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* Copyright 2021 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 { defaultTo, delay } from 'lodash-es'
import type { DiagramEngine } from '@projectstorm/react-diagrams-core'
import { IconName, Utils } from '@wings-software/uicore'
import { Color } from '@harness/design-system'
import type { IconProps } from '@wings-software/uicore/dist/icons/Icon'
import type { CSSProperties } from 'react'
import {
ExecutionStatusEnum,
ExecutionStatus,
isExecutionRunning,
isExecutionNotStarted,
isExecutionFinishedAnyhow
} from '@pipeline/utils/statusHelpers'
import {
PipelineOrStageStatus,
statusToStatusMapping
} from '@pipeline/components/PipelineSteps/AdvancedSteps/ConditionalExecutionPanel/ConditionalExecutionPanelUtils'
import type { NodeRunInfo } from 'services/pipeline-ng'
import type {
ExecutionPipeline,
ExecutionPipelineGroupInfo,
ExecutionPipelineItem,
ExecutionPipelineNode
} from './ExecutionPipelineModel'
import * as Diagram from '../Diagram'
import type { DefaultNodeModel } from '../Diagram'
import { ExecutionPipelineNodeType } from './ExecutionPipelineModel'
import { StepType } from '../PipelineSteps/PipelineStepInterface'
import css from './ExecutionStageDiagram.module.scss'
export const containGroup = <T>(nodes: Array<ExecutionPipelineNode<T>>): boolean => {
let contain = false
nodes.forEach(node => {
Iif (node.group) contain = true
else Iif (node.parallel) contain = contain || containGroup(node.parallel)
})
return contain
}
export const calculateDepth = <T>(
node: ExecutionPipelineNode<T>,
groupStatesMap: Map<string, GroupState<T>>,
spaceAfterGroup: number,
SPACE_AFTER_GROUP: number
): number => {
const depth = 1
let groupMaxDepth = 0
if (node?.group) {
const stepState = groupStatesMap.get(node.group.identifier)
// collapsed group
Iif (stepState?.collapsed) {
return 1
}
// expanded group
Eif (node.group.items?.length > 0) {
groupMaxDepth = 0
node.group.items.forEach(nodeG => {
let depthInner = 0
Iif (nodeG?.group) {
// group
depthInner = calculateDepth(nodeG, groupStatesMap, SPACE_AFTER_GROUP, SPACE_AFTER_GROUP) + SPACE_AFTER_GROUP
} else Iif (nodeG?.parallel) {
// parallel
nodeG?.parallel.forEach(nodeP => {
depthInner += calculateDepth(nodeP, groupStatesMap, SPACE_AFTER_GROUP, SPACE_AFTER_GROUP)
})
// NOTE: adjustment for parallel stage
depthInner += nodeG?.parallel?.find(item => item.group) ? SPACE_AFTER_GROUP : 0
} else {
// step
depthInner = 1
}
groupMaxDepth = Math.max(groupMaxDepth, depthInner)
})
}
groupMaxDepth += spaceAfterGroup
}
// NOTE: condition "groupMaxDepth < depth" makes empty group height equal to group with one step
return groupMaxDepth < depth ? groupMaxDepth + depth : groupMaxDepth
}
export const calculateGroupHeaderDepth = <T>(items: Array<ExecutionPipelineNode<T>>, HEADER_DEPTH: number): number => {
let maxNum = 0
items.forEach(node => {
let num = 0
Iif (node.group) {
num = HEADER_DEPTH
num += calculateGroupHeaderDepth(node.group.items, HEADER_DEPTH)
maxNum = Math.max(maxNum, num)
} else Iif (node.parallel && node.parallel[0]?.group) {
num = HEADER_DEPTH
num += calculateGroupHeaderDepth(node.parallel[0].group.items, HEADER_DEPTH)
maxNum = Math.max(maxNum, num)
}
})
return maxNum
}
export const getNodeStyles = (
isSelected: boolean,
status: ExecutionStatus,
type: ExecutionPipelineNodeType,
nodeHasBorder: boolean
): React.CSSProperties => {
const style = {} as React.CSSProperties
style.borderColor = 'var(--execution-pipeline-color-grey)'
style.borderWidth = '2px'
style.borderStyle = 'solid'
/* istanbul ignore else */ if (status) {
switch (status) {
case ExecutionStatusEnum.Success:
style.borderColor = 'var(--execution-pipeline-color-blue)'
style.backgroundColor = isSelected ? 'var(--execution-pipeline-color-blue)' : Utils.getRealCSSColor(Color.WHITE)
break
case ExecutionStatusEnum.Expired:
style.borderColor = isSelected ? 'var(--execution-pipeline-color-blue)' : Utils.getRealCSSColor(Color.WHITE)
break
case ExecutionStatusEnum.Running:
case ExecutionStatusEnum.AsyncWaiting:
case ExecutionStatusEnum.TaskWaiting:
case ExecutionStatusEnum.TimedWaiting:
style.borderColor = 'var(--execution-pipeline-color-blue)'
style.backgroundColor = isSelected ? 'var(--execution-pipeline-color-blue)' : Utils.getRealCSSColor(Color.WHITE)
break
case ExecutionStatusEnum.Paused:
style.borderColor = 'var(--execution-pipeline-color-orange)'
style.backgroundColor = isSelected
? 'var(--execution-pipeline-color-orange)'
: Utils.getRealCSSColor(Color.WHITE)
break
case ExecutionStatusEnum.InterventionWaiting:
case ExecutionStatusEnum.ApprovalWaiting:
case ExecutionStatusEnum.ResourceWaiting:
style.borderColor = 'var(--execution-pipeline-color-orange2)'
style.backgroundColor = isSelected
? 'var(--execution-pipeline-color-orange)'
: Utils.getRealCSSColor(Color.WHITE)
break
case ExecutionStatusEnum.NotStarted:
style.borderColor = 'var(--execution-pipeline-color-dark-grey)'
style.backgroundColor = Utils.getRealCSSColor(Color.WHITE)
break
case ExecutionStatusEnum.Aborted:
if (type === ExecutionPipelineNodeType.DIAMOND) {
style.borderColor = 'var(--execution-pipeline-color-dark-grey2)'
style.backgroundColor = isSelected ? 'var(--execution-pipeline-color-red)' : 'var(--red-50)'
} else {
style.borderColor = 'var(--execution-pipeline-color-dark-grey2)'
style.backgroundColor = isSelected
? 'var(--execution-pipeline-color-dark-grey2)'
: Utils.getRealCSSColor(Color.WHITE)
}
break
case ExecutionStatusEnum.ApprovalRejected:
case ExecutionStatusEnum.Failed:
style.borderColor =
type === ExecutionPipelineNodeType.DIAMOND
? 'var(--execution-pipeline-color-blue)'
: 'var(--execution-pipeline-color-red)'
style.backgroundColor = isSelected ? 'var(--execution-pipeline-color-red)' : Utils.getRealCSSColor(Color.WHITE)
break
default:
break
}
}
if (!nodeHasBorder) {
style.borderWidth = '0px'
}
return style
}
export const getParallelNodesStatusForOutLines = <T>(
parallel: ExecutionPipelineNode<T>[]
): {
displayLines: boolean
status: ExecutionStatus
} => {
Iif (parallel.length === 0) {
return {
displayLines: false,
status: ExecutionStatusEnum.NotStarted
}
}
// Success like status. This will be overwrite if status is not success like
const ret: {
displayLines: boolean
status: ExecutionStatus
} = {
displayLines: true,
status: ExecutionStatusEnum.Success
}
parallel.forEach(pItem => {
Eif (pItem.item) {
// if status set and node status is deferent than not started
Iif (!isExecutionFinishedAnyhow(pItem.item.status)) {
ret.displayLines = false
ret.status = pItem.item.status
}
} else if (pItem.group) {
// if status set and node status is deferent than not started
if (!isExecutionFinishedAnyhow(pItem.group.status)) {
ret.displayLines = false
ret.status = pItem.group.status
}
} else if (pItem.parallel) {
const parallelRet = getParallelNodesStatusForOutLines(pItem.parallel)
if (!isExecutionFinishedAnyhow(parallelRet.status)) {
ret.displayLines = false
ret.status = parallelRet.status
}
}
})
return ret
}
/**
* return ExecutionStatusEnum.NotStarted or one of the other
* Used for line on right side
*/
export const getParallelNodesStatusForInLine = <T>(parallel: ExecutionPipelineNode<T>[]) => {
let status = ExecutionStatusEnum.NotStarted
parallel.forEach(pItem => {
Eif (pItem.item) {
// if status set and node status is deferent than not started
Eif (pItem.item.status && !isExecutionNotStarted(pItem.item.status)) {
status = pItem.item.status
}
} else if (pItem.group) {
// if status set and node status is deferent than not started
if (pItem.group.status && !isExecutionNotStarted(pItem.group.status)) {
status = pItem.group.status
}
} else if (pItem.parallel) {
const parallelStatus = getParallelNodesStatusForInLine(pItem.parallel)
if (!isExecutionNotStarted(parallelStatus)) {
status = parallelStatus
}
}
})
return status
}
export const getArrowsColor = (
status: ExecutionStatus,
isParallel = false,
hideLines = false,
isLast = false
): string => {
Iif (hideLines) {
return 'var(--pipeline-transparent-border)'
} else Iif (status === ExecutionStatusEnum.NotStarted) {
return 'var(--execution-pipeline-color-arrow-not-started)'
} else Iif (isParallel && isExecutionRunning(status)) {
return 'var(--execution-pipeline-color-arrow-not-started)'
} else Iif (isLast && isExecutionRunning(status)) {
return 'var(--execution-pipeline-color-arrow-not-started)'
} else {
return 'var(--execution-pipeline-color-arrow-complete)'
}
}
export const getStatusProps = (
status: ExecutionStatus,
stepType: ExecutionPipelineNodeType
): {
secondaryIcon?: IconName
secondaryIconProps: Omit<IconProps, 'name'>
secondaryIconStyle: CSSProperties
} => {
const secondaryIconStyle: React.CSSProperties =
stepType === ExecutionPipelineNodeType.DIAMOND ? {} : { top: -7, right: -7 }
let secondaryIcon: IconName | undefined = undefined
const secondaryIconProps: Omit<IconProps, 'name'> = { size: 16 }
/* istanbul ignore else */ if (status) {
switch (status) {
case ExecutionStatusEnum.IgnoreFailed:
secondaryIcon = 'warning-outline'
secondaryIconProps.size = 18
secondaryIconStyle.color = 'var(--execution-pipeline-color-dark-red)'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
break
case ExecutionStatusEnum.Failed:
secondaryIcon = 'execution-warning'
secondaryIconProps.size = 18
secondaryIconStyle.color = 'var(--execution-pipeline-color-dark-red)'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
secondaryIconStyle.paddingBottom = `2px`
break
case ExecutionStatusEnum.ResourceWaiting:
secondaryIcon = 'execution-warning'
secondaryIconProps.size = 20
secondaryIconStyle.color = 'var(--execution-pipeline-color-orange)'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
break
case ExecutionStatusEnum.Success:
secondaryIcon = 'execution-success'
secondaryIconProps.color = Color.GREEN_450
secondaryIconStyle.animation = `${css.fadeIn} 1s`
break
case ExecutionStatusEnum.Running:
case ExecutionStatusEnum.AsyncWaiting:
case ExecutionStatusEnum.TaskWaiting:
case ExecutionStatusEnum.TimedWaiting:
secondaryIcon = 'spinner'
secondaryIconStyle.animation = `${css.rotate} 2s`
secondaryIconStyle.color = Utils.getRealCSSColor(Color.WHITE)
secondaryIconStyle.backgroundColor = 'var(--primary-7)'
secondaryIconStyle.borderRadius = '50%'
secondaryIconStyle.height = '15px'
secondaryIconStyle.padding = '1px'
secondaryIconStyle.boxShadow = '0px 0px 0px 0.6px rgba(255,255,255,1)'
secondaryIconProps.size = 13
break
case ExecutionStatusEnum.Aborted:
secondaryIcon = 'stop'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
secondaryIconStyle.color = 'var(--grey-700)'
secondaryIconStyle.backgroundColor = Utils.getRealCSSColor(Color.WHITE)
secondaryIconStyle.borderRadius = '50%'
secondaryIconStyle.border = '1px solid var(--grey-700)'
secondaryIconStyle.height = '16px'
secondaryIconStyle.padding = '3px'
secondaryIconStyle.boxShadow = '0px 0px 0px 0.6px rgba(255,255,255,1)'
secondaryIconProps.size = 8
break
case ExecutionStatusEnum.Expired:
secondaryIcon = 'execution-abort'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
secondaryIconStyle.color = 'var(--execution-pipeline-color-dark-grey2)'
break
case ExecutionStatusEnum.Paused:
case ExecutionStatusEnum.Pausing:
secondaryIcon = 'execution-input'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
secondaryIconStyle.color = 'var(--execution-pipeline-color-orange)'
break
case ExecutionStatusEnum.ApprovalWaiting:
case ExecutionStatusEnum.InterventionWaiting:
secondaryIcon = 'waiting'
secondaryIconStyle.animation = `${css.fadeIn} 1s`
secondaryIconStyle.color = Utils.getRealCSSColor(Color.WHITE)
secondaryIconStyle.backgroundColor = 'var(--execution-pipeline-color-orange2)'
secondaryIconStyle.borderRadius = '50%'
secondaryIconStyle.height = '16px'
secondaryIconStyle.padding = '2px'
secondaryIconProps.size = 12
secondaryIconStyle.boxShadow = '0px 0px 0px 0.6px rgba(255,255,255,1)'
break
default:
break
}
}
return { secondaryIconStyle, secondaryIcon: secondaryIcon, secondaryIconProps }
}
export const getIconStyleBasedOnStatus = (
status: ExecutionStatus,
isSelected: boolean,
data: any
): React.CSSProperties => {
let toReturn: CSSProperties = {}
if (isSelected && status !== ExecutionStatusEnum.NotStarted) {
toReturn = { color: Utils.getRealCSSColor(Color.WHITE) }
}
Iif (!isSelected && (status === ExecutionStatusEnum.Skipped || status === ExecutionStatusEnum.Expired)) {
toReturn = { color: Utils.getRealCSSColor(Color.GREY_500) }
}
Iif (data.stepType === StepType.HarnessApproval && !isSelected) {
toReturn = { color: Utils.getRealCSSColor(Color.PRIMARY_5) }
}
return toReturn
}
export const getStageFromExecutionPipeline = <T>(
data: ExecutionPipeline<T>,
identifier = '-1'
): ExecutionPipelineItem<T> | undefined => {
let stage: ExecutionPipelineItem<T> | undefined = undefined
data.items?.forEach(node => {
if (!stage) {
if (node?.item?.identifier === identifier) {
stage = node?.item
} else Eif (node?.parallel) {
stage = getStageFromExecutionPipeline({ items: node.parallel, identifier: '', allNodes: [] }, identifier)
} else if (node?.group) {
stage = getStageFromExecutionPipeline({ items: node.group.items, identifier: '', allNodes: [] }, identifier)
}
}
})
return stage
}
export interface GroupState<T> {
data?: T
group?: ExecutionPipelineGroupInfo<T>
collapsed: boolean
name: string
status: ExecutionStatus
identifier: string
}
export const getGroupsFromData = <T>(items: Array<ExecutionPipelineNode<T>>): Map<string, GroupState<T>> => {
let groupState = new Map<string, GroupState<T>>()
items.forEach(node => {
if (node.parallel) {
const itemsGroupState = getGroupsFromData(node.parallel)
groupState = new Map([...groupState, ...itemsGroupState])
} else if (node.group) {
groupState.set(node.group.identifier, {
collapsed: false,
name: node.group.name,
status: node.group.status,
identifier: node.group.identifier,
data: node.group.data,
group: node.group
})
Eif (node.group.items.length > 0) {
const itemsGroupState = getGroupsFromData(node.group.items)
groupState = new Map([...groupState, ...itemsGroupState])
}
} else if (node.item?.showInLabel) {
groupState.set(node.item.identifier, {
collapsed: false,
name: node.item.name,
status: node.item.status,
identifier: node.item.identifier,
data: node.item.data
})
}
})
return groupState
}
export const moveStageToFocusDelayed = (engine: DiagramEngine, identifier: string, focusOnVisibility = false): void => {
delay(() => moveStageToFocus(engine, identifier, focusOnVisibility), 1)
}
export const moveStageToFocus = (engine: DiagramEngine, identifier: string, focusOnVisibility = false): void => {
const model = engine.getModel() as Diagram.DiagramModel
const layer = model.getGroupLayer(identifier) || model.getNodeFromId(identifier)
const canvas = engine.getCanvas()
/* istanbul ignore else */ if (layer && canvas) {
const rect = canvas.getBoundingClientRect()
const zoom = engine.getModel().getZoomLevel()
const s = (num: number): number => num * (1 / (100 / zoom))
const offsetX = engine.getModel().getOffsetX()
const offsetY = engine.getModel().getOffsetY()
let newOffsetX = engine.getModel().getOffsetX()
let newOffsetY = engine.getModel().getOffsetY()
const node = (engine.getModel() as Diagram.DiagramModel).getNodeFromId(identifier)
Iif (focusOnVisibility && node && rect.width < offsetX + s(node.getPosition().x) + s(node.width) + s(40)) {
newOffsetX = (rect.width - s(node.width)) * 0.8 - s(node.getPosition().x)
} else Iif (!focusOnVisibility) {
if (layer instanceof Diagram.StepGroupNodeLayerModel) {
newOffsetX = rect.width * 0.2 - s(layer.startNode.getPosition().x)
} else {
newOffsetX = rect.width * 0.2 - s(layer.getPosition().x)
}
}
Iif (node && rect.height < offsetY + s(node.getPosition().y) + s(node.height) + s(40)) {
newOffsetY = (rect.height - s(node.height)) * 0.7 - s(node.getPosition().y)
}
let shouldRepaint = false
Iif (newOffsetX !== offsetX || newOffsetY !== offsetY) {
engine.getModel().setOffset(newOffsetX, newOffsetY)
shouldRepaint = true
}
Iif (shouldRepaint) {
engine.repaintCanvas()
}
}
}
export const getStageFromDiagramEvent = <T>(
event: Diagram.DefaultNodeEvent,
data: ExecutionPipeline<T>
): ExecutionPipelineItem<T> | undefined => {
const entity = event.entity as DefaultNodeModel
const id = entity.getOptions().identifier
const stage = getStageFromExecutionPipeline(data, id)
return stage
}
export const getRunningNode = <T>(data: ExecutionPipeline<T>): ExecutionPipelineItem<T> | undefined => {
let stage: ExecutionPipelineItem<T> | undefined = undefined
data.items?.forEach(node => {
Eif (!stage) {
Iif (isExecutionRunning(node?.item?.status)) {
stage = node?.item
} else if (node?.parallel) {
stage = getRunningNode({ items: node.parallel, identifier: '', allNodes: [] })
} else if (node?.group) {
stage = getRunningNode({ items: node.group.items, identifier: '', allNodes: [] })
}
}
})
return stage
}
export const focusRunningNode = <T>(engine: DiagramEngine, data: ExecutionPipeline<T>): void => {
const runningStage = getRunningNode(data)
/* istanbul ignore else */ Iif (runningStage) {
const node = (engine.getModel() as Diagram.DiagramModel).getNodeFromId(runningStage.identifier)
const canvas = engine.getCanvas()
if (canvas && node) {
const rect = canvas.getBoundingClientRect()
const nodePosition = node.getPosition()
const nodeWidth = node.width
/* istanbul ignore else */ Iif (rect.width < nodePosition.x + nodeWidth + 40) {
const newOffsetX = (rect.width - node.width) * 0.8 - nodePosition.x
if (newOffsetX !== engine.getModel().getOffsetX()) {
const offsetY = engine.getModel().getOffsetY()
engine.getModel().setOffset(newOffsetX, offsetY)
//engine.getModel().setZoomLevel(100)
engine.repaintCanvas()
}
}
}
}
}
export const getTertiaryIconProps = <T>(stage: ExecutionPipelineItem<T>): { tertiaryIcon?: IconName } => {
const tertiaryIconProps: { tertiaryIcon?: IconName } = {}
Iif (stage?.barrierFound) {
tertiaryIconProps.tertiaryIcon = 'barrier-open-with-links'
}
return tertiaryIconProps
}
export const getConditionalExecutionFlag = (when?: NodeRunInfo): boolean => {
if (when?.whenCondition) {
const conditionArr = when.whenCondition.split(' && ')
const status = statusToStatusMapping[defaultTo(conditionArr.shift()?.replace(/[^a-zA-Z]/g, ''), '')]
const condition = conditionArr.join(' && ')
return !(status === PipelineOrStageStatus.SUCCESS && !condition?.trim())
} else {
return false
}
}
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