import {Component} from 'react'; import {Theme, withTheme} from '@emotion/react'; import styled from '@emotion/styled'; import {Location} from 'history'; import isEqual from 'lodash/isEqual'; import {Client} from 'sentry/api'; import {AreaChart, AreaChartProps} from 'sentry/components/charts/areaChart'; import {BarChart, BarChartProps} from 'sentry/components/charts/barChart'; import EventsRequest from 'sentry/components/charts/eventsRequest'; import {LineChart} from 'sentry/components/charts/lineChart'; import {getInterval} from 'sentry/components/charts/utils'; import LoadingContainer from 'sentry/components/loading/loadingContainer'; import LoadingIndicator from 'sentry/components/loadingIndicator'; import {IconWarning} from 'sentry/icons'; import {Organization} from 'sentry/types'; import {Series} from 'sentry/types/echarts'; import {getUtcToLocalDateObject} from 'sentry/utils/dates'; import {axisLabelFormatter} from 'sentry/utils/discover/charts'; import EventView from 'sentry/utils/discover/eventView'; import {aggregateOutputType, PlotType} from 'sentry/utils/discover/fields'; import {DisplayModes, TOP_N} from 'sentry/utils/discover/types'; import {decodeScalar} from 'sentry/utils/queryString'; import withApi from 'sentry/utils/withApi'; type Props = { api: Client; eventView: EventView; location: Location; organization: Organization; theme: Theme; referrer?: string; yAxis?: string[]; }; class MiniGraph extends Component { shouldComponentUpdate(nextProps) { // We pay for the cost of the deep comparison here since it is cheaper // than the cost for rendering the graph, which can take ~200ms to ~300ms to // render. return !isEqual(this.getRefreshProps(this.props), this.getRefreshProps(nextProps)); } getRefreshProps(props: Props) { // get props that are relevant to the API payload for the graph const {organization, location, eventView, yAxis} = props; const apiPayload = eventView.getEventsAPIPayload(location); const query = apiPayload.query; const start = apiPayload.start ? getUtcToLocalDateObject(apiPayload.start) : null; const end = apiPayload.end ? getUtcToLocalDateObject(apiPayload.end) : null; const period: string | undefined = apiPayload.statsPeriod as any; const display = eventView.getDisplayMode(); const isTopEvents = display === DisplayModes.TOP5 || display === DisplayModes.DAILYTOP5; const isDaily = display === DisplayModes.DAILYTOP5 || display === DisplayModes.DAILY; const field = isTopEvents ? apiPayload.field : undefined; const topEvents = isTopEvents ? TOP_N : undefined; const orderby = isTopEvents ? decodeScalar(apiPayload.sort) : undefined; const intervalFidelity = display === 'bar' ? 'low' : 'high'; const interval = isDaily ? '1d' : eventView.interval ? eventView.interval : getInterval({start, end, period}, intervalFidelity); return { organization, apiPayload, query, start, end, period, interval, project: eventView.project, environment: eventView.environment, yAxis: yAxis ?? eventView.getYAxis(), field, topEvents, orderby, showDaily: isDaily, expired: eventView.expired, name: eventView.name, display, }; } getChartType({ showDaily, }: { showDaily: boolean; timeseriesData: Series[]; yAxis: string; }): PlotType { if (showDaily) { return 'bar'; } return 'area'; } getChartComponent( chartType: PlotType ): React.ComponentType | React.ComponentType { switch (chartType) { case 'bar': return BarChart; case 'line': return LineChart; case 'area': return AreaChart; default: throw new Error(`Unknown multi plot type for ${chartType}`); } } render() { const {theme, api, referrer} = this.props; const { query, start, end, period, interval, organization, project, environment, yAxis, field, topEvents, orderby, showDaily, expired, name, display, } = this.getRefreshProps(this.props); return ( {({loading, timeseriesData, results, errored, errorMessage}) => { if (errored) { return ( {errorMessage} ); } if (loading) { return ( ); } const allSeries = timeseriesData ?? results ?? []; const chartType = display === 'bar' ? display : this.getChartType({ showDaily, yAxis: Array.isArray(yAxis) ? yAxis[0] : yAxis, timeseriesData: allSeries, }); const data = allSeries.map(series => ({ ...series, lineStyle: { opacity: chartType === 'line' ? 1 : 0, }, })); const hasOther = topEvents && topEvents + 1 === allSeries.length; const chartColors = allSeries.length ? [...theme.charts.getColorPalette(allSeries.length - 2 - (hasOther ? 1 : 0))] : undefined; if (chartColors && chartColors.length && hasOther) { chartColors.push(theme.chartOther); } const chartOptions = { colors: chartColors, height: 150, series: [...data], xAxis: { show: false, axisPointer: { show: false, }, }, yAxis: { show: true, axisLine: { show: false, }, axisLabel: { color: theme.chartLabel, fontFamily: theme.text.family, fontSize: 12, formatter: (value: number) => axisLabelFormatter( value, aggregateOutputType(Array.isArray(yAxis) ? yAxis[0] : yAxis), true ), inside: true, showMinLabel: false, showMaxLabel: false, }, splitNumber: 3, splitLine: { show: false, }, zlevel: theme.zIndex.header, }, tooltip: { show: false, }, toolBox: { show: false, }, grid: { left: 0, top: 0, right: 0, bottom: 0, containLabel: false, }, stacked: (typeof topEvents === 'number' && topEvents > 0) || (Array.isArray(yAxis) && yAxis.length > 1), }; const ChartComponent = this.getChartComponent(chartType); return ; }} ); } } const StyledGraphContainer = styled(props => ( ))` height: 150px; display: flex; justify-content: center; align-items: center; `; const StyledErrorMessage = styled('div')` color: ${p => p.theme.gray300}; margin-left: 4px; `; export default withApi(withTheme(MiniGraph));