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React, { useEffect, useRef } from \"react\"\n\nimport { StyledListItem, StyledSubListItem } from \"./styles\"\nimport { Box, Link, Typography, useTheme } from \"@mui/material\"\nimport Icon from \"@mdi/react\"\nimport { ListTextItemTypes } from \"../types\"\nimport { isValidUrl } from \"../../../util\"\nimport { mdiChevronDown, mdiChevronUp } from \"@mdi/js\"\n\nconst ShowButton = (props) => {\n  const { isOpen, setIsOpen } = props\n  return (\n    <Box onClick={() => setIsOpen(!isOpen)}>\n      <Icon\n        path={isOpen ? mdiChevronUp : mdiChevronDown}\n        size={\"2rem\"}\n        style={{ marginLeft: \"auto\", color: \"black\" }}\n      />\n    </Box>\n  )\n}\n\nconst processLink = (link) => {\n  const prefix = !(link.startsWith(\"http://\") || link.startsWith(\"https://\"))\n    ? \"https://\"\n    : \"\"\n  const fullLink = prefix + link\n\n  if (fullLink.length > 28) {\n    const middle = Math.ceil(fullLink.length / 2)\n    return [fullLink.substring(0, middle), fullLink.substring(middle)]\n  }\n\n  return [fullLink]\n}\n\nconst ListTextItem: React.FC<ListTextItemTypes> = (props) => {\n  const {\n    subItems,\n    hasBorder,\n    labelWidth,\n    updateLabelWidth,\n    onClick,\n    hidden,\n    show: initialShow = true,\n  } = props\n  const theme = useTheme()\n  const [show, setShow] = React.useState(initialShow)\n\n  return (\n    <>\n      <StyledListItem\n        borderBottom={hasBorder ? `2px solid ${theme.palette.info.main}` : \"\"}\n        onClick={onClick}\n        theme={theme}\n      >\n        {subItems.map((item) =>\n          item.separator && (item.hasBoldLabel || show) ? (\n            <div\n              style={{\n                borderBottom: `2px solid ${theme.palette.grey.A200}`,\n                marginBlock: theme.spacing(1),\n              }}\n            />\n          ) : (\n            <StyledSubListItem\n              justifyContent={\"flex-start\"}\n              key={item.label}\n              gap={theme.spacing(3)}\n              style={{ justifyContent: \"space-between\" }}\n            >\n              {(item.hasBoldLabel || show) && (\n                <ListTextItemLabel\n                  hidden={hidden}\n                  item={item}\n                  labelWidth={labelWidth}\n                  updateLabelWidth={updateLabelWidth}\n                />\n              )}\n              {item.content && show ? (\n                isValidUrl(item.content) ? (\n                  <Box sx={{ display: \"flex\", flexDirection: \"column\" }}>\n                    {item.content.includes(\"@\") && item.content.length > 28 ? (\n                      (item.content as string)\n                        .split(\"@\")\n                        .map((value, i) => (\n                          <Link\n                            href={`${\n                              !(\n                                item.content.startsWith(\"http://\") ||\n                                item.content.startsWith(\"https://\")\n                              )\n                                ? \"https://\"\n                                : \"\"\n                            }${item.content}`}\n                          >\n                            {value + (i === 0 ? \"@\" : \"\")}\n                          </Link>\n                        ))\n                    ) : item.content.includes(\"www.\") &&\n                      item.content.length > 28 ? (\n                      processLink(item.content).map((value, i) => (\n                        <Link\n                          href={`${\n                            !(\n                              item.content.startsWith(\"http://\") ||\n                              item.content.startsWith(\"https://\")\n                            )\n                              ? \"https://\"\n                              : \"\"\n                          }${item.content}`}\n                        >\n                          {value}\n                        </Link>\n                      ))\n                    ) : (\n                      <Link\n                        href={`${\n                          !(\n                            item.content.startsWith(\"http://\") ||\n                            item.content.startsWith(\"https://\")\n                          )\n                            ? \"https://\"\n                            : \"\"\n                        }${item.content}`}\n                      >\n                        {item.content}\n                      </Link>\n                    )}\n                  </Box>\n                ) : (\n                  <Typography\n                    onClick={() => {}}\n                    style={{ textAlign: \"right\", fontSize: \"14px\" }}\n                  >\n                    {item.content}\n                  </Typography>\n                )\n              ) : (\n                <></>\n              )}\n              {item.hasBoldLabel && (\n                <ShowButton isOpen={show} setIsOpen={setShow}>\n                  Show\n                </ShowButton>\n              )}\n            </StyledSubListItem>\n          )\n        )}\n      </StyledListItem>\n    </>\n  )\n}\n\nconst ListTextItemLabel = (props) => {\n  const ref = useRef(null)\n  const { item, labelWidth, updateLabelWidth, hidden } = props\n\n  useEffect(() => {\n    // Add 1 to make sure values rounded down are not cut off\n    !hidden &&\n      !labelWidth &&\n      !item?.autoWidth &&\n      updateLabelWidth(ref.current ? ref.current.offsetWidth + 1 : 0)\n    // eslint-disable-next-line\n  }, [hidden])\n\n  return (\n    <Box sx={{ display: \"flex\", flexDirection: \"column\" }}>\n      {(item.label as string).split(\"/\").map((value) => (\n        <Typography\n          sx={{\n            fontWeight: item.hasBoldLabel ? \"bold\" : \"normal\",\n            // flexBasis:\n            //   !item.autoWidth && labelWidth !== null ? `${labelWidth}px` : \"auto\",\n            flexBasis: \"auto\",\n          }}\n          variant={\"body1\"}\n          ref={ref}\n        >\n          {value}\n        </Typography>\n      ))}\n    </Box>\n  )\n}\nexport default ListTextItem\n","import React, { Fragment } from \"react\"\n\nimport { StyledListItem, StyledSubListItem } from \"./styles\"\nimport { Card, Typography, useTheme } from \"@mui/material\"\nimport { ListImageItemTypes } from \"../types\"\nimport Image from \"components/Image\"\nimport { StyledImage } from \"components/Image/styles\"\n\nconst ListImageItem: React.FC<ListImageItemTypes> = (props) => {\n  const { subItems, hasBorder } = props\n  const theme = useTheme()\n\n  const adobeIconBase64 =\n    \"data:image/png;base64,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\"\n\n  return (\n    <>\n      <StyledListItem\n        borderBottom={hasBorder ? `2px solid ${theme.palette.grey.A400}` : \"\"}\n        theme={theme}\n      >\n        {subItems.map((item) => (\n          <StyledSubListItem\n            justifyContent={\"center\"}\n            key={item.content}\n            theme={theme}\n            flexDirection={\"column\"}\n          >\n            <Fragment>\n              {item.docType &&\n                (item.docType.startsWith(\"JPEG\") ||\n                  item.docType.startsWith(\"PNG\")) && (\n                  <Image size={\"100\"} image={item.content} />\n                )}\n              {item.docType && item.docType.startsWith(\"PDF\") && (\n                <span style={{ display: \"block\", textAlign: \"center\" }}>\n                  <a\n                    href={item.content}\n                    target=\"_blank\"\n                    rel=\"noreferrer noopener\"\n                  >\n                    <StyledImage src={adobeIconBase64}></StyledImage>\n                  </a>\n                  <Typography>{item.docTypeName}</Typography>\n                </span>\n              )}\n            </Fragment>\n          </StyledSubListItem>\n        ))}\n      </StyledListItem>\n    </>\n  )\n}\n\nexport default ListImageItem\n","import { styled } from \"@mui/material/styles\"\nimport Box from \"@mui/material/Box\"\n\nconst StyledAccordionList = styled(Box)<{\n  display: string;\n}>`\n  display: ${props => props.display };\n`;\n\nexport {StyledAccordionList}","import React, { useEffect, useState } from \"react\"\n\nimport { observer } from \"mobx-react\"\n\nimport { ListTypes } from \"./types\"\nimport { ListImageItem, ListTextItem } from \"./components\"\nimport ListHeading from \"./components/ListHeading\"\nimport { Box } from \"@mui/material\"\nimport { StyledAccordionList } from \"./styles\"\n\nconst List: React.FC<ListTypes> = (props) => {\n  const { title, items, type, accordion = false } = props\n  const [hidden, setHidden] = useState(accordion)\n  const [labelWidth, setLabelWidth] = useState(null)\n  const [widthsArray, setWidthsArray] = useState([])\n  const updateLabelWidth = (value: number) => {\n    setWidthsArray((oldArray) => [...oldArray, value])\n  }\n\n  useEffect(() => {\n    const maxWidth = widthsArray.length > 0 ? Math.max(...widthsArray) : null\n    setLabelWidth(maxWidth)\n  }, [widthsArray])\n\n  const buildList = (item) => {\n    if (type === \"IMAGE\") {\n      return (\n        <ListImageItem\n          key={item.key}\n          subItems={item.subItems}\n          hasBorder={item.hasBorder}\n        />\n      )\n    } else if (type === \"TEXT\" || type === \"LINK\") {\n      return (\n        <ListTextItem\n          key={item.key}\n          subItems={item.subItems}\n          hasBorder={item.hasBorder}\n          onClick={item.onClick}\n          labelWidth={labelWidth}\n          updateLabelWidth={updateLabelWidth}\n          hidden={hidden}\n          show={!accordion}\n        />\n      )\n    }\n  }\n\n  return (\n    <>\n      <Box onClick={() => setHidden(!hidden)}>\n        <ListHeading\n          title={title}\n          caret={accordion ? (hidden ? \"DOWN\" : \"UP\") : \"NONE\"}\n          variant={\"SECONDARY\"}\n        />\n      </Box>\n      <StyledAccordionList display={hidden && accordion ? \"none\" : \"block\"}>\n        {items.map((item) => buildList(item))}\n      </StyledAccordionList>\n    </>\n  )\n}\n\nexport default observer(List)\n","function getOS() {\n  var userAgent = window.navigator.userAgent,\n    platform = window.navigator.platform,\n    macosPlatforms = [\"Macintosh\", \"MacIntel\", \"MacPPC\", \"Mac68K\"],\n    windowsPlatforms = [\"Win32\", \"Win64\", \"Windows\", \"WinCE\"],\n    iosPlatforms = [\"iPhone\", \"iPad\", \"iPod\"],\n    os = null\n\n  if (macosPlatforms.indexOf(platform) !== -1) {\n    os = \"Mac OS\"\n  } else if (iosPlatforms.indexOf(platform) !== -1) {\n    os = \"iOS\"\n  } else if (windowsPlatforms.indexOf(platform) !== -1) {\n    os = \"Windows\"\n  } else if (/Android/.test(userAgent)) {\n    os = \"Android\"\n  } else if (/Linux/.test(platform)) {\n    os = \"Linux\"\n  }\n\n  return os\n}\n\nexport const checkGTIN = (input) => {\n  const pattern = new RegExp(\n    \"^[(\\\\[]01[)\\\\[]\\\\d{14}([(\\\\[]\\\\d+[)\\\\[][ A-Za-z0-9_@./#&+-]+)*[(\\\\[]21[)\\\\[][ A-Za-z0-9_@./#&+-]+([(\\\\[]\\\\d+[)\\\\[][ A-Za-z0-9_@./#&+-]+)*$\"\n  )\n  return pattern.test(input)\n}\n\nexport const getGeoLocation = () => {\n  let geolocation\n  let os = getOS()\n  let timeout = os === \"iOS\" ? 5000 : 10000\n\n  console.log(\"Checking geolocation\")\n  const geoLocationOptions = {\n    enableHighAccuracy: true,\n    timeout: timeout,\n    maximumAge: 0,\n  }\n\n  // Dummy call, as second attempt is more reliable\n  navigator.geolocation.getCurrentPosition(\n    function () {},\n    function () {},\n    {}\n  )\n\n  if (navigator.geolocation) {\n    geolocation = new Promise(function (resolve, reject) {\n      navigator.geolocation.getCurrentPosition(\n        function (position) {\n          resolve([position.coords.latitude, position.coords.longitude])\n          console.log(\n            \"Latitude: \" +\n              position.coords.latitude +\n              \"   Longitude: \" +\n              position.coords.longitude\n          )\n        },\n        function (err) {\n          console.log(\"Geolocation rejected\")\n          reject(err)\n        },\n        geoLocationOptions\n      )\n    })\n    console.log(geolocation)\n  } else {\n    console.log(\"Geolocation disabled\")\n    geolocation = new Promise((resolve, reject) =>\n      reject(\"Geolocation disabled\")\n    )\n  }\n\n  return Promise.race([\n    geolocation,\n    new Promise((resolve, reject) => {\n      setTimeout(() => {\n        reject(\"Geolocation disabled\")\n      }, 10000)\n    }),\n  ])\n}\n\n/*\nConverts encoded UID to human-readable format\n */\nexport const convertToHRF = (uid, ais) => {\n  let aiInfo\n  let codeArray = []\n  let hasFnc1 = false\n\n  if (uid.includes(\"%5dd201\")) {\n    uid = uid.slice(5)\n  }\n\n  if (uid.includes(\"%5dd2%1D\")) {\n    uid = uid.slice(8)\n  }\n\n  while (uid.length > 0) {\n    aiInfo = getNextAI(uid, ais.default)\n    if (typeof aiInfo !== \"undefined\") {\n      hasFnc1 = aiInfo.fnc1\n\n      const prefixLength = aiInfo.name.length\n      const aiEndIndex = hasFnc1\n        ? uid.indexOf(\"%1D\") !== -1\n          ? uid.indexOf(\"%1D\")\n          : uid.length\n        : prefixLength + aiInfo.length\n\n      codeArray.push({\n        name: aiInfo.name,\n        value: uid.slice(prefixLength, aiEndIndex),\n      })\n      uid = hasFnc1\n        ? uid.slice(aiEndIndex + \"%1D\".length)\n        : uid.slice(aiEndIndex)\n    } else {\n      break\n    }\n  }\n  return codeArray\n}\n\nconst getNextAI = (uid, ais: [{ name; length; fnc1 }]) => {\n  let aiInfo = undefined\n\n  if (uid.slice(0, 3).includes(\"%1D\")) uid = uid.slice(3)\n\n  for (let i = 2; uid.length >= i; i++) {\n    let prefix = uid.slice(0, i)\n    aiInfo = ais.find((ai) => ai.name === prefix)\n    if (typeof aiInfo !== \"undefined\") break\n  }\n\n  return aiInfo\n}\n\nexport const isNumeric = (value) => {\n  return /^-?\\d+([.]\\d+)*$/.test(value);\n}","import { styled } from \"@mui/material/styles\"\nimport { Box } from \"@mui/material\"\n\nexport const StyledImage = styled(\"img\")(() => ({\n}))\n\nexport const StyledBox = styled(Box)(() => ({\n  display: \"flex\",\n  justifyContent: \"center\" /* align horizontal */,\n  alignItems: \"center\" /* align vertical */,\n}))\n","import { styled } from \"@mui/material/styles\"\nimport Box from \"@mui/material/Box\"\n\nconst StyledListItem = styled(Box)<{\n  theme?: any;\n  borderBottom?: string;\n}>`\n  display: flex;\n  flex-direction: column;\n  justify-content: left;\n  padding: ${props =>  (props.theme.spacing(1))} ${props =>  (props.theme.spacing(2))} ${props =>  (props.theme.spacing(1))} ${props =>  (props.theme.spacing(2))};\n  border-bottom: ${props =>  (props.borderBottom)};\n`\n\nconst StyledSubListItem = styled(Box)<{\n  gap?: string;\n  justifyContent: string;\n}>`\n  display: flex;\n  flex-direction: row;\n  gap: ${props =>  (props.gap)};\n  justify-content: ${props => props.justifyContent ? props.justifyContent : \"initial\"};\n`;\n\nconst StyledListHeading = styled(Box)<{\n  theme: any;\n  background: string;\n}>`\n  display: flex;\n  align-items: center;\n  justify-content: left;\n  padding: ${props =>  (props.theme.spacing(1))} ${props =>  (props.theme.spacing(2))} ${props =>  (props.theme.spacing(1))} ${props =>  (props.theme.spacing(2))};\n  background: ${props =>  (props.background)};\n  color: white;\n  border-radius: ${props =>  (props.theme.spacing(0.8))};\n`\n\nexport { StyledListItem, StyledSubListItem, StyledListHeading }\n","export type ResultOrErrorResponse<T> = [T | null, Error | null]\nexport const resultOrError = async <T>(promise: Promise<T>) => {\n  try {\n    const result: T = await promise\n    return [result, null]\n  } catch (error) {\n    return [null, error]\n  }\n}\nexport const encodeBase64 = (data) => {\n  return Buffer.from(data).toString(\"base64\")\n}\nexport const decodeBase64 = (data) => {\n  return Buffer.from(data, \"base64\").toString(\"ascii\")\n}\n\nexport const isAteCheck = () => {\n\n\n  const checkArray =  [\"ate.de\", \".ate-\", \"ate-brakes\", \"ate-na\", \"frenos-ate\", \"ate-freinage\", \"ate-freni\", \"ate-hamulce\", \"ate-freios\" ]\n  const url = window.location.href.toLowerCase()\n  for(const part of checkArray){\n    const result = url.indexOf(part) > -1\n    if(result){\n      return result\n    }\n  }\n  \n\n  return false\n}\n\nexport const isAte = isAteCheck()\n\n//export const isAte = window.location.href.toLowerCase().indexOf(\"ate.de\") > -1\n// export const isAte = window.location.href.toLowerCase().indexOf(\"osapiens\") > -1\nexport const isConti = window.location.href.toLowerCase().indexOf(\"continental\") > -1\n\n\n//export const basePath = isAte ? \"https://qa.osapiens.cloud/portal/portal/webbundle/Continental_Aftermarket/BrandOS/mrp_2/\" : \"\"\nexport const basePath = isAte ? \"/original/\" : \"\"\n// export const basePath = isAte ? \"/\" : \"\"\n\n\nexport const barcodeIconBase64 = \"data:image/png;base64,iVBORw0KGgoAAAANSUhEUgAAAGAAAABgCAYAAADimHc4AAAACXBIWXMAAAsTAAALEwEAmpwYAAABDklEQVR4nO3YQWoDMRBFwXf/S//sNYswJGAZqiA74yyE1epXAAAAAAAAtV/+3n7+v7/vdNv/+zMHkAOYX4AraK6gzABD+MkQPngFeYbmGZo9wCKWRSyb8IVDcVKEA3hFC0oLmitIC5oWlCGsBT1pQQfPUC0oLSiLmBaUFpQUceFQnBbkAF7RgtKC5grSgqYFZQhrQU9a0MEzVAtKC8oipgWlBSVFXDgUpwU5gFe0oLSguYK0oGlBGcJa0JMWdPAM1YLSgrKIaUFpQUkRFw7FaUEO4BUtKC1oriAtaFpQhrAW9KQFHTxDtaC0oCxiWlBaUFLEhUNxWpADeEULSguaK0gL2qdaEAAAAAAA0Ff7AWZa8dOWfVGfAAAAAElFTkSuQmCC\"\n\nexport const ateEanCode = \"data:image/png;base64,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\"\n\nexport const contiEanCode = \"data:image/png;base64,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const contiMappCode = \"data:image/png;base64,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\"\n\n\n\n\n\n\n\n\n\n\n\nexport const ateMappCode = \"data:image/png;base64,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\"\n\n\nexport const contiMappCodeQrEan = 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MhSRE7wQERERERER0fKZKiZaTgDxyvUvS7OUqFu9av1LU4u5/7uR2+3O5/M5AAjLbrcbDqnCO4GIqMsUi0VHbnraly/kPbqmqeVy2aFpugMAZFkqqapakmS57Ha5cx6vN+t0OkuMr/tiJGL9w/hY9xDRajExPeFo9f0BPfsVWUrUrQ4KHVRczP3fjSRJmmux6JZ5CxAt3LaRrc/L5wv+duuFI+HR/v6B6FIcc+fOHeuzmWzLmdcO3bTpEca6Z2LdG9LptD+dTkams7lgs3U0TXdoWsEBANlMNoKJCXh9nmQgEJwKBAKZfTm+bomRdc/eeZ5Z/7D+Yd1DRPuyeDwezqTTYX8gEA+Hw/Gl3v9kMd6yBdd675qmrZ8SiYT7+9d+Z40vsGeGsSuXSwj4e3DW2edAUe3PzfHcc8/itltvhs/nR7FQwNDQMN70ljNbbvPrX96KZ599Dm6PB9lUCie/9FQce9zx1e9HRrbiF7feApfbjXKphJ5gEGedfS5keXdK56af3oDx8VE4XfVz6GSzGRz7/ONw8ikvrX42PjaGn//8RiiSAkES90iZTmczeM1rXouDDjnU9jb5fB43/vR/kZ/OQ1b3TAPAbDqNE1/8YrzgRSc+08l2re5fO/d/t2OCkWgPSCQSA4FAT3KxLRDy+Zy73UsoY12ZsS6FYrHoiI6PrbOT/Gj8Az0XnM7mgslEPDMwOLRjqVvErPT4uiVGPs/d8Tyz/mH9w7qHiFajcrnsKBQKPqfLNb0c+9dNQ2j1vSLJZrPvxkZHpR/96Drfni6TN/zrGztKMD704AP40XU/qC67Xe62CcarrrwSY2Oj1eVsbtqSYPz7o4/i+9+71rLNmWeebVn+7yu+hEKx0PQYzz3zjCXBODKyFdd+59t7/B6LhCMdJRgL+Ty+9t9f2eNxTk5O4gUvOrGjbVrdv3bu/24ngoiWnWmYUiwWHV7sfmITE8OMtTtjXaz41FRkZGTrIQt9ObUmNAr+kZGth8SnpiL7SnzdEiOf5+55nln/sP5h3UNEtGcp6p5v/NUT6IEgdpY28fmsOdCBwcG22wwMDFiWgz3Whu4ut7VVYiQcAQSh5T5qhSO91n06nXvlOnp9neWIJUmCx+3Z43EGQyE+dB1igpFoEVxud9buutPZXDCZTAQXeqx0Ou2383Li8/umGOuei3VPvdxPTEysNw1TWsrkyMTExPqleEld6fF1S4yse1bG88z6h/XPvlY/EhF1ZSJDELty381MTsasvyNkrCNiFAvWlolT8SkoijXhOr+VpSzVd1Ytl62N30Ph8JLE3uhYrURqEp2N6Lq+z1z71YRdpIkWob9/IFrI5312WyVMxmLDfp8/I8lyx1O3T0TH17VbRxAFvbe3L8pY91yse+rlfrn2P7fvcCQytRrj65YYWfesnOeZ9Q/rn32pfiQi6laGaUBVVQwPDc+05DNneqaaHe5HmN1GACDJEuLxOJLJ5B4/n9Ne8Uo8/NBDCAaDiMViOOaYYyzfb9iwAUcddTQCgQDK5TJ8Ph9+edstkGeTjLIkITUvbk3XcPDBB2Pjxv1RKOSRy+UQDkdwz113IpebhtPpQjQ6jhNOOBGSJEEUO0+sOZ0u7Ny1E0/84/GOtrv77jvhdDrrkqrAzHiLg4PDePHJJ7e89qFgCKFwCLqmN73ugs37QZi9f0bHRlEul/lwLQITjESL1NffP7ptZJutF1FN0x2xWGxgcGhotLOXiOjA3OySrYRCoWircZkY6/LEulzy+Zx7OV9O57+kutyuvNvtya+m+LolRtY9K+95Zv3D+mdfqB+JiLrd8PAa/OLXdyzpPq/51lW45uor9+h56LqOD/zHf9Z9XimXoagqKpUKNh91NH744xss3x+x6aC6bSRJqrb+u+j9H7Qk6m766U/wgfe/d/fvO319uPOePy0q9sf//necc/abba+vyApuveVm3HrLzU3X6Qn04I/3PdhyP299+3k4/53vWtLr8LrTX4mRbSN8sBaB7T+JFsnt9uTDkbDtF8tkMjmQz+fctn/gaJqUSCQG2q0ny1Kp3YymjHV5Yl2WXzQ0Tdq1c+d+dtdXHWo+HAmPDq9Z8+zwmjXPhiPhUdWh2n7h3LVz5366pkmrJb5uiZF1z8p8nln/sP5Z7fUjERE1/dm7x48pSY2POdflubYrNACM7trRsGvy/K7FsZj1V4ja1nmhJRhjcGx8rKP1K1ql7ToDgwMLLrNFEQQ+AIvEBCPREujvH4h28jIwNjZmu1XDVHyq187YTb19faOMde/FutSm4lO9dlo3AUA4Eh494IDnPdnfPxANBAKZQCCQ6e8fiB5wwPOetJsk0TTdMRWf6l0t8XVLjKx7Vu7zzPqH9c9qrh+JiFYD09zdAbbVmH3t61Gt+u92XWTnH7PZPhayfafnoOkGNL31MYvFYsvvZdnepDlzcTU6x/C8JGUn4xfOJQgbJQpTyVTb7SsVreOyb8QwDFvXhuxhF2miJTI0NLR928i2Q+ysWy6V3RMT0YF2LVOKxaIjPhVvO8Oo2+3KBIOhJGPdu7EuFbutm+ZeTlud79x3ds43kUgMRMKRyXZjya30+LolRtY9K/95Zv3D+mc11o9ERKuRJEmolMvYOrIVdtuhVSoV9PX3o7e3z/ZxBEHA9m0jyOfzM8esVDC8Zg16eoK2tzdNE1u3bkGlXIYoijAMA2vXroPH67Udh8vpxMYNG1EoFKA41LrvJ6JR9Pa2/ttTbnoa0fEx5AsFaJX6loW6rmPduvXVuGRZxuRkDLGJCSiKgqGhYTz5zyeq6xumAVmSMTg8BAECzAYjICqygmh0HPl8vnoMj8eL/v5+VLQK4lNTOOTQQztLaskyYrEJTMZiDVt71pobc3PjfvvbWp86uBYsAqKl4XZ78sFgMJpMJm29WCQSiYFAoCfZamytycmYrX0NDA7tYKx7P9alYrd1k9vtytjpPml30grTMKWp+FRvu32u9Pi6JUbWPSv/eWb9w/pnNdaPRESrRW0icevIVrzpDa/raB9vOfNsXHb5Jzva5sL3XICdO3dWlz/8kY/h3Le+3fb2WqWCc858UzXJBgBXXnUNTj7lpba2N00Tff0D+MXtv7W1rtCw66+AkW0jOO1lp7Tcvjau/7nmatx44w0NrsRMMrG3txe33/GHlvu85IMfwO9+tzv2019zBj7+iU91dA1qk5dXfePruO22Wzraxy9+fQc2btyPD9ISYhdpoiXU19cXlWXJ1mD8pmFKsVi0aauEdDrtz2aykXb7CUfCowuZAICxLk+sSyGdSkXsrBfo6bE9c6jdde0ce6XH1y0xsu7pjueZ9Q/rn9VWPxIRrRa17eMWMoLeQmZPFmq6AgsLGLtPEqUF72Np1jUXtn3D/XXWtbiuJ/ICuiYLsBMX7WlMMBItIUmW9f6BQdutTqazuWAymWjYnj6ZiPe3rVhFQY+EI5OMdeXEuuiX+3Tab2fsLlmWSp10nwwGQ0lBFNp2ndM03ZFOp/3dGl+3xMi6p3ueZ9Y/rH9WU/1IREQ1CZEFJBilmm1qu9naGdtQqNmH0+VclvNrPq6gvYTc3EQz1a3aJPLKlfaTuNSOHdlu3Mvluo60DM8Ti4BoaQUCgUwwGLTdRWkyFhuunf0xmUwE23WHAoC+3r5dixlvibEuT6yLkc/lfHbWc7nd2U737fV6k4uNYaXH1y0xsu7prueZ9Q/rn9VSPxIR0dIrFWc6HVRmE2XtJldpJDedq+6j3X+lUhGVBom8SqUy893sOoZhtGnBKECRlYb/zc1QXZo9l7lzm9tfo20AwOVyVWNrFPvMtnJ1HwCgOhy8iVYJjsFItAz6+vqiqXTK1jhMmqY7YrHYwODQ0Oj8l9N227ndrkw4EplirCsz1oXK5XO2Wp+4Xe5cp/t2u9w5O90zZ2MY7cb4uiVG1j3d9zyz/mH9sxrqRyIiWnpXXfUNfPe734GuG5AksZpw7MSlH/0wVIcKXTfarjs9ncWGDRvx81t/CVnendI5763n4LHH/g6/P4BMJo3Pf/HLeM0ZzcekPOCA/XHjz29DLjcNrWJtVSgIAsKRCN59wXl4/0UXVvf57vdciMeeeBpTk/WdLULhMP7x2GM45aQTUKmUoSj1k89kMmlcetnluOKr38DU5OTsJC8e3kSrBBOMRMtAkmV9YGBg+/jYuK1RY5PJ5ECgJ5B0uz35iYnogJ0uVsFQeIKxrtxYF0LXNKlcKrvtrOtyu/Kd7t/uNuVS2a1rmlTbimqlx9ctMbLu6c7nmfUP659urx+JiGgZfveSJBQKBRQKBcvnc7ND2yEKInL5HHJ5+39/Gh3dVdf9eXR05u9LmUwaAJBNZ1ruw+F0QVGUljNgp5Ipyz7nEpqRJjNUr123rrpubZnMcc8mFOfvQ9M0S7KUuhO7SBMtk2AwlPT6PLbHWBobG1uva5qUSCTazjDq8/umAoFAhrGu7Fg7NZ3L2f7zndvt6fgFtZNtGsWy0uPrlhhZ93Tv88z6h/VPN9ePRES09HS98d9z7CYXAcAwjY6P6/PWj4jh91k/Ux2tx0/UtfbjJbpcrprzaj0hSyqdarvPSoMxF5lcXB2YYFwFxjMqnorKeCrKh3KlGR5as93OwOzATKuDkW0jB7brfieIgj40OLSLsXZHrJ0oFgu2Wr+oDjW/0GPYnQ23USwrPb5uiZF1T3c/z6x/WP90a/1IRETLb27swvnS6bRlWVHVaiu/+SSp8a8LjT5PJBN1k8vUHsdZkxzsCVpbKsoNujDXmp6etiyLYv2Yjpq2u3t1s4Rrs0lYKk0mhekkQUsr6P5nERAtH0mW9b7evl0TExPr7b6MtlsnFApFl6PrE2Ndnlg7US6XbY1wLEuSttBjqKpa0rSCYyGxrPT4uiVG1j3d/Tyz/mH90631IxERLT9N13DYYYfjsss/ifGxMbg9HuzatRPnve1ciIIAwzShqgo+/8UvoycQRKlUhM/vw+c/91ls3bql4T51XcfBBx+Mj3zs40glk3A4nEgkpvDuC85DpaJBAGCYJi686P1Ys2Yt8rkc/AE/fv/b3+J/r/8RvF4vXC4Xto2MWPY7smULLnz3O6HpOlDT3do0TRQKBfzL69+A5z3vQGSzWfT09OD//b97cNZb3gif14tEPI4TX3wyLv7Qf1a3Gxwcwle/9k0Yhl4dg/Gzn/4kpuKNh5hWFAW//+1v8K0rv4n+gQEkk0ls3nwkPv7JT/Nm6kJMMBIts3AkMpXNZmzNHtr2gZWlUn//QJSxdlesdumapq6U+7ZRLCs9vm6JkXVP9z/PrH9Y/7DuISKiZtasWYtNhx2OTYcdDgCIjo/hc5/5lGWd71z7A8tyX39/0wQjAAwODeOY5x9bXTYMAx+/7GOWdb705a+gr3/3qCw/uu4H+Mc/Hreso8gKKloFkiQhl8/hz3/+U8tzueTDH8Xmo46uLv/ut3fgiXn7FESxmmCcm7DlZae9wrKPr331K00TjADwzyf+iZFtIxjZNpMAjU9NMcHYpdhFmmgPGBgc2mG3S10r/QODOxhrd8a6lFxud3ZvbLta4uuWGPk8r+znmfUP6x/WPURE1EixaJ3cJB6PW5YVWambhblcKnW0z/GxXXXdsWuP43DUN2ivzI672Kwrc61MxvqjR6zprh0Kh6r/btbFe34X6kZ8fuvfayO9Ed5EXYoJRqI9wOl0lkKh0KJaqLjdrsyemACAse49hWJxxQzM3yiWlR5ft8TIumd1PM+sf1j/sO4hIlpZmo3n10oyEV/2uIrFojVOrVI3C3MqVT85yvwxFl0u64grw2vWQdO1lsex7EtWGn4+Mzai0HS74bVrLMtGTWIyNjFR/XezRKJSM4HLwMCgZTkSWXxCMdGihWQz7RKf1Dl2kSbaQ/r7B6KFfN630C51A4NDOxjryoh1YiI6EJ+KDy805kM3bXqk0eftJoLYkxrFstLj65YYl+v+4fO8Z2Nl/cP6p9vqHiKi1a6vvx9vOfNsiKLYdFKR+ZKJOE575auXPa41a9bizW8+E6IkQRRFCIKAq775dYiiCNM0IYoSTnzxSTj+BS+EKIrVsQ7nd0V+9tlncP1130cmm4UgCDAMA+ec+1aYpgnDMGAYBoaHm/96UNEq2H///fHKV52OVCoFt9uDHTu24Xe/vaNl7Nd++xpsOuwwpNNpSLIEt9uNM886B5IkIZ1O48gjj6yuK8syUqkk/vf6H0HTdThmZ7GOJxKWfd504w3Ytm0EqVQKoVAI99xz96LL+PQzXge3x4NgMNR2XU3TIMsyImG2lFxqTDAS7UGBnp6phbyIhiPhUafTWWKs3R8rEeue1fU8s/4hIiLa+zRNQ29vHy67/JMdb1sqFeFwOJctrv6BgboxBY/YdJBl+YYbf14dsxGY6d48l2BUZAU7d+zAFVd8ybLNY0883fB4stw4zXP8C16Ed//7e6vLU5OTLROMsiTj9tt/hdtv/1X1s/dd9AH8x39+2LJepVyGos4kEycnJ/Gdb19dty9JkqDrOhRZwT333F2XVFQUZUEtUOeu3yte+Sq84pWvWtD1aVZe1DmW5F5WqMgo6zNNkvPl3U2TfQ4TXkeFBbTKpFOpBf2ZRFXVEmNdHbESse5ZXc8z6x8iIqK9Y37H3sUkieYnFwVBWNIYG8VVKZfh9weQyaSrnyXi1lZ+8Xldt+fGTZwvEo6gUqlYulG3K4ds1jqe4s4d21vGXtsFGwB03aj7bC652Or4c2M+NjoXoPPu7fOv02KSw0wuLi2W5h5Q0SXkKyLyZQGaDmiGibJmzpsJ3rT8XxCAiMdkwa0yyWRiwTOOTsZiw36fPyPJss5YuzdWItY9q+t5Zv1DRES094jS0k8p4Xa7O1pfluS6RFyhUKhbzzAMCIKwoATmXOu/+RLJRF1yEZhJ5DWbbKVlWQoiDNOwfXygceu/vt6+xvsXRRiG0bC8mpVj6+vkWvJrL0mcomSxmGBcJom8glxJQFEzoesmZpKH9pKGfpcIRSqzEFcRXdOkyVhswWNmaZruiMViA4NDQ6OMtTtjJWLds7qeZ9Y/REREe/mdO5HANd+6CrIsoVxe3PuzIAhwu9340x/v7eznua5h7bp1WLd2HYrFIrKZDIaGh/HY3/6GZDKBcrmMYCiM5x977MJ/59B1+P0BHLppEyrlMoqlEkLBIO656044nE6USyUYponjjjseXp9vQccwTAOiKOLQTYfB7XJD1zUoqoonHn8c2elsw21kWcbU5CT++shDcDic8Hg8iE5EcfTRz4eua5BnE6BP/OPx6gQ0mq5hw4aNGBoaQqlUgtPpxPbt27Fr186O4r3nnrtRKpWQz+dhmotrnKWqKsrlMuJTcT5Ui8QE4xKbLikYz2BeUrEzkiQg4mFjhtVmKj7Vq2m6YzH7SCaTA26PJ7vcM44y1r1HEAV9pQzOL4iC3m3xdUuMrHtWx/PM+of1D+seIqK9RxREJJNJXHP1lUu/79nWdnZd+N6LcPprXltdvvP3v8O557yluhwMBnHvnx9YVExHH300vvmtb1eXK+UyjjnqcMs61//4Bmw+6uim+2iXiHM4HPjxT260TJBzwflvw4MPNo/9gfv/D5d+7CPVZZfLhQcf/ptlnTNe/Qps376tuvyBiz+IU19+WnX5pp/+BJ/77Kc7uj4P3H8fHrj/vmW5r5q15CQb5cciWDoVXZqXXFyYPh+gSPy9cDUpFouOxcz4Od/kZGyYsXZfrHa5nM7cSrlvG8Wy0uPrlhhZ93T/88z6h/UP6x4ior1rOZNAnSQXASCTStf8nmDtIm1nZuN2SmXr0M2xyVhdV2jV0frvnm27Z5tAdHzMmuNoMzaiolqPGQj01K1T2706lUpalrPZ6WW9PivlvtoXMMG4hGJZaVHJxYBbRMDJiV1Wm+j42Lql2le5VHZPTEQHGGt3xbrUSqWie29su1ri65YY+Tyv3OeZ9Q/rH9Y9RER7XqNxAJdbLp8D2rT8q01K1XbXzudydevXfqbVTH5SLpVr9mn93u/3Q0DrhGFhtlvy7vKzjnHoqhlvslAswOe3Di0tthnPsXafuVx9srD2s9qxI53O1olR0zRnrsMeVqwpP2qPXaSXSLqoIFtsNiiqAHleKleVBMxrdQy3OlNhBZwcd3G1k2IadwAAIABJREFUsTsBQDAYjCaTSVsvmPGp+LDP58u43Z48Y907sfb3D0T7+weiS32/OBzOvJ3zMnRjwd3w7G7rcDjz3RZft8S4XPcPn+flj5X1D+ufbq4fiYi6narMzFbc06CV3HLI5XMYGhqemYW1A16vtxpnKp3CwOCg5XtREDE0PIyx0VF4vF5kM5m6yWWCoaBlH/7ZsRVjsQkEgyFs2zoCs82QbJFwxLIPdba1YSw2gb6+fkzGJqGqKhyqA5quwe/zY9fOndiwYSOmc9Po7e1rm2Rzu9zVY2QyGQwP13fMGBoaRjKZrMaRm02uzsUxFW899qEgChgaGkY8PgWX07VHrn0qnUIwFOJD1yEmGJdIbHbcU5cqwu0Aepw6uzrv4+xOAOD1eZKDQ0OjFa3smM7mgrbut4mJ4Q0b93uWsa7sWDslSuKKqTQaxbLS4+uWGFn3dO/zzPqH9U83149ERN1u43774b4HHoYg7qGOmKYJCAI8Hk9Hm5368lfsjtM0LWMaAoCiqvjZzbfNdPUVBMA04XRZE2fveOe7ce65b4MgivB4PLjj9l/jiE0HweFwzm5itm3RedknPokPf/TS6j6uv+4H1X2USkUcdtjhePjRx1Epl6GoKqYmJ3HOmW/CeHS8epx2k+e8+OSXtDxXAPj+dddXz9Xj8eCSD12ML3z+c3A4nBAFAZrWevboQKAHN9/2q+r12COX3jDgcDj40HWICcYl4ncKCLkNADryFRGaIUCRWC77MrsTAPT1DYzO/T+X2+q3M0h8Pl/wT0xEB5aqFQtjXZ5YO+V0umy1OrHTSmax2zaKZaXH1y0xsu7p3ueZ9Q/rn26uH4mIup0kSQueJXmxTNNsP4YhZsYHbBTn3PZz/6/tnjy37dwEM4qiWLoSO5xOAECpZK/brmEYcDiccDicu5M/smzZRz4/8+NCUWdahoYjEWSy2brjNJv4pNm51qo918ps0tLOMebKq9MkL+0dHINxCVR0CYYJbEuI2DIpYDxlYnsceCoqY3tCxWROZSHtY+xOABAMBqNOp7M080LgLIVCIdsvlolEYqBYLDoY68qMdSG8Ho/twUV0TZMWUn6LiWWlx9ctMbLu6c7nmfUP659urx+JiFajdjMjL5X5yUW9ZpIRUdidVplrwVcb19z2rZKUc9s22ke7yVZq1290nNoE3lzCcU6pWISqKi23Mwy9Lt5OSQ3GdWw2uYqwh1os0tJggnGRpksKtiVEpPNGwwleCmUD8ayBZycVpIv1D2u6qGA0pWLLlIKnojKenpAxXVJYsF3OzgQAgijofX19lhfP/v6BqOpQbbU8MA1TWoqJBhjr8sS6oB+2sqzbjTOTzXTcCqZQyNuaIEB1qHlJlvVui69bYmTd053PM+sf1j/dXj8SEa1Gc0m15U40zt9/7YQsgigsKK526zTftnHSbf7syo22nZ8InTkPreZniANapXV3ZaNFt2w757qYcl/u60qLxy7Si1CoyBhNmbBzT+q6ifEUkHerkCWgWAbyZWP2hjbn3eDArqSJsE9Fr4eTvnSjdDrtt9ONKRQKRRu9BAwNDW3fNrLtEDvHyucL/mQyEQwGQ0nGunJiXQyP25Mpl8ptXyTL5XLHrZyKBXszkHrcnky3xtctMbLu6a7nmfUP65/VUj8SEXWzbSMjeMsbX4+BgQFMxCZwxhmvw2Wf+BSAmZZu27eN4ML3XABBECEtwTiNuXwOg4NDuPZ711nGSPzWt69FLjsNRVXQ3z+AK7/5dZz4wuMQDoUwMTGBM15rjeu5557F+/79XZBkGVq5Ao/Xi+/94EfVSUQEQcClH7kE9957DyLhCMaj47jooovxb28/r0lkJnoCPbjq6u/A4/OiVCzCMAwccMDzqmuIoogvf/G/cOvNN6Ovrw/xRAKnveIV+H9/vA8TE1EEAgH8/e9/x2mnvgSqqkLTNPh8Plzx1a9jcGgIxUKh/mdRsYi1a5v/HVQQBIyO7sKF73onSuUyJHmmpeLV374W69dvWNA1EAQBmUwG777gfMQnJ+FyLX6Sl4qmQZFlXP0/38Xw8Bo+WEuICcZFGEsLHWe803nD1nrxrAGAScZuNBEdb9v6RJalUrNxttxuT76T2Uej0eh6v8+fWUiLBca6PLEuRqAnkLQTYzabDXY6Vls2mwnajaFb4+uWGFn3dNfzzPqH9c9qqR+JiLpZLp9DoVjAyLYRAMAzzzxt+T6fz2Pnzp1LesxYLGZp6WeaJvbf/wDLOtPTWWQyaWQy6YZxZTMZjI2NWT6rVKzv+U888Q9ks1lkZ8dA3L5je8u4HA4HjjjyyLrPdV2vdkF+5ulnkMvnquWVm84hFA4jFA4DAArFIqLRccv2xx3/grqu07U0TWu6TrGw+/rMKTRIVnZCq1TwxD8eX/L7qbjIuKgeu0gv9EUuq6KiLW9z2njWwGiK4zd21X0xER2wMwFAb1/faKvv+/r6orIslewc0zRMaXRs13rGujJiXSy325O3E2O5VHbn8zm33f2m02m/nTKUZankdnvy3Rpft8TIuqd7nmfWP6x/VlP9SETUzWqTWoFAwLLcaGy/xeoJ9FhmrW40JqAstY5LVa3v9IqsQBStsQaD1r8jeT3elnEZhtFwXMb5ZRAIWDtfSDXll0mlLMtOpxOxiWjH12E+scE1aJewbEcURXjcSz/JiyhxVt4lL1MWQecquoSUzZaIi5UtGtiZZJKxGxSLRUcikWjbcsHtdmXadX2TZFlv97I633Q2F0yn037GundjXSqBnp4pO+vF4/Fe+y+oychSHXulx9ctMbLuWfnPM+sf1j+rsX4kIura9/CyNaE2nbPOaTU4NNT4Z3CTRNL8WZqbSaVTMI3W7/7xRNyyPDk52XqnAhDptf4YcDqdluVgyJpwHB4erjundvEXitYZpxPxqZbfF4tFaNruzhO1YzTasWbN2rrPBgcGWx63ViKesCz3BIPI5Tufv0yRlZbXv1F377kZrmlh2EV6AaZyEkxz6ROMggC4VRG5knXfuZKB7QkVQwEdisRxu1eqWCw6bBpm2z+D9PX323rBDAZDyWw2k5zO5mx1i5qIjq/zejxP2ulSx1iXJ9alEglHJhOJxEC7885mspFkMtE2sZFMJoJ2zlcQBT0Sjkx2e3zdEiPrnpX/PLP+Yf2zGutHIqJuNbxmDS5830XweX1QHQ5MxmL40MUXQVUd0HQNHo8XH7v044AJSLKEUrGEq676RtMuupVKBcceexzOOvtcTDRouadVKvD6fJbxFxt5xzsuwDHHPB9erxfT09M49NDDWq6vazo+dPFF8Pp8qJQrUB0OPP20tVv1r35xG0ZHRzGdzcLt8WDr1i2W71PpFD764Q9BlmTosxOvCMLuIdwqlQo2bToMp7z0VGjlCjLZDI486mjLPg488CB88EOXQJZlmIYB1elEeLb7NDDT8vDa71yDRx/9KwL+QLX1pmmaDVtyapoGl9uFj3z0UkiSNBOLCVzx5S8il5uGLMmWuMql+kb/iqoik87gI//5QYiiCMMwoCgKLrnko1AdiiUB2ogoiAiGQrjn7rtwxx23z5S3rsPvD+C9770IoizB0HUYhoHPfvoTKOQLkCQJqVQS7/n392JzTRlRZ5hg7FChItseR7ETggAM9wjwOsqYzKlITBuWyWMKZQM7kiLWBcEk4wqUTqf9dl4AfH7fVCfdl/r6BkZzua1+Oy+4mqY7YrHYwODQ0Chj3fOxLiVJlvVQKBSNT8WH260bjUbXi6KkBwKBTLOX02g0aqurZbMJKrotvm6JkXXPyn6eWf+w/lmt9SMRUbcKBoN4z7+/r7p891134tvXfKu67Ha78anPfM6yzXe/+52WYwAee/zxeNlpr2h7bMMwIDaYOKZSLuP4F74Ix7/wRXWfK6raMAFmmAb+8Iff1ydnJBmarkGRFTzz7DN45tlnrD9jJAm6rkMURRSLRfzm9l+3jPmLX/4KXn36GQ3j0jQNkd5evP38d9ZtN38cx1tvuRm7dtkf11JRFDzyt39YPjv++UdarkGjuObbvn0bvvmNr1o+e+yJpzu6V5xOZzXBCMx0Fz/r3H+zrHPM5sNQmTcj+EtOOYUJxkVigrEDFV3CWFrA/Fmfl8JcctEhzyQuez1luGQF45mZ2aerx9dMbJkUIEkKZBEIeYCAs8ILswLYmQBAEAV9aHBoV4cVY8nui8rMy0hywO3xZJu9rDDW5Yt1qUXCkcl0KhVpN+6WaZjS6K5dz0sm4hmfz5+UFaUMAFqlomazmaCdmW+B1hNUdGN83RIj656V+zyz/mH9s5rrRyKi1SCfm7YshyPWESUq5TJ0vXXjoHQqbetYYpNZqRslEVt9brToCanp2ux7f+N3/LmWioZhr8FTIZ9vGlercRHndynu6+vrKMEYCdeP6hEORyz7aBTXfIkpa1duj8eLVCqJnp6g7ThikzFr2Vbqu3uHIxHLJDcer48P1SIxwWhTRZewIyku+cQuc8nFgiZgNCVguEeB11GB11HBhpCEXSkRpYpZU7GY0HUgXxYRcPLa7G12JwBYaOuC/v6BaDabDZZLZVsDwk9OxoabvYgy1uWJdTlIsqyvWbt267aRbYfY+gUrX/DbfRltZM3atVtXU3zdEiPrnpX5PLP+Yf2z2utHIqLVoLev37I8N+ZedVlVIUm7E4NzLQTnSyV3j1RRqVSajmvYqgVjs2Ti7jj7Gn4+1wV47v+1FFlBRas0jNuO6enppt+1mgl6PofTURdP699PJ9pft96+1r9f1SSKc7nphsnFVterlqzUn2vt+ff19fGhWiQmGO08mCUFE1ksa3Ixnp2pUMYzwIaQBEWaGW9xY1jHaEpFtmjwQqxAdicAkGWptJixkYaGhrbbfVEpl8ruiYnoQG1rBsa6PLEuJ7fbk+/v798+MTGxrLPJ9vf3b1/IzKMrPb5uiZF1z8p6nln/sP7ZV+pHIqJuk06n8Ztf/xI+nw+9vX34w+9/V/f9Hbf/GoZpQBIlFItFlIq7x/nTdA2HHXY41qxZi2KxgFgshuOOf0H1e0VREItN4P/dfRfcbjfK5TK8Xi9Offkrmk8Uo6r4+6N/xZNP/hNer7fB9w5MTcZw4otPgigIkBUFWqWC+++/rzoLtGEYOOKIzRgaGkaxWIDb48E/Hn8cO3Zsr8YdCoZw7HHHodRg3MJGJqemcOBBB7f4PUZGMpHAPXffCVmWGyZPe3pCiI7tbuFX0SrYuGEjDjn0UOQbtELMTk9j3bq2HUBw111/gMPhwGRNK0MAcDpdiEbHccIJJ0KWZ8aXdLpcuPXmn8PpcqFSKaNYKODUl51W12K1lWwmi1//8jZIs0loXatgOpu1rPP73/0Oum4gPjWJbDaLI486GoccuokPXgeYYGxXiRUVRNOmZTzEpSBJAgZn/1Y9l1wEZlon1o61ONxTxnhGXZaxH2lx7E4AEA5HFjU2ktvtyQeDwWgymRyws358Kj7s8/ky8186GOvyxLrcwpHIFAAs10tqf3//9rljrMb4uiVG1j0r53lm/cP6Z1+qH4mIusnOnTvwhc9bx1ica1UnSRLi8Sl85MMfqttufgvByy7/JDYddrjl+1KpCIdjpmvgXx9+GJ/77Kct39/3wMPw+pp3n7366itx/333Nf0+EOjBn+570PLZySe+AMl5rSc//dn/wv4HPK+6/IPvXYuvffUr1eUjjzoKV3z1Gx2XWasWlk899SQ+9cnL2yeN5rWgPPvcc/GWs85tu02ziWAUWcGtt9yMW2+5uem2fX19uPOeP1k+O2LTQZblgYFBnPSSU2zmXiSk0ilc+rGPNL03FFnBTTfegJtuvKH63atffTq+eMVX+eB1QGQRNDeRVTGeWvrkoiIL2BAyql2hPQ7rZahoJqIZ67vNoL9ctx7tfXYmAHC7XZmleAHo6+uLyrJUsrt+Npv1M9blj3VPveT39/dvX6kvpys9vm6JkXXPynieWf+w/tnX6kciom7RqDvsXJfdufEJG5nf/Xh8bKzu+7nkIgC4amaM7gn0QBBbv4eHguHWPwvC1u8bjQ05NmqNK5FMWJYLxcLCyqxF922nw2FrH/O7ZycSKVvbNEouzr9eLcszFLIsp5JJeNwea+wu+2PF2bk3GsXVEwzxoesQM1aNbnpdws6kimRu6VsMKrKAdUHDMhP02mB98jBXMjCesVYGa4NlBNy8ZN0mGApPLMV+JFnW+wcGdzDW7ot1qV7yN2zc8KTb7Vr0OGxutyuzYeOGJ5fy5XSlx9ctMfJ57o7nmfUP6x/WPUREezmRIS7svdjt8bT83lPTzTmTycDTZptG4yPO71JdO9afoqrIZNI1cVmHZfZ6vE2P12qSl1bJtLq8R5NknyjYK9tWxzLntdJKp9onJeeXl1QzlmZPMIhcPmeNvWx/slu757OY+4pm7/XVdkITWRXTJdMyXqIgAKo8k0F3KgJkCXDJJryO+pty93iLS59cdKkihgK6Jbk4Z22wjJ1JFbnS7uOm8wZkSUWvp1z9bNBfRsQjIVWUoEom7+AVzuvzJJdyYP5AIJBJp5NJOy1sGOvKiHUpud2e/IaN+z2bTCaC8Xh8wO4EEfNfTIOh8MRyTRax0uPrlhj5PK/s55n1D+sf1j1ERHufYRhwu91Yt24dyjaTTel0Grt27UR0fAzxeLzu+2AwiJ07dqA30guf349isYBQOIJHH3kYXr8f5QbjH/b3D8Dn86En0INQOAxVVZBIJBCL7R5fMJfLYcuW51CpVCDLMnLZLA477HDEp6bgcruRz+Wwc8cODA4OIplMYt369dixo/nfH0VRRKVSwbPPPA1d0yGIAkzDxPMOPBDOmhaYrfj9AQz0D8DhdEJRFOiahp07d9qeUEaSJGQyGWx57lmoqgqtUoHL7caBBx1sacF4xObNeOqppxAIBOr2oaoKJienEI/v/rtZbnoa27eNIJfLweFwIJlI4NBDNyGdTkNVVaRSSQR6euzfK+ZMF+i169ZBFAUYhtkwjh07djQcW5LsWzUJxkJFRjQjoFSpTwyaJqozMc+fkVkQZDgVEW4H0OPUMZWTlnScQ4ciwKkIcKsmAs72lV6jJGM8a0CVFMv2iqSj16Pz7l0BDt206ZE9fcx16zZsZawrJ9a9IRgMJYPBULJYLDrS6VSwVCq6Dd2QamchdbtdGVESdYfDmQ8EepJOp7PE+LonRj7Pe+d5Zv3D+od1DxFRd3jBC1+Er3/zWx1tc97bzsXnPvOppt8fccRm3HXvn6vL2WwGJ7zg2Jb7vPSyy/GJT322uvy7396BSz508VzWAaOju/D6155u2eb+Bx+xtJY8+8w34ROXX2pZRxREGGbj/MREdBxnvvlfLZ/95Kc/w2GHH2GrHEzTxMGHHIrf332v5fOXnnQCpuL2G8n/35//hI9c8sF5P+eCuPfPD1jWueZ/vtdyH9df9wNcccUXq+W1bdsIzjj9lbvzH4qCBx56tK6LfLNxHhvp7evFbb/6Tct1Lr7oQtx99118sBZhVSQYJ7IqUnnD0gzX3kMFFMoGCmUgnhUALF1ycbBHsJVUrLU2WMaWKcXSAnM8ZSKhKOj1omGrSyLaNzmdzpLTuedmlV1t8XVLjER8dhgfERE1ep/vvEef2CYhVTtbdKVcsUxyYicO3bJuoxiF6gzS1eM26JprtDi/Rqex2O69pVIRnZaoJFoDUWSl4+Pqht6yvGRZRrlUajgGp+17xTCX5X6imnuw209gJK4gmTOwku4Fn1NcUHJxzrqgAUW2PqilionJad6wREREREREROa8sQjtJoeMNuvVjiuoqipkpXW7rNoxEQ3LPholNM268Q81TWu4XjUfUCzXfStL1rhc7vajb8zF2qjlX6VcQbFQP5lMqzEMzZrza1dWjcqsWCo2WEOwnKfD6bRd/jPbWBPFpVL7jgB2W0NSc13dgnFnUm3YJXpvkiQBfb7FdV9WJB3rgsDWKQFMohMRERERERE1JwgCTNOEVmne0EdRVajqTCu4Ri3tKloF6uzMypVyGYqqIp1JL/Kd3AQgQJmd6KWiVeByuiDUJObmkoPN4qqdBKaRbDpTjb2WYRqQJLluwpnaMvR6vcjlczNxCICu6U27aTdiGCYqlQoURWkah6KoltaWDtWx+9yFmdaG81uMGqaJZDKB3t4+VMplGKYBVXVUE4KiKELXdWhaBaIgQlHVasJWkZXZ8vO0jEtR1bpWpdS5rk0wTuasYxWuFGEPGk7i0ilF0tHrUxDLMMNIRERERERE1MrWrVtwzplvgiRKEBp0F85k0vj8F7+M71z7A0xNTtZ9H+ntxW9/czuO2HQQ/P4AREGAbui2Wr+1sn79evz0Z7egUimjUqlAgIBQOGxZ56tf/ybKpRJEUarb3jB0OJztJ29597veAUWWG7bSzGTSeMtbzsJln/hU0+3dHg9u/Pmt0HQNkighHIng7DPfhH88/pjtc43FJnDKSSdUE77NrsFrznhd9bMzzzoHrz79DEiShEhvL+6560584P3vrX6fy+Xw+jNOhyiKMAwDmWwGP/zR/+KoY55fXee/r/gSfnz9D+H3B5DJpPHq01+Dx554GlOTk4j09uKxv/0Np5x0AjStArlBEleSRExPs8voYnVlgnG6pCCeXXnJRY9DRMhdXrL9hdwV6Ka6Is+ViIiIiIiIaKWolMttZwHuCQQBzCQTGwmGQgBmEmFWAoCFNf5xqCo8Hg8Aj+VzwzCqSbOenmDb/cyt35iAXK51giyeiDf9bm7ClNrEp6tF1+RaojCbAKwrO6tsJlP9t67rcLndlu7d69avryv3TDZj2UehaO1WnZidmGbu2MXZ7+eu8/CaNW3jAlC9HrQwXTkGY64swKEICLhFSNLK6CcvSQIG/Es/s3Ovp4zBHmHFnCcRERERERHRSiPJ7dtPFYuF1t8Xmn2/8J6Fmt44TzCXLLQ7OUvteqYlpvbxuVzNu1k3G3+w8diQjdntSq2q6u5rJtW32Myk023PS5at2zlrzk2puRdqE5RNz4HJxUXpyhaM/b7drQQTeQWxzN6Pqc+3NF2jGwk4Kwg4Z1puEhEREREREe3ramcV9vv8DdcTBdF28svuOHyd7HO+uZaCC6HrejUhp+tm3YQ07eJyONSOj1msaSko1swa3UkLxznlUrnhOc3xeL1t9+F217QGrSmL2u7ORrMk72x5NWq52K41LNWTu/0EQu4KskUVhXLzh9ulitAMExVtecYzDLhFBJzlZT9Xr4ODjhIRERERERH95S9/wbsvOA+lYgn5fA6Dg0P49v98D6ZhQFEV5KZzuPSjH0Yun7O9z2Oefyy+9vUroc5OPDKfJEuQZQkf/9hHEZ2ILihmQRCgaRouvuhCRKNReG0k06ampnDyS07BJR/5WPWzvr4+XH3NtdB1DYqq2orrnrvvxtjoaF3SsBHTNFEo5PH6N7wRH7vscmQzWYTCIfzm9l/j9a99NQKBHkxnszjokENx/Y9vQCaTtXX+xWIBm488cneZShJ+c/uv8M2vfxUDA4OYnp7Ghg0b8d3vX4dyqVI3jqMgCPB43Pjhdd/HyNat8Hq9SKVSOO0Vr8RPfvozJBNJFIsFrNuwwbLd0NAwvnX1/8AwdDidTpTLFVx+2UeRSCYAzLRcfNt55+OMM16HiegE8oU8nnfggXzIOiSvhpMYCugtZ1wWBWD/SAXjGRXp/NI2eXWpIgb9Zd5JRERERERERHuAJElIp1O4/777qp+Njo7iG1ddY1lPdai2E4yapiEYCuHUl5/Wcj2/37/gBCMA6LqGP/7x3o62eegvD8zbXofT5cKJJ51kOy5ZkhGPT+G++6Y6Ou4hh27CkUcdXV2+7ZabsWXLluqyy+3G5nnf2zU3ozMAPPvM0xgbG8PY2BiAmTEav/K1b7Tc/vKPX4odO7ZXl31eLw47/IiGx5gb5/HFJ59s+d7ldgOzCUYAeOELT8CBBx2MAw86mA/YAomr4SRmZlxu3sxYM2Yyj4P+MtYEBSjy0oxnqMgChgI67yIiIiIiIiKiPaRR9+CeoHWilEq5DF2338BIlu21v7LbjboZURDh9wc62mZu8hmg8biF7eLSdG1BsWZrWiaKNcd2e9wL2u/87u1er7Vre6Cnfdn4/P6a89ObHqNZedXeQ4kWk+CQzXt7tZxIyF2Bx9H4dEqV3U0bvY4K9o9UEHAv7tQ9DhHrgsayjbtIRERERERERPYosnVMRkVV62YOzrdozWg3cag6HB3FNX9Sk2ZxNTyfeUm4ZhO0NJuUpLYsFqpQsJZXbRIu26RrtGEYME2zrotzI7UTtiTiibbbOGuuQW+TWcFrzY8nGh23fOf1ePkQLZK8mk5mwK9jW0KErtffxOmigoBzd4Ux06258y7TggD0+gSE3OwWTURERERERLQSTE1O4htf+wpMw4RuGhAh4Pzz3wlAAGAiO53FppputPMpioKRka348Y+ug9vjqfteEkRIkoSJaGfdo6Pj47jy61+FrhvQTb0mLmBmpuTdvSyDoSDu/MPv8fe//6362dNPPYVrv3MNprNZ5AsF9PX14R0XvLvpDNQVrYIXv/gkHHvc8UglU20iNKtlNGPm39O5HA46+BDLmmec8Tp4PF70BHqq2/73V74EACjmCxgYHMI7LniXJa4ffO9ajI6OwuV2NTz6THlcYInna1/5MgyYECHAmI1LnC0jj9eLnTt2WPZx6y03Y3Jysjqm4nyFXB6DQ8N4xwXvskywc/F/fAjRaBTu2eTto399BI/89WEAQDqZwqkvezlOPuWlfLA6sKoSjIqko88nYrzB81OsCAjUTHA06C8jX1ZsT/7icYgY8OtQJI13DhEREREREdEKIEkSMtkMvvfday2fP/bE03XrVsplKGrjGZWfevJJ/OymG9seT5ZkW92OJUlCKp3Ctdd+p21c85mmWU0wKrKC0dFduPKbX7es8/bz3gFRbT44tRq5AAAgAElEQVQz9Nnn/BtOePFJiy7bubEMS6UiTnrJKTjpJadUv3vwgftxwTvebln/HRe8y7L8zW98rWGX9jn/8i9vwGf+6wvV5V07d+DVr3y57WugKAoeeugveOihv7Rcfy6uuZm8z3+nNc7z3nYuHnn4oepyqVRigrFD4mo7oYCzcfdnp9I4iTgUMNFulnhJEjDYI2BtsMwu0UREREREREQrSKMEliIrmJqcrP+8RVLO7XLZOp7dMQ07iWu++LyuyBWtvut2b6QX7RIZtV2AF2quq7bD4az7LpWytu4aGBisW2dwcKjl/mXF2u5tMhbr6BrY6do+Py6hSbl5a1qtzh/3kuwRV+NJDfrLUGQBkiTAoQjwOUVL9+j5XIqGkLd1MfT50HR7IiIiIiIiItpzZKlZZ0z7E7o2Skz5A40nGBEFsen+axOWzcZLrB5Xq8AwFtdwSRRFyxiNAOqWw+HIspT9/HIrFQuW79olThtdN02zlkWPzcRes8lbGh2jXVy0RM/laj2x/SP2E4Je1UCz+YJmkpMcb5GIiIiIiIhoJdB0DaFgCEcedRQKxQIcqgPJZNIybmE7iqJg69YteOxvf4PL7YbP58OWZ5/FkUceBZfbBVmSkS8U8OhfH5k3mYqJI47YjFAohFK5hGwmi0Qijgfvvw+pdBo9gQC2bduGww4/Aj5f/aQhpWIZbo8bDqdrUedfKBRwx29uh8vphGEYkCQJ6bR14pg///lPCAaDiE5MLEmZF/J5bD7qKGzcuF/1s7Vr1+Gggw5GKBxCNjuNDes3tL1uBxxwANauW49isYBsdhperwcPPnA/UqkUfD4fdmzfhmOefywURWnYSNOhOvDIww8jO51teoxIOIIjNm9GoVhAJp2xxEzLR2YRAJmiCKB+shdFFjDcw+QiERERERER0Upy7HHH4YqvfqO6nEomcdKJL+hoHz+/6Ub8+PofVpcPPvgQ3HTzbZZ1jjtmM4rFYnX5a9+8Cr29fdXlSz50Ma6+6srq8gte8EL85Kc/a3tswzCaTtLSiiiIyGQz+MglH6z/ThSrCcebbrwBN914w5KW+Vvfdh7+88MfBQBomoajjnk+fnbLL+rWmxvnsJH3vu8DOPXlp1WXf/j971rGcRwaGsZv/3B3yzjedu5ZePTRvzb9/kUnnIjPfeFLHcVFiyeyCIDpUv34jIIA9PtYNkREREREREQrTalUsizHYp231PPUjLtXuxyLTcCsSRfUdret7ZLrdDptHXshyUUAMEyj+XezLS1bTaqyGB7P7laZsty8vVqrJF4qlbQsa7r1fPz+9omYcptxF0ulYsdx0eLt8y0YCxW54SzSPW4RXgdbLxIREREREdHi/WzrL4I/e+a28HPJEVesEK8O3BdxRcqb+47IXXD4uRMn9h2bs7OvLzxyxdC3/v6jwU6Ov19gQ2Fz3+G5Cw77fOyIIAqrrXx3d2OeUdEqCPT0tNymNuFUrElaBoOhum66tQmw2mReuVyfR2jVcs5uS0ZREFskFwUAZvt9zLZwtLOvRuvUjrlo5zzyuVzL8inW7DObnW5bbnKT8Rc7Ld/53+Xyect3hUKelVaH9vkE43S5vnu0QxHQ72NykYiIiIiIiBYjK33+kWv7rn/ipv6slmuYFZkqTKl3bb9bvWv73UGP7NUvOf4/dr3zoDdPLXUkW9PbXFvT21y3PvuryGsPeO3U1Sf91/bVVNKqw4GeQA9EUYSm63C7XHju2Wewbt16pFKJuvWH16yrJiUj4QgSyQRCwSAq5TJikzH4/X5s2zoCs6YJ43PPPoeBwWFEx0cxvGYdnLMzT/dGejE5NQmfbyYBObprB3TdhNPlRF9ff9O4RVHE1OQkcvkcZEnE8Jp1EGcnk+mN9EIURRQKBWSymRZnb6In0APVocLQDQiCUI1bEARIkoTs9DRyuZnknWEaUGQFwWCwmsTTDQPJZKJaJoZpwO8PwOV0Qtd1TMWnEA6HW56HpmmYiI7BNAF1dvKbweFh5PI5+Lw+TMWn6pK+odlJXSLhCKbicaxdt676nSAIMAwD0fExGIYBQRTR3z9g6bLezvy45usfGLK0wpyb7XomjilLN3iyZ59PMBYb5BGdCpvNEhERERER0WJkpTN+cd4Bj8af9trdIqdNS5/6v8+u/+vE3z1fOOm/dgWAZenr+svnfhnp9wyUP3nMReOrpbQ3btwPd937ZwAzE7jkpqdx+itfjkQy0Xj2Yl3DOee+FY898TQqlQoURcE9d92JY446HJIkQYAAE2ZdC8WLP/A+CLMJQE3X8JGPXmrZxy9vuwVHbDoIsiRD0zUc+LwD8fPbftUy9g9f8kE8/NBfqtucf/47Lfu84ze3Nxxzcb6rrv4OjjjyyIazYyuKguuv+z6uuGL3uIT77b+/ZfzEVCqJfznj1UgkdidjP/u5z+OUU182s0/ThCS3TiHt3LkDb3jdayxldtPNt+Hggw9puo+3nHUO3vimt2CuqWhti8VMOo03v/ENyGTS1euoddgFvDYuWZJx6y9/jfUbNlbX+cznPo9PfeZzMwumCbGDVpI0Y59PMHocJnLWVtBI5w34HAq8jsb9+hN5BS7FhEvReAcRERERERFRjfrkYsQVKf/rga+b+rcDL45v8KHa1OX/Yg96vv/49f33jT7sn2vl+MvnfhnJVqalq079xvZ2ScYLNr9rrG2iMLtD/cHYH/1ffvCqNXPH+MXTv4qcf8xFU2uBSreX9lwrPEVRdr/re70ozHa/1XSt6XYAqts5ZsdPbDWGYe130mwiam4f8uz/546ZL7TvjV4s1MYpWPbpsjGuo2d21ur5ZTCf6lAty7Xdhn0+P0TB+pl7dkzK+fts1d3bNOsTsq7ZFp6N9mGaJkRRhKiqDa/n3L/nuitbr6O9buGN4tJ0Dca8lqmmaUKSpOq1pIXZ5yd5cSkmwr76YhjPAOmiYvlvPKPi2UkFsYyJHQlgIqvyDiIiIiIiIiKL8++6ZP385OLZm86cuPese/55+TEXj89PLgLACX3H57536lVbn3zrHx4/KnxQdQC6e7bfHfz6I1cuTT9N37ryeQedO/XkGd9/esjVWwaAWHFc/f4jV0ZWQ3k3SnhVymUoyvx39vp1asdtLNeMwWiHplmTl1pNC0I7SSu1JsEmSGLLOO3EUf+9NfGn18atVerSdeXS7lt1fpfrZhq1FG0Ve+2+Gh1DVuQmZdg8uVib5GwUszKvJeX8ZCYt3D6dYCxUZOxIAC7ZxJqgYBm8VddNjKes/6XzBnTdnL3xgGTOwPaEiorOLDcREREREREBiD3gvX/0b/65xU+dcPn2Lx9/mY3uzj79V6/7+dOnrT+hOs3uT574Sf+fY/AsWWzBQwuvP/BV8bnF51LPufblS1Wb/DIWkGAya/dhWPfRLvHXiFTTutCaYGuc4Gs38Ult68Tabsaq6kCrweLsJN9UVWlwLtKC9jVHkRXoWmddovWaa9LoeLK8z3foXXL7dIm6FA2ypGA0ZWK4R8Bwj4DRlIlO6pRC2UA0I2FtUOfdREREREREtI87//Hr+ua6IZ+y/qXJTids+f6pl+887oZ/84z9f/bOO86Ruv7/r2npPdlstt1ep9wdxQNsFKUrSFWxUS1IE+xSvoBIEQGl96KAgiCKoPz8+kURECnSj6Nc29ue3ntmkt8fe8llkplJsrtc2/fz8eDBTfvMe95TduaVd8mFdBkxzf1j9Cbbvt5zMrNl3/mOxblb5uSZqeD73/8hjjrmOPj9k8jn8+jr65Otsc8+H8UDDz4EnV7f1oj5fB7z6+r4AcCnDzoY9y9YAL1ej1KxVEtd7oRHHn4Iz/7rGRQLBQiCgEQiITsOh92Bm2+9A2arBaIoguc4XH3VFVi3dm2tyUw9kWgUhx52GP713H8QCPhht9vx1ltv4dCDPgWdTgdB4CGKEuLxuKpNLMvi7jvvwF133gZft69peSabQX//PPz+0T9C0OlqUYSXXnIRhoeGYLFYEAwGcdnlV+KQww5X3AfDMHj/vXdx9pmnw2Qyo1gswOFw4o6774PL7UKhjeYuhUIBXV3ywNyB/gE8/MhjqFQq0On1KBWL+MmPfoCxsVGYTWYEg0H8/BfX4oBPH0gPsBkw5yVbA88gJVZkImMkw6AoVWrRisoXPmDSsbAZK7AbqOM0QRAEQRAEQRAEMS68E1xjBgAzb5FOX3FDoPMx+krHLv1M5Ja37u8BgBfGXrQlVp4TnK2GL6dt/F/nXD07y1bsDqfLBeemzsXAVIQhz/OQJAkWqxW77/mRjsetjiGKIux2O/ZoGKOd9OIqHMchnogjnpCLfSzL1iIudXoddttjD9nydWvXIhwJIxxR1rMz6QxcbjdcmzpB53I5+P3NpTtZhkW5opzWPDS0AblcDkMbhxSXp9Np7LLrMtm8Ne+/j2QqiVA4BAAIBrVviUQigWAwWJuemJjAXnvvPe1zIkkSBJ0Ouy5bLlv+/nvvIbuptiMABENBenzNkDkvMBp1FaTyUynP4/EK5rmAQVeJrgyCIAiCIAiCIAiiM9a/YpnIhXQAMGhfkFvhRX46w5w/sF/y/tWPeVNihhtODBlXBWHY14uZRzE2pG8vdizOzaXTE49Fm+ZVU2Vn0uCjOoZa2m07wmIVtQYz9encZalc6zBdxWq1qoqLAJq6NydlUZF1+6mo10y0WLSjMW02e/M8ux3JVLI2bWjRsEbX0KTGbLYgHo/B4XBO65yonVeb3S4TGKvNaIjpM+ebvLhMm8XESgUIpli6KgiCIAiCIAiCIIiOuaqupmG3pas07ahD77LcYnt/DgAyYpobT2NGHUbfjr1nvPK1X/bs8rfzFlfTt72GnuJpK88Jz6Xz09Pb2zSvVJzKSCyV1AONyuUyKpWKasOS6hiNtFt/UW/Qd3QcPM83dYsW6hrFCHxzLcRSSW6j29OlOHZjd+l64rFYsy11jV2UZNSA3y+bNpm0S4r2DQzM6BxrncdGH9ajlPZNdAZVtQRg1LHIFaceFLliGaMxHQaclPZMEARBEARBEARBTI8tFR1411t39t711p29nW7344/9fWwAmFPpe1dfdQXmzRtELpdFKBTC5794Ao46+lgAgCAIeP+9d3HdNVfDZrMhl8/D4/bgwosvgV4/FXXHMAx+8fMrsOaDNbDbbQiHwzj9jLPwiU/uq7g/nucxNjqCq6+6AhzHKUbT6XR6vP/eex0dRywex/fOPXsqKrFSAcOwGB8bqy0viSUcddQxOOTQwxAOh2A0mbBh/Xqc+e1vwmgwoFgswuly4/IrroIoitDp9UglkrjxxuuRyaRV9/u1E0/GrsuWwWKxwO324N//fh6P/P6h2nKlInNXXf0LhEIhGAwGGE0mvPnmG/jLk39WjGQ0GE1NgmSnCIKAl196EbffejNcdanwVViOQ1mSEAnLtfXrf3Ud5s9fgFwui3A4jOM//wUcdcxx9CDrABIYAZj0QK5OT8wUyhiP69DnIJGRIAiCIAiCIAiCaI+18fWG2RnJKnVZPCVEPph1G828RfrhR787dsJCxObSueE5Hm+++QbefPON2ry+vv6awAgAG4eG8PLLL8m2+9FPLqgJjADwp8ceQya7OVv9nVVvqwqMABAKBvHss/9qaR/Hcarp0fWwLItCIY+nn/4/zTEOOfQwWdOSRx7+He6847batK/bh8suv1K2/T333KkqMJaKRazYfXes2H332jyn0ykTGOup1p089PDPyub/9ckn8Pzzz2kfo0YdyHZ4/93VeO21V9vyZblcBs/xePvtt/D222/VlvX09pLA2CGUDwygy1wExzENFxr5hSAIgiAIgiAIgmifJY5F+dkZKcWF0mFhNm1baJ+fO333r0+8ctKLqzrtbL0jIErN6coOp7yuX2MdPofdAaZBHPB6vbJps1k75bfdjtTtiIsAVNO0G8cIb2qqUqXYkMbtcDpk0+lUCpKkPnZ9CnYVf0DesKVeVWEYRrH2ZKsajABmJC4CgLHFOWn0peK14ZizvZCmDUUwVi8eE4NIanNAr0lXIacQBEEQBEEQBEEQ02JdXT3GmWDmLVKfBarpdd/c/VsTl6w8p6EdcIq78rW7vA+sfqQ7JWY4j9FTPGn5icG5JCyWK2Ukk82NTHiOVxSUgKnOyvXEE3FUGgS9QIOolk5vjvgrFYtNQlxXgyA5XarRifXdpLWot0sJnU4ufFqsVnCcXEzt6VOuWVk9xnyDv+p9o9Y522ze3ChG4AWUxOYs/XaPsRO/tYPWtUG04T9ywaab3lxEOi+gUJq6CUxCmZxCEARBEARBEARBtM35jsW5Wzb9O5AOCQmAm1ajl+Bq47rEmBEAzLxVGvSiw/pdVumCld+bvGDgE6ld/nbe4nAurLv0hZ8Nvh54y3zr/lcMz4VzwXE8TjjhywiFQzCbLTCZTHjmH08jGAqqbrNw0SJ86lOfhsVqQyGfg8vtgb4hAvHLX/0q1q9bB4vVhmgkjD32/EhtmaDTYWhoA/721FOwWi3geR7pdAZHHPE5MCxbE9sqlYriv5UwmUzYsH4d/vvfVwBMRd0ZDAYcdNAhEAQB4ibxjGGYmqgXi0awfMVumv4J+P147NHfo1goguM5ZDIZZNLyRuUP//ZB7LlyJWLRKJLJJA741KexbPmK2vIlS5di//0PgN3hRCaTRl9ff21Z9ZieePyPCASDMBmNcLnceP/9zfUmS2IJ8+cvwCc+uS9SqRRMRiPGJ8bx7xYp1J0gSRJMRhMOOuRQcCwLSUG4NJvN+Ncz/4TfP0kPsRlAAmMd/Y4yRmJTir3AkWpNEARBEARBEARBdMCifdK9r3QVJ3Ih3XBiyLgqCMO+XmQ6Heaq0edt1W7PHrOnaAOmFwHj/Vj6vU/+eLj/2YsXAsAT657wdJt9xeaIxx2LcrkMnudx4cWXyuYHgwEE//kPxW1KpRKW7rQzbrzldsXxqgLeud/9QfO2dVF9L/3nBdx26021ZTabHf9+8ZUZHc87q97GV770hdq0w+7AVb+4tuV2ShGVwFSkXiAYwE8vvbhpWX1dwkceeRiPPPJwbVkikagJjKVSCbsuW46bb7tT0V/VbtSXXHxRUwRhfeTigQcejPO+v9mn4VAIB35q31m9HtweN6646mrNdZKJOJ566q/0DJsBVGmw/iLnJCzylNBtJV8QBEEQBEEQBEEQndJXWu5dmgGAjJjm7lh1brf6uuPCEU98aaczn7twcGMKuvr5f1rz/9zVqa+v+F1wWlGQVRYdGztr95NqguJdb93Z+/sN2KELzLEqTRVy2ay6HiAImuMxDKM6br2IZ7XKBQWPxzPj4xkfH5dNS5KEUql1A3AlcRGAZhpwu3UJW/mrSk+PQpp1XVp0MiVPYx8dmf0AW7HUOoAsk8nQ42um9x25oBmLvkROIAiCIAiCIAiCIDrm3hWnBK28WQKAZ4b/6fzpazf1KK64/hXLW+HVlifWPeHZ99EVK8587sLBBMCd9o+fDUzkQjoA2NW9In34QiRnatP5K78d2NO9U60o39UvHdo/Cgjbk19FUS4S5fPN/XSqKcLV/zeSbRAYU8mk6vhK47aD1j7qUasxqCQcut1ykZJlWU2BTwmHwyHbvl04jmtrPbU6h+1urwbLMooNV6r7U/JXYyOZeCLe0uZEQi50plIpeph1CKVI7wD02IrosZEfCIIgCIIgCIIgtjrej6U/3rdH8u/DLziBqYjBjJjkLvzohZOySETvysyZu586UW3E8sS6JzxPrHuipiSZeYt08cd/Nzaj6MUaVunJj/9gfJe/nbc4JWa4YH5Sd8E/zh144KAbNmwvbrWYLbDbHejp8SEei6PL242R4WFEwiEUSyXYbDbssusyAJvrEb7z9tvI5bMQeAEOlwt9ff0IBYOwO+yYmJjEkiVLauPzPI9kMon33l0NnSBAkiTo9QYsW7GiI0Gup6cPDrsDvh4fMpkMBucvwOp3VkEslVASRXAch+UrdlMVCAVBwMT4GDZu3AijwYBunw9vvP6qbJ1CoYBXX3kZJrMZhXzrxuV9/f14993VtelyuQyjwYiFixZtEtmaBVSeF7Bh/Xpkc9m2jpvjOBQKebz7zjuQyhXoBAEMwyDX5vZqSKKEfz/3HLq6vcim0yiWSth12TJYrbaav0aGhzE+PgaDXg+Hy4VoJAJftw8OpwOpVBr9/f144/XXwLEciqUSOJbBrsuXQ6/fLEQuW74Co6Oj6OryYHLSL7s2iPYggZEgCIIgCIIgCIIgZpF7D7pm+HN/PlV4I/KBBQB+t/rh7r9veNp5/NKjwycuPS8y34oirPOKF6z83uQBA59MXvD8ZYPrEyO1rtNm3iJdtu+Lw9Op36iK92Ppk5YdH7zlrft7gKnoyt9vgPOEhYhtDz4dnD8fz//n5dr03576K4787KG1aZfLhX89/2JtWiyVcPKJX5Gl+t58y+24+tpfysaVJKkWZffqKy/jvHPPri0TBAHP/fslmC2WtmyUJAn7HXAAnquzc8OG9Tjmc5+Vrff0M8/B61XPnv/Nr+/DQ797UDaPZViUK2UADOKJOE479aSOfVjfnXnhokV46JHHNNc/7ZQT8ep/268fOTY2hpNP+mrzfmu2dwqDbC6LM8/4pmzu7Xfeg098cnOdxltvuRFP/fUvtekDDzoYf//ns7XpUCiIgz61n2yMx598CgsXLgIwJbj++PwL8ePzL6SH1wwggZEgCIIgCIIgCIIgZhWr9OTR96373J9PXVwVGcO5sO6Ot+7pveOte3pbbZ0R09xNrx/Vs4vzifxuTuRmy6rzV3478J+xl61Vm65+6dD+Tyz8e3oA2O7qhDXWCGxMiwUAvV4PMbt5PaU06ProxMZIRYPe0JFNSpGOxUKhYQ6j2TUaUK5vuFmgq0zbZ+Xy5m3VUppl60vlGR+/3PZOUT7WxrRrnSCvNck12JHLNt9C9eeg1fkg2jz/5AKCIAiCIAiCIAiCmG2s0pNH/+GDn33yx8PVmoydsDE5ZPzCkx/f6WevXd+TALhZs+njPxiv2lNNld4evSs0ikp8c/xU4zydTt+0Tn19xXJDrUVREhWjF9VqMirNb2y0IvA8GGgLWu2If9OBlQlp7QiVlQb/NTeNUasl2S6NLtPp9S23adyn2OCvxiPTK4xpMppq/64KjDM9lrkORTBux6QLAqSGO8duoAY1BEEQBEEQBEEQ2wqn7vS18Kk7fS386IY/Ox9d87h7XWzIGMxFakqNx+gpLnIuzJ2w9LjIYQuPSNpj7+oO+OcPF6xPjBgzYpq74617ep8fe8X26NG/Wzcr9Ri301RpSRKRyWTBMgwsViuSyUTHYySSU80+0qkUypUKjAaDTACsRsIZDAbk83nYrDaEQyG4PR5k0lM9ckxms2qkHsuyEEUR2exmO2PRaMd2moxT2fJGg3F2nMdMRW+203laU4PIpGv+q6ACgRdgMGrbqNcbwLKMop6Zy+emlm0a02K1Ir2puYpeb2gQRKcE4EIh3xThaTaba/7K5XMQeEE2Ziweg8FgqHWTFgQB8UQc3T5f7ViMRhN4niSymUDe244JpYFCSX6X2n3kF4IgCIIgCIIgiG2NLyw8OvaFhUe3FvGcu+aePf6v7973wYOem16/uyeYi+i+vuJ3wXpx8fyVP5w4f+UPJ6Zry0y33xoMDQ3huKOPhNvtAceximmvrbjy8svwq2uvgVQuIxIJ41unn4Gzv3NebfneH90HT/3t/8CyLKw2G8ZGR/HVL30ByVQKAs+jJIr4zQO/xdKddlbdxzP/eBrf/965cLs9YBkGxWmIeief9g0cfezx4PnZCVzt7evHrTffiNtvu2VG4zz04AN48s9/giRN+e+wwz+Da667XnObG2++FXvtvQ9CwYCiXXfefit2W7YT3G4PYrEo9tzzI3jhpf8im8lCkppT2svlMrq75cLH2d85DyeedAp4nkNvXz9++8BvamMmEwksWrwIjz/x11oEa7FYwHnfOQtDQ0OwWKyIRML45a9uxMGHHkYPqhlAAiNBEARBEARBEARBbGNUIx+RGtElrJDmuj+KxSIAIBIJ1+bVNy1pBcuwSKVSSG2KkAOAaDRS+3e5XIZeb0D/wLzavPnzF2DSP6lohxqpVLLJToBBu7UTJUmCzWaDzWabVf91d3fPaHuWZZHNZWVdpQN+f8vtFi1aBEEQ0NvXr7i8Go1Y9VckEoHVaqt1iVajXC6DZVlIkgS73Q673V5bZjZbZGNOTvqb9j8xMYlCoYDCphqZ9dcFMc1rhFxAEARBEARBEARBENso1nnFWUmN3s5pbOwBtKiZxzCyAn9KjUb0dU1clNKe05m0bB01O+rhFRq0dNKYpdX40yWfz8st6rBXjJKvW6VHA0CyhXBX33gGAAwGfVv2VM+Xkr9Kojxq1Khgp6lhnqAT6FkzQ0hgJAiCIAiCIAiCIAhim0apA3S9uMSzcqFJEAQkN0UTqm3TavyuLi86bTCczymlbqsPMpPGImrNZpSOpTHdOh7rrOSmkt8aj9Xt9mjaomSX1WqZdd847I6W68Ti8uPvtGM40QylSBNEhxQKBV2xWNSTJ+YGHMtKJrM5S54gCIIgCIIgiK3H/MH5uPa6X8FoNMPX24M//+mPuP8399WWT/oncepJX0WlAohiCYJOh2uuux5utwe5bBZd3V5cfOH5eP/99xTH53keb73xOi7+nwvhdDrBchzy+XzLlOhGPn3QwbA7nDAZTXC6nHjrzTdw9c+vVF2fZVlc8bOf4qUX/wO3291y/HQ6jf7+flz7qxtVm5LwPI9bbroBT/31SXR1eZFMJrByr33w0O//gGgkimKxAFcb+6pHkiQceeRR+Po3v4WJ8QnYbFasWvU2Pn/M52CxWpHL5dDV1YVbbr0TvMCjtMlvA3Up54126Q16jAyPaPomlUriR9//LqLRqGIkYiM6vR4T4+OyeUry7m2334VkMrUxr1IAACAASURBVAlB0MFut+MPf3gEt95yE2w2G/x+P0486WR89cST6cbrgB1OYAxldBDnSPC4WK7QFbwViEajnlg02kOemBsYjcbUgoUL15AnCIIgCIIgCGLrYbZYcOjhn61Nf+KT+9YERpZlkc/n8dprr8q2ue83D8qmu7u7VQVGAPAHAhga2oChIfl8lmEVU6wbKZVK6Ory4rDDP1Ob5/P1aAqMAPDSi//B8PBGDA9vbMsXa9Z8oBq9WOW1117F6OgoRkdHAQCLFy/FsuUrZOuUy2UwDAOmzTDNZcuXY9HiJVi0eAkAIJPNYs3azZ9KQ0MG3HzbnU3bSZJUi4BstAsAeI6HqNDQBQBKxRJeeOHfHV8vamNWKhUwDIO99vmobP6NN/wK69atrU2vXr2abrpOfb6jHVA6X2nqrEwQBEEQBEEQBEEQxI5DtK6JilIqrcALCIdC8HR11eY11iFsxKBXTlRrR1wENjcsqScQaN0Ixe12ty0uAoBHIRW5EadDniasVBtSqe6kFsmkvJ5iY2MUh8OpuF19enWjXQBUxcWqjWaTGZlspiNb68esV4jUxFSjUZ4iPdtNduYCVIORIAiCIAiCIAiCIIjtimqnYDnakXjBQEA2HY1EZNNZxfqJcrq7fU3zSh2mUTfib+hUrQTPbY4PayfiMBQKyaYjkc3TpVJJdTtJklTt4ji5hORoEAvbOY56BL5Z9IxGovJ9OJ0dCaFKY7ZjVzAY1Lw2iNZQDUaCIAiCIAiCIAiCILZpgoEArv3Fz+F0uVCWJOgNBpx9zrmQpDKsVguGN27E73//kOYY3zrjTKx+5x1YrTbE4zEc8KlPy5bvumwZTjr5VBXxEmBY4O67bkepJIJlWcSiUXz5K1/Fniv3mtGxnXnWOXj//fdhtTZHzTnsdrzxxuv429+e6mjMk04+FcuWr4DNZkcymcA+dSnBgiBgfGwEd915JwSeh1SWYDKZ8c3Tz4Ddble0i+NYZNJpXHHZpWA5rnYOzjr7OyiXK8jnsvB2d3dkY0ksYdnyFTj22OMQiUTBsgyKxRKuvPwyMAwDQRCQyWSQL+Q7GnPx4iX44glfQiwWRyaTRk9P6wpnp572Dbz99puwWu2K1wbRGhIYCaJDenp6Jnp6eibIEwRBEARBEARBEFuGYCgoE9n23nsf3PPrB2rT+VxOU2AslUo44sijcMSRR8nmFwp56PUGlEolDA7Oxw9+9BNNO/b92N6y7tSLFi+ekcAoSRKOOuY4HKWxzvIVu8mOvVX9xVKxiIMPPQwHH3pY03xBpwMAjIyM4o+PPSpb/sUTvlwTGEVRbLLrissulfl4+Yrd8LuHH23af7XOYTt8dJ+P4otf+kptemR4GEd+9tCm9dqtgwkAK3bbDV/6ytfatqtULOLwzx6Bwz97BN1oM4BSpAmCIAiCIAiCIAiC2KZprG9oNptl0yMjwx1tX0WvN2gub6Sx07PNOrNaffX1CdWYmJTHt7QS76oiotb8xnqTRoMRPL/ZFqUO1WyDrVarSqRnm+IiAJlYCwCRcEhxvXbFRQDIZjId2aXmL6IzSGAkCIIgCIIgCIIgCGJOI4rqjUaUmshUcbhcmuM2CpIlsSRrPNO4f6X6iF6vt6NjUauxqFV7EQzQ29evOW65rj4jIK+XKDUsq6d+WTQWazhuqS1/sgw76+eVmF0oRZogCIIgCIIgCIIgiDkNz/MIh0J46cUXIOj0kCQRJqMJ+x3wKc0ow5defAF9vX2YVGgkYjKaMDk5jr333gccx0GSJOh0OvzlicdhtdqQLxQgiiV87GOfgNsz1RlaEASsX7cWq95+G0aTCV6vF/94+v86OhZBELDqrbewYcN6GIxG5HM5LFm6FLsuW666jSRJ+P3Dv0N/Xz/SChGADocDeoMBy1fsBqvVgmgkin3326+2nOM4ZDIZ/Pv551Aul8GxU9GCn/jkfrBYrbX1PvGJTyKVSMDd5UEqlYbFYsbLL72IeDwOq9WKkeGNWLnX3hAEATzPo5DP443XX9fsNN3qvFbtqpTLYNpoGJPLZrHrsmVYutPOdGN04mtyAUEQBEEQBEEQBEEQc53XX/svLjj/x7J5/3npVZlAVg/P8fjTHx/Dn/74mOqYLpcL/3r+Rdm83ZbtJJu+7pc34JDDDq9NP/jA/XjsD4/I1qkKlO3yq19di1f/+0ptev/9D8DNt92puC7LsCgWi7jiZz/VHPOss7/TVHNRFMVaOvXk5AR++P3zZMsf+cOfsPMuuwKYiqD85uln4Junn1Fb/pt778Y3v35KbbrH14P//ce/ZGN88qN7IZVOTfu8KtnViiOPPApXXn0N3RQdQCnSBEEQBEEQBEEQBEHMear1GKs47A7NiLd2ouocDqdsulQswmazy+YZDEbZtEWhtmEn4iIAOB0O2bS9wY562q1vWC43N5epr9WoFOnJ19W2VKpzKUrlBjvlvonHYpop6u3QTp3LRmx2O90QHUICI0EQBEEQBEEQBEEQOxYMamnH9VSFOqXafI2NY5LJJNDQsTmZao6kY9ktK60wLKMo1tULcelMWrYs0zBdEpXrMVZrHSrVPGRZ7eYtLpe7aZ5TQdisF0tzuWyzzxuOKZPNdOSfTEOKd7lDcRYAstks3UMdQinSBEEQBEEQBEEQBEHsUFTKFbz5xutYuGgxotEIJElCT09vTUTkeR7xeAyhUAg8z8Pb5YU/4IfRaITd7kAmk0ZfX1+TeLh48WKk02m4nE7wAo9IOIJsbsuKUWJJxLp1a2Exm5HL51GpVDDQPyDrhjwwMIiX2ZfQ7e1GIBBAX0MDF7PZAqvVOtU9WuBRlsoIhUM18a9cKcPldMFkNkMURYRCQZRKJZSKRYyNjzXZ5HK5sfqdVU3zV7+zCnuuXIlwOAxJkuDr9slSzrs2NbDx+XoQjUawcNFi2fYcz2PRokUIhyMwGqciPRkAVdm3/t8AEAoFm45Vr9fD5+uBWCqpdguv1I3l90+ip6eXbqIOIYGRIAiCIAiCIAiCIIgdClEScfKJX5HN++WvbsTBhx5Wm/7tA/fjjttvrU1/5CN74eVX39Qc9657fyObvuDHP8Rf/vLEFj22aCyK444+Ujbv4UcekzVxuejiS3HRxZeqjrFs+Qq88NKrtelMOo0jP3sYIpFwbd7lV16NffffvzZ91RU/w8o9V3Rk69lnfVs2fcmll+H4L5xQmz7hS1/BCV/6iur2drsdf3riqRn5q39gHv7eUNeRmH0oRZogCIIgCIIgCIIgiB2eclmeKis2pM5K0+hUvKXTo6fi7Jqp1KVyVyoVleMvqy43GI1NIws6QXUf06U+PVptvOr8mexvNsYgOrwXyAUEQRAEQRAEQRAEQWzPtCMjMQ11BfmG5h+8Svps077qRKtSSamWoXatQqmh/mNFs8kK09aRMgzTxvGrryOKJZQa7Crk8/I9KzZbYTo6T/WNdKr2NIqB1fntHNN0jpX4cNjhU6Q5joFFTxcWQRAEQRAEQRAEQcxlyhTNpsmWUE4oonDHZYcXGHkW6LEV6UwTs04g4PdFwpE+teXzF8x/z2Qyd1ztd+PQhiXZbM7WON9kMibnL1i4ljxPbCneXb16ZccvJSwjGQ2GDAAYTaYUz/Gi2WJJGQyGwpa2pV12Xbbsta3hKwDQ6XVZnuNEvd6Q1el0hdnw1VwlkUjYxsfGljS9B/BcoX9gYMN0nsdby95uX8+I3W5P0lklCIIgiPZZuGAhHnv8SdXINbFUQn//gOYYq99Zhc999jBZGm+VclmCWBJxx933YtHizX/Cv//DH+GU074OQafDwMAAHrz/ftxw/XXqGoUg4Le/fxSlUgkcx0EURQwMzNOwqoI99tgTN916B0KhYPPSSgWVchmD8+dvfidnGFx5+WX442OPwuvtRiDgx1e+diK+/4Mf15a/u/odnHH6N6DXG1CWJFisVvzy+hvR29eHbC6naNfpZ5yF4z7/BQg6HXp6evHHRx/BNdf8vLa8y9OFO++5D4Kgg7QpHf30r58Kf8BfW+f6X16Le++5C6IoIuD345TTvoFzzj2vyS6j0YR8Pgev14t7fv0ArFbbtK4LhmEwPjaCb5x2KiRRbCtK1T85iW+feRa+9e0z6cbqAGryQhAfEhMTE4OLFy95r9MPTiVxkSC2FyrlCle9hmvXciAAnucKVqst5nS5wiSgbaZYKJqKDb4ymYxJp8sdIIFpdhBFSR8MBPq2lx9oRFHSh0LBvg/j/KuJmlVmQ2wnCIIgiK2BJEkQdDosWbK0rXW5htRoYKqWYj6fx/DwRs3tM+lM3d9tEd5uH7zdvtq8xYsXq78rVypgGAYLFy5q2y5gqtFJ9b92j23jxiEUi0WMjY0CAEaHh2XrptMpxGKx2nQwFMTyFbvBsKlTc+OYoijC09UFT1dXbdlOu+wsW1en18vEVwDQGwwyH0djUURj0dq8sdERRbuqtkWjUUiiNKPrI58vYFyh87UWY6OjdGN1CNVgJIhpwnO82Eo4CAT8vk7GDPgnVX+64nieQnGJ7RZRlPSxWMy3Yf365aOjI4OSKHLkFWWy2ZxtfGxsycahDUvIT7Pn0+3J3mKhaKKzRhAEQRDtoybMdbJuuVxua/v6xic83xyzlUqp/0aoVRdQ6xiKpWLHx2a1WGTLzBar/Dh4eSSfwWBANBpRHVPpWGOxuNyHCpGf9dGgSj42W8yadpnNlhnnbrNc56/UJrOZbqxO/UwuIIjp4fZ4wiaTUTPCJBqN+vL5vL6d8SLhsEcUJcV1GZaRent6x8jrxI5AKpnyrFm7ZkUikaBoXQ2y2Zxtzdo1K7LZDIlNBEEQBEEQGohi+92f65uyJJOdJwzUR/ApYTLJhalYXbReu3ZpoZS+PR0/5AvypKJ8Po/evv5p26VGMBjQXB6PxzXtymTSqJQr0zq/VXp8PYrrbvkO4Ds2O1yKtMXAwCBslrf5HTj2YzyuQ1GS32gL3CW6qrcgvp7ekaGhDbtUyhXFK61SrnD+yYl5rVLzJFHkgqFgv9pyl8vl53heIo8TOwqVcoUbHxtbIpZKw26PJ0weUffTxMTE4IL5C9bQM4AgCIIgCEIZnucxMT6Gn/30EjAsC1YhUjAai+EnP7kQu+2xR23eF074EhYuXABLG/X9GIYBw7C47pqrEQ6FYTA0x4ZkslksWrgIN950KzLZDPQ6PULBIM741tdV7UqnM/jx+Rdgl12XtXWsHMchGongp5f+D3K5HDiWhVQu46L/uRTzBgfV3ysbmqvsvPMuuOxnV4LnOfC8gGKxgB9891yk0knwHI9kMokLLrq4bbsA5f7W1153PaLRiCxVevOxp7F8+QpluwQekijBaDTAYrW2bYMgCPjPC//GTTf8Cm63G4VCAQ6nE1ddfQ1YhgXHsSiJIq6+8grEE3G6eWbzPtzRDqjLPHeySItSBYUSdWDamhgMhoLL5fJrNXvJZnO2WCzqdDpdMbV1wpFwl5pIyfNcobvb5ydvE9vWSxxXsDscTcJgsVjUS6KoazclNRAIDPKCUJxJvTk1W7YHXxUKBVOrdNhioWgKR8Jd9BwgCIIgCIJQJxaL4YUX/q25zsjIxprAWCoWsXjxEixevKSj/Vx5+WVIaAhTHMvhokt+WpsOBvy46qrLNcccGx3tSMhLpZJ45p//kM2LRiOaAmM9oijC6XLhmOOOl82/6MLzZ2RXPVVB81MHHtRy3VKxCEGnU7ULmEqvbjficO0H72P16ndq0zqdDtdcd71snVtuupEExtn+7iEXEMTM6O72+XPZrFVLUPH7/YM2qy2pFIGUz+f1WgJlt69nhLxMbGvodDpN4VsSRS4ejzsjkbBPLfW/ysTE+EKL2bxquhF6rWzZ1n2Vz+f1/smJeVrPkGg06iOBkSAIgiAIQh2hje7ABsPmBiaCTjet/bicTk2B0WSSN0kJhUId2QUAbIuigzzPged4iNLmlGi9XrsyV339R6V6iulUCm63B5FIWNWuVjAq+2t57jadCyW7aj7pIJ3Z2FA/0eVyN63TSTo50R6UcE4Qs4Cvp3eEYRlVcaRSrnATkxOKKdChUFC1EYzFao5RJ1lie4Tjecnt8YSX7rTzO26Pe1xrXa37Yy5gMBgKAwPzNuj0uqyWj2KxqJOuLIIgCIIgCGXaqRVoszf/nlso5FtuX9+cxB9o/s23sTFJPfl8XnF+vWDW29crW+Zwdv7a1z8wIJs2m+VNXupTpJXENYvVKhMXAcDp0rajt0duNy8oC4TV/ZWKWybj1GSSJwhFws3JTlpiJjE9yKMEMUsCQatU6VQy5UkkEjLBMJFI2FLJlEdtG6/XN07eJbZ3urt9fp7jxUAgMKh1f+Tzeb/BYCjMRR9xPC85Hc6Qlo+KxaLsZ+lEImEbHxtryunR6XXZxpqN2WzGlIgnnJlsxlZNyTaZjMlW9WHrXoz1iUTcWSjkTflc3lQflcrzXMFgNGT1ekPWbnfEZvMcVveby2atuXzeXC0lwbCMZDQYMnq9IWt32GMmkzk73X28u3r1SrVlff39a1v9yKN2HqrsumzZax/GNZPNZkzDw8NLlcpr1Nvdyr5Wvmj0QSfXXf05bCyfoNPrsjzHiVarLeZwOGLTiWDO5/P6TDptnSo3kDcVi0V9Y8R09VrheL5oMpoyZosl1e41Ot1jLRTyprJU5uqPVacTCmaTJalVczabzZhSqZRNaXu9Xp+1WCxJrXIrndzHxWJJX30WNPpouueDIAhia9Pl9eKYY48Hy7Jg2eboOVGU8MrLL+O91ashSmXEEzHst9/+2OejHwcwFQE5NjqCxx77AyxmCwqFPOx2O774pa/IoiNPOfUb2LBhHaxWK2xWO/75z6exceOQql09PT046qhjwPEc9HoDCoU8nvrrX1Coa2bym/vuxYrdd0cykYTH48G/n3+u4+O/+cYbsHDRIqRTabjdbrz77mp1IYjnEQwG8IdHfg9BEMBxHKRyGV884csQRREsy0AUJTz7r2fw2n9fgSg1d392OOx47dVXZfPi8TjuuetO8DyH4iYx8Qtf/FJNMBV0Ojzzj6fx1ptvwGqzfzgiF8cimUzimGOOm6rjKEnQCTrcc9edYBiAY1mIUlkzCpWYpu/JBdMnXRCQKjAoioBYrqAkbul6iFR/cVsTUVKplFOrnlrAPznPbrfXikHEopFutXXdHvf4XBVbiB0Pt8cTzmTTtnQq41T/mI87DYa5mwZstlhSCKh32SsU8m11ky4WiqZgMOjr6e0dl0SRG58YG9TyeyuBJRaNdGulb4uipE+nMvp0KuOMhCN9JpMx6XS5AzOJvpZEkZuYnOhX+wGmUq5w2WzONlXjNuazWM0xq9UWmyvXiiSK3MTExKBa7d6tQf11BwCRcNiTSiWdatdOsVA0FTFVpzgSCfv6BwY2tCMUS6LIhSPhrlZ/bxuvFWDqhwwEArDarOHent6x6Ypo0zrWQtGUTmWcsXisq7e3d7h6rNXjScTjHrVyEtXtU8mUJxGPJwcG5m3oxPZsNmMKBgJ9avY1+igQCAzO1EcEQRBbGlEU4fV247LLr9Rc78tfPF5Wmy/oD9QERgBYtWoV7rnrDtk2Rx9zHARBQKVSQaVSwRlnnS1/zuayqgKjKIro7evH5VddLZv/7DPP1ARGjuPw+ON/xOOP/1G2jiAIbXZwZsAyDB763YNNSwReQEmcGqMxZXnd2rW4/bZbZPPeXv2BbPqYz30WGzas1xaVNqVqcxyHVCqFG66/TrZ83/32l0Vk3nfv3XjzzTc+1Oth//0PwM233Sk7Dx/ZvbmWJMdxml25ic4ggbFDShKHaJZDMl+BJFVAIh9RT29v7/DGoY27aH2IBwJ+X3e3zx8Jhz1qL/s8zxU8bk+IPErsSHi9vvF0ar26wBiPe+ZyncFWPyiUpXLbYlKhkDdpRbi1I+JoCXzaYkbOls2O2ZLJxLQEiunYnU5lnNMVUbc3JFHkhjYOLVUT13R6XdZiNme2hm2FQt6USCRsoVCwrx3xr/5v4/Dw8NKlS5a2rMX6wQcf7DFTO1PJlGdNeo1zcHBwzXSjXwuFvCkWizpDwWBfqzqz9RQLRdPY6OjCRYsWvxeOhLui0aivk2s9m83ZRkdHFrYbfRwI+H1a2RUfpo8IgiC2qLDRZrqrtaEbscstr81nMsprDjrsDjCbUpmnukgzCs/MZEd2lYpFiHWilprA1Z64CAAVlCvKukRVXASau0gbG7o6Gw1GTIyPobdvc+Uih8PR+u/4pjqQasfRWOuyq6vrQ78ejA3ncXRUua0BiYuzC9Vg7IBoVsDGKItYprxJXCQIOSaTOduq3lwkHOnLZjOmSCSsWnuxy+sdp6gBYkfDYDAUtOoMiqKkz+fzevLUzMnl8+aZiItDG4eWTkdcbBQohjYOLZVEsQPxZPqi6FxhYnKiX0tcVErd3VJksznb+NjYkk7ExdpHzxauxVopV7ix0dGFnVyfjcc6OTG5sBNxsf5Zt379ul0i4UjfdK71qcjd1jVZR0dHBqcjLtb7aHh4eGk2mzHRnUcQxLaAWJLXDYzFOk9eaNwm2SAO5gvy33vjiTgqdfUXKwpCniiWVPehJGAJOh04brMUwzKtZZlYVG63KJVlDV5qY20SQ3mOV/BfqfGbU74CA5m4CADpdLppnOrYHMe1ed5KbZ+fThq5qNkFAIYGgbHL06W5P6VjSSapFULH54Bc0B6jMR0yhTI5gmhJO6nSWh/QJpNxRjWWCGJbxmq1xiKFiOq9kctlTXO1NEAroYPl2LZFo+kKdK2i4zqlWCiahjYOLW1X9NrW0n63NSYnJvrUhF+GZaTe3t7h7fnHqXQ67QQwvMU+VEVJH46Eu7ZG5PR0hMkGX9m03hW0rhVgSow2m8xJlmOlQiFvUosArgqxixYtfo9++CQIYmtjsVhgtzvQ0+NDMBDEit1263iM3XffA5FwGJ4uDyYmJrF0ibzUrrerC16vFy6XC5lMBj5fjywKkWEYvP/eu0gkEtAJArq8XtjsdnR7u+F0OREIBGR2cRyHTCaD9959FwwDmM1mpFMpFIubRbdypYyBgQHYHU6IpeYmKOFQGLvtLg/gNxqNWLZsObLZLPR6PRiGwYYNG2oNa0RJhM/XA6/Xi2KxgFg0BpvNhrHREYSCQbg9XXjxxRdkY5bLZTz99//F4IIFSKdSsNlsmD9/AVLJJOwOO3Q6PcZGRxGNRafeGyUJZpMZCxYtUrRbFKVN37fmts9PuVyG0WDEwkWLNomzrQO7dDo9RoaHEa+rqeifnETA78fE+Bhsdjs2Dg1hp512hiRJm9Ldy1i/fn0tSlSSJPT29sLl9kAsFTE56cfSpUvppusQEhjbgMRFolNapUprfUD7enpHyIPEjorBYNRMtWtsZDKXSKaSNq3ler3hQ09T1IqOA6ZELIfdETKZzanqvGwmY40n4l1qz7VioWiamJzoHxiYpykcBQJ+Xythk2EZyWw2Jau+KEtlbiodPGfb0a+PSDjsicViPjW/qKWy2u32pN1ufw3YOg1peJ4r6HS6gihJfKvzWylXOEkUuU6FLIvVHNPrDdnG50s2k7GmUkmnlpg3m6UZOjnWmW5fKBRUlycSCZvWteLz+YYbxcl8Pq8fGxtdqLTfrSnEEgRB1DM4fz6e/8/LsnmSJLUdSVcul3HRJT/FRZf8VHGMcrmMPVfuhaefeb75b1SlUkuPPvvM0xEMBmvLLrzof/A/l1ymatf6tWtx2ilfU3oqoyqgXX7Fz7Hnyr1a2s+yLCqVCrzebjz0yGOy5ccdfQTWrVtXm/7u936AzxxxZG36od8+gM8efoiKDQwKhQK+993vyJbefe+vce2vbqhNX3ft1fjNfffWpj+yciVuuf2utnzfbnTiwkWLmo6tFVdefhkefui3AKYiQl9++SUcctABde9DjqZr5/BDPo2JiYna9I9+ciEOPOhgutFm8i5ELtCGxEViOlRTpTtNTXI6nX5q7ELsyAgCL2q+fHRQZ7D28StJfCKRsLW7/221nlgiHtdMSdbpdB0/G3ieKxhNppTJaMrwglDUarzSqqu9Wvqt3W5Per1ev1bkYyqZ8iQSiZjm/lscv9Pp9Hu9Xr+S+JTP5/XBoL9vR63DmEgkbFodxn0+3/C2cl3r9Lqs1WqNGQzGbOP5bidCNp3JmNtpEMSwjORyufwetyekJkja7fakV9S+NmcSScjzXMFqtcVMZnOq0eZ20v1nsr2WD0OhYJ/WtaIU+WgwGApaP47O9Rq5BEFsu7QrLgLq6bfVMbQEsPrai40ReWWF8mn1drGc2riVuud+tm37lepAAoDU0Ok5l5OPWS6XNWxQjhQsFuTpzaViqeE9XJyR75WPo/OA+fp6leVK83E21puc8kdF01/ENN6NyAXqhDIkLhLTp7vb59fqCqn0seT1eunlndihaSWCtNspufFDWysqS75/Y7Ld5ghbkkDA79OKwmNYRuq0dEJ3d/ew2+MJt7u+Vld7nucKWmnOHM9LC+YvWLN+/bpd1J55sWikW004isWimlFmTqfTX+3Yq4TBYCjY7c7wjigwZrMZ08TE+EKt87wtldVYvHjJe6ofgTwvtYrwb0Vff/9aANDr9YV2fpDjeF7q6vKOaz0jEomEbTpdz5futPM7Ws86l8vl1/qhcabbq91LauIjz3MFrWvFZDJndXpdVi2Kcbp+IgiC2BGoj2DM53KyZSzHaG7b2HBE8X22WFRd1m70H8syTTa33sfmKEq145a/q8v/9OZzeUUfaaEkILIsWyeAVtoas94v9XayDNskMhaKza8MjeeRY6lKz0whgVGFksQhmiZxkZgZXV7v+OTE5MJ21vV2eceovhFBzB3y+bw+k05bU6mks1WKr8vl6vjHh07ExXw+r9eyodvXM9Lq+cTxvNTt6xlRE3Ky2Zwtn8/rlUShfE5dWOZ5rqAlLu7ISKLIaUWxuT3u8U7OR2Cd1QAAIABJREFU87bATCMtpyNw2e325PjY2BY/1lYlIT6M7dPptOp9bHc4Wl4rWnVy8/mciQRGgiC2JqIoIhGPdxS1OBMqlQoYloHd7pCJXJ6uLvgDfpjNFmQy6VqUX1yh6YzD6UQsGoUgCOB5HqyCiJXJpJuaktTDsixKpRJSyaSi0MjzPASdgFJJO5rQZJ6KvDSbLWBZBpIoIdth1J5tUxfu6rE7nZt/22UYBuVyGclEQlUYdDid0OsNtTE4lkWhWKzVjmyEYRhUKhUkEnFUypXaPmx2u2rn8HKlDIEXYDQaIZXLm+x0IR6PQeAFAFMRj06XC/FEvHYsuU2CYzwWgyRJMJlMMJqoz1knkMCoQjjDoVIhgZGYGZ3Uk3M4HNTYhSB2QLLZnO3d1atXTvsPNc8VPG5P6MO0MZGIO7X2366oYLfbkwH/ZEEtGjGRiDsNhuY0y0w2Y1MXPGxz8tlYTSdWExetNmuYUlaJRjY1ylGkHcFSqxRDLpu1AqBrjiCIrcbQ0AYcf8znYO6gachMyGQz6O3tw2OPPwmzefM+77j7XoglEQzLwOFw4qLzf4zdlu2kaFcmm8Guuy7DS/99A8VCASVRoaNyBbBsEu7UeP65Z3Hed86CyWQCA+WIvlw+pznGccd9HoceenjN7n8/9xzOPOObHfnkjLPOwSmnfQMMy6BSrkCn08mWj46O4ITPH4tSqQSdoFP0x4UX/Q+uvvaXiMdjcDicuOWmG3DH7bdqvafi88cehXAoDIPRgGw2i3t//SD22ntv1W32239/XH/TrbV9vLv6HRx+yIG16Eme43HPr+/HrsuW19b53rln45KLL4TZZEYmm8Gpp34d3/3Bj+jG6+S7hVzQTEnikMyRuEjMjHw+r+8ktWl8Ymxw3rz5G8hzBEFUYVhG6h8Y2PBhRzdrpaZ3KvBZrbaYWoMJtf1o1ZOrbygzlxifGBtU84vJZEy2appDzD2y2YxJq+ZjOz8UsCxHmRQEQWyzSJsi9DLZzBbbZyQSBirylF2rVf67aLX+n5pdiUQCgiBAEATNfWmlQhfy+U3Peu3fipTSg6tjCzodnC5XbV5Xt7cjX5TLZRiMxqZoy3q7RVGs2VhfF7Eeg2Hq9cbhcFb/Pmnut1KuIBwKo1wp18YuFrWrpFRtrO7D4/HIfFdAAZ6uLtk61QjG6nlMpVN003UICYwKxPMUvUjMHP/kxLxO1k+nMs5YLOrclmppEcSWhuVY+rjdhE6vy/b29m6R5h3FYkk12rrT5jJa6yvtRxJFzTwni9mcmYvnX6uepFa6+Vwim82YUqmULZfNWhs7LzMsIxkNhgzLsdKW6MC+LVAqiZrv9TOJpK5ed/RkJghia8Jw7Bbfp9FgBOpSfZXSflulbOv17SW1adVZVEsHbqReXKy3VWnsbDrd2uctxmic306tSLEhirNQKLa0oRq5uNkf2j6XRHm6eEZBmM1kMpo+1un0dNN1CAmMSi9Q1MOXmCGxWNQ5nRdxv98/aLPaklSLkdhRadXteTpCwLbauGXaf5h5rmB3OLZo+qtWBCEvCMWO7NdYX2k/6UxGM8+Jnocqfy8mJ+btSNd9p8+RUCjYp3XdVsoVrvp3eEftLt5IPp+jQlEEQcwZ1CL1ZmVsWcORhr8vCrUFjSZji3e79mQXURTB8zxKpVJTtKNJtRagepMWu93RNE9pbC1cbpeqndX/1+N2e9r4e5Xv6HyUy+WmyM3G7tYK3xQt7SpL9Io5698x5AKFC75E0YvE9JFEkQsFg6qp0QzLSGopTJVyhaNUaWJHplyWqD2bAiaTManXG7IGoyFLUcxEO2SzOVskHPZsb01eZsrkxESfWgo+QRAEMYfeKStluJwunHTKqeA4rtbgpLJJbKvWKayfrqDSVL+wOo9hGJhMRjzzzD/x0ov/Ud0vwzD44ffOxapVq+B0uWDQ67Fhw3pNW0dGhvG1L38R5XJZUQpMJZO44sqfY/c9PwIAEAQBD//uQdxx+23w9fQgmUxgtxW745E//AnJZAI2mx1DGzbggvN/pNiRucq111yNB+7/DQrFAkKBAD5/wgn49hlnd+Tnn/zoB3C5XCgUi/BPTuI7534Xxx7/eQBTwukrL7+Iiy44H26PB7lsFj6fD3ff+2sIvKBYbzKfy2OXZcs6ssFmt+PeXz+IYrEAnudQLJSw2x57aG7z7LP/wiknfhWFYgHZdBo9vb24+95fg+N4iKUSGJZBX18/3UizDAmMDaQLQlMrdoLohHAk3KXW4MBiNcesVltMq7N0OpVxJhIJG3VqJHZEtLoFAzPvurototPrsl1dXsUuyHSfEzMhGAr2OxyO2FyJ8gwE/D4SFwmCIIgqTpcTp33jW7M6ZqFQ0BQYAeDF//wHyVQSExObX+84jlMU+1iWRT6fx9tvv6U5Zigk7+e3Zs0HiETCUzUgAbicLuy8y6615TvtvAsuPP/HquPxHI/x8TGMj4/V5q1etaojX7Asi40bh7Bx41Bt3rp18uQJv98Pv38Sfv8kAGByYgL7fPTjLcdWin5Uolwug+d5xYYuamNwHIdEIo7XX39VZqeSXZIkbbGu5HMBEhgbL7AZaoscx4CvKztQKDUPqBeY6T3s6sZiGKDLymArlKEgNGjV2MXr9Y0bDIZCIh5PaqVQB/yT8yxm83uUGkjsaKRSSc1UxR1RcOM5TtzWj4vnOdXOz51GnWqtz/McFSHpkFZR78Fg0NfT2zs+1/++MiwjOeyOkMFoyNY3KimXJa5YLHbUdG1Hxe1xj9MdRRDEjkRZmv3Mw1ZNVADA7XYjmZK/2qlFEqqlWjdpBA0pvWaLRTZtMst/o58YH9UcT5TEpnlWm70z/yrYbrFYNe22Oxxtvnu2J0VNpy6l0rlQs4vExVn+piAXNDxQiuo1DBRfaBnApGNhM1ZgN8hDgHMlHsORhgvbxKLHVpyWbYGUDrHM1E1eqQCRDNBjAyz6Ep24bQStxi5Op9NfLcjv6+kdGRrasIvaR6MoSvq58tFIzB0SiYRNTcQCpiJ8yUtbB51OVxDFnOK5KRaLHVW41lpfqQFMqyYu2WzGtCUa3WyT50Wvyy6Yv2DN6OjIQrUfpWKxmM9kNqd29GjYWDTqaeUnrR/l5oLA2CoCfEvWdSUIgtjStBsRp0ShkK8JZZ1mMwqCoNotuRNyuZn0tGPAMkzLmpSRiDxKMqdSC7Fag1IpKjMel7+u5xoE2VAoqHl+SsUiBJ1Otszj8TS8L3beXMVu2/yapJSe3couYnYgT84AgWfQa6/AqFLPPl1kAchvcqt++iGS3dYi4lke1WeeJFUwHgf6HAKJjNvCx49GYxeGZSSv1+vf/BFgKLhcLr/WB89c+Wgk5tA9Eo10ay03myx0rW8ljCZTSu35lUqlnJ0IE6lUyqm1n8Z5rSK1C4WCfi4KjPWimbe7e3zj0EbVqPdQKNi3o/+tKBTUyyt0dXnHKeIf0Ov1mhHCc1msJwhix6T+y5rneQSDAdx8w/UAw7TVzTgaCeOIzx2Nww7/zLRtKJVKOPDAg/DpAw9GNBqZ1hi5XA7Lli+fkSfKlQq+8tUTsXDRImQUukMn4gnstfc+snmLlyzBmWefA54TYDQakE6ncd+9d9eiOCVJwjHHHo899tgDiUQCiXgcnz7wINkYe37kI/jmN0+HxWoFy7IoFou49OKLUKmUUSlPnaFzzvsuurq8UxqKTodHH3kYLzz/HBxOF6w2K9547TXZmCPDw7jy8stQKpXaEnztNhueffZfm8+JWMJOO+2Mr514MqLRCHiOQ75QqNk1JZ7y+M6534XL7aYbaRYhgXGaCDyDec4yBE79fVZUWDRTIVDHM7JU6UoFmEwC812cpi3Eh0urxi4ul8vf+PHT3e3zp1Ipp1YXzIB/cp7dbn+HPExs7wQCfp9WWQCGZaS51qxiW8JqtSbVfvAoFoqmfD6vr0Zga5HP5/VazzSr1aoogplMRtWyEflc3gQn5lx0a31EnslkzjqdTr9a/cFioWgKBPy+HTlCTev5QT/ETWEwGApa5Q4S8YSTBEaCIHZkQsEgHn/8jx1tYzKbZyQwAsBnjvjcjMcAOu/w3MhZ53wHVqtNex+bIghFUYTX293U9OXRRx6WpYmffMqpWLR4ieIYpVIJg/MX4JzzvidbtnLPFbL1v/zVr9UERgD465NP4PXXX2vQV6aiDnmORzwRx8MP/bbj46+PXNx12TIcfexxmnZ97aSTSWCcZaiC3zTptVdaCnr50pZpFiNJFUwkqHbA1kSrsQvPcwW1j77e3t5hrXFFUdIHAn4qaE9s10xOTPS1Sk/0dnnHyFNbD5PJnNWqj6hV/qHd9XieK6iJG0qRjVXiiXiXJIot/8h9GB3K8/mcaWudk8Yfpbxer1/rHEWjUV8+n9fT1Ty3sVptMa17qdNrJJ/P6xOJhC2RSNjIuwRBbOtMR5xzOl0z/xZUSb/dEvbXMzY62nofm9KTldKC06kUpIa6lhPjE6pjKNk7Nj6mun4Vt4KoVxUGlWpHtkt9WnQ2k2lpF9VfnH1IYJwGZj0LozC9Cz+andlDo6yiWeaKZSTyAp2crUCrwvPdvp4RrY96p9OpGXESCUf6stmMiTxNbE9IoshFwmHPmg/eX96q66vJZExS9OLWx+32qD6LstmcbXR0ZFBN6JNEkRsdHRnUijLTGt9ud6iKIpVyhZuYnOjXsj0Q8Pv8fv/gbPskEY97tI45Eg57WqX+zxYcz0tdXu+4lp+CQf+M6gzGYlHntnp9MiyjUV8x7NHadi79DXW6XGGta2RsbHRhO/7I5/P6yYmJvg3r1y8fHxtbMj42toSekgRBEDNHq+mLKKprDAaDUTbd2zfQJMYVCpt/h1SrC1kqFlX3ZbFaa12rN7+jddYYZmCg+bfmvl7564nJbK79m+eUk2pZRl2qUhMG68cymsyyZb7u5s8RtcY8xPShFOmmi7L1OuYZ1FGMZQHXNF9zo1kBJVF93/EsA7uBzuGWRitix2QyJlulbnm9Xn8qlXRqNb+YmJgYXLx4yXvkbWJboVgsKkbXFgp5U7FY0kyTbRQNfD29Ix+GLe1iMBizlGIJuD2ecCqVVK0lm0qmPOuz66x2hyNc30win8+ZEvG4R+sZ1kpENhgMBa006VQy5dk4tEFndzjCNqstyfG8lM1mTLlszhSLx7ravd4U/+5rpJSKoqRfs3bNCovFEqs2qClLZa5QyJu0xNQPC6fTFUvE46p+SqcyzkQiYVO7nls11KmKtFUfb0vXp9lsSqZTGUUBNBgK9vOCUFQ67kDA74tGo3MmE8BgMBRapdNvHNq4i8Vqjun1hmxjY5h8PmfKZbPWrXF9EwRBzAWqDVT+8uSfkUomp1KNi0UcfMhh6Pap/7kaGd6I//vfvyEWj0En6JDJpHHY4Z+ZEskqFUjlMrq6Nv/eJggCXn7pRbz/7moYzWZkMxksX7E79tp7703vPzwi4TD+/rf/B5bnIPA8SqUijjzyKGRzWQg8j2KxiFdeeRkjIxuRzeVaHpvVasPoSHOC3n333o3Fixcjnkigy9OFdWvXbn7XkkQMzJuHvff+KDLpFAxGI/yTk3j55ZdU9yNJEvbeex/09vUhn8vBbLHiv6+8hNG6CM61a9fgmX88jVA4BINej2QyiUMPPRyVShlSuQyB5zsWT4k23qvJBXJ0XGvx0GWafh3FkljBcFSHXrvUUc3EaFZAKKVtW65YRkmiWoxbEq3GLsBUt+hWY3A8L3X7eka0ogPmQn0tYvtCFCX9TLuyMiwjDQ4Ormmntt+HaYvb4x4ngXGKgYF5G9asXbNCq8N9p75mWEYaGJi3odV6rRqZZLM5Wzabs01icnYFGaMhm05lVMXRSrnCpZIpz7Zyjnw9vSMb1q9XrQSvVbuX43lJS1CtlCvc5MTkwnofuz3u8W3hb4/ZZFEVGCvlCjc+NrYkFApmzSZzkuVYqVDImzKZrE3tWt6R8Xq9/kw2Y9MS3tOpjFPNnwRBENsLzHZqd6lUxEUX/KTh2d2NQ3yHK67PczzWr1+P73/vXNn8t1d/oPCutrkr8u233ozXXnu1tmzf/favCYwAsGbNB7jqqss1xzzu6COxbt3aGZ2d22+7RfGYqhGYBx90CL77gx/Vvcv4cchBB2iOfslPL8e8wc3JK9f+4ue4/zf31cZe/c4qnPuds2rLBUHAa282vx5JkkSp0rMIpUg3YDd8+N2Yc8UyNoQZjMZ0iGYF5ErKOm+uxCOU0WEoIiCYrKCNBkpIFeiUbilaNXZxOp3+doUTu92etFjNmk0MIuFIH9XXInYUTCZjcumSpauo4cC2Bcfz0uDg4BqtdNSOXi03icjtRMOZTOas2+Men8m+pvV33+7crtLzDQZDQctPrWr3aqWqb8u4PZ6wVg1KYOrHuFgs5ouEI33pVMY5F8XF6n3c29s7PFv3MUEQxLZKZTu1m2VY2Gz2hr/vRtX1leoSdnm6FNOg62srulyuhu9T+bRBL/+0NBqMmGioVWiz2WZwdiqqZ6n+mFJpeSnuifHWpdn9fnltyHRd52wlf3ncyr8Vk7g4y9c2uaAZgf/wfwupVIBMoYxgsoLhCPC+n2/6bzgCRFJlWdfoVhREhk7gFkKrsQvDMpLX6+3oI66vt7/lx0C7jRYIYluF57mC2+Men79g4dptLQWTmMJkMmenxF9jcmbjdC4id3f7/NMRGXmeKwwODq6Zjp12uz1ptVmnJTJOdT+fvig6Xbq7fZoNX7R+kHJ7PGGdXrddCvv9AwMbpiOa6fS6bKsf8eg+1mau+Y8gCOLDpFwpI5lMyJ+zFnPL7ViWrX8HUWyyolVX0GiQ11OzNaQI5/K5phqR8Xh8Vo65WlNRSdBLp9Itt2ukWJCLq5l0c7/A+n3VKyoVlcgtvZ7qzc34W49coPBSpmOQEGf+ewjPMihs4d9ViiKdvy1FLpu1qi1zuVz+TsUTjuclb5d3LBAIqDYqoJpIxPb7sWtMWq22GDVz2T7geF6av2Dh2kg47Om0xqFOr8u63W6/0+maliDR3e3zGwzGbMA/OU+rrmMVp9Pp93q9fo7nJa06jlr09vSOjVfGuHZTRnmeK9gdjrDH7QlxPC+lUinnTOpATstPLUprJBJxp8GgnNq8YP6CNeMTY4PbW4qsyWTOLliw8D3/5MS8ds9z9fooiSKfTq13ztX7OBIJ+9q5nxqx2qxhm80eozISBEEQswfLcthpp50xNjYGq9WKTDqNickJLE2nEQwFMTAwDywYcBwHb5cXHM8jk0kjFtv8aiWWRKxbtxYWsxm5fB7/n717D5JdWwvDvrqlltSrW1KrWzPd0/Oe/Tive+49+FaRcjlV8eOCiQnlSrBDJcSEugTH3AoEjI1DOQXBYB6FwRcfCoIJBJxQgI0pnAvmYW6SCgll4B6DuefcfffeZ89jz/Rb3WpJrdWSRurOH7M1e7V2P9QzPe/vV3WqTu+R1EtL6m7p07fWNxwO0fra+isVm2naiwIue3u7SFVVtL+3h2Q5h3ieQ8fHx0iWc4iLZDXeu3cPHR4+R4WCejroeYjmG57earVOswqDIECynEOiKCLf91G9XkOra5Nn3xkMByiZSKKlpSXEsCwaBAHSu10kitmR5VZX1xFCCK2UVhDDssiyLGQYL4OjdHsTiZNXR4fPkeu6KMkwaGNjc2HB1LsMAoxj5NIDZEx5tt8/ZmNVkWavINt2MBzCAbzqDxXLuGedr2pWkQUAbsL5z3Gcm2SSAc8LhOM49zoWjADxv5MKqqoRYmPLsqQ+IaLneTwdqAiPeRpjSxRFcxHD3mVZNmVZfl/XO0qv15MC3+fC70WO5wjHpVyeF0gY4AvXU/KFRt+pZOYdGsuwbLCxsbVLiI3b7fYS/X7he7IM40/ax0KhUK/X65uXOSRXlmXTMHT9LEFCen+NrqG4roP9IGDDICm9v9MqfF8FQRDcre2dp3Tb6XMS47QZfv/Q5wfDssFKeWW33W6XLjsYfBM+x9HjDt/dAABwcVKpFPoXv/qvRv7t6//Gf4m+8+/93dPXn/zkf4P++E+/cPr63/z2b43MwdjRO+g/+6v/ycg2fumf/0v05lsTp2lG/+dnfxd99K3XTl+/9trr6Pd+/w+mtvVHPv3uuff3r/zlT6Cjo5cFWL712/42+uq//jWx109jjH7l1z4ztSjLt37730Hf+u1/5/T1v/jnv4S+93u+e+p2P/lf/w1Ub0CJg4XeC0IXjDmBUz7iU6mJQ5N7XhKlU7O3w7MQ7LvNtrZ3nt6k7QIwrzffeus9aMv1bd+LINylvC/GGfIiqHapV2GKktfnyYR80Sd/cs79PLjodi7q+G1sbO0u6LhearsX8Xk5S9vPeD69d1Wf0UV/xq/qcwwAAGA2348mMI3mCDIsG/nbq7GG4dRko1fXmTacOtxemO13HtFNjBvaPe29kokE4qasM27dFJs6Q59P7lsQD8zBOEF+yhQIJGa9U5EfQEcCAAAAAAAAAAAX7CxhofFBpumOI+vQgb3hGUcUsuxo7hfDjIZqzhLm80cCiMNXtjQu0DfynhMCfvPuY3RxujhNuC36vaLDvAfDIXI9N3b7LvJ8AdNBgHECWThGfGr8Cdv3BhMrP9NSTHApBWNoQgqKvAAAAAAAAAAAuFvOciccDezFEQ3M0YGuRWT8IfRqdqE3UjF6fGiMLgKDEELsaZGTxNh1h8OzJUQtah8nbevY8869De/Ym/s4TutbEPPzBF0w2VIWoaMJA2m0XhKtx5j1SEonUNu6vJMUhmUDAAAAAAAAALhrtnfuoX/167+JkjEDYL7vo3y+MPf7/ORP/TRyXBcxySTyfR8tF4sjf//sv/kd9G3f+s2oVCyhrtFFH/vYO+inf/bn53qPX/7lX0K//du/hQLfR0mGQcS2R/6eV/LoZ37+f0NiNov6/T4aDIdobXVtZJnv/PvfhT71zf89YhkGbW5to3d/7NPop//pT57+/dmzZ+gv/6U/HysjcTgcokazgb7j730n+q++7usXetx++Rf/d/QPv+97UalYQkmGQY7Tn3sbn/6RH0Y/+7P/y+k2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\"\n\n\n\n\n\nexport const ateMappCodeQrEan = 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\"","import Button from \"@mui/material/Button\"\nimport { styled } from \"@mui/material/styles\"\n\nexport const StyledButton = styled(Button)(({ theme }) => ({\n  paddingInline: theme.spacing(1.5),\n  paddingBlock: theme.spacing(1),\n}))\n","import * as React from \"react\"\n\nimport { StyledButton } from \"./styles\"\nimport { ButtonTypes } from \"./types\"\n\nconst Button: React.FC<ButtonTypes> = ({ children, ...props }) => {\n  return <StyledButton {...props}>{children}</StyledButton>\n}\n\nexport default Button\n","import * as React from \"react\"\nimport {\n  Dialog as MuiDialog,\n  DialogActions,\n  DialogContent,\n  DialogTitle,\n  DialogContentText,\n  DialogProps as MuiDialogProps,\n} from \"@mui/material\"\n\nimport Button from \"./components/Button\"\n\ninterface ActionStyle {\n  label?: string\n  color?: string\n}\nexport interface DialogProps extends MuiDialogProps {\n  content?: any\n  open: boolean\n  title?: string\n  text?: string\n  closeStyle?: ActionStyle\n  confirmStyle?: ActionStyle\n  focusOut?: boolean\n  disabledClose?: boolean\n  hideClose?: boolean\n  disabledConfirm?: boolean\n  disabledAccept?: boolean\n  onClose: () => void\n  onConfirm?: () => void\n  onAccept?: () => void\n}\n\nconst Dialog: React.FC<DialogProps> = (props) => {\n  const {\n    content,\n    open,\n    title,\n    text,\n    closeStyle,\n    confirmStyle,\n    disabledClose = false,\n    hideClose = false,\n    disabledConfirm = false,\n    disabledAccept = false,\n    onClose,\n    onConfirm,\n    focusOut = true,\n    children,\n    onAccept,\n    ...other\n  } = props\n\n  const handleClose = () => {\n    onClose()\n  }\n\n  const handleSave = () => {\n    onConfirm()\n    onClose()\n  }\n  const handleSaveAccept = () => {\n    onAccept()\n  }\n\n  return (\n    <MuiDialog\n      open={open}\n      onClose={focusOut ? handleClose : () => {}}\n      {...other}\n    >\n      <DialogTitle>{content?.productInfo?.name || title}</DialogTitle>\n      <DialogContent>\n        {text && <DialogContentText>{text}</DialogContentText>}\n        {children}\n        {content}\n      </DialogContent>\n      <DialogActions>\n        <Button\n          sx={(theme) => ({\n            color: closeStyle?.color || theme.palette.text.secondary,\n            visibility: hideClose ? \"hidden\" : \"\"\n          })}\n          onClick={handleClose}\n          disabled={disabledClose}\n          hidden= {hideClose}\n        >\n          {closeStyle?.label || \"Close\"}\n        </Button>\n        {onConfirm && (\n          <Button\n            sx={(theme) => ({\n              color: confirmStyle?.color || theme.palette.success.main,\n            })}\n            onClick={handleSave}\n            disabled={disabledConfirm}\n          >\n            {confirmStyle?.label || \"Ok\"}\n          </Button>\n        )}\n        {onAccept && (\n          <Button\n            sx={(theme) => ({\n              color: confirmStyle?.color || theme.palette.success.main,\n            })}\n            onClick={handleSaveAccept}\n            disabled={disabledAccept}\n          >\n            {confirmStyle?.label || \"Confirm\"}\n          </Button>\n        )}\n      </DialogActions>\n    </MuiDialog>\n  )\n}\n\nexport default Dialog\n","import React from \"react\"\n\nexport const globalEndpoint = \"Continental Widget\" //\"Generic 1D+ MRP\"\n\nexport enum ERoute {\n  ROOT = \"/\",\n  COUNTERFEIT = \"/report\",\n  SECONDSCAN = \"/scan\",\n  AUTHENTICITY_CHECK=\"/authenticity\",\n  MAPPCodeScreen= \"/mappcodescreen\",\n  EANCodeScreen = \"/eancodescreen\",\n  \n  TECDOC = \"/tecdoc\",\n  TECRMI = \"/tecrmi\",\n  IMPRINT = \"/imprint\",\n  TERMSOFUSE = \"/termsofuse\",\n}\n\nexport type TRoute = {\n  path: ERoute\n  Icon?: React.FC | JSX.Element\n  Component: React.FC // React components have to be written in Capitalized!\n}\n\nexport type PathParams = {} | { [i: string]: string }\n\nexport enum ActionResultStatus {\n  SUCCESS = \"SUCCESS\",\n  ERROR = \"ERROR\",\n}\n\nexport type ActionSuccess<T> = {\n  status: ActionResultStatus.SUCCESS\n  result: T\n}\nexport type ActionError = {\n  status: ActionResultStatus.ERROR\n  error: any\n  knownErrors: { [key: string]: string }\n}\nexport interface Result<T> {\n  error?: ActionError\n  result?: ActionSuccess<T>\n  status: ActionResultStatus\n}\n\nexport interface QueryResponse<T> {\n  totalCount?: number\n  results?: Array<T>\n}\n\nexport type ActionResult<T> = Partial<Result<T>>\n","import { styled } from \"@mui/material/styles\"\nimport Box, { BoxProps } from \"@mui/material/Box\"\nimport Tab from \"@mui/material/Tab\"\nimport Icon from \"@mdi/react\"\nimport { isAte } from \"utils/Global\"\n\nconst StyledTabHorizontal = styled(Tab)(({ theme }) => ({\n  ...theme.mixins.toolbar,\n}))\n\nconst StyledTabPanel = styled(Box)<BoxProps & { hasPadding: boolean }>(\n  ({ theme, hasPadding }) => {\n    return {\n      padding: hasPadding ? theme.spacing(4) : theme.spacing(0),\n      width: \"100%\",\n      [theme.breakpoints.down(\"sm\")]: {\n        padding: hasPadding ? theme.spacing(2) : theme.spacing(0),\n      },\n    }\n  }\n)\n\nconst StyledTabVertical = styled(Tab)(({ theme }) => ({\n  paddingBlock: theme.spacing(2.5),\n  paddingInline: theme.spacing(2.5),\n  borderBottom: `1px solid ${theme.palette.divider}`,\n  justifyContent: \"left\",\n  maxWidth: \"100%\",\n  \"&.Mui-selected\": {\n    color: theme.palette.text.primary,\n    backgroundColor: theme.palette.grey[300],\n  },\n  [theme.breakpoints.down(\"md\")]: {\n    paddingInline: theme.spacing(1.25),\n    paddingBlock: theme.spacing(2.5),\n  },\n}))\n\nconst StyledIcon = styled(Box)(({ theme, color }) => ({\n  color: color.toString(),\n  display: \"flex\",\n  alignItems: \"center\",\n  justifyContent: \"center\",\n  minWidth: 0,\n  \"& svg\": {\n    width: isAte ? \"4.5rem\" : \"3rem\",\n    height: isAte ? \"4.5rem\" : \"3rem\",\n  },\n  [theme.breakpoints.down(\"md\")]: {\n    minWidth: 0,\n    width: \"2.5rem\",\n    height: \"2.5rem\",\n    \"& svg\": {\n      width: isAte ? \"3rem\" : \"2rem\",\n      height: isAte ? \"3rem\" : \"2rem\",\n    },\n  },\n}))\n\nconst CenteredChevron = styled(Icon)(({ theme }) => ({\n  width: \"3rem\",\n  height: \"3rem\",\n  position: \"absolute\",\n  right: theme.spacing(1.5),\n  top: \"50%\",\n  transform: \"translateY(-50%)\",\n  [theme.breakpoints.down(\"lg\")]: {\n    width: \"2.5rem\",\n    height: \"2.5rem\",\n  },\n  [theme.breakpoints.down(\"md\")]: {\n    width: \"2rem\",\n    height: \"2rem\",\n  },\n}))\n\nexport {\n  StyledIcon,\n  StyledTabHorizontal,\n  StyledTabVertical,\n  StyledTabPanel,\n  CenteredChevron,\n}\n","import React from \"react\"\n\nimport { StyledIcon, StyledTabHorizontal } from \"./styles\"\nimport { SvgIcon, useTheme } from \"@mui/material\"\n\nconst HorizontalTab = (props) => {\n  const { icon, label, selected, ...other } = props\n  const theme = useTheme()\n\n  return (\n    <StyledTabHorizontal\n      {...(icon\n        ? {\n            icon: (\n              <StyledIcon\n                color={\n                  selected\n                    ? theme.tokens.color.primary\n                    : theme.tokens.color.grey\n                }\n              >\n                <SvgIcon>\n                  <path d={icon ? icon.path : null} />\n                  {icon.text && (\n                    <>\n                      <circle cx=\"77%\" cy=\"81%\" r=\"6.5\" fill=\"white\" />\n                      <text x=\"55%\" y=\"91%\" style={{fontSize: 7, fontWeight: \"bold\"}} fill={theme.palette.secondary.main}>\n                        {icon.text}\n                      </text>\n                    </>\n                  )}\n                </SvgIcon>\n              </StyledIcon>\n            ),\n          }\n        : {})}\n      {...(icon ? { iconPosition: \"start\" } : {})}\n      label={label}\n      {...other}\n    />\n  )\n}\n\nexport default HorizontalTab\n","import { Box } from \"@mui/material\"\nimport React from \"react\"\n\nimport Icon from \"@mdi/react\"\nimport { mdiChevronRight } from \"@mdi/js\"\n\nimport { StyledIcon, StyledTabVertical, CenteredChevron } from \"./styles\"\n\nconst VerticalTab = (props) => {\n  const { icon, label, ...other } = props\n\n  return (\n    <StyledTabVertical\n      {...(icon\n        ? {\n            icon: (\n              <StyledIcon color={icon.background}>\n                <Icon path={icon ? icon.path : null} />\n              </StyledIcon>\n            ),\n          }\n        : {})}\n      {...(icon ? { iconPosition: \"start\" } : {})}\n      label={\n        <Box sx={{ display: \"inline-flex\" }}>\n          <Box sx={{ textAlign: \"left\", paddingLeft: \"10px\" }}></Box>\n          <CenteredChevron path={mdiChevronRight} />\n        </Box>\n      }\n      {...other}\n    />\n  )\n}\n\nexport default VerticalTab\n","import { Box } from \"@mui/material\"\nimport React from \"react\"\nimport { observer } from \"mobx-react\"\nimport { StyledTabPanel } from \"./styles\"\n\nconst TabPanel = (props) => {\n  const { children, value, index, ...other } = props\n\n  return (\n    <StyledTabPanel\n      role=\"tabpanel\"\n      hidden={value !== index}\n      id={`simple-tabpanel-${index}`}\n      {...other}\n      hasPadding={props.hasPadding}\n    >\n      {value === index && <Box>{children}</Box>}\n    </StyledTabPanel>\n  )\n}\n\nexport default observer(TabPanel)\n","import { styled } from \"@mui/material/styles\"\nimport Box from \"@mui/material/Box\"\n\nconst PREFIX = \"tabs\"\n\nconst classes = {\n  horizontal: `${PREFIX}-horizontal`,\n  vertical: `${PREFIX}-vertical`,\n}\n\nconst TabBox = styled(Box)(({ theme }) => ({\n  [`&.${classes.vertical}`]: {\n    backgroundColor: theme.palette.background.paper,\n    [theme.breakpoints.down(\"md\")]: {},\n  },\n  [`&.${classes.horizontal}`]: {\n    borderBottom: `2px solid ${theme.palette.divider}`,\n    // paddingTop: theme.spacing(1),\n  },\n}))\n\nexport { classes, TabBox }\n","import { Tabs as MuiTabs } from \"@mui/material\"\nimport React, { useEffect } from \"react\"\n\nimport { TabsTypes, HorizontalLabels, VerticalLabels } from \"./types\"\nimport { observer } from \"mobx-react\"\n\nimport { HorizontalTab, VerticalTab, TabPanel } from \"./components\"\nimport { classes, TabBox } from \"./styles\"\nimport tokens from \"themes/default/tokens\"\n\nfunction a11yProps(index) {\n  return {\n    id: `simple-tab-${index}`,\n    \"aria-controls\": `simple-tabpanel-${index}`,\n  }\n}\n\nconst Tabs: React.FC<TabsTypes> = (props) => {\n  const { labels, components, variant, icons, isHomeSelected} = props\n  const [value, setValue] = React.useState(0)\n  const handleChange = (event, newValue) => {\n    setValue(newValue)\n  }\n  const tabHeaders = []\n  const tabComponents = []\n\n  useEffect(() => {\n    if (isHomeSelected && value !== 0) setValue(0)\n  }, [isHomeSelected, value])\n\n  let castLabels\n  // determine type of labels\n  if ((labels as unknown as HorizontalLabels) && variant === \"horizontal\") {\n    castLabels = labels as unknown as HorizontalLabels\n  } else {\n    castLabels = labels as unknown as VerticalLabels\n  }\n\n  for (let i = 0; i < labels.length; i++) {\n    if (variant === \"vertical\") {\n      tabHeaders.push(\n        <VerticalTab\n          key={`tab-item-${castLabels[i].label}-${Math.random() * 10}`}\n          icon={icons[i]}\n          label={castLabels[i]}\n          {...a11yProps(i)}\n        />\n      )\n    } else {\n      tabHeaders.push(\n        <HorizontalTab\n          sx={{ minWidth: 0 }}\n          key={`tab-item-${castLabels[i].label}-${Math.random() * 1000}`}\n          label={castLabels[i].label}\n          icon={icons[i]}\n          {...a11yProps(i)}\n        />\n      )\n    }\n  }\n\n  for (let i = 0; i < components.length; i++) {\n    tabComponents.push(\n      <TabPanel\n        key={`tab-panel-${i}`}\n        value={value}\n        index={i}\n        hasPadding={components[i].hasPadding}\n      >\n        {components[i].element}\n      </TabPanel>\n    )\n  }\n\n\n\n  return (\n    <>\n      <TabBox key=\"tab-box\" className={classes[variant]}>\n        <MuiTabs\n          orientation={variant === \"vertical\" ? \"vertical\" : \"horizontal\"}\n          TabIndicatorProps={{\n            style: {\n              background:\n                variant === \"vertical\"\n                  ? \"transparent\"\n                  : tokens.color.primary,\n              height: \"5px\",\n            },\n          }}\n          value={value}\n          onChange={handleChange}\n          aria-label={`${variant} tabs`}\n          variant={\"fullWidth\"}\n        >\n          {tabHeaders}\n        </MuiTabs>\n      </TabBox>\n      {tabComponents}\n    </>\n  )\n}\n\nexport default observer(Tabs)\n","import { styled } from \"@mui/material/styles\"\nimport { Box } from \"@mui/material\"\n\nexport const StyledBackground = styled(Box)(({ theme }) => ({\n  paddingBlock: theme.spacing(2),\n  [theme.breakpoints.down(\"md\")]: {},\n}))\n\n// eslint-disable-next-line no-empty-pattern\nexport const StyledContent = styled(Box)(({}) => ({\n  maxWidth: \"100%\",\n  display: \"flex\",\n  flexDirection: \"column\",\n  marginTop:\"15px\"\n}))\n","export default __webpack_public_path__ + \"static/media/general_eancode.b7abe61b.png\";","export default __webpack_public_path__ + \"static/media/CONTI_Loyalty_Program_Werbetrailer_sec22.385e3c2e.jpg\";","export default __webpack_public_path__ + \"static/media/ATE_Loyalty_Program_Werbetrailer_sec22.e454a919.jpg\";","import * as React from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, CircularProgress, useTheme } from \"@mui/material\"\nimport { useEffect } from \"react\"\nimport { useTecDocStore } from \"api/services/TecDoc\"\nimport List from \"../List/List\"\nimport { useMemo } from \"react\"\nimport { ListTextItemTypes } from \"../List\"\nimport i18next from \"i18next\"\nimport { createItemBorder, groupListByValue } from \"../../util\"\nimport ListHeading from \"../List/components/ListHeading\"\nimport useScopedTranslation from \"../../../../hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\n\nexport const namespace = __filename\n\nconst CountrySelection: React.FC<{ backToHome: () => void }> = (props) => {\n  const lang = i18next.language\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n  const theme = useTheme()\n\n  const { backToHome } = props\n  const tecDocStore = useTecDocStore()\n  const { countryList, loadingCountryList } = tecDocStore\n\n  useEffect(() => {\n    if (!countryList || countryList?.length === 0) {\n      tecDocStore\n        .fetchCountries(lang)\n        .catch((err) => console.log(\"Error fetching country details\", err))\n    }\n  }, [tecDocStore, lang])\n\n  const countryItems = useMemo(() => {\n    let tempCountryItems: ListTextItemTypes[] = []\n    if (countryList) {\n      tempCountryItems = countryList.map((item) => {\n        return {\n          firstLetter: item.countryName.charAt(0),\n          key: item.countryCode,\n          subItems: [\n            {\n              label: item.countryName,\n              content: \"\",\n              docType: \"\"\n            },\n          ],\n          onClick: () => {\n            localStorage.setItem(\"countryCatalogueCode\", item.countryCode)\n            window.location.reload()\n          },\n        }\n      })\n    }\n    return Object.entries(\n      groupListByValue(tempCountryItems, \"firstLetter\")\n    ).map((item) => {\n      return (\n        <List\n          type={\"TEXT\"}\n          key={item[0]}\n          title={item[0]}\n          items={createItemBorder(item[1])}\n        />\n      )\n    })\n  }, [countryList, backToHome])\n\n  return loadingCountryList ? (\n    <Box\n      display=\"flex\"\n      justifyContent=\"center\"\n      alignItems=\"center\"\n      minHeight=\"10vh\"\n      sx={{ flexDirection: \"column\" }}\n    >\n      <CircularProgress color={\"primary\"} size=\"5vh\" />\n    </Box>\n  ) : (\n    <>\n      <Box sx={{ paddingBlock: theme.spacing(2), color:\"white\" }}>\n        <ListHeading\n          title={t(\"selection\")}\n          caret={\"NONE\"}\n          variant={\"PRIMARY\"}\n        />\n      </Box>\n      <Box>{countryItems}</Box>\n    </>\n  )\n}\n\nexport default observer(CountrySelection)\n","export const calculateImageSize = (image) => {\n  const _image = new Image()\n  _image.src = image\n\n  return new Promise((resolve, reject) => {\n    _image.onload = function () {\n      let imageSize\n      const ratio = this.width / this.height\n\n      if (ratio >= 4 || ratio <= 0.25) {\n        imageSize = 55 + '%'\n      } else if (ratio >= 2 || ratio <= 0.5) {\n        imageSize = 50 + '%'\n      } else {\n        imageSize = 30 + '%'\n      }\n      resolve(imageSize)\n    }\n  })\n}","import * as React from \"react\"\nimport { StyledBox, StyledImage } from \"./styles\"\nimport { useEffect, useState } from \"react\"\nimport { calculateImageSize } from \"./util\"\n\nconst Image = ({ image, size }) => {\n  const [imageSize, setImageSize] = useState(0)\n\n  useEffect(() => {\n    let isMounted = true\n    if (image) {\n      if (size) {\n        setImageSize(size)\n      } else {\n        calculateImageSize(image).then((response) => {\n          if (isMounted) setImageSize(response)\n        })\n      }\n    }\n    return () => { isMounted = false }\n  }, [image,size])\n\n  return (\n    <StyledBox>\n      <StyledImage\n        height={size ? `${imageSize}%` : \"\"}\n        width={`${imageSize}%`}\n        src={image}\n      />\n    </StyledBox>\n  )\n}\n\nexport default Image\n","import { makeAutoObservable, runInAction } from \"mobx\"\n\nimport { ActionError, ActionResultStatus, ActionSuccess } from \"types/Global\"\n\nimport { AppUser } from \"types/BusinessObjects\"\n\nexport default class UserStore {\n  user: AppUser\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n\n  // actions\n  async getOwnUser() {\n    const [result, error] = [\n      { firstName: \"Anonymous\", lastName: \"User\", email: \"anonymous@osapiens.com\" },\n      null,\n    ]\n\n    if (!!error) {\n      return {\n        status: ActionResultStatus.ERROR,\n        error,\n      } as ActionError\n    }\n    if (result) {\n      const user = result\n\n      runInAction(() => {\n        this.user = user\n      })\n\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: user,\n      } as ActionSuccess<AppUser>\n    }\n    // todo: use this handling as standard\n    return {\n      status: ActionResultStatus.ERROR,\n      error: \"Something went wrong.\",\n    } as ActionError\n  }\n}\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst UserStoreContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n  const { children } = props\n\n  return (\n    <UserStoreContext.Provider value={new Store()}>\n      {children}\n    </UserStoreContext.Provider>\n  )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useUserStore = () => useContext(UserStoreContext)\n","import { makeAutoObservable, runInAction } from \"mobx\"\nimport {\n  ActionError,\n  ActionResultStatus,\n  ActionSuccess,\n  QueryResponse,\n} from \"types/Global\"\nimport { resultOrError } from \"utils/Global\"\nimport { AuthenticityCheck } from \"./types\"\nimport { call } from \"../../CloudAPI\"\nimport { checkGTIN } from \"pages/AuthenticityCheck/util\"\n\nclass AuthenticityCheckStore {\n  // lists\n  loadingAuthenticityCheckList = false\n  authenticityCheckList: AuthenticityCheck = {\n    code: \"\",\n    codeFlag: \"\",\n    logo: \"\",\n    organization: \"\",\n    promotional: {\n      buttonText: \"\",\n      url: \"\",\n    },\n    responseText: \"\",\n    validation: \"\",\n    vas: [],\n  }\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n\n  // actions\n  async fetchAuthenticityCheckList(\n    serialNumber: string,\n    language: string,\n    latitude: number,\n    longitude: number,\n    endpoint: string\n  ) {\n    if (checkGTIN(serialNumber)) {\n      this.loadingAuthenticityCheckList = true\n\n      const body = {\n        serialNumber,\n        origin: \"1D+ Mobile Response Page (Scan)\",\n        endpoint: endpoint,\n        user: \"anonymous@1idplus.com\",\n        language,\n        latitude,\n        longitude,\n      }\n\n      const [result, error]: any = await resultOrError<QueryResponse<any>>(\n        call(\n          \"ValidateSerialnumberMaster\",\n          {\n            ...body,\n          },\n          \"BrandOSMaster\",\n          process.env.REACT_APP_API_AUTH_CHECK_USERNAME,\n          process.env.REACT_APP_API_AUTH_CHECK_PASSWORD\n        )\n      )\n\n      if (result) {\n        runInAction(() => {\n          this.authenticityCheckList = result[serialNumber]\n          this.loadingAuthenticityCheckList = false\n        })\n        return {\n          status: ActionResultStatus.SUCCESS,\n          result: result[serialNumber],\n        } as ActionSuccess<number>\n      } else {\n        runInAction(() => {\n          this.loadingAuthenticityCheckList = false\n        })\n        return {\n          status: ActionResultStatus.ERROR,\n          error: error,\n        } as ActionError\n      }\n    } else if (serialNumber !== null) {\n      runInAction(() => {\n        this.authenticityCheckList = {\n          code: \"\",\n          codeFlag: \"RED\",\n          logo: \"\",\n          organization: \"osapiens 1D+\",\n          promotional: { buttonText: \"\", url: \"\" },\n          responseText:\n            'This product seems to be suspicious. Please contact the manufacturer using the \"Report Counterfeit\" function and ask for further authentication.',\n          validation: \"\",\n          vas: null,\n        }\n        if(language.toLowerCase() === \"de\"){\n          this.authenticityCheckList.responseText = \"Dieses Produkt erscheint verdächtig. Bitte kontaktieren Sie den Hersteller mit der “Fälschung melden“ Funktion und fordern Sie eine zusätzliche Authentifizierung an.\"\n        }\n        if(language.toLowerCase() === \"es\"){\n          this.authenticityCheckList.responseText = \"Este producto parece sospechoso. Por favor, póngase en contacto con el fabricante mediante la función “Report Counterfeit“ y solicite una autenticación adicional.\"\n        }\n        if(language.toLowerCase() === \"fr\"){\n          this.authenticityCheckList.responseText = \"Ce produit semble suspect. Veuillez contacter le fabricant en utilisant la fonction «Signaler un faux ou une contrefaçon» et demander une authentification supplémentaire.\"\n        }\n        if(language.toLowerCase() === \"fr\"){\n          this.authenticityCheckList.responseText = \"Ce produit semble suspect. Veuillez contacter le fabricant en utilisant la fonction «Signaler un faux ou une contrefaçon» et demander une authentification supplémentaire.\"\n        }\n        if(language.toLowerCase() === \"it\"){\n          this.authenticityCheckList.responseText = \"Questo prodotto sembra essere sospetto. Si prega di contattare il produttore utilizzando la funzione “Segnala contraffazione“ e di richiedere un'ulteriore autenticazione.\"\n        }\n      })\n    }\n  }\n}\n\nexport default AuthenticityCheckStore\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst AuthenticityCheckStoreContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n    const { children } = props\n\n    return (\n        <AuthenticityCheckStoreContext.Provider value={new Store()}>\n            {children}\n        </AuthenticityCheckStoreContext.Provider>\n    )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useAuthenticityCheckStore = () => useContext(AuthenticityCheckStoreContext)\n","import consola from \"consola\"\nimport { cloneDeep } from \"lodash\"\n\nimport { isCloudEnv, isProdEnv } from \"utils/env\"\n\nconst injectLogger =\n  (methodOrigin: Function) =>\n  (...args: any[]) => {\n    const [\n      method,\n      p2,\n      params,\n      p3,\n      p4,\n      actionOrCallback,\n      errorCallback,\n      ...rest\n    ] = args || []\n    const isNoReduxAction = typeof actionOrCallback !== \"string\"\n    const actionName = isNoReduxAction ? \"no redux\" : actionOrCallback\n    const titleCSS = \"color: #BBBBBB; font-weight: lighter;\"\n    const decentTitleCSS = \"color: #898989; font-weight: lighter;\"\n    const logStart = () => {\n      console.groupCollapsed(\n        `%c ${\"request\"} %c ${actionName.toUpperCase()} %c (${method})`,\n        titleCSS,\n        ...(isNoReduxAction\n          ? [decentTitleCSS, decentTitleCSS]\n          : [\"\", decentTitleCSS])\n      )\n      console.log(\"%c method    \", `color: #03A9F4; font-weight: bold`, method)\n      console.log(\n        \"%c params    \",\n        `color: #9E9E9E; font-weight: bold`,\n        cloneDeep(params)\n      )\n    }\n    const logSuccess = (response?: any) => {\n      consola.success(\n        isNoReduxAction ? response : `see result in action ${actionName}`\n      )\n    }\n    const logError = (err?: any, msg?: string) => {\n      consola.error(err, msg)\n    }\n    const logEnd = () => {\n      console.groupEnd()\n    }\n\n    if (isNoReduxAction) {\n      const injectedSuccessCallback = (response: any) => {\n        logStart()\n        logSuccess(response)\n        logEnd()\n        if (typeof actionOrCallback === \"function\") {\n          actionOrCallback(response)\n        }\n      }\n      const injectedErrorCallback = (err?: any, msg?: string) => {\n        logStart()\n        logError(err, msg)\n        logEnd()\n        if (typeof errorCallback === \"function\") {\n          errorCallback(err, msg)\n        }\n      }\n      methodOrigin.apply(null, [\n        method,\n        p2,\n        params,\n        p3,\n        p4,\n        injectedSuccessCallback,\n        injectedErrorCallback,\n        ...rest,\n      ])\n    } else {\n      logStart()\n      logSuccess()\n      logEnd()\n      methodOrigin.apply(null, args)\n    }\n  }\n\nif (isCloudEnv()) {\n  // hijack prinmingcloud api add logger for backend calls\n  window.parent.primingcloud.integration.callIncomingWithParameters_default =\n    window.parent.primingcloud.integration.callIncomingWithParameters\n  window.parent.primingcloud.integration.callIncomingWithParameters =\n    injectLogger(\n      window.parent.primingcloud.integration.callIncomingWithParameters_default\n    )\n}\n\nexport const call = async <T>(\n  method: string,\n  params: {} & any,\n  customer: string = process.env.REACT_APP_API_CUSTOMER,\n  username: string = process.env.REACT_APP_API_USERNAME,\n  password: string = process.env.REACT_APP_API_PASSWORD,\n  timeout: number = 60000\n): Promise<T> => {\n  const host = process.env.REACT_APP_API_HOST\n  const host_prod = process.env.REACT_APP_API_HOST_PROD\n  const application = process.env.REACT_APP_API_APPLICATION\n  if (!isProdEnv() || isCloudEnv()) {\n    return fetch(\n      `https://${host}/data/integration/${customer}/${application}/${method}?ouname=root&application=${application}&customer=${customer}&username=${username}&password=${password}`,\n      {\n        method: \"POST\",\n        mode: \"cors\",\n        cache: \"default\",\n        body: JSON.stringify(params),\n      }\n    ).then((response) => {\n      if (!response.ok) {\n        throw new Error(`HTTP error! status: ${response.status}`)\n      }\n      return response.json() as Promise<T>\n    })\n  } else {\n    return fetch(\n      `https://${host_prod}/data/integration/${customer}/${application}/${method}?ouname=root&application=${application}&customer=${customer}&username=${username}&password=${password}`,\n      {\n        method: \"POST\",\n        mode: \"cors\",\n        cache: \"default\",\n        body: JSON.stringify(params),\n      }\n    ).then((response) => {\n      if (!response.ok) {\n        throw new Error(`HTTP error! status: ${response.status}`)\n      }\n      return response.json() as Promise<T>\n    })\n  }\n}\n\nexport enum APIMethods {\n  USER_LISTALL = \"LIST_USERS\",\n  VAS_LISTALL = \"LIST_VAS\",\n  TECDOC_GETCOUNTRIES = \"getCountries\",\n  TECDOC_GETARTICLE = \"getArticleDirectSearchAllNumbersWithState\",\n  TECDOC_GETBRANDDETAILS = \"getAmBrandAddress\",\n  TECDOC_GETARTICLEDETAILS = \"getDirectArticlesByIds6\",\n  TECDOC_ADDIPADDRESS = \"addDynamicAddress\",\n  TECDOC_GETVEHICLELIST = \"getArticleLinkedAllLinkingTarget3\",\n  TECDOC_GETVEHICLEDETAILSLIST = \"getVehicleByIds4\",\n  TECDOC_GETVEHICLELISTIMMEDIATEATTRIBUTS = \"getArticleLinkedAllLinkingTargetsByIds3\",\n}\n","var map = {\n\t\"./de.json\": [\n\t\t755,\n\t\t59\n\t],\n\t\"./en.json\": [\n\t\t206\n\t],\n\t\"./es.json\": [\n\t\t756,\n\t\t60\n\t],\n\t\"./fr.json\": [\n\t\t757,\n\t\t61\n\t],\n\t\"./it.json\": [\n\t\t758,\n\t\t62\n\t]\n};\nfunction webpackAsyncContext(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\treturn Promise.resolve().then(function() {\n\t\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\t\te.code = 'MODULE_NOT_FOUND';\n\t\t\tthrow e;\n\t\t});\n\t}\n\n\tvar ids = map[req], id = ids[0];\n\treturn Promise.all(ids.slice(1).map(__webpack_require__.e)).then(function() {\n\t\treturn __webpack_require__.t(id, 3);\n\t});\n}\nwebpackAsyncContext.keys = function webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 348;\nmodule.exports = webpackAsyncContext;","var map = {\n\t\"./af.json\": 596,\n\t\"./am.json\": 597,\n\t\"./ar.json\": 598,\n\t\"./az.json\": 599,\n\t\"./be.json\": 600,\n\t\"./bg.json\": 601,\n\t\"./bn.json\": 602,\n\t\"./br.json\": 603,\n\t\"./bs.json\": 604,\n\t\"./ca.json\": 605,\n\t\"./cs.json\": 606,\n\t\"./cy.json\": 607,\n\t\"./da.json\": 608,\n\t\"./de.json\": 609,\n\t\"./dv.json\": 610,\n\t\"./el.json\": 611,\n\t\"./en.json\": 612,\n\t\"./es.json\": 613,\n\t\"./et.json\": 614,\n\t\"./eu.json\": 615,\n\t\"./fa.json\": 616,\n\t\"./fi.json\": 617,\n\t\"./fr.json\": 618,\n\t\"./ga.json\": 619,\n\t\"./gl.json\": 620,\n\t\"./ha.json\": 621,\n\t\"./he.json\": 622,\n\t\"./hi.json\": 623,\n\t\"./hr.json\": 624,\n\t\"./hu.json\": 625,\n\t\"./hy.json\": 626,\n\t\"./id.json\": 627,\n\t\"./is.json\": 628,\n\t\"./it.json\": 629,\n\t\"./ja.json\": 630,\n\t\"./ka.json\": 631,\n\t\"./kk.json\": 632,\n\t\"./km.json\": 633,\n\t\"./ko.json\": 634,\n\t\"./ku.json\": 635,\n\t\"./ky.json\": 636,\n\t\"./lt.json\": 637,\n\t\"./lv.json\": 638,\n\t\"./mk.json\": 639,\n\t\"./ml.json\": 640,\n\t\"./mn.json\": 641,\n\t\"./mr.json\": 642,\n\t\"./ms.json\": 643,\n\t\"./nb.json\": 644,\n\t\"./nl.json\": 645,\n\t\"./nn.json\": 646,\n\t\"./no.json\": 647,\n\t\"./pl.json\": 648,\n\t\"./ps.json\": 649,\n\t\"./pt.json\": 650,\n\t\"./ro.json\": 651,\n\t\"./ru.json\": 652,\n\t\"./sd.json\": 653,\n\t\"./sk.json\": 654,\n\t\"./sl.json\": 655,\n\t\"./so.json\": 656,\n\t\"./sq.json\": 657,\n\t\"./sr.json\": 658,\n\t\"./sv.json\": 659,\n\t\"./sw.json\": 660,\n\t\"./ta.json\": 661,\n\t\"./tg.json\": 662,\n\t\"./th.json\": 663,\n\t\"./tr.json\": 664,\n\t\"./tt.json\": 665,\n\t\"./ug.json\": 666,\n\t\"./uk.json\": 667,\n\t\"./ur.json\": 668,\n\t\"./uz.json\": 669,\n\t\"./vi.json\": 670,\n\t\"./zh.json\": 671\n};\n\n\nfunction webpackContext(req) {\n\tvar id = webpackContextResolve(req);\n\treturn __webpack_require__(id);\n}\nfunction webpackContextResolve(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\te.code = 'MODULE_NOT_FOUND';\n\t\tthrow e;\n\t}\n\treturn map[req];\n}\nwebpackContext.keys = function webpackContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackContext.resolve = webpackContextResolve;\nmodule.exports = webpackContext;\nwebpackContext.id = 387;","import React, { useCallback, useRef } from \"react\"\nimport { Box, CircularProgress } from \"@mui/material\"\nimport { observer } from \"mobx-react\"\nimport { useEffect, useState } from \"react\"\n\nimport AccessDenied from \"../AccessDenied\"\n\nimport { useUserStore } from \"api/services/User\"\nimport { useMatchedRoute } from \"hooks\"\nimport { useLocation } from \"react-router-dom\"\nimport { TRoute } from \"types/Global\"\nimport { isAte, resultOrError } from \"utils/Global\"\nimport { routes as useRoutes } from \"../routes\"\n\nimport { useTranslation } from \"react-i18next\"\nimport { StyledContent } from \"../../components/Background/styles\"\nimport TopBar from \"components/TopBar\"\n\n/**  set webpack public path as otherwise the chunks of translations are not loaded correctly. \n/    It is not taking a relative path but always a static one. The reason why it is determined here dynamically\n */\n__webpack_public_path__ = window.location.pathname\nif (\n  __webpack_public_path__.endsWith(\".html\") ||\n  __webpack_public_path__.endsWith(\".htm\")\n) {\n  __webpack_public_path__ = __webpack_public_path__.substring(\n    0,\n    __webpack_public_path__.lastIndexOf(\"/\") + 1\n  )\n} else if (window.location.hostname.includes(\"continental-aftermarket.com\")) {\n  __webpack_public_path__ = __webpack_public_path__.substring(\n    0,\n    __webpack_public_path__.lastIndexOf(\"/\") + 1\n  )\n} else if (!__webpack_public_path__.endsWith(\"/\")) {\n  __webpack_public_path__ += \"/\"\n}\n\nconst hideSplashScreen = () => {\n  const splashscreen = document.getElementById(\"app-splashscreen\")\n\n  if (splashscreen) {\n    splashscreen.className = \"\"\n    setTimeout(() => {\n      splashscreen.remove()\n    }, 30)\n  }\n}\nexport const namespace = __filename\n\nconst RootRouter = () => {\n  const userStore = useUserStore()\n  const portalContainerRef = useRef(null)\n\n  const location = useLocation()\n  const routes = [...useRoutes] as readonly TRoute[]\n  const [fallbackRoute] = routes\n  const { MatchedElement } = useMatchedRoute(routes, fallbackRoute.Component, {\n    matchOnSubPath: true,\n  })\n\n  const { t } = useTranslation(\"app\")\n  const [pageTitle, setPageTitle] = useState(\"\")\n\n  const checkTopBarTitle = useCallback(() => {\n    let translatedTitle\n\n    switch (pageTitle) {\n      case \"Start screen\":\n      case \"Echtheitsüberprüfung\":\n        translatedTitle = \"titleStartScreenTopBar\"\n        break\n      case \"MAPPCode Screen\":\n      case \"MAPPCode-Bildschirm\":\n        translatedTitle = \"titleMAPPCheckTopBar\"\n        break\n      case \"Authenticity Check\":\n      case \"Echtheitsprüfung\":\n        translatedTitle = \"titleAuthenticityTopBar\"\n        break\n      case \"Scan EAN-Code\":\n      case \"EAN Code scannen\":\n      case \"TecDoc Catalogue\":\n      case \"TecDoc Katalog\":\n        translatedTitle = \"titleEANCheckTopBar\"\n        break\n      case \"Counterfeit Report\":\n      case \"Fälschungsbericht\":\n        translatedTitle = \"titleCounterfeitTopBar\"\n        break\n      default:\n        translatedTitle = \"titleStartScreenTopBar\"\n    }\n\n    return t(translatedTitle)\n  }, [t, pageTitle])\n\n  useEffect(() => {\n    setPageTitle(t(`routes.${location.pathname}`))\n    checkTopBarTitle()\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, [location, t])\n\n  const loadingApp = false\n  const accessDenied = false\n  // todo: animate\n  useEffect(() => {\n    hideSplashScreen()\n  }, [])\n\n  useEffect(() => {\n    ;(async () => {\n      if (!userStore.user) {\n        const [, error] = await resultOrError(userStore.getOwnUser())\n        if (error) {\n          console.log(\"getOwnUser error\", error)\n        }\n      }\n    })()\n  }, [userStore])\n\n  React.useEffect(() => {\n    const root = document.getElementById(\"portal-container\")\n    if (isAte) {\n      // Set the --color-primary and --color-secondary variables\n      root.style.setProperty(\"--color-primary\", \"#005CA9\") // Change to the color you want\n      root.style.setProperty(\"--color-secondary\", \"#005CA9\") // Change to the color you want\n\n      //root.style.fontFamily = \"Etelka Light, serif !important;\"\n      const fontFace = new FontFace(\n        \"Etelka Light\",\n        `url(assets/fonts/EtelkaLight.woff) format(\"woff\")`\n      )\n      fontFace\n        .load()\n        .then(() => {\n          document.fonts.add(fontFace)\n          if (portalContainerRef.current) {\n            portalContainerRef.current.style.fontFamily = \"Etelka Light\"\n            portalContainerRef.current.style.fontWeight = 100\n            portalContainerRef.current.style.fontStyle = \"normal\"\n          }\n        })\n        .catch((error) => {\n          console.log(\"Error loading Etelka Light font\", error)\n        })\n    } else {\n      const fontFace = new FontFace(\n        \"ContinentalStagSans-Light\",\n        `url(assets/fonts/ContinentalStagSans-Light.woff2) format(\"woff2\")`\n      )\n      fontFace\n        .load()\n        .then(() => {\n          document.fonts.add(fontFace)\n          if (portalContainerRef.current) {\n            portalContainerRef.current.style.fontFamily =\n              \"ContinentalStagSans-Light\"\n            portalContainerRef.current.style.fontWeight = 100\n            portalContainerRef.current.style.fontStyle = \"normal\"\n          }\n        })\n        .catch((error) => {\n          console.log(\"Error loading ContinentalStagSans-Light font\", error)\n        })\n    }\n  }, [])\n\n  if (accessDenied) {\n    return <AccessDenied />\n  }\n\n  return (\n    <div\n      id=\"portal-container\"\n      style={{\n        fontFamily: isAte ? \"Etelka Light\" : \"ContinentalStagSans-Light\",\n      }}\n      ref={portalContainerRef}\n    >\n      {loadingApp ? (\n        <Box display=\"flex\" alignItems=\"center\" justifyContent=\"center\">\n          <CircularProgress color=\"primary\" />\n        </Box>\n      ) : (\n        <>\n          {/* {!isMobile && (\n            <> */}\n          <TopBar title={checkTopBarTitle()} />\n          {/* </>\n          )} */}\n          <StyledContent component=\"main\">{MatchedElement}</StyledContent>\n        </>\n      )}\n    </div>\n  )\n}\n\nexport default observer(RootRouter)\n","import * as React from \"react\"\nimport { useTranslation } from \"react-i18next\"\nimport { observer } from \"mobx-react\"\nimport consola from \"consola\"\n\nimport DangerousIcon from \"@mui/icons-material/Dangerous\"\nimport { Button, Typography } from \"@mui/material\"\nimport Box from \"@mui/material/Box\"\nimport { styled, useTheme } from \"@mui/material/styles\"\n\nimport cloud from \"@osapiens/cloud-interop/lib\"\n\nimport { isCloudEnv } from \"utils/env\"\n\nconst Container = styled(\"div\")(({ theme }) => ({\n  display: \"flex\",\n  flex: 4,\n  justifyContent: \"space-evenly\",\n  flexDirection: \"column\",\n  alignItems: \"center\",\n  overflowY: \"scroll\",\n  background: `url(${\"\"}) repeat content-box`,\n}))\nconst AccessDenied: React.FC = () => {\n  const { t } = useTranslation(\"app\")\n  const theme = useTheme()\n\n  const color = theme.palette.error.main\n  React.useEffect(() => {\n    // on screen leave\n    return () => {\n      // clearCache()\n    }\n    // eslint-disable-next-line\n  }, [])\n\n  // TODO: aldd all i18n texts to locales and refactor file\n\n  const handleLogout = () => {\n    if (isCloudEnv()) {\n      cloud.navigation.logout()\n    } else {\n      consola.error(\n        \"Logout not possible: Osapiens cloud interop API (window.parent.primingcloud) not available.\"\n      )\n    }\n  }\n\n  return (\n    <Box sx={{ display: \"flex\", flexDirection: \"column\", height: \"100%\" }}>\n      <Container>\n        <DangerousIcon\n          sx={{\n            color,\n            width: 125,\n            height: 125,\n          }}\n        />\n        <Typography variant=\"h5\" sx={{ color }}>\n          {t(\"AccessDenied\")}\n        </Typography>\n        <Typography>{t(\"speakToYourAdmin\")}</Typography>\n        <Button sx={{ color }} onClick={handleLogout}>\n          {/* <LogoutIcon\n          fill={theme.palette.error.light}\n          className=\"logout-icon\"\n        /> */}{\" \"}\n          {t(\"logout\")}\n        </Button>\n      </Container>\n      <Box sx={{ flex: 3 }}></Box>\n    </Box>\n  )\n}\n\nexport default observer(AccessDenied)\n","import React, { useEffect, useMemo, useRef, useState } from \"react\"\nimport { observer } from \"mobx-react\"\n// https://qa.osapiens.cloud/portal/portal/webbundle/OneIDTestCustomer/BrandOS/MobileResponsePage/static/\n// https://qa.osapiens.cloud/portal/portal/webbundle/BrandOSMaster/BrandOS/MobileResponsePage-generic/static/\n// https://qa.osapiens.cloud/portal/portal/webbundle/BorgWarner/BrandOS/MobileResponsePage/static/\nimport {\n  Box,\n  CircularProgress,\n  Container,\n  Typography,\n  useTheme,\n} from \"@mui/material\"\n\nimport CheckResultFlags from \"./components/CheckResultFlags\"\nimport { useAuthenticityCheckStore } from \"api/services/AuthenticityCheck\"\nimport ResponsiveBackground from \"../../components/ResponsiveBackground\"\nimport useScopedTranslation from \"../../hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport { SearchParameters } from \"../../types/BusinessObjects\"\nimport { isUndefined } from \"../../utils/util\"\nimport { checkGTIN, convertToHRF, getGeoLocation, isNumeric } from \"./util\"\nimport * as applicationIdentifiers from \"./ai.json\"\nimport Chip from \"@mui/material/Chip\"\nimport { styled } from \"@mui/system\"\nimport ContiSpecificButton from \"components/ContiSpecificButton\"\nimport { isCloudEnv } from \"utils/env\"\nimport { default as Conti_vehicle_use } from \"../../assets/images/CONTI_Loyalty_Program_Werbetrailer_sec22.jpg\"\nimport { default as Ate_vehicle_use } from \"../../assets/images/ATE_Loyalty_Program_Werbetrailer_sec22.jpg\"\nimport { basePath, isAte } from \"utils/Global\"\nimport { globalEndpoint } from \"types/Global\"\n\n// use this namespace also for subcomponents and for smaller subpages\nexport const namespace = __filename\n\nconst BlurredBackground = styled(\"div\")({\n  position: \"relative\",\n  width: \"100%\",\n  // height: \"100%\",\n  height: \"200px\",\n  overflow: \"hidden\",\n  background: `url(${\n    !isAte ? Conti_vehicle_use : basePath + Ate_vehicle_use\n  }) center/cover`,\n  \"&:before\": {\n    content: \"''\",\n    position: \"absolute\",\n    top: 0,\n    left: 0,\n    right: 0,\n    bottom: 0,\n    filter: \"blur(5px)\",\n    backgroundColor: \"rgba(0, 0, 0, 0.6)\", // Adjust the alpha value (last parameter) for darkness\n    // background: `inherit`,\n  },\n})\n\nconst OverlayContent = styled(\"div\")({\n  position: \"absolute\",\n  top: \"50%\",\n  left: \"50%\",\n  transform: \"translate(-50%, -50%)\",\n  textAlign: \"center\",\n})\n\nconst AuthenticityCheck = () => {\n  const { t, i18n } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n  const theme = useTheme()\n  const path = window.location.pathname.split(\"#\")[0]\n  const search: SearchParameters =\n    window.location.search &&\n    window.location.search\n      .slice(1)\n      .split(\"&\")\n      .map((p) => p.split(\"=\"))\n      .reduce((obj, [key, value]) => ({ ...obj, [key]: value }), {})\n\n  const lang = navigator.language.slice(0, 2)\n  // sessionStorage.setItem(\"productCode\", \"(01)14006633314036(21)94YZPG084C6S\")\n  const [productCode, setProductCode]: any = useState()\n  //  \"(01)14006633314036(21)94YZPG084C6S\"\n  // useState(sessionStorage.getItem(\"productCode\"))\n  const [latitude, setLatitude] = useState(null)\n  const [longitude, setLongitude] = useState(null)\n  const [geoLocationStatus, setGeoLocationStatus] = useState(\"INIT\")\n  const [endpoint, setEndpoint] = useState(globalEndpoint)\n  const loading = useRef(false)\n\n  const authenticityCheckStore = useAuthenticityCheckStore()\n  const { loadingAuthenticityCheckList, authenticityCheckList } =\n    authenticityCheckStore\n  console.log(\"windowLocationSearch\", window.location.search)\n\n  const links = {\n    en: \"https://www.continental-aftermarket.com/en-en/contact-authenticity-check-and-vehicle-use\",\n    de: \"https://www.continental-aftermarket.com/de-de/kontakt-originalitaetspruefung-und-fahrzeugverwendung\",\n    fr: \"https://www.continental-aftermarket.com/fr-fr/contacter-le-controle-doriginalite-et-lutilisation-du-vehicule\",\n    es: \"https://www.continental-aftermarket.com/es-es/contacto-control-de-originalidad-y-uso-del-vehiculo\",\n    it: \"https://www.continental-aftermarket.com/it-it/contatto-controllo-originalita-e-utilizzo-veicolo\",\n  }\n\n  const getQuerySearchReferrer = (ref) => {\n    let queryString = ref.split(\"?\")[1]\n    if (queryString) {\n      return queryString\n    } else {\n      return console.log(\"no query search params on referrer\")\n    }\n  }\n  getQuerySearchReferrer(window.document.referrer)\n\n  const searchReferrer =\n    getQuerySearchReferrer(window.document.referrer) &&\n    getQuerySearchReferrer(window.document.referrer)\n      .split(\"&\")\n      .map((p) => p.split(\"=\"))\n      .reduce((obj, [key, value]) => ({ ...obj, [key]: value }), {})\n\n  const extractCode = (uid) => {\n    if (uid.includes(\"%5dd2\")) {\n      let stringBuilder = \"\"\n      const codeArray = convertToHRF(uid, applicationIdentifiers)\n      codeArray.forEach((ai) => {\n        stringBuilder = stringBuilder + `(${ai.name})${ai.value}`\n      })\n      uid = stringBuilder\n    } else if (uid.includes(\"%28\") && uid.includes(\"%29\")) {\n      uid = uid.replaceAll(\"%28\", \"(\").replaceAll(\"%29\", \")\")\n    }\n    if (checkGTIN(uid)) return uid\n    else return null\n  }\n\n  useEffect(() => {\n    setProductCode(sessionStorage.getItem(\"productCode\"))\n    return () => {\n      sessionStorage.removeItem(\"productCode\")\n    }\n  }, [])\n\n  useEffect(() => {\n    const code = sessionStorage.getItem(\"code\")\n    const gtin = sessionStorage.getItem(\"gtin\")\n    const productCode = sessionStorage.getItem(\"productCode\")\n    if (searchReferrer && isCloudEnv()) {\n      if (\n        productCode == null &&\n        searchReferrer &&\n        searchReferrer[\"gtin\"] &&\n        searchReferrer[\"code\"]\n      ) {\n        setProductCode(\n          `(01)${searchReferrer[\"gtin\"]}(21)${searchReferrer[\"code\"]}`\n        )\n        sessionStorage.setItem(\n          \"productCode\",\n          `(01)${searchReferrer[\"gtin\"]}(21)${searchReferrer[\"code\"]}`\n        )\n      } else {\n        setProductCode(productCode)\n      }\n      // @ts-ignore\n    } else if (search !== \"\" || path !== \"/\" || (code && gtin) || productCode) {\n      if (\n        productCode == null &&\n        !code &&\n        search &&\n        search[\"gtin\"] &&\n        search[\"code\"]\n      ) {\n        setProductCode(`(01)${search[\"gtin\"]}(21)${search[\"code\"]}`)\n        sessionStorage.setItem(\n          \"productCode\",\n          `(01)${search[\"gtin\"]}(21)${search[\"code\"]}`\n        )\n      }\n      if (code && gtin) {\n        setProductCode(`(01)${gtin}(21)${code}`)\n        sessionStorage.setItem(\"productCode\", `(01)${gtin}(21)${code}`)\n\n        sessionStorage.removeItem(\"code\")\n        sessionStorage.removeItem(\"gtin\")\n      }\n      if (productCode) {\n        setProductCode(productCode)\n      }\n      const codeArray = path.split(\"/\")\n      let stringBuilderProduct = \"\"\n\n      if (codeArray?.length > 0) {\n        if (!isUndefined(search.uid)) {\n          const searchParameterGTIN = extractCode(search.uid)\n\n          // check for old URL format\n          if (searchParameterGTIN) {\n            //setProductCode(searchParameterGTIN)\n            sessionStorage.setItem(\"productCode\", searchParameterGTIN)\n\n            const geoLocation = search.geo?.split(\"%2C\")\n            if (geoLocation) {\n              setLatitude(\n                isNumeric(geoLocation[0]) ? parseFloat(geoLocation[0]) : null\n              )\n              setLongitude(\n                isNumeric(geoLocation[1]) ? parseFloat(geoLocation[1]) : null\n              )\n              setGeoLocationStatus(\"TRACKED\")\n            }\n\n            !isUndefined(search.edp)\n              ? setEndpoint(search.edp)\n              : setEndpoint(globalEndpoint)\n          } else {\n            //setProductCode(\"Incorrect code format\")\n          }\n        } else {\n          // check for digital link format\n          for (let i = 0; i < codeArray.length; i++) {\n            if (codeArray[i] === \"\") continue\n\n            stringBuilderProduct = stringBuilderProduct.concat(\n              i % 2 === 0 ? codeArray[i] : `(${codeArray[i]})`\n            )\n          }\n\n          for (const ai in search) {\n            stringBuilderProduct = stringBuilderProduct.concat(\n              `(${ai})${search[ai]}`\n            )\n          }\n\n          if (stringBuilderProduct !== \"\") {\n            //setProductCode(stringBuilderProduct)\n            sessionStorage.setItem(\"productCode\", stringBuilderProduct)\n          }\n\n          if (!checkGTIN(stringBuilderProduct)) {\n            setGeoLocationStatus(\"TRACKED\")\n          }\n        }\n      }\n    }\n    return () => {\n      sessionStorage.removeItem(\"productCode\")\n    }\n  }, [path, search])\n\n  useEffect(() => {\n    if (\n      !(geoLocationStatus === \"TRACKED\") &&\n      productCode !== null &&\n      !search.geo\n    ) {\n      getGeoLocation()\n        .then((geoLocation) => {\n          const [latitude, longitude] = geoLocation\n          setLatitude(latitude)\n          setLongitude(longitude)\n          setGeoLocationStatus(\"TRACKED\")\n        })\n        .catch((err) => {\n          console.log(\"Location failed: \" + err)\n          setGeoLocationStatus(\"DENIED\")\n        })\n    }\n  }, [productCode, geoLocationStatus, search.geo])\n\n  useEffect(() => {\n    if (latitude !== null && longitude !== null) {\n      setGeoLocationStatus(\"TRACKED\")\n    }\n  }, [latitude, longitude, geoLocationStatus])\n\n  useEffect(() => {\n    if (\n      !loading.current &&\n      (geoLocationStatus === \"TRACKED\" || geoLocationStatus === \"DENIED\")\n    ) {\n      loading.current = true\n      authenticityCheckStore\n        .fetchAuthenticityCheckList(\n          productCode,\n          lang,\n          latitude,\n          longitude,\n          endpoint\n        )\n        .then(() => {\n          window.history.replaceState(null, \"\", \"/#/authenticity\")\n        })\n        .catch((e) => {\n          loading.current = false\n          console.log(e)\n        })\n    } else {\n      console.log(\"Authenticity Check List\", authenticityCheckList)\n    }\n\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, [productCode, lang, latitude, longitude, geoLocationStatus])\n\n  const authenticityResult = React.useMemo(() => {\n    return authenticityCheckList\n  }, [authenticityCheckList])\n  const vasButtons = useMemo(() => {\n    let buttons = []\n\n    sessionStorage.setItem(\"organisation\", authenticityCheckList?.organization)\n\n    if (authenticityCheckList.vas?.length > 0) {\n      const sortedVasList = authenticityCheckList.vas.slice().sort((a, b) => {\n        // if position is undefined the VAS should be at the end of the list\n        const checkIfSet = (value) =>\n          typeof value !== \"undefined\" ? value : 9999\n        return (\n          checkIfSet(a.screens[0].content.position) -\n          checkIfSet(b.screens[0].content.position)\n        )\n      })\n      Object.values(sortedVasList).forEach((item: any) => {\n        if (buttons.length < 1) {\n          buttons.push(\n            <ContiSpecificButton\n              path={item.screens[0].content.link}\n              text={t(\"textGo\")}\n              isForwardIcon={true}\n              width=\"100px\"\n            ></ContiSpecificButton>\n          )\n        }\n      })\n    } else {\n      if (buttons.length < 1) {\n        buttons.push(\n          <ContiSpecificButton\n            path={\"/scan\"}\n            text={t(\"textGo\")}\n            isForwardIcon={true}\n            width=\"100px\"\n          ></ContiSpecificButton>\n        )\n      }\n    }\n    return buttons\n  }, [authenticityCheckList])\n\n  const isMobile = window.innerWidth < theme.tokens.breakpoints.breakpointTablet\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Container\n        sx={{ display: \"flex\", flexDirection: \"column\", height: \"100%\" }}\n      >\n        {loadingAuthenticityCheckList ||\n        (geoLocationStatus === \"INIT\" && productCode) ? (\n          <Box\n            display=\"flex\"\n            justifyContent=\"center\"\n            alignItems=\"center\"\n            minHeight=\"10vh\"\n            sx={{ flexDirection: \"column\" }}\n          >\n            <CircularProgress color={\"primary\"} size=\"5vh\" />\n          </Box>\n        ) : (\n          <>\n            <Box\n              sx={{\n                display: \"flex\",\n                flexDirection: \"column\",\n                justifyContent: \"flexStart\",\n                padding: \"0px 0px 0px 0px\",\n              }}\n            >\n              <Box sx={{ margin: \"20px 0px\" }}>\n                <BlurredBackground>\n                  <OverlayContent>\n                    <Typography\n                      fontWeight={\n                        window.innerWidth >\n                        theme.tokens.breakpoints.breakpointTablet\n                          ? 700\n                          : 600\n                      }\n                      color={theme.tokens.color.conti_typo}\n                      marginBottom=\"10px\"\n                      marginTop=\"10px\"\n                      sx={{\n                        fontSize:\n                          window.innerWidth <\n                          theme.tokens.breakpoints.breakpointTablet\n                            ? \"17px\"\n                            : isAte\n                            ? \"2.3rem\"\n                            : \"26px\",\n                        lineHeight: \"35px\",\n                        fontFamily: \"inter\",\n                        textShadow:\n                          \"2px 2px 20px rgba(0, 0, 0, 2), -2px -2px 20px rgba(0, 0, 0, 2)\",\n                      }}\n                    >\n                      {t(\"screenText2\")}\n                    </Typography>\n                    {vasButtons}\n                  </OverlayContent>\n                </BlurredBackground>\n              </Box>\n              <Typography\n                sx={{\n                  fontSize: theme.tokens.fonts_Conti.fontSize_C_H,\n                  fontWeight: theme.tokens.fonts_Conti.fontWeight_heavy,\n                  lineHeight: \"33.3px\",\n                }}\n              >\n                {t(\"resultText\")}\n              </Typography>\n              <Box\n                sx={{\n                  display: \"flex\",\n                  flexDirection: \"row\",\n                  justifyContent: \"flexStart\",\n                  paddingTop: theme.spacing(2),\n                }}\n              >\n                <Box\n                  sx={{\n                    width: isMobile ? \"30%\" : \"15%\",\n                    marginTop: theme.spacing(1),\n                  }}\n                >\n                  <CheckResultFlags flag={authenticityResult?.codeFlag} />\n                </Box>\n                <Box sx={{ width: \"90%\" }}>\n                  <Typography\n                    sx={{\n                      fontSize: \"18px\",\n                      fontWeight: \"300\",\n                      lineHeight: \"33.3px\",\n                    }}\n                  >\n                    {authenticityResult?.responseText}\n                  </Typography>\n                </Box>\n              </Box>\n              <Box paddingTop=\"20px\">\n                <Box sx={{ margin: \"20px 0px\" }}>\n                  <ContiSpecificButton\n                    path={\n                      i18n.language in links\n                        ? links[i18n.language]\n                        : links[\"en\"]\n                    }\n                    text={t(\"buttonTextReport\")}\n                    hidden={\n                      authenticityResult?.codeFlag === \"GREEN\" ||\n                      authenticityResult?.codeFlag === \"\"\n                    }\n                    isForwardIcon={true}\n                  ></ContiSpecificButton>\n                </Box>\n                <Typography\n                  sx={{\n                    fontSize: theme.tokens.fonts_Conti.fontSize_C_H,\n                    fontWeight: theme.tokens.fonts_Conti.fontWeight_heavy,\n                    lineHeight: \"33.3px\",\n                  }}\n                >\n                  {t(\"mappCodeTitle\")}\n                </Typography>\n\n                <Box sx={{ width: \"100\", marginBottom: \"20px\" }}>\n                  <Chip\n                    sx={{\n                      height: \"auto\",\n                      \"& .MuiChip-label\": {\n                        display: \"block\",\n                        whiteSpace: \"normal\",\n                        width: isAte ? \"31rem !important\" : \"18rem\",\n                      },\n                    }}\n                    label={\n                      <Typography\n                        sx={{\n                          fontSize: \"20px\",\n                          fontFamily: \"inter\",\n                          fontWeight: theme.tokens.fonts_Conti.fontWeight,\n                          lineHeight: \"1.5\",\n                          letterSpacing: \"3px\",\n                        }}\n                      >\n                        {authenticityResult?.code.replace(/\\(21\\)/g, \"\\n(21)\")}\n                      </Typography>\n                    }\n                  />\n                </Box>\n                <Box sx={{ padding: \"25px 0px\" }}>\n                  {authenticityResult?.codeFlag === \"RED\" && (\n                    <Box sx={{ display: \"flex\", flexDirection: \"column\" }}>\n                      <Typography\n                        sx={{\n                          fontSize: theme.tokens.fonts_Conti.fontSize_C_H,\n                          fontWeight: theme.tokens.fonts_Conti.fontWeight_heavy,\n                        }}\n                      >\n                        {t(\"entryCorrect\")}\n                      </Typography>\n                      <Typography\n                        sx={{\n                          fontSize: theme.tokens.fonts_Conti.fontSize_C_H,\n                          fontWeight: theme.tokens.fonts_Conti.fontWeight,\n                          lineHeight: \"33.3px\",\n                          marginBottom: \"10px\",\n                        }}\n                      >\n                        {t(\"contactText\")}\n                      </Typography>\n                    </Box>\n                  )}\n                </Box>\n              </Box>\n            </Box>\n          </>\n        )}\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default observer(AuthenticityCheck)\n","import { FlagTypes } from \"./types\"\nimport Image from \"components/Image\"\n\nconst CheckResultFlags: React.FC<FlagTypes> = ({ flag }) => {\n  const imageStrings = {\n    // GREEN:\"data:image/svg;base64,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\",\n    GREEN:\n      \"data:image/svg+xml;base64,PHN2ZyB3aWR0aD0iNTIiIGhlaWdodD0iNTEiIHZpZXdCb3g9IjAgMCA1MiA1MSIgZmlsbD0ibm9uZSIgeG1sbnM9Imh0dHA6Ly93d3cudzMub3JnLzIwMDAvc3ZnIj4KPHJlY3Qgd2lkdGg9IjUyIiBoZWlnaHQ9IjUxIiByeD0iMjUuNSIgZmlsbD0iIzQ4OTI1OCIvPgo8cGF0aCBkPSJNMTMuNSAyNUwyMi4xNzM1IDMzLjVMMzguNSAxNy41IiBzdHJva2U9IndoaXRlIiBzdHJva2Utd2lkdGg9IjMiLz4KPC9zdmc+Cg==\",\n    YELLOW:'data:image/svg+xml;base64,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',\n      // \"data:image/png;base64,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\",\n    RED: 'data:image/svg+xml;base64,PHN2ZyB3aWR0aD0iNTIiIGhlaWdodD0iNTEiIHZpZXdCb3g9IjAgMCA1MiA1MSIgZmlsbD0ibm9uZSIgeG1sbnM9Imh0dHA6Ly93d3cudzMub3JnLzIwMDAvc3ZnIiB4bWxuczp4bGluaz0iaHR0cDovL3d3dy53My5vcmcvMTk5OS94bGluayI+CjxyZWN0IHdpZHRoPSI1MiIgaGVpZ2h0PSI1MSIgcng9IjI1LjUiIGZpbGw9IiNDRjZBNkEiLz4KPHJlY3QgeD0iMTMuNSIgeT0iMTMuNSIgd2lkdGg9IjI1IiBoZWlnaHQ9IjI0IiBmaWxsPSJ1cmwoI3BhdHRlcm4wKSIvPgo8ZGVmcz4KPHBhdHRlcm4gaWQ9InBhdHRlcm4wIiBwYXR0ZXJuQ29udGVudFVuaXRzPSJvYmplY3RCb3VuZGluZ0JveCIgd2lkdGg9IjEiIGhlaWdodD0iMSI+Cjx1c2UgeGxpbms6aHJlZj0iI2ltYWdlMF8xNThfNDUxMiIgdHJhbnNmb3JtPSJtYXRyaXgoMC4wMSAwIDAgMC4wMTA0MTY3IDAuMDIgMCkiLz4KPC9wYXR0ZXJuPgo8aW1hZ2UgaWQ9ImltYWdlMF8xNThfNDUxMiIgd2lkdGg9Ijk2IiBoZWlnaHQ9Ijk2IiB4bGluazpocmVmPSJkYXRhOmltYWdlL3BuZztiYXNlNjQsaVZCT1J3MEtHZ29BQUFBTlNVaEVVZ0FBQUdBQUFBQmdDQVlBQUFEaW1IYzRBQUFBQ1hCSVdYTUFBQXNUQUFBTEV3RUFtcHdZQUFBQ1VFbEVRVlI0bk8yY1FVN2NRQkJGTzlzZ2RnRUd1RWcyT2V2Y2hCV0lSVllRSU1TblFNb0JYb1N3RlRFQzNEWWVWMWZWZitzWnFmczl0NjJadGwyS0VFSUlJWVFRUWdnaGhCQ1ZBQWZBRmpqTElnMDQ2K2Q4WUQyUXI4QUZMM1RBZVFrT3NBRWUramxmQW9jdHlDZERCRjdMeHl6Q08vSkRSK0J0K2V0SEdKRWZNZ0lmeTE4M1FuL3hxU0ZFQk9DOG4wc04yelVHZEFMY1o0aEEzWkcvL2x3elJLQlYrUmtpMExyOHlCSHdJajlpQkx6Smp4UUJyL0lqUk1DN2ZNOFJpQ0xmWXdTaXlmY1VnYWp5UFVRZ3V2eVdJNUJGZm9zUnlDYS9wUWhrbGI4VHdVUUEyZVZiaWtEeTdZUWcrWFppa0h3N1FVaStuU2drZnhvc0tFenlaOElDRVNUL2svQ0pDSksvRU15SUlQbTJOMEoxRXo4Yjh4ZnUwakJ0SlVoKzR4RTZIZmwyRVRySnQxc0puZVRiUmVna2YwRlFBRHZRS2NqTkx0cGI2RlMwMGo3eVJ5aUNvZndCUlpqNEVQUWpkZWl2Q092YlY5QUdqSjM4OHYrN3V1M0VTdjZBSWpSdzF4eGFDWHVWLzBlYjhzdkx2NXNndi9wMU9Gb0o0NEtPOXlWL1FCRU01UThvZ3FIOEFVV1lKLzl4eVZlZ3BZOWdLYjlrajlETC8yVXBQMjJFbHVTbmk5Q2kvRFFSWnNnL05SampwcFduTjlQSmIrbnB6VVVCanJ6SUR4ZWhsMzliT1pIZkxjZ1BFOEd6ZlBjUklzaDNHeUdTZkhjUklzcDNFMkdHL0UxeEJxMUd5Q0MvMlFqQUYrQzZja0RQdndlT1NxNW4xbjQrTzlyM2dINEFmMGNHOHVENXlKKzVFcDZBNzJVTlJpS0VrbDhaWVQzNUl4RkN5aCtKc0w3OGR5TGNBTjlLY0hnZHdVNytUb1NyRFBKM0lseWJ5eC9ZKzVXL1FUTE9XUWdoaEJCQ0NDR0VFTVU3L3dCbGorQ3ZzTkozSEFBQUFBQkpSVTVFcmtKZ2dnPT0iLz4KPC9kZWZzPgo8L3N2Zz4K'\n    // \"data:image/png;base64,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\",\n  }\n\n  return <Image image={imageStrings[flag]} size={50} />\n}\n\nexport default CheckResultFlags\n","import Tabs from \"../components/Tabs\"\nimport Info from \"./subpages/Info\"\nimport {\n  mdiCar,\n  mdiEarth,\n  mdiFileImage,\n  mdiFormatListBulletedSquare,\n  mdiInformation,\n  mdiOfficeBuilding,\n} from \"@mdi/js\"\nimport {\n  Box,\n  CircularProgress,\n  Container,\n  Typography,\n  useTheme,\n} from \"@mui/material\"\nimport Vehicles from \"./subpages/Vehicles\"\nimport Manufacturer from \"./subpages/Manufacturer\"\nimport Documents from \"./subpages/Documents\"\nimport OE from \"./subpages/OE\"\nimport React, { useEffect, useState } from \"react\"\nimport CountrySelection from \"../components/CountrySelection\"\nimport ResponsiveBackground from \"../../../components/ResponsiveBackground\"\nimport { useTecDocStore } from \"../../../api/services/TecDoc\"\nimport i18next from \"i18next\"\nimport useScopedTranslation from \"../../../hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport tokens from \"themes/default/tokens\"\nimport Dialog from \"components/Dialog\"\nimport { useHistory } from \"react-router\"\nimport { uniq } from \"lodash\"\nimport { isAte } from \"utils/Global\"\nimport { scrolltToTop } from \"utils/util\"\n\nexport const namespace = __filename\n\nconst TecDoc = () => {\n  const theme = useTheme()\n  const history = useHistory()\n  const lang = i18next.language\n  const countryCatalogue = localStorage.getItem(\"countryCatalogueCode\") || \"de\"\n  const [isHomeSelected, setIsHomeSelected] = useState(false)\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  const tecDocStore = useTecDocStore()\n  const { articleList, articleAttributes } = tecDocStore\n\n  const [loading, setLoading] = useState(false)\n  const [isDialogOpen, setIsDialogOpen] = useState(false)\n\n  useEffect(() => {\n    scrolltToTop()\n  }, [])\n\n  const handleLoading = (value: boolean) => {\n    setLoading(value)\n  }\n  useEffect(() => {\n    if (isHomeSelected) setIsHomeSelected(false)\n  }, [isHomeSelected])\n\n  function backToHome() {\n    setIsHomeSelected(true)\n  }\n\n  useEffect(() => {\n    if (!articleList) {\n      tecDocStore\n        // .fetchArticle(countryCatalogue, lang, 6, \"4006633056854\") // 4019064364931 / 4006633056854\n        .fetchArticle(countryCatalogue, lang, 6, localStorage.getItem(\"data\"))\n        // 4019064364931\n        .catch((err) => {\n          console.log(\"Error fetching articles\", err)\n          setIsDialogOpen(true)\n        })\n    }\n    return () => {\n      localStorage.removeItem(\"data\")\n    }\n  }, [tecDocStore, countryCatalogue, lang, articleList])\n\n  useEffect(() => {\n    if (articleList && !articleAttributes) {\n      tecDocStore\n        .fetchArticleDetails(countryCatalogue, lang, articleList?.articleId)\n        .catch((err) => {\n          console.log(\"Error fetching articles\", err)\n          setIsDialogOpen(true)\n        })\n    }\n  }, [tecDocStore, articleList, countryCatalogue, lang, articleAttributes])\n\n  const generalArticleNumber = React.useMemo(() => {\n    const requiredKeys = [\"articleNo\"]\n    let tempArticleList = []\n    let tempDirectArticleList = []\n\n    if (articleList) {\n      tempArticleList = Object.entries(articleList).map((item) => {\n        return {\n          key: item[0],\n          subItems: [\n            {\n              label: requiredKeys.includes(item[0]) ? t(item[0]) : item[0],\n              content: String(item[1]),\n            },\n          ],\n        }\n      })\n    }\n\n    const tempGeneralArticleList = tempArticleList\n      .concat(tempDirectArticleList)\n      .filter((item) => requiredKeys.includes(item.key))\n\n    return uniq(tempGeneralArticleList)\n      .map((item) => item.subItems)\n      .map((item) => item[0].content)\n  }, [articleList, t])\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Dialog\n        open={isDialogOpen}\n        onClose={() => {\n          setIsDialogOpen(false)\n          // localStorage.removeItem(\"data\")\n        }}\n        // closeStyle={{\n        //   color: theme.palette.text.primary,\n        //   label: t(\"test\"),\n        // }}\n        confirmStyle={{\n          color: tokens.color.primary,\n          label: t(\"confirm\"),\n        }}\n        onAccept={() => {\n          setIsDialogOpen(false)\n          history.goBack()\n        }}\n        title={t(\"dialogTitle\")}\n        text={t(\"dialogText\", { ean: localStorage.getItem(\"data\") })}\n        hideClose={true}\n      />\n      <Container sx={{ paddingX: 2 }}>\n        <Box\n          sx={{\n            display: \"flex\",\n            flexDirection: \"column\",\n            padding: \"0px 0px\",\n          }}\n        >\n          <Box\n            sx={{\n              backgroundColor: tokens.color.primary,\n              width: \"100%\",\n              height: \"40px\",\n              display: \"flex\",\n              textAlign: \"center\",\n              alignItems: \"center\",\n              borderRadius: \"4px\",\n              color: \"#ffff\",\n            }}\n          >\n            <Typography\n              sx={{\n                textAlign: \"center\",\n                fontSize: \"16px\",\n                fontWeight: 600,\n                marginLeft: \"10px\",\n              }}\n              color={isAte ? \"white\" : \"black\"}\n            >\n              {generalArticleNumber[0]}\n            </Typography>\n          </Box>\n          <Tabs\n            isHomeSelected={isHomeSelected}\n            icons={[\n              { path: mdiCar },\n              { path: mdiInformation },\n              { path: mdiFileImage },\n              { path: mdiFormatListBulletedSquare },\n              { path: mdiOfficeBuilding },\n              { path: mdiEarth, text: countryCatalogue },\n            ]}\n            labels={[\n              { label: \"\" },\n              { label: \"\" },\n              { label: \"\" },\n              { label: \"\" },\n              { label: \"\" },\n              { label: \"\" },\n            ]}\n            components={[\n              {\n                element: <Vehicles handleLoading={handleLoading} />,\n                hasPadding: false,\n              },\n              { element: <Info />, hasPadding: false },\n              { element: <Documents />, hasPadding: false },\n              { element: <OE />, hasPadding: false },\n              { element: <Manufacturer />, hasPadding: false },\n              {\n                element: <CountrySelection backToHome={backToHome} />,\n                hasPadding: false,\n              },\n            ]}\n            variant={\"horizontal\"}\n            loading={loading}\n          />\n          {loading && (\n            <Box\n              display=\"flex\"\n              justifyContent=\"center\"\n              alignItems=\"center\"\n              minHeight=\"10vh\"\n              sx={{ flexDirection: \"column\" }}\n              marginBottom={theme.spacing(2)}\n            >\n              <CircularProgress\n                style={{ color: tokens.color.primary }}\n                size=\"5vh\"\n              />\n            </Box>\n          )}\n        </Box>\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default TecDoc\n","import * as React from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, useTheme } from \"@mui/material\"\n\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport List, { ListTextItemTypes } from \"../../../components/List\"\nimport { useTecDocStore } from \"../../../../../api/services/TecDoc\"\nimport { useMemo } from \"react\"\nimport { uniq } from \"../../../util\"\nimport { createItemBorder } from \"../../../util\"\nimport ListHeading from \"../../../components/List/components/ListHeading\"\nexport const namespace = __filename\n\nconst Info: React.FC = () => {\n  const theme = useTheme()\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => {\n      return import(`./locales/${locale}.json`)\n    },\n    en\n  )\n  const tecDocStore = useTecDocStore()\n  const {\n    articleList,\n    articleAttributes,\n    directArticle,\n    eanNumber,\n    replacedNumber,\n  } = tecDocStore\n\n  const generalArticleItems = useMemo(() => {\n    const requiredKeys = [\n      \"articleName\",\n      \"articleNo\",\n      \"articleStateName\",\n      \"eanNumber\",\n      \"replacedNumber\",\n    ]\n    let tempArticleList: ListTextItemTypes[] = []\n    let tempDirectArticleList: ListTextItemTypes[] = []\n    let tempEanNumber: ListTextItemTypes[] = []\n    let tempReplacedNumberList: ListTextItemTypes[] = []\n\n    if (articleList) {\n      tempArticleList = Object.entries(articleList).map((item) => {\n        return {\n          key: item[0],\n          subItems: [\n            {\n              label: requiredKeys.includes(item[0]) ? t(item[0]) : item[0],\n              content: String(item[1]),\n              docType: item[1]?.docFileTypeName\n            },\n          ],\n        }\n      })\n    }\n    if (directArticle) {\n      tempDirectArticleList = Object.entries(directArticle).map((item) => {\n        return {\n          key: item[0],\n          subItems: [\n            {\n              label: requiredKeys.includes(item[0]) ? t(item[0]) : item[0],\n              content: String(item[1]),\n              docType: item[1]?.docFileTypeName\n            },\n          ],\n        }\n      })\n    }\n    if (eanNumber) {\n      tempEanNumber = Object.entries(eanNumber).map((item) => {\n        return {\n          key: Object.keys(item[1])[0],\n          subItems: [\n            {\n              label: t(Object.keys(item[1])[0]),\n              content: String(item[1]?.eanNumber),\n              docType: item[1]?.docFileTypeName\n            },\n          ],\n        }\n      })\n    }\n\n    if (replacedNumber) {\n      tempReplacedNumberList = Object.entries(replacedNumber).map((item) => {\n        return {\n          key: Object.keys(item[1])[0],\n          subItems: [\n            {\n              label: Object.keys(item[1])[0],\n              content: String(item[1]?.replacedNumber),\n              docType: item[1]?.docFileTypeName\n            },\n          ],\n        }\n      })\n    }\n\n    const tempGeneralArticleList = tempArticleList\n      .concat(tempDirectArticleList, tempEanNumber, tempReplacedNumberList)\n      .filter((item) => requiredKeys.includes(item.key))\n\n    return uniq(tempGeneralArticleList)\n  }, [articleList, directArticle, eanNumber, replacedNumber, t])\n\n  const criteriaItems = useMemo(() => {\n    let tempArticleAttributes: ListTextItemTypes[] = []\n    if (articleAttributes) {\n      tempArticleAttributes = Object.entries(articleAttributes).map((item) => {\n        return {\n          key: item[1]?.attrName,\n          subItems: [\n            {\n              label: item[1]?.attrName,\n              content: item[1]?.attrValue,\n              docType: item[1]?.docFileTypeName,\n            },\n          ],\n        }\n      })\n    }\n    return tempArticleAttributes //.filter((item) => [\"articleName\", \"articleSearchNo\", \"articleNo\",].includes(item.label))\n  }, [articleAttributes])\n\n  return (\n    <Box>\n      <Box sx={{ paddingBlock: theme.spacing(2), color: \"white\" }}>\n        <ListHeading title={t(\"title\")} caret={\"NONE\"} variant={\"PRIMARY\"} />\n      </Box>\n      <List\n        type={\"TEXT\"}\n        title={t(\"general\")}\n        items={createItemBorder(generalArticleItems)}\n      />\n      <List\n        type={\"TEXT\"}\n        title={t(\"criteria\")}\n        items={createItemBorder(criteriaItems)}\n      />\n    </Box>\n  )\n}\n\nexport default observer(Info)\n","import * as React from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, useTheme } from \"@mui/material\"\n\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport List, { ListTextItemTypes } from \"../../../components/List\"\nimport { useTecDocStore } from \"../../../../../api/services/TecDoc\"\nimport { useEffect, useMemo } from \"react\"\nimport { getDate, getDateSingle } from \"../../../util\"\nimport { createItemBorder, groupListByValue } from \"../../../util\"\nimport i18next from \"i18next\"\nimport ListHeading from \"../../../components/List/components/ListHeading\"\nexport const namespace = __filename\n\nconst Vehicles: React.FC<{ handleLoading: (value: boolean) => void }> = (\n  props\n) => {\n  const theme = useTheme()\n  const lang = i18next.language\n  const countryCatalogue = localStorage.getItem(\"countryCatalogueCode\") || \"de\"\n\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n  const tecDocStore = useTecDocStore()\n  const {\n    vehicleList,\n    vehicleListImmediateAttributs,\n    articleList,\n    loadingVehicleList,\n    loadingVehicleImmediateAttributs,\n  } = tecDocStore\n\n  useEffect(() => {\n    props.handleLoading(loadingVehicleImmediateAttributs || loadingVehicleList)\n  }, [loadingVehicleList, loadingVehicleImmediateAttributs, props])\n\n  const vehicleLinkages = useMemo(() => {\n    let tempArticleAttributes: ListTextItemTypes[] = []\n\n    if (vehicleListImmediateAttributs) {\n      tempArticleAttributes = Object.entries(vehicleListImmediateAttributs).map(\n        (item) => {\n          const linkedVehicles = item[1]?.linkedVehicles.array[0]\n          const linkedArticleImmediateAttributs =\n            item[1]?.linkedArticleImmediateAttributs.array\n\n          const vehicleLabel = [\n            {\n              label: String(\n                `${linkedVehicles?.modelDesc} ${linkedVehicles?.carDesc}`\n              ),\n              hasBoldLabel: true,\n              autoWidth: true,\n            },\n          ]\n\n          const immadiateAttributsLabel = linkedArticleImmediateAttributs\n            ? Object.values(linkedArticleImmediateAttributs).map((item) => {\n                return {\n                  label: String(`${item?.attrName}: `),\n                  content: String(\n                    item?.attrId === 20 || item?.attrId === 21\n                      ? getDateSingle(item?.attrValue)\n                      : item?.attrValue\n                  ),\n                  hasBoldLabel: false,\n                }\n              })\n            : []\n\n          const vehicleDetails = [\n            {\n              label: `${t(\"type\")}:`,\n              content: String(linkedVehicles?.constructionType),\n            },\n            {\n              label: `${t(\"yearOfConstruction\")}:`,\n              content: String(\n                getDate(\n                  linkedVehicles?.yearOfConstructionFrom,\n                  linkedVehicles?.yearOfConstructionTo\n                )\n              ),\n            },\n            {\n              label: `${t(\"power\")}:`,\n              content: `${linkedVehicles?.powerHpTo} ${t(\"units.hp\")}/${\n                linkedVehicles?.powerKwTo\n              } ${t(\"units.kw\")}`,\n            },\n            {\n              label: `${t(\"cylinderCapacity\")}:`,\n              content: `${linkedVehicles?.cylinderCapacity} ${t(\"units.ccm\")}`,\n            },\n          ]\n\n          const seperator = [\n            {\n              label: \"separator\",\n              separator: true,\n            },\n          ]\n\n          return {\n            key: String(linkedVehicles?.carId),\n            brand: linkedVehicles?.manuDesc,\n            subItems: [\n              ...vehicleLabel,\n              ...vehicleDetails,\n              ...seperator,\n              ...immadiateAttributsLabel,\n            ],\n          }\n        }\n      )\n    }\n    return Object.entries(groupListByValue(tempArticleAttributes, \"brand\")).map(\n      (item) => {\n        return (\n          <List\n            type={\"TEXT\"}\n            key={item[0]}\n            title={item[0]}\n            items={createItemBorder(item[1])}\n            accordion={true}\n          />\n        )\n      }\n    ) //.filter((item) => [\"articleName\", \"articleSearchNo\", \"articleNo\",].includes(item.label))\n  }, [vehicleListImmediateAttributs, t])\n\n  useEffect(() => {\n    if (articleList?.articleId && vehicleLinkages.length === 0) {\n      tecDocStore\n        .fetchVehicleList(countryCatalogue, lang, articleList.articleId)\n        .catch((err) => console.log(\"Error fetching vehicles\", err))\n    }\n  }, [tecDocStore, articleList, vehicleLinkages, countryCatalogue, lang])\n\n  useEffect(() => {\n    if (vehicleList && vehicleLinkages.length === 0) {\n      const linkedArticlePairs: {\n        articleLinkId: number\n        linkingTargetId: number\n      }[] = vehicleList.map((item) => {\n        return {\n          articleLinkId: item.articleLinkId,\n          linkingTargetId: item.linkingTargetId,\n        }\n      })\n\n      tecDocStore\n        .fetchVehicleListImmediateAttributs(\n          countryCatalogue,\n          lang,\n          linkedArticlePairs,\n          articleList.articleId\n        )\n        .catch((err) => console.log(\"Error fetching vehicle details\", err))\n    }\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, [tecDocStore, vehicleList, vehicleLinkages, countryCatalogue, lang])\n\n  return (\n    <Box sx={{ paddingBottom: theme.spacing(4) }}>\n      <Box sx={{ paddingBlock: theme.spacing(2) }}>\n        {!(\n          loadingVehicleImmediateAttributs ||\n          loadingVehicleList ||\n          vehicleList === null\n        ) && (\n          <ListHeading\n            // title={`${vehicleList?.length} ${t(\"linkedVehicles\")}`}\n            title={`${t(\"linkedVehicles\")}`}\n            caret={\"NONE\"}\n            variant={\"PRIMARY\"}\n          />\n        )}\n      </Box>\n      <Box\n        sx={{ display: \"flex\", flexDirection: \"column\", gap: theme.spacing(1) }}\n      >\n        {vehicleLinkages}\n      </Box>\n    </Box>\n  )\n}\n\nexport default observer(Vehicles)\n","import * as React from \"react\"\nimport { useEffect, useMemo } from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, useTheme } from \"@mui/material\"\nimport { useTecDocStore } from \"api/services/TecDoc\"\nimport List from \"../../../components/List/List\"\nimport { ListTextItemTypes } from \"../../../components/List\"\nimport en from \"./locales/en.json\"\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport { createItemBorder } from \"../../../util\"\nimport i18next from \"i18next\"\nimport ListHeading from \"../../../components/List/components/ListHeading\"\n\nexport const namespace = __filename\n\nconst Manufacturer: React.FC = () => {\n  const lang = i18next.language\n  const countryCatalogue = localStorage.getItem(\"countryCatalogueCode\") || \"de\"\n  const theme = useTheme()\n\n  const tecDocStore = useTecDocStore()\n  const { articleList, brandDetails } = tecDocStore\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  useEffect(() => {\n    if (!brandDetails){\n      tecDocStore\n        .fetchBrandDetails(countryCatalogue, lang, articleList?.brandNo)\n        .catch((err) => console.log(\"Error fetching brand details\", err))\n    }\n  }, [tecDocStore, articleList])\n\n  const brandItems = useMemo(() => {\n    const requiredKeys = [\n      \"name2\",\n      \"street\",\n      \"city\",\n      \"zip\",\n      \"mailbox\",\n      \"wwwURL\",\n      \"phone\",\n      \"fax\",\n      \"email\",\n    ]\n    let tempBrandDetails: ListTextItemTypes[] = []\n    if (brandDetails) {\n      tempBrandDetails = Object.entries(brandDetails).map((item) => {\n        return {\n          key: item[0],\n          subItems: [\n            {\n              label: requiredKeys.includes(item[0]) ? t(item[0]) : item[0],\n              content: item[1],\n              docType: \"\"\n            },\n          ],\n        }\n      })\n    }\n\n    return tempBrandDetails\n      .filter((item) => requiredKeys.includes(item?.key))\n      .sort((a, b) =>\n        requiredKeys.indexOf(a.key) > requiredKeys.indexOf(b.key) ? 1 : -1\n      )\n  }, [brandDetails, t])\n\n  return (\n    <Box>\n      <Box sx={{ paddingBlock: theme.spacing(2), color:\"white\"}}>\n        <ListHeading\n          title={t(\"title\")}\n          caret={\"NONE\"}\n          variant={\"PRIMARY\"}\n        />\n      </Box>\n      <List\n        type={\"TEXT\"}\n        title={t(\"contact\")}\n        items={createItemBorder(brandItems)}\n      />\n    </Box>\n  )\n}\n\nexport default observer(Manufacturer)\n","import * as React from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, Typography, useTheme } from \"@mui/material\"\nimport { useEffect } from \"react\"\nimport { useTecDocStore } from \"api/services/TecDoc\"\nimport List from \"../../../components/List/List\"\nimport { useMemo } from \"react\"\nimport { ListImageItemTypes, ListTextItemTypes } from \"../../../components/List\"\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport en from \"../Documents/locales/en.json\"\nimport ListHeading from \"../../../components/List/components/ListHeading\"\n\nexport const namespace = __filename\n\nconst Documents: React.FC = () => {\n  const tecDocStore = useTecDocStore()\n  let { articleDocuments, dynamicIpAdded } = tecDocStore\n\n  const theme = useTheme()\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  const getClientIp = async (): Promise<string> =>\n    fetch(\n      \"https://geolocation-db.com/json/d802faa0-10bd-11ec-b2fe-47a0872c6708\"\n    )\n      .then((response) => {\n        return response.json()\n      })\n      .then((res) => {\n        return res.IPv4\n      })\n      .catch((err: any) => console.error(\"Problem fetching my IP\", err))\n\n  useEffect(() => {\n    if (!dynamicIpAdded) {\n      getClientIp().then((ip) => {\n        tecDocStore\n          .addPublicIP(ip)\n          .catch((err) => console.log(\"Error fetching articles\", err))\n      })\n    }\n  }, [dynamicIpAdded, tecDocStore])\n\n  const brandItems = useMemo(() => {\n    let tempDocumentDetails: ListImageItemTypes[] = []\n   \n    // articleDocuments = JSON.parse(JSON.stringify(articleDocuments))\n    console.log({articleDocuments})\n    if (articleDocuments && dynamicIpAdded) {\n      tempDocumentDetails = articleDocuments.map((item) => {\n        console.log({item})\n        return {\n          key: item.docId,\n          subItems: [\n            {\n              content: `https://webservice.tecalliance.services/pegasus-3-0/documents/22148/${item.docId}/0`,\n              docType: item.docFileTypeName,\n              docTypeName: item.docTypeName\n            },\n          ],\n        }\n      })\n    }\n    console.log({tempDocumentDetails})\n    return tempDocumentDetails\n  }, [articleDocuments, dynamicIpAdded])\n\n  return (\n    <Box>\n      <Box sx={{ paddingBlock: theme.spacing(2) }}>\n        <ListHeading title={t(\"title\")} caret={\"NONE\"} variant={\"PRIMARY\"} />\n      </Box>\n      \n      {articleDocuments && articleDocuments.length > 0 ? (\n        <List type={\"IMAGE\"} title={t(\"images\")} items={brandItems} />\n      ) : (\n        <Typography variant=\"body1\">{t(\"noData\")}</Typography>\n      )}\n    </Box>\n  )\n}\n\nexport default observer(Documents)\n","import * as React from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, useTheme } from \"@mui/material\"\nimport { useTecDocStore } from \"api/services/TecDoc\"\nimport List from \"../../../components/List/List\"\nimport { useMemo } from \"react\"\nimport { ListTextItemTypes } from \"../../../components/List\"\nimport { createItemBorder, groupListByValue } from \"../../../util\"\nimport ListHeading from \"../../../components/List/components/ListHeading\"\nimport useScopedTranslation from \"../../../../../hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\n\nexport const namespace = __filename\n\nconst OE: React.FC = () => {\n  const tecDocStore = useTecDocStore()\n  const { oeNumber } = tecDocStore\n  const theme = useTheme()\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  const oeLinkages = useMemo(() => {\n    let tempOeLinkages: ListTextItemTypes[] = []\n    if (oeNumber) {\n      tempOeLinkages = oeNumber.map((item) => {\n        return {\n          brand: item.brandName,\n          key: item.oeNumber,\n          subItems: [\n            {\n              label: item.oeNumber,\n              content: \"\",\n            },\n          ],\n        }\n      })\n    }\n\n    return Object.entries(groupListByValue(tempOeLinkages, \"brand\")).map(\n      (item) => {\n        return (\n          <List\n            type={\"TEXT\"}\n            key={item[0]}\n            title={item[0]}\n            items={createItemBorder(item[1])}\n          />\n        )\n      }\n    )\n  }, [oeNumber])\n\n  return (\n    <Box>\n      <Box sx={{ paddingBlock: theme.spacing(2), color:\"white\"}}>\n        <ListHeading title={t(\"oe\")} caret={\"NONE\"} variant={\"PRIMARY\"} />\n      </Box>\n      <Box>{oeLinkages}</Box>\n    </Box>\n  )\n}\n\nexport default observer(OE)\n","import * as React from \"react\"\nimport { observer } from \"mobx-react\"\n\nimport { Box, CircularProgress, Typography } from \"@mui/material\"\n\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport List, { ListTextItemTypes } from \"../../../components/List\"\nimport { useTecDocStore } from \"../../../../../api/services/TecDoc\"\nimport { useEffect, useMemo, useState } from \"react\"\n\nimport { createItemBorder, getDate, groupListByValue } from \"../../../util\"\nimport { calculateDateRange } from \"../../util\"\nimport { VehicleSelectionProps } from \"./types\"\nimport i18next from \"i18next\"\nimport { isAte } from \"utils/Global\"\nexport const namespace = __filename\n\nconst VehicleSelection: React.FC<VehicleSelectionProps> = (props) => {\n  const lang = i18next.language\n  const countryCatalogue = localStorage.getItem(\"countryCatalogueCode\") || \"de\"\n\n  const { step, handleStep } = props\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n  const tecDocStore = useTecDocStore()\n  const {\n    vehicleList,\n    vehicleDetailsList,\n    articleList,\n    loadingVehicleList,\n    loadingVehicleDetailsList,\n    loadingArticleList,\n  } = tecDocStore\n\n  const [manufacturer, setManufacturer] = useState(\"\")\n  const [model, setModel] = useState(\"\")\n  const [typeKey, setTypeKey] = useState(\"\")\n\n  const vehicleListByManu = useMemo(() => {\n    let tempArticleAttributes: ListTextItemTypes[] = []\n    if (vehicleDetailsList) {\n      tempArticleAttributes = Object.entries(vehicleDetailsList).map((item) => {\n        return {\n          key: String(item[1]?.vehicleDetails.carId),\n          brand: item[1]?.vehicleDetails.manuName,\n          modelName: item[1]?.vehicleDetails.modelName,\n          yearFrom: item[1]?.vehicleDetails.yearOfConstrFrom,\n          yearTo: item[1]?.vehicleDetails.yearOfConstrTo,\n          subItems: [\n            {\n              label: String(\n                `${item[1]?.vehicleDetails.modelName} ${item[1]?.vehicleDetails.typeName}`\n              ),\n              hasBoldLabel: true,\n            },\n            {\n              label: `${t(\"motorCodes\")}:`,\n              content: item[1]?.motorCodes?.array\n                .map((item) => item.motorCode)\n                .toString(),\n            },\n            {\n              label: `${t(\"yearOfConstruction\")}:`,\n              content: getDate(\n                item[1]?.vehicleDetails.yearOfConstrFrom,\n                item[1]?.vehicleDetails.yearOfConstrTo\n              ),\n            },\n            {\n              label: `${t(\"power\")}:`,\n              content: `${item[1]?.vehicleDetails.powerHpTo} ${t(\"units.hp\")}/${\n                item[1]?.vehicleDetails.powerKwTo\n              } ${t(\"units.kw\")}`,\n            },\n            {\n              label: `${t(\"cylinderCapacity\")}:`,\n              content: `${item[1]?.vehicleDetails.ccmTech} ${t(\"units.ccm\")}`,\n            },\n          ],\n        }\n      })\n    }\n    const tempListByBrand = Object.entries(\n      groupListByValue(tempArticleAttributes, \"brand\")\n    ) //.filter((item) => [\"articleName\", \"articleSearchNo\", \"articleNo\",].includes(item.label))\n    const tempListByModelAndBrand = tempListByBrand.map((item) => {\n      return {\n        brand: item[0],\n        modelsList: groupListByValue(item[1], \"modelName\"),\n      }\n    })\n    return tempListByModelAndBrand //.filter((item) => [\"articleName\", \"articleSearchNo\", \"articleNo\",].includes(item.label))\n  }, [vehicleDetailsList, t])\n\n  const manufacturerList = useMemo(() => {\n    return (\n      <List\n        type={\"LINK\"}\n        key={\"manufacturer\"}\n        title={\"Select Manufacturer\"}\n        items={createItemBorder(\n          vehicleListByManu.map((item) => {\n            return {\n              key: String(item.brand),\n              brand: item.brand,\n              subItems: [\n                {\n                  label: String(item.brand),\n                  hasBoldLabel: true,\n                },\n              ],\n              onClick: () => {\n                setManufacturer(item.brand)\n                handleStep(1)\n              },\n            }\n          })\n        )}\n      />\n    )\n  }, [vehicleListByManu, handleStep])\n\n  const modelList = useMemo(() => {\n    if (vehicleListByManu) {\n      const manuIndex = vehicleListByManu.findIndex(\n        (p) => p.brand === manufacturer\n      )\n\n      return manuIndex >= 0 ? (\n        <List\n          type={\"LINK\"}\n          key={\"model\"}\n          title={\"Select model\"}\n          items={createItemBorder(\n            Object.entries(vehicleListByManu[manuIndex].modelsList).map(\n              (item) => {\n                return {\n                  key: String(item[0]),\n                  subItems: [\n                    {\n                      label: String(`${manufacturer} ${item[0]}`),\n                      hasBoldLabel: true,\n                    },\n                    {\n                      label: String(calculateDateRange(item[1])),\n                      hasBoldLabel: false,\n                    },\n                  ],\n                  onClick: () => {\n                    setModel(item[0])\n                    handleStep(1)\n                  },\n                }\n              }\n            )\n          )}\n        />\n      ) : (\n        <></>\n      )\n    }\n  }, [vehicleListByManu, handleStep, manufacturer])\n\n  const typeList = useMemo(() => {\n    if (vehicleListByManu && step > 1) {\n      console.log(model)\n\n      const manuIndex = vehicleListByManu.findIndex(\n        (p) => p.brand === manufacturer\n      )\n\n      // const tempTypeList = vehicleListByManu[0].modelsList[model]\n\n      return manuIndex >= 0 ? (\n        <List\n          type={\"LINK\"}\n          key={\"model\"}\n          title={\"Select model\"}\n          items={\n            manuIndex >= 0\n              ? createItemBorder(\n                  vehicleListByManu[manuIndex].modelsList[model].map((item) => {\n                    return {\n                      key: item.key,\n                      subItems: item.subItems,\n                      onClick: () => {\n                        setTypeKey(item.key)\n                        handleStep(1)\n                      },\n                    }\n                  })\n                )\n              : []\n          }\n        />\n      ) : (\n        <></>\n      )\n    }\n  }, [vehicleListByManu, manufacturer, model, step, handleStep])\n/*\n  const manualList = useMemo(() => {\n    return (\n      <List\n        type={\"LINK\"}\n        key={\"manufacturer\"}\n        title={\"Select Manufacturer\"}\n        items={createItemBorder(\n          vehicleListByManu.map((item) => {\n            return {\n              key: String(item.brand),\n              brand: item.brand,\n              subItems: [\n                {\n                  label: String(item.brand),\n                  hasBoldLabel: true,\n                },\n              ],\n              onClick: () => {\n                setManufacturer(item.brand)\n                handleStep(1)\n              },\n            }\n          })\n        )}\n      />\n    )\n  }, [vehicleListByManu, handleStep])\n*/\n  useEffect(() => {\n    tecDocStore\n      .fetchArticle(countryCatalogue, lang, 6, \"4014486413878\") // 4019064364931\n      .catch((err) => console.log(\"Error fetching articles\", err))\n  }, [tecDocStore])\n\n  useEffect(() => {\n    if (articleList?.articleId) {\n      tecDocStore\n        .fetchVehicleList(countryCatalogue, lang, articleList.articleId)\n        .catch((err) => console.log(\"Error fetching vehicles\", err))\n    }\n  }, [tecDocStore, articleList])\n\n  useEffect(() => {\n    if (vehicleList) {\n      const vehicleIds = vehicleList.map((item) => item.linkingTargetId)\n\n      tecDocStore\n        .fetchVehicleDetailList(countryCatalogue, lang, vehicleIds)\n        .catch((err) => console.log(\"Error fetching vehicle details\", err))\n    }\n  }, [tecDocStore, vehicleList])\n\n  return (\n    <Box>\n      {loadingArticleList || loadingVehicleList || loadingVehicleDetailsList ? (\n        <Box\n          display=\"flex\"\n          justifyContent=\"center\"\n          alignItems=\"center\"\n          minHeight=\"10vh\"\n          sx={{ flexDirection: \"column\" }}\n        >\n          <CircularProgress color={\"primary\"} size=\"5vh\" />\n        </Box>\n      ) : (\n        <Box>\n          <Typography sx={{ paddingY: 1 }} variant={\"h5\"} >\n            {vehicleDetailsList?.length} {t(\"linkedVehicles\")}\n          </Typography>\n          {(step === 0 && <Box>{manufacturerList}</Box>) ||\n            (step === 1 && <Box>{modelList}</Box>) ||\n            (step === 2 && <Box>{typeList}</Box>)}\n        </Box>\n      )}\n    </Box>\n  )\n}\n\nexport default observer(VehicleSelection)\n","import {getDate} from \"../util\";\n\nexport const calculateDateRange = (list: any[]) =>{\n  let minFrom = 999999\n  let maxTo = 0\n  list.forEach((item) => {\n    if (item?.yearFrom < minFrom) minFrom = item?.yearFrom\n    if (item?.yearTo > maxTo) maxTo = item?.yearTo\n  })\n  return getDate(minFrom, maxTo)\n}","import React from \"react\"\nimport { Box, Container, Typography, useTheme } from \"@mui/material\"\nimport ResponsiveBackground from \"components/ResponsiveBackground\"\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport Link from \"components/Link\"\n\nexport const namespace = __filename\n\nconst CounterfeitReport = () => {\n  const theme = useTheme()\n  const { t, i18n } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  const links = {\n    en: \"https://www.continental-aftermarket.com/en-en/contact-authenticity-check-and-vehicle-use\",\n    de: \"https://www.continental-aftermarket.com/de-de/kontakt-originalitaetspruefung-und-fahrzeugverwendung\",\n    fr: \"https://www.continental-aftermarket.com/fr-fr/contacter-le-controle-doriginalite-et-lutilisation-du-vehicule\",\n    es: \"https://www.continental-aftermarket.com/es-es/contacto-control-de-originalidad-y-uso-del-vehiculo\",\n    it: \"https://www.continental-aftermarket.com/it-it/contatto-controllo-originalita-e-utilizzo-veicolo\",\n  }\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Container\n        sx={{ display: \"flex\", flexDirection: \"column\", height: \"100%\" }}\n      >\n        <Box style={{ marginRight: 10 }}>\n          <Typography fontWeight={theme.tokens.fonts_Conti.fontWeight_heavy}>\n            {t(\"contactEmail\")}\n          </Typography>\n          <Link\n            variant={\"body1\"}\n            text={t(\"reportLink\")}\n            path={i18n.language in links ? links[i18n.language] : links[\"en\"]}\n            style={{\n              color: theme.palette.primary.main,\n              fontWeight: \"bold\",\n              marginTop: 5,\n              fontSize: \"16px\",\n            }}\n          />\n        </Box>\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default CounterfeitReport\n","import {\n  Box,\n  Button,\n  Container,\n  FormControl,\n  Typography,\n  useTheme,\n} from \"@mui/material\"\nimport React, { useEffect, useState } from \"react\"\nimport { generatePath, useHistory } from \"react-router-dom\"\nimport Dialog from \"../../../components/Dialog\"\nimport ResponsiveBackground from \"../../../components/ResponsiveBackground\"\n\nimport ArrowForwardIosIcon from \"@mui/icons-material/ArrowForwardIos\"\nimport InfoOutlinedIcon from \"@mui/icons-material/InfoOutlined\"\nimport ContiSpecificButton from \"components/ContiSpecificButton\"\nimport Html5QrcodePlugin from \"components/Html5-qrcode/Html5qrcodePlugin\"\nimport { EanScannerIos } from \"ean-scanner-ios\"\nimport \"ean-scanner-ios/dist/index.css\"\nimport useScopedTranslation from \"../../../hooks/useScopedTranslation\"\nimport en from \"./locales/en.json\"\nimport { StyledTextField } from \"./styles\"\n\nimport { ateEanCode, contiEanCode, isAte, isConti } from \"utils/Global\"\nimport { default as general_eancode_image } from \"../../../assets/images/general_eancode.png\"\n\nexport const namespace = __filename\n\nconst SecondScan = () => {\n  const theme = useTheme()\n  const history = useHistory()\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  const isMobile = window.innerWidth < theme.tokens.breakpoints.breakpointTablet\n\n  const [data, setData] = useState(\"\")\n  const [scan, setScan] = useState(false)\n  const [show, setShow] = useState(false)\n  const [error, setError] = useState(\"\")\n  const [eanCodeImg, setEanCodeImg] = React.useState(general_eancode_image)\n  const [showInfo, setShowInfo] = useState(false)\n  const [showTextField, setShowTextField] = useState(!isMobile ? true : null)\n  const [showPlaceholder, setShowPlaceholder] = useState(true)\n\n  //start quagga\n  const [decodedText, setDecodedText] = useState(\"\" as string)\n  const [scanList, setScanList] = useState([])\n\n  const redirectLocation = (gtin) => {\n    console.log(gtin)\n    setError(\"\")\n    history.replace({\n      pathname: \"/scan\",\n      search: \"ean=\" + gtin,\n    })\n    history.push({\n      pathname: generatePath(\"/tecdoc\"),\n      state: {\n        gtin: gtin,\n      },\n    })\n  }\n\n  useEffect(() => {\n    if (history.location.search) {\n      const parameters = new URLSearchParams(history.location.search)\n      const ean = parameters.get(\"ean\")\n      if (ean && ean.length > 3) {\n        setShowTextField(true)\n        setDecodedText(parameters.get(\"ean\"))\n        history.replace({\n          pathname: \"/scan\",\n          search: \"\",\n        })\n      }\n    }\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, [])\n\n  const handleKeyDown = (event) => {\n    if (event.key === \"Enter\") {\n      eanCheck(decodedText ? decodedText : data) && redirectLocation(data)\n    }\n  }\n\n  const onClickHandle = () => {\n    eanCheck(decodedText ? decodedText : data) && redirectLocation(data)\n  }\n\n  const eanCheck = (input) => {\n    if (!/^\\d{13}$/.test(input)) {\n      setError(t(\"eanIncorrectLength\"))\n      return false\n    } else {\n      setError(\"\")\n    }\n\n    // Calculate the check digit using the first 12 digits\n    let checkDigit = 0\n    for (let i = 0; i < 12; i += 2) {\n      checkDigit += Number(input[i])\n      checkDigit += Number(input[i + 1]) * 3\n    }\n    checkDigit = (10 - (checkDigit % 10)) % 10\n\n    const isCorrectDigit = checkDigit === Number(input[12])\n    !isCorrectDigit && setError(`${t(\"eanIncorrectCheck\")} ${checkDigit}`)\n    return isCorrectDigit\n  }\n\n  useEffect(() => {\n    if (isAte) {\n      setEanCodeImg(ateEanCode)\n    } else if (isConti) {\n      setEanCodeImg(contiEanCode)\n    } else {\n      setEanCodeImg(contiEanCode)\n    }\n  }, [])\n\n  const handleShowInfo = () => {\n    setShowInfo(!showInfo)\n  }\n\n  //initiate ios scanner\n\n  const getMostRepeated = (array) => {\n    if (array.length === 0) return null\n    let modeMap = {}\n    let maxEl = array[0]\n    let maxCount = 1\n    for (let i = 0; i < array.length; i++) {\n      let el = array[i]\n      if (modeMap[el] == null) modeMap[el] = 1\n      else modeMap[el]++\n      if (modeMap[el] > maxCount) {\n        maxEl = el\n        maxCount = modeMap[el]\n      }\n    }\n    return maxEl\n  }\n\n  //check operating system in order to render the functioning scanner\n  const getScannerByOperatingSystem = () => {\n    const userAgent = navigator.userAgent || navigator.vendor\n\n    if (/android/i.test(userAgent)) {\n      return (\n        <Html5QrcodePlugin\n          fps={10}\n          qrbox={250}\n          disableFlip={false}\n          qrCodeSuccessCallback={onNewScanResultAndroid}\n        />\n      )\n    }\n\n    if (/iPad|iPhone|iPod/.test(userAgent)) {\n      return (\n        <EanScannerIos\n          onResult={(rawScan) => {\n            if (\n              (scanList.length === 2 && scanList[0] === scanList[1]) ||\n              scanList.length > 3\n            ) {\n              const result = getMostRepeated(scanList)\n              localStorage.setItem(\"data\", result)\n              setDecodedText(result)\n              setScan(false)\n              setShowTextField(true)\n              redirectLocation(result)\n            } else {\n              if (eanCheck(rawScan)) {\n                setScanList([...scanList, rawScan])\n              }\n            }\n          }}\n        />\n      )\n    }\n\n    return \"Unknown\"\n  }\n\n  //result scanning android system\n  const onNewScanResultAndroid = (decodedTextNew, decodedResult) => {\n    if (decodedTextNew) {\n      localStorage.setItem(\"data\", decodedTextNew)\n      setDecodedText(decodedTextNew)\n\n      setScan(false)\n      eanCheck(decodedTextNew ? decodedTextNew : data) &&\n        redirectLocation(decodedTextNew)\n      setShowTextField(true)\n    }\n  }\n  const handleShowTextField = () => {\n    setShowTextField(!showTextField)\n  }\n\n  const handleTextFieldChange = (e) => {\n    setDecodedText(e.target.value)\n    setData(e.target.value)\n    localStorage.setItem(\"data\", e.target.value)\n    eanCheck(e.target.value ? e.target.value : data)\n  }\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Container\n        sx={{ display: \"flex\", flexDirection: \"column\", height: \"100%\" }}\n      >\n        <Box\n          sx={{\n            display: \"flex\",\n            justifyContent: \"start\",\n            flexDirection: \"column\",\n            padding: \"0px 20px\",\n          }}\n        >\n          <Box>\n            <Box>\n              {window.innerWidth <\n                theme.tokens.breakpoints.breakpointTablet + 200 && (\n                <>\n                  {!isMobile && (\n                    <Typography sx={{ marginBottom: \"20px\" }} variant={\"body1\"}>\n                      {t(\"helpText\")}\n                    </Typography>\n                  )}\n                  <Box\n                    width={\n                      window.innerWidth <\n                      theme.tokens.breakpoints.breakpointTablet\n                        ? \"243px\"\n                        : \"100%\"\n                    }\n                    height={\n                      window.innerWidth <\n                      theme.tokens.breakpoints.breakpointTablet\n                        ? \"45px\"\n                        : null\n                    }\n                  >\n                    <ContiSpecificButton\n                      text={t(\"scanCode\")}\n                      onClick={() => setScan(true)}\n                      isBarcode={true}\n                    ></ContiSpecificButton>\n                  </Box>\n                  <Box\n                    marginTop={\"20px\"}\n                    marginRight={\"0px\"}\n                    marginBottom={\"5px\"}\n                    marginLeft={isMobile ? \"3px\" : \"0px\"}\n                    // margin={\"20px 0px 5px 0px\"}\n                    alignItems={\"end\"}\n                    display={\"flex\"}\n                  >\n                    <Button\n                      onClick={handleShowTextField}\n                      style={{\n                        color: \"#000\",\n                        padding: \"2px\",\n                        textTransform: \"none\",\n                      }}\n                    >\n                      <Typography>{t(\"manualEntry\")}</Typography>\n                      <ArrowForwardIosIcon style={{ fontSize: \"15px\" }} />\n                    </Button>\n                  </Box>\n                </>\n              )}\n\n              <Box sx={{ display: !showTextField ? \"none\" : null }}>\n                {window.innerWidth >\n                  theme.tokens.breakpoints.breakpointTablet && (\n                  <Typography\n                    sx={{ marginBottom: \"15px\", marginTop: \"10px\" }}\n                    variant={\"body1\"}\n                  >\n                    {t(\"helpTextTablet\")}\n                  </Typography>\n                )}\n                <FormControl fullWidth>\n                  <Box\n                    sx={{\n                      display: \"flex\",\n                      flexDirection: \"row\",\n                      flexFlow:\n                        window.innerWidth <\n                        theme.tokens.breakpoints.breakpointTablet\n                          ? \"row wrap\"\n                          : null,\n                      alignItems: \"center\",\n                    }}\n                  >\n                    <StyledTextField\n                      fullWidth={\n                        window.innerWidth >\n                        theme.tokens.breakpoints.breakpointTablet\n                      }\n                      id=\"outlined-basic\"\n                      variant=\"outlined\"\n                      placeholder={showPlaceholder ? \"4 006633 444729\" : \"\"}\n                      onChange={handleTextFieldChange}\n                      value={decodedText}\n                      type={\"text\"}\n                      onKeyDown={handleKeyDown}\n                      InputLabelProps={{ shrink: false }}\n                      inputProps={{ min: 0, style: { textAlign: \"center\" } }}\n                      InputProps={{\n                        style: {\n                          borderRadius: \"30px\",\n                          marginTop: \"15px\",\n                          textAlign: \"center\",\n                          fontFamily: \"inter\",\n                          fontSize: \"18px\",\n                          lineHeight: \"26px\",\n                          letterSpacing: \"3px\",\n                          width: \"100%\",\n                          height:\n                            window.innerWidth <\n                            theme.tokens.breakpoints.breakpointTablet\n                              ? \"32px\"\n                              : undefined,\n                          padding: null,\n                          backgroundColor: \"#ffff\",\n                        },\n                      }}\n                      style={{ minWidth: \"200px\" }}\n                      onFocus={() => setShowPlaceholder(false)}\n                      onBlur={() => setShowPlaceholder(true)}\n                    />\n                    <Box sx={{ marginLeft: \"15px\", marginTop: \"10px\" }}>\n                      <ContiSpecificButton\n                        onClick={onClickHandle}\n                        isForwardIcon={true}\n                        width=\"30px\"\n                        isFlexFlow={true}\n                      ></ContiSpecificButton>\n                    </Box>\n                  </Box>\n                </FormControl>\n                <Typography\n                  sx={{ textAlign: \"left\" }}\n                  variant={\"body2\"}\n                  color={theme.palette.error.main}\n                >\n                  {error}\n                </Typography>\n              </Box>\n            </Box>\n\n            <Box />\n          </Box>\n          <Box sx={{ padding: \"30px 0px\", paddingLeft: \"0px\" }}>\n            <Box\n              sx={{\n                display: \"flex\",\n                flexDirection: \"row\",\n              }}\n            >\n              <InfoOutlinedIcon onClick={handleShowInfo} />\n\n              <Typography\n                sx={{\n                  fontSize: \"16px\",\n                  fontWeight: \"500\",\n                  lineHeight: \"24px\",\n                  marginLeft: \"5px\",\n                }}\n              >\n                {t(\"EANCodeInfo\")}\n              </Typography>\n            </Box>\n            <Box sx={{ paddingTop: \"10px\", paddingLeft: \"10px\" }}>\n              <Typography\n                sx={{\n                  marginBottom: \"20px\",\n                  display: !showInfo ? \"none\" : null,\n                }}\n              >\n                {t(\"EANCodeInfoProduct\")}\n              </Typography>\n              {showInfo ? (\n                <img\n                  src={eanCodeImg}\n                  width=\"70%\"\n                  height={\"70%\"}\n                  alt=\"\"\n                  style={{\n                    display: \"flex\",\n                    justifyContent: \"center\",\n                    margin: \"0 auto\",\n                    padding: \"10px 0px\",\n                    maxWidth: \"400px\",\n                  }}\n                ></img>\n              ) : // <Image size={\"100%\"} image={eanCodeImg} />\n              null}\n            </Box>\n          </Box>\n\n          <Dialog\n            open={scan || show}\n            onClose={() => {\n              setShow(false)\n              setScan(false)\n              // localStorage.removeItem(\"data\")\n            }}\n            closeStyle={{\n              color: theme.palette.text.primary,\n              label: t(\"close\"),\n            }}\n            confirmStyle={{\n              color: theme.palette.primary.main,\n              label: t(\"confirm\"),\n            }}\n            // onAbort={() => localStorage.removeItem(\"data\")}\n            onAccept={\n              show\n                ? () => {\n                    // localStorage.removeItem(\"data\")\n                    redirectLocation(data)\n                  }\n                : null\n            }\n            title={show ? t(\"codeScanned\") : t(\"scanCode\")}\n            text={\"\"}\n            content={scan && <>{getScannerByOperatingSystem()}</>}\n          />\n        </Box>\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default SecondScan\n","import {\n  Html5Qrcode,\n  Html5QrcodeScanType,\n  Html5QrcodeScannerState,\n  Html5QrcodeSupportedFormats,\n} from \"html5-qrcode\"\nimport { useEffect } from \"react\"\nimport \"./html5-qrcode.css\"\n\nconst qrcodeRegionId = \"reader\"\n\n// Creates the configuration object for Html5QrcodeScanner.\nconst createConfig = (props) => {\n  let config = {\n    fps: 15,\n    qrbox: {\n      width: 400,\n      height: 300,\n    },\n    aspectRatio: undefined,\n    disableFlip: undefined,\n    // focusMode: \"continuous\",\n    defaultZoomValueIfSupported: 1.7,\n    showZoomSliderIfSupported: true,\n    rememberLastUsedCamera: true,\n    experimentalFeatures: {\n      useBarCodeDetectorIfSupported: true,\n    },\n    // willReadFrequently: true,\n    supportedScanTypes: [\n      // Html5QrcodeScanType.SCAN_TYPE_FILE,\n      Html5QrcodeScanType.SCAN_TYPE_CAMERA,\n    ],\n    formatsToSupport: [Html5QrcodeSupportedFormats.EAN_13],\n    // videoConstraints: { facingMode: { exact: \"environment\" }, deviceId: cameraId },\n  }\n  if (props.fps) {\n    config.fps = props.fps\n  }\n  if (props.qrbox) {\n    config.qrbox = props.qrbox\n  }\n  if (props.aspectRatio) {\n    config.aspectRatio = props.aspectRatio\n  }\n  if (props.disableFlip !== undefined) {\n    config.disableFlip = props.disableFlip\n  }\n  return config\n}\n\n// const Html5QrcodePlugin = (props) => {\n//   let cameraId = null\n//   useEffect(() => {\n//     // when component mounts\n\n//     const verbose = props.verbose === true\n//     // Suceess callback is required.\n//     if (!props.qrCodeSuccessCallback) {\n//       throw \"qrCodeSuccessCallback is required callback.\"\n//     }\n\n//     let html5QrcodeScanner = null\n//     // const html5QrCode = new Html5Qrcode(\"reader\");\n//     Html5Qrcode.getCameras().then((devices) => {\n//       if (devices && devices.length) {\n//         if (devices.length === 1) {\n//           cameraId = devices[0].id\n//         } else {\n//           //check first for 2_0 camera as this is usally the default back one\n//           for (const device of devices) {\n//             const cameraLabel = device.label\n//             if (\n//               cameraLabel &&\n//               (cameraLabel.toLowerCase().includes(\"2 0\") ||\n//                 cameraLabel.toLowerCase().includes(\"2.0\") ||\n//                 (cameraLabel.toLowerCase().includes(\"back\") &&\n//                   (cameraLabel.toLowerCase().includes(\"2 2\") ||\n//                     cameraLabel.toLowerCase().includes(\"2.2\"))))\n//             ) {\n//               cameraId = device.id\n//             }\n//           }\n//           //if none is found take the first back one\n//           if (cameraId == null) {\n//             for (const device of devices) {\n//               const cameraLabel = device.label\n//               if (cameraLabel && cameraLabel.toLowerCase().includes(\"back\")) {\n//                 cameraId = device.id\n//               }\n//             }\n//           }\n//         }\n//       }\n//     })\n\n//     //   // html5QrCode.start(cameraId, config, props.qrCodeSuccessCallback, props.qrCodeErrorCallback)\n//     // })\n\n//     const config = createConfig(props, cameraId)\n//     html5QrcodeScanner = new Html5QrcodeScanner(qrcodeRegionId, config, verbose)\n\n//     html5QrcodeScanner.render(\n//       props.qrCodeSuccessCallback,\n//       props.qrCodeErrorCallback\n//     )\n\n//     setTimeout(function () {\n//       html5QrcodeScanner.applyVideoConstraints({\n//         focusMode: \"continuous\",\n//         deviceId: cameraId,\n//         // autoGainControl: true,\n//         advanced: [{ zoom: 1.5 }],\n//         facingMode: { exact: \"environment\" },\n//       })\n//     }, 2000)\n\n//     // cleanup function when component will unmount\n//     return () => {\n//       html5QrcodeScanner.clear().catch((error) => {\n//         console.error(\"Failed to clear html5QrcodeScanner. \", error)\n//       })\n//     }\n//   }, [])\n\n//   return <div id={qrcodeRegionId} />\n// }\n\nconst Html5QrcodePlugin = (props) => {\n  useEffect(() => {\n    if (!props.qrCodeSuccessCallback) {\n      throw new Error(\"qrCodeSuccessCallback is required callback.\")\n    }\n\n    const config = createConfig(props)\n\n    const html5QrCode = new Html5Qrcode(qrcodeRegionId)\n    Html5Qrcode.getCameras().then((devices) => {\n      if (devices && devices.length) {\n        let cameraId = devices[0].id // Default to the first camera if specific criteria are not met\n        // Implement your logic to choose a cameraId based on your criteria\n        // For example, choosing the first back camera\n        if (devices.length === 1) {\n          cameraId = devices[0].id\n        } else {\n          //check first for 2_0 camera as this is usally the default back one\n          for (const device of devices) {\n            const cameraLabel = device.label\n            if (\n              cameraLabel && cameraLabel.toLowerCase().includes(\"back\") &&\n              (cameraLabel.toLowerCase().includes(\"2 0\") ||\n                cameraLabel.toLowerCase().includes(\"2.0\") //||\n                // cameraLabel.toLowerCase().includes(\"2 2\") ||\n                // cameraLabel.toLowerCase().includes(\"2.2\")\n                )\n            ) {\n              cameraId = device.id\n            }\n          }\n          //if none is found take the first back one\n          if (cameraId == null) {\n            for (const device of devices) {\n              const cameraLabel = device.label\n              if (cameraLabel && cameraLabel.toLowerCase().includes(\"back\")) {\n                cameraId = device.id\n              }\n            }\n          }\n        }\n\n        html5QrCode\n          .start(\n            cameraId,\n            config,\n            props.qrCodeSuccessCallback,\n            props.qrCodeErrorCallback\n          )\n          .catch((err) => {\n            console.error(`Unable to start camera with ID ${cameraId}`, err)\n          })\n\n        let videoConfig = {\n          focusMode: \"continuous\",\n          // autoGainControl: true,\n          advanced: [{ zoom: 1.7 }],\n          // facingMode: { exact: \"environment\" },\n        }\n        startTimer(html5QrCode, videoConfig)\n      }\n    })\n\n    return () => {\n      if (html5QrCode.getState() === Html5QrcodeScannerState.SCANNING) {\n        html5QrCode.stop().catch((error) => {\n          console.error(\"Failed to stop html5QrCode. \", error)\n        })\n      }\n    }\n  }, [props])\n\n  return <div id={qrcodeRegionId} style={{ width: 300, height: 400 }} />\n}\n\nconst startTimer = (html5QrCode, videoConfig) => {\n  setTimeout(function () {\n    if (html5QrCode.getState() === Html5QrcodeScannerState.SCANNING) {\n      html5QrCode.applyVideoConstraints(videoConfig)\n    } else {\n      startTimer(html5QrCode, videoConfig)\n    }\n  }, 2000)\n}\n\nexport default Html5QrcodePlugin\n","// A type of promise-like that resolves synchronously and supports only one observer\nexport const _Pact = /*#__PURE__*/(function() {\n\tfunction _Pact() {}\n\t_Pact.prototype.then = function(onFulfilled, onRejected) {\n\t\tconst result = new _Pact();\n\t\tconst state = this.s;\n\t\tif (state) {\n\t\t\tconst callback = state & 1 ? onFulfilled : onRejected;\n\t\t\tif (callback) {\n\t\t\t\ttry {\n\t\t\t\t\t_settle(result, 1, callback(this.v));\n\t\t\t\t} catch (e) {\n\t\t\t\t\t_settle(result, 2, e);\n\t\t\t\t}\n\t\t\t\treturn result;\n\t\t\t} else {\n\t\t\t\treturn this;\n\t\t\t}\n\t\t}\n\t\tthis.o = function(_this) {\n\t\t\ttry {\n\t\t\t\tconst value = _this.v;\n\t\t\t\tif (_this.s & 1) {\n\t\t\t\t\t_settle(result, 1, onFulfilled ? onFulfilled(value) : value);\n\t\t\t\t} else if (onRejected) {\n\t\t\t\t\t_settle(result, 1, onRejected(value));\n\t\t\t\t} else {\n\t\t\t\t\t_settle(result, 2, value);\n\t\t\t\t}\n\t\t\t} catch (e) {\n\t\t\t\t_settle(result, 2, e);\n\t\t\t}\n\t\t};\n\t\treturn result;\n\t}\n\treturn _Pact;\n})();\n\n// Settles a pact synchronously\nexport function _settle(pact, state, value) {\n\tif (!pact.s) {\n\t\tif (value instanceof _Pact) {\n\t\t\tif (value.s) {\n\t\t\t\tif (state & 1) {\n\t\t\t\t\tstate = value.s;\n\t\t\t\t}\n\t\t\t\tvalue = value.v;\n\t\t\t} else {\n\t\t\t\tvalue.o = _settle.bind(null, pact, state);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\tif (value && value.then) {\n\t\t\tvalue.then(_settle.bind(null, pact, state), _settle.bind(null, pact, 2));\n\t\t\treturn;\n\t\t}\n\t\tpact.s = state;\n\t\tpact.v = value;\n\t\tconst observer = pact.o;\n\t\tif (observer) {\n\t\t\tobserver(pact);\n\t\t}\n\t}\n}\n\nexport function _isSettledPact(thenable) {\n\treturn thenable instanceof _Pact && thenable.s & 1;\n}\n\n// Converts argument to a function that always returns a Promise\nexport function _async(f) {\n\treturn function() {\n\t\tfor (var args = [], i = 0; i < arguments.length; i++) {\n\t\t\targs[i] = arguments[i];\n\t\t}\n\t\ttry {\n\t\t\treturn Promise.resolve(f.apply(this, args));\n\t\t} catch(e) {\n\t\t\treturn Promise.reject(e);\n\t\t}\n\t}\n}\n\n// Awaits on a value that may or may not be a Promise (equivalent to the await keyword in ES2015, with continuations passed explicitly)\nexport function _await(value, then, direct) {\n\tif (direct) {\n\t\treturn then ? then(value) : value;\n\t}\n\tif (!value || !value.then) {\n\t\tvalue = Promise.resolve(value);\n\t}\n\treturn then ? value.then(then) : value;\n}\n\n// Awaits on a value that may or may not be a Promise, then ignores it\nexport function _awaitIgnored(value, direct) {\n\tif (!direct) {\n\t\treturn value && value.then ? value.then(_empty) : Promise.resolve();\n\t}\n}\n\n// Proceeds after a value has resolved, or proceeds immediately if the value is not thenable\nexport function _continue(value, then) {\n\treturn value && value.then ? value.then(then) : then(value);\n}\n\n// Proceeds after a value has resolved, or proceeds immediately if the value is not thenable\nexport function _continueIgnored(value) {\n\tif (value && value.then) {\n\t\treturn value.then(_empty);\n\t}\n}\n\n// Asynchronously iterate through an object that has a length property, passing the index as the first argument to the callback (even as the length property changes)\nexport function _forTo(array, body, check) {\n\tvar i = -1, pact, reject;\n\tfunction _cycle(result) {\n\t\ttry {\n\t\t\twhile (++i < array.length && (!check || !check())) {\n\t\t\t\tresult = body(i);\n\t\t\t\tif (result && result.then) {\n\t\t\t\t\tif (_isSettledPact(result)) {\n\t\t\t\t\t\tresult = result.v;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tresult.then(_cycle, reject || (reject = _settle.bind(null, pact = new _Pact(), 2)));\n\t\t\t\t\t\treturn;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t}\n\t\t\tif (pact) {\n\t\t\t\t_settle(pact, 1, result);\n\t\t\t} else {\n\t\t\t\tpact = result;\n\t\t\t}\n\t\t} catch (e) {\n\t\t\t_settle(pact || (pact = new _Pact()), 2, e);\n\t\t}\n\t}\n\t_cycle();\n\treturn pact;\n}\n\n// Asynchronously iterate through an object's properties (including properties inherited from the prototype)\n// Uses a snapshot of the object's properties\nexport function _forIn(target, body, check) {\n\tvar keys = [];\n\tfor (var key in target) {\n\t\tkeys.push(key);\n\t}\n\treturn _forTo(keys, function(i) { return body(keys[i]); }, check);\n}\n\n// Asynchronously iterate through an object's own properties (excluding properties inherited from the prototype)\n// Uses a snapshot of the object's properties\nexport function _forOwn(target, body, check) {\n\tvar keys = [];\n\tfor (var key in target) {\n\t\tif (Object.prototype.hasOwnProperty.call(target, key)) {\n\t\t\tkeys.push(key);\n\t\t}\n\t}\n\treturn _forTo(keys, function(i) { return body(keys[i]); }, check);\n}\n\nexport const _iteratorSymbol = /*#__PURE__*/ typeof Symbol !== \"undefined\" ? (Symbol.iterator || (Symbol.iterator = Symbol(\"Symbol.iterator\"))) : \"@@iterator\";\n\n// Asynchronously iterate through an object's values\n// Uses for...of if the runtime supports it, otherwise iterates until length on a copy\nexport function _forOf(target, body, check) {\n\tif (typeof target[_iteratorSymbol] === \"function\") {\n\t\tvar iterator = target[_iteratorSymbol](), step, pact, reject;\n\t\tfunction _cycle(result) {\n\t\t\ttry {\n\t\t\t\twhile (!(step = iterator.next()).done && (!check || !check())) {\n\t\t\t\t\tresult = body(step.value);\n\t\t\t\t\tif (result && result.then) {\n\t\t\t\t\t\tif (_isSettledPact(result)) {\n\t\t\t\t\t\t\tresult = result.v;\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tresult.then(_cycle, reject || (reject = _settle.bind(null, pact = new _Pact(), 2)));\n\t\t\t\t\t\t\treturn;\n\t\t\t\t\t\t}\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tif (pact) {\n\t\t\t\t\t_settle(pact, 1, result);\n\t\t\t\t} else {\n\t\t\t\t\tpact = result;\n\t\t\t\t}\n\t\t\t} catch (e) {\n\t\t\t\t_settle(pact || (pact = new _Pact()), 2, e);\n\t\t\t}\n\t\t}\n\t\t_cycle();\n\t\tif (iterator.return) {\n\t\t\tvar _fixup = function(value) {\n\t\t\t\ttry {\n\t\t\t\t\tif (!step.done) {\n\t\t\t\t\t\titerator.return();\n\t\t\t\t\t}\n\t\t\t\t} catch(e) {\n\t\t\t\t}\n\t\t\t\treturn value;\n\t\t\t}\n\t\t\tif (pact && pact.then) {\n\t\t\t\treturn pact.then(_fixup, function(e) {\n\t\t\t\t\tthrow _fixup(e);\n\t\t\t\t});\n\t\t\t}\n\t\t\t_fixup();\n\t\t}\n\t\treturn pact;\n\t}\n\t// No support for Symbol.iterator\n\tif (!(\"length\" in target)) {\n\t\tthrow new TypeError(\"Object is not iterable\");\n\t}\n\t// Handle live collections properly\n\tvar values = [];\n\tfor (var i = 0; i < target.length; i++) {\n\t\tvalues.push(target[i]);\n\t}\n\treturn _forTo(values, function(i) { return body(values[i]); }, check);\n}\n\nexport const _asyncIteratorSymbol = /*#__PURE__*/ typeof Symbol !== \"undefined\" ? (Symbol.asyncIterator || (Symbol.asyncIterator = Symbol(\"Symbol.asyncIterator\"))) : \"@@asyncIterator\";\n\n// Asynchronously iterate on a value using it's async iterator if present, or its synchronous iterator if missing\nexport function _forAwaitOf(target, body, check) {\n\tif (typeof target[_asyncIteratorSymbol] === \"function\") {\n\t\tvar pact = new _Pact();\n\t\tvar iterator = target[_asyncIteratorSymbol]();\n\t\titerator.next().then(_resumeAfterNext).then(void 0, _reject);\n\t\treturn pact;\n\t\tfunction _resumeAfterBody(result) {\n\t\t\tif (check && check()) {\n\t\t\t\treturn _settle(pact, 1, iterator.return ? iterator.return().then(function() { return result; }) : result);\n\t\t\t}\n\t\t\titerator.next().then(_resumeAfterNext).then(void 0, _reject);\n\t\t}\n\t\tfunction _resumeAfterNext(step) {\n\t\t\tif (step.done) {\n\t\t\t\t_settle(pact, 1);\n\t\t\t} else {\n\t\t\t\tPromise.resolve(body(step.value)).then(_resumeAfterBody).then(void 0, _reject);\n\t\t\t}\n\t\t}\n\t\tfunction _reject(error) {\n\t\t\t_settle(pact, 2, iterator.return ? iterator.return().then(function() { return error; }) : error);\n\t\t}\n\t}\n\treturn Promise.resolve(_forOf(target, function(value) { return Promise.resolve(value).then(body); }, check));\n}\n\n// Asynchronously implement a generic for loop\nexport function _for(test, update, body) {\n\tvar stage;\n\tfor (;;) {\n\t\tvar shouldContinue = test();\n\t\tif (_isSettledPact(shouldContinue)) {\n\t\t\tshouldContinue = shouldContinue.v;\n\t\t}\n\t\tif (!shouldContinue) {\n\t\t\treturn result;\n\t\t}\n\t\tif (shouldContinue.then) {\n\t\t\tstage = 0;\n\t\t\tbreak;\n\t\t}\n\t\tvar result = body();\n\t\tif (result && result.then) {\n\t\t\tif (_isSettledPact(result)) {\n\t\t\t\tresult = result.s;\n\t\t\t} else {\n\t\t\t\tstage = 1;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t\tif (update) {\n\t\t\tvar updateValue = update();\n\t\t\tif (updateValue && updateValue.then && !_isSettledPact(updateValue)) {\n\t\t\t\tstage = 2;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t}\n\tvar pact = new _Pact();\n\tvar reject = _settle.bind(null, pact, 2);\n\t(stage === 0 ? shouldContinue.then(_resumeAfterTest) : stage === 1 ? result.then(_resumeAfterBody) : updateValue.then(_resumeAfterUpdate)).then(void 0, reject);\n\treturn pact;\n\tfunction _resumeAfterBody(value) {\n\t\tresult = value;\n\t\tdo {\n\t\t\tif (update) {\n\t\t\t\tupdateValue = update();\n\t\t\t\tif (updateValue && updateValue.then && !_isSettledPact(updateValue)) {\n\t\t\t\t\tupdateValue.then(_resumeAfterUpdate).then(void 0, reject);\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t\tshouldContinue = test();\n\t\t\tif (!shouldContinue || (_isSettledPact(shouldContinue) && !shouldContinue.v)) {\n\t\t\t\t_settle(pact, 1, result);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tif (shouldContinue.then) {\n\t\t\t\tshouldContinue.then(_resumeAfterTest).then(void 0, reject);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tresult = body();\n\t\t\tif (_isSettledPact(result)) {\n\t\t\t\tresult = result.v;\n\t\t\t}\n\t\t} while (!result || !result.then);\n\t\tresult.then(_resumeAfterBody).then(void 0, reject);\n\t}\n\tfunction _resumeAfterTest(shouldContinue) {\n\t\tif (shouldContinue) {\n\t\t\tresult = body();\n\t\t\tif (result && result.then) {\n\t\t\t\tresult.then(_resumeAfterBody).then(void 0, reject);\n\t\t\t} else {\n\t\t\t\t_resumeAfterBody(result);\n\t\t\t}\n\t\t} else {\n\t\t\t_settle(pact, 1, result);\n\t\t}\n\t}\n\tfunction _resumeAfterUpdate() {\n\t\tif (shouldContinue = test()) {\n\t\t\tif (shouldContinue.then) {\n\t\t\t\tshouldContinue.then(_resumeAfterTest).then(void 0, reject);\n\t\t\t} else {\n\t\t\t\t_resumeAfterTest(shouldContinue);\n\t\t\t}\n\t\t} else {\n\t\t\t_settle(pact, 1, result);\n\t\t}\n\t}\n}\n\n// Asynchronously implement a do ... while loop\nexport function _do(body, test) {\n\tvar awaitBody;\n\tdo {\n\t\tvar result = body();\n\t\tif (result && result.then) {\n\t\t\tif (_isSettledPact(result)) {\n\t\t\t\tresult = result.v;\n\t\t\t} else {\n\t\t\t\tawaitBody = true;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t}\n\t\tvar shouldContinue = test();\n\t\tif (_isSettledPact(shouldContinue)) {\n\t\t\tshouldContinue = shouldContinue.v;\n\t\t}\n\t\tif (!shouldContinue) {\n\t\t\treturn result;\n\t\t}\n\t} while (!shouldContinue.then);\n\tconst pact = new _Pact();\n\tconst reject = _settle.bind(null, pact, 2);\n\t(awaitBody ? result.then(_resumeAfterBody) : shouldContinue.then(_resumeAfterTest)).then(void 0, reject);\n\treturn pact;\n\tfunction _resumeAfterBody(value) {\n\t\tresult = value;\n\t\tfor (;;) {\n\t\t\tshouldContinue = test();\n\t\t\tif (_isSettledPact(shouldContinue)) {\n\t\t\t\tshouldContinue = shouldContinue.v;\n\t\t\t}\n\t\t\tif (!shouldContinue) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif (shouldContinue.then) {\n\t\t\t\tshouldContinue.then(_resumeAfterTest).then(void 0, reject);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tresult = body();\n\t\t\tif (result && result.then) {\n\t\t\t\tif (_isSettledPact(result)) {\n\t\t\t\t\tresult = result.v;\n\t\t\t\t} else {\n\t\t\t\t\tresult.then(_resumeAfterBody).then(void 0, reject);\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t}\n\t\t_settle(pact, 1, result);\n\t}\n\tfunction _resumeAfterTest(shouldContinue) {\n\t\tif (shouldContinue) {\n\t\t\tdo {\n\t\t\t\tresult = body();\n\t\t\t\tif (result && result.then) {\n\t\t\t\t\tif (_isSettledPact(result)) {\n\t\t\t\t\t\tresult = result.v;\n\t\t\t\t\t} else {\n\t\t\t\t\t\tresult.then(_resumeAfterBody).then(void 0, reject);\n\t\t\t\t\t\treturn;\n\t\t\t\t\t}\n\t\t\t\t}\n\t\t\t\tshouldContinue = test();\n\t\t\t\tif (_isSettledPact(shouldContinue)) {\n\t\t\t\t\tshouldContinue = shouldContinue.v;\n\t\t\t\t}\n\t\t\t\tif (!shouldContinue) {\n\t\t\t\t\t_settle(pact, 1, result);\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} while (!shouldContinue.then);\n\t\t\tshouldContinue.then(_resumeAfterTest).then(void 0, reject);\n\t\t} else {\n\t\t\t_settle(pact, 1, result);\n\t\t}\n\t}\n}\n\n// Asynchronously implement a switch statement\nexport function _switch(discriminant, cases) {\n\tvar dispatchIndex = -1;\n\tvar awaitBody;\n\touter: {\n\t\tfor (var i = 0; i < cases.length; i++) {\n\t\t\tvar test = cases[i][0];\n\t\t\tif (test) {\n\t\t\t\tvar testValue = test();\n\t\t\t\tif (testValue && testValue.then) {\n\t\t\t\t\tbreak outer;\n\t\t\t\t}\n\t\t\t\tif (testValue === discriminant) {\n\t\t\t\t\tdispatchIndex = i;\n\t\t\t\t\tbreak;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Found the default case, set it as the pending dispatch case\n\t\t\t\tdispatchIndex = i;\n\t\t\t}\n\t\t}\n\t\tif (dispatchIndex !== -1) {\n\t\t\tdo {\n\t\t\t\tvar body = cases[dispatchIndex][1];\n\t\t\t\twhile (!body) {\n\t\t\t\t\tdispatchIndex++;\n\t\t\t\t\tbody = cases[dispatchIndex][1];\n\t\t\t\t}\n\t\t\t\tvar result = body();\n\t\t\t\tif (result && result.then) {\n\t\t\t\t\tawaitBody = true;\n\t\t\t\t\tbreak outer;\n\t\t\t\t}\n\t\t\t\tvar fallthroughCheck = cases[dispatchIndex][2];\n\t\t\t\tdispatchIndex++;\n\t\t\t} while (fallthroughCheck && !fallthroughCheck());\n\t\t\treturn result;\n\t\t}\n\t}\n\tconst pact = new _Pact();\n\tconst reject = _settle.bind(null, pact, 2);\n\t(awaitBody ? result.then(_resumeAfterBody) : testValue.then(_resumeAfterTest)).then(void 0, reject);\n\treturn pact;\n\tfunction _resumeAfterTest(value) {\n\t\tfor (;;) {\n\t\t\tif (value === discriminant) {\n\t\t\t\tdispatchIndex = i;\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tif (++i === cases.length) {\n\t\t\t\tif (dispatchIndex !== -1) {\n\t\t\t\t\tbreak;\n\t\t\t\t} else {\n\t\t\t\t\t_settle(pact, 1, result);\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t}\n\t\t\ttest = cases[i][0];\n\t\t\tif (test) {\n\t\t\t\tvalue = test();\n\t\t\t\tif (value && value.then) {\n\t\t\t\t\tvalue.then(_resumeAfterTest).then(void 0, reject);\n\t\t\t\t\treturn;\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\tdispatchIndex = i;\n\t\t\t}\n\t\t}\n\t\tdo {\n\t\t\tvar body = cases[dispatchIndex][1];\n\t\t\twhile (!body) {\n\t\t\t\tdispatchIndex++;\n\t\t\t\tbody = cases[dispatchIndex][1];\n\t\t\t}\n\t\t\tvar result = body();\n\t\t\tif (result && result.then) {\n\t\t\t\tresult.then(_resumeAfterBody).then(void 0, reject);\n\t\t\t\treturn;\n\t\t\t}\n\t\t\tvar fallthroughCheck = cases[dispatchIndex][2];\n\t\t\tdispatchIndex++;\n\t\t} while (fallthroughCheck && !fallthroughCheck());\n\t\t_settle(pact, 1, result);\n\t}\n\tfunction _resumeAfterBody(result) {\n\t\tfor (;;) {\n\t\t\tvar fallthroughCheck = cases[dispatchIndex][2];\n\t\t\tif (!fallthroughCheck || fallthroughCheck()) {\n\t\t\t\tbreak;\n\t\t\t}\n\t\t\tdispatchIndex++;\n\t\t\tvar body = cases[dispatchIndex][1];\n\t\t\twhile (!body) {\n\t\t\t\tdispatchIndex++;\n\t\t\t\tbody = cases[dispatchIndex][1];\n\t\t\t}\n\t\t\tresult = body();\n\t\t\tif (result && result.then) {\n\t\t\t\tresult.then(_resumeAfterBody).then(void 0, reject);\n\t\t\t\treturn;\n\t\t\t}\n\t\t}\n\t\t_settle(pact, 1, result);\n\t}\n}\n\n// Asynchronously call a function and pass the result to explicitly passed continuations\nexport function _call(body, then, direct) {\n\tif (direct) {\n\t\treturn then ? then(body()) : body();\n\t}\n\ttry {\n\t\tvar result = Promise.resolve(body());\n\t\treturn then ? result.then(then) : result;\n\t} catch (e) {\n\t\treturn Promise.reject(e);\n\t}\n}\n\n// Asynchronously call a function and swallow the result\nexport function _callIgnored(body, direct) {\n\treturn _call(body, _empty, direct);\n}\n\n// Asynchronously call a function and pass the result to explicitly passed continuations\nexport function _invoke(body, then) {\n\tvar result = body();\n\tif (result && result.then) {\n\t\treturn result.then(then);\n\t}\n\treturn then(result);\n}\n\n// Asynchronously call a function and swallow the result\nexport function _invokeIgnored(body) {\n\tvar result = body();\n\tif (result && result.then) {\n\t\treturn result.then(_empty);\n\t}\n}\n\n// Asynchronously call a function and send errors to recovery continuation\nexport function _catch(body, recover) {\n\ttry {\n\t\tvar result = body();\n\t} catch(e) {\n\t\treturn recover(e);\n\t}\n\tif (result && result.then) {\n\t\treturn result.then(void 0, recover);\n\t}\n\treturn result;\n}\n\n// Asynchronously await a promise and pass the result to a finally continuation\nexport function _finallyRethrows(body, finalizer) {\n\ttry {\n\t\tvar result = body();\n\t} catch (e) {\n\t\treturn finalizer(true, e);\n\t}\n\tif (result && result.then) {\n\t\treturn result.then(finalizer.bind(null, false), finalizer.bind(null, true));\n\t}\n\treturn finalizer(false, result);\n}\n\n// Asynchronously await a promise and invoke a finally continuation that always overrides the result\nexport function _finally(body, finalizer) {\n\ttry {\n\t\tvar result = body();\n\t} catch (e) {\n\t\treturn finalizer();\n\t}\n\tif (result && result.then) {\n\t\treturn result.then(finalizer, finalizer);\n\t}\n\treturn finalizer();\n}\n\n// Rethrow or return a value from a finally continuation\nexport function _rethrow(thrown, value) {\n\tif (thrown)\n\t\tthrow value;\n\treturn value;\n}\n\n// Empty function to implement break and other control flow that ignores asynchronous results\nexport function _empty() {\n}\n\n// Sentinel value for early returns in generators \nexport const _earlyReturn = /*#__PURE__*/ {};\n\n// Asynchronously call a function and send errors to recovery continuation, skipping early returns\nexport function _catchInGenerator(body, recover) {\n\treturn _catch(body, function(e) {\n\t\tif (e === _earlyReturn) {\n\t\t\tthrow e;\n\t\t}\n\t\treturn recover(e);\n\t});\n}\n\n// Asynchronous generator class; accepts the entrypoint of the generator, to which it passes itself when the generator should start\nexport const _AsyncGenerator = /*#__PURE__*/(function() {\n\tfunction _AsyncGenerator(entry) {\n\t\tthis._entry = entry;\n\t\tthis._pact = null;\n\t\tthis._resolve = null;\n\t\tthis._return = null;\n\t\tthis._promise = null;\n\t}\n\n\tfunction _wrapReturnedValue(value) {\n\t\treturn { value: value, done: true };\n\t}\n\tfunction _wrapYieldedValue(value) {\n\t\treturn { value: value, done: false };\n\t}\n\n\t_AsyncGenerator.prototype._yield = function(value) {\n\t\t// Yield the value to the pending next call\n\t\tthis._resolve(value && value.then ? value.then(_wrapYieldedValue) : _wrapYieldedValue(value));\n\t\t// Return a pact for an upcoming next/return/throw call\n\t\treturn this._pact = new _Pact();\n\t};\n\t_AsyncGenerator.prototype.next = function(value) {\n\t\t// Advance the generator, starting it if it has yet to be started\n\t\tconst _this = this;\n\t\treturn _this._promise = new Promise(function (resolve) {\n\t\t\tconst _pact = _this._pact;\n\t\t\tif (_pact === null) {\n\t\t\t\tconst _entry = _this._entry;\n\t\t\t\tif (_entry === null) {\n\t\t\t\t\t// Generator is started, but not awaiting a yield expression\n\t\t\t\t\t// Abandon the next call!\n\t\t\t\t\treturn resolve(_this._promise);\n\t\t\t\t}\n\t\t\t\t// Start the generator\n\t\t\t\t_this._entry = null;\n\t\t\t\t_this._resolve = resolve;\n\t\t\t\tfunction returnValue(value) {\n\t\t\t\t\t_this._resolve(value && value.then ? value.then(_wrapReturnedValue) : _wrapReturnedValue(value));\n\t\t\t\t\t_this._pact = null;\n\t\t\t\t\t_this._resolve = null;\n\t\t\t\t}\n\t\t\t\tvar result = _entry(_this);\n\t\t\t\tif (result && result.then) {\n\t\t\t\t\tresult.then(returnValue, function(error) {\n\t\t\t\t\t\tif (error === _earlyReturn) {\n\t\t\t\t\t\t\treturnValue(_this._return);\n\t\t\t\t\t\t} else {\n\t\t\t\t\t\t\tconst pact = new _Pact();\n\t\t\t\t\t\t\t_this._resolve(pact);\n\t\t\t\t\t\t\t_this._pact = null;\n\t\t\t\t\t\t\t_this._resolve = null;\n\t\t\t\t\t\t\t_resolve(pact, 2, error);\n\t\t\t\t\t\t}\n\t\t\t\t\t});\n\t\t\t\t} else {\n\t\t\t\t\treturnValue(result);\n\t\t\t\t}\n\t\t\t} else {\n\t\t\t\t// Generator is started and a yield expression is pending, settle it\n\t\t\t\t_this._pact = null;\n\t\t\t\t_this._resolve = resolve;\n\t\t\t\t_settle(_pact, 1, value);\n\t\t\t}\n\t\t});\n\t};\n\t_AsyncGenerator.prototype.return = function(value) {\n\t\t// Early return from the generator if started, otherwise abandons the generator\n\t\tconst _this = this;\n\t\treturn _this._promise = new Promise(function (resolve) {\n\t\t\tconst _pact = _this._pact;\n\t\t\tif (_pact === null) {\n\t\t\t\tif (_this._entry === null) {\n\t\t\t\t\t// Generator is started, but not awaiting a yield expression\n\t\t\t\t\t// Abandon the return call!\n\t\t\t\t\treturn resolve(_this._promise);\n\t\t\t\t}\n\t\t\t\t// Generator is not started, abandon it and return the specified value\n\t\t\t\t_this._entry = null;\n\t\t\t\treturn resolve(value && value.then ? value.then(_wrapReturnedValue) : _wrapReturnedValue(value));\n\t\t\t}\n\t\t\t// Settle the yield expression with a rejected \"early return\" value\n\t\t\t_this._return = value;\n\t\t\t_this._resolve = resolve;\n\t\t\t_this._pact = null;\n\t\t\t_settle(_pact, 2, _earlyReturn);\n\t\t});\n\t};\n\t_AsyncGenerator.prototype.throw = function(error) {\n\t\t// Inject an exception into the pending yield expression\n\t\tconst _this = this;\n\t\treturn _this._promise = new Promise(function (resolve, reject) {\n\t\t\tconst _pact = _this._pact;\n\t\t\tif (_pact === null) {\n\t\t\t\tif (_this._entry === null) {\n\t\t\t\t\t// Generator is started, but not awaiting a yield expression\n\t\t\t\t\t// Abandon the throw call!\n\t\t\t\t\treturn resolve(_this._promise);\n\t\t\t\t}\n\t\t\t\t// Generator is not started, abandon it and return a rejected Promise containing the error\n\t\t\t\t_this._entry = null;\n\t\t\t\treturn reject(error);\n\t\t\t}\n\t\t\t// Settle the yield expression with the value as a rejection\n\t\t\t_this._resolve = resolve;\n\t\t\t_this._pact = null;\n\t\t\t_settle(_pact, 2, error);\n\t\t});\n\t};\n\n\t_AsyncGenerator.prototype[_asyncIteratorSymbol] = function() {\n\t\treturn this;\n\t};\n\t\n\treturn _AsyncGenerator;\n})();\n","import React, { useEffect, useState, useRef } from \"react\"\nimport styles from \"./styles.module.css\"\nimport \"@georapbox/resize-observer-element/dist/resize-observer-defined\"\nimport { CapturePhoto } from \"@georapbox/capture-photo-element\"\nimport { BarcodeFormat, BrowserMultiFormatReader } from \"@zxing/library\"\nimport \"barcode-detector\"\n\nCapturePhoto.defineCustomElement()\nconst formats = [\"ean_13\"]\nconst zxingReader = new BrowserMultiFormatReader()\nconst barcodeDetector = new window.BarcodeDetector({ formats })\n\nexport function EanScannerIos({ onResult }) {\n  const capturePhotoEl = useRef(null)\n  const zoomLevelEl = useRef(null)\n  const zoomControls = useRef(null)\n  const scanFrameContainer = useRef(null)\n  const scanFrameEl = useRef(null)\n  const defineScript = useRef(null)\n\n  const [capturePhotoVideoEl, setCapturePhotoVideoEl] = useState(null)\n  const [scanResult, setScanResult] = useState(null)\n  const [prevScannedCode, setPrevScannedCode] = useState(Infinity)\n  const [prevScannedTime, setPrevScannedTime] = useState(0)\n  const [resetScanIndicator, setResetScanIndicator] = useState(0)\n  const [rafId, setRafId] = useState(null)\n  const [shouldRepeatScan, setShouldRepeatScan] = useState(true)\n\n  useEffect(() => {\n    if (!defineScript.current || !capturePhotoEl.current) return\n\n    capturePhotoEl.current.addEventListener(\n      \"capture-photo:video-play\",\n      handleCameraPlay,\n      { once: true }\n    )\n    capturePhotoEl.current.addEventListener(\n      \"capture-photo:error\",\n      handleCameraError,\n      { once: true }\n    )\n\n    return () => {\n      capturePhotoEl.current.removeEventListener(\n        \"capture-photo:video-play\",\n        handleCameraPlay\n      )\n      capturePhotoEl.current.removeEventListener(\n        \"capture-photo:error\",\n        handleCameraError\n      )\n    }\n  }, [defineScript, capturePhotoEl])\n\n  const handleCameraPlay = (evt) => {\n    const newCapturePhotoVideoEl =\n      capturePhotoEl.current.shadowRoot.querySelector(\"video\")\n    setCapturePhotoVideoEl(newCapturePhotoVideoEl)\n    resizeScanFrame(evt.detail.video)\n    scan()\n\n    zxingReader.decodeFromVideoDevice(\n      0,\n      newCapturePhotoVideoEl,\n      (result, err) => {\n        if (result && result.format == BarcodeFormat.EAN_13) {\n          setScanResult({ ean_code: result.text })\n        }\n      }\n    )\n\n    const trackSettings = capturePhotoEl.current.getTrackSettings()\n    const trackCapabilities = capturePhotoEl.current.getTrackCapabilities()\n\n    if (trackSettings?.zoom && trackCapabilities?.zoom) {\n      const minZoom = trackCapabilities?.zoom?.min || 0\n      const maxZoom = trackCapabilities?.zoom?.max || 10\n      let currentZoom = trackSettings?.zoom || 1\n      if (maxZoom >= 2) {\n        currentZoom = 2\n      }\n      capturePhotoEl.current.zoom = currentZoom\n\n      zoomControls.current.hidden = false\n      zoomLevelEl.current.textContent = currentZoom\n\n      zoomControls.current.addEventListener(\"click\", (evt) => {\n        const zoomInBtn = evt.target.closest('[data-action=\"zoom-in\"]')\n        const zoomOutBtn = evt.target.closest('[data-action=\"zoom-out\"]')\n\n        if (zoomInBtn && currentZoom < maxZoom) {\n          currentZoom += 0.5\n        }\n\n        if (zoomOutBtn && currentZoom > minZoom) {\n          currentZoom -= 0.5\n        }\n\n        zoomLevelEl.current.textContent = currentZoom\n\n        capturePhotoEl.current.zoom = currentZoom\n      })\n    }\n  }\n\n  const handleCameraError = (evt) => {\n    const error = evt.detail.error\n\n    if (error.name === \"NotFoundError\") {\n      // If the browser cannot find all media tracks with the specified types that meet the constraints given.\n      return\n    }\n\n    const errorMessage =\n      error.name === \"NotAllowedError\"\n        ? \"Permission to use webcam was denied or video Autoplay is disabled. Reload the page to give appropriate permissions to webcam.\"\n        : error.message\n\n    scanFrameContainer.current.innerHTML = /* html */ `<div class=\"alert alert-danger\" role=\"alert\" style=\"margin: 0;\">${errorMessage}</div>`\n  }\n\n  const resizeScanFrame = (videoEl) => {\n    if (!videoEl) {\n      return\n    }\n\n    const rect = videoEl.getBoundingClientRect()\n\n    scanFrameEl.current.style.cssText = `width: ${rect.width}px; height: ${rect.height}px`\n  }\n\n  async function scan() {\n    try {\n      let barcode = {}\n      barcode = await detectBarcode(capturePhotoVideoEl)\n      window.cancelAnimationFrame(rafId)\n\n      setScanResult({ ean_code: barcode.rawValue })\n    } catch (err) {\n      // fail quietly\n    }\n\n    if (shouldRepeatScan) {\n      setRafId(window.requestAnimationFrame(() => scan()))\n    }\n  }\n\n  const detectBarcode = (source) => {\n    return new Promise((resolve, reject) => {\n      barcodeDetector\n        .detect(source)\n        .then((results) => {\n          if (Array.isArray(results) && results.length > 0) {\n            resolve(results[0])\n          } else {\n            reject({\n              message: \"Could not detect barcode from provided source.\",\n            })\n          }\n        })\n        .catch((err) => {\n          reject(err)\n        })\n    })\n  }\n\n  useEffect(() => {\n    if (!shouldRepeatScan || !scanResult) {\n      return\n    }\n\n    if (resetScanIndicator !== null) {\n      window.clearTimeout(resetScanIndicator)\n      setResetScanIndicator(null)\n    }\n    scanFrameEl.current.querySelector(\"path\").style.stroke = \"limegreen\"\n    const newResetScanIndicator = window.setTimeout(() => {\n      scanFrameEl.current.querySelector(\"path\").style.stroke = \"white\"\n    }, 750)\n    setResetScanIndicator(newResetScanIndicator)\n\n    if (prevScannedCode !== scanResult.ean_code) {\n      setPrevScannedCode(scanResult.ean_code)\n      setPrevScannedTime(Date.now())\n      return\n    } else if (Date.now() - prevScannedTime <= 500) {\n      return\n    }\n    setPrevScannedCode(Infinity)\n\n    onResult(scanResult.ean_code)\n    return\n  }, [scanResult])\n\n  return (\n    <div className={styles[\"container\"]}>\n      <div className={styles[\"scan-frame-container\"]} ref={scanFrameContainer}>\n        <resize-observer>\n          <capture-photo\n            facing-mode=\"environment\"\n            no-image\n            auto-play\n            ref={capturePhotoEl}\n          >\n            <button\n              type=\"button\"\n              id=\"scanBtn\"\n              className={styles[\"scan-button\"]}\n              hidden\n            >\n              <svg\n                xmlns=\"http://www.w3.org/2000/svg\"\n                width=\"36\"\n                height=\"36\"\n                fill=\"currentColor\"\n                viewBox=\"0 0 16 16\"\n              >\n                <path d=\"M1.5 1a.5.5 0 0 0-.5.5v3a.5.5 0 0 1-1 0v-3A1.5 1.5 0 0 1 1.5 0h3a.5.5 0 0 1 0 1h-3zM11 .5a.5.5 0 0 1 .5-.5h3A1.5 1.5 0 0 1 16 1.5v3a.5.5 0 0 1-1 0v-3a.5.5 0 0 0-.5-.5h-3a.5.5 0 0 1-.5-.5zM.5 11a.5.5 0 0 1 .5.5v3a.5.5 0 0 0 .5.5h3a.5.5 0 0 1 0 1h-3A1.5 1.5 0 0 1 0 14.5v-3a.5.5 0 0 1 .5-.5zm15 0a.5.5 0 0 1 .5.5v3a1.5 1.5 0 0 1-1.5 1.5h-3a.5.5 0 0 1 0-1h3a.5.5 0 0 0 .5-.5v-3a.5.5 0 0 1 .5-.5zM3 4.5a.5.5 0 0 1 1 0v7a.5.5 0 0 1-1 0v-7zm2 0a.5.5 0 0 1 1 0v7a.5.5 0 0 1-1 0v-7zm2 0a.5.5 0 0 1 1 0v7a.5.5 0 0 1-1 0v-7zm2 0a.5.5 0 0 1 .5-.5h1a.5.5 0 0 1 .5.5v7a.5.5 0 0 1-.5.5h-1a.5.5 0 0 1-.5-.5v-7zm3 0a.5.5 0 0 1 1 0v7a.5.5 0 0 1-1 0v-7z\" />\n              </svg>\n              Click to scan another barcode.\n            </button>\n\n            <span slot=\"facing-mode-button-content\" title=\"Switch camera\">\n              <svg\n                xmlns=\"http://www.w3.org/2000/svg\"\n                className={styles[\"ionicon\"]}\n                viewBox=\"0 0 512 512\"\n                width=\"22\"\n                height=\"22\"\n              >\n                <path\n                  d=\"M350.54 148.68l-26.62-42.06C318.31 100.08 310.62 96 302 96h-92c-8.62 0-16.31 4.08-21.92 10.62l-26.62 42.06C155.85 155.23 148.62 160 140 160H80a32 32 0 00-32 32v192a32 32 0 0032 32h352a32 32 0 0032-32V192a32 32 0 00-32-32h-59c-8.65 0-16.85-4.77-22.46-11.32z\"\n                  fill=\"none\"\n                  stroke=\"currentColor\"\n                  strokeLinecap=\"round\"\n                  strokeLinejoin=\"round\"\n                  strokeWidth=\"32\"\n                />\n                <path\n                  fill=\"none\"\n                  stroke=\"currentColor\"\n                  strokeLinecap=\"round\"\n                  strokeLinejoin=\"round\"\n                  strokeWidth=\"32\"\n                  d=\"M124 158v-22h-24v22M335.76 285.22v-13.31a80 80 0 00-131-61.6M176 258.78v13.31a80 80 0 00130.73 61.8\"\n                />\n                <path\n                  fill=\"none\"\n                  stroke=\"currentColor\"\n                  strokeLinecap=\"round\"\n                  strokeLinejoin=\"round\"\n                  strokeWidth=\"32\"\n                  d=\"M196 272l-20-20-20 20M356 272l-20 20-20-20\"\n                />\n              </svg>\n              <span className={styles[\"visually-hidden\"]}>Switch camera</span>\n            </span>\n\n            <span slot=\"capture-button\" hidden></span>\n\n            <div slot=\"actions\">\n              <div\n                className={styles[\"zoom-controls\"]}\n                id=\"zoomControls\"\n                ref={zoomControls}\n                hidden\n              >\n                <button type=\"button\" title=\"Zoom out\" data-action=\"zoom-out\">\n                  <svg\n                    xmlns=\"http://www.w3.org/2000/svg\"\n                    width=\"18\"\n                    height=\"18\"\n                    fill=\"currentColor\"\n                    className={`${styles[\"bi\"]} ${styles[\"bi-zoom-out\"]}`}\n                    viewBox=\"0 0 16 16\"\n                  >\n                    <path\n                      fillRule=\"evenodd\"\n                      d=\"M6.5 12a5.5 5.5 0 1 0 0-11 5.5 5.5 0 0 0 0 11zM13 6.5a6.5 6.5 0 1 1-13 0 6.5 6.5 0 0 1 13 0z\"\n                    />\n                    <path d=\"M10.344 11.742c.03.04.062.078.098.115l3.85 3.85a1 1 0 0 0 1.415-1.414l-3.85-3.85a1.007 1.007 0 0 0-.115-.1 6.538 6.538 0 0 1-1.398 1.4z\" />\n                    <path\n                      fillRule=\"evenodd\"\n                      d=\"M3 6.5a.5.5 0 0 1 .5-.5h6a.5.5 0 0 1 0 1h-6a.5.5 0 0 1-.5-.5z\"\n                    />\n                  </svg>\n                </button>\n\n                <label id=\"zoomLevel\" ref={zoomLevelEl}></label>\n\n                <button type=\"button\" title=\"Zoom in\" data-action=\"zoom-in\">\n                  <svg\n                    xmlns=\"http://www.w3.org/2000/svg\"\n                    width=\"18\"\n                    height=\"18\"\n                    fill=\"currentColor\"\n                    className={`${styles[\"bi\"]} ${styles[\"bi-zoom-in\"]}`}\n                    viewBox=\"0 0 16 16\"\n                  >\n                    <path\n                      fillRule=\"evenodd\"\n                      d=\"M6.5 12a5.5 5.5 0 1 0 0-11 5.5 5.5 0 0 0 0 11zM13 6.5a6.5 6.5 0 1 1-13 0 6.5 6.5 0 0 1 13 0z\"\n                    />\n                    <path d=\"M10.344 11.742c.03.04.062.078.098.115l3.85 3.85a1 1 0 0 0 1.415-1.414l-3.85-3.85a1.007 1.007 0 0 0-.115-.1 6.538 6.538 0 0 1-1.398 1.4z\" />\n                    <path\n                      fillRule=\"evenodd\"\n                      d=\"M6.5 3a.5.5 0 0 1 .5.5V6h2.5a.5.5 0 0 1 0 1H7v2.5a.5.5 0 0 1-1 0V7H3.5a.5.5 0 0 1 0-1H6V3.5a.5.5 0 0 1 .5-.5z\"\n                    />\n                  </svg>\n                </button>\n              </div>\n            </div>\n          </capture-photo>\n          <script ref={defineScript}></script>\n        </resize-observer>\n\n        <div id=\"scanFrame\" className={styles[\"scan-frame\"]} ref={scanFrameEl}>\n          <svg xmlns=\"http://www.w3.org/2000/svg\" viewBox=\"0 0 512 512\">\n            <path\n              d=\"M336 448h56a56 56 0 0056-56v-56M448 176v-56a56 56 0 00-56-56h-56M176 448h-56a56 56 0 01-56-56v-56M64 176v-56a56 56 0 0156-56h56\"\n              fill=\"none\"\n              stroke=\"var(--ean-ios-scan-frame-color)\"\n              strokeLinecap=\"round\"\n              strokeLinejoin=\"round\"\n              strokeWidth=\"10\"\n            />\n          </svg>\n        </div>\n      </div>\n    </div>\n  )\n}\n","import { styled } from \"@mui/material/styles\"\nimport Box from \"@mui/material/Box\"\nimport { TextField } from \"@mui/material\"\n\nconst StyledIcon = styled(Box)(({ theme, color }) => ({\n  color: color.toString(),\n  display: \"flex\",\n  alignItems: \"center\",\n  justifyContent: \"center\",\n  minWidth: 0,\n  marginInline: \"auto\",\n  \"& svg\": {\n    width: \"8rem\",\n    height: \"8rem\",\n  },\n  [theme.breakpoints.down(\"md\")]: {\n    minWidth: 0,\n    width: \"8rem\",\n    height: \"8rem\",\n    \"& svg\": {\n      width: \"8rem\",\n      height: \"8rem\",\n    },\n  },\n}))\n\nconst StyledTextField = styled(TextField)(({ theme, color }) => ({\n  \"& .MuiOutlinedInput-notchedOutline legend\": { display: \"none\" },\n}))\n\nexport { StyledIcon, StyledTextField }\n","import React, { useEffect } from \"react\"\nimport { observer } from \"mobx-react\"\nimport { styled } from \"@mui/system\"\nimport en from \"./locales/en.json\"\nimport { useHistory } from \"react-router-dom\"\nimport { Box, Container, Typography, useTheme } from \"@mui/material\"\nimport ResponsiveBackground from \"components/ResponsiveBackground\"\nimport useScopedTranslation from \"../../hooks/useScopedTranslation\"\nimport ContiSpecificButton from \"components/ContiSpecificButton\"\n// import en from \"./locales/en.json\"\nimport { useTecDocStore } from \"../../api/services/TecDoc\"\nimport { generatePath } from \"react-router-dom\"\nimport { isCloudEnv } from \"utils/env\"\nimport { default as Conti_original } from \"../../assets/images/Continental_Original.png\"\nimport { default as Ate_original } from \"../../assets/images/Ate_Original.jpg\"\n\nimport { default as Conti_vehicle_use } from \"../../assets/images/CONTI_Loyalty_Program_Werbetrailer_sec22.jpg\"\nimport { default as Ate_vehicle_use } from \"../../assets/images/ATE_Loyalty_Program_Werbetrailer_sec22.jpg\"\nimport { basePath, isAte } from \"utils/Global\"\nimport { scrolltToTop } from \"utils/util\"\n\n// use this namespace also for subcomponents and for smaller subpages\nexport const namespace = __filename\n\nconst StartScreen = () => {\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`./locales/${locale}.json`),\n    en\n  )\n\n  const theme = useTheme()\n  const history = useHistory()\n  const tecDocStore = useTecDocStore()\n\n  const OriginalBackground = styled(\"div\")({\n    position: \"relative\",\n    width: \"100%\",\n    // height: \"100%\",\n    height: \"200px\",\n    overflow: \"hidden\",\n    background: `url(${!isAte ? Conti_original :  basePath + Ate_original}) center/cover`,\n    \"&:before\": {\n      content: \"''\",\n      position: \"absolute\",\n      top: 0,\n      left: 0,\n      right: 0,\n      bottom: 0,\n      backgroundColor: \"rgba(0, 0, 0, 0.6)\", // Adjust the alpha value (last parameter) for darkness\n      filter: \"blur(5px)\",\n      // background: `inherit`,\n      // zIndex: -1\n    },\n  })\n\n  const VehicleUsageBackground = styled(\"div\")({\n    position: \"relative\",\n    width: \"100%\",\n    // height: \"100%\",\n    height: \"200px\",\n    overflow: \"hidden\",\n    background: `url(${\n      !isAte ? Conti_vehicle_use : basePath + Ate_vehicle_use\n    }) center/cover`,\n    \"&:before\": {\n      content: \"''\",\n      position: \"absolute\",\n      top: 0,\n      left: 0,\n      right: 0,\n      bottom: 0,\n      backgroundColor: \"rgba(0, 0, 0, 0.6)\", // Adjust the alpha value (last parameter) for darkness\n      filter: \"blur(5px)\",\n      // background: `inherit`,\n      // zIndex: -1\n    },\n  })\n\n  const OverlayContent = styled(\"div\")({\n    position: \"absolute\",\n    display: \"grid\",\n    placeItems: \"center\",\n    height: \"70%\",\n    top: \"50%\",\n    left: \"50%\",\n    transform: \"translate(-50%, -50%)\",\n    textAlign: \"center\",\n    // marginTop: \"30px\",\n    padding: \"10px\",\n    width:\n      window.innerWidth > theme.tokens.breakpoints.breakpointTablet\n        ? \"280px\"\n        : \"100%\",\n  })\n\n  useEffect(() => {\n    const paramGtin = \"gtin\"\n    const paramCode = \"code\"\n    tecDocStore.reset()\n    sessionStorage.clear()\n\n    if (isCloudEnv()) {\n      const referrerSearchParams = new URLSearchParams(\n        new URL(document.referrer).search\n      )\n      const documentReferrer = window.document.referrer\n      console.log(\"documentReferrer\", documentReferrer)\n      console.log(\"referrerSearchParams\", referrerSearchParams)\n      if (\n        referrerSearchParams.has(paramGtin) &&\n        referrerSearchParams.has(paramCode)\n      ) {\n        history.push(generatePath(\"/authenticity\"))\n      } else {\n        console.log(\"does not exist in the referrer URL\")\n      }\n    } else {\n      const url = new URL(window.location.href)\n      console.log(\"location.href\", url)\n      const queryParams = url.searchParams\n      const gtin = queryParams.get(paramGtin)\n      const code = queryParams.get(paramCode)\n      if (gtin && code) {\n        sessionStorage.setItem(\"gtin\", gtin)\n        sessionStorage.setItem(\"code\", code)\n        history.push(generatePath(\"/authenticity\"))\n      } else {\n        console.log(\"does not exist in the href URL\")\n      }\n    }\n    scrolltToTop()\n    sessionStorage.removeItem(\"productCode\")\n    sessionStorage.setItem(\"vasImage\", null)\n    // eslint-disable-next-line react-hooks/exhaustive-deps\n  }, [])\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Container\n        sx={{\n          display: \"flex\",\n          flexDirection: \"column\",\n          height: \"100%\",\n          padding: \"3px\",\n        }}\n      >\n        <Box\n          sx={{ display: \"flex\", justifyContent: \"center\", padding: \"10px\" }}\n        >\n          <Typography >\n            {t(\"subTitle\")}\n          </Typography>\n        </Box>\n        <Box\n          sx={{ display: \"flex\", justifyContent: \"center\", padding: \"10px\" }}\n        >\n          <OriginalBackground>\n            <OverlayContent>\n              <Typography\n                variant={\n                  window.innerWidth < theme.tokens.breakpoints.breakpointTablet\n                    ? \"h6\"\n                    : \"h5\"\n                }\n                fontWeight={\n                  window.innerWidth > theme.tokens.breakpoints.breakpointTablet\n                    ? 700\n                    : 600\n                }\n                fontSize={isAte ? \"2.3rem\": \"1.5rem\"}\n                color={theme.tokens.color.conti_typo}\n                marginBottom=\"10px\"\n                marginTop=\"10px\"\n                sx={{\n                  textShadow:\n                    \"2px 2px 20px rgba(0, 0, 0, 1), -2px -2px 20px rgba(0, 0, 0, 1)\",\n                }}\n              >\n                {t(\"screenText1\")}\n              </Typography>\n              <ContiSpecificButton\n                path=\"/mappcodescreen\"\n                text={t(\"buttonText\")}\n                isForwardIcon={true}\n                width=\"100px\"\n              ></ContiSpecificButton>\n            </OverlayContent>\n          </OriginalBackground>\n        </Box>\n        <Box\n          sx={{ display: \"flex\", justifyContent: \"center\", padding: \"10px\" }}\n        >\n          <VehicleUsageBackground>\n            <OverlayContent>\n              <Typography\n                variant={\n                  window.innerWidth < theme.tokens.breakpoints.breakpointTablet\n                    ? \"h6\"\n                    : \"h5\"\n                }\n                fontWeight={\n                  window.innerWidth > theme.tokens.breakpoints.breakpointTablet\n                    ? 700\n                    : 600\n                }\n                fontSize={isAte ? \"2.3rem\": \"1.5rem\"}\n                color={theme.tokens.color.conti_typo}\n                marginBottom=\"10px\"\n                marginTop=\"10px\"\n                sx={{\n                  textShadow:\n                    \"2px 2px 10px rgba(0, 0, 0, 1), -2px -2px 10px rgba(0, 0, 0, 1)\",\n                }}\n              >\n                {t(\"screenText2\")}\n              </Typography>\n              <ContiSpecificButton\n                path=\"/scan\"\n                text={t(\"buttonText\")}\n                isForwardIcon={true}\n                isOvverride={true}\n                width=\"100px\"\n              ></ContiSpecificButton>\n            </OverlayContent>\n          </VehicleUsageBackground>\n        </Box>\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default observer(StartScreen)\n","export default __webpack_public_path__ + \"static/media/Continental_Original.a81b400a.png\";","export default __webpack_public_path__ + \"static/media/Ate_Original.ccf3c608.jpg\";","import React, { useEffect, useState } from \"react\"\nimport { useHistory, generatePath } from \"react-router-dom\"\nimport InfoOutlinedIcon from \"@mui/icons-material/InfoOutlined\"\n\nimport {\n  Box,\n  Container,\n  FormControl,\n  Typography,\n  useTheme,\n  Link,\n} from \"@mui/material\"\nimport Dialog from \"../../../../components/Dialog\"\n\nimport { default as image_mappcode_2 } from \"../../../../assets/images/image_mappcode_2.png\"\nimport { default as image_mappcode_qr_ean } from \"../../../../assets/images/image_mappcode_qr_ean.png\"\nimport en from \"../../locales/en.json\"\n\nimport ResponsiveBackground from \"components/ResponsiveBackground\"\nimport { observer } from \"mobx-react\"\nimport TextField from \"@mui/material/TextField\"\nimport ContiSpecificButton from \"components/ContiSpecificButton\"\nimport useScopedTranslation from \"hooks/useScopedTranslation\"\nimport BarcodeScannerComponent from \"react-qr-barcode-scanner\"\nimport {\n  ateMappCode,\n  ateMappCodeQrEan,\n  contiMappCode,\n  contiMappCodeQrEan,\n  isAte,\n  isConti,\n} from \"utils/Global\"\nimport { scrolltToTop } from \"utils/util\"\n\n// use this namespace also for subcomponents and for smaller subpages\nexport const namespace = __filename\n\nconst MAPPCodeScreen = () => {\n  const { t } = useScopedTranslation(\n    namespace,\n    (locale) => import(`../../locales/${locale}.json`),\n    en\n  )\n\n  const [data, setData] = React.useState(() =>\n    localStorage.getItem(\"data\") ? localStorage.getItem(\"data\") : \"\"\n  )\n  const theme = useTheme()\n\n  const isMobile = window.innerWidth < theme.tokens.breakpoints.breakpointTablet\n\n  const [scan, setScan] = React.useState(false)\n  const [mappCodeImg, setMapCodeImg] = React.useState(image_mappcode_2)\n  const [eanCodeImg, setEanCodeImg] = React.useState(image_mappcode_qr_ean)\n  const [show, setShow] = React.useState(false)\n  const [error, setError] = React.useState(\"\")\n  const [showInfo, setShowInfo] = React.useState(null)\n  const [showPlaceholder, setShowPlaceholder] = React.useState<boolean>(true)\n  const [showTextField, setShowTextField] = React.useState<boolean>(\n    !isMobile ? true : false\n  )\n\n  const history = useHistory()\n\n  const [productCode, setProductCode] = useState(\"\")\n  const [tempProductCode, setTempProductCode] = useState(\"\")\n\n  const handleKeyPress = (e) => {\n    if (e.key === \"Enter\") {\n      const finalProductCode = tempProductCode ? tempProductCode : productCode\n      sessionStorage.setItem(\"productCode\", finalProductCode)\n      history.push(\"/authenticity\")\n    }\n  }\n\n  const onClickHandle = () => {\n    const finalProductCode = tempProductCode ? tempProductCode : productCode\n    sessionStorage.setItem(\"productCode\", finalProductCode)\n    history.push(\"/authenticity\")\n  }\n\n  const redirectLocation = (gtin) => {\n    console.log(gtin)\n    setError(\"\")\n    history.push(generatePath(\"/tecdoc\"))\n  }\n\n  const handleChange = (e) => {\n    const inputValue = e.currentTarget.value\n\n    if (\n      (!inputValue.includes(\"(21)\") && !inputValue.includes(\"(01)\")) ||\n      inputValue.length < 13\n    ) {\n      setTempProductCode(`(01)04068267000184(21)${inputValue}`)\n      setProductCode(inputValue)\n    } else {\n      setProductCode(inputValue)\n    }\n  }\n\n  useEffect(() => {\n    if (isAte) {\n      setEanCodeImg(ateMappCodeQrEan)\n      setMapCodeImg(contiMappCode)\n    } else if (isConti) {\n      setEanCodeImg(contiMappCodeQrEan)\n      setMapCodeImg(contiMappCode)\n    } else {\n      setEanCodeImg(contiMappCodeQrEan)\n      setMapCodeImg(contiMappCode)\n    }\n    scrolltToTop()\n  }, [])\n\n  const handleShowInfo = () => {\n    setShowInfo(!showInfo)\n  }\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Container\n        sx={{ display: \"flex\", flexDirection: \"column\", height: \"100%\", minHeight: \"40vh\" }}\n      >\n        {isMobile ? (\n          <Typography> {t(\"textEtikett\")}</Typography>\n        ) : (\n          <Box\n            sx={{\n              display: \"flex\",\n              justifyContent: \"start\",\n              flexDirection: \"column\",\n              padding: \"0px 20px\",\n            }}\n          >\n            <Box>\n              {window.innerWidth <\n                theme.tokens.breakpoints.breakpointTablet && (\n                <>\n                  <Box>\n                    <Typography padding={\"15px 0px\"}>\n                      {t(\"mappCodeText\")}\n                    </Typography>\n                  </Box>\n                  <Box\n                    width={\n                      window.innerWidth <\n                      theme.tokens.breakpoints.breakpointTablet\n                        ? \"243px\"\n                        : \"100%\"\n                    }\n                    height={\n                      window.innerWidth <\n                      theme.tokens.breakpoints.breakpointTablet\n                        ? \"45px\"\n                        : null\n                    }\n                  >\n                    <ContiSpecificButton\n                      path=\"/mappcodescreen\"\n                      text={\"QR-Code scannen\"}\n                      isScannIcon={true}\n                      onClick={() => setScan(true)}\n                    ></ContiSpecificButton>\n\n                    <Dialog\n                      open={scan || show}\n                      onClose={() => {\n                        setShow(false)\n                        setScan(false)\n                        localStorage.removeItem(\"data\")\n                      }}\n                      closeStyle={{\n                        color: theme.palette.text.primary,\n                        label: t(\"close\"),\n                      }}\n                      confirmStyle={{\n                        color: theme.palette.primary.main,\n                        label: t(\"confirm\"),\n                      }}\n                      onAbort={() => localStorage.removeItem(\"data\")}\n                      onAccept={\n                        show\n                          ? () => {\n                              localStorage.removeItem(\"data\")\n                              redirectLocation(data)\n                            }\n                          : null\n                      }\n                      title={show ? t(\"codeScanned\") : t(\"scanCode\")}\n                      text={show ? data : \"\"}\n                      content={\n                        scan && (\n                          <BarcodeScannerComponent\n                            onUpdate={(err, result) => {\n                              const text = result?.getText()\n                              if (!!result) {\n                                if (text.match(/^[0-9]+$/) != null) {\n                                  if (!localStorage.getItem(\"data\")) {\n                                    console.log(\"Scanned\")\n                                    setData(text)\n                                    localStorage.setItem(\"data\", text)\n                                    setShow(true)\n                                    setScan(false)\n                                  } else {\n                                    console.log(\"Blocked\")\n                                  }\n                                }\n                              }\n                            }}\n                          />\n                        )\n                      }\n                    />\n                  </Box>\n                </>\n              )}\n              <Box sx={{}}>\n                <FormControl fullWidth>\n                  {window.innerWidth <\n                  theme.tokens.breakpoints.breakpointTablet ? (\n                    <Link\n                      onClick={() => setShowTextField(!showTextField)}\n                      color=\"#000\"\n                    >\n                      <Typography sx={{ margin: \"15px 0px\" }}>\n                        {t(\"manualEntry\")}\n                      </Typography>\n                    </Link>\n                  ) : (\n                    <Typography sx={{ marginBottom: \"15px\" }} variant={\"body1\"}>\n                      {t(\"helpTextTablet\")}\n                    </Typography>\n                  )}\n                  <Box\n                    sx={{\n                      display: showTextField ? \"flex\" : \"none\",\n                      flexDirection: \"row\",\n                      flexFlow:\n                        window.innerWidth <\n                        theme.tokens.breakpoints.breakpointTablet\n                          ? \"row wrap\"\n                          : null,\n                      alignItems: \"center\",\n                    }}\n                  >\n                    <TextField\n                      fullWidth={\n                        window.innerWidth >\n                        theme.tokens.breakpoints.breakpointTablet\n                      }\n                      id=\"outlined-basic\"\n                      variant=\"outlined\"\n                      placeholder={showPlaceholder ? \"965865841253\" : \"\"}\n                      value={productCode}\n                      inputProps={{ min: 0, style: { textAlign: \"center\" } }}\n                      InputProps={{\n                        style: {\n                          margin: \"15px 10px\",\n                          borderRadius: \"30px\",\n                          textAlign: \"center\",\n                          fontFamily: \"inter\",\n                          fontSize: \"18px\",\n                          lineHeight: \"26px\",\n                          letterSpacing: \"3px\",\n                          width: \"100%\",\n                          height:\n                            window.innerWidth <\n                            theme.tokens.breakpoints.breakpointTablet\n                              ? \"32px\"\n                              : undefined,\n                          backgroundColor: \"#ffff\",\n                        },\n                      }}\n                      style={{}}\n                      onChange={handleChange}\n                      onKeyPress={handleKeyPress}\n                      onFocus={() => setShowPlaceholder(false)}\n                      onBlur={() => setShowPlaceholder(true)}\n                    />\n                    <Box sx={{ margin: \"15px 20px\" }}>\n                      <ContiSpecificButton\n                        onClick={onClickHandle}\n                        isForwardIcon={true}\n                        width=\"30px\"\n                        isFlexFlow={true}\n                      ></ContiSpecificButton>\n                    </Box>\n                  </Box>\n                </FormControl>\n              </Box>\n\n              <Box />\n            </Box>\n\n            <Box sx={{ padding: \"30px 0px\" }}>\n              <Box\n                sx={{\n                  display: \"flex\",\n                  flexDirection: \"row\",\n                }}\n              >\n                <InfoOutlinedIcon onClick={handleShowInfo} />\n                <Typography\n                  sx={{\n                    fontSize: \"16px\",\n                    fontWeight: \"500\",\n                    lineHeight: \"24px\",\n                    marginLeft: \"5px\",\n                  }}\n                >\n                  {t(\"infoMappCode\")}\n                </Typography>\n              </Box>\n              <Box sx={{ padding: \"10px 10px\" }}>\n                {showInfo && (\n                  <>\n                    <Typography\n                      sx={{\n                        fontSize: \"14px\",\n                        fontWeight: \"300\",\n                        lineHeight: \"24px\",\n                      }}\n                    >\n                      {t(\"exampleLabelText\")}\n                    </Typography>\n                    <img\n                      src={eanCodeImg}\n                      width=\"70%\"\n                      height={\"70%\"}\n                      alt=\"\"\n                      style={{\n                        display: \"flex\",\n                        justifyContent: \"center\",\n                        margin: \"0 auto\",\n                        padding: \"10px 0px\",\n                        maxWidth: \"400px\"\n                      }}\n                    ></img>\n\n             \n                        <Typography\n                          sx={{\n                            fontSize: \"14px\",\n                            fontWeight: \"300\",\n                            lineHeight: \"24px\",\n                          }}\n                        >\n                          {t(\"newLabelText\")}\n                        </Typography>\n                        <img\n                          src={mappCodeImg}\n                          width=\"70%\"\n                          height={\"70%\"}\n                          alt=\"\"\n                          style={{\n                            display: \"flex\",\n                            justifyContent: \"center\",\n                            margin: \"0 auto\",\n                            padding: \"10px 0px\",\n                            maxWidth: \"400px\"\n                          }}\n                        ></img>\n                        <Typography\n                          sx={{\n                            fontSize: \"14px\",\n                            fontWeight: \"300\",\n                            lineHeight: \"24px\",\n                          }}\n                        >\n                          {t(\"olderLabelText\")}\n                        </Typography>\n             \n                  </>\n                )}\n              </Box>\n            </Box>\n          </Box>\n        )}\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default observer(MAPPCodeScreen)\n","export default __webpack_public_path__ + \"static/media/image_mappcode_2.ab3e854d.png\";","export default __webpack_public_path__ + \"static/media/image_mappcode_qr_ean.fb8d4b0c.png\";","import React from \"react\"\nimport { debounce } from \"lodash\"\n\nconst useDebouncedSetter = (setter) =>\n  React.useMemo(\n    () =>\n      debounce((value) => {\n        setter(value)\n      }),\n    [setter]\n  )\n\nexport default useDebouncedSetter\n","import { PathParams } from \"types/Global\"\n\nexport const validateParams = <ERoute extends string>(\n  path: ERoute,\n  params: unknown\n): params is PathParams => {\n  if (!(params instanceof Object)) return false\n\n  const paramSet = new Set(Object.keys(params))\n\n  // Validate params\n  const requiredParams = path\n    .split(\"/\")\n    .filter((s) => s.startsWith(\":\"))\n    .map((s) => s.substr(1))\n\n  for (const param of requiredParams) {\n    if (!paramSet.has(param)) return false\n  }\n\n  return true\n}\n\n// build a valid url with the path and its parameters\nexport const buildUrl = <ERoute extends string>(\n  path: ERoute,\n  params: PathParams\n): string => {\n  let ret: string = path\n\n  // Upcast `params` to be used in string replacement.\n  const paramObj: { [i: string]: string } = params\n\n  for (const key of Object.keys(paramObj)) {\n    ret = ret.replace(`:${key}`, paramObj[key])\n  }\n\n  return ret\n}\n","import React from \"react\"\nimport { Route, Switch, matchPath, useLocation } from \"react-router-dom\"\n\nimport { validateParams } from \"utils/router\"\n\nimport { TRoute, PathParams } from \"types/Global\"\nimport { Box, Fade, Grow, Slide } from \"@mui/material\"\n\ninterface UseMatchedRouteOptions {\n  notFoundComponent?: React.FC\n  matchOnSubPath?: boolean\n  transition?:\n    | \"none\"\n    | \"fade\"\n    | \"grow\"\n    | \"slide-up\"\n    | \"slide-down\"\n    | \"slide-left\"\n    | \"slide-right\"\n}\n\nconst useMatchedRoute = (\n  routes: ReadonlyArray<TRoute>,\n  fallbackComponent?: React.FC,\n  options?: UseMatchedRouteOptions\n): {\n  route: TRoute\n  params: PathParams | null\n  MatchedElement: JSX.Element\n} => {\n  const {\n    notFoundComponent,\n    matchOnSubPath,\n    transition = \"fade\",\n  } = options || {}\n  const location = useLocation()\n  // `exact`, `sensitive` and `strict` options are set to true\n  // to ensure type safety.\n  const results = routes\n    .map(\n      (\n        route: TRoute\n      ): {\n        route: TRoute\n        match: any | null\n      } => ({\n        route,\n        match: matchPath(location.pathname, {\n          path: route.path,\n          sensitive: !matchOnSubPath,\n        }),\n      })\n    )\n    .filter(({ match }) => !!match && (matchOnSubPath ? true : match.isExact))\n  const [firstResult] = results\n  const { match, route } = firstResult || {}\n  const Fallback = fallbackComponent\n  const NotFound = notFoundComponent || (() => <>not found</>)\n\n  const Transition: React.FC<{ match: any }> = React.useMemo(() => {\n    if (transition === \"fade\") {\n      const FadeTransition: React.FC<{ match: any }> = ({\n        children,\n        match,\n      }) => (\n        <Fade\n          in={match ? true : false}\n          timeout={300}\n          mountOnEnter\n          unmountOnExit\n        >\n          <Box height={\"100%\"}>{children}</Box>\n        </Fade>\n      )\n\n      return FadeTransition\n    }\n\n    if (transition === \"grow\") {\n      const GrowTransition: React.FC<{ match: any }> = ({\n        children,\n        match,\n      }) => (\n        <Grow\n          in={match ? true : false}\n          timeout={300}\n          mountOnEnter\n          unmountOnExit\n        >\n          <Box height={\"100%\"}>{children}</Box>\n        </Grow>\n      )\n\n      return GrowTransition\n    }\n\n    if (transition.startsWith(\"slide\")) {\n      const [, direction] = transition.split(\"-\")\n      const SlideTransition: React.FC<{ match: any }> = ({\n        children,\n        match,\n      }) => (\n        <Slide\n          in={match ? true : false}\n          direction={direction as \"left\" | \"right\" | \"up\" | \"down\"}\n          timeout={300}\n          mountOnEnter\n          unmountOnExit\n        >\n          <Box height={\"100%\"}>{children}</Box>\n        </Slide>\n      )\n\n      return SlideTransition\n    }\n    return (({ children }) => children) as React.FC<{ match: any }>\n  }, [transition])\n  return {\n    route: route,\n    params:\n      match && validateParams(route.path, match.params) ? match.params : {},\n    MatchedElement: (\n      <Switch>\n        {matchOnSubPath &&\n          routes.map(({ path, Component: RouteComponent }, i) => (\n            <Route\n              key={path + \"matchOnSubPath\"}\n              path={`/${path.split(\"/\").slice(1, 2)}/*`}\n            >\n              {({ match }) => (\n                <Transition match={match}>\n                  <RouteComponent />\n                </Transition>\n              )}\n            </Route>\n          ))}\n        {routes.map(({ path, Component: RouteComponent }, i) => (\n          <Route key={path + \"root\"} sensitive strict exact path={path}>\n            {({ match }) => (\n              <Transition match={match}>\n                <RouteComponent />\n              </Transition>\n            )}\n          </Route>\n        ))}\n        {Fallback && (\n          <Transition match={true}>\n            <Fallback />\n          </Transition>\n        )}\n        {!Fallback && (\n          <Transition match={true}>\n            <Route component={NotFound} />\n          </Transition>\n        )}\n      </Switch>\n    ),\n  }\n}\n\nexport default useMatchedRoute\n","import { styled } from \"@mui/material/styles\"\nimport { Button } from \"@mui/material\"\n\nexport const StyledButton = styled(Button)(({ theme }) => ({\n  margin: theme.spacing(0.5),\n  textTransform: 'none',\n  [theme.breakpoints.down(\"md\")]: {\n    fontSize: theme.spacing(1.6)\n  },\n}))\n","import { StyledButton } from \"./styles\"\nimport { Box } from \"@mui/material\"\nimport React, { useCallback } from \"react\"\nimport { ButtonProps } from \"./types\"\nimport { generatePath, useHistory } from \"react-router-dom\"\n\nconst Button: React.FC<ButtonProps> = (props) => {\n  const { hidden, text, color, path, isDisabled, type, onClick } = props\n  const history = useHistory()\n\n  const handleClick = useCallback(() => {\n    if (isDisabled || type !== undefined) {\n      return\n    } else if (path.includes(\"http\")) {\n      const win = window.open(path, \"_blank\")\n      if (win != null) {\n        win.focus()\n      }\n    } else if (path?.length > 0) {\n      history.push(generatePath(path))\n    }\n  }, [history, path, isDisabled, type])\n\n  const buttonColor = () => {\n    if (isDisabled) {\n      return \"info\"\n    } else {\n      return color ? color : \"primary\"\n    }\n  }\n\n  return (\n    <Box key={\"box\" + text} sx={{ display: hidden ? \"none\" : \"initial\" }}>\n      <div\n        key={\"div\" + text}\n        style={{ textDecoration: \"none\" }}\n        onClick={onClick ? onClick : handleClick}\n      >\n        <StyledButton\n          type={type}\n          fullWidth\n          color={buttonColor()}\n          variant=\"contained\"\n        >\n          {text}\n        </StyledButton>\n      </div>\n    </Box>\n  )\n}\n\nexport default Button\n","import React, { useEffect, useState } from \"react\"\nimport { Box, Container } from \"@mui/material\"\nimport Tabs from \"../components/Tabs/Tabs\"\nimport { mdiCar, mdiWeb } from \"@mdi/js\"\nimport CountrySelection from \"../components/CountrySelection\"\nimport VehicleSelection from \"./subpages/VehicleSelection\"\nimport Button from \"../../../components/Button\"\nimport { useTranslation } from \"react-i18next\"\nimport ResponsiveBackground from \"../../../components/ResponsiveBackground\"\nimport { useTheme } from \"@mui/material/styles\"\n\nconst TecRMI = (props) => {\n  const [isHomeSelected, setIsHomeSelected] = useState(false)\n  const { t } = useTranslation(\"app\")\n  const theme = useTheme()\n\n  const [step, setStep] = useState(0)\n\n  useEffect(() => {\n    if (isHomeSelected) setIsHomeSelected(false)\n  }, [isHomeSelected])\n\n  function backToHome() {\n    setIsHomeSelected(true)\n  }\n\n  const handleStep = (value) => {\n    setStep(step + value)\n  }\n\n  return (\n    <ResponsiveBackground theme={theme}>\n      <Container>\n        <Tabs\n          isHomeSelected={isHomeSelected}\n          icons={[{ path: mdiCar }, { path: mdiWeb }]}\n          labels={[{ label: \"\" }, { label: \"\" }]}\n          components={[\n            {\n              element: <VehicleSelection step={step} handleStep={handleStep} />,\n              hasPadding: true,\n            },\n            {\n              element: <CountrySelection backToHome={backToHome} />,\n              hasPadding: true,\n            },\n          ]}\n          variant={\"horizontal\"}\n        />\n        {step === 0 ? (\n          <Button path={\"/\"} text={t(\"back\")} color={\"primary\"} />\n        ) : (\n          <Box onClick={() => handleStep(-1)}>\n            <Button isDisabled={true} path={\"/\"} text={t(\"back\")} color={\"primary\"} />\n          </Box>\n        )}\n      </Container>\n    </ResponsiveBackground>\n  )\n}\n\nexport default TecRMI\n","import { ERoute, TRoute } from \"types/Global\"\nimport AuthenticityCheck from \"./AuthenticityCheck\"\nimport TecDoc from \"./ComplexVAS/TecDoc/TecDoc\"\nimport TecRMI from \"./ComplexVAS/TecRMI/TecRMI\"\nimport CounterfeitReport from \"./ComplexVAS/CounterfeitReport/CounterfeitReport\"\nimport SecondScan from \"./ComplexVAS/SecondScan/SecondScan\"\nimport StartScreen from \"./StartScreen\"\nimport MAPPCodeScreen from \"./StartScreen/subpages/MAPPCodeScreen\"\n\nexport const routes: TRoute[] = [\n  {\n    path: ERoute.ROOT,\n    Component: StartScreen,\n  },\n  {\n    path: ERoute.MAPPCodeScreen,\n    Component: MAPPCodeScreen,\n  },\n  {\n    path: ERoute.AUTHENTICITY_CHECK,\n    Component: AuthenticityCheck,\n  },\n  {\n    path: ERoute.COUNTERFEIT,\n    Component: CounterfeitReport,\n  },\n  {\n    path: ERoute.SECONDSCAN,\n    Component: SecondScan,\n  },\n  {\n    path: ERoute.TECDOC,\n    Component: TecDoc,\n  },\n  {\n    path: ERoute.TECRMI,\n    Component: TecRMI,\n  },\n]\n","import { styled } from \"@mui/material/styles\"\nimport { Typography } from \"@mui/material\"\n\nexport const StyledLink = styled(Typography)(({ theme, variant }) => ({\n  textDecoration: \"none\",\n  color: theme.tokens.color.link,\n  \"&:hover\": {\n    textDecoration: \"underline\",\n    color: theme.palette.primary.main,\n    cursor: \"pointer\",\n  },\n  \"&:active\": {\n    color: theme.palette.primary.main,\n    textDecoration: \"underline\",\n  },\n  [theme.breakpoints.down(\"md\")]: {\n    fontSize:\n      variant === \"body1\" ? \"0.8rem\" : variant === \"body2\" ? \" 0.5rem\" : \"1rem\",\n  },\n  [theme.breakpoints.up(\"md\")]: {\n    fontSize:\n      variant === \"body1\" ? \"1rem\" : variant === \"body2\" ? \" 0.875rem\" : \"1rem\",\n  },\n}))\n","import { StyledLink } from \"./styles\"\nimport { Box } from \"@mui/material\"\nimport React, { useCallback } from \"react\"\nimport { LinkProps } from \"./types\"\nimport { generatePath, useHistory } from \"react-router-dom\"\nimport { useTheme } from \"@mui/material/styles\"\nimport { TypographyProps } from \"@mui/material/Typography/Typography\"\n\nconst Link: React.FC<LinkProps & TypographyProps> = (props) => {\n  const { text, path, variant } = props\n  const history = useHistory()\n  const theme = useTheme()\n\n  const handleClick = useCallback(() => {\n    if (path.includes(\"http\") || path.includes(\"mailto\")) {\n      window.open(path, '_blank').focus();\n    } else {\n      history.push(generatePath(path))\n    }\n  }, [history, path])\n\n  return (\n    <Box>\n      <StyledLink variant={variant} theme={theme} onClick={handleClick}  {...props}>\n        {text}\n      </StyledLink>\n    </Box>\n  )\n}\n\nexport default Link\n","import ArrowBackOutlinedIcon from \"@mui/icons-material/ArrowBackOutlined\"\nimport { AppBar, Box, Divider, Toolbar, Typography } from \"@mui/material\"\nimport React from \"react\"\nimport { useHistory } from \"react-router-dom\"\nimport { useTecDocStore } from \"../../api/services/TecDoc\"\nimport { TopBarProps } from \"./types\"\nimport { isAte } from \"utils/Global\"\nimport { scrolltToTop } from \"utils/util\"\n\nconst TopBar: React.FC<TopBarProps> = (props) => {\n  const [topMargin, setTopMargin] = React.useState(0)\n\n  const { title } = props\n  const history = useHistory()\n\n  const tecDocStore = useTecDocStore()\n\n  const handleOnClick = () => {\n    const { pathname } = history.location\n\n    switch (pathname) {\n      case \"/scan\":\n        history.push(\"/\")\n        break\n      case \"/tecdoc\":\n        history.goBack()\n        tecDocStore.reset()\n        break\n      case \"/authenticity\":\n        history.push(\"/mappcodescreen\")\n        break\n      default:\n        history.goBack()\n        break\n    }\n    scrolltToTop()\n  }\n\n  React.useEffect(() => {\n    const mainNav = document.querySelector(\".main-navigation\") as HTMLElement\n    const metaNav = document.querySelector(\".meta-navigation\") as HTMLElement\n    const ateMetaNav = document.getElementById(\"meta-bar\") as HTMLElement\n    const ateLogoMetaNavBar = document.getElementById(\"nav-bar\") as HTMLElement\n\n    const ateLogoMetaNav = document.getElementById(\"logo\") as HTMLElement\n\n    if (mainNav && metaNav) {\n      const mainNavHeight = mainNav.offsetHeight\n      const metaNavHeight = metaNav.offsetHeight\n      setTopMargin(mainNavHeight + metaNavHeight)\n    }\n    if (isAte && ateMetaNav) {\n      const ateMainNavheight = ateMetaNav.offsetHeight\n      const top = ateMetaNav.getBoundingClientRect().top\n      if (ateLogoMetaNavBar) {\n        const logoHeight = ateLogoMetaNavBar.offsetHeight\n        const top = ateLogoMetaNavBar.getBoundingClientRect().top\n        setTopMargin(logoHeight + top)\n        \n      }\n      else if (ateLogoMetaNav) {\n        const logoHeight = ateLogoMetaNav.offsetHeight\n        if (logoHeight > ateMetaNav.offsetHeight) {\n          setTopMargin(logoHeight + top)\n        }\n      } else {\n        setTopMargin(ateMainNavheight + top)\n      }\n    }\n  }, [])\n\n  const validPaths = [\n    \"/authenticity\",\n    \"/scan\",\n    \"/tecdoc\",\n    \"/mappcodescreen\",\n    \"/report\",\n  ]\n\n  return (\n    <AppBar\n      id=\"os-title-bar\"\n      position=\"sticky\"\n      sx={{\n        backgroundColor: \"white !important\",\n        background: \"white !important\",\n        height: \"77px\",\n        top: `${topMargin}px`,\n        width: \"100%\",\n        zIndex: \"10 !important\"\n      }}\n    >\n      <Toolbar sx={{ paddingTop: \"40px\", paddingBottom: \"40px\" }}>\n        {validPaths.includes(history.location.pathname) && (\n          <>\n            <ArrowBackOutlinedIcon\n              onClick={handleOnClick}\n              sx={{ cursor: \"pointer\", marginRight: \"15px\", color: \"black\" }}\n            />\n            <Divider\n              orientation=\"vertical\"\n              sx={{ height: \"76px\", width: \"3px\" }}\n            />\n          </>\n        )}\n        {validPaths.includes(history.location.pathname) && (\n          <Box width=\"40px\"></Box>\n        )}\n        <Typography color={\"black\"}>{title}</Typography>\n      </Toolbar>\n    </AppBar>\n  )\n}\nexport default TopBar\n","import { ListTextItemTypes } from \"./components/List\"\n\nexport const createItemBorder = (array: ListTextItemTypes[]) => {\n  if (array.length > 0) {\n    array.map((item, index) => {\n      return (item.hasBorder = array.length - 1 !== index)\n    })\n  }\n  return array\n\n}\n\nexport const groupListByValue = (list, value) => {\n  const groupedList: { key: [] } = Object()\n  list.forEach((item) => {\n    if (item[value] in groupedList) {\n      groupedList[item[value]].push(item)\n    } else {\n      groupedList[item[value]] = [item]\n    }\n  })\n  return groupedList\n}\n\nexport function uniq(a) {\n  let seen = {}\n  return a.filter(function (item) {\n    return seen.hasOwnProperty(item.key) ? false : (seen[item.key] = true)\n  })\n}\n\nexport const getDate = (from, to) => {\n  let fromString =\n      from.toString().slice(4, 6) + \".\" + from.toString().slice(0, 4)\n  let toString = \"\"\n\n  if (to !== undefined) {\n    toString =\n        \" - \" + to.toString().slice(4, 6) + \".\" + to.toString().slice(0, 4)\n  }\n  return fromString + toString\n}\n\nexport const getDateSingle = (date) => {\n  return date.toString().slice(4, 6) + \".\" + date.toString().slice(0, 4)\n}\n\nexport const isValidUrl = (string) => {\n\n  const expression = /[-a-zA-Z0-9@:%._~#=]{1,256}\\.[a-zA-Z0-9()]{1,6}\\b([-a-zA-Z0-9()@:%_.~#?&/=]*)?/gi;\n  const urlRegex = new RegExp(expression)\n  const dateRegex = new RegExp('^(0[1-9]|1[0-2])\\\\.[0-9]{4}( - (0[1-9]|1[0-2])\\\\.[0-9]{4})?$')\n  const numberRegex = new RegExp('^(\\\\d+(\\\\.\\\\d+)*(-\\\\d+(\\\\.\\\\d+)*)*)$')\n  if (string.match(dateRegex) !== null || string.match(numberRegex) !== null) {\n    return false\n  }\n\n    return string.match(urlRegex) !== null\n}\n","import { isAte } from \"utils/Global\"\nimport \"../../App.css\"\nimport { getVariableColor } from \"../util\"\nexport interface OsapiensColors {\n  primary: string\n  secondary: string\n  success: string\n  warning: string\n  error: string\n  info: string\n  grey: string\n  link: string\n  lighten0: string\n  lighten1: string\n  lighten2: string\n  lighten3: string\n  lighten4: string\n  lighten5: string\n  lighten6: string\n  darken0: string\n  darken1: string\n  darken2: string\n  darken3: string\n  darken4: string\n  darken5: string\n  darken6: string\n  conti_yellow: string\n  conti_typo: string\n  conti_typo_button: string\n  ate_blue: string\n}\n\nexport interface OsapiensFont {\n  fontFamily: string\n  fontStyle: string\n  fontDisplay: string\n  fontWeight: number\n  src: string\n}\nexport interface ContiFont {\n  fontFamily: string\n  fontStyle: string\n  fontDisplay: string\n  fontWeight: number\n  fontWeight_heavy: string\n  src: string\n  fontSize_C_H: string\n}\n\nexport interface OsapiensThemeTokens {\n  style: {\n    radius: number\n  }\n  color: OsapiensColors\n  breakpoints: {\n    breakpointXs: number\n    breakpointSm: number\n    breakpointMd: number\n    breakpointLg: number\n    breakpointXl: number\n    breakpointMobile: number\n    breakpointTablet: number\n    breakpointLaptop: number\n    breakpointDesktop: number\n  }\n  fonts: OsapiensFont[]\n  fonts_Conti: ContiFont\n  images: {\n    background: string\n  }\n  tabbedHeader: {\n    height: string\n  }\n  header: {\n    height: string\n  }\n}\n\nexport const colors: OsapiensColors = {\n  primary: !(isAte) ? \"#FEA500\" : \"#005CA9\",\n  secondary: !(isAte) ? \"#FEA500\" : \"#005CA9\",\n  success: \"#90c62c\",\n  warning: \"#eebf00\",\n  error: \"#d55342\",\n  info: \"#e0e0e0\",\n  grey: \"rgba(51,51,51,0.7)\",\n  link: \"#039be5\",\n  lighten0: \"rgba(255, 255, 255, 0.03)\",\n  lighten1: \"rgba(255, 255, 255, 0.05)\",\n  lighten2: \"rgba(255, 255, 255, 0.12)\",\n  lighten3: \"rgba(255, 255, 255, 0.24)\",\n  lighten4: \"rgba(255, 255, 255, 0.38)\",\n  lighten5: \"rgba(255, 255, 255, 0.5)\",\n  lighten6: \"rgba(255, 255, 255, 0.85)\",\n  darken0: \"rgba(0, 0, 0, 0.03)\",\n  darken1: \"rgba(0, 0, 0, 0.07)\",\n  darken2: \"rgba(0, 0, 0, 0.12)\",\n  darken3: \"rgba(0, 0, 0, 0.24)\",\n  darken4: \"rgba(0, 0, 0, 0.38)\",\n  darken5: \"rgba(0, 0, 0, 0.5)\",\n  darken6: \"rgba(0, 0, 0, 0.85)\",\n  conti_yellow: \"#FEA500\",\n  conti_typo: \"#FFFFFF\",\n  conti_typo_button: \"#000000\",\n  ate_blue: \"#005CA9\",\n}\n\nexport const fonts: OsapiensFont[] = [\n  {\n    fontFamily: \"FreeMono, monospace\",\n    fontStyle: \"normal\",\n    fontDisplay: \"swap\",\n    fontWeight: 400,\n    // eslint-disable-next-line\n    src: `url(${require(\"!!url-loader!@mdi/font/fonts/materialdesignicons-webfont.woff2\")}) format('woff2')`,\n  },\n]\nexport const fonts_Conti: ContiFont = {\n  fontFamily: \"FreeMono, monospace\",\n  fontStyle: \"normal\",\n  fontDisplay: \"swap\",\n  fontWeight: 400,\n  fontWeight_heavy: \"600\",\n  fontSize_C_H: \"18px\",\n  // eslint-disable-next-line\n  src: `url(${require(\"!!url-loader!@mdi/font/fonts/materialdesignicons-webfont.woff2\")}) format('woff2')`,\n}\n\nexport const tokens: OsapiensThemeTokens = {\n  color: colors,\n  style: {\n    radius: 4,\n  },\n  breakpoints: {\n    breakpointXs: 0,\n    breakpointSm: 600,\n    breakpointMd: 960,\n    breakpointLg: 1280,\n    breakpointXl: 1920,\n    breakpointMobile: 340,\n    breakpointTablet: 640,\n    breakpointLaptop: 800,\n    breakpointDesktop: 1024,\n  },\n  fonts,\n  fonts_Conti: fonts_Conti,\n  images: {\n    background: \"transparent\", // require(\"!!url-loader!./assets/background-pattern.svg\"),\n  },\n  tabbedHeader: {\n    height: \"80px\",\n  },\n  header: {\n    height: \"0px\",\n  },\n}\n\nexport default tokens\n","var map = {\n\t\"./App/index.tsx\": 680,\n\t\"./AuthenticityCheck/index.tsx\": 315,\n\t\"./CounterfeitReport/index.tsx\": 681,\n\t\"./TecDoc/index.tsx\": 60,\n\t\"./TecRMI/index.tsx\": 682,\n\t\"./User/index.tsx\": 314,\n\t\"./ValueAddedService/index.tsx\": 683\n};\n\n\nfunction webpackContext(req) {\n\tvar id = webpackContextResolve(req);\n\treturn __webpack_require__(id);\n}\nfunction webpackContextResolve(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\te.code = 'MODULE_NOT_FOUND';\n\t\tthrow e;\n\t}\n\treturn map[req];\n}\nwebpackContext.keys = function webpackContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackContext.resolve = webpackContextResolve;\nmodule.exports = webpackContext;\nwebpackContext.id = 479;","var map = {\n\t\"./de.json\": [\n\t\t699,\n\t\t3\n\t],\n\t\"./en.json\": [\n\t\t301\n\t],\n\t\"./es.json\": [\n\t\t700,\n\t\t4\n\t],\n\t\"./fr.json\": [\n\t\t701,\n\t\t5\n\t],\n\t\"./it.json\": [\n\t\t702,\n\t\t6\n\t],\n\t\"./ko.json\": [\n\t\t703,\n\t\t7\n\t],\n\t\"./pl.json\": [\n\t\t704,\n\t\t8\n\t],\n\t\"./pt.json\": [\n\t\t705,\n\t\t9\n\t],\n\t\"./ro.json\": [\n\t\t706,\n\t\t10\n\t],\n\t\"./tr.json\": [\n\t\t707,\n\t\t11\n\t],\n\t\"./zh.json\": [\n\t\t708,\n\t\t12\n\t]\n};\nfunction webpackAsyncContext(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\treturn Promise.resolve().then(function() {\n\t\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\t\te.code = 'MODULE_NOT_FOUND';\n\t\t\tthrow e;\n\t\t});\n\t}\n\n\tvar ids = map[req], id = ids[0];\n\treturn Promise.all(ids.slice(1).map(__webpack_require__.e)).then(function() {\n\t\treturn __webpack_require__.t(id, 3);\n\t});\n}\nwebpackAsyncContext.keys = function webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 495;\nmodule.exports = webpackAsyncContext;","var map = {\n\t\"./de.json\": [\n\t\t709,\n\t\t35\n\t],\n\t\"./en.json\": [\n\t\t302\n\t],\n\t\"./es.json\": [\n\t\t710,\n\t\t36\n\t],\n\t\"./fr.json\": [\n\t\t711,\n\t\t37\n\t],\n\t\"./it.json\": [\n\t\t712,\n\t\t38\n\t]\n};\nfunction webpackAsyncContext(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\treturn Promise.resolve().then(function() {\n\t\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\t\te.code = 'MODULE_NOT_FOUND';\n\t\t\tthrow e;\n\t\t});\n\t}\n\n\tvar ids = map[req], id = ids[0];\n\treturn Promise.all(ids.slice(1).map(__webpack_require__.e)).then(function() {\n\t\treturn __webpack_require__.t(id, 3);\n\t});\n}\nwebpackAsyncContext.keys = function webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 497;\nmodule.exports = webpackAsyncContext;","var map = {\n\t\"./de.json\": 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webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 502;\nmodule.exports = webpackAsyncContext;","var map = {\n\t\"./de.json\": [\n\t\t733,\n\t\t27\n\t],\n\t\"./en.json\": [\n\t\t308\n\t],\n\t\"./es.json\": [\n\t\t734,\n\t\t28\n\t],\n\t\"./fr.json\": [\n\t\t735,\n\t\t29\n\t],\n\t\"./it.json\": [\n\t\t736,\n\t\t30\n\t]\n};\nfunction webpackAsyncContext(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\treturn Promise.resolve().then(function() {\n\t\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\t\te.code = 'MODULE_NOT_FOUND';\n\t\t\tthrow e;\n\t\t});\n\t}\n\n\tvar ids = map[req], id = ids[0];\n\treturn Promise.all(ids.slice(1).map(__webpack_require__.e)).then(function() {\n\t\treturn __webpack_require__.t(id, 3);\n\t});\n}\nwebpackAsyncContext.keys = function webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 503;\nmodule.exports = webpackAsyncContext;","var map = {\n\t\"./de.json\": 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[\n\t\t744,\n\t\t16\n\t],\n\t\"./ko.json\": [\n\t\t745,\n\t\t17\n\t],\n\t\"./pl.json\": [\n\t\t746,\n\t\t18\n\t],\n\t\"./pt.json\": [\n\t\t747,\n\t\t19\n\t],\n\t\"./ro.json\": [\n\t\t748,\n\t\t20\n\t],\n\t\"./tr.json\": [\n\t\t749,\n\t\t21\n\t],\n\t\"./zh.json\": [\n\t\t750,\n\t\t22\n\t]\n};\nfunction webpackAsyncContext(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\treturn Promise.resolve().then(function() {\n\t\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\t\te.code = 'MODULE_NOT_FOUND';\n\t\t\tthrow e;\n\t\t});\n\t}\n\n\tvar ids = map[req], id = ids[0];\n\treturn Promise.all(ids.slice(1).map(__webpack_require__.e)).then(function() {\n\t\treturn __webpack_require__.t(id, 3);\n\t});\n}\nwebpackAsyncContext.keys = function webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 505;\nmodule.exports = webpackAsyncContext;","var map = {\n\t\"./de.json\": [\n\t\t751,\n\t\t23\n\t],\n\t\"./en.json\": [\n\t\t312\n\t],\n\t\"./es.json\": [\n\t\t752,\n\t\t24\n\t],\n\t\"./fr.json\": [\n\t\t753,\n\t\t25\n\t],\n\t\"./it.json\": [\n\t\t754,\n\t\t26\n\t]\n};\nfunction webpackAsyncContext(req) {\n\tif(!__webpack_require__.o(map, req)) {\n\t\treturn Promise.resolve().then(function() {\n\t\t\tvar e = new Error(\"Cannot find module '\" + req + \"'\");\n\t\t\te.code = 'MODULE_NOT_FOUND';\n\t\t\tthrow e;\n\t\t});\n\t}\n\n\tvar ids = map[req], id = ids[0];\n\treturn Promise.all(ids.slice(1).map(__webpack_require__.e)).then(function() {\n\t\treturn __webpack_require__.t(id, 3);\n\t});\n}\nwebpackAsyncContext.keys = function webpackAsyncContextKeys() {\n\treturn Object.keys(map);\n};\nwebpackAsyncContext.id = 511;\nmodule.exports = webpackAsyncContext;","import i18next from \"i18next\"\nimport React from \"react\"\nimport { useTranslation } from \"react-i18next\"\n\nconst useScopedTranslation = (\n  namespace: string,\n  lazyLoadLocales: (locale) => Promise<any>,\n  defaultTranslations: any,\n  defaultLanguage: string = \"en\"\n) => {\n  const { t, i18n } = useTranslation(namespace)\n  // load new translations on language switch\n  React.useEffect(() => {\n    // load default language directly\n    if (!i18next.hasResourceBundle(defaultLanguage, namespace)) {\n      i18next.addResourceBundle(defaultLanguage, namespace, defaultTranslations)\n    }\n    // lazy load foreign language on demand\n    if (!i18next.hasResourceBundle(i18n.language, namespace)) {\n      lazyLoadLocales(i18n.language).then((translations) => {\n        i18next.addResourceBundle(i18n.language, namespace, translations)\n      })\n    }\n  }, [\n    t,\n    i18n.language,\n    defaultLanguage,\n    namespace,\n    defaultTranslations,\n    lazyLoadLocales,\n  ])\n\n  return { t, i18n }\n}\n\nexport default useScopedTranslation\n","import { makeAutoObservable, runInAction } from \"mobx\"\nimport {\n  ActionError,\n  ActionResultStatus,\n  ActionSuccess,\n  QueryResponse,\n} from \"types/Global\"\nimport { resultOrError } from \"../../../utils/Global\"\nimport { APIMethods, call } from \"api/CloudAPI\"\nimport {\n  ArticleAttributes,\n  ArticleDocuments,\n  ArticleInfo,\n  BrandDetails,\n  CountryInfo,\n  DirectArticle,\n  EanNumber,\n  OENumber,\n  ReplacedNumber,\n  UsageNumber,\n  VehicleDetails,\n  VehicleImmediateAttributs,\n  VehicleLink,\n} from \"../../../types/BusinessObjects\"\n\nclass TecDocStore {\n  loadingCountryList = false\n  countryList: CountryInfo[] = null\n\n  loadingArticleList = false\n  articleList: ArticleInfo = null\n\n  loadingBrandDetails = false\n  brandDetails: BrandDetails = null\n\n  dynamicIpAdded = false\n\n  loadingArticleDetailsList = false\n  articleAttributes: ArticleAttributes = null\n  directArticle: DirectArticle = null\n  usageNumber: UsageNumber = null\n  eanNumber: EanNumber = null\n  oeNumber: OENumber[] = null\n  articleDocuments: ArticleDocuments[] = null\n  replacedNumber: ReplacedNumber = null\n\n  loadingVehicleList = false\n  vehicleList: VehicleLink[] = null\n\n  loadingVehicleImmediateAttributs = false\n  vehicleListImmediateAttributs: VehicleImmediateAttributs[] = null\n\n  loadingVehicleDetailsList = false\n  vehicleDetailsList: VehicleDetails[] = null\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n  reset() {\n    this.loadingCountryList = false;\n    this.countryList = null;\n\n    this.loadingArticleList = false;\n    this.articleList = null;\n\n    this.loadingBrandDetails = false;\n    this.brandDetails = null;\n\n    this.dynamicIpAdded = false;\n\n    this.loadingArticleDetailsList = false;\n    this.articleAttributes = null;\n    this.directArticle = null;\n    this.usageNumber = null;\n    this.eanNumber = null;\n    this.oeNumber = null;\n    this.articleDocuments = null;\n    this.replacedNumber = null;\n\n    this.loadingVehicleList = false;\n    this.vehicleList = null;\n\n    this.loadingVehicleImmediateAttributs = false;\n    this.vehicleListImmediateAttributs = null;\n\n    this.loadingVehicleDetailsList = false;\n    this.vehicleDetailsList = null;\n  }\n\n\n  // actions\n  async fetchCountries(lang: string) {\n    this.loadingCountryList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETCOUNTRIES,\n      payload: {\n        lang,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n        \"Continental_Aftermarket\",\n        \"tecdoc@osapiens.com\",\n        \"QASDFGHJKLÖ_\"\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.countryList = result.data.array\n        this.loadingCountryList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingCountryList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  // actions\n  async fetchArticle(\n    articleCountry: string,\n    lang: string,\n    numberType: number,\n    articleNumber: string\n  ) {\n    this.loadingArticleList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETARTICLE,\n      payload: {\n        lang,\n        articleCountry,\n        numberType,\n        articleNumber,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n        \"Continental_Aftermarket\",\n        \"tecdoc@osapiens.com\",\n        \"QASDFGHJKLÖ_\"\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.loadingArticleList = false\n        this.articleList = result.data.array[0]\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingArticleList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchBrandDetails(\n    articleCountry: string,\n    lang: string,\n    brandNo: number\n  ) {\n    this.loadingBrandDetails = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETBRANDDETAILS,\n      payload: {\n        lang,\n        articleCountry,\n        brandNo,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n        \"Continental_Aftermarket\",\n        \"tecdoc@osapiens.com\",\n        \"QASDFGHJKLÖ_\"\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.brandDetails = result.data.array[0]\n        this.loadingBrandDetails = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingBrandDetails = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchArticleDetails(\n    articleCountry: string,\n    lang: string,\n    articleId: number\n  ) {\n    this.loadingArticleDetailsList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETARTICLEDETAILS,\n      payload: {\n        lang,\n        articleCountry,\n        articleId: {\n          array: [articleId],\n        },\n        attributs: true,\n        basicData: true,\n        documents: true,\n        eanNumbers: true,\n        oeNumbers: true,\n        replacedNumbers: true,\n        usageNumbers: true,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n        \"Continental_Aftermarket\",\n        \"tecdoc@osapiens.com\",\n        \"QASDFGHJKLÖ_\"\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.loadingArticleDetailsList = false\n        this.articleAttributes = result.data.array[0].articleAttributes?.array\n        this.directArticle = result.data.array[0]?.directArticle\n        this.eanNumber = result.data.array[0].eanNumber?.array\n        this.replacedNumber = result.data.array[0].replacedNumber\n        this.loadingArticleDetailsList = false\n        this.articleDocuments = result.data.array[0].articleDocuments.array\n        this.oeNumber = result.data.array[0].oenNumbers.array\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingArticleDetailsList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async addPublicIP(address: string) {\n    const body = {\n      function: APIMethods.TECDOC_ADDIPADDRESS,\n      payload: {\n        address: address,\n        validityHours: 1,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n        \"Continental_Aftermarket\",\n        \"tecdoc@osapiens.com\",\n        \"QASDFGHJKLÖ_\"\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.dynamicIpAdded = result.hasOwnProperty(\"validityHours\")\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        console.log(\"Public IP could not be added\")\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchVehicleList(\n    articleCountry: string,\n    lang: string,\n    articleId: number\n  ) {\n    this.loadingVehicleList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETVEHICLELIST,\n      payload: {\n        lang,\n        articleCountry,\n        articleId: articleId,\n        linkingTargetType: \"PO\", // P: Passenger car O: Commercial vehicle\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n        \"Continental_Aftermarket\",\n        \"tecdoc@osapiens.com\",\n        \"QASDFGHJKLÖ_\"\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.vehicleList = result.data.array[0].articleLinkages?.array\n        this.loadingVehicleList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingVehicleList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchVehicleDetailList(\n    articleCountry: string,\n    lang: string,\n    carIds: number[]\n  ) {\n    this.loadingVehicleDetailsList = true\n    let detailedVehicleArray = []\n    let lastResult = null\n\n    while (carIds.length !== 0) {\n      let tempVehicleIds = carIds.splice(0, 24)\n\n      const body = {\n        function: APIMethods.TECDOC_GETVEHICLEDETAILSLIST,\n        payload: {\n          lang,\n          articleCountry,\n          carIds: {\n            array: tempVehicleIds,\n          },\n          countriesCarSelection: articleCountry,\n          country: articleCountry,\n          motorCodes: true,\n        },\n      }\n\n      const [result, error]: any = await resultOrError<QueryResponse<any>>(\n        call(\n          \"TecDoc\",\n          {\n            ...body,\n          },\n          \"Continental_Aftermarket\",\n          \"tecdoc@osapiens.com\",\n          \"QASDFGHJKLÖ_\"\n        )\n      )\n\n      if (result) {\n        lastResult = result\n        detailedVehicleArray = detailedVehicleArray.concat(result.data.array)\n      } else {\n        runInAction(() => {\n          this.loadingVehicleDetailsList = false\n        })\n        return {\n          status: ActionResultStatus.ERROR,\n          error: error,\n        } as ActionError\n      }\n    }\n    if (detailedVehicleArray && lastResult) {\n      runInAction(() => {\n        this.vehicleDetailsList = detailedVehicleArray\n        this.loadingVehicleDetailsList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: lastResult,\n      } as ActionSuccess<number>\n    }\n  }\n\n  async fetchVehicleListImmediateAttributs(\n    articleCountry: string,\n    lang: string,\n    linkedArticlePairs: { articleLinkId: number; linkingTargetId: number }[],\n    articleId: number\n  ) {\n    this.loadingVehicleImmediateAttributs = true\n    let detailedVehicleArray = []\n    let lastResult = null\n\n    while (linkedArticlePairs.length !== 0) {\n      let tempVehicleIds = linkedArticlePairs.splice(0, 24)\n\n      const body = {\n        function: APIMethods.TECDOC_GETVEHICLELISTIMMEDIATEATTRIBUTS,\n        payload: {\n          lang,\n          articleCountry,\n          linkedArticlePairs: {\n            array: tempVehicleIds,\n          },\n          linkingTargetType: \"VOL\",\n          country: articleCountry,\n          immediateAttributs: true,\n          articleId: articleId\n        },\n      }\n\n      const [result, error]: any = await resultOrError<QueryResponse<any>>(\n        call(\n          \"TecDoc\",\n          {\n            ...body,\n          },\n          \"Continental_Aftermarket\",\n          \"tecdoc@osapiens.com\",\n          \"QASDFGHJKLÖ_\"\n        )\n      )\n\n      if (result) {\n        lastResult = result\n        detailedVehicleArray = detailedVehicleArray.concat(result.data.array)\n      } else {\n        runInAction(() => {\n          this.loadingVehicleImmediateAttributs= false\n        })\n        return {\n          status: ActionResultStatus.ERROR,\n          error: error,\n        } as ActionError\n      }\n    }\n    if (detailedVehicleArray && lastResult) {\n      runInAction(() => {\n        this.vehicleListImmediateAttributs = detailedVehicleArray\n        this.loadingVehicleImmediateAttributs = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: lastResult,\n      } as ActionSuccess<number>\n    }\n   }\n}\n\nexport default TecDocStore\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst TecDocStoreContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n    const { children } = props\n\n    return (\n        <TecDocStoreContext.Provider value={new Store()}>\n            {children}\n        </TecDocStoreContext.Provider>\n    )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useTecDocStore = () => useContext(TecDocStoreContext)\n","const requireAllServices = (ctx: any): React.FC<any>[] => {\n  const keys = ctx.keys()\n  const modules = keys.map(ctx)\n\n  return keys.map((key: string, index: number) => modules[index].StoreProvider)\n}\n\nconst getAllServices = (): React.FC<any>[] => {\n  return requireAllServices(\n    require.context(\"api/services/\", true, /index\\.tsx$/)\n  )\n}\n\nexport default getAllServices()\n","import { merge } from \"lodash\"\n\nimport { createTheme } from \"@mui/material/styles\"\n\n// import MaterialDesignIcons from \"!!url-loader!@mdi/font/fonts/materialdesignicons-webfont.woff2\"\nimport tokens, { fonts, OsapiensThemeTokens } from \"./tokens\"\nimport { isAte } from \"utils/Global\"\n\n// TODO: override styles of all anchor elements\n// a,\n// a:hover {\n//   color: $primary;\n// }\n// a:visited {\n//   color: adjust-color($color: $primary, $lightness: -20%);\n// }\n\ndeclare module \"@mui/material/styles\" {\n  interface Theme {\n    tokens: OsapiensThemeTokens\n  }\n  interface BreakpointOverrides {\n    xs: true\n    sm: true\n    md: true\n    lg: true\n    xl: true\n    mobile: true\n    tablet: true\n    laptop: true\n    desktop: true\n  }\n}\n\nconst commonTheme = {\n  palette: {\n    mode: \"light\",\n    // change dinamically if it's ate or continental\n    primary: {\n      // light: tokens.color.primary, // will be calculated from palette.primary.main\n      main: tokens.color.primary,\n      // dark: tokens.color.primary, // will be calculated from palette.primary.main\n    },\n    secondary: {\n      // light: tokens.color.secondary, // will be calculated from palette.primary.main\n      main: tokens.color.secondary,\n      // dark: tokens.color.secondary, // will be calculated from palette.primary.main\n    },\n    success: {\n      // light: tokens.color.success, // will be calculated from palette.primary.main\n      main: tokens.color.success,\n      // dark: tokens.color.success, // will be calculated from palette.primary.main\n    },\n    warning: {\n      // light: tokens.color.warning, // will be calculated from palette.primary.main\n      main: tokens.color.warning,\n      // dark: tokens.color.warning, // will be calculated from palette.primary.main\n    },\n    error: {\n      // light: tokens.color.error, // will be calculated from palette.primary.main\n      main: tokens.color.error,\n      // dark: tokens.color.error, // will be calculated from palette.primary.main\n    },\n    grey: {\n      main: tokens.color.grey,\n    },\n    info: {\n      main: tokens.color.info,\n    },\n    link: {\n      main: tokens.color.link,\n    },\n    // Used by `getContrastText()` to maximize the contrast between\n    // the background and the text.\n    contrastThreshold: 3,\n    // Used by the functions below to shift a color's luminance by approximately\n    // two indexes within its tonal palette.\n    // E.g., shift from Red 500 to Red 300 or Red 700.\n    tonalOffset: {\n      light: 0.2,\n      dark: 0.2,\n    },\n  },\n  shape: {\n    borderRadius: tokens.style.radius,\n  },\n  breakpoints: {\n    values: {\n      xs: tokens.breakpoints.breakpointXs,\n      sm: tokens.breakpoints.breakpointSm,\n      md: tokens.breakpoints.breakpointMd,\n      lg: tokens.breakpoints.breakpointLg,\n      xl: tokens.breakpoints.breakpointXl,\n      mobile: tokens.breakpoints.breakpointMobile,\n      tablet: tokens.breakpoints.breakpointTablet,\n      laptop: tokens.breakpoints.breakpointLaptop,\n      desktop: tokens.breakpoints.breakpointDesktop,\n    },\n  },\n  overrides: {\n    MuiCssBaseline: {\n      \"@global\": {\n        \"@font-face\": fonts,\n      },\n    },\n  },\n}\n\nconst muiBaseTheme = createTheme()\n\nconst tokensLight: any = merge({}, commonTheme, {\n  palette: {\n    mode: \"light\",\n  },\n  typography: {\n    allVariants: {\n      fontFamily: isAte ? 'Etelka Light !important' : \"\" ,\n      textTransform: 'none',\n      fontSize: 16,\n    },\n  },\n  tokens,\n})\n\nconst tokensDark: any = merge({}, commonTheme, {\n  palette: {\n    mode: \"dark\",\n    background: {\n      default: muiBaseTheme.palette.common.black,\n      paper: muiBaseTheme.palette.grey[\"900\"],\n    },\n  },\n  typography: {\n    allVariants: {\n      fontFamily: isAte ? 'Etelka Light !important' : \"\" ,\n      textTransform: 'none',\n      fontSize: 16,\n    },\n  },\n  tokens,\n})\n\nconst osapiensTheme = {\n  light: createTheme(tokensLight),\n  dark: createTheme(tokensDark),\n}\n\nexport default osapiensTheme\n","import React from \"react\"\nimport i18n from \"i18next\"\nimport { initReactI18next } from \"react-i18next\"\nimport LanguageDetector from \"i18next-browser-languagedetector\"\nimport i18nCountries from \"i18n-iso-countries\"\nimport { cloneDeep } from \"lodash\"\nimport moment from \"moment\"\nimport \"moment/locale/de\"\n\nimport CountryFlag from \"@osapiens/react-ui/lib/ui/CountryFlag\"\nimport { CountryCode } from \"types/Formats\"\n\nimport de from \"./locales/de.json\"\nimport en from \"./locales/en.json\"\nimport es from \"./locales/es.json\"\nimport fr from \"./locales/fr.json\"\nimport it from \"./locales/it.json\"\nimport pl from \"./locales/pl.json\"\nimport pt from \"./locales/pt.json\"\nimport ro from \"./locales/ro.json\"\nimport tr from \"./locales/tr.json\"\nimport zh from \"./locales/zh.json\"\nimport ko from \"./locales/ko.json\"\n\nexport interface Language {\n  locale: string\n  name: string\n  icon: JSX.Element\n}\n\nconst getBrowserLanguage = () => {\n  // @ts-ignore\n  const userLang = navigator.language || navigator.userLanguage\n  return userLang ? userLang.split(\"-\")[0] : FALLBACK_LANGUAGE\n}\n\nconst browserLanguage = getBrowserLanguage()\nexport const FALLBACK_LANGUAGE = \"en\"\n\nexport const defaultTranslationModules = [\n  { locale: \"de\", texts: de },\n  { locale: \"en\", texts: en },\n  { locale: \"es\", texts: es },\n  { locale: \"fr\", texts: fr },\n  { locale: \"it\", texts: it },\n  { locale: \"pl\", texts: pl },\n  { locale: \"pt\", texts: pt },\n  { locale: \"ro\", texts: ro },\n  { locale: \"tr\", texts: tr },\n  { locale: \"zh\", texts: zh },\n  { locale: \"ko\", texts: ko },\n]\nexport const defaultLanguages = defaultTranslationModules.map((m) => m.locale)\n\nconst resources = cloneDeep(\n  Object.fromEntries(\n    defaultTranslationModules.map((m) => [m.locale, { app: m.texts }])\n  )\n)\n\nexport const getDefaultLanguages = (): Language[] => {\n  const mappedLocaleNames = {\n    en: \"English\",\n    de: \"Deutsch\",\n    fr: \"Français\",\n    da: \"Dansk\",\n    pl: \"Polski\",\n    nl: \"Nederlands\",\n  }\n\n  return defaultLanguages.map(\n    (locale) =>\n      ({\n        locale: locale,\n        name:\n          mappedLocaleNames[locale as keyof typeof mappedLocaleNames] || locale,\n        icon: <CountryFlag code={locale.toUpperCase() as CountryCode} />,\n      } as Language)\n  )\n}\n\n// register defaultLanguages for country names\ndefaultLanguages.forEach((locale) =>\n  i18nCountries.registerLocale(\n    require(`i18n-iso-countries/langs/${locale}.json`)\n  )\n)\n\ni18n\n  .use(LanguageDetector)\n\n  // pass the i18n instance to react-i18next.\n  .use(initReactI18next)\n\n  // init i18next\n  // for all options read: https://www.i18next.com/overview/configuration-options\n  .init({\n    resources,\n    debug: process.env.NODE_ENV === \"development\",\n    ns: [\"app\"],\n    defaultNS: \"app\",\n    lng: browserLanguage || FALLBACK_LANGUAGE,\n    fallbackLng: FALLBACK_LANGUAGE,\n    interpolation: {\n      escapeValue: false, // not needed for react as it escapes by default\n    },\n    react: {\n      bindI18n: \"languageChanged\",\n      bindI18nStore: \"added\",\n    },\n  })\n\nmoment.locale(i18n.language)\n\nlet SETUP_COMPLETED = {\n  [FALLBACK_LANGUAGE]: false,\n}\nexport const isSetup = (language: string) => SETUP_COMPLETED[language]\nexport const setup = (language: string) => {\n  if (isSetup(language) === false) {\n    i18nCountries.registerLocale(\n      require(`i18n-iso-countries/langs/${language}.json`)\n    )\n  }\n}\n\nexport default i18n\n","import React, { Suspense, useRef } from \"react\"\nimport { ErrorBoundary } from \"react-error-boundary\"\nimport { SnackbarProvider } from \"notistack\"\nimport { HTML5Backend } from \"react-dnd-html5-backend\"\nimport { DndProvider } from \"react-dnd\"\n\nimport { HashRouter, BrowserRouter } from \"react-router-dom\"\n\nimport services from \"api/services\"\n\nimport {\n  CssBaseline,\n  createMuiTheme,\n  createTheme,\n  makeStyles,\n} from \"@mui/material\"\nimport { ThemeProvider, styled } from \"@mui/material/styles\"\nimport StylesProvider from \"@mui/styles/StylesProvider\"\n\nimport AppComponent from \"pages/App/index\"\nimport ErrorBoundaryFallback from \"@osapiens/react-ui/lib/ui/ErrorBoundary\"\nimport { osapiens } from \"themes\"\n\nimport { FALLBACK_LANGUAGE, setup } from \"i18n\"\n\nimport \"./App.css\"\nimport { isAte } from \"utils/Global\"\n\n// const theme = osapiens.light\nconst theme = osapiens.light\n\nconst PREFIX = \"App\"\n\nconst classes = {\n  success: `${PREFIX}-success`,\n  error: `${PREFIX}-error`,\n  warning: `${PREFIX}-warning`,\n  info: `${PREFIX}-info`,\n}\n\nconst StyledErrorBoundary = styled(ErrorBoundary)(({ theme }) => ({\n  [`& .${classes.success}`]: { backgroundColor: theme.palette.success.main },\n  [`& .${classes.error}`]: { backgroundColor: theme.palette.error.main },\n  [`& .${classes.warning}`]: { backgroundColor: theme.palette.warning.main },\n  [`& .${classes.info}`]: { backgroundColor: theme.palette.secondary.main },\n}))\n\nconst CombinedStoreProvider: React.FC<{ provider: React.FC<any>[] }> = ({\n  provider,\n  children,\n}) => {\n  const InitialNode: React.FC<{}> = ({ children }) => <>{children}</>\n  const NestedProvider = provider.reduce((Provider, ParentNode) => {\n    return ({ children }) => (\n      <ParentNode>\n        <Provider>{children}</Provider>\n      </ParentNode>\n    )\n  }, InitialNode)\n\n  return <NestedProvider>{children}</NestedProvider>\n}\n\n// const updateFontFace = (fontFamily: string, fontUrl: string) => {\n//   // Create a new style element\n//   const styleElement = document.createElement('style');\n//   styleElement.type = 'text/css';\n\n//   // Construct the @font-face rule and universal font-family rule\n//   const fontFaceRule = `\n//     @font-face {\n//       font-family: \"${fontFamily}\";\n//       src: local(\"${fontFamily}\"), url(\"${fontUrl}\") format(\"opentype\");\n//     }\n\n//     * {\n//       font-family: \"${fontFamily}\", serif !important;\n//     }\n//   `;\n\n//   styleElement.textContent = fontFaceRule;\n\n//   // Remove any existing custom font-face styles to prevent duplicates\n//   const existingFontStyle = document.getElementById('dynamic-font-face');\n//   if (existingFontStyle) {\n//     existingFontStyle.parentNode.removeChild(existingFontStyle);\n//   }\n\n//   // Append the new style element to the head\n//   styleElement.id = 'dynamic-font-face';\n//   document.head.appendChild(styleElement);\n// }\n\nconst AppContainer = () => {\n  React.useEffect(() => {\n    // initialize i18n with fallback language if not done, yet\n    setup(FALLBACK_LANGUAGE)\n  }, [])\n\n  const fontRef = useRef(null)\n\n  return (\n    <StyledErrorBoundary FallbackComponent={ErrorBoundaryFallback}>\n      <Suspense fallback={<div>loading...</div>}>\n        <CombinedStoreProvider provider={services || []}>\n          <SnackbarProvider\n            maxSnack={3}\n            classes={{\n              variantSuccess: classes.success,\n              variantError: classes.error,\n              variantWarning: classes.warning,\n              variantInfo: classes.info,\n            }}\n          >\n            <DndProvider backend={HTML5Backend}>\n              <StylesProvider injectFirst>\n                <ThemeProvider theme={theme}>\n                  {/* Kickstart a simple scoped CSS baseline to build upon. */}\n                  {/* Required to override Material-UI's styles via CSS modules. */}\n                  <CssBaseline />\n                  <BrowserRouter>\n                    <AppComponent />\n                  </BrowserRouter>\n                </ThemeProvider>\n              </StylesProvider>\n            </DndProvider>\n          </SnackbarProvider>\n        </CombinedStoreProvider>\n      </Suspense>\n    </StyledErrorBoundary>\n  )\n}\n\nexport default AppContainer\n","import consola from \"consola\"\n\n// This optional code is used to register a service worker.\n// register() is not called by default.\n\n// This lets the app load faster on subsequent visits in production, and gives\n// it offline capabilities. However, it also means that developers (and users)\n// will only see deployed updates on subsequent visits to a page, after all the\n// existing tabs open on the page have been closed, since previously cached\n// resources are updated in the background.\n\n// To learn more about the benefits of this model and instructions on how to\n// opt-in, read https://bit.ly/CRA-PWA\n\nconst isLocalhost = Boolean(\n  window.location.hostname === \"localhost\" ||\n    // [::1] is the IPv6 localhost address.\n    window.location.hostname === \"[::1]\" ||\n    // 127.0.0.0/8 are considered localhost for IPv4.\n    window.location.hostname.match(\n      /^127(?:\\.(?:25[0-5]|2[0-4][0-9]|[01]?[0-9][0-9]?)){3}$/\n    )\n)\n\ntype Config = {\n  onSuccess?: (registration: ServiceWorkerRegistration) => void\n  onUpdate?: (registration: ServiceWorkerRegistration) => void\n}\n\nexport function register(config?: Config) {\n  if (process.env.NODE_ENV === \"production\" && \"serviceWorker\" in navigator) {\n    // The URL constructor is available in all browsers that support SW.\n    const publicUrl = new URL(process.env.PUBLIC_URL, window.location.href)\n    if (publicUrl.origin !== window.location.origin) {\n      // Our service worker won't work if PUBLIC_URL is on a different origin\n      // from what our page is served on. This might happen if a CDN is used to\n      // serve assets; see https://github.com/facebook/create-react-app/issues/2374\n      return\n    }\n\n    window.addEventListener(\"load\", () => {\n      const swUrl = `${process.env.PUBLIC_URL}/service-worker.js`\n\n      if (isLocalhost) {\n        // This is running on localhost. Let's check if a service worker still exists or not.\n        checkValidServiceWorker(swUrl, config)\n\n        // Add some additional logging to localhost, pointing developers to the\n        // service worker/PWA documentation.\n        navigator.serviceWorker.ready.then(() => {\n          consola.info(\n            \"This web app is being served cache-first by a service \" +\n              \"worker. To learn more, visit https://bit.ly/CRA-PWA\"\n          )\n        })\n      } else {\n        // Is not localhost. Just register service worker\n        registerValidSW(swUrl, config)\n      }\n    })\n  }\n}\n\nfunction registerValidSW(swUrl: string, config?: Config) {\n  navigator.serviceWorker\n    .register(swUrl)\n    .then((registration) => {\n      registration.onupdatefound = () => {\n        const installingWorker = registration.installing\n        if (installingWorker == null) {\n          return\n        }\n        installingWorker.onstatechange = () => {\n          if (installingWorker.state === \"installed\") {\n            if (navigator.serviceWorker.controller) {\n              // At this point, the updated precached content has been fetched,\n              // but the previous service worker will still serve the older\n              // content until all client tabs are closed.\n              consola.info(\n                \"New content is available and will be used when all \" +\n                  \"tabs for this page are closed. See https://bit.ly/CRA-PWA.\"\n              )\n\n              // Execute callback\n              if (config && config.onUpdate) {\n                config.onUpdate(registration)\n              }\n            } else {\n              // At this point, everything has been precached.\n              // It's the perfect time to display a\n              // \"Content is cached for offline use.\" message.\n              consola.info(\"Content is cached for offline use.\")\n\n              // Execute callback\n              if (config && config.onSuccess) {\n                config.onSuccess(registration)\n              }\n            }\n          }\n        }\n      }\n    })\n    .catch((error) => {\n      consola.error(\"Error during service worker registration:\", error)\n    })\n}\n\nfunction checkValidServiceWorker(swUrl: string, config?: Config) {\n  // Check if the service worker can be found. If it can't reload the page.\n  fetch(swUrl, {\n    headers: { \"Service-Worker\": \"script\" },\n  })\n    .then((response) => {\n      // Ensure service worker exists, and that we really are getting a JS file.\n      const contentType = response.headers.get(\"content-type\")\n      if (\n        response.status === 404 ||\n        (contentType != null && contentType.indexOf(\"javascript\") === -1)\n      ) {\n        // No service worker found. Probably a different app. Reload the page.\n        navigator.serviceWorker.ready.then((registration) => {\n          registration.unregister().then(() => {\n            window.location.reload()\n          })\n        })\n      } else {\n        // Service worker found. Proceed as normal.\n        registerValidSW(swUrl, config)\n      }\n    })\n    .catch(() => {\n      consola.error(\n        \"No internet connection found. App is running in offline mode.\"\n      )\n    })\n}\n\nexport function unregister() {\n  if (\"serviceWorker\" in navigator) {\n    navigator.serviceWorker.ready\n      .then((registration) => {\n        registration.unregister()\n      })\n      .catch((error) => {\n        consola.error(error.message)\n      })\n  }\n}\n","import React from \"react\"\nimport ReactDOM from \"react-dom\"\n\n\nimport App from \"App\"\nimport * as serviceWorker from \"serviceWorker\"\nimport { isDevEnv } from \"utils/env\"\n\n/**\n * THIS IS A HOTFIX TO PREVENT CSS CONFLICTS WITH STYLESHEETS COMING FROM PRIMING CLOUD.\n */\n\nconst conflictList = [\"css/styles\", \"material\", \"materialize\"]\nconst conflictLinkedStyleSheets = Array.from(\n  document.getElementsByTagName(\"link\")\n).filter((link) =>\n  conflictList.some((conflictItem) => link.href.includes(conflictItem))\n)\nconst conflictStyleSheets = Array.from(\n  document.getElementsByTagName(\"style\")\n).filter((link) => link.textContent.includes(\"PrimingCloud\"))\n\nfor (const styleSheet of [\n  ...conflictLinkedStyleSheets,\n  ...conflictStyleSheets,\n]) {\n  try {\n    document.head.removeChild(styleSheet)\n  } catch {\n    if ((styleSheet as HTMLLinkElement).href) {\n      ;(styleSheet as HTMLLinkElement).href = \"\"\n    }\n  }\n}\n\n/**\n * END OF HOTFIX.\n */\n\nif (isDevEnv()) {\n  document.title = `${document.title} (localhost)`\n\n  // activate mobx logger\n  require(\"mobx-logger\").enableLogging({\n    action: true,\n    reaction: false,\n    transaction: true,\n    compute: false,\n  })\n}\n\nconst render = (App: any) =>\n  ReactDOM.render(<App />, document.getElementById(\"root\"))\n\nrender(App)\n\n// If you want your app to work offline and load faster, you can change\n// unregister() to register() below. Note this comes with some pitfalls.\n// Learn more about service workers: https://bit.ly/CRA-PWA\nserviceWorker.unregister()\n\nif (module.hot) {\n  module.hot.accept(\"./App\", () => {\n    const NextApp = require(\"./App\").default\n    render(NextApp)\n  })\n}\n","import { makeAutoObservable } from \"mobx\"\n\nexport default class AppStore {\n  sidebarOpen: boolean = false\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n}\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst AppStoreContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n  const { children } = props\n\n  return (\n      <AppStoreContext.Provider value={new Store()}>\n        {children}\n      </AppStoreContext.Provider>\n  )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useAppStore = () => useContext(AppStoreContext)\n","import { makeAutoObservable, runInAction } from \"mobx\"\nimport {\n  ActionError,\n  ActionResultStatus,\n  ActionSuccess,\n  QueryResponse,\n} from \"types/Global\"\nimport { resultOrError } from \"../../../utils/Global\"\nimport { call } from \"../../CloudAPI\"\n\nclass CounterfeitReportStore {\n  // lists\n  loadingCounterfeitReportResponse = false\n  counterfeitReportResponse = null\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n\n  // actions\n  async sendReportEmail(\n    email: string,\n    firstName: string,\n    lastName: string,\n    companyName: string,\n    street: string,\n    postalCode: string,\n    city: string,\n    country: string,\n    code: string,\n    placeOfPurchase: string,\n    dateOfPurchase: string,\n    manufacturer: string,\n    description: string,\n    photos: string[],\n    pdf: string[]\n  ) {\n    this.loadingCounterfeitReportResponse = true\n\n    const body = {\n      email,\n      firstName,\n      lastName,\n      companyName,\n      street,\n      postalCode,\n      city,\n      country,\n      code,\n      placeOfPurchase,\n      dateOfPurchase,\n      manufacturer,\n      description,\n      photos,\n      pdf,\n    }\n\n    const [result, error]: any  = await resultOrError<QueryResponse<any>>(\n      call(\n        \"CounterfeitReport\",\n        {\n          ...body,\n        },\n        \"BrandOSMaster\",\n        process.env.REACT_APP_API_AUTH_CHECK_USERNAME,\n        process.env.REACT_APP_API_AUTH_CHECK_PASSWORD\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.counterfeitReportResponse = result\n        this.loadingCounterfeitReportResponse = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingCounterfeitReportResponse = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n}\n\nexport default CounterfeitReportStore\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst CounterfeitReportContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n    const { children } = props\n\n    return (\n        <CounterfeitReportContext.Provider value={new Store()}>\n            {children}\n        </CounterfeitReportContext.Provider>\n    )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useCounterfeitReportStore = () => useContext(CounterfeitReportContext)\n","import { makeAutoObservable, runInAction } from \"mobx\"\nimport {\n  ActionError,\n  ActionResultStatus,\n  ActionSuccess,\n  QueryResponse,\n} from \"types/Global\"\nimport { resultOrError } from \"../../../utils/Global\"\nimport { APIMethods, call } from \"api/CloudAPI\"\nimport {\n  ArticleAttributes,\n  ArticleDocuments,\n  ArticleInfo,\n  BrandDetails, CountryInfo,\n  DirectArticle,\n  EanNumber,\n  OENumber,\n  ReplacedNumber,\n  UsageNumber,\n  VehicleDetails,\n  VehicleLink,\n} from \"../../../types/BusinessObjects\"\n\nclass TecDocStore {\n  loadingCountryList = false\n  countryList: CountryInfo[] = null\n\n  loadingArticleList = false\n  articleList: ArticleInfo = null\n\n  loadingBrandDetails = false\n  brandDetails: BrandDetails = null\n\n  loadingArticleDetailsList = false\n  articleAttributes: ArticleAttributes = null\n  directArticle: DirectArticle = null\n  usageNumber: UsageNumber = null\n  eanNumber: EanNumber = null\n  oeNumber: OENumber[] = null\n  articleDocuments: ArticleDocuments[] = null\n  replacedNumber: ReplacedNumber = null\n\n  loadingVehicleList = false\n  vehicleList: VehicleLink[] = null\n\n  loadingVehicleDetailsList = false\n  vehicleDetailsList: VehicleDetails[] = null\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n\n  // actions\n  async fetchCountries(\n      lang: string,\n  ) {\n    this.loadingCountryList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETCOUNTRIES,\n      payload: {\n        lang,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n        call(\n            \"TecDoc\",\n            {\n              ...body,\n            },\n            process.env.REACT_APP_API_CUSTOMER,\n            \"\",\n            process.env.REACT_APP_API_PASSWORD\n        )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.countryList = result.data.array\n        this.loadingCountryList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingCountryList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  // actions\n  async fetchArticle(\n    articleCountry: string,\n    lang: string,\n    numberType: number,\n    articleNumber: string\n  ) {\n    this.loadingArticleList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETARTICLE,\n      payload: {\n        lang,\n        articleCountry,\n        numberType,\n        articleNumber,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n          process.env.REACT_APP_API_CUSTOMER,\n          \"\",\n          process.env.REACT_APP_API_PASSWORD\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.articleList = result.data.array[0]\n        this.loadingArticleList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingArticleList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchBrandDetails(\n    articleCountry: string,\n    lang: string,\n    brandNo: number\n  ) {\n    this.loadingBrandDetails = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETBRANDDETAILS,\n      payload: {\n        lang,\n        articleCountry,\n        brandNo,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n          process.env.REACT_APP_API_CUSTOMER,\n          \"\",\n          process.env.REACT_APP_API_PASSWORD\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.brandDetails = result.data.array[0]\n\n        this.loadingBrandDetails = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingBrandDetails = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchArticleDetails(\n    articleCountry: string,\n    lang: string,\n    articleId: number\n  ) {\n    this.loadingArticleDetailsList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETARTICLEDETAILS,\n      payload: {\n        lang,\n        articleCountry,\n        articleId: {\n          array: [articleId],\n        },\n        attributs: true,\n        basicData: true,\n        documents: true,\n        eanNumbers: true,\n        oeNumbers: true,\n        replacedNumbers: true,\n        usageNumbers: true,\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n          process.env.REACT_APP_API_CUSTOMER,\n          \"\",\n          process.env.REACT_APP_API_PASSWORD\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.articleAttributes = result.data.array[0].articleAttributes?.array\n        this.directArticle = result.data.array[0]?.directArticle\n        this.eanNumber = result.data.array[0].eanNumber?.array\n        this.replacedNumber = result.data.array[0].replacedNumber\n        this.loadingArticleDetailsList = false\n        this.articleDocuments = result.data.array[0].articleDocuments.array\n        this.oeNumber = result.data.array[0].oenNumbers.array\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingArticleDetailsList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchVehicleList(\n    articleCountry: string,\n    lang: string,\n    articleId: number\n  ) {\n    this.loadingVehicleList = true\n\n    const body = {\n      function: APIMethods.TECDOC_GETVEHICLELIST,\n      payload: {\n        lang,\n        articleCountry,\n        articleId: articleId,\n        linkingTargetType: \"PO\", // P: Passenger car O: Commercial vehicle\n      },\n    }\n\n    const [result, error]: any = await resultOrError<QueryResponse<any>>(\n      call(\n        \"TecDoc\",\n        {\n          ...body,\n        },\n          process.env.REACT_APP_API_CUSTOMER,\n          \"\",\n          process.env.REACT_APP_API_PASSWORD\n      )\n    )\n\n    if (result) {\n      runInAction(() => {\n        this.vehicleList = result.data.array[0].articleLinkages?.array\n        this.loadingVehicleList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingVehicleList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n\n  async fetchVehicleDetailList(\n    articleCountry: string,\n    lang: string,\n    carIds: number[]\n  ) {\n    this.loadingVehicleDetailsList = true\n    let detailedVehicleArray = []\n    let lastResult = null\n\n    while (carIds.length !== 0) {\n      let tempVehicleIds = carIds.splice(0, 24)\n\n      const body = {\n        function: APIMethods.TECDOC_GETVEHICLEDETAILSLIST,\n        payload: {\n          lang,\n          articleCountry,\n          carIds: {\n            array: tempVehicleIds,\n          },\n          countriesCarSelection: articleCountry,\n          country: articleCountry,\n          motorCodes: true,\n        },\n      }\n\n      const [result, error]: any = await resultOrError<QueryResponse<any>>(\n        call(\n          \"TecDoc\",\n          {\n            ...body,\n          },\n            process.env.REACT_APP_API_CUSTOMER,\n            \"\",\n            process.env.REACT_APP_API_PASSWORD\n        )\n      )\n\n      if (result) {\n        lastResult = result\n        detailedVehicleArray = detailedVehicleArray.concat(result.data.array)\n      } else {\n        runInAction(() => {\n          this.loadingVehicleDetailsList = false\n        })\n        return {\n          status: ActionResultStatus.ERROR,\n          error: error,\n        } as ActionError\n      }\n    }\n    if (detailedVehicleArray && lastResult) {\n      runInAction(() => {\n        this.vehicleDetailsList = detailedVehicleArray\n        this.loadingVehicleDetailsList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: lastResult,\n      } as ActionSuccess<number>\n    }\n  }\n}\n\nexport default TecDocStore\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst TecDocStoreContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n    const { children } = props\n\n    return (\n        <TecDocStoreContext.Provider value={new Store()}>\n            {children}\n        </TecDocStoreContext.Provider>\n    )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useTecDocStore = () => useContext(TecDocStoreContext)\n","import { makeAutoObservable, runInAction } from \"mobx\"\nimport {\n  ActionError,\n  ActionResultStatus,\n  ActionSuccess,\n  QueryResponse,\n} from \"types/Global\"\nimport { resultOrError } from \"../../../utils/Global\"\nimport { APIMethods, call } from \"api/CloudAPI\"\nimport { ValueAddedService } from \"./types\"\n\nclass ValueAddedServiceStore {\n  // lists\n  loadingValueAddedServiceList = false\n  valueAddedServiceList: ValueAddedService[] = []\n\n  // init function\n  constructor() {\n    makeAutoObservable(this)\n  }\n\n  // actions\n  async fetchValueAddedServices(sgtin: string) {\n    this.loadingValueAddedServiceList = true\n\n    const body = {\n      request: APIMethods.VAS_LISTALL,\n      // TODO remove hardcoded value\n      data: {\n        organizationID: \"Bosch\",\n      },\n    }\n\n    const [result, error] = await resultOrError<QueryResponse<any>>(\n      call(\n        \"OrganizationRouter\",\n        {\n          ...body,\n        },\n        \"Bosch\",\n        \"\",\n        \"pass123\"\n      )\n    )\n\n    if (result) {\n      const vasList: ValueAddedService[] = []\n\n      runInAction(() => {\n        ;(result as ValueAddedService[]).forEach((item) => {\n          if (item.gtins.indexOf(sgtin) > -1) {\n            vasList.push(item)\n          }\n        })\n        this.valueAddedServiceList = vasList\n        this.loadingValueAddedServiceList = false\n      })\n      return {\n        status: ActionResultStatus.SUCCESS,\n        result: result,\n      } as ActionSuccess<number>\n    } else {\n      runInAction(() => {\n        this.loadingValueAddedServiceList = false\n      })\n      return {\n        status: ActionResultStatus.ERROR,\n        error: error,\n      } as ActionError\n    }\n  }\n}\n\nexport default ValueAddedServiceStore\n","import React, { createContext, useContext } from \"react\"\n\nimport Store from \"./store\"\n\n/* \nCONTEXT / PROVIDER INIT\n*/\n\nconst ValueAddedServiceStoreContext = createContext<Store | null>(null)\n\nexport const StoreProvider: React.FC = (props) => {\n    const { children } = props\n\n    return (\n        <ValueAddedServiceStoreContext.Provider value={new Store()}>\n            {children}\n        </ValueAddedServiceStoreContext.Provider>\n    )\n}\n\n/* \nHOOK DEFINITION\n*/\n\nexport const useValueAddedServiceStore = () => useContext(ValueAddedServiceStoreContext)\n","import { isAte } from \"utils/Global\"\n\nexport const isUndefined = (value) => {\n  return typeof value === \"undefined\"\n}\n\nexport const scrolltToTop = () => {\n  scrollToPos()\n  setTimeout(() => {\n    scrollToPos()\n  }, 100)\n}\n\nconst scrollToPos = () => {\n  const scrollAnchor = document.getElementById(\"scroll_anchor\")\n\n  let topPos = 0\n  let titleTop = 0\n\n  const mainNav = document.querySelector(\".main-navigation\") as HTMLElement\n  const metaNav = document.querySelector(\".meta-navigation\") as HTMLElement\n  const ateMetaNav = document.getElementById(\"meta-bar\") as HTMLElement\n  const ateLogoMetaNav = document.getElementById(\"logo\") as HTMLElement\n  const ateLogoMetaNavBar = document.getElementById(\"nav-bar\") as HTMLElement\n\n  if (mainNav && metaNav) {\n    const mainNavHeight = mainNav.offsetHeight\n    const metaNavHeight = metaNav.offsetHeight\n    topPos = mainNavHeight + metaNavHeight\n  }\n  if (isAte && ateMetaNav) {\n    const top = ateMetaNav.getBoundingClientRect().top\n    const metaNavTop = ateMetaNav.offsetHeight + top\n    let logoNavTop = 0\n    let navBarTop = 0\n\n    if (ateLogoMetaNav) {\n      const logoHeight = ateLogoMetaNav.offsetHeight\n      if (logoHeight > ateMetaNav.offsetHeight) {\n        logoNavTop = logoHeight + top\n      }\n    }\n    if (ateLogoMetaNavBar) {\n      const logoHeight = ateLogoMetaNavBar.offsetHeight\n      navBarTop = logoHeight + ateLogoMetaNavBar.getBoundingClientRect().top\n    }\n    topPos = Math.max(topPos, metaNavTop, logoNavTop, navBarTop)\n  }\n\n  let anchorTop = scrollAnchor.getBoundingClientRect().top\n  if (anchorTop < 0) {\n    anchorTop = 0\n  }\n  if (scrollAnchor) {\n    let scrollAnchorTop = scrollAnchor.getBoundingClientRect().top\n    scrollAnchorTop = scrollAnchorTop < 0 ? scrollAnchorTop : 0\n    const scrollPos =\n      window.scrollY + scrollAnchorTop + titleTop - topPos + anchorTop - 3\n    window.scrollTo({ top: scrollPos, behavior: \"smooth\" })\n  }\n}\n","import React from \"react\"\n\nimport { StyledListHeading } from \"./styles\"\nimport { Typography, useTheme } from \"@mui/material\"\nimport { ListHeadingTypes } from \"../types\"\nimport Icon from \"@mdi/react\"\nimport { mdiChevronDown, mdiChevronUp } from \"@mdi/js\"\nimport tokens from \"themes/default/tokens\"\nimport { isAte } from \"utils/Global\"\n\nconst ListHeading: React.FC<ListHeadingTypes> = (props) => {\n  const { title, caret, variant } = props\n  const theme = useTheme()\n\n  return (\n    <StyledListHeading\n      background={\n        variant === \"PRIMARY\" ? tokens.color.primary : `rgb(205, 205, 205)`\n      }\n      theme={theme}\n    >\n      <Typography\n        sx={{ fontSize: \"16px\", fontWeight: 600 }}\n        color={isAte ? (variant === \"PRIMARY\" ? \"white\" : \"black\") : \"black\"}\n      >\n        {title}\n      </Typography>\n      {caret !== \"NONE\" && (\n        <Icon\n          path={caret === \"DOWN\" ? mdiChevronDown : mdiChevronUp}\n          size={\"2rem\"}\n          style={{ marginLeft: \"auto\" }}\n        />\n      )}\n    </StyledListHeading>\n  )\n}\n\nexport default ListHeading\n","import React from \"react\"\nimport { Box, BoxProps } from \"@mui/material\"\n\n// eslint-disable-next-line\nimport svgURL from \"!!url-loader!./images/osapiens-dark.svg\"\nimport useTheme from \"@mui/material/styles/useTheme\"\nimport {StyledBackground} from \"./styles\";\n\ninterface BackgroundProps {}\n\nconst Background: React.FC<BoxProps & BackgroundProps> = (props) => {\n  const { children } = props\n  const { palette } = useTheme()\n  const backgroundPattern =\n    process.env.REACT_APP_API_LAYOUT === \"osapiens\"\n      ? {\n          backgroundImage: `url(${svgURL})`,\n          backgroundRepeat: \"repeat\",\n        }\n      : {}\n\n  return (\n    <Box style={{ background: palette.background.default }}>\n      <StyledBackground\n        {...props}\n        style={backgroundPattern}\n      >\n        {children}\n      </StyledBackground>\n    </Box>\n  )\n}\n\nexport default Background\n","export default \"data:image/svg+xml;base64,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\"","import { styled } from \"@mui/material/styles\"\nimport Background from \"../Background\";\n\nexport const StyledBackground = styled(Background)(({ theme }) => ({\n    overflowY: \"auto\",\n    overflowX: \"hidden\",\n    paddingInline: theme.spacing(4),\n    [theme.breakpoints.down(\"sm\")]: {\n        paddingInline: theme.spacing(0),\n    },\n\n}))","import {TypographyProps} from \"@mui/material\"\nimport React from \"react\"\nimport {TextProps} from \"./types\";\nimport {StyledBackground} from \"./styles\";\n\nconst ResponsiveBackground: React.FC<TextProps & TypographyProps> = (props) => {\n  return <StyledBackground children={props.children} theme={props.theme}/>\n}\n\nexport default ResponsiveBackground\n","import { styled } from \"@mui/material/styles\"\nimport { Button } from \"@mui/material\"\n\nexport const StyledButton = styled(Button)(({ theme }) => ({\n  textTransform: 'none',\n  padding: \"10px 25px 10px 25px\",\n  backgroundColor: theme.tokens.color.primary,\n  color: theme.tokens.color.conti_typo_button,\n  borderRadius: \"40px\",\n  [theme.breakpoints.down(\"md\")]: {\n    fontSize: theme.spacing(1.6)\n  },\n  '&:hover': {\n    backgroundColor: \"grey\",\n    color: \"#fff\",\n  },\n}))\n\n","import { StyledButton } from \"./styles\"\nimport { Box, Typography } from \"@mui/material\"\nimport React, { useCallback, useEffect } from \"react\"\nimport { ButtonProps } from \"./types\"\nimport { generatePath, useHistory } from \"react-router-dom\"\nimport ArrowForwardIosIcon from \"@mui/icons-material/ArrowForwardIos\"\nimport QrCodeScannerIcon from \"@mui/icons-material/QrCodeScanner\"\n// import Image from \"../Image\"\n// import { default as barcode } from \"../../assets/icons/Barcode.svg\"\n// import { default as barcode_conti } from \"../../assets/icons/Barcode_conti.svg\"\nimport { default as general_eancode_image } from \"../../assets/images/general_eancode.png\"\n// import { default as general_eancode_image_ate } from \"../../assets/images/general_eancode_ate.png\"\nimport {\n  barcodeIconBase64,\n  isAte,\n} from \"utils/Global\"\nimport { StyledBox, StyledImage } from \"components/Image/styles\"\nimport { scrolltToTop } from \"utils/util\"\n\nconst Button: React.FC<ButtonProps> = (props) => {\n  const {\n    hidden,\n    text,\n    path,\n    isDisabled,\n    type,\n    onClick,\n    isForwardIcon,\n    isScannIcon,\n    isBarcode,\n    isOvverride,\n    isFlexFlow,\n    width,\n  } = props\n  const history = useHistory()\n\n\n  const handleClick = useCallback(() => {\n    if (isDisabled || type !== undefined) {\n      return\n    } else if (path.includes(\"http\")) {\n      const win = window.open(path, \"_blank\")\n      if (win != null) {\n        win.focus()\n      }\n    } else if (path?.length > 0) {\n      scrolltToTop()\n      const currentPath = history.location.pathname\n      history.push({\n        pathname: generatePath(path),\n        previous: currentPath,\n      })\n    }\n  }, [history, path, isDisabled, type])\n\n  const isOnClickOvverride = useCallback(() => {\n    if (isDisabled || type !== undefined) {\n      return\n    } else if (path.includes(\"http\")) {\n      const win = window.open(path, \"_blank\")\n      if (win != null) {\n        win.focus()\n      }\n    } else if (path?.length > 0) {\n      scrolltToTop()\n      const currentPath = history.location.pathname\n      sessionStorage.setItem(\"imageVas\", general_eancode_image)\n      history.push({\n        pathname: generatePath(path),\n        previous: currentPath,\n      })\n    }\n  }, [history, path, isDisabled, type])\n\n  const checkProps = () => {\n    scrolltToTop()\n    if (isOvverride) return isOnClickOvverride\n    if (onClick) return onClick\n    else return handleClick\n  }\n\n  return (\n    <Box\n      key={\"box\" + text}\n      sx={{ display: hidden ? \"none\" : \"initial\" }}\n      width={isFlexFlow ? \"20%\" : \"50%\"}\n    >\n      <div\n        key={\"div\" + text}\n        style={{\n          textDecoration: \"none\",\n          width: width,\n          marginLeft: \"auto\",\n          marginRight: \"auto\",\n        }}\n        onClick={checkProps()}\n      >\n        <StyledButton\n          type={type}\n          fullWidth\n          variant=\"contained\"\n          sx={{ height: isFlexFlow && \"32px\", color: isAte && \"white\" }}\n        >\n          <Typography marginRight=\"10px\" >\n            {text}\n          </Typography>\n          {isForwardIcon && <ArrowForwardIosIcon style={{ fontSize: \"15px\"}}/>}\n          {isScannIcon && <QrCodeScannerIcon />}\n          {isBarcode && (\n            <StyledBox>\n              {\" \"}\n              <StyledImage\n                height=\"27px\"\n                width=\"27px\"\n                src={barcodeIconBase64}\n              />{\" \"}\n            </StyledBox>\n          )}\n          {/* {isBarcode && <Image size={{width: 27, height:27}} image={barcodeIconBase64} />} */}\n        </StyledButton>\n      </div>\n    </Box>\n  )\n}\n\nexport default Button\n","export const isCloudEnv = () => !!window.parent.primingcloud\nexport const isDevEnv = () => process.env.NODE_ENV === \"development\"\nexport const isProdEnv = () => process.env.NODE_ENV === \"production\"\n"],"sourceRoot":""}