import {Fragment} from 'react'; import {browserHistory} from 'react-router'; import {useTheme} from '@emotion/react'; import type {Query} from 'history'; import EventsRequest from 'sentry/components/charts/eventsRequest'; import {HeaderTitleLegend} from 'sentry/components/charts/styles'; import {getInterval, getSeriesSelection} from 'sentry/components/charts/utils'; import {normalizeDateTimeParams} from 'sentry/components/organizations/pageFilters/parse'; import QuestionTooltip from 'sentry/components/questionTooltip'; import {t} from 'sentry/locale'; import type { EventsStats, EventsStatsData, OrganizationSummary, Project, } from 'sentry/types'; import type {Series} from 'sentry/types/echarts'; import {getUtcToLocalDateObject} from 'sentry/utils/dates'; import type EventView from 'sentry/utils/discover/eventView'; import {DURATION_UNITS, SIZE_UNITS} from 'sentry/utils/discover/fieldRenderers'; import {getAggregateAlias} from 'sentry/utils/discover/fields'; import {useMetricsCardinalityContext} from 'sentry/utils/performance/contexts/metricsCardinality'; import TrendsDiscoverQuery from 'sentry/utils/performance/trends/trendsDiscoverQuery'; import useApi from 'sentry/utils/useApi'; import {useLocation} from 'sentry/utils/useLocation'; import useRouter from 'sentry/utils/useRouter'; import type {TrendFunctionField, TrendView} from 'sentry/views/performance/trends/types'; import {TrendChangeType} from 'sentry/views/performance/trends/types'; import { generateTrendFunctionAsString, modifyTrendView, normalizeTrends, } from 'sentry/views/performance/trends/utils'; import type {ViewProps} from 'sentry/views/performance/types'; import {getSelectedTransaction} from 'sentry/views/performance/utils'; import Content from './content'; type Props = ViewProps & { eventView: EventView; organization: OrganizationSummary; projects: Project[]; queryExtra: Query; trendFunction: TrendFunctionField; trendParameter: string; withoutZerofill: boolean; withBreakpoint?: boolean; }; function TrendChart({ project, environment, organization, query, statsPeriod, trendFunction, trendParameter, queryExtra, withoutZerofill, withBreakpoint, eventView, start: propsStart, end: propsEnd, projects, }: Props) { const router = useRouter(); const location = useLocation(); const api = useApi(); const theme = useTheme(); const {isLoading: isCardinalityCheckLoading, outcome} = useMetricsCardinalityContext(); const shouldGetBreakpoint = withBreakpoint && !isCardinalityCheckLoading && !outcome?.forceTransactionsOnly; function handleLegendSelectChanged(legendChange: { name: string; selected: Record; type: string; }) { const {selected} = legendChange; const unselected = Object.keys(selected).filter(key => !selected[key]); const to = { ...location, query: { ...location.query, unselectedSeries: unselected, }, }; browserHistory.push(to); } const start = propsStart ? getUtcToLocalDateObject(propsStart) : null; const end = propsEnd ? getUtcToLocalDateObject(propsEnd) : null; const utc = normalizeDateTimeParams(location.query)?.utc === 'true'; const period = statsPeriod; const legend = { right: 10, top: 0, selected: getSeriesSelection(location), }; const datetimeSelection = {start, end, period}; const contentCommonProps = { theme, router, start, end, utc, legend, queryExtra, period, projects: project, environments: environment, onLegendSelectChanged: handleLegendSelectChanged, }; const requestCommonProps = { api, start, end, project, environment, query, period, interval: getInterval(datetimeSelection, 'high'), }; const header = ( {t('Trend')} ); const trendDisplay = generateTrendFunctionAsString(trendFunction, trendParameter); const trendView = eventView.clone() as TrendView; modifyTrendView( trendView, location, TrendChangeType.ANY, projects, shouldGetBreakpoint ); function transformTimeseriesData( data: EventsStatsData, meta: EventsStats['meta'], seriesName: string ): Series[] { let scale = 1; if (seriesName) { const unit = meta?.units?.[getAggregateAlias(seriesName)]; // Scale series values to milliseconds or bytes depending on units from meta scale = (unit && (DURATION_UNITS[unit] ?? SIZE_UNITS[unit])) ?? 1; } return [ { seriesName, data: data.map(([timestamp, countsForTimestamp]) => ({ name: timestamp * 1000, value: countsForTimestamp.reduce((acc, {count}) => acc + count, 0) * scale, })), }, ]; } return ( {header} {shouldGetBreakpoint ? ( // queries events-trends-statsv2 for breakpoint data (feature flag only) {({isLoading, trendsData}) => { const events = normalizeTrends(trendsData?.events?.data || []); // keep trend change type as regression until the backend can support passing the type const selectedTransaction = getSelectedTransaction( location, TrendChangeType.ANY, events ); const statsData = trendsData?.stats || {}; const transactionEvent = ( statsData && selectedTransaction?.project && selectedTransaction?.transaction ? statsData[ [selectedTransaction?.project, selectedTransaction?.transaction].join( ',' ) ] : undefined ) as EventsStats; const data = transactionEvent?.data ?? []; const meta = transactionEvent?.meta ?? ({} as EventsStats['meta']); const timeSeriesMetricsData = transformTimeseriesData( data, meta, trendDisplay ); const metricsTimeFrame = transactionEvent?.start && transactionEvent.end ? {start: transactionEvent.start * 1000, end: transactionEvent.end * 1000} : undefined; return data.length !== 0 ? ( ) : ( // queries events-stats for trend data if metrics trend data not found {({errored, loading, reloading, timeseriesData, timeframe}) => { return ( ); }} ); }} ) : ( {({errored, loading, reloading, timeseriesData, timeframe: timeFrame}) => { return ( ); }} )} ); } export default TrendChart;