust{ExpurasingtimeObject: &sql.ExpurasingtimeObject{Expurasingtime: &sql.Expurasingtime{
			Gte: tab.ExpurasingtimeStart,
			Lt:  tab.ExpurasingtimeEnd,
		}}})
	} else if tab.ExpurasingtimeStart > 0 {
		ffBoolObject.MustNot = append(ffBoolObject.MustNot, sql.ExpurasingtimeMust{ExpurasingtimeObject: &sql.ExpurasingtimeObject{Expurasingtime1: &sql.Expurasingtime1{
			Gte: tab.ExpurasingtimeStart,
		}}})
	} else if tab.ExpurasingtimeEnd > 0 {
		ffBoolObject.MustNot = append(ffBoolObject.MustNot, sql.ExpurasingtimeMust{ExpurasingtimeObject: &sql.ExpurasingtimeObject{Expurasingtime2: &sql.Expurasingtime2{
			Lt: tab.ExpurasingtimeEnd,
		}}})
	}
	//
	if tab.Sglobalnotkey != "" && tab.Sglobalnotkeymatch != "" {
		if tmps := strsToArr(tab.Sglobalnotkeymatch, "str"); tmps != nil {
			nots = method1(nots, tab.Sglobalnotkey, tab.Sglobalnotkeymatch, tmps)
		}
	}
	if len(nots.Bool.Should) > 0 {
		fqBoolObject.MustNot = append(fqBoolObject.MustNot, nots)
	}
	torules := sql.BoolObject{}
	for _, v := range tab.Orules {
		tmpses := sql.NewEsObject{}
		if skeymatchs := strsToArr(v.Skeymatch, "str"); skeymatchs != nil {
			tmpnewEsObject := sql.NewEsObject{}
			tmpnewEsObject = method1(tmpnewEsObject, v.Smatchkey, v.Skeymatch, skeymatchs)
			if len(tmpnewEsObject.Bool.Should) > 0 || len(tmpnewEsObject.Bool.Must) > 0 || len(tmpnewEsObject.Bool.MustNot) > 0 {
				tmpses.Bool.Must = append(tmpses.Bool.Must, tmpnewEsObject)
			}
		}
		if saddkeymatchs := strsToArr(v.Saddkeymatch, "str"); saddkeymatchs != nil {
			addkeyarr := sql.NewEsObject{}
			addkeyarr = method1(addkeyarr, v.Saddkey, v.Saddkeymatch, saddkeymatchs)
			if len(addkeyarr.Bool.Should) > 0 {
				tmpses.Bool.Must = append(tmpses.Bool.Must, addkeyarr)
			}
		}
		if snotkeymatchs := strsToArr(v.Snotkeymatch, "str"); snotkeymatchs != nil {
			tmpses = method2(tmpses, v.Snotkey, v.Snotkeymatch, snotkeymatchs)
		}
		if len(v.Stopscopeclass) > 0 {
			sArr := strings.Split(v.Stopscopeclass, ",")
			tmpses.Bool.Must = append(tmpses.Bool.Must, sql.TopscopeclassObject{
				Terms: struct {
					Topscopeclass []string `json:"s_topscopeclass,omitempty"`
				}{
					Topscopeclass: sArr,
				},
			})
		} else if len(v.Ssubscopeclass) > 0 {
			tmpses.Bool.Must = append(tmpses.Bool.Must, sql.SubscopeclassObject{
				Terms: struct {
					Subscopeclass []string `json:"s_subscopeclass,omitempty"`
				}{
					Subscopeclass: strings.Split(v.Ssubscopeclass, ","),
				},
			})
		}
		if len(v.Sbuyerclass) > 0 {
			tmpses.Bool.Must = append(tmpses.Bool.Must, sql.BuyerclassObject{
				Terms: struct {
					Buyerclass []string `json:"buyerclass,omitempty"`
				}{
					Buyerclass: strings.Split(v.Sbuyerclass, ","),
				},
			})
		}
		torules.Should = append(torules.Should, tmpses)
	}

	bidamountSql := sql.NewEsObject{}
	if tab.Sbidamount != "" {
		if strings.Contains(tab.Sbidamount, "大于") && strings.Contains(tab.Sbidamount, "小于") {
			arr := strings.Split(tab.Sbidamount, ",")
			limit := &sql.BudgetOrBidamount{
				Gte: common.Float64All(strings.Replace(arr[0], "大于", "", -1)),
				Lt:  common.Float64All(strings.Replace(arr[1], "小于", "", -1)),
			}
			bidamountSql.Bool.Should = append(bidamountSql.Bool.Should, sql.BidamountMust{BidamountObj: &sql.BidamountObj{Bidamount: limit}})
		} else if strings.Contains(tab.Sbidamount, "大于") {
			limit := &sql.BudgetOrBidamount{
				Gte: common.Float64All(strings.Replace(tab.Sbidamount, "大于", "", -1)),
			}
			bidamountSql.Bool.Should = append(bidamountSql.Bool.Should, sql.BidamountMust{BidamountObj: &sql.BidamountObj{Bidamount: limit}})
		} else if strings.Contains(tab.Sbidamount, "小于") {
			limit := &sql.BudgetOrBidamount{
				Lt: common.Float64All(strings.Replace(tab.Sbidamount, "小于", "", -1)),
			}
			bidamountSql.Bool.Should = append(bidamountSql.Bool.Should, sql.BidamountMust{BidamountObj: &sql.BidamountObj{Bidamount: limit}})
		}
		if tab.SbidamountFieldExist == 1 {
			// bidamountSql.Bool.Should = append(bidamountSql.Bool.Should, sql.ExistfieldsObjectMust{
			// 	ExistfieldsObject: &sql.ExistfieldsObject{Filter: struct {
			// 		Missing struct {
			// 			Field string `json:"field,omitempty"`
			// 		} `json:"missing,omitempty"`
			// 	}{
			// 		Missing: struct {
			// 			Field string `json:"field,omitempty"`
			// 		}{Field: "bidamount"},
			// 	},
			// 	},
			// })
			SbidamountFieldExistBool := sql.NewEsObject{}
			SbidamountFieldExistBool.Bool.MustNot = append(SbidamountFieldExistBool.Bool.MustNot, sql.ExistfieldsObjectMust{
				ExistfieldsObject: &sql.ExistfieldsObject{Filter: struct {
					Exists struct {
						Field string `json:"field,omitempty"`
					} `json:"exists,omitempty"`
				}{
					Exists: struct {
						Field string `json:"field,omitempty"`
					}{Field: "bidamount"},
				},
				},
			})
			bidamountSql.Bool.Should = append(bidamountSql.Bool.Should, SbidamountFieldExistBool)
		}
	}

	budgetSql := sql.NewEsObject{}
	if tab.Sbudget != "" {
		if strings.Contains(tab.Sbudget, "大于") && strings.Contains(tab.Sbudget, "小于") {
			arr := strings.Split(tab.Sbudget, ",")
			limit := &sql.BudgetOrBidamount{
				Gte: common.Float64All(strings.Replace(arr[0], "大于", "", -1)),
				Lt:  common.Float64All(strings.Replace(arr[1], "小于", "", -1)),
			}
			budgetSql.Bool.Should = append(budgetSql.Bool.Should, sql.BudgetMust{BudgetObj: &sql.BudgetObj{Budget: limit}})
		} else if strings.Contains(tab.Sbudget, "大于") {
			limit := &sql.BudgetOrBidamount{
				Gte: common.Float64All(strings.Replace(tab.Sbudget, "大于", "", -1)),
			}
			budgetSql.Bool.Should = append(budgetSql.Bool.Should, sql.BudgetMust{BudgetObj: &sql.BudgetObj{Budget: limit}})
		} else if strings.Contains(tab.Sbudget, "小于") {
			limit := &sql.BudgetOrBidamount{
				Lt: common.Float64All(strings.Replace(tab.Sbudget, "小于", "", -1)),
			}
			budgetSql.Bool.Should = append(budgetSql.Bool.Should, sql.BudgetMust{BudgetObj: &sql.BudgetObj{Budget: limit}})
		}
		if tab.SbudgetFieldExist == 1 {
			// budgetSql.Bool.Should = append(budgetSql.Bool.Should, sql.ExistfieldsObjectMust{
			// 	ExistfieldsObject: &sql.ExistfieldsObject{Filter: struct {
			// 		Missing struct {
			// 			Field string `json:"field,omitempty"`
			// 		} `json:"missing,omitempty"`
			// 	}{
			// 		Missing: struct {
			// 			Field string `json:"field,omitempty"`
			// 		}{Field: "budget"},
			// 	},
			// 	},
			// })
			SbudgetFieldExistBool := sql.NewEsObject{}
			SbudgetFieldExistBool.Bool.MustNot = append(SbudgetFieldExistBool.Bool.MustNot, sql.ExistfieldsObjectMust{
				ExistfieldsObject: &sql.ExistfieldsObject{Filter: struct {
					Exists struct {
						Field string `json:"field,omitempty"`
					} `json:"exists,omitempty"`
				}{
					Exists: struct {
						Field string `json:"field,omitempty"`
					}{Field: "budget"},
				},
				},
			})
			budgetSql.Bool.Should = append(budgetSql.Bool.Should, SbudgetFieldExistBool)
		}
	}

	if len(ffBoolObject.Must) > 0 || len(ffBoolObject.MustNot) > 0 || len(ffBoolObject.Should) > 0 {
		// QueryObjecct.Filter = &sql.Filter{}
		QueryObjecct.Bool = &ffBoolObject
	}
	if len(fqBoolObject.Must) > 0 || len(fqBoolObject.MustNot) > 0 || len(fqBoolObject.Should) > 0 {
		if QueryObjecct.Bool == nil {
			QueryObjecct.Bool = &fqBoolObject
		} else {
			if fqBoolObject.Must != nil {
				QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, fqBoolObject.Must...)
			}
			if fqBoolObject.Should != nil {
				QueryObjecct.Bool.Should = append(QueryObjecct.Bool.Should, fqBoolObject.Should...)
			}
			if fqBoolObject.MustNot != nil {
				QueryObjecct.Bool.MustNot = append(QueryObjecct.Bool.MustNot, fqBoolObject.MustNot...)
			}
		}
		if len(torules.Should) > 0 {
			QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, map[string]interface{}{
				"bool": torules,
			})
		}
	} else if len(torules.Should) > 0 {
		if QueryObjecct.Bool == nil {
			// QueryObjecct.Query = &sql.Query{}
			QueryObjecct.Bool = &sql.BoolObject{}
		}
		QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, map[string]interface{}{
			"bool": torules,
		})
	}
	if (len(budgetSql.Bool.Should) > 0 || len(bidamountSql.Bool.Should) > 0) && (len(fqBoolObject.Must) > 0 || len(fqBoolObject.MustNot) > 0 || len(fqBoolObject.Should) > 0) {
		if QueryObjecct.Bool == nil {
			QueryObjecct.Bool = &sql.BoolObject{}
		}
		if len(budgetSql.Bool.Should) > 0 {
			QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, budgetSql)
		}
		if len(bidamountSql.Bool.Should) > 0 {
			QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, bidamountSql)
		}
	} else {
		if QueryObjecct.Bool == nil {
			QueryObjecct.Bool = &sql.BoolObject{}
		}
		if len(budgetSql.Bool.Should) > 0 {
			QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, budgetSql)
		}
		if len(bidamountSql.Bool.Should) > 0 {
			QueryObjecct.Bool.Must = append(QueryObjecct.Bool.Must, bidamountSql)
		}
	}
	rdata := make(map[string]interface{})
	rdata["query"] = QueryObjecct
	esbytes, _ := json.Marshal(rdata)
	esStr := strings.Replace(string(esbytes), "regexp1", "regexp", -1)
	esStr = strings.Replace(esStr, "publishtime1", "publishtime", -1)
	esStr = strings.Replace(esStr, "publishtime2", "publishtime", -1)
	esStr = strings.Replace(esStr, "expurasingtime1", "expurasingtime", -1)
	esStr = strings.Replace(esStr, "expurasingtime2", "expurasingtime", -1)
	return strings.Replace(esStr, "regexp2", "regexp", -1)
}

func strsToArr(strs string, typestr string) []string {
	if len(strs) > 0 {
		tmps := strings.Split(strs, ",")
		switch typestr {
		case "str":
			for index, vint := range tmps {
				switch vint {
				case TitleMatchType:
					tmps[index] = TitleMatchTypeStr
				case DetailMatchType:
					tmps[index] = DetailMatchTypeStr
				case PurchasingMatchType:
					tmps[index] = PurchasingMatchTypeStr
				case AttachmentsMatchType:
					tmps[index] = AttachmentsMatchTypeStr
				case ProjectnameMatchType:
					tmps[index] = ProjectnameMatchTypeStr
				case BuyerMatchType:
					tmps[index] = BuyerMatchTypeStr
				case SWinnerMatchType:
					tmps[index] = SWinnerMatchTypeStr
				case BuyerMatchType1:
					tmps[index] = BuyerRegexpMatchTypeStr
				case SWinnerMatchType1:
					tmps[index] = SWinnerRegexpMatchTypeStr
				case ProjectnameMatchTypes:
					tmps[index] = ProjectnameMatchTypesField
				case ProjectscopeMatchTypes:
					tmps[index] = ProjectscopeMatchTypesField
				case BuyerMatchTypes:
					tmps[index] = BuyerMatchTypesField
				}
			}
			return tmps
		case "field":
			for index, vint := range tmps {
				switch vint {
				case TitleMatchType:
					tmps[index] = TitleMatchTypeField
				case DetailMatchType:
					tmps[index] = DetailMatchTypeField
				case PurchasingMatchType:
					tmps[index] = PurchasingMatchTypeField
				case AttachmentsMatchType:
					tmps[index] = AttachmentsMatchTypeField
				case ProjectnameMatchType:
					tmps[index] = ProjectnameMatchTypeField
				case BuyerMatchType:
					tmps[index] = BuyerMatchTypeField
				case SWinnerMatchType:
					tmps[index] = SWinnerMatchTypeField
				case BuyerMatchType1:
					tmps[index] = BuyerMatchTypeField
				case SWinnerMatchType1:
					tmps[index] = SWinnerMatchTypeField
				case ProjectnameMatchTypes:
					tmps[index] = ProjectnameMatchTypesField
				case ProjectscopeMatchTypes:
					tmps[index] = ProjectscopeMatchTypesField
				case BuyerMatchTypes:
					tmps[index] = BuyerMatchTypesField
				}
			}
			return tmps
		}
	}
	return nil
}
func init() {
	EsIndex = common.ObjToString(Sysconfig["elasticsearch_index"])
	EsType = common.ObjToString(Sysconfig["elasticsearch_type"])
}

func method1(newEsObject sql.NewEsObject, keyword, keymatch string, tmps []string) sql.NewEsObject {
	keywordArr := []string{}
	for _, vv := range strings.Split(keyword, ",") {
		if vv == "" {
			continue
		}
		//log.Println(vv, tmps, keymatch)
		if len(tmps) == 1 && (strings.Contains(keymatch, "8") || strings.Contains(keymatch, "9")) {
			//中标单位、采购单位、中标单位(正则)、采购单位(正则)    单选
			strs := ""
			if strings.Contains(vv, "&&") {
				//strs = ".*" + strings.Replace(vv, "&&", ".*", -1) + ".*"
				strs = strings.Replace(vv, "&&", ".*", -1)
			} else {
				strs = vv
			}
			if tmps[0] == "buyer.mbuyer" {
				newEsObject.Bool.Should = append(newEsObject.Bool.Should, sql.ShouldObj{
					MultiMatch: &sql.MultiMatch{
						Query:  strs,
						Type:   MultiMatchType,
						Fields: tmps,
					},
				})
			} else if tmps[0] == "s_winner.mwinner" {
				newEsObject.Bool.Should = append(newEsObject.Bool.Should, sql.ShouldObj{
					MultiMatch: &sql.MultiMatch{
						Query:  strs,
						Type:   MultiMatchType,
						Fields: tmps,
					},
				})
			}
		} else if len(tmps) == 1 && (strings.Contains(keymatch, "6") || strings.Contains(keymatch, "7")) {
			addkeylines := strings.Split(vv, "&&")
			keywordArr = append(keywordArr, addkeylines[0])
		} else {
			addkeylines := strings.Split(vv, "&&")
			//log.Println(addkeylines, "addkeylines")
			if len(addkeylines) > 1 {
				addkeyline := sql.NewEsObject{}
				for _, vvv := range addkeylines {
					if vvv == "" {
						continue
					}
					addkeyline.Bool.Must = append(addkeyline.Bool.Must, sql.ShouldObj{
						MultiMatch: &sql.MultiMatch{
							Query:  vvv,
							Type:   MultiMatchType,
							Fields: tmps,
						},
					})
				}
				if len(addkeyline.Bool.Must) > 0 {
					newEsObject.Bool.Should = append(newEsObject.Bool.Should, addkeyline)
				}
			} else {
				newEsObject.Bool.Should = append(newEsObject.Bool.Should, sql.ShouldObj{
					MultiMatch: &sql.MultiMatch{
						Query:  vv,
						Type:   MultiMatchType,
						Fields: tmps,
					},
				})
			}
		}
	}
	if len(tmps) == 1 && (strings.Contains(keymatch, "6") || strings.Contains(keymatch, "7")) {
		addkeyline := sql.NewEsObject{}
		if tmps[0] == "buyer" {
			addkeyline.Bool.Must = append(addkeyline.Bool.Must, sql.BuyerMatch{
				Buyer: &sql.Buyer{Buyer: keywordArr},
			})
		} else if tmps[0] == "s_winner" {
			addkeyline.Bool.Must = append(addkeyline.Bool.Must, sql.WinnerMatch{
				Winner: &sql.Winner{Winner: keywordArr},
			})
		}
		if len(addkeyline.Bool.Must) > 0 {
			newEsObject.Bool.Should = append(newEsObject.Bool.Should, addkeyline)
		}
	}
	return newEsObject
}

func method2(newEsObject sql.NewEsObject, keyword, keymatch string, tmps []string) sql.NewEsObject {
	notKeyWordArr := []string{}
	for _, vv := range strings.Split(keyword, ",") {
		if vv == "" {
			continue
		}
		if len(tmps) == 1 && (strings.Contains(keymatch, "8") || strings.Contains(keymatch, "9")) {
			//中标单位、采购单位、中标单位(正则)、采购单位(正则)    单选
			//strs := ""
			//if strings.Contains(vv, "&&") {
			//	strs = ".*" + strings.Replace(vv, "&&", ".*", -1) + ".*"
			//} else {
			//	strs = ".*" + vv + ".*"
			//}
			if tmps[0] == "buyer.mbuyer" {
				newEsObject.Bool.MustNot = append(newEsObject.Bool.MustNot, sql.ShouldObj{
					MultiMatch: &sql.MultiMatch{
						Query:  vv,
						Type:   MultiMatchType,
						Fields: tmps,
					},
				})
			} else if tmps[0] == "s_winner.mwinner" {
				newEsObject.Bool.MustNot = append(newEsObject.Bool.MustNot, sql.ShouldObj{
					MultiMatch: &sql.MultiMatch{
						Query:  vv,
						Type:   MultiMatchType,
						Fields: tmps,
					},
				})
			}
		} else if len(tmps) == 1 && (strings.Contains(keymatch, "6") || strings.Contains(keymatch, "7")) {
			notkeylines := strings.Split(vv, "&&")
			notKeyWordArr = append(notKeyWordArr, notkeylines[0])
		} else {
			notkeylines := strings.Split(vv, "&&")
			if len(notkeylines) > 1 {
				notkeyline := sql.NewEsObject{}
				for _, vvv := range notkeylines {
					if vvv == "" {
						continue
					}
					notkeyline.Bool.Must = append(notkeyline.Bool.Must, sql.ShouldObj{
						MultiMatch: &sql.MultiMatch{
							Query:  vvv,
							Type:   MultiMatchType,
							Fields: tmps,
						},
					})
				}
				if len(notkeyline.Bool.Must) > 0 {
					newEsObject.Bool.MustNot = append(newEsObject.Bool.MustNot, notkeyline)
				}
			} else {
				newEsObject.Bool.MustNot = append(newEsObject.Bool.MustNot, sql.ShouldObj{
					MultiMatch: &sql.MultiMatch{
						Query:  vv,
						Type:   MultiMatchType,
						Fields: tmps,
					},
				})
			}
		}
	}
	if len(tmps) == 1 && (strings.Contains(keymatch, "6") || strings.Contains(keymatch, "7")) {
		var notkeyline interface{}
		if tmps[0] == "buyer" {
			notkeyline = sql.BuyerMatch{
				Buyer: &sql.Buyer{Buyer: notKeyWordArr},
			}
		} else if tmps[0] == "s_winner" {
			notkeyline = sql.WinnerMatch{
				Winner: &sql.Winner{Winner: notKeyWordArr},
			}
		}
		if notkeyline != nil {
			newEsObject.Bool.MustNot = append(newEsObject.Bool.MustNot, notkeyline)
		}
	}
	return newEsObject
}

/**
 * 一级公告行业处理 d、t、p
 */
func method3(arr []string) []string {
	var sArr []string
	for _, v := range arr {
		sArr = append(sArr, v+"d")
		sArr = append(sArr, v+"t")
		sArr = append(sArr, v+"p")
	}
	return sArr
}

func GetMactchKey(match []map[string]string, data map[string]interface{}) string {
	keyWord := []string{}
	for _, keys := range match {
		types := keys["s_keymatch"]
		key := keys["s_matchkey"]
		if strings.Contains(types, "1") {
			title := common.ObjToString(data["title"])
			keyWord = KeyWordToData(types, title, key, keyWord)
		}
		if strings.Contains(types, "2") {
			detail := common.ObjToString(data["detail"])
			keyWord = KeyWordToData(types, detail, key, keyWord)
		}
		if strings.Contains(types, "3") {
			purchasing := common.ObjToString(data["purchasing"])
			keyWord = KeyWordToData(types, purchasing, key, keyWord)
		}
		if strings.Contains(types, "4") {
			filetext := common.ObjToString(data["filetext"])
			keyWord = KeyWordToData(types, filetext, key, keyWord)
		}
		if strings.Contains(types, "5") {
			projectname := common.ObjToString(data["projectname"])
			keyWord = KeyWordToData(types, projectname, key, keyWord)
		}
		if strings.Contains(types, "6") || strings.Contains(types, "8") {
			buyer := common.ObjToString(data["buyer"])
			keyWord = KeyWordToData(types, buyer, key, keyWord)
		}
		if strings.Contains(types, "7") || strings.Contains(types, "9") {
			winner := common.ObjToString(data["s_winner"])
			keyWord = KeyWordToData(types, winner, key, keyWord)
		}
	}
	keyMap := map[string]bool{}
	keyArr := []string{}
	for _, key := range keyWord {
		keyMap[key] = true
	}
	for k, _ := range keyMap {
		keyArr = append(keyArr, k)
	}
	return strings.Join(keyArr, ",")
}

func KeyWordToData(types, item, key string, keyWord []string) []string {
	for _, mk := range strings.Split(key, ",") {
		if strings.Contains(mk, "&&") {
			arr := strings.Split(mk, "&&")
			isok := true
			for _, s := range arr {
				if s != "" {
					if !strings.Contains(strings.ToUpper(item), strings.ToUpper(s)) {
						isok = false
					}
				}
			}
			if isok {
				keyWord = append(keyWord, mk)
			}
		} else {
			spaceReg := regexp.MustCompile("[\\s\\n \u3000\u2003\u00a0]+")
			itemUpper := strings.ToUpper(item)
			mkUpper := strings.ToUpper(mk)
			matchResult := strings.Contains(spaceReg.ReplaceAllString(itemUpper, ""), spaceReg.ReplaceAllString(mkUpper, ""))
			if matchResult {
				keyWord = append(keyWord, mk)
			}
		}
	}
	return keyWord
}