package customChartesing

import (
	"appPlatform/overall/publicmethod"
	"fmt"
	"strconv"
)

func (c *ChartInfo) JieXiSearchTime() (xAlist []string) {
	if searchMap, isOk := c.Search.(map[string]interface{}); isOk {
		if factor, isOk := searchMap["factor"]; isOk {

			if factorMap, isOk := factor.([]interface{}); isOk {
				for _, v := range factorMap {
					if val, isOk := v.(map[string]interface{}); isOk {
						if _, isOk := val["field"]; isOk {
							if isTime, isOk := val["isTime"]; isOk {
								if isTrue, isOk := isTime.(bool); isOk {
									if isTrue {
										var startTime int64 = 0
										var endTime int64 = 0
										if valData, isOk := val["value"]; isOk {
											if valMap, isok := valData.([]interface{}); isok {
												if len(valMap) > 0 {
													startTime, _ = publicmethod.StringToInt64(valMap[0])
													endTime, _ = publicmethod.StringToInt64(valMap[len(valMap)-1])

													if publicmethod.GetIntLength(startTime) >= 13 {
														startTime = startTime / 1000
													}
													if publicmethod.GetIntLength(endTime) >= 13 {
														endTime = endTime / 1000
													}

													if timeType, isOk := val["timeType"]; isOk {
														timeTypeStr := publicmethod.TypeToInterface(timeType)
														switch timeTypeStr {
														case "year":
															starYear := publicmethod.UnixTimeToDay(startTime, 16)
															endYear := publicmethod.UnixTimeToDay(endTime, 16)
															starYearInt, _ := strconv.ParseInt(starYear, 10, 64)
															endYearInt, _ := strconv.ParseInt(endYear, 10, 64)
															buJinzhi := endYearInt - starYearInt
															fmt.Printf("年度计算:%v-------->%v-------->%v\n\n", endYearInt, starYearInt, buJinzhi)
															if buJinzhi == 0 {
																xAlist = append(xAlist, fmt.Sprintf("%v", buJinzhi))
															} else {
																var i int64
																for i = 0; i <= buJinzhi; i++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v", starYearInt+i))
																}
															}
														case "month":
															starYear := publicmethod.UnixTimeToDay(startTime, 16)
															beginMonth := publicmethod.UnixTimeToDay(startTime, 17)
															endYear := publicmethod.UnixTimeToDay(endTime, 16)
															endMonth := publicmethod.UnixTimeToDay(endTime, 17)
															// fmt.Printf("年度计算:%v-------->%v-------->%v-------->%v\n\n", starYear, beginMonth, endYear, endMonth)
															if starYear == endYear && beginMonth == endMonth {
																xAlist = append(xAlist, fmt.Sprintf("%v-%v", starYear, beginMonth))
															} else if starYear == endYear && beginMonth != endMonth {
																beginMonthInt, _ := strconv.ParseInt(beginMonth, 10, 64)
																endMonthInt, _ := strconv.ParseInt(endMonth, 10, 64)
																for i := beginMonthInt; i <= endMonthInt; i++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v-%v", starYear, i))
																}
																// fmt.Printf("年度计算:%v-----1--->%v-------->%v-------->%v\n\n", starYear, beginMonthInt, endYear, xAlist)
															} else {

																beginMonthInt, _ := strconv.ParseInt(beginMonth, 10, 64)
																endMonthInt, _ := strconv.ParseInt(endMonth, 10, 64)
																// fmt.Printf("年度计算:%v-----2--->%v-------->%v-------->%v\n\n", starYear, beginMonthInt, endYear, endMonthInt)
																for i := beginMonthInt; i <= 12; i++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v-%v", starYear, beginMonthInt+i))
																}
																var j int64
																for j = 0; j < endMonthInt; j++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v-%v", endYear, j))
																}
															}
															// fmt.Printf("年度计算:%v-----3--->%v-------->%v-------->%v\n\n", starYear, xAlist, endYear, xAlist)
														case "day":
															starday := publicmethod.UnixTimeToDay(startTime, 14)
															endday := publicmethod.UnixTimeToDay(endTime, 14)
															beginDayInt := publicmethod.DateToTimeStampOld(fmt.Sprintf("%v 00:00:00", starday))
															endDayInt := publicmethod.DateToTimeStampOld(fmt.Sprintf("%v 00:00:00", endday))

															for beginDayInt <= endDayInt {
																xAlist = append(xAlist, publicmethod.UnixTimeToDay(beginDayInt, 14))
																beginDayInt = beginDayInt + 86400
															}
														case "hour":
															starday := publicmethod.UnixTimeToDay(startTime, 13)
															endday := publicmethod.UnixTimeToDay(endTime, 13)
															beginDayInt := publicmethod.DateToTimeStampOld(fmt.Sprintf("%v:00:00", starday))
															endDayInt := publicmethod.DateToTimeStampOld(fmt.Sprintf("%v:00:00", endday))
															for beginDayInt <= endDayInt {
																xAlist = append(xAlist, publicmethod.UnixTimeToDay(beginDayInt, 13))
																beginDayInt = beginDayInt + 60
															}
														case "minute":
															starday := publicmethod.UnixTimeToDay(startTime, 12)
															endday := publicmethod.UnixTimeToDay(endTime, 12)
															beginDayInt := publicmethod.DateToTimeStampOld(fmt.Sprintf("%v:00", starday))
															endDayInt := publicmethod.DateToTimeStampOld(fmt.Sprintf("%v:00", endday))
															for beginDayInt <= endDayInt {
																xAlist = append(xAlist, publicmethod.UnixTimeToDay(beginDayInt, 12))
																beginDayInt = beginDayInt + 60
															}
														case "second":
															// starday := publicmethod.UnixTimeToDay(startTime, 11)
															// endday := publicmethod.UnixTimeToDay(endTime, 11)
															// beginDayInt := publicmethod.DateToTimeStampOld(starday)
															// endDayInt := publicmethod.DateToTimeStampOld(endday)
															for startTime <= endTime {
																xAlist = append(xAlist, publicmethod.UnixTimeToDay(startTime, 11))
																startTime = startTime + 1
															}
														default:
															starYear := publicmethod.UnixTimeToDay(startTime, 16)
															beginMonth := publicmethod.UnixTimeToDay(startTime, 17)
															endYear := publicmethod.UnixTimeToDay(endTime, 16)
															endMonth := publicmethod.UnixTimeToDay(endTime, 17)
															if starYear == endYear && beginMonth == endMonth {
																xAlist = append(xAlist, fmt.Sprintf("%v-%v", starYear, beginMonth))
															} else if starYear == endYear && beginMonth != endMonth {
																beginMonthInt, _ := strconv.ParseInt(beginMonth, 10, 64)
																endMonthInt, _ := strconv.ParseInt(endMonth, 10, 64)
																for i := beginMonthInt; i <= endMonthInt; i++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v-%v", starYear, beginMonthInt+i))
																}
															} else {

																beginMonthInt, _ := strconv.ParseInt(beginMonth, 10, 64)
																endMonthInt, _ := strconv.ParseInt(endMonth, 10, 64)

																for i := beginMonthInt; i <= 12; i++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v-%v", starYear, beginMonthInt+i))
																}
																var j int64
																for j = 0; j <= endMonthInt; j++ {
																	xAlist = append(xAlist, fmt.Sprintf("%v-%v", endYear, j))
																}
															}
														}
													}
												}
											}
										}
									}
								}
							}
						}
					}
				}
			}
		}

	}
	return
}