application/api/internal/service/network.go

package service

import (
	"context"
	"database/sql"
	"fmt"
	"math"
	"sort"
	"strings"
	"time"

	. "app.yhyue.com/moapp/jybase/common"
	. "app.yhyue.com/moapp/jybase/date"
	"app.yhyue.com/moapp/jybase/encrypt"
	. "app.yhyue.com/moapp/jybase/es"
	. "app.yhyue.com/moapp/jybase/sort"
	. "bp.jydev.jianyu360.cn/CRM/application/api/common"
	"bp.jydev.jianyu360.cn/CRM/application/api/internal/types"
	"github.com/shopspring/decimal"
	"github.com/zeromicro/go-zero/core/logx"
)

var Network = &network{}

type network struct {
}
type networkTree struct {
	Count    int64               `json:"count"`
	Name     string              `json:"name"`
	Children []*networkTreeChild `json:"children"`
}
type networkTreeChild struct {
	Count       int64  `json:"count"`
	Id          int64  `json:"id"`
	CompanyId   string `json:"companyId"`
	CompanyName string `json:"companyName"`
	Type        string `json:"type"`
	CreateTime  string `json:"createTime"`
}

func (n *networkTree) Len() int {
	return len(n.Children)
}

func (n *networkTree) Less(i, j int) bool {
	if n.Name == "甲方" {
		return n.Children[i].CompanyName < n.Children[j].CompanyName
	}
	it, err1 := time.ParseInLocation(Date_Full_Layout, n.Children[i].CreateTime, time.Local)
	if err1 != nil {
		return true
	}
	jt, err2 := time.ParseInLocation(Date_Full_Layout, n.Children[j].CreateTime, time.Local)
	if err2 != nil {
		return true
	}
	return it.Unix() < jt.Unix()
}

func (n *networkTree) Swap(i, j int) {
	n.Children[i], n.Children[j] = n.Children[j], n.Children[i]
}

type projectInfo struct {
	BuyerCount    int64
	ProjectCount  int64
	ProjectAmount float64
	MonitorCount  int64
	ExportId      []string
}
type firstpartyNetwork struct {
	CompanyId   string
	CompanyName string
	Name        string
}
type idName struct {
	Id   string
	Name string
}
type introduceOwnerProject struct {
	Networks          []*myNetwork
	FirstpartyNetwork map[string][]*firstpartyNetwork
	Firstparty        map[string]*projectInfo
	Supplier          map[string]*projectInfo
	Adiffb            map[string]*projectInfo
	Agency            map[string]*projectInfo
	Middleman         map[string]*projectInfo
}
type myNetwork struct {
	Id                int64
	Company_id        string
	Company_name      string
	Qyxy_id           string
	Itype             int64
	Person            string
	Phone             string
	Buyer_count       int64
	Project_count     int64
	Relate_buyer_id   string
	Relate_buyer_name string
	Relate_project_id string
	Create_time       string
}

type nodeTree struct {
	NAME      string
	ID        string
	SZ_PID0   string
	SZ_PID1   string
	SZ_PID2   string
	SZ_PID3   string
	CODE      string
	PCODE     string
	DATACOUNT int64
	SZ_LEVEL  int
	SZ_LEAF   int
	TYPE      string
	MYID      string
	MYTYPE    string
}

type nodeTrees []*nodeTree

func (n *nodeTrees) Len() int {
	return len(*n)
}

func (n *nodeTrees) Less(i, j int) bool {
	if (*n)[i].PCODE == (*n)[j].PCODE {
		return (*n)[i].CODE < (*n)[j].CODE
	}
	return (*n)[i].PCODE < (*n)[j].PCODE
}

func (n *nodeTrees) Swap(i, j int) {
	(*n)[i], (*n)[j] = (*n)[j], (*n)[i]
}

//人脉库-添加/修改人脉
func (n *network) AddOrUpdate(in *types.AddOrUpdateReq) *types.Reply {
	reply := &types.Reply{Data: map[string]interface{}{
		"status": 0,
	}}
	if in.Type != "middleman" && in.Company_id == "" {
		return reply
	}
	if in.Company_name == "" {
		in.Company_name = "未填写"
	}
	nowFormat := NowFormat(Date_Full_Layout)
	var saveIntroduce = func(tx *sql.Tx, cid int64, isUpdate bool) bool {
		if in.Type != "middleman" {
			return true
		} else if in.Introduce_owner_id == "" || in.Introduce_project_id == "" {
			return false
		}
		values := []interface{}{}
		ioi := strings.Split(in.Introduce_owner_id, ",")
		ioqi := strings.Split(in.Introduce_owner_qyxy_id, ",")
		ion := strings.Split(in.Introduce_owner_name, ",")
		if len(ioi) != len(ion) || len(ioi) != len(ioqi) {
			return false
		}
		for k, v := range ioi {
			values = append(values, in.PositionId, in.EntId, in.EntDeptId, in.EntUserId, cid, ioqi[k], v, ion[k], 1, nowFormat)
		}
		ipi := strings.Split(in.Introduce_project_id, ",")
		ipn := strings.Split(in.Introduce_project_name, ",")
		if len(ipi) != len(ipn) {
			return false
		}
		for k, v := range ipi {
			values = append(values, in.PositionId, in.EntId, in.EntDeptId, in.EntUserId, cid, nil, v, ipn[k], 2, nowFormat)
		}
		var r2 int64
		if isUpdate {
			r2 = CrmMysql.UpdateOrDeleteBySqlByTx(tx, `delete from crm.connection_introduce where connection_id=? and position_id=?`, in.Id, in.PositionId)
		}
		r3, _ := CrmMysql.InsertBatchByTx(tx, "crm.connection_introduce", []string{"position_id", "ent_id", "ent_dept_id", "ent_user_id", "connection_id", "qyxy_id", "relate_id", "relate_name", "itype", "create_time"}, values)
		return r2 >= 0 && r3 > 0
	}
	itype := n.TypeStrConvert(in.Type)
	if in.Id > 0 {
		if CrmMysql.ExecTx("更新人脉", func(tx *sql.Tx) bool {
			if in.Company_id != "" {
				count := CrmMysql.CountBySql(`select count(1) as count from crm.connection where position_id=? and company_id=? and itype=? and id<>? and status=1`, in.PositionId, in.Company_id, itype, in.Id)
				if count == -1 {
					return false
				} else if count > 0 {
					reply.Data = map[string]interface{}{
						"status": -1,
					}
					return false
				}
			}
			r1 := CrmMysql.UpdateOrDeleteBySqlByTx(tx, `update crm.connection set company_name=?,company_id=?,contact_person=?,contact_phone=?,update_time=? where id=? and position_id=?`, in.Company_name, in.Company_id, in.Contact_person, in.Contact_phone, nowFormat, in.Id, in.PositionId)
			return r1 >= 0 && saveIntroduce(tx, in.Id, true)
		}) {
			reply.Data = map[string]interface{}{
				"status": 1,
			}
		}
	} else {
		if in.Company_id != "" {
			count := CrmMysql.CountBySql(`select count(1) as count from crm.connection where position_id=? and company_id=? and itype=? and status=1`, in.PositionId, in.Company_id, itype)
			if count == -1 {
				return reply
			} else if count > 0 {
				reply.Data = map[string]interface{}{
					"status": -1,
				}
				return reply
			}
		}
		var r1 int64
		if CrmMysql.ExecTx("新增人脉", func(tx *sql.Tx) bool {
			_, r1 = CrmMysql.InsertBatchByTx(tx, "crm.connection", []string{"position_id", "ent_id", "ent_dept_id", "ent_user_id", "itype", "company_name", "company_id", "qyxy_id", "contact_person", "contact_phone", "status", "create_time", "update_time"}, []interface{}{in.PositionId, in.EntId, in.EntDeptId, in.EntUserId, itype, in.Company_name, in.Company_id, in.Qyxy_id, in.Contact_person, in.Contact_phone, 1, nowFormat, nowFormat})
			return r1 > 0 && saveIntroduce(tx, r1, false)
		}) {
			reply.Data = map[string]interface{}{
				"status": 1,
				"id":     r1,
			}
		}
	}
	return reply
}

//人脉库-业主名称联想
func (n *network) Associate(in *types.AssociateReq) (reply *types.Reply) {
	//类型；firstparty：甲方 supplier：供应商 adiffb：同甲异业 middleman：中间人 middleman_owner：中间人-业主 middleman_project：中间人-项目 agency：招标代理机构
	res := []map[string]string{}
	reply = &types.Reply{Data: res}
	in.Name = strings.TrimSpace(in.Name)
	if in.Name == "" {
		return
	}
	pageSize := 10
	if in.Type == "adiffb" {
		probusfors := NetworkCom.GetMyProbusfor(in.EntAccountId)
		if len(probusfors) > 0 {
			args := []interface{}{in.EntName}
			wh, newArgs := NetworkCom.WhArgs(probusfors)
			args = append(args, newArgs...)
			q := `select DISTINCT winner_id,winner from information.transaction_info where buyer_id in (select buyer_id from information.transaction_info where has(winner, ?) and buyer_id<>'') and hasAny(property_form,[` + wh + `])=0 ORDER BY project_id`
			rows, err := ClickhouseConn.Query(context.Background(), q, args...)
			if err != nil {
				logx.Error(err)
			} else {
				repeat := map[string]bool{}
				ids := []string{}
				for rows.Next() {
					var (
						winner_id []string
						winner    []string
					)
					if err := rows.Scan(&winner_id, &winner); err != nil {
						logx.Error(err)
						continue
					}
					for k, v := range winner {
						if repeat[v] || !strings.Contains(v, in.Name) {
							continue
						}
						repeat[v] = true
						if k >= len(winner_id) {
							continue
						}
						ids = append(ids, winner_id[k])
						res = append(res, map[string]string{
							"company_name": v,
							"company_id":   winner_id[k],
						})
						if len(res) == pageSize {
							break
						}
					}
				}
				rows.Close()
				if err := rows.Err(); err != nil {
					logx.Error(err)
				}
				qyxyId := n.GetQyxyId(ids)
				for _, v := range res {
					v["qyxy_id"] = qyxyId[v["company_id"]]
				}
			}
		}
	} else {
		must := []string{fmt.Sprintf(`{"multi_match":{"query":"%s","type":"phrase","fields":["company_name"]}}`, in.Name)}
		switch in.Type {
		case "firstparty":
			must = append(must, fmt.Sprintf(`{"terms":{"company_label":["%s"]}}`, strings.Join(NetworkCom.GetEntTagSeat(2), `","`)))
			must = append(must, `{"terms":{"company_unit_type":[1,2]}}`)
		case "supplier":
			must = append(must, fmt.Sprintf(`{"terms":{"company_label":["%s"]}}`, strings.Join(NetworkCom.GetEntTagSeat(2), `","`)))
			must = append(must, `{"term":{"company_unit_type":3}}`)
		case "middleman_owner":
			must = append(must, `{"terms":{"company_unit_type":[1,2]}}`)
		case "agency":
			must = append(must, `{"term":{"company_unit_type":4}}`)
		}
		q := fmt.Sprintf(`{"query":{"bool":{"must":[%s]}},"size":%d,"_source":["id","company_id","company_name"]}`, strings.Join(must, ","), pageSize)
		logx.Info("人脉库-业主名称联想", q)
		datas := VarEs.Get("ent_info", "ent_info", q)
		if datas != nil {
			for _, v := range *datas {
				res = append(res, map[string]string{
					"company_name": ObjToString(v["company_name"]),
					"company_id":   ObjToString(v["id"]),
					"qyxy_id":      ObjToString(v["company_id"]),
				})
			}
		}
	}
	reply.Data = res
	return
}

//人脉库-全部人脉项目
func (n *network) AllProject(in *types.AllprojectReq) (reply *types.Reply) {
	reply = &types.Reply{}
	probusfors := NetworkCom.GetMyProbusfor(in.EntAccountId)
	var count int64
	var list []*networkTree
	firstpartyChild := map[string][]*firstpartyNetwork{}
	if in.Id != "" {
		if in.Type == "firstparty" {
			fpn := n.FirstpartyNetwork(in.Name, []string{in.Id})
			if fpn[in.Id] != nil {
				firstparty := n.Introduce_Firstparty(fpn, map[string]bool{}, probusfors)
				nameIndex := map[string]int{}
				for _, v := range fpn[in.Id] {
					if _, ok := nameIndex[v.Name]; !ok {
						nameIndex[v.Name] = len(list)
						list = append(list, &networkTree{
							Name: v.Name,
						})
					}
					ntc := &networkTreeChild{
						CompanyName: v.CompanyName,
						CompanyId:   v.CompanyId,
						Type:        "firstparty",
					}
					if firstparty[v.CompanyId] != nil {
						ntc.Count = firstparty[v.CompanyId].ProjectCount
					}
					count++
					list[nameIndex[v.Name]].Count += ntc.Count
					list[nameIndex[v.Name]].Children = append(list[nameIndex[v.Name]].Children, ntc)
				}
			}
		}
	} else {
		args := []interface{}{in.PositionId, in.PositionId, in.PositionId}
		sqlAppend1 := ""
		if in.Name != "" {
			sqlAppend1 += ` and a.company_name like ?`
			args = append(args, "%"+in.Name+"%")
		}
		aio := n.AllIntroduceOwner(sqlAppend1, "", args, true, probusfors, map[string]bool{})
		firstpartyChild = aio.FirstpartyNetwork
		list = []*networkTree{
			&networkTree{
				Name:     "甲方",
				Children: []*networkTreeChild{},
			},
			&networkTree{
				Name:     "供应商",
				Children: []*networkTreeChild{},
			},
			&networkTree{
				Name:     "同甲异业渠道",
				Children: []*networkTreeChild{},
			},
			&networkTree{
				Name:     "中间人",
				Children: []*networkTreeChild{},
			},
			&networkTree{
				Name:     "招标代理",
				Children: []*networkTreeChild{},
			},
		}
		//
		for _, v := range aio.Networks {
			if v.Itype <= 0 || v.Itype > int64(len(list)) {
				return
			}
			ntc := &networkTreeChild{
				Id:          v.Id,
				CompanyName: v.Company_name,
				CompanyId:   v.Company_id,
				Type:        n.TypeIntConvert(v.Itype),
				CreateTime:  v.Create_time,
			}
			switch v.Itype {
			case 1:
				if aio.Firstparty[v.Company_id] != nil {
					ntc.Count = aio.Firstparty[v.Company_id].ProjectCount
				}
			case 2:
				if aio.Supplier[v.Company_id] != nil {
					ntc.Count = aio.Supplier[v.Company_id].ProjectCount
				}
			case 3:
				if aio.Adiffb[v.Company_id] != nil {
					ntc.Count = aio.Adiffb[v.Company_id].ProjectCount
				}
			case 4:
				if v.Relate_project_id != "" {
					for _, v := range strings.Split(v.Relate_project_id, ",") {
						if aio.Middleman[v] != nil {
							ntc.Count++
						}
					}
				}
			case 5:
				if aio.Agency[v.Company_id] != nil {
					ntc.Count = aio.Agency[v.Company_id].ProjectCount
				}
			}
			count += ntc.Count
			list[v.Itype-1].Count += ntc.Count
			list[v.Itype-1].Children = append(list[v.Itype-1].Children, ntc)
		}
	}
	parentConvList := &nodeTrees{}
	convList := &nodeTrees{}
	for _, v := range list {
		pm := &nodeTree{
			CODE:      v.Name,
			NAME:      v.Name,
			SZ_PID0:   v.Name,
			SZ_LEVEL:  0,
			DATACOUNT: 0,
		}
		if len(v.Children) > 0 {
			pm.SZ_LEAF = 0
		} else {
			pm.SZ_LEAF = 1
		}
		sort.Sort(v)
		id, pType, pMyType, pMyId := "", "", "", ""
		for _, vv := range v.Children {
			myId := vv.CompanyId
			if vv.Type == "middleman" {
				myId = fmt.Sprint(vv.Id)
			}
			if pMyId != "" {
				pMyId += ","
			}
			pMyId += myId
			if pMyType != "" {
				pMyType += ","
			}
			pMyType += vv.Type
			myChildIds, myChildTypes := "", ""
			if in.Id == "" && v.Name == "甲方" {
				cccNodes := []*nodeTree{}
				cccIndexMap := map[string]int{}
				for _, vvv := range firstpartyChild[vv.CompanyId] {
					cccIndex, cccOk := cccIndexMap[vvv.Name]
					if cccOk {
						cccNodes[cccIndex].ID += "," + vvv.CompanyId
						cccNodes[cccIndex].MYID += "," + vvv.CompanyId
						cccNodes[cccIndex].TYPE += ",firstparty"
						cccNodes[cccIndex].MYTYPE += ",firstparty"
					} else {
						cccNodes = append(cccNodes, &nodeTree{
							NAME:     vvv.Name,
							ID:       vvv.CompanyId,
							SZ_PID0:  v.Name,
							SZ_PID1:  v.Name + ":" + myId,
							SZ_PID2:  v.Name + ":" + myId + ":" + vvv.Name,
							CODE:     v.Name + ":" + myId + ":" + vvv.Name,
							PCODE:    v.Name + ":" + myId,
							SZ_LEVEL: 2,
							SZ_LEAF:  0,
							TYPE:     "firstparty",
							MYID:     vvv.CompanyId,
							MYTYPE:   "firstparty",
						})
						cccIndexMap[vvv.Name] = len(cccNodes) - 1
					}
					if id != "" {
						id += ","
					}
					id += vvv.CompanyId
					if pType != "" {
						pType += ","
					}
					pType += vv.Type
					if myChildIds != "" {
						myChildIds += ","
					}
					myChildIds += vvv.CompanyId
					if myChildTypes != "" {
						myChildTypes += ","
					}
					myChildTypes += vv.Type
					*convList = append(*convList, &nodeTree{
						NAME:     vvv.CompanyName,
						ID:       vvv.CompanyId,
						SZ_PID0:  v.Name,
						SZ_PID1:  v.Name + ":" + myId,
						SZ_PID2:  cccNodes[cccIndex].SZ_PID2,
						SZ_PID3:  v.Name + ":" + myId + ":" + vvv.Name + ":" + vvv.CompanyId,
						CODE:     v.Name + ":" + myId + ":" + vvv.Name + ":" + vvv.CompanyId,
						PCODE:    cccNodes[cccIndex].CODE,
						SZ_LEVEL: 3,
						SZ_LEAF:  1,
						TYPE:     "firstparty",
						MYID:     vvv.CompanyId,
						MYTYPE:   "firstparty",
					})
				}
				for _, cccNode := range cccNodes {
					*convList = append(*convList, cccNode)
				}
			} else {
				if id != "" {
					id += ","
				}
				id += myId
				if pType != "" {
					pType += ","
				}
				pType += vv.Type
				myChildIds = myId
				myChildTypes = vv.Type
			}
			cm := &nodeTree{
				NAME:      vv.CompanyName,
				ID:        myChildIds,
				SZ_PID0:   v.Name,
				SZ_PID1:   v.Name + ":" + myId,
				CODE:      v.Name + ":" + myId,
				PCODE:     v.Name,
				DATACOUNT: vv.Count,
				SZ_LEVEL:  1,
				SZ_LEAF:   If(myChildIds == "", 1, 0).(int),
				TYPE:      myChildTypes,
				MYID:      myId,
				MYTYPE:    vv.Type,
			}
			*convList = append(*convList, cm)
		}
		pm.ID = id
		pm.TYPE = pType
		pm.MYTYPE = pMyType
		pm.MYID = pMyId
		*parentConvList = append(*parentConvList, pm)
	}
	sort.Sort(convList)
	*parentConvList = append(*parentConvList, *convList...)
	reply = &types.Reply{
		Data: map[string]interface{}{
			"count": count,
			"list":  parentConvList,
		},
	}
	return reply
}

//人脉库-列表
func (n *network) List(in *types.NetWorkListReq) *types.Reply {
	if in.Page_size <= 0 {
		in.Page_size = 10
	}
	if in.Current_page <= 0 {
		in.Current_page = 1
	}
	dbPaging := in.Buyercount_start == 0 && in.Buyercount_end == 0 && in.Monitor == 0 && in.Monitorcount_start == 0 && in.Monitorcount_end == 0 && in.Project_matchme == 0 && in.Order_amount == 0
	sqlAppendArgs := []interface{}{}
	sqlAppend1 := ""
	if dbPaging && in.Type != "" {
		sqlAppend1 += ` and a.itype=?`
		sqlAppendArgs = append(sqlAppendArgs, n.TypeStrConvert(in.Type))
	}
	comSqlAppend := ""
	comSqlArgs := []interface{}{}
	if in.Starttime != "" {
		comSqlAppend += ` and a.create_time>=?`
		comSqlArgs = append(comSqlArgs, in.Starttime+" 00:00:00")
	}
	if in.Endtime != "" {
		comSqlAppend += ` and a.create_time<=?`
		if in.Starttime == in.Endtime {
			in.Endtime += " 23:59:59"
		} else {
			in.Endtime += " 00:00:00"
		}
		comSqlArgs = append(comSqlArgs, in.Endtime)
	}
	if in.Name != "" {
		comSqlAppend += ` and a.company_name like ?`
		comSqlArgs = append(comSqlArgs, "%"+in.Name+"%")
	}
	sqlAppend1 += comSqlAppend
	sqlAppendArgs = append(sqlAppendArgs, comSqlArgs...)
	var count int64
	start := (in.Current_page - 1) * in.Page_size
	args := []interface{}{in.PositionId, in.PositionId, in.PositionId}
	args = append(args, sqlAppendArgs...)
	sqlAppend2 := ""
	firstparty_count, supplier_count, adiffb_count, middleman_count, agency_count := 0, 0, 0, 0, 0
	if dbPaging {
		newArgs := []interface{}{in.PositionId}
		newArgs = append(newArgs, sqlAppendArgs...)
		count = CrmMysql.CountBySql(`select count(1) as count from crm.connection a where a.position_id=?`+sqlAppend1, newArgs...)
		sqlAppend2 = ` limit ?,?`
		args = append(args, start, in.Page_size)
		itemArgs := []interface{}{in.PositionId}
		itemArgs = append(itemArgs, comSqlArgs...)
		items := CrmMysql.SelectBySql(`SELECT itype,SUM(1) AS sum FROM crm.connection a WHERE a.position_id=?`+comSqlAppend+` GROUP BY a.itype`, itemArgs...)
		if items != nil {
			for _, v := range *items {
				switch Int64All(v["itype"]) {
				case 1:
					firstparty_count = IntAll(v["sum"])
				case 2:
					supplier_count = IntAll(v["sum"])
				case 3:
					adiffb_count = IntAll(v["sum"])
				case 4:
					middleman_count = IntAll(v["sum"])
				case 5:
					agency_count = IntAll(v["sum"])
				}
			}
		}
	}
	//
	list := []*map[string]interface{}{}
	isTjProject := true
	probusfors := []string{}
	if in.Project_matchme == 1 {
		probusfors = NetworkCom.GetMyProbusfor(in.EntAccountId)
		if len(probusfors) == 0 {
			isTjProject = false
		}
	}
	if isTjProject {
		entMonitor := NetworkCom.EntMonitor(in.UserId)
		aio := n.AllIntroduceOwner(sqlAppend1, sqlAppend2, args, isTjProject, probusfors, entMonitor)
		for _, v := range aio.Networks {
			itype := ""
			buyer_count, project_count, expect_amount, monitor_count := int64(0), int64(0), float64(0), int64(0)
			export_id := []string{}
			jump_type, jump_id := "", ""
			switch v.Itype {
			case 1:
				itype = "甲方"
				jump_type = "firstparty"
				for _, vv := range aio.FirstpartyNetwork[v.Company_id] {
					if jump_id != "" {
						jump_id += ","
					}
					jump_id += vv.CompanyId
				}
				if aio.Firstparty[v.Company_id] != nil {
					buyer_count = aio.Firstparty[v.Company_id].BuyerCount
					project_count = aio.Firstparty[v.Company_id].ProjectCount
					expect_amount = aio.Firstparty[v.Company_id].ProjectAmount
					monitor_count = aio.Firstparty[v.Company_id].MonitorCount
					export_id = aio.Firstparty[v.Company_id].ExportId
				}
			case 2:
				itype = "供应商"
				jump_type = "supplier"
				jump_id = v.Company_id
				if aio.Supplier[v.Company_id] != nil {
					buyer_count = aio.Supplier[v.Company_id].BuyerCount
					project_count = aio.Supplier[v.Company_id].ProjectCount
					expect_amount = aio.Supplier[v.Company_id].ProjectAmount
					monitor_count = aio.Supplier[v.Company_id].MonitorCount
					export_id = aio.Supplier[v.Company_id].ExportId
				}
			case 3:
				itype = "同甲异业渠道"
				jump_type = "adiffb"
				jump_id = v.Company_id
				if aio.Adiffb[v.Company_id] != nil {
					buyer_count = aio.Adiffb[v.Company_id].BuyerCount
					project_count = aio.Adiffb[v.Company_id].ProjectCount
					expect_amount = aio.Adiffb[v.Company_id].ProjectAmount
					monitor_count = aio.Adiffb[v.Company_id].MonitorCount
					export_id = aio.Adiffb[v.Company_id].ExportId
				}
			case 4:
				itype = "中间人"
				jump_type = "middleman"
				jump_id = fmt.Sprint(v.Id)
				buyer_count = v.Buyer_count
				if v.Relate_buyer_name != "" {
					for _, v := range strings.Split(v.Relate_buyer_name, ",") {
						if v == "" {
							continue
						}
						if entMonitor[v] {
							monitor_count++
						}
					}
				}
				if v.Relate_project_id != "" {
					export_id = strings.Split(v.Relate_project_id, ",")
					for _, v := range export_id {
						if aio.Middleman[v] != nil {
							project_count++
							expect_amount += aio.Middleman[v].ProjectAmount
						}
					}
				}
			case 5:
				itype = "招标代理机构"
				jump_type = "agency"
				jump_id = v.Company_id
				if aio.Agency[v.Company_id] != nil {
					buyer_count = aio.Agency[v.Company_id].BuyerCount
					project_count = aio.Agency[v.Company_id].ProjectCount
					expect_amount = aio.Agency[v.Company_id].ProjectAmount
					monitor_count = aio.Agency[v.Company_id].MonitorCount
					export_id = aio.Agency[v.Company_id].ExportId
				}
			}
			if buyer_count < in.Buyercount_start {
				continue
			} else if in.Buyercount_end > 0 && buyer_count > in.Buyercount_end {
				continue
			} else if in.Monitor == 1 && monitor_count <= 0 {
				continue
			} else if in.Monitor == -1 && monitor_count > 0 {
				continue
			} else if monitor_count < in.Monitorcount_start {
				continue
			} else if in.Monitorcount_end > 0 && monitor_count > in.Monitorcount_end {
				continue
			} else if in.Project_matchme == 1 && project_count == 0 {
				continue
			}
			if !dbPaging {
				switch v.Itype {
				case 1:
					firstparty_count++
				case 2:
					supplier_count++
				case 3:
					adiffb_count++
				case 4:
					middleman_count++
				case 5:
					agency_count++
				}
				if in.Type != "" && n.TypeStrConvert(in.Type) != v.Itype {
					continue
				}
			}
			export_url := ""
			if len(export_id) > 0 {
				exportIdRepeat := map[string]bool{}
				exportId := ""
				for _, v := range export_id {
					if exportIdRepeat[v] {
						continue
					}
					exportIdRepeat[v] = true
					if exportId != "" {
						exportId += ","
					}
					exportId += v
				}
				export_url = "/subscribepay/network/projectExport?export_id=" + encrypt.SE.EncodeStringByCheck(exportId)
			}
			url := ""
			if v.Qyxy_id != "" && (jump_type == "supplier" || jump_type == "adiffb") {
				url = "/swordfish/page_big_pc/ent_portrait/" + encrypt.EncodeArticleId2ByCheck(v.Qyxy_id)
			} else if jump_type == "firstparty" && v.Company_name != "" {
				url = "/swordfish/page_big_pc/unit_portrayal/" + v.Company_name
			}
			list = append(list, &map[string]interface{}{
				"company_id":    v.Company_id,
				"company_name":  v.Company_name,
				"type":          itype,
				"jump_type":     jump_type,
				"jump_id":       jump_id,
				"person":        v.Person,
				"phone":         v.Phone,
				"buyer_count":   buyer_count,
				"monitor_count": monitor_count,
				"expect_amount": RetainDecimal(expect_amount/10000, 2),
				"project_count": project_count,
				"create_time":   v.Create_time,
				"export_url":    export_url,
				"url":           url,
				"id":            v.Id,
			})
		}
	}
	csList := &ComSortList{
		SortKeys: []*ComSortKey{
			&ComSortKey{
				Keys:  []string{"expect_amount"},
				Order: 1,
				Type:  "float",
			},
		},
		List: list,
	}
	if in.Order_amount == -1 {
		csList.SortKeys[0].Order = -1
	}
	if in.Order_amount != 0 {
		sort.Sort(csList)
	}
	finalList := []*map[string]interface{}{}
	if !dbPaging {
		count = int64(len(csList.List))
		if count > 0 && start < count {
			end := start + in.Page_size
			if end > count {
				end = count
			}
			finalList = csList.List[start:end]
		}
	} else {
		finalList = csList.List
	}
	total_page := int64(math.Ceil(float64(count) / float64(in.Page_size)))
	return &types.Reply{
		Data: map[string]interface{}{
			"count":            count,
			"total_page":       total_page,
			"firstparty_count": firstparty_count,
			"supplier_count":   supplier_count,
			"adiffb_count":     adiffb_count,
			"middleman_count":  middleman_count,
			"agency_count":     agency_count,
			"list":             finalList,
		},
	}
}

//
func (n *network) FirstpartyNetwork(name string, values []string) map[string][]*firstpartyNetwork {
	result := map[string][]*firstpartyNetwork{}
	if len(values) == 0 {
		return result
	}
	wh, args := NetworkCom.WhArgs(values)
	q := `select DISTINCT a.a_id,a.b_id as company_id,a.b_name as company_name,b.name from information.ent_map_code a 
				inner join information.ent_code b on (a.a_id in (` + wh + `) and b.pcode in ('0100','0200') and a.code=b.code)`
	if name != "" {
		q += ` where c.company_name like ?`
		args = append(args, "%"+name+"%")
	}
	q += ` order by b.name,a.a_id,a.b_name`
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
		return result
	}
	for rows.Next() {
		var (
			a_id         string
			company_id   string
			company_name string
			name         string
		)
		if err := rows.Scan(&a_id, &company_id, &company_name, &name); err != nil {
			logx.Error(err)
			continue
		}
		if company_id == "" || company_name == "" {
			continue
		}
		result[a_id] = append(result[a_id], &firstpartyNetwork{
			CompanyId:   company_id,
			CompanyName: company_name,
			Name:        name,
		})
	}
	return result
}

//
func (n *network) Introduce_Firstparty(fpn map[string][]*firstpartyNetwork, entMonitor map[string]bool, probusfors []string) map[string]*projectInfo {
	values := []string{}
	vm := map[string]*projectInfo{}
	for _, v := range fpn {
		for _, vv := range v {
			vm[vv.CompanyId] = &projectInfo{}
			values = append(values, vv.CompanyId)
		}
	}
	result := map[string]*projectInfo{}
	if len(values) == 0 {
		return result
	}
	wh, args := NetworkCom.WhArgs(values)
	q := `select buyer_id,count(project_id) AS project_count,sum(project_money) AS project_amount,groupUniqArray(project_id) from information.transaction_info where buyer_id in (` + wh + `)`
	if len(probusfors) > 0 {
		newWh, newArgs := NetworkCom.WhArgs(probusfors)
		q += ` and hasAny(property_form,[` + newWh + `])`
		args = append(args, newArgs...)
	}
	q += ` group by buyer_id`
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
		return nil
	}
	for rows.Next() {
		var (
			buyer_id       string
			project_count  uint64
			project_amount decimal.Decimal
			project_id     []string
		)
		if err := rows.Scan(&buyer_id, &project_count, &project_amount, &project_id); err != nil {
			logx.Error(err)
			continue
		}
		if vm[buyer_id] == nil {
			continue
		}
		vm[buyer_id].ProjectCount += int64(project_count)
		pf, _ := project_amount.Float64()
		vm[buyer_id].ProjectAmount += pf
		vm[buyer_id].ExportId = project_id
	}
	rows.Close()
	if err := rows.Err(); err != nil {
		logx.Error(err)
	}
	for k, v := range fpn {
		if result[k] == nil {
			result[k] = &projectInfo{}
		}
		result[k].BuyerCount = int64(len(v))
		for _, vv := range v {
			if entMonitor[vv.CompanyName] {
				result[k].MonitorCount++
			}
			if vm[vv.CompanyId] == nil {
				continue
			}
			result[k].ProjectCount += vm[vv.CompanyId].ProjectCount
			result[k].ProjectAmount += vm[vv.CompanyId].ProjectAmount
			result[k].ExportId = append(result[k].ExportId, vm[vv.CompanyId].ExportId...)
		}
	}
	return result
}

//
func (n *network) Introduce_Supplier(values []string, entMonitor map[string]bool, probusfors []string) map[string]*projectInfo {
	if len(values) == 0 {
		return map[string]*projectInfo{}
	}
	wh, args := NetworkCom.WhArgs(values)
	vbs := map[string][]*idName{}
	repeat := map[string]bool{}
	whRepeat := map[string]map[string]bool{}
	buyers := []string{}
	q := `select winner_id,buyer_id,buyer from information.transaction_info where hasAny(winner_id,[` + wh + `])`
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
	} else {
		for rows.Next() {
			var (
				winner_id []string
				buyer_id  string
				buyer     string
			)
			if err := rows.Scan(&winner_id, &buyer_id, &buyer); err != nil {
				logx.Error(err)
				continue
			}
			if buyer_id == "" || buyer == "" {
				continue
			}
			if !repeat[buyer_id] {
				repeat[buyer_id] = true
				buyers = append(buyers, buyer_id)
			}
			for _, v := range winner_id {
				if whRepeat[v] != nil && whRepeat[v][buyer_id] {
					continue
				}
				if whRepeat[v] == nil {
					whRepeat[v] = map[string]bool{}
				}
				whRepeat[v][buyer_id] = true
				vbs[v] = append(vbs[v], &idName{
					Id:   buyer_id,
					Name: buyer,
				})
			}
		}
		rows.Close()
		if err := rows.Err(); err != nil {
			logx.Error(err)
		}
	}
	return n.MakeProjectInfo(buyers, vbs, probusfors, entMonitor)
}

//
func (n *network) Introduce_Agency(values []string, entMonitor map[string]bool, probusfors []string) map[string]*projectInfo {
	if len(values) == 0 {
		return map[string]*projectInfo{}
	}
	wh, args := NetworkCom.WhArgs(values)
	q := `select DISTINCT agency_id,buyer_id,buyer from information.transaction_info where agency_id in (` + wh + `)`
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
		return nil
	}
	vbs := map[string][]*idName{}
	buyers := []string{}
	repeat := map[string]bool{}
	for rows.Next() {
		var (
			agency_id string
			buyer_id  string
			buyer     string
		)
		if err := rows.Scan(&agency_id, &buyer_id, &buyer); err != nil {
			logx.Error(err)
			continue
		}
		if buyer_id == "" || buyer == "" {
			continue
		}
		vbs[agency_id] = append(vbs[agency_id], &idName{
			Id:   buyer_id,
			Name: buyer,
		})
		if !repeat[buyer_id] {
			repeat[buyer_id] = true
			buyers = append(buyers, buyer_id)
		}
	}
	rows.Close()
	if err := rows.Err(); err != nil {
		logx.Error(err)
	}
	return n.MakeProjectInfo(buyers, vbs, probusfors, entMonitor)
}

//
func (n *network) Introduce_Middleman(values []string, entMonitor map[string]bool, probusfors []string) map[string]*projectInfo {
	result := map[string]*projectInfo{}
	if len(values) == 0 {
		return result
	}
	wh, args := NetworkCom.WhArgs(values)
	q := `select DISTINCT project_id,project_money from information.transaction_info where project_id in (` + wh + `)`
	if len(probusfors) > 0 {
		newWh, newArgs := NetworkCom.WhArgs(probusfors)
		q += ` and hasAny(property_form,[` + newWh + `])`
		args = append(args, newArgs...)
	}
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
		return nil
	}
	for rows.Next() {
		var (
			project_id    string
			project_money decimal.Decimal
		)
		if err := rows.Scan(&project_id, &project_money); err != nil {
			logx.Error(err)
			continue
		}
		pf, _ := project_money.Float64()
		result[project_id] = &projectInfo{
			ProjectAmount: pf,
		}
	}
	rows.Close()
	if err := rows.Err(); err != nil {
		logx.Error(err)
	}
	return result
}

//
func (n *network) TypeStrConvert(itype string) int64 {
	//firstparty：甲方 supplier：供应商 adiffb：同甲异业 middleman：中间人 agency：招标代理机构
	switch itype {
	case "firstparty":
		return 1
	case "supplier":
		return 2
	case "adiffb":
		return 3
	case "middleman":
		return 4
	case "agency":
		return 5
	}
	return 0
}

//
func (n *network) TypeIntConvert(itype int64) string {
	//firstparty：甲方 supplier：供应商 adiffb：同甲异业 middleman：中间人 agency：招标代理机构
	switch itype {
	case 1:
		return "firstparty"
	case 2:
		return "supplier"
	case 3:
		return "adiffb"
	case 4:
		return "middleman"
	case 5:
		return "agency"
	}
	return ""
}

//
func (n *network) GetQyxyId(ids []string) map[string]string {
	m := map[string]string{}
	if len(ids) == 0 {
		return m
	}
	wh, args := NetworkCom.WhArgs(ids)
	q := `select id,company_id from information.ent_info where id in (` + wh + `)`
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
	} else {
		for rows.Next() {
			var (
				id         string
				company_id string
			)
			if err := rows.Scan(&id, &company_id); err != nil {
				logx.Error(err)
				continue
			}
			m[id] = company_id
		}
		rows.Close()
		if err := rows.Err(); err != nil {
			logx.Error(err)
		}
	}
	return m
}

//
func (n *network) BuyerProjectInfo(ids []string, probusfors []string) map[string]*projectInfo {
	vm := map[string]*projectInfo{}
	if len(ids) == 0 {
		return vm
	}
	wh, args := NetworkCom.WhArgs(ids)
	q := `select buyer_id,count(DISTINCT project_id) AS project_count,sum(project_money) AS project_amount,groupUniqArray(project_id) from information.transaction_info where buyer_id in (` + wh + `)`
	if len(probusfors) > 0 {
		newWh, newArgs := NetworkCom.WhArgs(probusfors)
		q += ` and hasAny(property_form,[` + newWh + `])`
		args = append(args, newArgs...)
	}
	q += ` group by buyer_id`
	rows, err := ClickhouseConn.Query(context.Background(), q, args...)
	if err != nil {
		logx.Error(err)
		return nil
	}
	for rows.Next() {
		var (
			buyer_id       string
			project_count  uint64
			project_amount decimal.Decimal
			project_id     []string
		)
		if err := rows.Scan(&buyer_id, &project_count, &project_amount, &project_id); err != nil {
			logx.Error(err)
			continue
		}
		pf, _ := project_amount.Float64()
		vm[buyer_id] = &projectInfo{
			ProjectCount:  int64(project_count),
			ExportId:      project_id,
			ProjectAmount: pf,
		}
	}
	rows.Close()
	if err := rows.Err(); err != nil {
		logx.Error(err)
	}
	return vm
}

//
func (n *network) MakeProjectInfo(buyers []string, vbs map[string][]*idName, probusfors []string, entMonitor map[string]bool) map[string]*projectInfo {
	pis := n.BuyerProjectInfo(buyers, probusfors)
	vm := map[string]*projectInfo{}
	for k, v := range vbs {
		pi := &projectInfo{
			BuyerCount: int64(len(v)),
		}
		re := map[string]bool{}
		for _, vv := range v {
			if pis[vv.Id] != nil {
				pi.ProjectCount += pis[vv.Id].ProjectCount
				pi.ProjectAmount += pis[vv.Id].ProjectAmount
				for _, vvv := range pis[vv.Id].ExportId {
					if re[vvv] {
						continue
					}
					pi.ExportId = append(pi.ExportId, vvv)
					re[vvv] = true
				}
			}
			if entMonitor[vv.Name] {
				pi.MonitorCount++
			}
		}
		vm[k] = pi
	}
	return vm
}

//
func (n *network) AllIntroduceOwner(sqlAppend1, sqlAppend2 string, args []interface{}, isTjProject bool, probusfors []string, entMonitor map[string]bool) *introduceOwnerProject {
	q := `select a.id,a.company_id,a.company_name,a.qyxy_id,a.itype,a.contact_person as person,a.contact_phone as phone,count(DISTINCT if(b.itype=1,b.relate_id,null)) as buyer_count,count(DISTINCT if(b.itype=2,b.relate_id,null)) as project_count,GROUP_CONCAT(IF(b.itype=1,b.relate_id,NULL)) AS relate_buyer_id,GROUP_CONCAT(IF(b.itype=1,b.relate_name,NULL)) AS relate_buyer_name,GROUP_CONCAT(IF(b.itype=2,b.relate_id,NULL)) AS relate_project_id,a.create_time from crm.connection a 
		left join crm.connection_introduce b on (a.position_id=? and b.position_id=? and a.id=b.connection_id) where a.position_id=?` + sqlAppend1 + ` GROUP BY a.id order by a.create_time desc` + sqlAppend2
	listTemp := CrmMysql.SelectBySql(q, args...)
	firstparty_array, supplier_array, adiffb_array, agency_array, middleman_project_array := []string{}, []string{}, []string{}, []string{}, []string{}
	myNetworks := []*myNetwork{}
	for _, v := range *listTemp {
		myNetwork := &myNetwork{
			Id:                Int64All(v["id"]),
			Company_id:        ObjToString(v["company_id"]),
			Company_name:      ObjToString(v["company_name"]),
			Qyxy_id:           ObjToString(v["qyxy_id"]),
			Itype:             Int64All(v["itype"]),
			Person:            ObjToString(v["person"]),
			Phone:             ObjToString(v["phone"]),
			Buyer_count:       Int64All(v["buyer_count"]),
			Project_count:     Int64All(v["project_count"]),
			Relate_buyer_id:   ObjToString(v["relate_buyer_id"]),
			Relate_buyer_name: ObjToString(v["relate_buyer_name"]),
			Relate_project_id: ObjToString(v["relate_project_id"]),
			Create_time:       ObjToString(v["create_time"]),
		}
		switch myNetwork.Itype {
		case 1:
			firstparty_array = append(firstparty_array, myNetwork.Company_id)
		case 2:
			supplier_array = append(supplier_array, myNetwork.Company_id)
		case 3:
			adiffb_array = append(adiffb_array, myNetwork.Company_id)
		case 4:
			if myNetwork.Relate_project_id != "" {
				middleman_project_array = append(middleman_project_array, strings.Split(myNetwork.Relate_project_id, ",")...)
			}
		case 5:
			agency_array = append(agency_array, myNetwork.Company_id)
		}
		myNetworks = append(myNetworks, myNetwork)
	}
	iop := &introduceOwnerProject{
		Networks:          myNetworks,
		FirstpartyNetwork: map[string][]*firstpartyNetwork{},
		Firstparty:        map[string]*projectInfo{},
		Supplier:          map[string]*projectInfo{},
		Adiffb:            map[string]*projectInfo{},
		Agency:            map[string]*projectInfo{},
		Middleman:         map[string]*projectInfo{},
	}
	if isTjProject {
		iop.FirstpartyNetwork = n.FirstpartyNetwork("", firstparty_array)
		iop.Firstparty = n.Introduce_Firstparty(iop.FirstpartyNetwork, entMonitor, probusfors)
		iop.Supplier = n.Introduce_Supplier(supplier_array, entMonitor, probusfors)
		iop.Adiffb = n.Introduce_Supplier(adiffb_array, entMonitor, probusfors)
		iop.Agency = n.Introduce_Agency(agency_array, entMonitor, probusfors)
		iop.Middleman = n.Introduce_Middleman(middleman_project_array, entMonitor, probusfors)
	}
	return iop
}