jy-data-extract/src/jy/pretreated/analytable.go

package pretreated

import (
	"fmt"
	u "jy/util"
	qutil "qfw/util"
	"regexp"
	"strings"

	"github.com/PuerkitoBio/goquery"
)

/**
全局变量，主要是一堆判断正则
**/
var (
	//清理品目中数字
	numclear = regexp.MustCompile("^[\\d一二三四五六七八九十.]+")
	//清理表格title中的不需要的内容
	tabletitleclear = regexp.MustCompile("[\\s\u3000\u2003\u00a0\\n、.，.。、_/(（人民币万元件个公斤）)]")
	//清理表格中是key中包含的空格或数字等
	tablekeyclear = regexp.MustCompile("[\\s\u3000\u2003\u00a0\\n、.，.。、_/]+|^[\\d一二三四五六七八九十]+[、.]*|[(（【\\[].*?[)）】\\]]")
	//清理表格td中的符号
	tabletdclear = regexp.MustCompile("[\\s\u3000\u2003\u00a0\\n、，。、_?？；;~\\-#\\\\()（）{}【】\\[\\]<>《》｛｝〔〕￥$]*")
	//判断key是金额，对万元的处理
	moneyreg = regexp.MustCompile("(预算|费|价|额|规模|投资)")
	//根据表格的内容判断是不是表头，如果含有金额则不是表头
	MoneyReg = regexp.MustCompile("^[\\s 　：:0-9.万元()（）人民币￥$]+$")
	//判断分包时
	moneyNum = regexp.MustCompile("[元整￥万]")
	//对隐藏表格的判断
	display = regexp.MustCompile("(?i).*?display\\s?[:]\\s?none.*")

	//---------------
	//求是分包的概率
	//根据表格的标签对分包进行打分
	TableMultiPackageReg_4 = regexp.MustCompile("(标段|分包|包段|划分|子包|标包|合同段)")
	TableMultiPackageReg_2 = regexp.MustCompile("(概况|范围|情况|内容|详细|结果|信息)")
	//在判断分包打分前过虑表格key
	FilterKey_2 = regexp.MustCompile("招标|投标|项目")
	//根据表格的key进行分包打分
	FindKey_2 = regexp.MustCompile("([分子][包标](号)?|标[号项段包](划分)?|包件?[号段名数])")
	//对值进行分包判断
	FindVal_1  = regexp.MustCompile("[第]?([一二三四五六七八九十0-9A-Za-zⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩⅪⅫ]+)((子|合同|分|施工|监理)?(标段?|包|合同段|标包))|((子|合同|分|施工|监理)?(标|包)(段|号)?)[ 　\u3000\u2003\u00a0]*([一二三四五六七八九十0-9A-Za-zⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩⅪⅫ]+)")
	FindVal2_1 = regexp.MustCompile("([一二三四五六七八九十0-9A-Za-zⅠⅡⅢⅣⅤⅥⅦⅧⅨⅩⅪⅫ\\-]+)|^(设计|施工|监理|验收)[分子]?[标包]?[段号]?$")
	//判断分包前排除
	excludeKey = regexp.MustCompile("(涉及包号|包件号?|项目标号|规格|型号|招标范围|业绩|废标)|(^编号$)|([^包段标]编号)") //编号|划分
	//-------------

	cut = u.NewCut()

	//清理表格标签正则
	ClearTagReg = regexp.MustCompile("<[^>]*?>|[\\s\\n\\r]*$")
	//查找表格标签正则
	ttagreg = regexp.MustCompile("(?s)([^\\n：:。，；\\s\u3000\u2003\u00a0]{2,30})[:：]?[^:：。；!\\n]{0,35}[\\s\\n]*$")

	//判断表格是表头的概率
	checkval = float32(0.6)

	//tdval_reg = regexp.MustCompile(`([\p{Han}][\p{Han}\s、（）\\(\\)]{1,9})[：:]([^：:\\n。]{5,60})(?:[；;,，.。\\n\\t\\s])?`)
	//空格替换
	repSpace = regexp.MustCompile("[\\s\u3000\u2003\u00a0:：]+|\\\\t+")

	//对表格kv的处理
	//对不能标准化的key做批识
	filter_tag_zb = regexp.MustCompile("(中标|成交|投标)[\\p{Han}]{0,6}(情况|结果|信息|明细)")
	//中标金额
	//包含以下字眼做标准化处理
	filter_zbje_k = regexp.MustCompile("(中标|成交|总|拦标|合同|供[应货]商|报)[\\p{Han}、]{0,6}(价|额|[大小]写|[万亿]?元).{0,4}$")
	//简单判断金额
	filter_zbje_jd = regexp.MustCompile("^[^售]{0,4}(价|额).{0,4}$")
	//且排队以下字眼的key
	filter_zbje_kn = regexp.MustCompile("得分|打分|时间|业绩|须知|分$")
	//且值包含以下字眼
	filter_zbje_v = regexp.MustCompile("[￥$＄0-9一二三四五六七八九十,，〇零点.．壹贰叁肆伍陆柒捌玖拾百佰千仟万亿億元圆角分整正（）:：大小写]{2,16}")

	//中标单位的处理
	//包含以下字眼的Key标准化
	filter_zbdw_ky = regexp.MustCompile("(中标|成交|拦标|合同|选中|投标|拟|预|最终)[\\p{Han}、]{0,6}(供[应货]商|企业|单位|人|机构)(名称)?.{0,4}$")
	//简单判断
	filter_zbdw_jd = regexp.MustCompile("(投标|成交|中标|合同)(供应商|单位|人|名称).{0,4}$")
	//且不包含以下字眼
	filter_zbdw_kn = regexp.MustCompile("第[2二3三4四5五]|得分|地址")
	//且值包含以下字眼
	filter_zbdw_v = regexp.MustCompile("(公司|集团|研究院|设计院|局|厂|部|站|城|店|市|所|处)$|([^购]中心|办公|用品)")
	//且值包含以下字眼
	filter_zbdw_v2 = regexp.MustCompile("(公司|集团|研究院|设计院|局|厂|部|站|城|店|市|所|处)$")

	//Tg = map[string]interface{}{}
	//一些表格没有表头，是空的，对值是排序的做处理对应 NullTxBid
	NullTdReg      = regexp.MustCompile("(首选|第[一二三四五1-5])(中标|成交)?(名(称)?|(候选|排序)?(人|单位|供应商))")
	NullTxtBid     = "成交供应商排名"
	projectnameReg = regexp.MustCompile("((公开)?招标)*[(（第]*[一二三四五六七八九十a-zA-Z0-9]+(标段|包|标|段)[)）]*$")
	MhSpilt        = regexp.MustCompile("[:：]")
	//识别采购单位联系人、联系电话、代理机构联系人、联系电话
	ContactInfoVagueReg = regexp.MustCompile("邮政编码|邮编|(征求意见|报名审核购买)?((联系人?|办公)?((电话([／/]传真)?|手机)(号码)?|邮箱(地址)?|(地(址|点)))|(联系|收料)(人(姓名)?|方式)|传真|电子邮件|(主要负责|项目(负责|联系)|(项目)?经办)人)|采购方代表")
	ContactInfoMustReg  = regexp.MustCompile("^(" + ContactInfoVagueReg.String() + ")$")
	ContactType         = map[string]*regexp.Regexp{
		"采购单位": regexp.MustCompile("(采购(项目.{2}|服务)?|比选|询价|发布人?|甲|招标(服务)?|建设|委托|发包|业主|使用|谈判|本招标项目经办|征求意见联系|项目实施)(人|单位|部门|机构|机关|(执行)?方)|(项目|建(库|设))单位|招标人信息|采购中心地址|业主|收料人"),
		"代理机构": regexp.MustCompile("(代理|受托).{0,2}(人|方|单位|公司|机构)|招标机构|采购代理"),
	}
	ContactBuyerPersonFilterReg = regexp.MustCompile("(管理局)$")
	MultipleValueSplitReg       = regexp.MustCompile("[,，、\\s\u3000\u2003\u00a0]")
	BuyerContacts               = []string{"采购单位联系人", "采购单位联系电话", "采购单位联系地址"}
	FilterSerial                = regexp.MustCompile(".+[、．.:：，]")
	filterTableWror             = regexp.MustCompile("班子成员")
	underline                   = regexp.MustCompile("_+$")
	iswinnertabletag            = regexp.MustCompile("(中标|候选人|成交|结果)")
	nswinnertabletag            = regexp.MustCompile("[评得分估]+")
	projectcodeReg              = regexp.MustCompile(`(（|\(|\[){1}(编号|项目编号|标段编号){1}(:|：)(.){4,30}(）|\)|\])`)
	projectcodeReg2             = regexp.MustCompile(`(编号|项目编号|标段编号){1}(:|：)(.){4,30}[0-9]`)
	jsonReg						= regexp.MustCompile(`\{".*\":\".+\"}`)
)

//在解析时，判断表格元素是否隐藏
func IsHide(g *goquery.Selection) (b bool) {
	style, exists := g.Attr("style")
	if exists {
		b = display.MatchString(style)
	}
	return
}

//对表格的key进行标准化处理，多个k相同时，出现覆盖问题
//待扩展，暂不支持正则标签库
func CommonDataAnaly(k, tabletag, tabledesc string, v interface{}) (k1 []string, weight []int, v1, returntag string, b bool) {
	k1 = []string{}
	weight = []int{}
	tk := k
	if sv, sok := v.(string); sok { //取KV
		v1 = sv
	} else if sv, sok := v.([]string); sok { //是数组先默认取第一个
		v1 = sv[0]
	}
	//对值单位的处理   (预算|费|价|额|规模|投资)
	if moneyreg.MatchString(tk) {
		v1 += GetMoneyUnit(tk, v1)
	}
	//先清理key
	//u.Debug(1, k, v1)
	k = ClearKey(k, 2)
	//u.Debug(2, k)
	//取标准key
	res := u.GetTags(k)
	if len(res) == 0 && tk != k {
		res = u.GetTags(tk)
	}
	//log.Println(k, res)
	//	if len(res) == 0 {
	//		go u.AddtoNoMatchMap(tk)
	//	}
	//当取到标准化值时，放入数组
	if len(res) > 0 {
		b = true
		for _, t1 := range res {
			k1 = append(k1, t1.Value)
			weight = append(weight, t1.Weight)
		}
		//k1 = res[0].Value
	}
	//没有取到标准化key时，对中标金额和中标单位的逻辑处理
	if !b {
		if filter_zbje_k.MatchString(k) && !filter_zbje_kn.MatchString(k) && filter_zbje_v.MatchString(v1) {
			if tabletag == "" {
				returntag = "中标情况"
			}
			k1 = append(k1, "中标金额")
			weight = append(weight, -100)
			b = true
		} else if filter_zbdw_ky.MatchString(k) && !filter_zbdw_kn.MatchString(k) &&
			filter_zbdw_v.MatchString(v1) {
			k1 = append(k1, "中标单位")
			weight = append(weight, -100)
			if tabletag == "" {
				returntag = "中标情况"
			}
			b = true
		}
	}
	//对上一步没有取到标准化key的进一步处理
	if !b {
		if tabletag == "" {

		}
		if filter_tag_zb.MatchString(tabletag) || filter_tag_zb.MatchString(tabledesc) {
			//u.Debug(v1, k, "-----", filter_zbdw_jd.MatchString(k), filter_zbdw_v.MatchString(v1))
			if filter_zbje_jd.MatchString(k) && !filter_zbje_kn.MatchString(k) && filter_zbje_v.MatchString(v1) {
				k1 = append(k1, "中标金额")
				weight = append(weight, -100)
				b = true
			} /*else if filter_zbdw_jd.MatchString(k) && filter_zbdw_v.MatchString(v1) {
				k1 = append(k1, "中标单位")
				weight = append(weight, -100)
				b = true
			}*/
		}
	}
	return
}

//对解析后的表格的kv进行过滤
func (table *Table) KVFilter() {
	//1.标准化值查找
	//2.对数组的处理
	//3.对分包的处理
	//4.对KV的处理
	//判断表格是否有用，调用abandontable正则数组进行判断
	//遍历每一行
	winnertag := iswinnertabletag.MatchString(table.Tag) && !nswinnertabletag.MatchString(table.Tag) //table标签
	if !winnertag {
		winnertag = iswinnertabletag.MatchString(table.Tag) && !nswinnertabletag.MatchString(table.TableResult.BlockTag) //块标签
	}
	table.analyTdKV() //1.遍历每行每列td的sortkv添加到table.SorkVK中;2.td有子表格的处理
	as := NewSortMap()

	//遍历table.sortkv，进行过滤处理，并放入标准化KV中，如果值是数组跳到下一步处理
	for _, k := range table.SortKV.Keys {
		//表格描述处理，对成交结果的处理
		if regexp.MustCompile("(成交|中标|候选|排名|名次|供应商排序)").MatchString(k) {
			table.Desc += "成交结果,"
		}
		if regexp.MustCompile("^单价").MatchString(k) {
			continue
		}
		v := table.SortKV.Map[k]
		if _, ok := v.(string); ok { //table.SortKV.Value为字符串，匹配抽取关键词table.SortKV.Key，匹配到添加k,v到table.StandKV,table.StandKVWeight
			k = regSpliteSegment.ReplaceAllString(regReplAllSpace.ReplaceAllString(k, ""), "")
			k1, w1, v1, tag, b := CommonDataAnaly(k, table.Tag, table.Desc, v) //对key标准化处理，没有找到会走中标
			//qutil.Debug(k, v, k1, w1, v1, tag, b)
			if b {
				//降低冒号值的权重
				if MhSpilt.MatchString(v1) {
					for pos, _ := range k1 {
						w1[pos] -= 50
					}
				}
				if tag != "" && table.Tag == "" {
					table.Tag = tag
				}
				for pos, k2 := range k1 { //根据关键词,过滤table.SortKV到table.StandKV和table.StandKVWeight
					if table.StandKV[k2] == "" || w1[pos] > table.StandKVWeight[k2] {
						table.StandKV[k2] = v1 //本节点
						table.StandKVWeight[k2] = w1[pos]
					}
					//					 else if k2 == "中标金额" {
					//						//						u.Debug(qutil.Float64All(v1), qutil.Float64All(table.StandKV[k2]))
					//						if qutil.Float64All(v1) > qutil.Float64All(table.StandKV[k2]) {
					//							table.StandKV[k2] = v1
					//						}
					//					}
				}
			}
		} else {
			//u.Debug(k, v, "---------")
			as.AddKey(k, v)
		}
	}

	//处理值是数组的kv放入标准化kv中//处理table.SortKV.value为数组的情况
	table.sortKVArr(as, winnertag)
	//
	if filterTableWror.MatchString(table.Tag) {
		table.WinnerOrder = nil
	}
	//
	if len(table.WinnerOrder) > 0 || !table.BPackage {
		winnerOrder := []map[string]interface{}{}
		maxSort := 0
		//调整顺序
		for i := 0; i < 2; i++ {
			for _, v := range table.WinnerOrder {
				sortstr, _ := v["sortstr"].(string)
				if (i == 0 && sortstr == "") || (i == 1 && sortstr != "") {
					continue
				}
				sort, _ := v["sort"].(int)
				if i == 0 {
					if maxSort == 0 || sort > maxSort {
						maxSort = sort
					}
				} else {
					maxSort++
					v["sort"] = maxSort
				}
				winnerOrder = append(winnerOrder, v)
			}
			if len(winnerOrder) == len(table.WinnerOrder) {
				break
			}
		}
		table.WinnerOrder = winnerOrder
		winnerOrder = []map[string]interface{}{}
	L: //遍历每个td,查询中标人
		for _, tr := range table.TRs {
			for _, td := range tr.TDs {
				winnerOrder = winnerOrderEntity.Find(td.Val, true, 3)
				if len(winnerOrder) > 0 {
					break L
				}
			}
		}
		if len(table.WinnerOrder) > 0 {
			//中标候选人合并
			winnerOrderEntity.Merge(table.WinnerOrder, winnerOrder)
			if table.StandKV["中标单位"] == "" {
				ent := table.WinnerOrder[0]["entname"]
				if ent != nil {
					table.StandKV["中标单位"], _ = ent.(string)
					table.StandKVWeight["中标单位"] = -25
				}
			}
		} else if !table.BPackage { //没有table.WinnerOrder也没有分包 将td中的WinnerOrder赋值给table.WinnerOrder
			if len(winnerOrder) > 1 {
				table.WinnerOrder = winnerOrder
			}
		}
	}
	//对中标候选人进行排序
	winnerOrderEntity.Order(table.WinnerOrder)
	//该表格有一个分包，并且有中标候选人排序的情况下，把中标候选人放到包里面
	if table.BlockPackage != nil && table.BlockPackage.Keys != nil && len(table.BlockPackage.Keys) == 1 {
		if table.BlockPackage.Map != nil {
			onePkgKey := table.BlockPackage.Keys[0]
			onePkg, _ := table.BlockPackage.Map[onePkgKey].(*u.BlockPackage)
			if onePkg != nil && onePkg.WinnerOrder != nil && len(onePkg.WinnerOrder) == 0 {
				onePkg.WinnerOrder = table.WinnerOrder
				table.BlockPackage.Map[onePkgKey] = onePkg
			}
		}
	}
}

//处理table.SortKV.value为数组的情况
func (table *Table) sortKVArr(as *SortMap, winnertag bool) {
	checkKey := map[int]bool{}
	for kn, k := range as.Keys { //遍历table.SortKV.value为数组的key
		v := as.Map[k]
		if vm, ok := v.([]map[string]interface{}); ok && k == NullTxtBid {
			if table.WinnerOrder == nil {
				table.WinnerOrder = []map[string]interface{}{}
			}
			table.WinnerOrder = append(table.WinnerOrder, vm...)
		} else {
			//增加候选人排序逻辑
			if table.WinnerOrder == nil && !checkKey[kn] {
				if vs1, ok := v.([]string); ok {
					smap := make([]map[string]interface{}, len(vs1))
					for n1, _ := range vs1 {
						smap[n1] = map[string]interface{}{}
					}
					//hadSort := false
					tmpEntname := make([]string, len(vs1))
					tmpPrice := make([]string, len(vs1))
					for kn1, k := range as.Keys[kn:] {
						v := as.Map[k]
						if ContactType["采购单位"].MatchString(k) || ContactType["代理机构"].MatchString(k) {
							continue
						}
						//目前对数组数据的key做判断，但是某些额可以是不满足情况的
						//载明内容:[第一中标候选人 第二中标候选人] id：5d00587da5cb26b9b75e367b
						if vs, ok := v.([]string); ok && len(vs) == len(vs1) { //数组值的个数相同
							res, _, _, _, repl := CheckCommon(k, "bidorder")
							kv := ""
							if !res {
								kt := u.GetTags(filterThText.ReplaceAllString(ClearKey(k, 2), ""))
								if kt.Len() > 0 {
									kv = kt[0].Value
								}
							}
							//qutil.Debug(k, res, repl, kv, "--", vs)
							if !res && kv == "" { //key未验证出，验证数组的val值
								checkKey[kn+kn1] = true
								if winnertag { //如果是中标信息 在根据val数组信息解析候选人
									for vsk, vsv := range vs {
										if NullTdReg.MatchString(vsv) { //数据先验证val是否有排序
											//hadSort = true
											smap[vsk]["sortstr"] = vsv
											smap[vsk]["sort"] = GetBidSort(vsv, vsk+1)
										} else if findCandidate2.MatchString(vsv) && tmpEntname[vsk] == "" { //数据验证val是否是候选人
											entname, _ := winnerOrderEntity.clear("中标单位", vsv).(string)
											if entname != "" {
												tmpEntname[vsk] = entname
											}
										} else { //验证val时如果数组中的第一条数据既不满足sort或者entname 判定此数组数据错误
											break
										}
									}
								}
							}
							if res || kv != "" { //连续往下找几个key
								checkKey[kn+kn1] = true
							SORT:
								if repl == "sort" {
									//hadSort = true
									for vsk, vsv := range vs {
										smap[vsk]["sortstr"] = vsv
										smap[vsk]["sort"] = GetBidSort(vsv, vsk+1)
									}
								} else if repl == "entname" || kv == "中标单位" {
									for vsk, vsv := range vs {
										if winnerReg6.MatchString(vsv) { //k:中标候选人 v:["第一名","第二名"]
											repl = "sort"
											goto SORT
										}
										//										if entname, _ := smap[vsk]["entname"].(string); entname != "" || len([]rune(vsv)) < 3 {
										//											break
										//										}
										//										entname, _ := winnerOrderEntity.clear("中标单位", vsv).(string)
										//										if entname != "" {
										//											smap[vsk]["entname"] = entname
										//
										if tmpEntname[vsk] != "" || len([]rune(vsv)) < 4 { //排除 单位：["台","个","套"]
											break
										}
										entname, _ := winnerOrderEntity.clear("中标单位", vsv).(string)
										if entname != "" {
											tmpEntname[vsk] = entname
										}
									}
								} else if kv == "中标金额" {
									for vsk, vsv := range vs {
										//过滤price 2348273.432元(万元)-->2348273.432
										//tmp1, _ := smap[vsk]["price"].(string)
										tmp1 := tmpPrice[vsk]
										p1num := numberReg2.FindString(tmp1)
										p2num := numberReg2.FindString(vsv)
										p1 := qutil.Float64All(p1num)
										p2 := qutil.Float64All(p2num)
										if p2 > p1 {
											//smap[vsk]["price"] = winnerOrderEntity.clear("中标金额", vsv+GetMoneyUnit(k, vsv))
											price := winnerOrderEntity.clear("中标金额", vsv+GetMoneyUnit(k, vsv))
											if pricestr, _ := price.(string); len(pricestr) < 30 && len(pricestr) > 0 {
												tmpPrice[vsk] = pricestr
											}

										}
									}
								}
							}
						} else {
							//break
						}
					}
					newSmap := []map[string]interface{}{}
					//qutil.Debug("smap=======", smap)
					//qutil.Debug("tmpEntname--", len(tmpEntname), tmpEntname)
					//qutil.Debug("tmpPrice--", len(tmpPrice), tmpPrice)
					for n, smap_v := range smap {
						//if hadSort { //有排序，再添加entname和price
						if len(tmpEntname) > 0 && n < len(tmpEntname) && tmpEntname[n] != "" {
							smap_v["entname"] = tmpEntname[n]

							if len(tmpPrice) > 0 && n < len(tmpPrice) && tmpPrice[n] != "" {
								smap_v["price"] = tmpPrice[n]
							}
						}
						//} else if len(tmpEntname) > 0 {
						//fmt.Println("table winnerorder only has entname", tmpEntname)
						//}
						if len(smap_v) > 2 { //只有排序信息 sort和sortstr
							newSmap = append(newSmap, smap_v)
						}
					}
					if len(newSmap) > 0 {
						table.WinnerOrder = newSmap
					}
				}
			}
			k1, w1, v1, tag, b := CommonDataAnaly(k, table.Tag, table.Desc, v)
			if b {
				if tag != "" && table.Tag == "" {
					table.Tag = tag
				}
				for pos, k2 := range k1 {
					if table.StandKV[k2] == "" || w1[pos] > table.StandKVWeight[k2] {
						table.StandKV[k2] = v1 //本节点
						table.StandKVWeight[k2] = w1[pos]
					}
					//				else if k2 == "中标金额" {
					//					if qutil.Float64All(v1) > qutil.Float64All(table.StandKV[k2]) {
					//						table.StandKV[k2] = v1
					//					}
					//				}
				}
			}
		}
	}
}

//1.遍历每行每列td的sortkv添加到table.SorkVK中;2.td有子表格的处理
func (table *Table) analyTdKV() {
	//遍历每一行
	for _, tr := range table.TRs {
		for _, td := range tr.TDs {
			//fmt.Println(td.BH, td.MustBH, td.Val, td.SortKV.Map)
			bc := false
			if !td.BH {
				//表头是否是无用内容
				if td.HeadTd != nil {
					bc, _, _, _, _ = CheckCommon(td.HeadTd.Val, "abandontable")
				}
			}
			if !bc {
				//td元素有内嵌kv,遍历放入table的Kv中
				if len(td.SortKV.Keys) > 0 {
					for _, k3 := range td.SortKV.Keys {
						_val := td.SortKV.Map[k3]
						//thisFlag := false
						if td.HeadTd != nil && len([]rune(k3)) < 4 {
							k3 = td.HeadTd.Val + k3
						}
						if table.SortKV.Map[k3] == nil && _val != nil && _val != "" {
							//u.Debug(k3, _val)
							//if !thisFlag || (thisFlag && table.SortKV.Map[k3] == nil) {
							table.SortKV.AddKey(k3, _val)
						}
					}
				}
			}
			//td有子表格的处理
			//u.Debug(td.BH, td.Val, td.SonTableResult)
			if td.SonTableResult != nil {
				//u.Debug(td.SonTableResult.SortKV.Map, "-------", td.SonTableResult.Tabs)
				for _, k3 := range td.SonTableResult.SortKV.Keys {
					if table.StandKV[k3] == "" || td.SonTableResult.SortKVWeight[k3] > table.StandKVWeight[k3] {
						table.StandKV[k3] = qutil.ObjToString(td.SonTableResult.SortKV.Map[k3])
						table.StandKVWeight[k3] = td.SonTableResult.SortKVWeight[k3]
					}
				}
				//中标候选人排序
				if table.WinnerOrder == nil || len(table.WinnerOrder) == 0 {
					table.WinnerOrder = td.SonTableResult.WinnerOrder
				} else {
					winnerOrderEntity.Merge(table.WinnerOrder, td.SonTableResult.WinnerOrder)
				}
			}
		}
	}
}

//表格结果合并到父表格集中
func (table *Table) MergerToTableresult() {
	//对多包表格的多包值的合并处理
	if table.BPackage {
		table.TableResult.IsMultiPackage = true
		for k, v := range table.BlockPackage.Map {
			package1 := table.TableResult.PackageMap.Map[k]
			if package1 == nil {
				table.TableResult.PackageMap.AddKey(k, v)
			} else {
				bp := package1.(*u.BlockPackage)
				if bp.TableKV == nil {
					bp.TableKV = u.NewJobKv()
				}
				v1 := v.(*u.BlockPackage)
				if v1.TableKV != nil && v1.TableKV.Kv != nil {
					for k2, v2 := range v1.TableKV.Kv {
						if bp.TableKV == nil {
							bp.TableKV = u.NewJobKv()
						}
						if bp.TableKV.Kv[k2] == "" || (v1.TableKV.KvTag[k2] != nil && bp.TableKV.KvTag[k2] != nil && v1.TableKV.KvTag[k2].Weight > bp.TableKV.KvTag[k2].Weight) {
							//可能会报错 assignment to entry in nil map
							bp.TableKV.Kv[k2] = v2
							bp.Text += fmt.Sprintf("%v:%v\n", k2, v2)
						}
					}
				}
				bp.WinnerOrder = v1.WinnerOrder
				//table.TableResult.PackageMap.AddKey(k, v)
			}
		}
		//		str := ""
		//		for _, k := range table.TableResult.PackageMap.Keys {
		//			v := table.TableResult.PackageMap.Map[k].(*u.BlockPackage)
		//			str += fmt.Sprintf("包号:%s,中标人:%s,中标价:%s,预算:%s,文本:%s,排名:%v ---\t", v.Index, v.TableKV["中标单位"]+v.ColonKV["中标单位"], v.TableKV["中标金额"]+v.ColonKV["中标金额"], v.TableKV["预算"]+v.ColonKV["预算"], v.Text, v.WinnerOrder)
		//		}
		//		u.Debug(table, table.TableResult, str)
	}
	//遍历标准key到tableresult.sortkv中
	for k, v := range table.StandKV {
		if table.TableResult.SortKV.Map[k] == nil || table.StandKVWeight[k] > table.TableResult.SortKVWeight[k] || strings.Contains(table.Tag, "变更") {
			v = strings.Replace(v, "__", "", -1)
			if table.TableResult.SortKV.Map[k] == nil {
				table.TableResult.SortKV.AddKey(k, v) //父集
			} else {
				table.TableResult.SortKV.ReplaceKey(k, v, k)
			}
			table.TableResult.SortKVWeight[k] = table.StandKVWeight[k]
		} else if table.TableResult.SortKV.Map[k] != nil {
			//u.Debug(k, v, table.TableResult.SortKV.Map[k], "..............")
		}
	}
	//表格的块标签
	if table.TableResult.BlockTag == "" && table.Tag != "" {
		table.TableResult.BlockTag = table.Tag
	}
	//中标候选人(多个table，现在默认取第一个table的信息，考虑需不需要多个table分析合并数据？)
	if table.TableResult.WinnerOrder == nil || len(table.TableResult.WinnerOrder) == 0 {
		table.TableResult.WinnerOrder = table.WinnerOrder
	}
	//增加brand 并列table
	if len(table.BrandData) > 0 {
		for _, v := range table.BrandData {
			if len(v) > 0 {
				table.TableResult.BrandData = append(table.TableResult.BrandData, v)
			}
		}
	}
}

/**
解析表格入口
返回：汇总表格对象
**/
func AnalyTableV2(tabs []*goquery.Selection, toptype, blockTag, con string, itype int, _id interface{}, ruleBlock *u.RuleBlock) (tabres *TableResult) {
	defer qutil.Catch()
	//u.Debug(con)
	if itype == 1 {
		//修复表格
		con = RepairCon(con)
	}
	//生成tableresult对象
	tabres = NewTableResult(_id, toptype, blockTag, con, itype, ruleBlock)
	//可以有多个table
	for _, table := range tabs {
		//隐藏表格跳过
		if IsHide(table) {
			continue
		}
		tabres.GoqueryTabs = append(tabres.GoqueryTabs, table)
	}
	//解析表格集
	tabres.Analy()
	return
}

//开始解析表格集
func (ts *TableResult) Analy() {
	tabs := []*Table{}
	contactFormat := &u.ContactFormat{
		IndexMap: map[int]string{},
		MatchMap: map[string]map[string]bool{},
	}
	for _, table := range ts.GoqueryTabs {
		tn := NewTable(ts.Html, ts, table)
		//核心模块
		ts := tn.Analy(contactFormat)
		for _, tab := range ts {
			tabs = append(tabs, tab)
			//fmt.Println("tab.SortKV.Map", tab.SortKV.Keys)
		}
		//tn.SonTables = append(tn.SonTables, tn)
	}
	//统一合并，考虑统一多表格是多包的情况---新增
	if len(tabs) > 1 {
		pns := map[string]string{}
		pnarr := []string{}
		for _, table := range tabs {
			pn := table.StandKV["项目名称"]
			if pn != "" && TitleReg.MatchString(pn) {
				pnarr = append(pnarr, pn)
				matchres := TitleReg.FindAllStringSubmatch(pn, -1)
				if len(matchres) == 1 && len(matchres[0]) > 0 {
					v1 := u.PackageNumberConvert(matchres[0][0])
					pns[v1] = matchres[0][0]
					bp := &u.BlockPackage{}
					bp.Index = v1
					bp.Origin = matchres[0][0]
					bp.TableKV = u.NewJobKv()
					for _, k := range []string{"中标金额", "中标单位", "预算", "成交状态", "项目名称", "项目编号", "采购范围"} {
						bp.TableKV.Kv[k] = table.StandKV[k]
					}
					bp.WinnerOrder = table.WinnerOrder
					if table.BlockPackage.Map[v1] == nil {
						table.BPackage = true
						table.BlockPackage.AddKey(v1, bp)
					}
				}
			}
		}
		if len(tabs) == len(pns) {
			//多个表格，每个表格都是一个分包 http://www.cxzwfw.gov.cn/info/1009/6963.htm
			//项目名称、项目编号、采购单位、招标机构、预算
			pname := projectnameReg.ReplaceAllString(pnarr[0], "")
			btrue := true
			for _, pn := range pnarr[1:] {
				pn = projectnameReg.ReplaceAllString(pn, "")
				//u.Debug(pn, pname)
				if pn != pname {
					//项目名称不一致
					btrue = false
					break
				}
			}
			if btrue {
				ts.SortKV.AddKey("项目名称", pname)
				ts.SortKVWeight["项目名称"] = 100
				for _, table := range tabs {
					table.BPackage = true
					//预算、中标金额、NullTxtBid成交供应商排名 中标单位 成交状态
					if table.BlockPackage != nil && len(table.BlockPackage.Keys) == 1 {
						bp := table.BlockPackage.Map[table.BlockPackage.Keys[0]].(*u.BlockPackage)
						if table.TableResult.WinnerOrder != nil {
							bp.WinnerOrder = table.WinnerOrder
						}
						if bp != nil && table.StandKV != nil {
							if bp.TableKV == nil {
								bp.TableKV = u.NewJobKv()
							}
							for nk, k := range []string{"中标金额", "中标单位", "预算", "成交状态", "项目名称", "项目编号", "采购范围"} {
								bp.TableKV.Kv[k] = table.StandKV[k]
								if nk < 4 {
									delete(table.StandKV, k)
								}
							}
						}
					}
				}
			}
		}
	}
	for _, table := range tabs {
		table.MergerToTableresult()
		//		for k, v := range table.TableResult.SortKV.Map {
		//			qutil.Debug(k, "=====", v)
		//		}
	}
}

//解析表格
func (table *Table) Analy(contactFormat *u.ContactFormat) []*Table {
	//查找表体中的tr对象
	trs := table.Goquery.ChildrenFiltered("tbody,thead,tfoot").ChildrenFiltered("tr")
	if trs.Size() == 0 {
		trs = table.Goquery.ChildrenFiltered("tr")
	}
	//遍历节点，初始化table 结构
	table.createTabe(trs)
	//重置行列
	table.ComputeRowColSpan()
	//对table结构体进行整体解析处理
	ts := table.AnalyTables(contactFormat)
	return ts
}

//遍历节点，初始化table 结构体
func (table *Table) createTabe(trs *goquery.Selection) {
	trs.Each(func(n int, sel *goquery.Selection) {
		//隐藏行不处理
		if IsHide(sel) {
			return
		}
		//遍历每行的td
		tds := sel.ChildrenFiltered("td,th")
		TR := NewTR(table)
		tdTextIsNull := false
		var empty int
		tds.Each(func(m int, selm *goquery.Selection) {
			//对隐藏列不处理！！！
			if IsHide(selm) {
				return
			}
			//进入每一个单元格
			td := NewTD(selm, TR, table) //初始化td,kv处理，td中有table处理，td的方向
			//num++
			TR.AddTD(td)
			if td.Val == "" && td.SonTableResult == nil { //删除一个tr，tr中所有td是空值的
				empty++
				if tds.Size() == empty {
					tdTextIsNull = true
				}
			}
		})
		//向table添加每行不为空的tr
		if !tdTextIsNull {
			table.AddTR(TR)
		}
	})
}

//对table进行整体解析处理
func (tn *Table) AnalyTables(contactFormat *u.ContactFormat) []*Table {
	ts := tn.tableSubDemolitionTable() //分包，拆表
	for n, table := range ts {
		//处理每个table
		if len(table.TRs) > 0 {
			//删除尾部空白行
			table.deleteTrimTr()
			//table.Print()
			//校对表格
			table.Adjust()
			//查找表格的标签,table.Tag字段
			table.FindTag()
			//log.Println(table.TableResult.Id, table.Html)
			//分割表格
			table.bSplit(n, ts)
			//对没有表头表格的处理
			if table.Tag != "" {
				_, _, b := CheckMultiPackage(table.Tag, "")
				if b {
					table.StandKV["项目名称"] = table.Tag
					table.StandKVWeight["项目名称"] = -100
				}
			}
			table.TdContactFormat(contactFormat) //contactFormat，处理采购单位，代理机构
			//开始查找kv,核心模块,table.SortKV
			table.FindKV()
			//table中抽取品牌,table.BrandData
			if u.IsBrandGoods {
				table.analyBrand()
			}
			//判断是否是多包，并处理分包的//遍历td分块
			table.CheckMultiPackageByTable()
			//str := "\n"
			//for k, v := range table.StandKV {
			//	str += fmt.Sprintf("_==___%s:%v\n", k, v)
			//	if table.TableResult.SortKV.Map[k] == nil {
			//		table.TableResult.SortKV.AddKey(k, v)
			//		table.TableResult.SortKVWeight[k] = table.StandKVWeight[k]
			//	}
			//}
			res, _, _, _, _ := CheckCommon(table.Tag, "abandontable")
			if !res {
				//过滤、标准化、合并kv,table.StandKV,table.StandKVWeight
				table.KVFilter()
			}
			for k, v := range table.StandKV { //过滤后的标准化kv
				if table.TableResult.SortKV.Map[k] == nil {
					table.TableResult.SortKV.AddKey(k, v)
					table.TableResult.SortKVWeight[k] = table.StandKVWeight[k]
				}
			}
			//u.Debug(str)
		}
	}
	return ts
}

//分包，拆表
func (table *Table) tableSubDemolitionTable() []*Table {
	tm := []map[string]interface{}{}
	tmk := map[string]bool{}
	tmn := map[int]map[string]interface{}{}
	for rownum, tr := range table.TRs {
		if len(tr.TDs) == 1 && table.ColNum > 1 { //tr里面有一列，table里面有多列
			td := tr.TDs[0] //取每行第一个td
			//td开始列等于0 && td结束列+1等于table列数 && td长度大于1小于50
			if td.StartCol == 0 && td.EndCol+1 == table.ColNum && len([]rune(td.Val)) > 1 && len([]rune(td.Val)) < 50 {
				con, m1, b := CheckMultiPackage(td.Val, "") //判断分包
				if b {
					for k, _ := range m1 {
						numstr := u.PackageNumberConvert(k)
						m2 := map[string]interface{}{
							"tag": con,
							//"num":      numstr,
							//"numtxt":   v[0],
							"startrow": rownum,
						}
						tmk[numstr] = true
						tmn[rownum] = m2
						tm = append(tm, m2)
						break
					}
				}
			}
		}
	}
	//拆表
	ts := []*Table{}
	if len(tmk) > 1 && len(tmk) == len(tm) {
		var tab1 *Table
		for rownum, tr := range table.TRs {
			if tab1 == nil {
				tab1 = NewTable("", table.TableResult, table.Goquery)
				tab1.BSplit = true
				if tmn[rownum] != nil {
					tab1.StandKV["项目名称"] = tmn[rownum]["tag"].(string)
					tab1.StandKVWeight["项目名称"] = -100
				}
				ts = append(ts, tab1)
			}
			if tmn[rownum] != nil {
				tab1.Tag = tmn[rownum]["tag"].(string)
			} else {
				tab1.AddTR(tr)
			}
			if tmn[rownum+1] != nil {
				tab1 = nil
			}
		}
	} else {
		ts = append(ts, table)
	}
	return ts
}

//分割表格
func (table *Table) bSplit(n int, ts []*Table) {
	if table.BSplit {
		if !table.BHeader && n > 0 {
			for i := n - 1; i > -1; i-- {
				if ts[i].BHeader {
					if ts[i].BFirstRow {
						//取第一行插入到
						table.InsertTR(ts[i].TRs[0])
						table.Adjust()
					}
					break
				}
			}
		}
	}
}

//删除尾部空白行
func (table *Table) deleteTrimTr() {
	for len(table.TRs) > 0 {
		npos := len(table.TRs)
		tailTR := table.TRs[npos-1] //最后一个tr，取最后一行
		bspace := true
		for _, v := range tailTR.TDs {
			if v.Val != "" || v.SonTableResult != nil || len(v.SortKV.Keys) > 0 {
				bspace = false
				break
			}
		}
		//删除尾部空行,是空行的话就删除
		if bspace {
			table.TRs = table.TRs[:npos-1]
		} else {
			break
		}
	}
}

//校对表格
func (table *Table) Adjust() {
	//计算行列起止位置，跨行跨列处理
	table.ComputeRowColSpan()
	//	for k1, tr := range table.TRs {
	//		for k2, td := range tr.TDs {
	//			qutil.Debug(k1, k2, td.Val, td.StartRow, td.EndRow, td.StartCol, td.EndCol)
	//		}
	//	}
	//大概计算每个起止行列的概率
	table.GetKeyRation()
	/*
		for k, v := range table.StartAndEndRation {
			for k1, v1 := range v.Poss {
				bs, _ := json.Marshal(v1)
				str := ""
				for _, td := range v.Tdmap[v1] {
					str += "__" + td.Val + fmt.Sprintf("%d_%d_%d_%d", td.StartRow, td.EndRow, td.StartCol, td.EndCol)
				}
				qutil.Debug(k, k1, string(bs), v.Rationmap[v1], str)
			}
		}
	*/
	//u.Debug("tdnum:", num, table.RowNum, table.ColNum)
	//是否是规则的表格，单元各个数=行数*列数
	table.Brule = table.TDNum == table.RowNum*table.ColNum
	count := 0
	for _, trs := range table.TRs {
		for _, td := range trs.TDs {
			if td.BH {
				count++
			}
		}
	}
	if float32(count)/float32(table.TDNum) < 0.85 {
		//精确计算起止行列是表头的概率
		table.ComputeRowColIsKeyRation()
		bhead := false
	L:
		for i, tr := range table.TRs {
			for _, td := range tr.TDs {
				if td.BH {
					//qutil.Debug("----=====---", td.Val, len(table.TRs[len(table.TRs)-1].TDs), i, len(table.TRs)-1)
					if i == len(table.TRs)-1 && len(table.TRs[len(table.TRs)-1].TDs) == 2 {
						res, _, _, _, _ := CheckCommon(td.Val, "abandontable")
						if res {
							//删除此行
							table.TRs = table.TRs[:len(table.TRs)-1]
							table.Adjust()
							return
						}
					}
					bhead = true
					break L
				}
			}
		}
		table.BHeader = bhead
	}
}

//计算行/列表格的结束位置 StartRow=0 EndRow=0,table.TDNum td个数 table.RowNum 行数
func (table *Table) ComputeRowColSpan() {
	n := 0                         //td总个数
	mapRC := map[int]map[int]int{} //记录第几行pos，起始列对应的合并值
	for k, v := range table.TRs {
		n += len(v.TDs) //每行的td总数相加
		nk := 0         //nk列的起始,k行的起始||如果有合并，起始就不是0
		ball := true
		rowspans := v.TDs[0].Rowspan //某一行第一个td的rowspan
		for _, v1 := range v.TDs {
			if v1.Rowspan != rowspans {
				ball = false
				break
			}
		}
		for _, v1 := range v.TDs {
			if ball {
				v1.Rowspan = 1
			}
			mc := mapRC[k]
			for {
				if mc != nil && mc[nk] > 0 {
					nk += mc[nk]
				} else {
					break
				}
			}
			v1.StartCol = nk
			nk += v1.Colspan - 1
			v1.EndCol = nk
			if nk >= table.ColNum {
				table.ColNum = nk + 1
			}
			nk++
			v1.StartRow = k
			v1.EndRow = k + v1.Rowspan - 1
			ck := fmtkey("c", v1.StartCol, v1.EndCol)
			tdcs := table.StartAndEndRation[ck]
			if tdcs == nil {
				tdcs = NewTDRationScope(ck)
				table.StartAndEndRation[ck] = tdcs
				table.StartAndEndRationKSort.AddKey(ck, 1)
			}
			tdcs.Addtd(v1)
			rk := fmtkey("r", v1.StartRow, v1.EndRow)
			tdrs := table.StartAndEndRation[rk]
			if tdrs == nil {
				tdrs = NewTDRationScope(rk)
				table.StartAndEndRation[rk] = tdrs
				table.StartAndEndRationKSort.AddKey(rk, 1)
			}
			tdrs.Addtd(v1)
			if v1.Rowspan > 1 {
				for i := 1; i < v1.Rowspan; i++ {
					r := k + i
					if r < len(table.TRs) {
						mc := mapRC[r]
						if mc == nil {
							mc = map[int]int{}
						}
						mc[v1.StartCol] = v1.Colspan
						mapRC[r] = mc
					}
				}
			}
		}
	}
	table.TDNum = n               //td总个数
	table.RowNum = len(table.TRs) //tr总行数
}

func fmtkey(t string, start, end int) string {
	return fmt.Sprintf("%s_%d_%d", t, start, end)
}

//查找每个table的标签，如果有标签可按标签处理，否则根据表格去判断
func (table *Table) FindTag() {
	//查找每个table的标签，如果有标签可按标签处理，否则根据表格去判断
	if table.Tag != "" {
		return
	}
	t1, _ := table.Goquery.OuterHtml()
	html := table.Html
	pos := strings.Index(html, t1)
	if pos <= 0 {
		doc, _ := goquery.NewDocumentFromReader(strings.NewReader(table.Html))
		html, _ = doc.Html()
		pos = strings.Index(html, t1)
	}
	//u.Debug("--------", t1, "====\n\n\n\n=====", html)
	if pos > 0 {
		tcon := html[:pos]
		tcon = cut.ClearHtml(tcon)
		tcon = ClearTagReg.ReplaceAllString(tcon, "")
		//u.Debug(pos, "-----------", tcon)
		strs := ttagreg.FindStringSubmatch(tcon)
		if len(strs) > 0 {
			table.Tag = strs[0]
			//u.Debug(table.Tag)
		}
	}
	if table.Tag == "" {
		table.Tag = table.TableResult.BlockTag
	}
	//u.Debug(table.Tag)
}

//计算r/c_start_end的概率
func (table *Table) GetKeyRation() {
	for _, vn := range table.StartAndEndRationKSort.Keys {
		v := table.StartAndEndRation[vn]
		for _, v1 := range v.Poss {
			count := 0
			n := 0
			for _, td := range v.Tdmap[v1] {
				n++
				if td.BH {
					count++
				}
			}
			v.Rationmap[v1] = float32(count) / float32(n)
		}
	}
}

//计算行列是表头的概率调用GetKeyRation
func (table *Table) ComputeRowColIsKeyRation() {
	//增加对跨行校正限止
	//	u.Debug(table.Brule, table.ColNum, table.RowNum, table.TDNum)
	bkeyfirstrow := false
	bkeyfirstcol := false
	if table.Brule { //不存在跨行跨列的情况，规则表格
		checkCompute := map[string]bool{}
		for k, tr := range table.TRs {
			rk := fmtkey("r", tr.TDs[0].StartRow, tr.TDs[0].EndRow)
			if k == 0 { //第1行的概率
				ck := fmtkey("c", tr.TDs[0].StartCol, tr.TDs[0].EndCol)
				//u.Debug(table.BFirstRow, "--", table.StartAndEndRation[rk], table.StartAndEndRation[ck])
				ration1, _ := table.StartAndEndRation[rk].GetTDRation(tr.TDs[0])
				ration2, _ := table.StartAndEndRation[ck].GetTDRation(tr.TDs[0])
				if (len(tr.TDs) == 2 && ration2 < 0.55) && (len(tr.TDs) == 2 && ration1 > 0.5) { //第一行为key
					bkeyfirstrow = true
					ball := true
					for _, td := range tr.TDs {
						if MoneyReg.MatchString(td.Val) {
							bkeyfirstrow = false
							ball = false
							td.BH = false
							break
						}
					}
					for _, td := range tr.TDs {
						if ball {
							//td.BH = true
							td.KeyDirect = 1
							td.KVDirect = 2
						}
					}
				} else if ration2 > 0.55 { //第1列
					bkeyfirstcol = true
					if !checkCompute[ck] {
						checkCompute[ck] = true
						//重置第1列
						for _, tr1 := range table.TRs {
							for _, td1 := range tr1.TDs {
								if td1.StartCol == 0 {
									if !MoneyReg.MatchString(td1.Val) {
										//td1.BH = true
										td1.KeyDirect = 2
										td1.KVDirect = 1
									}
								}
							}
						}
					}
				}
				if !bkeyfirstrow && !bkeyfirstcol {
					if len(tr.TDs) > 1 && ration1 > ration2 && ration1 > 0.5 {
						bkeyfirstrow = true
						for _, td := range tr.TDs {
							if !MoneyReg.MatchString(td.Val) {
								//td.BH = true
								td.KeyDirect = 1
								td.KVDirect = 2
							}
						}
					} else if tr.Table.ColNum > 1 && ration2 > 0.5 {
						bkeyfirstcol = true
						if !checkCompute[ck] {
							checkCompute[ck] = true
							//重置第1列
							for _, tr1 := range table.TRs {
								for _, td1 := range tr1.TDs {
									if td1.StartCol == 0 {
										if !MoneyReg.MatchString(td1.Val) {
											td1.BH = true
											td1.KeyDirect = 2
											td1.KVDirect = 1
										}
									}
								}
							}
						}
					}
				}
			} else {
				if bkeyfirstrow {
					//第一列的概率
					ration1, _ := table.StartAndEndRation[rk].GetTDRation(tr.TDs[0])
					if k == 1 || ration1 < checkval {
						for _, td := range tr.TDs {
							if !td.MustBH {
								td.BH = false
								td.KeyDirect = 0
								td.KVDirect = 0
							}
						}
					} //else {for _, td := range tr.TDs {}}
				} else {
					//列在起作用
					if bkeyfirstcol {
						for _, td := range tr.TDs {
							ck := fmtkey("c", td.StartCol, td.EndCol)
							ration1, _ := table.StartAndEndRation[ck].GetTDRation(td)
							if !checkCompute[ck] {
								checkCompute[ck] = true
								if ration1 >= checkval && td.ColPos != 1 {
									for _, tr1 := range table.TRs {
										for _, td1 := range tr1.TDs {
											if td1.StartCol == td.StartCol {
												if !MoneyReg.MatchString(td1.Val) {
													td1.BH = true
													td1.KeyDirect = 2
													td1.KVDirect = 1
												}
											}
										}
									}
								} else {
									for _, tr1 := range table.TRs[1:] {
										for _, td1 := range tr1.TDs[1:] {
											if td1.StartCol == td.StartCol && !td1.MustBH {
												td1.BH = false
												td1.KeyDirect = 0
												td1.KVDirect = 0
											}
										}
									}
								}
							}

						}
					}
				}
			}
		}
	}
	//qutil.Debug("table.Brule", table.Brule, !bkeyfirstcol && !bkeyfirstrow)
	if !table.Brule || (!bkeyfirstcol && !bkeyfirstrow) {
		//断行问题，虽然同列或同行，但中间被跨行截断，表格方向调整
		for _, k := range table.StartAndEndRationKSort.Keys {
			v := table.StartAndEndRation[k]
			//横向判断,要判断最多的方向，否则会出现不定的情况（map遍历问题）
			k1 := k[:1]
			for _, v2 := range v.Poss {
				lentds := len(v.Tdmap[v2])
				if v.Rationmap[v2] > checkval {
					for _, td := range v.Tdmap[v2] {
						if td.KeyDirect == 0 && !MoneyReg.MatchString(td.Val) {
							if k1 == "r" {
								ck := fmtkey("c", td.StartCol, td.EndCol)
								rt := table.StartAndEndRation[ck]
								//clen := 0
								var fv float32
								var tdn []*TD
								if rt != nil {
									fv, tdn = rt.GetTDRation(td)
									//clen = len(tdn)
								}
								if lentds > 1 {
									if ((tdn != nil && v.Rationmap[v2] > fv) || tdn == nil) && td.Valtype != "BO" {
										td.KeyDirect = 1
										td.KVDirect = 2
										//td.BH = true
									}
								}
							} else {
								ck := fmtkey("r", td.StartRow, td.EndRow)
								rt := table.StartAndEndRation[ck]
								var fv float32
								var tdn []*TD
								//clen := 0
								if rt != nil {
									fv, tdn = rt.GetTDRation(td)
									//clen = len(tdn)
								}
								if lentds > 1 {
									if ((tdn != nil && v.Rationmap[v2] > fv) || tdn == nil) && td.Valtype != "BO" {
										td.KeyDirect = 2
										td.KVDirect = 1
										//td.BH = true
									}
								}
							}
						} else {
							break
						}
					}
				} else if v.Rationmap[v2] < 0.5 && len(v.Tdmap[v2]) > 3 {
					for _, td := range v.Tdmap[v2] {
						//						u.Debug(td.Val, "-----", td.BH)
						if td.KeyDirect == 0 && td.BH && !td.MustBH {
							if k1 == "r" {
								ck := fmtkey("c", td.StartCol, td.EndCol)
								rt := table.StartAndEndRation[ck]
								clen := 0
								var fv float32
								var tdn []*TD
								if rt != nil {
									fv, tdn = rt.GetTDRation(td)
									clen = len(tdn)
								}
								if lentds >= clen && lentds > 1 {
									if (tdn != nil && v.Rationmap[v2] < fv) || tdn == nil {
										td.BH = false
									}
								}
							} else {
								ck := fmtkey("r", td.StartRow, td.EndRow)
								rt := table.StartAndEndRation[ck]
								var fv float32
								var tdn []*TD
								clen := 0
								if rt != nil {
									fv, tdn = rt.GetTDRation(td)
									clen = len(tdn)
								}
								if lentds >= clen && lentds > 1 {
									if (tdn != nil && v.Rationmap[v2] < fv) || tdn == nil {
										td.BH = false
									}
								}
							}

						} else {
							break
						}
					}
				}
			}
		}
	}
	table.GetKeyRation()
	if len(table.TRs) > 0 && len(table.TRs[0].TDs) > 0 {
		t0 := table.TRs[0].TDs[0]
		key := fmtkey("r", t0.StartRow, t0.EndRow)
		r, t := table.StartAndEndRation[key].GetTDRation(t0)
		if r > 0.9 && len(t) > 1 {
			table.BFirstRow = true
		}
		for k, tr := range table.TRs {
			if len(tr.TDs) == 1 && tr.TDs[0].StartCol == 0 && tr.TDs[0].EndCol+1 == table.ColNum {
				tr.TDs[0].BH = false
				tr.TDs[0].KVDirect = 0
				sv := FindKv(tr.TDs[0].Val, "", 2)
				_, resm := colonkvEntity.entrance(tr.TDs[0].Val, "", nil, 2)
				for k, v := range resm {
					sv.AddKey(k, v)
				}
				if len(sv.Keys) > 0 {
					for k1, v1 := range sv.Map {
						if tr.TDs[0].SortKV.Map[k1] == nil {
							table.SortKV.AddKey(k1, v1)
						}
					}
				} else if table.Tag == "" && k == 0 && len(tr.TDs[0].Val) > 11 {
					table.Tag = tr.TDs[0].Val
				}

				//			subVal := tdval_reg.FindAllStringSubmatch(tr.TDs[0].Val, -1)
				//			//u.Debug(tr.TDs[0].Val, subVal)
				//			if len(subVal) > 0 {
				//				for _, subv1 := range subVal {
				//					if len(subv1) == 3 {
				//						table.SortKV.AddKey(subv1[1], subv1[2])
				//					}
				//				}
				//			} else if k == 0 && len(tr.TDs[0].Val) > 11 {
				//				table.Tag = tr.TDs[0].Val
				//			}

			}
			//		for _, td := range tr.TDs {
			//			u.Debug(td.BH, td.Val, "----")
			//		}
		}
	}
}

//查找表格的kv，调用FindTdVal
func (table *Table) FindKV() {
	//判断全是key的表格不再查找
	if table.BHeader { //只要一个是key即为true
		direct := If(table.BFirstRow, 2, 1).(int) //kv，2查找方向，向上查找
		vdirect := If(direct == 2, 1, 2).(int)
		//控制跨行表格
		bcon := false
		//增加表格切块判断，只判断切块分包
		//控制中标人排序方向
		bodirect := 0
		//控制中标人排序数值
		sort := 1
		//开始抽取
		for _, tr := range table.TRs {
			bcon = trSingleColumn(tr, bcon, table) //tr单列,是否丢弃内容
			if bcon {
				continue
			}
			if tr.TDs[0].StartRow > 0 {
				numbh := 0
				for _, td := range tr.TDs {
					if td.BH {
						numbh++
					}
				}
				if numbh > 0 && numbh <= len(tr.TDs)/2 {
					direct, vdirect = 1, 2
				} else {
					direct, vdirect = 2, 1
				}
			}
			for _, td := range tr.TDs {
				/**
				rt := table.StartAndEndRation[fmtkey("r", td.StartCol, td.EndCol)]
				if rt != nil {
					r, t := rt.GetTDRation(td)
					u.Debug(td.BH, td.Val, r, t)
				}
				**/
				//				if td.Val == "电视" || td.Val == "电话机" || td.Val == "传真机" || td.Val == "音响" {
				//qutil.Debug("----td.Valtype", td.Valtype, "td.BH:", td.BH, "KVDirect:", td.KVDirect, "Val:", td.Val, "direct:", direct, "vdirect:", vdirect)
				//				}
				if !td.BH && td.KVDirect < 3 {
					if !table.FindTdVal(td, direct, vdirect) { //table.FindTdVal()存储了table.SortKV
						if !table.FindTdVal(td, vdirect, direct) {
							//都识别不到时，对第一、二中标候选人的处理
							bo, res := GetBidOrder(td, bodirect, sort)
							if res {
								sort++
								bodirect = bo
							}
							if len(td.SortKV.Map) > 0 {
								for tdk, tdv := range td.SortKV.Map {
									if tdv == nil || tdv == "" { //value为空或者null不再添加到table.SortKV
										continue
									}
									table.SortKV.AddKey(tdk, tdv)
								}
							}
						}
					}
					//fmt.Println("td:", td.Val, td.BH, td.HeadTd, td.KVDirect)
				}
			}
		}
		//qutil.Debug("FindKV", table.SortKV.Map)
	} else if len(table.TRs) > 0 { //没有表头的表格处理,默认纵向吧
		res := initLongitudinalData(table) //拼装纵向数组
		//再拆值，类似http://www.ggzy.hi.gov.cn/cgzbgg/16553.jhtml第二列，有多个值
		nmapkeys := []int{}
		nmap := map[int][]*u.Kv{}
	L:
		for _, r1 := range res {
			for n, r := range r1 {
				if len([]rune(r)) < 60 { // 长度小于60才去分
					//res1, _ := GetKVAll(r, "", nil)
					res1, _ := colonkvEntity.entrance(r, "", nil, 2)
					if res1 != nil {
						nmap[n] = res1
						nmapkeys = append(nmapkeys, n)
						/**
						//截取串
						for _k1, _ := range res1 {
							r = regexp.MustCompile(_k1+".*").ReplaceAllString(r, "")
						}
						r1[n] = r
						res[pos] = r1
						**/
					} else if nmap[n] != nil {
						//放空值
						nmap[n] = append(nmap[n], &u.Kv{})
					}
				} else {
					nmap = nil
					nmapkeys = nil
					break L
				}
			}
		}
		//调整
		if len(nmap) > 0 {
			kmapkeys := []string{}
			kmap := map[string][]string{}
			for _, mk := range nmapkeys { //同是第n列
				for pos, m1 := range nmap[mk] {
					k, v := m1.Key, m1.Value
					kv := kmap[k]
					if kv == nil {
						kv = []string{}
					}
					kv = append(kv, v)
					kmap[k] = kv
					kmapkeys = append(kmapkeys, k)
					for _, k := range kmapkeys {
						arr := kmap[k]
						if len(arr) < pos {
							arr = append(arr, "")
							kmap[k] = arr
							kmapkeys = append(kmapkeys, k)
						}
					}
				}
			}
			if len(kmap) > 0 {
				for _, k := range kmapkeys {
					table.SortKV.AddKey(k, kmap[k])
				}
			}
		}
		//=================
		//解析值放到map中
		for _, arr := range res {
			if len(arr) > 0 {
				v1 := arr[0]
				_, _, _, _, repl := CheckCommon(v1, "con")
				if repl == "ENT" {
					table.SortKV.AddKey("中标单位", arr)
					continue
				} else if repl == "BO" {
					table.SortKV.AddKey("排名", arr)
					continue
				}
			}
		}
	}
	//qutil.Debug("FindKV", table.SortKV.Map)
}

//初始化组装纵向数据
func initLongitudinalData(table *Table) [][]string {
	res := make([][]string, len(table.TRs[0].TDs)) //创建table第一行的列数长度
	for n, _ := range res {
		res[n] = []string{}
	}
	for _, tr := range table.TRs {
		for n, td := range table.TRs[0].TDs { //第一行的所有td
			td1 := table.GetTdByRCNo(tr.TDs[0].StartRow, td.StartCol) //根据行号列号获取td对象
			if td1 != nil {
				res[n] = append(res[n], td1.Val)
			} else {
				res[n] = append(res[n], "")
			}
		}
	}
	return res
}

//tr单列,是否丢弃内容
func trSingleColumn(tr *TR, bcon bool, table *Table) bool {
	if len(tr.TDs) == 1 {
		bcon = false
		td := tr.TDs[0]
		if td.StartCol == 0 && td.EndCol+1 == table.ColNum && len([]rune(td.Val)) > 4 && len([]rune(td.Val)) < 50 {
			res, _, _, _, _ := CheckCommon(td.Val, "abandontable")
			if res { //以下内容丢弃
				bcon = true
			}
		}
	}
	return bcon
}

//获取中标人顺序
//direct 0默认 1横向 2纵向
func GetBidOrder(td *TD, direct, n int) (d int, res bool) {
	if td.Valtype != "BO" {
		return
	}
	if td.Rowspan > 1 {
		for i := 0; i < td.Rowspan; i++ {
			nextcol := 1
		L1:
			for {
				vtd := td.TR.Table.GetTdByRCNo(td.StartRow+i, td.EndCol+nextcol)
				if vtd == nil {
					break L1
				}
				nextcol += vtd.Colspan
				if filter_zbdw_v2.MatchString(vtd.Val) {
					arrbo := td.TR.Table.SortKV.Map[NullTxtBid]
					if arrbo == nil {
						arrbo = []map[string]interface{}{}
						td.TR.Table.SortKV.AddKey(NullTxtBid, arrbo)
					}
					a1 := arrbo.([]map[string]interface{})
					a1 = append(a1, map[string]interface{}{
						"entname": vtd.Val,
						"sortstr": td.Val,
						"sort":    GetBidSort(td.Val, n),
					})
					res = true
					td.TR.Table.SortKV.Map[NullTxtBid] = a1
				}
			}
		}
	} else if td.Colspan > 1 {
		for i := 1; i < td.Colspan; i++ {
			nextcol := 0
		L2:
			for {
				vtd := td.TR.Table.GetTdByRCNo(td.StartRow+i, td.StartCol+nextcol)
				if vtd == nil || vtd.Colspan >= td.Colspan {
					break L2
				}
				nextcol += vtd.Colspan
				if filter_zbdw_v2.MatchString(vtd.Val) {
					arrbo := td.TR.Table.SortKV.Map[NullTxtBid]
					if arrbo == nil {
						arrbo = []map[string]interface{}{}
						td.TR.Table.SortKV.AddKey(NullTxtBid, arrbo)
					}
					a1 := arrbo.([]map[string]interface{})
					a1 = append(a1, map[string]interface{}{
						"entname": vtd.Val,
						"sortstr": td.Val,
						"sort":    GetBidSort(td.Val, n),
					})
					res = true
					td.TR.Table.SortKV.Map[NullTxtBid] = a1
				}
			}
		}
	} else {
		rtd := td.TR.Table.GetTdByRCNo(td.StartRow, td.EndCol+1)
		btd := td.TR.Table.GetTdByRCNo(td.EndRow+1, td.StartCol)
		//if ((rtd != nil && !rtd.BH && rtd.Valtype == "BO") || direct == 1) && btd != nil && filter_zbdw_v.MatchString(btd.Val) {
		if ((rtd != nil && !rtd.BH) || direct == 1) && btd != nil && filter_zbdw_v2.MatchString(btd.Val) {
			d = 1
			arrbo := td.TR.Table.SortKV.Map[NullTxtBid]
			if arrbo == nil {
				arrbo = []map[string]interface{}{}
				td.TR.Table.SortKV.AddKey(NullTxtBid, arrbo)
			}
			a1 := arrbo.([]map[string]interface{})
			a1 = append(a1, map[string]interface{}{
				"entname": btd.Val,
				"sortstr": td.Val,
				"sort":    GetBidSort(td.Val, n),
			})
			res = true
			td.TR.Table.SortKV.Map[NullTxtBid] = a1
			//} else if ((btd != nil && !btd.BH && btd.Valtype == "BO") || direct == 2) && rtd != nil && filter_zbdw_v.MatchString(rtd.Val) {
		} else if ((btd != nil && !btd.BH) || direct == 2) && rtd != nil && filter_zbdw_v2.MatchString(rtd.Val) {
			d = 2
			arrbo := td.TR.Table.SortKV.Map[NullTxtBid]
			if arrbo == nil {
				arrbo = []map[string]interface{}{}
				td.TR.Table.SortKV.AddKey(NullTxtBid, arrbo)
			}
			a1 := arrbo.([]map[string]interface{})
			a1 = append(a1, map[string]interface{}{
				"entname": rtd.Val,
				"sortstr": td.Val,
				"sort":    GetBidSort(td.Val, n),
			})
			res = true
			td.TR.Table.SortKV.Map[NullTxtBid] = a1
		}
	}
	return
}

func GetBidSort(str string, n int) int {
	val := n
	if strings.Index(str, "首选") > -1 {
		val = 1
	} else {
		val = winnerOrderEntity.toNumber(str, n)
	}
	return val
}

//查找每一个单元格的表头,调用FindNear
func (table *Table) FindTdVal(td *TD, direct, vdirect int) (b bool) {
	near := table.FindNear(td, direct)
	//	if near != nil {
	//		fmt.Println("near----", near.Val, td.Val)
	//	}
	//	qutil.Debug(near != nil)
	//	qutil.Debug(near.BH)
	//	qutil.Debug(near.KeyDirect == vdirect, near.KeyDirect == 0)
	//	qutil.Debug(near.KVDirect == direct, near.KVDirect == 0)
	//	qutil.Debug(near.KVDirect < 3)
	if near != nil && near.BH && (near.KeyDirect == vdirect || near.KeyDirect == 0) && (near.KVDirect == direct || near.KVDirect == 0) && near.KVDirect < 3 {
		near.KVDirect = direct
		near.KeyDirect = vdirect
		td.KVDirect = direct
		key := near.Val
		if near.Val == "" {
			key = fmtkey("k", near.TR.RowPos, near.ColPos)
		}
		val := table.SortKV.Map[key]
		//qutil.Debug("====================", "key:", key, "val:", val)
		bthiskey := false
		if val != nil {
			curpos := table.SortKV.Index[key]
			thistr := table.kTD[curpos]
			if thistr != near {
				near.Val += "_"
				for table.SortKV.Map[near.Val] != nil {
					near.Val += "_"
				}
				key = near.Val //之前这个地方没有重置，导致把之前结果覆盖了
			} else {
				bthiskey = true
			}
		}
		bfind := false
		barr := false
		varrpos := -1
		if bthiskey {
			//处理是数组值，且有合并行或合并列的情况 kvscope，对数组值的处理
			pos := table.SortKV.Index[key]
			mval := table.kvscope[pos]
			bvalfind := false
			if direct == 1 { //kv是横向
			L1:
				for k3, v3 := range mval {
					for _, v4 := range v3 {
						if v4.EndRow+1 == td.StartRow && v4.EndCol == td.EndCol {
							varrpos = k3
							bvalfind = true
							break L1
						}
					}
				}
			} else { //kv是纵向
			L2:
				for k3, v3 := range mval {
					for _, v4 := range v3 {
						if v4.EndCol+1 == td.StartCol && v4.EndRow == td.EndRow {
							varrpos = k3
							bvalfind = true
							break L2
						}
					}
				}
			}

			if vals, ok := val.([]string); ok {
				if near.Val == "" {
					bn := false
					for _, vs := range vals {
						if vs != "" && NullTdReg.MatchString(vs) {
							bn = true
						} else {
							bn = false
							break
						}
					}
					if bn {
						near.Val = NullTxtBid
						key = NullTxtBid
						bfind = true
					}
				}
				if bvalfind && varrpos > -1 && len(vals) > varrpos {
					vals[varrpos] = td.Val // += "__" + td.Val
				} else {
					//添加时候去除空值和nil
					newVals := []string{}
					for _, isval := range vals {
						if isval == "" {
							continue
						}
						newVals = append(newVals, isval)
					}
					//vals = append(vals, td.Val)
					if td.Val != "" {
						newVals = append(newVals, td.Val)
					}
					val = newVals
					varrpos = len(vals) - 1
				}
			} else if vals, ok := val.(string); ok && vals != "" && td.Val != "" {
				if bvalfind {
					val = td.Val //vals + "__" + td.Val
				} else {
					tval := []string{vals}
					tval = append(tval, td.Val)
					val = tval
					varrpos = 1
				}
			}
			barr = true
		} else {
			if td.Val != "" {
				val = td.Val
			} else if len(near.SortKV.Map) == 1 && near.SortKV.Map[near.Val] != "" {
				val = near.SortKV.Map[near.Val]
			}
		}
		td.HeadTd = near
		if bfind {
			tkey := fmtkey("k", near.TR.RowPos, near.ColPos)
			table.SortKV.ReplaceKey(key, val, tkey)
		} else {
			if val == nil || val == "" || key == "采购项目预算金额" {
				return
			}
			table.SortKV.AddKey(key, val)
			//if table.SortKV.Map[key] != nil {
			pos := table.SortKV.Index[key]
			//qutil.Debug("=========", "key:", key, "val:", val, "pos:", pos)
			if barr {
				mval := table.kvscope[pos]
				if mval != nil {
					tds := mval[varrpos]
					if tds != nil {
						tds = append(tds, td)
					} else {
						tds = []*TD{td}
					}
					if varrpos > -1 {
						mval[varrpos] = tds
						table.kvscope[pos] = mval
					}
				}
			} else {
				table.kvscope[pos] = map[int][]*TD{
					0: []*TD{td},
				}
				table.kTD[pos] = near
			}
			//}
		}
		b = true
	}
	return
}

//查找单元格的表头时，横向或纵向
func (table *Table) FindNear(td *TD, direct int) *TD {
	if direct == 1 && td.StartCol > 0 { //左临
		tr := table.TRs[:td.TR.RowPos+1]
		for i := len(tr) - 1; i > -1; i-- {
			tds := tr[i].TDs
			for _, td1 := range tds {
				if td1.StartRow <= td.StartRow && td1.EndRow >= td.EndRow && td1.EndCol+1 == td.StartCol {
					//找到左临节点
					if td1.BH {
						return td1
					} else {
						if td1.HeadTd != nil && td1.HeadTd.KVDirect == direct {
							return td1.HeadTd
						}
					}
				}
			}
		}
	} else if direct == 2 && td.StartRow > 0 { //上临
		tr := table.TRs[:td.TR.RowPos]
		for i := len(tr) - 1; i > -1; i-- {
			tds := tr[i].TDs
			for _, td1 := range tds {
				if td1.StartCol <= td.StartCol && td1.EndCol >= td.EndCol && td1.EndRow+1 == td.StartRow {
					//找到左临节点
					if td1.BH {
						return td1
					} else {
						if td1.HeadTd != nil && td1.HeadTd.KVDirect == direct {
							return td1.HeadTd
						}
					}
				}
			}
		}
	}
	return nil
}

//根据行号列号获取td对象
func (tn *Table) GetTdByRCNo(row, col int) *TD {
	for _, tr := range tn.TRs {
		for _, td := range tr.TDs {
			if td.StartCol <= col && td.EndCol >= col && td.StartRow <= row && td.EndRow >= row {
				return td
			}
		}
	}
	return nil
}

//判断表格是否是分包
func (tn *Table) CheckMultiPackageByTable() (b bool, index []string) {
	pac := 0             //包的数量
	val := 0             //分值
	index = []string{}   //存储分包，使用tbale.SortKV的key和value使用正则等处理对值进行判断
	index_pos := []int{} //下标
	//是数组且能找到标段之类的提示
	//arr_count := 0 //计数table.SortKV的value是数组的数量,后面没用
	key_index := -1
	hasPkgTd := map[string]bool{}
	//初始化CheckMultiPackageByTable方法需要的数据
	key_index, index, index_pos, val, pac, hasPkgTd = initCheckMultiPackageByTable(tn, key_index, index, index_pos, val, pac, hasPkgTd)
	//key是分包的情况
	//记录key对应的值
	commonKeyVals := map[string][]string{}
	//记录key出现的次数
	keyExistsCount := map[string]int{}
	if pac > 1 {
		val = 10
	} else {
		//查找标签
		if TableMultiPackageReg_4.MatchString(tn.Tag) {
			val += 4
		} else if TableMultiPackageReg_2.MatchString(tn.Tag) {
			val += 4
		}
		//根据table.SortKV的key判断是否分包,如果没有再根据value判断
		val, index, index_pos = foundPacBySortKV(tn, val, index, index_pos, &keyExistsCount, &commonKeyVals, key_index, hasPkgTd)
	}
	//	u.Debug(index)
	//过滤重复及标准化！
	standIndex := []string{}
	standIndex_pos := []int{}
	oldIndex := []string{} //存放包的原始值
	brepeat := map[string]bool{}
	for k, v := range index {
		v = u.PackageNumberConvert(v)
		if !brepeat[v] {
			brepeat[v] = true
			standIndex = append(standIndex, v)
			standIndex_pos = append(standIndex_pos, index_pos[k])
			oldIndex = append(oldIndex, index[k])
		}
	}
	index = standIndex
	//有一个以上的包，并且相同的key出现一次以上，认为这个key是属于包里面的
	if len(commonKeyVals) > 0 {
		for k, v := range commonKeyVals {
			if len(index) > 1 && keyExistsCount[k] < 2 {
				continue
			}
			tn.SortKV.AddKey(k, v)
		}
	}
	//
	isGoonNext := false
	if val > 4 && len(brepeat) > 0 {
		b = true
		//多包解析
		if b {
			tn.BPackage = true
			//根据数组index分包长度添加table.BlockPackage子包数组
			for nk, v := range index {
				if tn.BlockPackage.Map[v] == nil {
					bp := &u.BlockPackage{}
					bp.Index = v                  //序号 (转换后编号，只有数字或字母)
					bp.Origin = oldIndex[nk]      //包的原始值
					bp.TableKV = u.NewJobKv()     //table kv (分出的对应的KV值)
					tn.BlockPackage.AddKey(v, bp) //table子包数组
				}
			}
			isGoonNext = tn.manyPackageProcessByIndex(index, standIndex_pos) //多包处理,处理不同情况下的分包
		}
	} else {
		isGoonNext = true
	}
	if isGoonNext { //没有处理成数组的情况下，继续调用正文查找分包的方法
		tn.isGoonNext()
	}
	//查找分包中的中标人排序
	if tn.BlockPackage != nil && tn.BlockPackage.Map != nil && len(tn.BlockPackage.Map) > 0 {
		for _, v := range tn.BlockPackage.Map {
			vv := v.(*u.BlockPackage)
			if vv.WinnerOrder == nil || len(vv.WinnerOrder) == 0 {
				vv.WinnerOrder = winnerOrderEntity.Find(vv.Text, true, 2)
			}
		}
	}
	return
}

//多包处理,处理不同情况下的分包
func (tn *Table) manyPackageProcessByIndex(index []string, standIndex_pos []int) (isGoonNext bool) {
	if len(index) == 1 { //是一个的情况
		if len(tn.SortKV.Keys) < 10 && tn.ColNum < 10 && tn.RowNum < 4 { //table带排序的KV值小于10并且小于10列和小于4行
			beq := true
			for _, v2 := range tn.SortKV.Map {
				if _, ok := v2.(string); !ok {
					beq = false
					break
				}
			}
			if beq { //统一处理为数组
				td := tn.GetTdByRCNo(tn.RowNum-1, 0)
				if !td.BH && FindVal2_1.MatchString(td.Val) {
					for k2, v2 := range tn.SortKV.Map {
						tn.SortKV.Map[k2] = []string{v2.(string)}
					}
				} else {
					//没有处理成数组的情况下，继续调用正文查找分包的方法
					isGoonNext = true
				}
			}
		}
	}
	for _, k1 := range tn.SortKV.Keys {
		v1 := tn.SortKV.Map[k1]
		if _, bvs := v1.(string); bvs && len(index) > 1 && !strings.HasSuffix(k1, "_") { //table.SortKV.Map.value为字符串并且index有分包而且table.SortKV.Map.key没有_
			v1_array := []string{v1.(string)}
			underline := ""
			for {
				underline += "_"
				if tn.SortKV.Map[k1+underline] == nil {
					break
				} else if v3, v2_ok := tn.SortKV.Map[k1+underline].(string); v2_ok && v3 != "" {
					v1_array = append(v1_array, v3)
				}
			}
			v1 = v1_array
		}
		if val, bvs := v1.([]string); bvs {
			if len(val) <= len(index) { //table.SortKV.Map.value数组小于等于分包index
				for k, v := range val {
					tn.assemblePackage(k1, v, index[k]) //组装解析到的分包
				}
			} else {
				for sk1, sv2 := range index {
					v := val[sk1]
					//处理http://www.hljcg.gov.cn/xwzs!queryOneXwxxqx.action?xwbh=8145b599-a11e-45cb-a76a-12157a715570
					if v == "" && strings.Index(k1, "供应商") > -1 {
						if sk1 != len(index)-1 {
							//u.Debug(val[sk1+1], val[sk1+2])
							if standIndex_pos[sk1+1]-standIndex_pos[sk1] > 1 {
								v = val[standIndex_pos[sk1]+1]
							}
						} else {
							if standIndex_pos[sk1] < len(val)-1 {
								v = val[standIndex_pos[sk1]+1]
							}
						}
					}
					tn.assemblePackage(k1, v, sv2)
				}
			}
			//删除子包的kv
			//u.Debug("----==1==-------", k1)
			k1tags := u.GetTags(k1) //取得匹配
			//if !(len(k1tags) > 0 && k1tags[0].Value == "采购单位") {
			//	tn.SortKV.RemoveKey(k1)
			//}
			for _, vcgdw := range k1tags {
				if vcgdw.Value == "采购单位" {
					tn.SortKV.RemoveKey(k1)
				}
			}
		} else if val, bvs := v1.(string); bvs && len(index) == 1 {
			//删除子包的kv
			k1tags, _, _, _, _ := CommonDataAnaly(k1, "", "", val)
			if len(k1tags) > 0 && regexp.MustCompile("^(项目|开标|采购单位|招标机构)").MatchString(k1tags[0]) { //(k1tags[0].Value == "采购单位" || k1tags[0].Value == "项目编号")) {
				//log.Println("remove", k1, val)
				tn.SortKV.RemoveKey(k1)
				tn.assemblePackage(k1, val, index[0])
			}
			//u.Debug("----==2==-------", k1)
		}

	}
	return isGoonNext
}

//没有处理成数组的情况下，继续调用正文查找分包的方法
func (tn *Table) isGoonNext() {
	blockPackage := map[string]*u.BlockPackage{}
	for _, k := range tn.SortKV.Keys {
		if excludeKey.MatchString(k) {
			continue
		}
		str := "" //拼装为冒号kv
		v := tn.SortKV.Map[k]
		nk := regReplAllSpace.ReplaceAllString(k, "")
		if vs, ok := v.([]string); ok {
			str += fmt.Sprintf("%s:%s\n", nk, strings.Join(vs, " "))
		} else {
			str += fmt.Sprintf("%s:%s\n", nk, v)
		}
		b, _ := divisionPackageChild(&blockPackage, str, tn.Tag, false, false) //分块之后分包
		if b && len(blockPackage) > 0 {
			tn.BPackage = true
			for mk, mv := range blockPackage {
				if tn.BlockPackage.Map[mk] == nil {
					tn.BlockPackage.AddKey(mk, mv)
				} else {
					bp := tn.BlockPackage.Map[mk].(*u.BlockPackage)
					if bp.TableKV == nil {
						bp.TableKV = u.NewJobKv()
					}
					for k2, v2 := range mv.ColonKV.Kv {
						if bp.TableKV.Kv[k2] == "" {
							bp.TableKV.Kv[k2] = v2
							bp.TableKV.KvTag[k2] = mv.ColonKV.KvTag[k2]
							bp.Text += fmt.Sprintf("%v:%v\n", k2, v2)
						}
					}
					for k2, v2 := range mv.SpaceKV.Kv {
						if bp.TableKV.Kv[k2] == "" {
							bp.TableKV.Kv[k2] = v2
							bp.TableKV.KvTag[k2] = mv.SpaceKV.KvTag[k2]
							bp.Text += fmt.Sprintf("%v:%v\n", k2, v2)
						}
					}
				}
			}
			tn.BPackage = true
			tn.SortKV.RemoveKey(k)
		}
	}
}

//根据table.SortKV的key判断是否分包,如果没有再根据value判断
func foundPacBySortKV(tn *Table, val int, index []string, index_pos []int, keyExistsCount *map[string]int, commonKeyVals *map[string][]string, key_index int, hasPkgTd map[string]bool) (rval int, rindex []string, rindex_pos []int) {
	keyIsPkg := false
	for in, k := range tn.SortKV.Keys {
		if excludeKey.MatchString(BracketsTextReg.ReplaceAllString(k, "")) { //判断分包前排除
			continue
		}
		v := tn.SortKV.Map[k]
		//key是分包的情况
		if ismatch := FindVal_1.MatchString(k); keyIsPkg || ismatch {
			if ismatch {
				keyIsPkg = true
				val += 4
				pkgFlag := FindVal_1.FindString(k) //对值进行分包判断
				k = strings.Replace(k, pkgFlag, "", -1)
				index = append(index, pkgFlag)
				index_pos = append(index_pos, len(index))
				val += 1
				//pac++
			} else {
				k = strings.TrimRight(k, "_")
			}
			(*keyExistsCount)[k] = (*keyExistsCount)[k] + 1
			(*commonKeyVals)[k] = append((*commonKeyVals)[k], qutil.ObjToString(v))
		} else if k1 := FilterKey_2.ReplaceAllString(k, ""); FindKey_2.MatchString(k1) {
			val += 4
			//value数组分包
			if vs, bvs1 := v.([]string); bvs1 {
			L:
				for in2, v1 := range vs {
					if len([]rune(v1)) < 20 && !moneyNum.MatchString(v1) && FindVal2_1.MatchString(v1) {
						for _, serial := range tn.TableResult.RuleBlock.TitleRegs {
							if serial.MatchString(v1) {
								break L
							}
						}
						if key_index == -1 {
							key_index = in
						} else if key_index != in {
							break
						}
						index = append(index, v1)
						index_pos = append(index_pos, in2)
						val += 1
						//pac++
					}
				}
			} else if v1, ok := v.(string); ok && !hasPkgTd[k] {
				//value字符串分包
				v1 = replPkgConfusion(v1) //替换分包中混淆的词
				for _, v2 := range strings.Split(v1, "/") {
					if len([]rune(v2)) < 20 && !moneyNum.MatchString(v2) && FindVal2_1.MatchString(v2) {
						key_index = in
						index = append(index, v1)
						index_pos = append(index_pos, 0)
						val += 1
						//pac++
						underline := ""
						for {
							underline += "_"
							if tn.SortKV.Map[k+underline] == nil {
								break
							} else if v3, v2_ok := tn.SortKV.Map[k+underline].(string); v2_ok && v3 != "" {
								index = append(index, v3)
								index_pos = append(index_pos, 1)
							} else if v3, v2_ok := tn.SortKV.Map[k+underline].([]string); v2_ok {
								for v2_k, v2_v := range v3 {
									index = append(index, v2_v)
									index_pos = append(index_pos, v2_k+1)
								}
							}
						}
						break
					}
				}
			}
			break
		}
	}
	return val, index, index_pos
}

//初始化CheckMultiPackageByTable方法需要的数据
func initCheckMultiPackageByTable(tn *Table, key_index int, index []string, index_pos []int, val int, pac int, hasPkgTd map[string]bool) (rkey_index int, rindex []string, rindex_pos []int, rval int, rpac int, rhasPkgTd map[string]bool) {
	for in, k := range tn.SortKV.Keys {
		//涉及包号|包件号?|项目标号|规格|型号|招标范围|业绩|废标)|(^编号$)|([^包段标]编号)就跳过
		if excludeKey.MatchString(BracketsTextReg.ReplaceAllString(k, "")) {
			continue
		}
		v := tn.SortKV.Map[k]
		if vs, bvs := v.([]string); bvs {
			//arr_count++
			haspkgs := []string{}
			for in2, v1 := range vs {
				v1 = replPkgConfusion(v1) //替换分包中混淆的词
				if len([]rune(v1)) < 8 && !moneyNum.MatchString(v1) && FindVal_1.MatchString(v1) {
					if key_index == -1 {
						key_index = in
					} else if key_index != in {
						break
					}
					index = append(index, FindVal_1.FindString(v1))
					index_pos = append(index_pos, in2)
					val += 1
					pac++
				} else {
					if ok, v1new := isHasOnePkgAndNoKv(v1); ok { //td的值里面有一个包，并且没有冒号kv
						haspkgs = append(haspkgs, v1new)
					}
				}
			}
			/*处理这种情况：
			<tr><td>包一：xxxxxxxxx</td></tr>
			<tr><td>包二：xxxxxxxxx</td></tr>
			*/
			if len(index) == 0 && len(haspkgs) > 0 && len(haspkgs) == len(vs) {
				for in2, v1 := range haspkgs {
					if key_index == -1 {
						key_index = in
					} else if key_index != in {
						break
					}
					index = append(index, v1)
					index_pos = append(index_pos, in2)
					val += 1
					pac++
				}
			}
		} else if v1, ok := v.(string); ok {
			v1 = replPkgConfusion(v1) //替换分包中混淆的词
			if len([]rune(v1)) < 8 && !moneyNum.MatchString(v1) && FindVal_1.MatchString(v1) {
				key_index = in
				index = append(index, FindVal_1.FindString(v1))
				index_pos = append(index_pos, 0)
				val += 1
				pac++
			} else if getTd := tn.GetTdByRCNo(0, tn.SortKV.Index[k]); getTd != nil && getTd.KVDirect == 2 { //纵向
				/*处理这种情况：
				<tr><td>包一：xxxxxxxxx</td></tr>
				*/
				if ok, v1new := isHasOnePkgAndNoKv(v1); ok {
					hasPkgTd[k] = true
					key_index = in
					index = append(index, v1new)
					index_pos = append(index_pos, 0)
					val += 1
					pac++
				}
			}
		}
	}
	return key_index, index, index_pos, val, pac, hasPkgTd
}

//组装解析到的分包,//key如果匹配到抽取关键词就添加到table.SortKV
func (tn *Table) assemblePackage(k1, v1, key string) {
	bp := tn.BlockPackage.Map[key].(*u.BlockPackage)
	if bp.TableKV == nil {
		bp.TableKV = u.NewJobKv()
	}
	if v1 != "" {
		k2, w1, v2, _, bf := CommonDataAnaly(k1, "中标情况", "", v1) //匹配抽取关键词
		if bf {
			for pos, k3 := range k2 {
				if bp.TableKV.Kv != nil && bp.TableKV.KvTag[k3] != nil && (bp.TableKV.Kv[k3] == "" || w1[pos] > bp.TableKV.KvTag[k3].Weight) {
					bp.TableKV.Kv[k3] = v2
					bp.TableKV.KvTag[k3] = &u.Tag{Value: v2, Weight: w1[pos]}
				} else {
					bp.TableKV.Kv[k1] = qutil.ObjToString(v1)
					if tn.SortKV.Map[k3] == nil {
						tn.SortKV.AddKey(k3, v2) //添加匹配到抽取关键词的key，value
					}
				}
			}
		} else {
			bp.TableKV.Kv[k1] = qutil.ObjToString(v1)
		}
	}
	k1 = regReplAllSpace.ReplaceAllString(k1, "")
	//拼接内容
	if !excludeKey.MatchString(k1) {
		bp.Text += fmt.Sprintf("%v:%v\n", k1, v1)
	}
	tn.BlockPackage.Map[key] = bp
}

/**
之前爬虫过来的数据对table表格的抓取异常问题
查找并修正不规则表格的字符串，只对全文做处理，块内的表格不需要修正
**/
var thbf = regexp.MustCompile("(?i)</?t(head|body|foot)>")

//需要保留thead
var saveThead = regexp.MustCompile("(?is)<thead>(.+?)</thead>")

func RepairCon(con string) string {
	res := saveThead.FindAllStringSubmatch(con, 1)
	th := ""
	if len(res) == 1 && len(res[0]) == 2 {
		th = u.TrimLeftSpace(res[0][1], "")
	}
	con = thbf.ReplaceAllString(con, "")
	con = u.TrimLeftSpace(con, "")
	itbody := strings.Index(con, "<tr")
	iLen := 3
	if itbody == 0 {
		con = findpos(con, iLen, itbody)
	} else {
		itable := strings.Index(con, "<table")
		if itable == -1 || itable > itbody {
			con = findpos(con, iLen, itbody)
		}
	}
	//保留第一个thead
	if th != "" {
		con = strings.Replace(con, th, "<thead>"+th+"</thead>", 1)
	}
	//u.Debug(con)
	return con
}

//修复表格
func findpos(con string, iLen, start int) (newcon string) {
	defer qutil.Catch()
	n := len(con)
	layer := 0
	pos := 0
	if start >= 0 {
		if iLen == 6 {
			for i := iLen + start; i < len(con); i++ {
				if con[i] == '<' && i+6 < n {
					str := con[i : i+6]
					if str == "</tbod" {
						if layer == 0 {
							pos = i
							break
						} else {
							layer--
						}
						i += 6
					} else if str == "<tbody" {
						layer++
						i += 6
					}
				}
			}
			if pos+7 <= n && start+6 < pos {
				newcon = con[:start] + "<table" + con[start+6:pos] + "</table" + con[pos+7:]
			}
		} else {
			layer++
			nq := 0
			lasttr := 0
			for i := iLen + start; i < len(con); i++ {
				if con[i] == '<' && i+4 < n {
					if nq == 0 {
						str := con[i : i+4]
						if str == "</tr" {
							if layer <= 0 {
								pos = i //正常情况不会存在此类情况
								break
							} else {
								layer--
								lasttr = i
							}
							i += 4
						} else if str[:3] == "<tr" {
							layer++
							i += 4
						} else if str == "<tab" && i+6 < n && con[i+4:i+6] == "le" {
							if layer == 0 {
								break
							} else {
								//内嵌的表格
								nq++
							}
						}
					} else {
						if i+6 < n {
							str := con[i : i+6]
							if str == "</tabl" {
								nq--
							} else if str == "<table" {
								nq++
							}
						} else {
							break
						}
					}
				}
			}
			if pos == 0 && lasttr > 3 {
				pos = lasttr + 5
			} else if pos > 0 {
				pos += 5
			}
			if pos <= n && pos < len(con) && start < pos {
				newcon = con[:start] + "<table>" + con[start:pos] + "</table>" + con[pos:]
			}
		}
	}
	if newcon == "" {
		newcon = con
	}
	return
}

//td的值里面有一个包，并且没有冒号kv
func isHasOnePkgAndNoKv(v1 string) (bool, string) {
	v1s := FindVal_1.FindAllString(v1, -1)
	colonCount := len(regDivision.FindAllString(v1, -1))
	if len(v1s) == 1 && colonCount < 2 {
		ispkgcolon := regexp.MustCompile(v1s[0] + "[:：]").MatchString(v1)
		if (ispkgcolon && colonCount == 1) || (!ispkgcolon && colonCount == 0) {
			return true, v1s[0]
		}
	}
	return false, v1
}

//替换分包中混淆的词
func replPkgConfusion(v1 string) string {
	v1 = PreReg.ReplaceAllString(v1, "")
	v1 = PreReg1.ReplaceAllString(v1, "")
	v1 = PreCon.ReplaceAllString(v1, "")
	v1 = PreCon2.ReplaceAllString(v1, "")
	return v1
}

//对td中的值，进行再处理
func (tn *Table) TdContactFormat(contactFormat *u.ContactFormat) {
	//处理表格中的联系人信息
	indexMap := contactFormat.IndexMap
	matchMap := contactFormat.MatchMap
	weightMap := map[string]map[string]interface{}{} //权重
	mustMatchFirst := len(indexMap) > 0              //第一个必须匹配上
	reCreate := false
	matchCount := 0
	contactTypeTagMap := map[string]map[string][]interface{}{}
	//u.Debug(mustMatchFirst, indexMap, matchMap)
	notMatchTrCount := 0
	allAscFind := true //开启正序查询
	//涉及变量allAscFind，indexMap
	if len(indexMap) == 0 {
		isCanAddToIndexMap := false
		matchPrevFlag := false
		prevCanAddToIndexMap := false
	LS:
		for _, tr := range tn.TRs {
			for td_index, td := range tr.TDs {
				thisTdKvs := tn.tdkv(td) //获取td冒号kv
				if len(thisTdKvs) != 1 {
					continue
				}
				//1.处理带括号的()[]【】采购单位，代理机构；2.识别采购单位联系人、联系电话、代理机构联系人、联系电话
				goOnFunc, isContinue, td_k := tn.tdKV(thisTdKvs[0].Key, &matchPrevFlag, &isCanAddToIndexMap, &indexMap, "LS")
				if !goOnFunc {
					break LS
				}
				if isContinue {
					continue
				}
				//采购单位，代理机构
				for _, k := range HasOrderContactType(td_k) {
					if !ContactType[k].MatchString(td_k) { //不是采购单位，代理机构跳过
						continue
					}
					if len(indexMap) == 0 {
						if isCanAddToIndexMap || (prevCanAddToIndexMap && len(tr.TDs) == 1) {
							myPrevTdVal := ""
							if td_index-2 >= 0 {
								myPrevTdVal = tr.TDs[td_index-2].Val
								if myPrevTdVal != "" && len([]rune(myPrevTdVal)) < 10 && ContactInfoMustReg.MatchString(myPrevTdVal) {
									matchPrevFlag = true
								}
							}
							indexMap[0] = k
							break
						}
					} else {
						indexMap = map[int]string{}
						break LS
					}
				}
			}
			prevCanAddToIndexMap = isCanAddToIndexMap
			isCanAddToIndexMap = false
		}
		if len(indexMap) > 0 {
			allAscFind = false
		}
	}
	//////
L:
	for tr_index, tr := range tn.TRs {
		thisTrHasMatch := false
		jumpNextTd := false
		for td_index, td := range tr.TDs {
			//和|以?及|与|、多个词和在一起
			jumpNextTd, thisTrHasMatch = tn.tdsMultipleWords(jumpNextTd, td, td_index, tr, thisTrHasMatch, indexMap)
			//分块之后的kv
			thisTdKvs := kvAfterDivideBlock("", td.Text, 3, tn.TableResult.RuleBlock)
			if len(thisTdKvs) == 0 {
				thisTdKvs = tn.tdkv(td) //获取冒号kv
			}
			tdAscFind := true //开启td正序查询
			if len(thisTdKvs) == 0 {
				continue
			} else if allAscFind && len(thisTdKvs) >= 3 && len(indexMap) == 0 {
				//采购人在联系人、电话后面的处理
				tdAscFind = tn.hasIndexMap(thisTdKvs, &indexMap, tdAscFind)
			}
			prevKey := ""
			oldIndexMapLength := len(indexMap)
			thidTdIndex := td_index
			//notmatchCount := 0
			kvTitle := ""
			for _, td_kv := range thisTdKvs {
				//u.Debug(td_kv.Key, td_kv.Value, td_kv.Title)
				iscontinue := false
				td_v := td_kv.Value
				td_k := FilterContactKey(td_kv.Key) //带括号()[]的采购单位，代理机构处理
				td_k_length := len([]rune(td_k))
				if td_k_length < 3 || td_k_length > 15 {
					continue
				}
				//都为正序查询
				if allAscFind && tdAscFind {
					//都为正序查询处理
					matchCount, weightMap, matchMap, thisTrHasMatch, indexMap, iscontinue, reCreate, thidTdIndex = tn.asdFind(td_k, matchCount, weightMap, matchMap, td, thisTrHasMatch, td_kv, indexMap, iscontinue, reCreate, thidTdIndex)
				}
				if iscontinue {
					continue
				}
				//不在同一块中
				if td_kv.Title != "" && kvTitle != td_kv.Title && len(indexMap) > 0 && !ContactInfoMustReg.MatchString(td_kv.Key) {
					thidTdIndex = 0
					matchMap = map[string]map[string]bool{}
					indexMap = map[int]string{}
				}
				kvTitle = td_kv.Title
				//u.Debug(indexMap, td_k, td_v, matchMap)
				if td_k_length < 2 || td_k_length > 10 {
					continue
				}
				if len(indexMap) > 0 {
					//没有识别到采购单位联系人、联系电话、代理机构联系人、联系电话
					if !ContactInfoMustReg.MatchString(td_k) {
						//notmatchCount++
						//if notmatchCount < len(indexMap)*2 && false {//false???????
						//	notmatchCount = 0
						//	thidTdIndex = 0
						//	indexMap = map[int]string{}
						//	matchMap = map[string]map[string]bool{}
						//}
						if mustMatchFirst { //indexMap初始值大于0
							break L
						}
						continue
					}
					reCreate = true
					index := td_index
					//oldIndexMapLength原来的indexMap等于0 ，现在的indexMap大于1
					if oldIndexMapLength == 0 && len(indexMap) > 1 {
						if prevKey != td_k {
							prevKey = td_k
							index = td_index
						} else if prevKey == td_k {
							index++
						}
					}
					//kv.value为空
					if filterValue.MatchString(td_v) {
						thisTrHasMatch = true
						continue
					}
					//u.Debug(indexMap, td_k, td_v, matchMap, index, modle)
					//myContactType
					myContactType := indexMap[index]
					if myContactType == "" && len(indexMap) == 1 {
						_, onlyContactType := u.FirstKeyValueInMap(indexMap)
						myContactType, _ = onlyContactType.(string)
					}
					if myContactType == "" {
						continue
					}
					matchCount++
					if matchMap[myContactType] == nil {
						matchMap[myContactType] = map[string]bool{}
					}
					if IsContactKvHandle(ContactInfoMustReg.FindString(td_k), matchMap[myContactType]) {
						continue
					}
					matchMap[myContactType][ContactInfoMustReg.FindString(td_k)] = true
					if ContactType[myContactType].MatchString(td_k) {
						continue
					}
					thisTrHasMatch = true
					//modle
					modle(thisTdKvs, td, myContactType, td_k, td_v, &contactTypeTagMap, tn, &weightMap, tr_index, td_index)
				}
			}
			//u.Debug(td.SortKV.Map)
		}
		if allAscFind && !thisTrHasMatch {
			notMatchTrCount++
			if notMatchTrCount >= 2 {
				notMatchTrCount = 0
				indexMap = map[int]string{}
			}
		}
	}
	//u.Debug("end", matchCount, indexMap, matchMap)
	if matchCount == 0 {
		indexMap = map[int]string{}
		matchMap = map[string]map[string]bool{}
	}
	(*contactFormat).IndexMap = indexMap
	(*contactFormat).MatchMap = matchMap
	//	for _, tr := range tn.TRs {
	//		for _, td := range tr.TDs {
	//			log.Println(td.SortKV.Map)
	//		}
	//	}
}

//modle
func modle(thisTdKvs []*u.Kv, td *TD, myContactType, td_k, td_v string, contactTypeTagMap *map[string]map[string][]interface{}, tn *Table, weightMap *map[string]map[string]interface{}, tr_index, td_index int) {
	modle := 0
	if len(thisTdKvs) == 1 {
		if regReplAllSpace.ReplaceAllString(thisTdKvs[0].Value, "") == "" {
			modle = 1
		} else {
			modle = 2
		}
	}
	if modle == 1 {
		td.Text = myContactType + td_k
		td.Val = td.Text
	} else {
		//
		if !strings.HasSuffix(td_k, "方式") {
			_, kTag := KvTagsToKV([]*u.Kv{&u.Kv{Key: myContactType + td_k, Value: td_v}}, "", BuyerContacts, 3)
			if len(kTag) == 1 {
				tagVal, _ := u.FirstKeyValueInMap(kTag)
				if tagVal == "采购单位联系人" && ContactBuyerPersonFilterReg.MatchString(td_v) {
					return
				}
				if (*contactTypeTagMap)[myContactType] == nil {
					(*contactTypeTagMap)[myContactType] = map[string][]interface{}{}
				}
				myOldKeyArray := (*contactTypeTagMap)[myContactType][tagVal]
				if myOldKeyArray != nil {
					tn.TRs[myOldKeyArray[0].(int)].TDs[myOldKeyArray[1].(int)].SortKV.RemoveKey(myContactType + myOldKeyArray[2].(string))
				} else {
					(*contactTypeTagMap)[myContactType][tagVal] = make([]interface{}, 3)
				}
				if (*weightMap)[myContactType] == nil {
					(*weightMap)[myContactType] = map[string]interface{}{}
				}
				(*weightMap)[myContactType][tagVal] = 1
				(*contactTypeTagMap)[myContactType][tagVal] = []interface{}{tr_index, td_index, td_k}
			}
		}
		td.SortKV.AddKey(myContactType+td_k, td_v)
	}
}

//都为正序查询
func (tn *Table) asdFind(td_k string, matchCount int, weightMap map[string]map[string]interface{}, matchMap map[string]map[string]bool, td *TD, thisTrHasMatch bool, td_kv *u.Kv, indexMap map[int]string, iscontinue bool, reCreate bool, thidTdIndex int) (int, map[string]map[string]interface{}, map[string]map[string]bool, bool, map[int]string, bool, bool, int) {
	for _, k := range HasOrderContactType(td_k) { //采购单位，代理机构
		if !ContactType[k].MatchString(td_k) { //没有匹配到采购单位，代理机构
			continue
		}
		matchCount++
		if weightMap[k] == nil {
			weightMap[k] = map[string]interface{}{}
		}
		//匹配到进行处理
		if ContactInfoVagueReg.MatchString(td_k) {
			thisTrHasMatch = tn.matchContactType(&matchMap, k, td_k, td_kv.Value, td, &weightMap, thisTrHasMatch)
		} else if k == "采购单位" { //打标签，权重高的重新覆盖
			_, kTag := KvTagsToKV([]*u.Kv{td_kv}, "", []string{"采购单位"}, 3)
			tagVal, weightVal := u.FirstKeyValueInMap(kTag)
			if tagVal == k {
				if weightMap[k][k] == nil || (weightVal != nil && weightVal.(int) >= weightMap[k][k].(int)) || len(matchMap[k]) == 0 {
					weightMap[k][k] = weightVal.(int)
					matchMap[k] = map[string]bool{}
					indexMap = map[int]string{}
				}
			}
		}
		if u.IsMapHasValue(k, indexMap) { //map中是否存在value
			thisTrHasMatch = true
			iscontinue = true
			continue
		}
		if reCreate {
			indexMap = map[int]string{}
			reCreate = false
		}
		indexMap[thidTdIndex] = k
		iscontinue = true
		thisTrHasMatch = true
		thidTdIndex++
		break
	}
	if len(indexMap) == 0 && td_kv.PrevLine != "" {
		//td_kv.PrevLine
		prevLine := FilterSerial.ReplaceAllString(td_kv.PrevLine, "")
		for k, v := range ContactType { //采购单位，代理机构正则
			if u.IsArrayHasValue(prevLine, v.FindAllString(prevLine, -1)) {
				indexMap[thidTdIndex] = k
				thisTrHasMatch = true
				thidTdIndex++
			}
		}
	}
	if len(indexMap) == 0 && td_kv.Title != "" {
		//td_kv.Title
		if titleMatchType := ContactTypeTitleMatch(td_kv.Title); titleMatchType != "" {
			thidTdIndex = 0
			matchMap = map[string]map[string]bool{}
			indexMap = map[int]string{1: titleMatchType}
		}
	}
	return matchCount, weightMap, matchMap, thisTrHasMatch, indexMap, iscontinue, reCreate, thidTdIndex
}

//匹配到进行处理
func (tn *Table) matchContactType(matchMap *map[string]map[string]bool, k string, td_k string, td_v string, td *TD, weightMap *map[string]map[string]interface{}, thisTrHasMatch bool) bool {
	if (*matchMap)[k] == nil {
		(*matchMap)[k] = map[string]bool{}
	}
	isAddToMatchMap := true
	if !strings.HasSuffix(td_k, "方式") {
		_, kTag := KvTagsToKV([]*u.Kv{&u.Kv{Key: td_k, Value: td_v}}, "", BuyerContacts, 3)
		if len(kTag) == 1 {
			tagVal, weightVal := u.FirstKeyValueInMap(kTag)
			if tagVal == "采购单位联系人" && ContactBuyerPersonFilterReg.MatchString(td_v) {
				isAddToMatchMap = false
			}
			if td.SortKV.Map[tagVal] != nil {
				if (*weightMap)[k][tagVal] == nil || (weightVal != nil && weightVal.(int) >= (*weightMap)[k][tagVal].(int)) {
					(*weightMap)[k][tagVal] = weightVal.(int)
					td.SortKV.AddKey(tagVal, td_v)
					thisTrHasMatch = true
				}
			} else {
				(*weightMap)[k][tagVal] = weightVal.(int)
			}
		}
	}
	if isAddToMatchMap && !filterValue.MatchString(td_v) && td_v != "" {
		(*matchMap)[k][ContactInfoVagueReg.FindString(td_k)] = true
	}
	return thisTrHasMatch
}

//采购人在联系人、电话后面的处理
func (tn *Table) hasIndexMap(thisTdKvs []*u.Kv, indexMap *map[int]string, tdAscFind bool) bool {
	//采购人在联系人、电话后面的处理
	isCanAddToIndexMap := false
LL:
	for _, td_kv := range thisTdKvs {
		//1.处理带括号的()[]【】采购单位，代理机构；2.识别采购单位联系人、联系电话、代理机构联系人、联系电话
		goOnFunc, isContinue, td_k := tn.tdKV(td_kv.Key, nil, &isCanAddToIndexMap, indexMap, "LL")
		if !goOnFunc {
			break LL
		}
		if isContinue {
			continue
		}
		if len(*indexMap) == 0 {
			for _, k := range HasOrderContactType(td_k) { //采购单位，代理机构
				if !ContactType[k].MatchString(td_k) {
					continue
				}
				if isCanAddToIndexMap && len(*indexMap) == 0 {
					(*indexMap)[0] = k
					break
				}
			}
		}
	}
	if len(*indexMap) > 0 {
		tdAscFind = false
	}
	return tdAscFind
}

//和|以?及|与|、多个词和在一起
func (tn *Table) tdsMultipleWords(jumpNextTd bool, td *TD, td_index int, tr *TR, thisTrHasMatch bool, indexMap map[int]string) (jump, thisTr bool) {
	if !jumpNextTd && len([]rune(td.Text)) >= 5 && len([]rune(td.Text)) <= 15 && regSplit.MatchString(td.Text) && td_index+1 < len(tr.TDs) {
		thisTdVals := regSplit.Split(td.Text, -1)
		nextTdVals := MultipleValueSplitReg.Split(tr.TDs[td_index+1].Val, -1)
		if len(thisTdVals) == len(nextTdVals) { //本次和下个长度相等
			for _, k := range HasOrderContactType(td.Text) { //采购单位，代理机构
				if ContactType[k].MatchString(td.Text) { //采购单位，代理机构
					for thisTdVals_k, thisTdVals_v := range thisTdVals {
						thisTdVals_v = strings.TrimSpace(thisTdVals_v)
						if ContactType[k].MatchString(thisTdVals_v) { //采购单位，代理机构
							thisTrHasMatch = true
							tr.TDs[td_index+1].SortKV.AddKey(thisTdVals_v, nextTdVals[thisTdVals_k])
							continue
						}
						if !ContactInfoMustReg.MatchString(thisTdVals_v) {
							continue
						}
						jumpNextTd = true
						thisTrHasMatch = true
						tr.TDs[td_index+1].SortKV.AddKey(k+thisTdVals_v, nextTdVals[thisTdVals_k])
					}
					break
				}
			}
			if len(indexMap) > 0 {
				_, onlyContactType := u.FirstKeyValueInMap(indexMap)
				if myContactType, _ := onlyContactType.(string); myContactType != "" {
					for thisTdVals_k, thisTdVals_v := range thisTdVals {
						thisTdVals_v = strings.TrimSpace(thisTdVals_v)
						if ContactInfoMustReg.MatchString(thisTdVals_v) {
							jumpNextTd = true
							thisTrHasMatch = true
							tr.TDs[td_index+1].SortKV.AddKey(myContactType+thisTdVals_v, nextTdVals[thisTdVals_k])
						}
					}
				}
			}
		}
	} else {
		jumpNextTd = false
	}
	return jumpNextTd, thisTrHasMatch
}

//采购单位，代理机构
func (tn *Table) tdHasOrderContactType(td_k string, indexMap *map[int]string, tr *TR, prevCanAddToIndexMap, isCanAddToIndexMap, matchPrevFlag *bool, td_index int) (gotoFunc bool) {
	for _, k := range HasOrderContactType(td_k) { //采购单位，代理机构
		if !ContactType[k].MatchString(td_k) {
			continue
		}
		if len(*indexMap) == 0 {
			if (*isCanAddToIndexMap) || (*prevCanAddToIndexMap && len(tr.TDs) == 1) {
				myPrevTdVal := ""
				if td_index-2 >= 0 {
					myPrevTdVal = tr.TDs[td_index-2].Val
				}
				if myPrevTdVal != "" && len([]rune(myPrevTdVal)) < 10 && ContactInfoMustReg.MatchString(myPrevTdVal) {
					(*matchPrevFlag) = true
				}
				(*indexMap)[0] = k
				break
			}
		} else {
			(*indexMap) = map[int]string{}
			return false
		}
	}
	return true
}

//1.处理带括号的()[]【】采购单位，代理机构；2.识别采购单位联系人、联系电话、代理机构联系人、联系电话
func (tn *Table) tdKV(key string, matchPrevFlag, isCanAddToIndexMap *bool, indexMap *map[int]string, gotoName string) (goOnFunc, isContinue bool, td_k string) {
	td_k = FilterContactKey(key) //带括号的()[]【】采购单位，代理机构处理
	td_k_length := len([]rune(td_k))
	if td_k_length < 2 || td_k_length > 15 {
		return true, true, "" //继续执行，跳过当前循环
	}
	isContinue = ContactInfoMustReg.MatchString(td_k) //识别采购单位联系人、联系电话、代理机构联系人、联系电话
	if isContinue || (ContactInfoVagueReg.MatchString(td_k) && u.IsMapHasValue(td_k, ContactType)) {
		if gotoName == "LS" && !(*matchPrevFlag) && len(*indexMap) > 0 {
			(*indexMap) = map[int]string{}
			return false, false, "" //中断外层循环
		}
		if gotoName == "LL" && len(*indexMap) > 0 {
			(*indexMap) = map[int]string{}
			return false, false, ""
		}
		(*isCanAddToIndexMap) = true
	}
	return true, false, td_k //继续执行，不结束当前循环，返回处理后的值
}

//获取td冒号kv
func (tn *Table) tdkv(td *TD) []*u.Kv {
	thisTdKvs := colonkvEntity.GetKvs(td.Text, tn.Desc, 2) //获取冒号kv
	//获取冒号
	if len(thisTdKvs) == 0 {
		tdValue := regReplAllSpace.ReplaceAllString(td.Text, "") //去除空格换行
		if tdValue != "" && len([]rune(tdValue)) < 10 {
			thisTdKvs = append(thisTdKvs, &u.Kv{
				Key:   tdValue,
				Value: "",
			})
		}
	}
	return thisTdKvs
}

//table中抽取品牌,table.BrandData
func (table *Table) analyBrand() {
	//5c2d8c05a5cb26b9b782572b
	//产品名称 品牌 规格 单价 单位 数量  小计 质保期
	lineMapArr := make(map[string]*SortMap)
	lineMap := make(map[string]*SortMap)
	brandRule := u.BrandRules
	//初始化lineMapArr,lineMap;
	lineMapArr, lineMap = initLineMapLineMapArr(table) //处理数组数据后,匹配必须title和替换要保存的title
	//qutil.Debug("lineMapArr----", len(lineMapArr))
	if len(lineMapArr) > 0 {
		for _, aMap := range lineMapArr {
			maxNum := 0    //记录最大长度
			arrcount1 := 0 //记录key是否存在必须title(数组数据)
			arrcount2 := 0
			ka := make(map[string][]string) //最终存储数据
			//qutil.Debug("aMap.Keys----", aMap.Keys)
			//匹配商品规则
			arrcount1, arrcount2, ka = table.matchMapArrBrandRule(aMap, brandRule, ka, arrcount1, arrcount2)
			//找最终存储数据的最小len(arr)
			//			for _, vf := range ka {
			//				//找最短的数组
			//				lenVal := len(vf)
			//				if minNum == 0 || minNum > lenVal { //maxNum = len(最短数组)
			//					minNum = lenVal
			//				}
			//			}
			//找最终存储数据的最大len(arr),小的补空
			for _, vf1 := range ka {
				lenVal := len(vf1)
				if lenVal > maxNum {
					maxNum = lenVal
				}
			}
			//table.BrandData商品存储
			finishKa := make(map[string][]string)
			for vf2K, vf2 := range ka {
				if len(vf2) < maxNum {
					if vf2K == "unitprice" { //价格的当前总数比最大的总数小就跳过，可能是总价格而不是单个的价格
						continue
					}
					lenMv := maxNum - len(vf2)
					for i := 0; i < lenMv; i++ {
						vf2 = append(vf2, "")
					}
				}
				finishKa[vf2K] = vf2
			}
			hasKey(table, arrcount1) //是否匹配到table中的标题
			//qutil.Debug("finishKa----", finishKa)
			if arrcount1 >= 1 {
				if arrcount1+arrcount2 == 1 { //删除只匹配到一个价钱(总价)
					delete(finishKa, "unitprice")
				}
				finishData := dealArrData(maxNum, finishKa)
				table.BrandData = append(table.BrandData, finishData) //存储了table.BrandData
			}
		}
	}
	//处理string数据后,匹配必须title和替换要保存的title
	//qutil.Debug("lineMap----", len(lineMap))
	if len(lineMap) > 0 {
		for _, sMap := range lineMap {
			strcount1 := 0 //记录key是否存在必须title(字符串数据)
			strcount2 := 0
			endStrMap := make(map[string]string)
			//qutil.Debug(k, "aMap.Keys----", sMap.Keys)
			//匹配商品规则
			strcount1, strcount2, endStrMap = table.matchMapBrandRule(sMap, brandRule, endStrMap, strcount1, strcount2)
			//原始字符串数据处理
			hasKey(table, strcount1) //是否匹配到table中的标题
			//qutil.Debug("endStrMap----", endStrMap)
			if strcount1 >= 1 {
				if strcount1+strcount2 == 1 { //删除只匹配到一个价钱(总价)
					delete(endStrMap, "unitprice")
				}
				finishData := dealStrData(endStrMap) //处理数据
				if len(finishData) > 0 {
					table.BrandData = append(table.BrandData, finishData)
				}
			}
		}
	}
}

//字符串匹配商品规则
func (table *Table) matchMapBrandRule(sMap *SortMap, brandRule map[string]map[string]string, endStrMap map[string]string, strcount1, strcount2 int) (int, int, map[string]string) {
	for _, k1 := range sMap.Keys {
		match := false //记录must是否匹配到
		v1 := qutil.ObjToString(sMap.Map[k1])
		//	for k1, v1 := range sMap {
		//qutil.Debug(k1, "++++++++++", v1)
		if v1 == "" {
			continue
		}
		//匹配必须title
		for nameM, r := range brandRule["must"] {
			if convert(k1, r) { //匹配成功
				v1tmp1 := v1
				match = true
				if nameM == "itemname" || nameM == "modal" { //特殊处理itemname
					hasGoods(table, v1)
					if nameM == "itemname" {
						v1tmp1 = filterItem(v1)[0] //过滤itemname
						if v1tmp1 == "" {
							break
						}
					}
				}
				if nameM == "brandname" || nameM == "modal" { //特殊处理brandname
					if endStrMap["brandname"] == "" {
						brand, allNull := hasBrand(table, v1)
						if !allNull {
							endStrMap["brandname"] = brand[0]
						}
					}
				}
				//unitprice
				if nameM == "unitprice" { //处理金额
					v1tmp1 = dealPrice(k1, v1)[0]
				}
				if nameM != "brandname" && endStrMap[nameM] == "" {
					endStrMap[nameM] = v1tmp1
				}
				strcount1++
			}
		}
		//替换其它要保存字段
		if !match {
			for nameR, r := range brandRule["replace"] {
				if convert(k1, r) { //匹配成功
					v1tmp2 := v1
					//totalprice
					if nameR == "totalprice" { //处理金额
						v1tmp2 = dealPrice(k1, v1)[0]
					}
					//number
					if nameR == "number" { //处理数量
						varr1, uname1 := dealNumber(v1)
						v1tmp2 = varr1[0]
						//从number中获取到的单位
						if endStrMap["unitname"] == "" && uname1[0] != "" {
							endStrMap["unitname"] = uname1[0]
						}
					}
					if v1tmp2 != "" {
						endStrMap[nameR] = v1tmp2
					}
					strcount2++
				}
			}
		}
		//}
	}
	return strcount1, strcount2, endStrMap
}

//数组匹配商品规则
func (table *Table) matchMapArrBrandRule(aMap *SortMap, brandRule map[string]map[string]string, ka map[string][]string, arrcount1, arrcount2 int) (int, int, map[string][]string) {
	for _, k0 := range aMap.Keys {
		match := false //记录must是否匹配到
		v0 := aMap.Map[k0].([]string)
		//匹配必须title
		for nameM, r := range brandRule["must"] {
			if convert(k0, r) { //匹配成功
				v0tmp1 := v0
				match = true
				if len(ka[nameM]) != 0 && strings.Contains(k0, "描述") { //防止k0匹配到多次 和特殊情况 物料名称 物料描述同时出现
					continue
				}
				if nameM == "itemname" || nameM == "modal" {
					hasGoods(table, v0...) //判断itemname和modal中有没有商品
					if nameM == "itemname" {
						v0tmp1 = filterItem(v0...) //过滤itemname
					}
				}
				if nameM == "brandname" || nameM == "modal" {
					if len(ka["brandname"]) == 0 {
						brand, allNull := hasBrand(table, v0...)
						if !allNull {
							ka["brandname"] = brand
						}
					}
				}
				//unitprice
				if nameM == "unitprice" { //处理金额
					v0tmp1 = dealPrice(k0, v0...)
				}
				if nameM != "brandname" && len(ka[nameM]) == 0 {
					ka[nameM] = v0tmp1
				}
				arrcount1++
			}
		}
		//替换其它要保存字段
		if !match { //must未匹配，匹配replace
			for nameR, r := range brandRule["replace"] {
				if convert(k0, r) { //匹配成功
					v0tmp2 := v0
					//totalprice
					if nameR == "totalprice" { //处理金额
						v0tmp2 = dealPrice(k0, v0...)
					}
					//number
					if nameR == "number" { //处理数量
						uname0 := []string{}
						v0tmp2, uname0 = dealNumber(v0...)
						if len(ka["unitname"]) == 0 && len(uname0) != 0 {
							ka["unitname"] = uname0
						}
					}
					if len(v0tmp2) > 0 {
						ka[nameR] = v0tmp2
					}
					arrcount2++
				}
			}
		}
	}
	return arrcount1, arrcount2, ka
}

//初始化lineMapArr,lineMap
func initLineMapLineMapArr(table *Table) (lineMapArr map[string]*SortMap, lineMap map[string]*SortMap) {
	lineMapArr = make(map[string]*SortMap)
	lineMap = make(map[string]*SortMap)
	for _, key := range table.SortKV.Keys { //遍历table.SortKV.Keys而不是直接遍历table.SortKV.Map是为了得到table头的顺序
		val := table.SortKV.Map[key]
		key = regReplAllSpace.ReplaceAllString(key, "")
		key = strings.Replace(key, "", "", -1) //处理一个特殊的采购量 经上层处理空格后未处理掉
		if realTypeVal, ok := val.([]string); ok { //val为数组 {"数量":["1","2","3"]}
			/*
				{
					"商品":["",""],
					"商品_"["",""],
				}
			*/
			valArr, allempty := filterVal(realTypeVal...) //过滤数据
			if allempty {
				continue
			}
			realTypeVal = valArr
			line := underline.FindString(key)
			lineValMap1 := lineMapArr[line]
			//			i := 1
			//		L:
			//			for { //去除数组空数据
			//				last := realTypeVal[len(realTypeVal)-i]
			//				if last == "" {
			//					i++
			//					if i > len(realTypeVal) {
			//						break
			//					}
			//					goto L
			//				} else {
			//					break
			//				}
			//			}
			//			dislodgeNull := realTypeVal[:(len(realTypeVal) - i + 1)] //去除数组中空数据
			if len(realTypeVal) > 0 {
				if lineValMap1 == nil {
					tmp := NewSortMap()
					tmp.AddKey(key, realTypeVal)
					lineMapArr[line] = tmp
				} else {
					lineValMap1.AddKey(key, realTypeVal)
				}
			}

			//qutil.Debug("lineMapArr---", lineMapArr[line].Keys, lineMapArr[line].Map)
		} else if realTypeVal, b := val.(string); b { //val为字符串 {"数量":"1"}
			/*
				{
					"商品:"",名称："",
					"商品_:"",名称_："",
					"商品__:"",名称__："",
				}
			*/
			valArr, allempty := filterVal(realTypeVal) //过滤数据
			if allempty {
				continue
			}
			realTypeVal = valArr[0]
			line := underline.FindString(key)
			lineValMap2 := lineMap[line]
			if lineValMap2 == nil {
				tmp := NewSortMap()
				tmp.AddKey(key, realTypeVal)
				lineMap[line] = tmp
			} else {
				lineValMap2.AddKey(key, realTypeVal)
			}
			//qutil.Debug("lineMap---", lineMap[line].Keys, lineMap[line].Map)
		} else {
			// "_id" : ObjectId("5c2c3802a5cb26b9b78646c4")5c2b0551a5cb26b9b7cb05db否5c2a42e6a5cb26b9b763ba5a采购人：一、采购人5c2b06f5a5cb26b9b7cc4409
			//成交供应商排名 [map[entname:昆明合优科技有限公司 sortstr:第一中标候选人 sort:1] map[sort:2 entname:昆明厚起科技有限公司 sortstr:第二中标候选人] map[entname:云南远安科技发展有限公司 sortstr:第三中标候选人 sort:3]]
			//qutil.Debug("err data:", key, val)
		}
	}
	return lineMapArr, lineMap
}

func dealArrData(maxNum int, ka map[string][]string) []map[string]string {
	for k2, v2 := range ka {
		//处理数组长度不相等,使长度一致
		if len(v2) > maxNum {
			ka[k2] = v2[:maxNum]
		}
	}
	finalData := assembleData(ka, 1)
	if len(finalData) > 0 {
		return finalData
	}
	return nil

}
func dealStrData(kv map[string]string) []map[string]string {
	finalData := []map[string]string{}
	if len(kv) > 0 {
		finalData = assembleData(kv, 2)
	}
	return finalData

}

//组装数据，每一行的数据为一数据集合
func assembleData(m interface{}, n int) []map[string]string {
	defer qutil.Catch()
	/*
		{
			"itemname":["计算机","打印机","机柜"],
			"number"  :["1","12","4"]
		}
	*/
	datas := []map[string]string{}
	if n == 1 { //数组数据
		realTypeM := m.(map[string][]string)
		//根据数组数据的顺序 将多个数组中索引相同的数据拼装成一个map，并将这多个map放入一个arr
		/*
			arr1 ["a1","b1","c1"]
			arr2 ["a2","b2","c2"]

			[
				{"a1","a2"},
				{"b1","b2"},
				{"c1","c2"}
			]
		*/
		//start
		for k3, v3 := range realTypeM {
			for _, val := range v3 {
				data := make(map[string]string)
				data[k3] = val
				datas = append(datas, data)
			}
			break
		}
		for i, data := range datas {
			for k4, v4 := range realTypeM {
				if i < len(v4) { //数组数据长度不一致
					if v4[i] != " " {
						data[k4] = v4[i]
					} else {
						delete(data, k4)
					}
				} else {
					fmt.Println("err table")
				}
			}
			datas[i] = data
		}
		//end
		for _, fdv := range datas { //清除空数据和只含特殊符号的数据
			for fmk, fmv := range fdv {
				if tabletdclear.ReplaceAllString(fmv, "") == "" {
					delete(fdv, fmk)
				}
			}
		}
	} else { //字符串数据
		realTypeM := m.(map[string]string)
		datas = append(datas, realTypeM)
	}
	return datas
}

////组装数据，每一行的数据为一数据集合
//func assembleData(m interface{}, n int) []map[string]string {
//	defer qutil.Catch()
//	/*
//		{
//			"itemname":["计算机","打印机","机柜"],
//			"number"  :["1","12","4"]
//		}
//	*/
//	datas := []map[string]string{}
//	switch reflect.TypeOf(m).String() {
//	case "map[string][]string": //数组数据
//		realTypeM := m.(map[string][]string)
//		//根据数组数据的顺序 将多个数组中索引相同的数据拼装成一个map，并将这多个map放入一个arr
//		/*
//			arr1 ["a1","b1","c1"]
//			arr2 ["a2","b2","c2"]

//			[
//				{"a1","a2"},
//				{"b1","b2"},
//				{"c1","c2"}
//			]
//		*/
//		//start
//		for k3, v3 := range realTypeM {
//			for _, val := range v3 {
//				data := make(map[string]string)
//				data[k3] = val
//				datas = append(datas, data)
//			}
//			break
//		}
//		for i, data := range datas {
//			for k4, v4 := range realTypeM {
//				if i < len(v4) { //数组数据长度不一致
//					if v4[i] != " " {
//						data[k4] = v4[i]
//					} else {
//						delete(data, k4)
//						//continue
//					}
//				} else {
//					fmt.Println("err table")
//					//continue
//				}
//			}
//			datas[i] = data
//		}
//		//end
//		//		for _, fdv := range datas { //清除空数据和只含特殊符号的数据
//		//			for fmk, fmv := range fdv {
//		//				if tabletdclear.ReplaceAllString(fmv, "") == "" {
//		//					delete(fdv, fmk)
//		//				}
//		//			}
//		//		}
//	case "map[string]string": //字符串数据
//		realTypeM := m.(map[string]string)
//		datas = append(datas, realTypeM)
//	default:
//	}
//	return datas
//}

func convert(key, r string) bool {
	defer qutil.Catch()
	flag := false
	key = tabletitleclear.ReplaceAllString(key, "")
	reg, err := regexp.Compile(r)
	if err != nil {
		fmt.Println("reg err:", err)
		return false
	}
	flag = reg.MatchString(key)
	return flag
}

func hasKey(table *Table, n int) {
	defer qutil.Catch()
	if table.TableResult.HasKey == 1 {
		return
	}
	if n >= 1 {
		table.TableResult.HasKey = 1
	}
}

func hasGoods(table *Table, data ...string) {
	defer qutil.Catch()
	goodsArr := make([]string, len(data))
	//fmt.Println("table.TableResult.HasGoods=====", table.TableResult.HasGoods)
	if table.TableResult.HasGoods == 1 {
		return
	}
	for i, d := range data {
		if d != "" {
			goods := u.GoodsGet.CheckSensitiveWord(d)
			//fmt.Println("goods======", goods)
			goodsArr[i] = goods
			if len(goods) > 0 {
				table.TableResult.HasGoods = 1
				break
			}
		}
	}
}

//func hasBrand(table *Table, data ...string) {
//	defer qutil.Catch()
//	if table.TableResult.HasBrand == 1 {
//		return
//	}
//	for i, d := range data {
//		if d != "" {
//			brand := u.BrandGet.CheckSensitiveWord(d)
//			qutil.Debug(d, brand)
//			if brand != "" {
//				table.TableResult.HasBrand = 1
//				break
//			}
//		}
//	}
//}

func hasBrand(table *Table, data ...string) ([]string, bool) {
	defer qutil.Catch()
	//fmt.Println("table.TableResult.HasBrand---------", table.TableResult.HasBrand)
	brandArr := make([]string, len(data))
	//	if table.TableResult.HasBrand == 1 {
	//		return brandArr, 1
	//	}
	allNull := true
	for i, d := range data {
		//if d != "" {
		brand := u.BrandGet.CheckSensitiveWord(d)
		if brand != "" {
			allNull = false
		}
		//fmt.Println("brand======", brand)
		brandArr[i] = brand
		if len(brand) > 0 {
			table.TableResult.HasBrand = 1
		}
		//}
	}
	return brandArr, allNull
}

//过滤td值
func filterVal(val ...string) ([]string, bool) {
	defer qutil.Catch()
	n := 0 //记录被过滤的个数
	for i, v := range val {
		afterFilter := tabletdclear.ReplaceAllString(v, "")
		afterFilter = NullVal.ReplaceAllString(afterFilter, "")
		if afterFilter == "" {
			n++
		}
		val[i] = afterFilter
	}
	allempty := false
	if n == len(val) { //所有都被过滤掉
		allempty = true
	}
	return val, allempty
}

//过滤itemname全是数字
func filterItem(itemval ...string) []string {
	defer qutil.Catch()
	result := []string{}
	for _, v := range itemval {
		afterFilter := numclear.ReplaceAllString(v, "")
		if afterFilter != "" {
			result = append(result, v)
		} else {
			result = append(result, afterFilter)
		}
	}
	return result
}

//处理价格
func dealPrice(key string, val ...string) []string {
	defer qutil.Catch()
	iswan := strings.Contains(key, "万") //表格title中带有万
	result := []string{}
	for _, v := range val { //1.00万元 1元
		tmparr := strings.Split(v, ".")
		tmparr[0] = moneyNum.ReplaceAllString(tmparr[0], "")
		if iswan {
			result = append(result, tmparr[0]+"0000")
		} else {
			if strings.Contains(v, "万") { //价格中带有万
				result = append(result, tmparr[0]+"0000")
			} else {
				result = append(result, tmparr[0])
			}
		}
	}
	return result
}

//处理number
func dealNumber(val ...string) ([]string, []string) {
	defer qutil.Catch()
	unitnameArr := []string{}
	result := []string{}
	for _, v := range val { //1个 1.00个
		n := numclear.FindString(v)
		unitname := numclear.ReplaceAllString(v, "") //匹配个数后的单位
		unitnameArr = append(unitnameArr, unitname)
		//val[i] = strings.Split(n, ".")[0]
		result = append(result, strings.Split(n, ".")[0])
	}
	return result, unitnameArr
}

func (tn *Table) analyProNameAndItemNumber() {

}