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* Copyright 2022 Harness Inc. All rights reserved.
* Use of this source code is governed by the PolyForm Shield 1.0.0 license
* that can be found in the licenses directory at the root of this repository, also available at
* https://polyformproject.org/wp-content/uploads/2020/06/PolyForm-Shield-1.0.0.txt.
*/
import React, { useEffect, useMemo, useState } from 'react'
import { Container, Link, Text, Utils } from '@wings-software/uicore'
import { Color } from '@harness/design-system'
import { Classes, ITreeNode, PopoverInteractionKind, Tree } from '@blueprintjs/core'
import { useParams } from 'react-router-dom'
import cx from 'classnames'
import { useToaster } from '@common/exports'
import { getErrorMessage } from '@cv/utils/CommonUtils'
import { String, useStrings } from 'framework/strings'
import {
MANUAL_INPUT_QUERY,
ManualInputQueryModal
} from '@cv/pages/health-source/connectors/GCOMetricsHealthSource/components/ManualInputQueryModal/ManualInputQueryModal'
import { PageSpinner } from '@common/components'
import type { ProjectPathProps } from '@common/interfaces/RouteInterfaces'
import type {
MetricDashboardItem,
MetricDashboardWidgetNavProps,
MetricWidget,
NodeDataType,
TreeNodeLabelProps
} from '@cv/components/MetricDashboardWidgetNav/MetricDashboardWidgetNav.type'
import css from '@cv/components/MetricDashboardWidgetNav/MetricDashboardWidgetNav.module.scss'
const NodeDepth = {
METRIC: 3,
WIDGET: 2,
DASHBOARD: 1
}
const LabelWidth = {
FIRST_LEVEL: 192,
SECOND_LEVEL: 170,
THIRD_LEVEL: 140
}
const NodeType = {
MANUAL_INPUT_METRIC: 'ManuallyInputQueryMetric',
MANUAL_INPUT_QUERY: 'ManuualyInputQuery',
DASHBOARD: 'Dashboard',
WIDGET: 'Widget',
METRIC: 'Metric',
LABEL: 'Label'
}
const LoadingSkeleton = [
{
id: 1,
isExpanded: true,
disabled: true,
label: <Container className={Classes.SKELETON} width={177} height={15} />,
childNodes: [
{ id: 2, label: <Container className={Classes.SKELETON} width={155} height={15} /> },
{ id: 3, label: <Container className={Classes.SKELETON} width={155} height={15} /> },
{
id: 4,
label: <Container className={Classes.SKELETON} width={155} height={15} />
}
]
},
{
id: 2,
isExpanded: false,
disabled: true,
label: <Container className={Classes.SKELETON} width={177} height={15} />,
hasCaret: true
}
]
function initializeSelectedMetric(dashboardWidgetItems?: MetricDashboardItem[]): number[] | undefined {
return dashboardWidgetItems?.length ? [1, 0, 0] : [0, 0]
}
function deselectMetric(navContent: ITreeNode[], nodePath?: number[]): void {
Iif (!nodePath?.length) {
return
}
let currNode = navContent[nodePath[0]]
navContent[nodePath[0]] = currNode
for (let pathIndex = 1; pathIndex < nodePath.length; pathIndex++) {
currNode = currNode.childNodes?.[nodePath[pathIndex]] || ({} as ITreeNode)
if (currNode && pathIndex === nodePath.length - 1) {
currNode.isSelected = false
}
}
}
function generateTreeNode(type: string, data: any, id: string, isExpanded = false): ITreeNode<NodeDataType> {
switch (type) {
case NodeType.DASHBOARD:
return {
id,
hasCaret: true,
label: <TreeNodeLabel width={LabelWidth.FIRST_LEVEL} label={data.name} />,
childNodes: [],
nodeData: {
data,
type: NodeType.DASHBOARD
}
}
case NodeType.WIDGET:
return {
id: id,
hasCaret: true,
isExpanded: isExpanded,
label: <TreeNodeLabel width={LabelWidth.SECOND_LEVEL} label={id} />,
childNodes: [],
nodeData: {
type: NodeType.WIDGET
}
}
case NodeType.METRIC:
return {
id: id,
label: <TreeNodeLabel width={LabelWidth.THIRD_LEVEL} label={data.metric} />,
hasCaret: false,
isExpanded: false,
nodeData: {
data,
type: NodeType.METRIC
}
}
case NodeType.MANUAL_INPUT_QUERY:
return {
id: MANUAL_INPUT_QUERY,
hasCaret: true,
label: (
<TreeNodeLabel
width={LabelWidth.FIRST_LEVEL}
label={<String stringID="cv.monitoringSources.gco.mapMetricsToServicesPage.manuallyInputQueriesLabel" />}
/>
),
childNodes: [],
nodeData: {
type: NodeType.MANUAL_INPUT_QUERY
}
}
case NodeType.LABEL:
return {
id: id,
label: <TreeNodeLabel width={LabelWidth.SECOND_LEVEL} label={data.label} />,
hasCaret: false,
isExpanded: false,
isSelected: false
}
case NodeType.MANUAL_INPUT_METRIC:
default:
return {
id,
hasCaret: false,
label: <TreeNodeLabel width={LabelWidth.SECOND_LEVEL} label={id} />,
childNodes: [],
nodeData: {
type: NodeType.MANUAL_INPUT_METRIC
}
}
}
}
function transformDashboardsToTreeNodes(
dashboardWidgetItems: MetricDashboardItem[],
manuallyInputQueries: string[]
): ITreeNode<NodeDataType>[] {
const treeNodes: ITreeNode<NodeDataType>[] = []
for (const dashboard of dashboardWidgetItems || []) {
Eif (dashboard?.title && dashboard.itemId) {
treeNodes.push(generateTreeNode(NodeType.DASHBOARD, { name: dashboard.title }, dashboard.itemId))
}
}
// create manually input queries tree node
treeNodes.unshift(generateTreeNode(NodeType.MANUAL_INPUT_QUERY, undefined, MANUAL_INPUT_QUERY))
// insert all manual metrics into manually input queries node
for (const metric of manuallyInputQueries || []) {
Eif (metric) {
treeNodes[0]?.childNodes?.push(generateTreeNode(NodeType.MANUAL_INPUT_METRIC, undefined, metric))
}
}
if (treeNodes[1]) {
treeNodes[1].isExpanded = true
treeNodes[1].childNodes = LoadingSkeleton
// when there are no selected dashboards and only a manual query
} else if (treeNodes[0].childNodes?.length) {
treeNodes[0].childNodes[0].isSelected = true
treeNodes[0].isExpanded = true
}
return treeNodes
}
function transformWidgetsToTreeNodes(
metricWidgets: MetricWidget[],
isFirstLoad: boolean,
dashboardIndex: number
): { treeNodes: ITreeNode<NodeDataType>[]; selectedMetricPath?: number[]; selectedMetric?: ITreeNode<NodeDataType> } {
Iif (!metricWidgets?.length) {
return { treeNodes: [] }
}
const treeNodes: ITreeNode<NodeDataType>[] = []
let selectedMetricPath: number[] = []
let selectedMetric: ITreeNode<NodeDataType> = {} as ITreeNode<NodeDataType>
for (let widgetIndex = 0; widgetIndex < metricWidgets.length; widgetIndex++) {
const widget = metricWidgets[widgetIndex]
if (!widget || !widget.widgetName || !widget.dataSets?.length) {
continue
}
const treeNode: ITreeNode<NodeDataType> = generateTreeNode(
NodeType.WIDGET,
undefined,
widget.widgetName,
widgetIndex === 0
)
for (let dataSetIndex = 0; dataSetIndex < widget.dataSets.length; dataSetIndex++) {
const dataSet = widget.dataSets[dataSetIndex]
Iif (!dataSet || !dataSet.name || !dataSet.query) {
continue
}
const metric: ITreeNode<NodeDataType> = generateTreeNode(
NodeType.METRIC,
{ metric: dataSet.name, widget: widget.widgetName, query: dataSet.query },
dataSet.id
)
if (isFirstLoad && dataSetIndex === 0 && widgetIndex === 0) {
metric.isSelected = true
selectedMetricPath = [dashboardIndex, 0, 0]
selectedMetric = metric
}
treeNode.childNodes?.push(metric)
}
treeNodes.push(treeNode)
}
return { treeNodes, selectedMetricPath, selectedMetric }
}
function TreeNodeLabel(props: TreeNodeLabelProps): JSX.Element {
const { width, label } = props
return (
<Text
color={Color.BLACK}
width={width}
lineClamp={1}
className={css.textOverflow}
tooltipProps={{ interactionKind: PopoverInteractionKind.HOVER_TARGET_ONLY }}
>
{label}
</Text>
)
}
export default function MetricDashboardWidgetNav<T>(props: MetricDashboardWidgetNavProps<T>): JSX.Element {
const {
className,
connectorIdentifier,
dashboards,
onSelectMetric,
showSpinnerOnLoad,
manuallyInputQueries = [],
dashboardWidgetMapper,
dashboardDetailsRequest,
addManualQueryTitle
} = props
const { projectIdentifier, accountId, orgIdentifier } = useParams<ProjectPathProps>()
const [selectedMetricPath, setSelectedMetricPath] = useState<number[] | undefined>(
initializeSelectedMetric(dashboards)
)
const [isFirstLoad, setIsFirstLoad] = useState(true)
const [selectedDashboard, setSelectedDashboard] = useState<MetricDashboardItem | undefined>(
dashboards?.filter(dashboard => dashboard?.itemId && dashboard.title)[0]
)
const { getString } = useStrings()
const { showError } = useToaster()
const [isModalOpen, setIsModalOpen] = useState(false)
const [navContent, setNavContent] = useState<ITreeNode<NodeDataType>[]>(
transformDashboardsToTreeNodes(dashboards, manuallyInputQueries)
)
const { error, loading, data: dashboardWidgetsData, refetch: fetchDetails } = dashboardDetailsRequest
const metricWidgets: MetricWidget[] = useMemo(() => {
return (
(dashboardWidgetsData?.data &&
Array.isArray(dashboardWidgetsData.data) &&
dashboardWidgetsData.data.map((widgetToMap: any) => {
return dashboardWidgetMapper(selectedDashboard?.itemId || '', widgetToMap)
})) ||
[]
)
}, [dashboardWidgetsData, dashboardWidgetMapper])
useEffect(() => {
const selectedDashIndex = navContent.findIndex(treeNode => treeNode.id === selectedDashboard?.itemId)
if (selectedDashIndex === -1 || loading) {
return
}
if (error?.data) {
navContent[selectedDashIndex].isExpanded = false
navContent[selectedDashIndex].childNodes = []
setNavContent([...navContent])
Eif (error?.data) {
showError(getErrorMessage(error), 5000)
}
} else Eif (metricWidgets.length) {
const {
treeNodes,
selectedMetricPath: metricPath,
selectedMetric: metric
} = transformWidgetsToTreeNodes(metricWidgets, isFirstLoad, selectedDashIndex)
navContent[selectedDashIndex].childNodes = treeNodes
setNavContent([...navContent])
const { data: datum } = metric?.nodeData || {}
Eif (isFirstLoad) {
setSelectedMetricPath(metricPath)
onSelectMetric(
metric?.id as string,
metric?.nodeData?.data?.metric,
datum?.query,
datum?.widget,
selectedDashboard?.itemId,
selectedDashboard?.title as string
)
setIsFirstLoad(false)
}
} else if (dashboardWidgetsData?.data && !metricWidgets.length) {
navContent[selectedDashIndex].childNodes = [
generateTreeNode(
NodeType.LABEL,
{ label: getString('cv.monitoringSources.datadog.noMetricsWidgets') },
'no_data_label_id'
)
]
setNavContent([...navContent])
}
}, [metricWidgets, loading])
useEffect(() => {
if (selectedDashboard?.itemId) {
fetchDetails({
queryParams: {
projectIdentifier,
orgIdentifier,
accountId,
connectorIdentifier,
tracingId: Utils.randomId(),
dashboardId: selectedDashboard.itemId,
path: selectedDashboard.itemId
}
})
}
}, [selectedDashboard?.itemId, projectIdentifier, orgIdentifier, accountId, connectorIdentifier, fetchDetails])
// when only manually input query is selected on load, run this hook
useEffect(() => {
if (!loading && isFirstLoad && selectedMetricPath?.toString() === '0,0' && navContent[0]?.childNodes?.[0]) {
onSelectMetric(
navContent[0]?.childNodes?.[0]?.id as string,
navContent[0]?.childNodes?.[0]?.id as string,
MANUAL_INPUT_QUERY
)
}
}, [])
return (
<Container width={300} className={cx(css.main, className)}>
{loading && showSpinnerOnLoad && <PageSpinner />}
<Link withoutHref onClick={() => setIsModalOpen(true)} className={css.inputQueryLink}>
{getString('cv.monitoringSources.gco.addManualInputQuery')}
</Link>
<Tree
className={css.treeNodeContainer}
contents={navContent}
onNodeExpand={(node, nodePath) => {
const { type, data: datum } = node.nodeData || {}
if (
nodePath.length === NodeDepth.DASHBOARD &&
!node.childNodes?.length &&
type !== NodeType.MANUAL_INPUT_QUERY
) {
navContent.forEach(dashboard => (dashboard.isExpanded = false))
node.childNodes = LoadingSkeleton
setSelectedDashboard({ title: datum.name, itemId: node.id as string })
}
node.isExpanded = true
setNavContent([...navContent])
}}
onNodeCollapse={node => {
node.isExpanded = false
setNavContent([...navContent])
}}
onNodeClick={(node, nodePath) => {
const { isExpanded = false, id, childNodes, nodeData } = node
const { data: datum, type } = nodeData || {}
switch (nodePath.length) {
case NodeDepth.DASHBOARD:
navContent.forEach(dashboard => (dashboard.isExpanded = false))
node.isExpanded = !isExpanded
if (type !== NodeType.MANUAL_INPUT_QUERY && node.isExpanded && !childNodes?.length) {
node.childNodes = LoadingSkeleton
setSelectedDashboard({ title: nodeData?.data.name as string, itemId: id as string })
}
break
case NodeDepth.WIDGET:
if (nodePath.toString() === selectedMetricPath?.toString()) {
return
}
if (type === NodeType.MANUAL_INPUT_METRIC) {
node.isSelected = true
deselectMetric(navContent, selectedMetricPath)
setSelectedMetricPath(nodePath)
setSelectedDashboard(undefined)
onSelectMetric(node.id as string, node.id as string, MANUAL_INPUT_QUERY)
} else {
node.isExpanded = !isExpanded
}
break
case NodeDepth.METRIC:
Iif (nodePath.toString() === selectedMetricPath?.toString()) {
return
}
node.isSelected = true
deselectMetric(navContent, selectedMetricPath)
setSelectedMetricPath(nodePath)
onSelectMetric(
id as string,
datum.metric,
datum.query,
datum.widget,
selectedDashboard?.itemId,
selectedDashboard?.title as string
)
break
default:
break
}
setNavContent([...navContent])
}}
/>
{isModalOpen && (
<ManualInputQueryModal
title={addManualQueryTitle}
manuallyInputQueries={manuallyInputQueries}
onSubmit={values => {
Eif (navContent.length > 0) {
deselectMetric(navContent, selectedMetricPath)
setSelectedDashboard(undefined)
navContent.forEach(dashboard => (dashboard.isExpanded = false))
}
Eif (navContent[0]?.nodeData?.type === NodeType.MANUAL_INPUT_QUERY) {
const newMetric = generateTreeNode(NodeType.MANUAL_INPUT_METRIC, undefined, values.metricName)
newMetric.isSelected = true
navContent[0].childNodes?.unshift(newMetric)
navContent[0].isExpanded = true
}
setNavContent([...navContent])
setSelectedMetricPath([0, 0])
onSelectMetric(values.metricName, values.metricName, MANUAL_INPUT_QUERY)
}}
closeModal={() => setIsModalOpen(false)}
/>
)}
</Container>
)
}
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