import { VStack, Tag, Text, Tooltip } from '@chakra-ui/react' import { useGraph } from 'contexts/GraphContext' import { useTypebot } from 'contexts/TypebotContext' import { useUser } from 'contexts/UserContext' import React, { useMemo } from 'react' import { AnswersCount } from 'services/analytics' import { getEndpointTopOffset, computeSourceCoordinates, computeDropOffPath, } from 'services/graph' import { isFreePlan } from 'services/user' import { byId, isDefined } from 'utils' type Props = { blockId: string answersCounts: AnswersCount[] onUnlockProPlanClick?: () => void } export const DropOffEdge = ({ answersCounts, blockId, onUnlockProPlanClick, }: Props) => { const { user } = useUser() const { sourceEndpoints, blocksCoordinates, graphPosition } = useGraph() const { publishedTypebot } = useTypebot() const isUserOnFreePlan = isFreePlan(user) const totalAnswers = useMemo( () => answersCounts.find((a) => a.blockId === blockId)?.totalAnswers, [answersCounts, blockId] ) const { totalDroppedUser, dropOffRate } = useMemo(() => { if (!publishedTypebot || totalAnswers === undefined) return { previousTotal: undefined, dropOffRate: undefined } const previousBlockIds = publishedTypebot.edges .map((edge) => edge.to.blockId === blockId ? edge.from.blockId : undefined ) .filter(isDefined) const previousTotal = answersCounts .filter((a) => previousBlockIds.includes(a.blockId)) .reduce((prev, acc) => acc.totalAnswers + prev, 0) if (previousTotal === 0) return { previousTotal: undefined, dropOffRate: undefined } const totalDroppedUser = previousTotal - totalAnswers return { totalDroppedUser, dropOffRate: Math.round((totalDroppedUser / previousTotal) * 100), } }, [answersCounts, blockId, totalAnswers, publishedTypebot]) const block = publishedTypebot?.blocks.find(byId(blockId)) const sourceTop = useMemo( () => getEndpointTopOffset({ endpoints: sourceEndpoints, graphOffsetY: graphPosition.y, endpointId: block?.steps[block.steps.length - 1].id, graphScale: graphPosition.scale, }), // eslint-disable-next-line react-hooks/exhaustive-deps [block?.steps, sourceEndpoints, blocksCoordinates] ) const labelCoordinates = useMemo(() => { if (!blocksCoordinates[blockId]) return return computeSourceCoordinates(blocksCoordinates[blockId], sourceTop ?? 0) }, [blocksCoordinates, blockId, sourceTop]) if (!labelCoordinates) return <> return ( <> {isUserOnFreePlan ? 'X' : dropOffRate}% {isUserOnFreePlan ? 'n' : totalDroppedUser} users ) }