class ParseData {
  constructor(props) {
    this.model = props.model  // 型号
    this.text = props.data // 源文件
    this.dataType = props.dataType // xml或者文本
    // 返回的数据
    this.data = {
      OS: {},
      OD: {}
    }
  }

  analysis() {
    switch (this.model) {
        // 验光
      case 'KR8900':
        return this.parseKR8900()
      case 'KR800':
        return this.parseKR800()
      case 'KR1':
        return this.parseKR1()
      case 'ARK510A':
        return this.parseARK510A()
      case 'ARK1':
        return this.parseARK1()
      case 'RC5000':
        return this.parseRC5000()
      case 'RT5100':
        return this.parseRT5100()
      case 'HRK-7000A':
        return this.parseHRK7000A()
        // 眼压
      case 'NT530':
      case 'NT530P':
      case 'NT510':
      case 'NT-510':
        return this.parseNT530P()
      case 'CT-1':
        return this.parseCT1()
      case 'TX-20':
      case 'TX-20P':
        return this.parseTX20()
      case 'HNT7000':
        return this.parseHNT7000()
      case 'KT800':
        return this.parseKT800()
      case 'CT80A':
      case 'CT800':
        return this.parseCT800()
    }
  }

  /**
   * CT-1
   * @returns {*|{OS: {}, OD: {}}}
   */
  parseCT1() {
    if (this.dataType === 'XML') {
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')
      // 左眼
      const elemets = xmlDoc.documentElement.querySelector('L > Average > IOP_mmHg')
      this.data.OS.yyOs = elemets && elemets.textContent
      // 右眼
      const elemet_2 = xmlDoc.documentElement.querySelector('R > Average > IOP_mmHg')
      this.data.OD.yyOd = elemet_2 && elemet_2.textContent
      return this.data
    } else {

    }
  }

  /**
   * TX20
   * @returns {*|{OS: {}, OD: {}}}
   */
  parseTX20(){
    if (this.dataType === 'XML'){
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')
      console.log(xmlDoc)
      // 左眼
      const element2 = xmlDoc.documentElement.querySelector('L > Average > IOP_mmHg')
      this.data.OS.yyOs = element2 && element2.textContent
      const listElement = xmlDoc.documentElement.querySelectorAll('L > List > IOP_mmHg')
      this.data.OS.listOs = listElement.length && Array.from(listElement).map(item => item.textContent)
      // 右眼
      const element = xmlDoc.documentElement.querySelector('R > Average > IOP_mmHg')
      this.data.OD.yyOd = element && element.textContent
      const listElement2 = xmlDoc.documentElement.querySelectorAll('R > List > IOP_mmHg')
      this.data.OD.listOd = listElement2.length && Array.from(listElement2).map(item => item.textContent)

      return this.data
    }
  }

  parseHNT7000() {
    const arr = this.text.split('\r\n').map(item => item.replace(/ /g, ''))
    const lIndex = arr.findIndex(item=>item.startsWith('L-A'))
    this.data.OS.yyOs = lIndex > 0 && arr[lIndex].split(':')[1]
    const rIndex = arr.findIndex(item=>item.startsWith('R-A'))
    this.data.OD.yyOd = rIndex > 0 && arr[rIndex].split(':')[1]
    return this.data
  }

  /**
   * NT530P
   * @returns {*|{OS: {}, OD: {}}}
   */
  parseNT530P() {
    if (this.dataType === 'XML') {
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')
      // 左眼
      const avElement = xmlDoc.documentElement.querySelector('L > NT > NTAverage > mmHg')
      this.data.OS.yyOs = avElement && avElement.textContent
      // CCT
      const cctElement = xmlDoc.documentElement.querySelector('L > NT > CorrectedIOP > CCT')
      this.data.OS.cctOs = cctElement && cctElement.textContent.replace('um', '')
      // 检查数据列表
      const listElement = xmlDoc.documentElement.querySelectorAll('L > NT > NTList > mmHg')
      this.data.OS.listOs = listElement.length && Array.from(listElement).map(item => item.textContent)

      // 右眼
      const avElement2 = xmlDoc.documentElement.querySelector('R > NT > NTAverage > mmHg')
      this.data.OD.yyOd = avElement2 && avElement2.textContent
      // CCT
      const cctElement2 = xmlDoc.documentElement.querySelector('R > NT > CorrectedIOP > CCT')
      this.data.OD.cctOd = cctElement2 && cctElement2.textContent.replace('um', '')
      // 检查数据列表
      const listElement2 = xmlDoc.documentElement.querySelectorAll('R > NT > NTList > mmHg')
      this.data.OD.listOd = listElement2.length && Array.from(listElement2).map(item => item.textContent)
      return this.data
    } else {
      const sTexts = this.text.split('\u0017').map(item => item.trim())
      console.log(sTexts);
      if (sTexts.length <= 1) return
      const lListText = sTexts.filter(item => item.startsWith('L0'))
      const lList = this.handleDataSub(lListText)
      const rListText = sTexts.filter(item => item.startsWith('R0') && item.includes('/'))
      const rList = this.handleDataSub(rListText)

      this.data.OS.listOs = lList
      this.data.OS.yyOs = lList.length && lList[lList.length - 1]
      this.data.OD.listOd = rList
      this.data.OD.yyOd = rList.length && rList[rList.length - 1]

      return this.data
    }
  }

  /**
   * 眼压数据截取
   * @param list
   * @returns {*[]}
   */
  handleDataSub(lList) {
    if (!lList.length){
      return []
    } else {
      const list = lList.map(item => {
        const subStart = item.indexOf('V')
        const subEnd = item.lastIndexOf('/')
        if (subEnd < 0 || subStart < 0) return
        const data = item.substring(subStart + 1, subEnd)
        return data
      })
      return list
    }
  }

  /**
   * KR8900
   */
  parseKR8900() {
    const arr = this.text.split('\r')
    this.data.OS.listOs = []
    this.data.OD.listOd = []

    if (arr.length < 16) return
    const list = arr.map(item => item.trim())
    // 找到‘*’的索引
    const index = list.findIndex(item => item === '*')
    // 左眼 sphOs、cylOs、axOs、seOs
    this.data.OS.sphOs = list[index + 6].substring(0, 6).replace(/ /g, '')
    this.data.OS.cylOs = list[index + 6].substring(6, 12).replace(/ /g, '')
    this.data.OS.axOs = list[index + 6].substring(12).replace(/ /g, '')
    this.data.OS.seOs = list[index + 7].replace(/ /g, '')
    // 右眼
    this.data.OD.sphOd = list[index + 2].substring(0, 6).replace(/ /g, '') //sphOd
    this.data.OD.cylOd = list[index + 2].substring(6, 12).replace(/ /g, '') //cylOd
    this.data.OD.axOd = list[index + 2].substring(12).replace(/ /g, '') //axOd
    this.data.OD.seOd = list[index + 3].replace(/ /g, '') //seOd
    // VD
    this.data.vd = list[index + 10].replace(/ /g, '')
    // PD
    this.data.pd = list[index + 11].replace(/ /g, '')

    return this.data
  }

  /**
   * KR800
   */
  parseKR800() {
    if (this.dataType === 'XML') {
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')
      // PD
      const PD_element = xmlDoc.querySelector('PD > Distance')
      this.data.pd = PD_element && PD_element.textContent
      // VD
      const vd_element = xmlDoc.querySelector('VD')
      this.data.vd = vd_element && vd_element.textContent

      // 右眼
      const r_element = xmlDoc.querySelector('REF > R > Median')
      if (r_element) {
        this.getChildContent('OD', 'sphOd', r_element, 0)
        this.getChildContent('OD', 'cylOd', r_element, 1)
        this.getChildContent('OD', 'axOd', r_element, 2)
        this.getChildContent('OD', 'seOd', r_element, 3)
      }
      // 左眼
      const L_element = xmlDoc.querySelector('REF > L > Median')
      if (L_element) {
        this.getChildContent('OS', 'sphOs', L_element, 0)
        this.getChildContent('OS', 'cylOs', L_element, 1)
        this.getChildContent('OS', 'axOs', L_element, 2)
        this.getChildContent('OS', 'seOs', L_element, 3)
      }

      // KM左眼
      const R1_element = xmlDoc.querySelector('KM > L > Median > R1')
      if (R1_element) {
        this.getChildContent('OS', 'k1DOs', R1_element, 1)
        this.getChildContent('OS', 'k1ROs', R1_element, 0)
        this.getChildContent('OS', 'k1AxOs', R1_element, 2)
      }
      const R2_element = xmlDoc.querySelector('KM > L > Median > R2')
      if (R2_element) {
        this.getChildContent('OS', 'k2DOs', R2_element, 1)
        this.getChildContent('OS', 'k2ROs', R2_element, 0)
        this.getChildContent('OS', 'k2AxOs', R2_element, 2)
      }
      const avg_element = xmlDoc.querySelector('KM > L > Median > Average')
      if (avg_element) {
        this.getChildContent('OS', 'kRAvgOs', avg_element, 0)
        this.getChildContent('OS', 'kDAvgOs', avg_element, 1)
      }
      const cyl_element = xmlDoc.querySelector('KM > L > Median > Cylinder')
      if (cyl_element) {
        this.getChildContent('OS', 'kCylDOs', cyl_element, 0)
        this.getChildContent('OS', 'kCylAxOs', cyl_element, 1)
      }
      // KM右眼
      const r_R1_element = xmlDoc.querySelector('KM > R > Median > R1')
      if (r_R1_element) {
        this.getChildContent('OD', 'k1DOd', r_R1_element, 1)
        this.getChildContent('OD', 'k1ROd', r_R1_element, 0)
        this.getChildContent('OD', 'k1AxOd', r_R1_element, 2)
      }
      const r_R2_element = xmlDoc.querySelector('KM > R > Median > R2')
      if (r_R2_element) {
        this.getChildContent('OD', 'k2DOd', r_R2_element, 1)
        this.getChildContent('OD', 'k2ROd', r_R2_element, 0)
        this.getChildContent('OD', 'k2AxOd', r_R2_element, 2)
      }
      const r_avg_element = xmlDoc.querySelector('KM > R > Median > Average')
      if (r_avg_element) {
        this.getChildContent('OD', 'kRAvgOd', r_avg_element, 0)
        this.getChildContent('OD', 'kDAvgOd', r_avg_element, 1)
      }
      const r_cyl_element = xmlDoc.querySelector('KM > R > Median > Cylinder')
      if (r_cyl_element) {
        this.getChildContent('OD', 'kCylDOd', r_cyl_element, 0)
        this.getChildContent('OD', 'kCylAxOd', r_cyl_element, 1)
      }

      return this.data
    } else {
      let arr = this.text.split('\r').map(item => item.replace(/\s/g, ''))
      if (arr.length === 1) {
        arr = this.text.split('\n').map(item => item.replace(/\s/g, ''))
      }
      const KIndex = arr.findIndex(item => item.includes('K'))
      if (KIndex > -1) {
        const AIndex = arr.findIndex(item => item.includes('A'))
        if (AIndex > -1) {
          this.handleDataKR800(arr, KIndex)
        }

        // KR
        const krList = arr.slice(KIndex)
        const krRIndex = krList.findIndex(item => item === 'R')
        const krLIndex = krList.findIndex(item => item === 'L')
        // 右眼
        if (krRIndex > -1) {
          this.data.OD.k1DOd = krList[krRIndex + 1]
          this.data.OD.k1ROd = krList[krRIndex + 2]
          this.data.OD.k1AxOd = krList[krRIndex + 3]
          this.data.OD.k2DOd = krList[krRIndex + 4]
          this.data.OD.k2ROd = krList[krRIndex + 5]
          this.data.OD.k2AxOd = krList[krRIndex + 6]
          this.data.OD.kDAvgOd = krList[krRIndex + 7]
          this.data.OD.kRAvgOd = krList[krRIndex + 8]
          this.data.OD.kCylDOd = krList[krRIndex + 9]
          this.data.OD.kCylAxOd = krList[krRIndex + 10]
        }

        // 左眼
        if (krLIndex > -1) {
          this.data.OS.k1DOs = krList[krLIndex + 1]
          this.data.OS.k1ROs = krList[krLIndex + 2]
          this.data.OS.k1AxOs = krList[krLIndex +3]
          this.data.OS.k2DOs = krList[krLIndex + 4]
          this.data.OS.k2ROs = krList[krLIndex + 5]
          this.data.OS.k2AxOs = krList[krLIndex + 6]
          this.data.OS.kDAvgOs = krList[krLIndex + 7]
          this.data.OS.kRAvgOs = krList[krLIndex + 8]
          this.data.OS.kCylDOs = krList[krLIndex + 9]
          this.data.OS.kCylAxOs = krList[krLIndex + 10]
        }
      } else {
        this.handleDataKR800(arr, KIndex)
      }
    }
    return this.data
  }

  /**
   * KR800处理屈光数据
   * @param arr
   * @param KIndex
   */
  handleDataKR800(arr, KIndex) {
    const arList = arr.slice(0, KIndex).filter(item => item !== '\u0004' && item)

    const arrRIndex = arList.findIndex(item => item === 'R')
    const arrLIndex = arList.findIndex(item => item === 'L')
    // AR
    // 右眼
    if (arrRIndex > -1) {
      this.data.OD.sphOd = arList[arrRIndex + 1]
      this.data.OD.cylOd = arList[arrRIndex + 2]
      this.data.OD.axOd = arList[arrRIndex + 3]
      this.data.OD.seOd =  this.data.OD.sphOd * 1 + 1/2 * this.data.OD.cylOd + ''
    }
    // 左眼
    if (arrLIndex > -1) {
      this.data.OS.sphOs = arList[arrLIndex + 1]
      this.data.OS.cylOs = arList[arrLIndex + 2]
      this.data.OS.axOs = arList[arrLIndex + 3]
      this.data.OS.seOs =  this.data.OS.sphOs * 1 + 1/2 * this.data.OS.cylOs + ''
    }
    this.data.pd = arList[arList.length - 1]
  }

  /**
   * KR1
   * @returns {*|{OS: {}, OD: {}}}
   */
  parseKR1() {
    if (this.dataType === "XML") {
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')

      // 左眼
      const sphOs = xmlDoc.documentElement.querySelector('REF > L > Median > Sphere')
      const cylOs = xmlDoc.documentElement.querySelector('REF > L > Median > Cylinder')
      const axOs = xmlDoc.documentElement.querySelector('REF > L > Median > Axis')
      const seOs = xmlDoc.documentElement.querySelector('REF > L > Median > SE')
      this.data.OS.sphOs = sphOs && sphOs.textContent
      this.data.OS.cylOs = cylOs && cylOs.textContent
      this.data.OS.axOs = axOs && axOs.textContent
      this.data.OS.seOs = seOs && seOs.textContent
      // 右眼
      const sphOd = xmlDoc.documentElement.querySelector('REF > R > Median > Sphere')
      const cylOd = xmlDoc.documentElement.querySelector('REF > R > Median > Cylinder')
      const axOd = xmlDoc.documentElement.querySelector('REF > R > Median > Axis')
      const seOd = xmlDoc.documentElement.querySelector('REF > R > Median > SE')
      this.data.OD.sphOd = sphOd && sphOd.textContent
      this.data.OD.cylOd = cylOd && cylOd.textContent
      this.data.OD.axOd = axOd && axOd.textContent
      this.data.OD.seOd = seOd && seOd.textContent

      const listElement = xmlDoc.documentElement.querySelectorAll('REF > L >List')
      this.data.OS.sList = listElement.length && Array.from(listElement).map(item => item.children[0].textContent)
      this.data.OS.cList = listElement.length && Array.from(listElement).map(item => item.children[1].textContent)
      this.data.OS.aList = listElement.length && Array.from(listElement).map(item => item.children[2].textContent)
      this.data.OS.seList = listElement.length && Array.from(listElement).map(item => item.children[3].textContent)

      const rlistElement = xmlDoc.documentElement.querySelectorAll('REF > R >List')
      this.data.OD.sList = rlistElement.length && Array.from(rlistElement).map(item => item.children[0].textContent)
      this.data.OD.cList = rlistElement.length && Array.from(rlistElement).map(item => item.children[1].textContent)
      this.data.OD.aList = rlistElement.length && Array.from(rlistElement).map(item => item.children[2].textContent)
      this.data.OD.seList = rlistElement.length && Array.from(rlistElement).map(item => item.children[3].textContent)

      // KM左眼
      const R1_Element = xmlDoc.documentElement.querySelectorAll('KM > L > Median > R1')
      if (R1_Element) {
        this.getChildContent('OS', 'k1DOs', R1_Element, 1)
        this.getChildContent('OS', 'k1ROs', R1_Element, 0)
        this.getChildContent('OS', 'k1AxOs', R1_Element, 2)
      }
      const R2_Element = xmlDoc.documentElement.querySelectorAll('KM > L > Median > R2')
      if (R2_Element) {
        this.getChildContent('OS', 'k2DOs', R2_Element, 1)
        this.getChildContent('OS', 'k2ROs', R2_Element, 0)
        this.getChildContent('OS', 'k2AxOs', R2_Element, 2)
      }
      const avg_Element = xmlDoc.documentElement.querySelectorAll('KM > L > Median > Average')
      if (avg_Element) {
        this.getChildContent('OS', 'kDAvgOs', avg_Element, 1)
        this.getChildContent('OS', 'kRAvgOs', avg_Element, 0)
      }
      const cyl_Element = xmlDoc.documentElement.querySelectorAll('KM > L > Median > Cylinder')
      if (cyl_Element) {
        this.getChildContent('OS', 'kCylDOs', cyl_Element, 0)
        this.getChildContent('OS', 'kCylAxOs', cyl_Element, 1)
      }
      // KM右眼
      const r_R1_Element = xmlDoc.documentElement.querySelectorAll('KM > R > Median > R1')
      if (r_R1_Element) {
        this.getChildContent('OD', 'k1DOd', r_R1_Element, 1)
        this.getChildContent('OD', 'k1ROd', r_R1_Element, 0)
        this.getChildContent('OD', 'k1AxOd', r_R1_Element, 2)
      }
      const r_R2_Element = xmlDoc.documentElement.querySelectorAll('KM > R > Median > R2')
      if (r_R2_Element) {
        this.getChildContent('OD', 'k2DOd', r_R2_Element, 1)
        this.getChildContent('OD', 'k2ROd', r_R2_Element, 0)
        this.getChildContent('OD', 'k2AxOd', r_R2_Element, 2)
      }
      const r_avg_Element = xmlDoc.documentElement.querySelectorAll('KM > R > Median > Average')
      if (r_avg_Element) {
        this.getChildContent('OD', 'kDAvgOd', r_avg_Element, 1)
        this.getChildContent('OD', 'kRAvgOd', r_avg_Element, 0)
      }
      const r_cyl_Element = xmlDoc.documentElement.querySelectorAll('KM > R > Median > Cylinder')
      if (r_cyl_Element) {
        this.getChildContent('OD', 'kCylDOd', r_cyl_Element, 0)
        this.getChildContent('OD', 'kCylAxOd', r_cyl_Element, 1)
      }

      // VD
      const VD = xmlDoc.documentElement.querySelector('VD')
      this.data.vd = VD && VD.textContent
      // PD
      const PD = xmlDoc.documentElement.querySelector('PD > Distance')
      this.data.pd = PD && PD.textContent
      return this.data
    } else {
      const list = this.text.split('\r')
      console.log(list)
    }
  }

  /**
   * ARK510A
   * @returns {*|{OS: {}, OD: {}}}
   */
  parseARK510A() {
    if (this.dataType === "XML") {

    } else {
      const list = this.text.split('\u0017')
      // 左眼
      const lIndex = list.findLastIndex(item => item.startsWith('OL'))
      const OS = lIndex !== -1 ? list[lIndex].substring(2) : ''
      this.data.OS.listOs = [OS.substring(0, 6),OS.substring(6, 12),OS.substring(12, 15)]
      this.data.OS.sphOd = OS.substring(0, 6)
      this.data.OS.cylOd = OS.substring(6, 12)
      this.data.OS.axOd = OS.substring(12, 15)
      this.data.OS.seOd = this.data.OS.sphOd * 1 + 1/2 * this.data.OS.cylOd + ''
      // 右眼
      const rIndex = list.findLastIndex(item => item.startsWith('OR'))
      const OD = rIndex !== -1 ? list[rIndex].substring(2) : ''
      this.data.OD.listOd = [OD.substring(0, 6), OD.substring(6, 12), OD.substring(12, 15)]
      this.data.OD.sphOd = OD.substring(0, 6)
      this.data.OD.cylOd = OD.substring(6, 12)
      this.data.OD.axOd = OD.substring(12, 15)
      this.data.OD.seOd = this.data.OD.sphOd * 1 + 1/2 * this.data.OD.cylOd + ''

      this.handlePdOrVd(list)

      return this.data
    }
  }

  parseARK1() {
    if (this.dataType === 'XML') {
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')

      // 左眼
      const lElement = xmlDoc.documentElement.querySelector('L > AR > ARMedian')
      if (lElement) {
        this.getChildContent('OS', 'sphOs', lElement, 0)
        this.getChildContent('OS', 'cylOs', lElement, 1)
        this.getChildContent('OS', 'axOs', lElement, 2)
        this.getChildContent('OS', 'seOs', lElement, 3)
      }
      const lListElement = xmlDoc.documentElement.querySelectorAll('L > AR > ARList')
      if (lListElement.length){
        this.data.OS.listOs = Array.from(lListElement).map(item => {
          return {
            sphOs: item.children[0].textContent,
            cylOs: item.children[1].textContent,
            axOs: item.children[2].textContent,
            seOs: item.children[4].textContent,
          }
        })
      }

      // 右眼
      const element = xmlDoc.documentElement.querySelector('R > AR > ARMedian')
      if (element) {
        this.getChildContent('OD', 'sphOd', element, 0)
        this.getChildContent('OD', 'cylOd', element, 1)
        this.getChildContent('OD', 'axOd', element, 2)
        this.getChildContent('OD', 'seOd', element, 3)
      }
      const rListElement = xmlDoc.documentElement.querySelectorAll('R > AR > ARList')
      if (rListElement.length){
        this.data.OD.listOd = Array.from(rListElement).map(item => {
          return {
            sphOs: item.children[0].textContent,
            cylOs: item.children[1].textContent,
            axOs: item.children[2].textContent,
            seOs: item.children[4].textContent,
          }
        })
      }

      // 左眼KM
      const l_R1Element = xmlDoc.documentElement.querySelector('L > KM > KMMedian > R1')
      if (l_R1Element) {
        this.getChildContent('OS', 'k1DOs', l_R1Element, 1)
        this.getChildContent('OS', 'k1ROs', l_R1Element, 0)
        this.getChildContent('OS', 'k1AxOs', l_R1Element, 2)
      }
      const l_R2Element = xmlDoc.documentElement.querySelector('L > KM > KMMedian > R2')
      if (l_R2Element) {
        this.getChildContent('OS', 'k2DOs', l_R2Element, 1)
        this.getChildContent('OS', 'k2ROs', l_R2Element, 0)
        this.getChildContent('OS', 'k2AxOs', l_R2Element, 2)
      }
      const l_avgElement = xmlDoc.documentElement.querySelector('L > KM > KMMedian > Average')
      if (l_avgElement) {
        this.getChildContent('OS', 'kDAvgOs', l_avgElement, 1)
        this.getChildContent('OS', 'kRAvgOs', l_avgElement, 0)
      }
      const l_cylElement = xmlDoc.documentElement.querySelector('L > KM > KMMedian > KMCylinder')
      if (l_cylElement) {
        this.getChildContent('OS', 'kCylDOs', l_cylElement, 0)
        this.getChildContent('OS', 'kCylAxOs', l_cylElement, 1)
      }

      // 右眼KM
      const R1Element = xmlDoc.documentElement.querySelector('R > KM > KMMedian > R1')
      if (R1Element) {
        this.getChildContent('OD', 'k1DOd', R1Element, 1)
        this.getChildContent('OD', 'k1ROd', R1Element, 0)
        this.getChildContent('OD', 'k1AxOd', R1Element, 2)
      }
      const R2Element = xmlDoc.documentElement.querySelector('R > KM > KMMedian > R2')
      if (R2Element) {
        this.getChildContent('OD', 'k2DOd', R2Element, 1)
        this.getChildContent('OD', 'k2ROd', R2Element, 0)
        this.getChildContent('OD', 'k2AxOd', R2Element, 2)
      }
      const avgElement = xmlDoc.documentElement.querySelector('R > KM > KMMedian > Average')
      if (avgElement) {
        this.getChildContent('OD', 'kDAvgOd', avgElement, 1)
        this.getChildContent('OD', 'kRAvgOd', avgElement, 0)
      }
      const cylElement = xmlDoc.documentElement.querySelector('R > KM > KMMedian > KMCylinder')
      if (cylElement) {
        this.getChildContent('OD', 'kCylDOd', cylElement, 0)
        this.getChildContent('OD', 'kCylAxOd', cylElement, 1)
      }

      const vdElement = xmlDoc.documentElement.querySelector('VD')
      this.data.vd = vdElement && vdElement.textContent.replace('mm', '').trim()
      const pdElement =  xmlDoc.documentElement.querySelector('PD > PDList > FarPD')
      this.data.pd = pdElement && pdElement.textContent

      return this.data
    } else {
      const list = this.text.split('\u0017')
      // 左眼
      const lIndex = list.findLastIndex(item => item.startsWith('OL'))
      const OS = lIndex !== -1 ? list[lIndex].substring(2) : ''
      this.data.OS.sphOs = OS.substring(0, 6)
      this.data.OS.cylOs = OS.substring(6, 12)
      this.data.OS.axOs = OS.substring(12)
      this.data.OS.seOs = this.data.OS.sphOs * 1 + 1/2 * this.data.OS.cylOs + ''
      // 右眼
      const rIndex = list.findLastIndex(item => item.startsWith('OR'))
      const OD = rIndex !== -1 ? list[rIndex].substring(2) : ''
      this.data.OD.sphOd = OD.substring(0, 6)
      this.data.OD.cylOd = OD.substring(6, 12)
      this.data.OD.axOd = OD.substring(12)
      this.data.OD.seOd = this.data.OD.sphOd * 1 + 1/2 * this.data.OD.cylOd + ''

      this.handlePdOrVd(list)

      return this.data
    }
  }

  /**
   * RC5000
   * @returns {*|{OS: {}, OD: {}}|{OS: {}, OD: {}}}
   */
  parseRC5000() {
    let   list = this.text.split(/\r?\n/).map(line => line.replace(/\s+/g, '').replace(/\n/g, ''))
    list = list.filter(line => !line.includes('RECV') && line.length > 0)
    const rList = list.map(item => item.split(','))
    // 左眼
    const l_index = rList.findIndex(item => item[0]==='[POWER_L]' && item[1] === 'A')
    if (l_index > 0) {
      this.data.OS.sphOs = rList[l_index][2]
      this.data.OS.cylOs = rList[l_index][3]
      this.data.OS.axOs = rList[l_index][4]
    }
    const arrList = rList.filter(item => item[0]==='[POWER_L]' && item[1] !== 'A')
    this.data.OS.listOs = arrList.map(item => {
      return {
        sphOs: item[2],
        cylOs: item[3],
        axOs: item[4],
      }
    })
    // 右眼
    const r_index = rList.findIndex(item => item[0]==='[POWER_R]' && item[1] === 'A')
    if (r_index > 0) {
      this.data.OD.sphOd = rList[r_index][2]
      this.data.OD.cylOd = rList[r_index][3]
      this.data.OD.axOd = rList[r_index][4]
    }
    const r_arrList = rList.filter(item => item[0]==='[POWER_L]' && item[1] !== 'A')
    this.data.OD.listOd = r_arrList.map(item => {
      return {
        sphOd: item[2],
        cylOd: item[3],
        axOd: item[4],
      }
    })
    // PD
    const pd_index = rList.findIndex(item => item[0]==='[PD]')
    this.data.pd = pd_index > 0 && rList[pd_index][1]
    // VD
    const vd_index = rList.findIndex(item => item[0]==='[VD]')
    this.data.vd = vd_index > 0 && rList[vd_index][1]

    // KM右眼
    const k_index =  rList.findIndex(item => item[0]==='[INF_R]' && item[1] === 'A')
    if (k_index > 0) {
      if (rList[k_index + 1][0] === '[K1_R]') {
        this.data.OD.k1DOd = rList[k_index + 1][1]
        this.data.OD.k1ROd = rList[k_index + 1][2]
        this.data.OD.k1AxOd = rList[k_index + 1][3]
      }
      if (rList[k_index + 2][0] === '[K2_R]') {
        this.data.OD.k2DOd = rList[k_index + 2][1]
        this.data.OD.k2ROd = rList[k_index + 2][2]
        this.data.OD.K21_Ax = rList[k_index + 2][3]
      }
      if (rList[k_index + 3][0] === '[AV_R]') {
        this.data.OD.kDAvgOd = rList[k_index + 3][1]
        this.data.OD.kRAvgOd = rList[k_index + 3][2]
      }
      if (rList[k_index + 4][0] === '[CYL_R]') {
        this.data.OD.kCylDOd = rList[k_index + 4][1]
        this.data.OD.kCylAxOd = rList[k_index + 4][2]
      }
    }
    // KM左眼
    const l_k_index =  rList.findIndex(item => item[0]==='[INF_L]' && item[1] === 'A')
    if (l_k_index > 0) {
      if (rList[l_k_index + 1][0] === '[K1_L]') {
        this.data.OS.k1DOs = rList[l_k_index + 1][1]
        this.data.OS.k1ROs = rList[l_k_index + 1][2]
        this.data.OS.k1AxOs = rList[l_k_index + 1][3]
      }
      if (rList[l_k_index + 2][0] === '[K2_L]') {
        this.data.OS.k2DOs = rList[l_k_index + 2][1]
        this.data.OS.k2ROs = rList[l_k_index + 2][2]
        this.data.OS.k2AxOs = rList[l_k_index + 2][3]
      }
      if (rList[l_k_index + 3][0] === '[AV_L]') {
        this.data.OS.kDAvgOs = rList[l_k_index + 3][1]
        this.data.OS.kRAvgOs = rList[l_k_index + 3][2]
      }
      if (rList[l_k_index + 4][0] === '[CYL_L]') {
        this.data.OS.kCylDOs = rList[l_k_index + 4][1]
        this.data.OS.kCylAxOs = rList[l_k_index + 4][2]
      }
    }

    // list.forEach(item => {
    //   const parts = item.split(',')
    //   switch (parts[0]) {
    //     case '[PD]':
    //       this.data.pd = parts[1]
    //       return
    //     case '[VD]':
    //       this.data.vd = parts[1]
    //       return
    //     case '[INF_R]':
    //       if(parts[1] === 'A') {
    //
    //       }
    //       return
    //   }
    // })
    return this.data
  }

  /**
   * RT5100
   * @returns {*|{OS: {}, OD: {}}}
   */
  parseRT5100() {
    const  text = this.text.replace(/\r/g, '')
    const list = text.split('\u0002')
    console.log(list)
    // 右眼
    const r_index = list.findIndex(item => item.startsWith('FR'))
    if (r_index > 0) {
      const r_text = list[r_index]
      this.data.OD.sphOd = r_text.substring(2, 8).replace(' ', '')
      this.data.OD.cylOd = r_text.substring(8, 14).replace(' ', '')
      this.data.OD.axOd = r_text.substring(14, 17).replace(' ', '')
      this.data.OD.seOd = (this.data.OD.sphOd * 1  + 1/2 * this.data.OD.cylOd).toFixed(2)
    }
    // AR
    const r_a_index = list.findIndex(item => item.startsWith('AR'))
    if (r_a_index > 0) {
      const r_text = list[r_a_index]
      this.data.OD.ar = r_text.substring(2).replace(/ /g, '')
    }
    // UR
    const r_u_index = list.findIndex(item => item.startsWith('UR'))
    if (r_u_index > 0) {
      const r_text = list[r_u_index]
      this.data.OD.ur = r_text.substring(2).replace(/ /g, '')
    }
    // 左眼
    const l_index = list.findIndex(item => item.startsWith('FL'))
    if (l_index > 0) {
      const l_text = list[l_index]
      this.data.OS.sphOs = l_text.substring(2, 8).replace(' ', '')
      this.data.OS.cylOs = l_text.substring(8, 14).replace(' ', '')
      this.data.OS.axOs = l_text.substring(14, 17).replace(' ', '')
      this.data.OS.seOs = (this.data.OS.sphOs * 1 + 1/2 * this.data.OS.cylOs).toFixed(2)
    }
    // AL
    const l_a_index = list.findIndex(item => item.startsWith('AL'))
    if (l_a_index > 0) {
      const r_text = list[l_a_index]
      this.data.OS.al = r_text.substring(2).replace(/ /g, '')
    }
    // UL
    const l_u_index = list.findIndex(item => item.startsWith('UL'))
    if (l_u_index > 0) {
      const r_text = list[l_u_index]
      this.data.OS.ul = r_text.substring(2).replace(/ /g, '')
    }
    // PD
    const p_index = list.findIndex(item => item.startsWith('PD'))
    if (p_index > 0) {
      const l_text = list[p_index]
      this.data.pd = l_text.substring(2).replace(/ /g, '')
    }
    // WD
    const W_index = list.findIndex(item => item.startsWith('WD'))
    if (W_index > 0) {
      const l_text = list[W_index]
      this.data.wd = l_text.substring(2).replace(/ /g, '')
    }
    return this.data
  }

  parseHRK7000A() {
    const list = this.text.split(' ')

    const RIndex = list.findIndex(item => item === 'ES-R-R')
    if (RIndex > -1) {
      this.data.OD.sphOd = list[RIndex + 1]
      this.data.OD.cylOd = list[RIndex + 2]
      this.data.OD.axOd = list[RIndex + 3]
      this.data.pd = list[RIndex + 4]
      this.data.OD.seOd = (this.data.OD.sphOd * 1  + 1/2 * this.data.OD.cylOd).toFixed(2)
    }
    const LIndex = list.findIndex(item => item === 'ES-R-L')
    if (LIndex > -1) {
      this.data.OS.sphOs = list[LIndex + 1]
      this.data.OS.cylOs = list[LIndex + 2]
      this.data.OS.axOs = list[LIndex + 3]
      this.data.pd = list[LIndex + 4]
      this.data.OS.seOs = (this.data.OS.sphOs * 1  + 1/2 * this.data.OS.cylOs).toFixed(2)
    }
    const RKIndex = list.findIndex(item => item === 'ES-K-R')
    if (RKIndex > -1) {
      this.data.OD.k1ROd = list[RKIndex + 1]
      this.data.OD.k2ROd = list[RKIndex + 2]
      this.data.OD.k1AxOd = list[RKIndex + 3]
    }
    const LKIndex = list.findIndex(item => item === 'ES-K-L')
    if (LKIndex > -1) {
      this.data.OS.k1ROs = list[LKIndex + 1]
      this.data.OS.k2ROs = list[LKIndex + 2]
      this.data.OS.k1AxOs = list[LKIndex + 3]
    }
    return this.data
  }

  /**
   * 验光获取子元素的值
   * @param type
   * @param name
   * @param element
   * @param index
   */
  getChildContent(type, name, element, index) {
    this.data[type][name] = element.children[index].textContent
  }

  /**
   * text文件获取PD和VD
   * @param list
   */
  handlePdOrVd(list) {
    // VD
    const vdIndex = list.findLastIndex(item => item.startsWith('VD'))
    this.data.vd = vdIndex !== -1 ? list[vdIndex].replace('VD', '') : ''
    // PD
    const pdIndex = list.findLastIndex(item => item.startsWith('PD'))
    this.data.pd = pdIndex !== -1 ? list[pdIndex].replace('PD', ''): ''
    const index = this.data.pd.indexOf('?')
    this.data.pd = this.data.pd.substring(0, index)
  }

  /**
   * KT800数据解析
   */
  parseKT800() {
    const list = this.text.split('\u0002').map(item => item.trim())
    const rIndex = list.findIndex(item => item.startsWith('R'))
    this.data.OD.yyOd = rIndex > 0 ? list[rIndex].substr(11).split(' ')[0] : ''
    const lIndex = list.findIndex(item => item.startsWith('L'))
    this.data.OS.yyOs = lIndex > 0 ? list[lIndex].substr(11).split(' ')[0] : ''
    return this.data
  }

  /**
   * CT80A和CT1数据处理
   */
  parseCT800() {
    if (this.dataType === 'XML'){
      const parser = new DOMParser()
      const xmlDoc = parser.parseFromString(this.text, 'text/xml')
      // 左眼平均值
      this.data.OS.yyOs = xmlDoc.documentElement.querySelector('L > Average > IOP_mmHg').textContent
      // 左眼全部数据
      const elements = xmlDoc.documentElement.querySelectorAll('L > List > IOP_mmHg')
      const list = Array.from(elements).map(item => item.textContent)
      this.data.OS.listOs = list

      // 右眼平均值
      this.data.OD.yyOd = xmlDoc.documentElement.querySelector('R > Average > IOP_mmHg').textContent
      // 右眼全部数据
      const r_elements = xmlDoc.documentElement.querySelectorAll('R > List > IOP_mmHg')
      const r_list = Array.from(r_elements).map(item => item.textContent)
      this.data.OD.listOd = r_list
      return this.data
    }
  }
}

window.handleData = (msg) => {
  return new ParseData(msg).analysis()
}