Add archive page

src/components/ArchiveColumn.jsx

@@ -0,0 +1,123 @@
+import { useState, useEffect } from 'react';
+import { Button, Select, Tag, Popover, Row, Tooltip } from 'antd';
+import { ChartTimeArchive } from './charts/ChartTimeArchive';
+//import { SlidersOutlined } from '@ant-design/icons';
+
+const { Option } = Select;
+
+const linesCollection = [
+  { label: "Глубина забоя", xAccessorName: "wellDepth", color: '#f00' },
+  { label: "Положение инструмента", xAccessorName: "bitDepth", color: '#ff0' },
+  { label: "Высота талевого блока", xAccessorName: "blockPosition", color: '#f0f' },
+  { label: "Талевый блок. Мин положение", xAccessorName: "blockPositionMin", color: '#0ff' },
+  { label: "Талевый блок. Макс положение", xAccessorName: "blockPositionMax", color: '#0f0' },
+  { label: "Скорость талевого блока", xAccessorName: "blockSpeed", color: '#00f' },
+
+  { label: "Скорости талевого блока. Задание", xAccessorName: "blockSpeedSp", color: '#c00' },
+  { label: "Талевый блок. Задание скорости для роторного бурения", xAccessorName: "blockSpeedSpRotor", color: '#cc0' },
+  { label: "Талевый блок. Задание скорости для режима слайда", xAccessorName: "blockSpeedSpSlide", color: '#c0c' },
+  { label: "Талевый блок. Задание скорости для проработки", xAccessorName: "blockSpeedSpDevelop", color: '#0cc' },
+  { label: "Давление", xAccessorName: "pressure", color: '#0c0' },
+  { label: "Давление. Холостой ход", xAccessorName: "pressureIdle", color: '#00c' },
+  
+  { label: "Давление. Задание", xAccessorName: "pressureSp", color: '#900' },
+  { label: "Давление. Задание для роторного бурения", xAccessorName: "pressureSpRotor", color: '#990' },
+  { label: "Давление. Задание для режима слайда", xAccessorName: "pressureSpSlide", color: '#909' },
+  { label: "Давление. Задание для проработки", xAccessorName: "pressureSpDevelop", color: '#099' },
+  { label: "Давление дифф. Аварийное макс.", xAccessorName: "pressureDeltaLimitMax", color: '#090' },
+  { label: "Осевая нагрузка", xAccessorName: "axialLoad", color: '#009' },
+  
+  { label: "Осевая нагрузка. Задание", xAccessorName: "axialLoadSp", color: '#600' },
+  { label: "Осевая нагрузка. Аварийная макс.", xAccessorName: "axialLoadLimitMax", color: '#660' },
+  { label: "Вес на крюке", xAccessorName: "hookWeight", color: '#606' },
+  { label: "Вес на крюке. Холостой ход", xAccessorName: "hookWeightIdle", color: '#066' },
+  { label: "Вес на крюке. Посадка", xAccessorName: "hookWeightLimitMin", color: '#060' },
+  { label: "Вес на крюке. Затяжка", xAccessorName: "hookWeightLimitMax", color: '#006' },
+  
+  { label: "Момент на роторе", xAccessorName: "rotorTorque", color: '#300' },
+  { label: "Момент на роторе. Холостой ход", xAccessorName: "rotorTorqueIdle", color: '#330' },
+  { label: "Момент на роторе. Задание", xAccessorName: "rotorTorqueSp", color: '#303' },
+  { label: "Момент на роторе. Аварийный макс.", xAccessorName: "rotorTorqueLimitMax", color: '#033' },
+  { label: "Обороты ротора", xAccessorName: "rotorSpeed", color: '#030' },
+  { label: "Расход", xAccessorName: "flow", color: '#003' },
+  
+  { label: "Расход. Холостой ход", xAccessorName: "flowIdle", color: '#666' },
+  { label: "Расход. Аварийный макс.", xAccessorName: "flowDeltaLimitMax", color: '#ccc' },
+]
+
+const tagRender = ({ label, value, closable, onClose }) =>{    
+  const onPreventMouseDown = event => {
+    event.preventDefault();
+    event.stopPropagation();
+  };
+
+  let color = linesCollection.find(l=>l.xAccessorName === value)?.color
+  return (
+    <Tag
+      //color={color}
+      onMouseDown={onPreventMouseDown}
+      closable={closable}
+      onClose={onClose}
+      style={{ marginRight: 3 }}>
+      <span style={{backgroundColor:color}}>&nbsp;&nbsp;&nbsp;&nbsp;&nbsp;</span>
+      <span>&nbsp;{label}</span>
+    </Tag>
+  );
+}
+
+export function ArchiveColumn({ data, config, rangeDate, chartRatio, onRemoveChart, onSaveConfig }) {
+  const [lines, setLines] = useState([]);
+
+  useEffect(() => {
+    setLines(config.lines);
+  },[config]);
+
+  const handleLinesSetChange = (linesKeys) => {
+    let newLines = linesCollection.filter(line => linesKeys.includes(line.xAccessorName));
+    config.lines = newLines;
+    if(onSaveConfig)
+      onSaveConfig()
+    setLines(newLines);
+  };
+
+  let selectedValues = lines?.map(line=>line.xAccessorName)??[]
+
+  const select = <Select
+    mode="multiple"    
+    placeholder="Выберите линии"
+    value={selectedValues}    
+    //showArrow
+    bordered={false}
+    tagRender={tagRender}
+    onChange={handleLinesSetChange}
+    style={{ 
+      minWidth: "300px",
+      maxWidth: "400px"
+    }}
+  >
+    {linesCollection.map((line) => (<Option key={line.xAccessorName} value={line.xAccessorName} color={line.color}>{line.label}</Option>))}
+  </Select>;
+
+  const popBar = <Row>
+    {select}
+    <Tooltip title="Удалить этот график">
+      <Button onClick={() => onRemoveChart(config.id)}>X</Button>
+    </Tooltip>    
+  </Row>
+
+  return (
+    <>
+      <Popover content={popBar}>
+        <div>
+        <ChartTimeArchive
+          data={data}
+          yDisplay={config.yDisplay}
+          lines={lines}
+          rangeDate={rangeDate}
+          chartRatio={chartRatio}          
+          />
+        </div>
+      </Popover>
+
+    </>);
+}

src/components/WellTreeSelector.jsx

@@ -1,4 +1,5 @@
 import { useState, useEffect } from 'react'
+import { useParams } from 'react-router-dom'
 import { WellService } from '../services/api'
 import Loader from '../components/Loader'
 import { TreeSelect } from 'antd'
@@ -38,6 +39,7 @@ export default function WellTreeSelector(props) {
   const [wellsTree, setWellsTree] = useState([])
   const [loader, setLoader] = useState(false)
   const history = useHistory()
+  let { id } = useParams();
 
   let updateWellsList = async () => {
     setLoader(true)
@@ -72,6 +74,7 @@ export default function WellTreeSelector(props) {
         treeData={wellsTree}
         treeDefaultExpandAll
         onSelect={onSelect}
+        value = {id}
       />
       {loader && <Loader />}
     </>

src/components/charts/ChartTimeArchive.jsx

@@ -0,0 +1,73 @@
+import moment from 'moment';
+import { useEffect, useState} from 'react';
+import {ChartTimeBase} from './ChartTimeBase'
+
+const GetRandomColor = () => "#" + Math.floor(Math.random()*16777215).toString(16)
+
+const CreateDataset = (lineConfig) => {
+  let color = lineConfig.borderColor
+    ?? lineConfig.backgroundColor
+    ?? lineConfig.color
+    ?? GetRandomColor()
+
+  let dataset = {
+    label: lineConfig.label,
+    data: [],
+    backgroundColor: lineConfig.backgroundColor ?? color,
+    borderColor: lineConfig.borderColor ?? color,
+    borderWidth: lineConfig.borderWidth ?? 1,
+    borderDash: lineConfig.dash ?? [],
+  }
+  return dataset
+}
+
+const ChartOptions = {
+  responsive: true,
+  // plugins:{
+  //   legend:{
+  //     maxHeight: 64,
+  //     fullSize: true,
+  //     display: true,
+  //     posision:'chartArea',
+  //     align: 'start',
+  //   }
+  // }
+}
+
+export const ChartTimeArchive = ({lines, data, yDisplay, rangeDate, chartRatio}) => {
+  const [dataParams, setDataParams] = useState({data:{datasets:[]}})
+
+  useEffect(() => {
+    if ((!lines)
+      || (!data))
+      return
+
+    let newDatasets = lines.map(lineCfg => {      
+      let dataset = CreateDataset(lineCfg)
+      dataset.data = data.map(dataItem => {
+        return {
+          x: dataItem[lineCfg.xAccessorName],
+          y: new Date(dataItem[lineCfg.yAccessorName??'date'])
+        }
+      })
+      return dataset
+    })
+
+    let interval = rangeDate ? (rangeDate[1] - rangeDate[0]) / 1000 : null
+    let startDate = rangeDate ? rangeDate[0] : moment()
+    let newParams = {
+      yInterval: interval,
+      yStart: startDate,
+      displayLabels: yDisplay??false,
+      data: {
+        datasets: newDatasets
+      }
+    }
+    setDataParams(newParams)
+  }, [data, lines, yDisplay, rangeDate, chartRatio])
+
+  const opt = ChartOptions
+  opt.aspectRatio = chartRatio
+
+  return (<ChartTimeBase dataParams={dataParams} options={opt}/>)
+}

src/components/charts/ChartTimeArchive.tsx

@@ -1,82 +0,0 @@
-import { useEffect, useState} from 'react';
-import {ChartTimeBase, ChartTimeData,  ChartTimeDataParams} from './ChartTimeBase'
-
-const GetRandomColor = () => "#" + Math.floor(Math.random()*16777215).toString(16)
-
-
-function GetOrCreateDatasetByLineConfig(data: ChartTimeData, lineConfig: LineConfig) {
-  let dataset = data?.datasets.find(d => d.label === lineConfig.label)
-  if (!dataset) {
-    let color = lineConfig.borderColor
-      ?? lineConfig.backgroundColor
-      ?? lineConfig.color
-      ?? GetRandomColor()
-
-    dataset = {
-      label: lineConfig.label,
-      data: [],
-      backgroundColor: lineConfig.backgroundColor ?? color,
-      borderColor: lineConfig.borderColor ?? color,
-      borderWidth: lineConfig.borderWidth ?? 1,
-      borderDash: lineConfig.dash ?? [],
-    }
-    data.datasets.push(dataset);
-  }
-  return dataset
-}
-
-export type LineConfig = {
-  type?: string
-  label: string
-  units?: string
-  xAccessorName: string
-  yAccessorName: string
-  color?: string
-  borderColor?: string
-  backgroundColor?: string
-  borderWidth?: number
-  dash?: number[]
-  labels?: any[]
-}
-
-export type ChartTimeProps = {
-  label?: string,
-  yDisplay: Boolean,
-  lines: LineConfig[],
-  data: any[],
-  interval: number,
-}
-
-export const ChartTimeArchive: React.FC<ChartTimeProps> = (props) => {
-  const [dataParams, setDataParams] = useState<ChartTimeDataParams>({ data: { datasets: [] }, yStart: new Date(), })
-
-  useEffect(() => {
-    if ((!props?.lines)
-      || (!props?.data)
-      || (props.lines.length === 0)
-      || (props.data.length === 0))
-      return
-
-    setDataParams((preDataParams) => {
-      props.lines.forEach(lineCfg => {
-        let dataset = GetOrCreateDatasetByLineConfig(preDataParams.data, lineCfg)
-        let points = props.data.map(dataItem => {
-          return {
-            x: dataItem[lineCfg.xAccessorName],
-            y: new Date(dataItem[lineCfg.yAccessorName])
-          }
-        })
-        dataset.data = points;
-      });
-
-      preDataParams.yStart = new Date()
-      preDataParams.yStart.setSeconds(preDataParams.yStart.getSeconds() - props.interval)
-      preDataParams.yInterval = props.interval
-      preDataParams.displayLabels = props.yDisplay
-      return preDataParams
-    })
-
-  }, [props.data, props.lines, props.interval, props.yDisplay])
-
-  return (<ChartTimeBase dataParams={dataParams} />)
-}

src/components/charts/ChartTimeBase.tsx

@@ -18,6 +18,7 @@ const defaultOptions = {
   //maintainAspectRatio: false,
   aspectRatio: 0.45,
   animation: false,  
+  events: ['mousemove', 'mouseout', 'click', 'touchstart', 'touchmove'],
   scales: {
     y:{
       type: 'time',
@@ -38,12 +39,13 @@ const defaultOptions = {
           year: 'yyyy.MM',
         },
       },
-      position:{ x: 20 },
+      //position:'center',
       grid:{
         drawTicks: false,
       },
       ticks: {
         z: 1,
+        display : false,
         textStrokeColor : "#ffff",
         textStrokeWidth : 2,
         color:"#000",
@@ -98,49 +100,49 @@ const timeUnitByInterval = (intervalSec:number):String =>{
     return 'year'
 }
 
-export const ChartTimeBase: React.FC<ChartTimeBaseProps> = (props) => {  
+export const ChartTimeBase: React.FC<ChartTimeBaseProps> = ({options, dataParams}) => {  
   const chartRef = useRef<HTMLCanvasElement>(null)
-
   const [chart, setChart] = useState<any>()
 
   useEffect(()=>{
-    if(chartRef.current && (!chart)){
+    if((chartRef.current)&&(!chart)){
       let thisOptions = {}
-      Object.assign(thisOptions, defaultOptions, props.options)
+      Object.assign(thisOptions, defaultOptions, options)
 
       let newChart = new Chart(chartRef.current, {
         type: 'line',        
         options: thisOptions,
-        data: props.dataParams.data
+        data: dataParams.data
       })
       setChart(newChart)
+
       return () => chart?.destroy()
     }
-  }, [chart, props.options, props.dataParams])
+  }, [chart, options, dataParams])
 
   useEffect(()=>{
     if(!chart)
       return
 
-    chart.data = props.dataParams.data
+    chart.data = dataParams.data
+    chart.options.aspectRatio = options?.aspectRatio
 
-    if(props.dataParams.yStart){
+    if(dataParams.yStart){
-      let interval = Number(props.dataParams.yInterval ?? 600)
+      let interval = Number(dataParams.yInterval ?? 600)
-      let start = new Date(props.dataParams.yStart)
+      let start = new Date(dataParams.yStart)
-      let end = new Date(props.dataParams.yStart)
+      let end = new Date(dataParams.yStart)
       end.setSeconds(end.getSeconds() + interval)
-
       if(chart.options.scales?.y){
         chart.options.scales.y.max = end.getTime()
         chart.options.scales.y.min = start.getTime()
-        chart.options.scales.y.ticks.display = props.dataParams.displayLabels ?? true
+        chart.options.scales.y.ticks.display = dataParams.displayLabels ?? true
         chart.options.scales.y.time.unit = timeUnitByInterval(interval)
-        chart.options.scales.y.time.stepSize = Math.round(interval/24)
+        chart.options.scales.y.time.stepSize = Math.round(interval/32)
       }
     }
 
     chart.update()
-  }, [chart, props])
+  }, [chart, dataParams, options])
 
   return(<canvas ref={chartRef} />)
 }

src/pages/Archive.jsx

@@ -1,188 +1,139 @@
-import { useState, useEffect } from 'react'
+import { useRef, useLayoutEffect, useState, useEffect } from 'react'
 import {
   Button,
   DatePicker,
   ConfigProvider,
-  Select,
   Row,
   Col,
-} from 'antd'
+  Tooltip} from 'antd'
 import { useParams } from 'react-router-dom'
-import { Subscribe } from '../services/signalr'
 import { DataService } from '../services/api'
-import 'moment/locale/ru'
 import locale from 'antd/lib/locale/ru_RU'
-import { ChartTimeArchive } from '../components/charts/ChartTimeArchive'
+import {generateUUID} from '../services/UidGenerator'
-import { Display } from '../components/Display'
+import { ArchiveColumn } from '../components/ArchiveColumn'
-import { ChartTimeOnlineFooter } from '../components/ChartTimeOnlineFooter'
+import moment from 'moment'
-import { UserOfWells } from '../components/UserOfWells'
-
 
 const { RangePicker } = DatePicker;
-const { Option } = Select;
 
-// Выбор периода времени
+const SaveObject = (key, obj) => {
-const RangePickerLocalized = ({locale, ...other}) => {
+  let json = JSON.stringify(obj)
-  return (
+  localStorage.setItem(key, json)
+}
+
+const LoadObject = (key) => {
+  let json = localStorage.getItem(key)
+  return json ? JSON.parse(json) : null  
+}
+
+export default function Archive() {
+  let { id } = useParams();
+  const [saubData, setSaubData] = useState([])
+  const [chartsCfgs, setChartsCfgs] = useState([])
+  const [rangeDate, setRangeDate] = useState([moment().subtract(3,'hours'), moment()])
+  const [geometry, setGeometry] = useState({ratioRest:1, ratio1st:1, wRest:.5, w1st:.5})
+  const chartsCfgsKey = 'chartsCfgs'
+  const chartsContainerRef = useRef();
+
+  const handleReceiveDataSaub = (data) => {
+    if (data)
+      setSaubData(data)
+  }
+  
+  const onAddChart = () => {
+    let newChartCfgs = [...chartsCfgs, {id: generateUUID(), yDisplay: false, aspectRatio:1}]
+    setChartsCfgs(newChartCfgs)
+  }
+
+  const onRemoveChart = (id) => {
+    let newChartCfgs = chartsCfgs.filter(cfg => cfg.id !== id )
+    setChartsCfgs(newChartCfgs)
+  }
+
+  const onSaveConfig = ()=>{    
+    SaveObject(chartsCfgsKey, chartsCfgs)
+  }
+
+  const onChangeRange = (range) => {
+    setRangeDate(range)
+  }
+  
+  useLayoutEffect(()=>{
+    if(chartsContainerRef.current && chartsCfgs?.length){
+      let w = chartsContainerRef.current.offsetWidth //1792
+      w = w > 0 ? w : 1792
+      let ot = chartsContainerRef.current.offsetTop
+      let ph = chartsContainerRef.current.offsetParent.offsetHeight
+      let h = ph - ot - 32 //761      
+      h = h > 0 ? h : 761
+
+      let chartsCount = chartsCfgs.length
+
+      let labelLenght = 8
+      let borderWidth = 8
+      let wRest = Math.floor((w - labelLenght)/chartsCount) - borderWidth
+      let w1st = wRest + labelLenght
+
+      let ratio1st = w1st/h
+      let ratioRest = wRest/h
+
+      setGeometry({ratio1st, ratioRest, w1st, wRest})
+    }
+  },[chartsContainerRef, chartsCfgs])
+
+  useEffect(() => {    
+    let cfgs = LoadObject(chartsCfgsKey)
+    if(cfgs)
+      setChartsCfgs(cfgs)
+  },[])
+
+  useEffect(()=>{
+    SaveObject(chartsCfgsKey, chartsCfgs)
+  },[chartsCfgs])
+
+  useEffect(() => {
+    let interval = (rangeDate[1] - rangeDate[0]) / 1000
+    let startDate = rangeDate[0].toISOString()
+    
+    DataService.getData(id, startDate, interval, 2048)
+      .then(handleReceiveDataSaub)
+      .catch(error => console.error(error))
+  }, [id, rangeDate]);
+
+  let charts = null
+  if(chartsCfgs.length > 0){
+    chartsCfgs[0].yDisplay = true
+  
+    charts = chartsCfgs.map((cfg, i) =>
+    <Col flex={`${i===0 ? geometry.w1st : geometry.wRest}px`}
+      key={cfg.id}>
+      <ArchiveColumn
+        data={saubData}
+        rangeDate={rangeDate}
+        chartRatio={i===0 ? geometry.ratio1st : geometry.ratioRest}
+        onRemoveChart={onRemoveChart} 
+        onSaveConfig={onSaveConfig}
+        config={cfg}/>
+    </Col>)
+  }
+
+  return (<>
+    <Tooltip title="Добавить график">
+      <Button 
+        type="primary"
+        onClick={onAddChart}
+        disabled={chartsCfgs.length >= 6}>
+        +
+      </Button>
+    </Tooltip>
     <ConfigProvider locale={locale}>
       <RangePicker
         showTime
-        style={{ margin: '5px 5px', }}
+        onChange = {onChangeRange}
-        {...other}
+        value = {rangeDate}
         />
     </ConfigProvider>
-  )
+    <Row ref={chartsContainerRef}>
-}
+        {charts}
-
-// Выбор "перьев" для графиков - перенести в шапку графика
-const SelectDataCharts = () => {
-  const linesCollection = [
-    { label: "Глубина забоя", xAccessorName: "wellDepth", color: '#a0a' },
-    { label: "Положение инструмента", xAccessorName: "bitDepth", color: '#a0a' },
-    { label: "Высота талевого блока", xAccessorName: "blockPosition", color: '#a0a' },
-    { label: "Талевый блок. Мин положение", xAccessorName: "blockPositionMin", color: '#a0a' },
-    { label: "Талевый блок. Макс положение", xAccessorName: "blockPositionMax", color: '#a0a' },
-    { label: "Скорость талевого блока", xAccessorName: "blockSpeed", color: '#a0a' },
-    { label: "Скорости талевого блока. Задание", xAccessorName: "blockSpeedSp", color: '#a0a' },
-    { label: "Талевый блок. Задание скорости для роторного бурения", xAccessorName: "blockSpeedSpRotor", color: '#a0a' },
-    { label: "Талевый блок. Задание скорости для режима слайда", xAccessorName: "blockSpeedSpSlide", color: '#a0a' },
-    { label: "Талевый блок. Задание скорости для проработки", xAccessorName: "blockSpeedSpDevelop", color: '#a0a' },
-    { label: "Давление", xAccessorName: "pressure", color: '#a0a' },
-    { label: "Давление. Холостой ход", xAccessorName: "pressureIdle", color: '#a0a' },
-    { label: "Давление. Задание", xAccessorName: "pressureSp", color: '#a0a' },
-    { label: "Давление. Задание для роторного бурения", xAccessorName: "pressureSpRotor", color: '#a0a' },
-    { label: "Давление. Задание для режима слайда", xAccessorName: "pressureSpSlide", color: '#a0a' },
-    { label: "Давление. Задание для проработки", xAccessorName: "pressureSpDevelop", color: '#a0a' },
-    { label: "Давление дифф. Аварийное макс.", xAccessorName: "pressureDeltaLimitMax", color: '#a0a' },
-    { label: "Осевая нагрузка", xAccessorName: "axialLoad", color: '#a0a' },
-    { label: "Осевая нагрузка. Задание", xAccessorName: "axialLoadSp", color: '#a0a' },
-    { label: "Осевая нагрузка. Аварийная макс.", xAccessorName: "axialLoadLimitMax", color: '#a0a' },
-    { label: "Вес на крюке", xAccessorName: "hookWeight", color: '#a0a' },
-    { label: "Вес на крюке. Холостой ход", xAccessorName: "hookWeightIdle", color: '#a0a' },
-    { label: "Вес на крюке. Посадка", xAccessorName: "hookWeightLimitMin", color: '#a0a' },
-    { label: "Вес на крюке. Затяжка", xAccessorName: "hookWeightLimitMax", color: '#a0a' },
-    { label: "Момент на роторе", xAccessorName: "rotorTorque", color: '#a0a' },
-    { label: "Момент на роторе. Холостой ход", xAccessorName: "rotorTorqueIdle", color: '#a0a' },
-    { label: "Момент на роторе. Задание", xAccessorName: "rotorTorqueSp", color: '#a0a' },
-    { label: "Момент на роторе. Аварийный макс.", xAccessorName: "rotorTorqueLimitMax", color: '#a0a' },
-    { label: "Обороты ротора", xAccessorName: "rotorSpeed", color: '#a0a' },
-    { label: "Расход", xAccessorName: "flow", color: '#a0a' },
-    { label: "Расход. Холостой ход", xAccessorName: "flowIdle", color: '#a0a' },
-    { label: "Расход. Аварийный макс.", xAccessorName: "flowDeltaLimitMax", color: '#a0a' },
-  ]
-
-  const children = linesCollection.map((line) => (<Option key={line.xAccessorName}>{line.label}</Option>))
-
-  function handleChange(value) {
-    console.log(`selected ${value}`);
-  }
-
-  return (
-    <Select
-      mode="multiple"
-      allowClear
-      style={{ width: '50%' }}
-      placeholder="Выберите значения"
-      defaultValue={["wellDepth"]}
-      onChange={handleChange}
-    >
-      {children}
-    </Select>
-  )
-}
-
-const Column = ({ lineGroup, data, interval }) => {
-  let lines = [lineGroup.linePv]
-
-  if (lineGroup.lineSp)
-    lines.push(lineGroup.lineSp)
-
-  let dataLast = null
-  let pv = null
-  if (data?.length > 0) {
-    dataLast = data[data.length - 1];
-    if (lineGroup.linePv)
-      pv = dataLast[lineGroup.linePv?.xAccessorName]
-  }
-  return (
-    <>
-      <Display
-        label={lineGroup.label}
-        value={pv}
-        suffix={lineGroup.linePv?.units} />
-      <ChartTimeArchive
-        data={data}
-        yDisplay={lineGroup.yDisplay}
-        lines={lines}
-        interval={interval} />
-      <ChartTimeOnlineFooter
-        data={dataLast}
-        {...lineGroup} />
-    </>)
-}
-
-const paramsGroups = []
-
-export default function Archive(props) {
-  let { id } = useParams();
-  const [saubData, setSaubData] = useState([])
-  const [chartInterval, setChartInterval] = useState(600)
-
-  const handleReceiveDataSaub = (data) => {
-    if (data) {
-      setSaubData(data)
-    }
-  }
-
-  useEffect(() => {
-    DataService.getData(id)
-      .then(handleReceiveDataSaub)
-      .catch(error => console.error(error))
-
-    let unSubscribeMessages = Subscribe('ReceiveDataSaub', `well_${id}`, handleReceiveDataSaub)
-    return () => {
-      unSubscribeMessages()
-    }
-  }, [id]);
-
-  const colSpan = 24 / (paramsGroups.length)
-
-  return (<>
-    <div style={{ display: 'flex' }}>
-      <h2>Архив</h2>
-      <span style={{ flexGrow: 10 }}></span>
-      <UserOfWells data={saubData} />
-    </div>
-    <hr />
-    <Button type="primary" style={{
-      borderRadius: '5px',
-      font: 'bold',
-      textAlign: 'center',
-      margin: '5px 5px',
-    }}>Добавить график</Button>
-    <RangePickerLocalized />
-    <SelectDataCharts />
-    <Row style={{ marginBottom: '1rem' }}>
-      <Col>
-        Интервал:&nbsp;
-        <Select defaultValue="600" onChange={setChartInterval}>
-          <Option value='600'>10 минут</Option>
-          <Option value='1800'>30 минут</Option>
-          <Option value='3600'>1 час</Option>
-          <Option value='21600'>6 час</Option>
-          <Option value='86400'>1 день</Option>
-        </Select>
-      </Col>
-    </Row>
-    <Row>
-      <Col span={24 - 2}>
-        <Row>
-          {paramsGroups.map(group =>
-            <Col span={colSpan} className='border_small' key={group.label}>
-              <Column data={saubData} lineGroup={group} interval={chartInterval} />
-            </Col>)}
-        </Row>
-      </Col>
     </Row>
   </>)
 }

src/services/UidGenerator.ts

@@ -0,0 +1,13 @@
+export function generateUUID():string {
+  let seed = (25869874412483
+    * new Date().getTime()
+    * (performance && performance.now && (performance.now()))) % 173395562924509
+  return 'xxxxxxxx-xxxx-4xxx-yxxx-xxxxxxxxxxxx'.replace(/[xy]/g, function(c) {
+      let random = Math.random()
+      seed = seed > 272
+        ? seed = seed / 17
+        : seed = (seed * random * random * 557833831325167) % 173395562924509
+      random = Math.floor((random * seed) % 16)
+      return (c === 'x' ? random : (random & 0xB)).toString(16)
+  })
+}