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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 type * as React from 'react'
import type { IconName } from '@wings-software/uicore'
import { defaultTo, has, isEmpty } from 'lodash-es'
import {
ExecutionStatus,
ExecutionStatusEnum,
isExecutionSuccess,
isExecutionCompletedWithBadState,
isExecutionRunning,
isExecutionWaiting,
isExecutionSkipped
} from '@pipeline/utils/statusHelpers'
import type {
GraphLayoutNode,
PipelineExecutionSummary,
ExecutionGraph,
ExecutionNode,
ExecutionNodeAdjacencyList
} from 'services/pipeline-ng'
import {
ExecutionPipelineNode,
ExecutionPipelineNodeType,
ExecutionPipelineItem,
ExecutionPipelineGroupInfo
} from '@pipeline/components/ExecutionStageDiagram/ExecutionPipelineModel'
import factory from '@pipeline/components/PipelineSteps/PipelineStepFactory'
import { StepType } from '@pipeline/components/PipelineSteps/PipelineStepInterface'
import { stagesCollection } from '@pipeline/components/PipelineStudio/Stages/StagesCollection'
import { isApprovalStep } from './stepUtils'
export const LITE_ENGINE_TASK = 'liteEngineTask'
export const STATIC_SERVICE_GROUP_NAME = 'static_service_group'
export const RollbackIdentifier = 'Rollback'
export const StepGroupRollbackIdentifier = '(Rollback)'
export const RollbackContainerCss: React.CSSProperties = {
borderColor: 'var(--red-450)'
}
// TODO: remove use DTO
export interface ServiceDependency {
identifier: string
name: string | null
image: string
status: string
startTime: string
endTime: string | null
errorMessage: string | null
errorReason: string | null
}
export enum NodeType {
SERVICE = 'SERVICE',
SERVICE_CONFIG = 'SERVICE_CONFIG',
INFRASTRUCTURE = 'INFRASTRUCTURE',
GENERIC_SECTION = 'GENERIC_SECTION',
STEP_GROUP = 'STEP_GROUP',
NG_SECTION = 'NG_SECTION',
ROLLBACK_OPTIONAL_CHILD_CHAIN = 'ROLLBACK_OPTIONAL_CHILD_CHAIN',
FORK = 'NG_FORK',
INFRASTRUCTURE_SECTION = 'INFRASTRUCTURE_SECTION',
DEPLOYMENT_STAGE_STEP = 'DEPLOYMENT_STAGE_STEP',
APPROVAL_STAGE = 'APPROVAL_STAGE',
NG_SECTION_WITH_ROLLBACK_INFO = 'NG_SECTION_WITH_ROLLBACK_INFO',
NG_EXECUTION = 'NG_EXECUTION'
}
export const NonSelectableNodes: NodeType[] = [
NodeType.NG_SECTION,
NodeType.FORK,
NodeType.DEPLOYMENT_STAGE_STEP,
NodeType.APPROVAL_STAGE
]
export const TopLevelNodes: NodeType[] = [
NodeType.NG_SECTION,
NodeType.ROLLBACK_OPTIONAL_CHILD_CHAIN,
NodeType.INFRASTRUCTURE_SECTION,
NodeType.NG_SECTION_WITH_ROLLBACK_INFO,
NodeType.NG_EXECUTION
]
export const StepTypeIconsMap: { [key in NodeType]: IconName } = {
SERVICE: 'services',
SERVICE_CONFIG: 'services',
GENERIC_SECTION: 'step-group',
NG_SECTION_WITH_ROLLBACK_INFO: 'step-group',
NG_SECTION: 'step-group',
NG_EXECUTION: 'step-group',
ROLLBACK_OPTIONAL_CHILD_CHAIN: 'step-group',
INFRASTRUCTURE_SECTION: 'step-group',
STEP_GROUP: 'step-group',
INFRASTRUCTURE: 'infrastructure',
NG_FORK: 'fork',
DEPLOYMENT_STAGE_STEP: 'circle',
APPROVAL_STAGE: 'approval-stage-icon'
}
export const ExecutionStatusIconMap: Record<ExecutionStatus, IconName> = {
Success: 'tick-circle',
Running: 'main-more',
AsyncWaiting: 'main-more',
TaskWaiting: 'main-more',
TimedWaiting: 'main-more',
Failed: 'circle-cross',
Errored: 'circle-cross',
IgnoreFailed: 'tick-circle',
Expired: 'expired',
Aborted: 'banned',
Discontinuing: 'banned',
Suspended: 'banned',
Queued: 'queued',
NotStarted: 'pending',
Paused: 'pause',
ResourceWaiting: 'waiting',
Skipped: 'skipped',
ApprovalRejected: 'circle-cross',
InterventionWaiting: 'waiting',
ApprovalWaiting: 'waiting',
Pausing: 'pause'
}
/**
* @deprecated use import { ExecutionPathProps } from '@common/interfaces/RouteInterfaces' instead
*/
export interface ExecutionPathParams {
orgIdentifier: string
projectIdentifier: string
pipelineIdentifier: string
executionIdentifier: string
accountId: string
}
export interface ExecutionQueryParams {
stage?: string
step?: string
view?: 'log' | 'graph'
filterAnomalous?: string
type?: string
}
export function getPipelineStagesMap(
layoutNodeMap: PipelineExecutionSummary['layoutNodeMap'],
startingNodeId?: string
): Map<string, GraphLayoutNode> {
const map = new Map<string, GraphLayoutNode>()
function recursiveSetInMap(node: GraphLayoutNode): void {
if (node.nodeType === NodeTypes.Parallel) {
node.edgeLayoutList?.currentNodeChildren?.forEach(item => {
Eif (item && layoutNodeMap?.[item]) {
map.set(layoutNodeMap[item].nodeUuid || '', layoutNodeMap[item])
return
}
})
} else {
map.set(node.nodeUuid || '', node)
}
node.edgeLayoutList?.nextIds?.forEach(item => {
Eif (item && layoutNodeMap?.[item]) {
recursiveSetInMap(layoutNodeMap[item])
return
}
})
}
if (startingNodeId && layoutNodeMap?.[startingNodeId]) {
const node = layoutNodeMap[startingNodeId]
recursiveSetInMap(node)
}
return map
}
enum NodeTypes {
Parallel = 'parallel',
Stage = 'stage'
}
export interface ProcessLayoutNodeMapResponse {
stage?: GraphLayoutNode
parallel?: GraphLayoutNode[]
}
export const processLayoutNodeMap = (executionSummary?: PipelineExecutionSummary): ProcessLayoutNodeMapResponse[] => {
const response: ProcessLayoutNodeMapResponse[] = []
Iif (!executionSummary) {
return response
}
const startingNodeId = executionSummary.startingNodeId
const layoutNodeMap = executionSummary.layoutNodeMap
if (startingNodeId && layoutNodeMap?.[startingNodeId]) {
let node: GraphLayoutNode | undefined = layoutNodeMap[startingNodeId]
while (node) {
const currentNodeChildren: string[] | undefined = node?.edgeLayoutList?.currentNodeChildren
const nextIds: string[] | undefined = node?.edgeLayoutList?.nextIds
if (node.nodeType === NodeTypes.Parallel && currentNodeChildren && currentNodeChildren.length > 1) {
response.push({ parallel: currentNodeChildren.map(item => layoutNodeMap[item]) })
node = layoutNodeMap[node.edgeLayoutList?.nextIds?.[0] || '']
} else Iif (node.nodeType === NodeTypes.Parallel && currentNodeChildren && layoutNodeMap[currentNodeChildren[0]]) {
response.push({ stage: layoutNodeMap[currentNodeChildren[0]] })
node = layoutNodeMap[node.edgeLayoutList?.nextIds?.[0] || '']
} else {
response.push({ stage: node })
if (nextIds && nextIds.length === 1) {
node = layoutNodeMap[nextIds[0]]
} else {
node = undefined
}
}
}
}
return response
}
function parseStages(stages: ProcessLayoutNodeMapResponse[] | GraphLayoutNode[]): string {
const n = stages.length
for (let i = n - 1; i >= 0; i--) {
const stage = (stages[i] as ProcessLayoutNodeMapResponse)?.stage ?? (stages[i] as GraphLayoutNode)
if ((stage as ProcessLayoutNodeMapResponse).parallel) {
return parseStages((stage as ProcessLayoutNodeMapResponse)?.parallel as GraphLayoutNode[])
} else {
if (isExecutionSkipped(stage.status)) {
continue
} else {
return defaultTo(stage.nodeUuid, '')
}
}
}
return ''
}
export function getActiveStageForPipeline(
executionSummary?: PipelineExecutionSummary,
pipelineExecutionStatus?: ExecutionStatus
): string | null {
Iif (!executionSummary) {
return null
}
const stages = processLayoutNodeMap(executionSummary)
const n = stages.length
// for completed pipeline, select the last completed stage
if (isExecutionSuccess(pipelineExecutionStatus)) {
return parseStages(stages)
}
// for errored pipeline, select the errored stage
// for waiting status, select the waiting state
if (isExecutionCompletedWithBadState(pipelineExecutionStatus) || isExecutionWaiting(pipelineExecutionStatus)) {
for (let i = stages.length - 1; i >= 0; i--) {
const stage = stages[i]
if (stage.stage) {
if (isExecutionCompletedWithBadState(stage.stage.status) || isExecutionWaiting(stage.stage.status)) {
return stage.stage.nodeUuid || ''
}
} else Eif (stage.parallel && Array.isArray(stage.parallel)) {
const erroredStage = stage.parallel.find(
item => isExecutionCompletedWithBadState(item.status) || isExecutionWaiting(item.status)
)
/* istanbul ignore else */
if (erroredStage) {
return erroredStage.nodeUuid || ''
}
}
}
}
// find the current running stage
for (let i = 0; i < n; i++) {
const stage = stages[i]
// for normal stage
if (stage.stage) {
if (isExecutionRunning(stage.stage.status)) {
return stage.stage.nodeUuid || ''
}
// for parallel stage
} else Eif (stage.parallel && Array.isArray(stage.parallel)) {
const activeStage = stage.parallel.filter(item => isExecutionRunning(item.status))[0]
/* istanbul ignore else */
if (activeStage) {
return activeStage.nodeUuid || ''
}
}
}
return null
}
export function getActiveStep(
graph: ExecutionGraph,
nodeId?: string,
layoutNodeMap?: Record<string, GraphLayoutNode>
): string | null {
const { rootNodeId, nodeMap, nodeAdjacencyListMap } = graph
if (!nodeMap || !nodeAdjacencyListMap) {
return null
}
const currentNodeId = nodeId || rootNodeId
if (!currentNodeId) return null
const node = nodeMap[currentNodeId]
const nodeAdjacencyList = nodeAdjacencyListMap[currentNodeId]
Iif (!node || !nodeAdjacencyList) {
return null
}
if (Array.isArray(nodeAdjacencyList.children) && nodeAdjacencyList.children.length > 0) {
const n = nodeAdjacencyList.children.length
for (let i = 0; i < n; i++) {
const childNodeId = nodeAdjacencyList.children[i]
const step = getActiveStep(graph, childNodeId, layoutNodeMap)
if (typeof step === 'string') return step
}
}
if (nodeAdjacencyList.nextIds && nodeAdjacencyList.nextIds[0]) {
const step = getActiveStep(graph, nodeAdjacencyList.nextIds[0], layoutNodeMap)
if (typeof step === 'string') return step
}
if (
!NonSelectableNodes.includes(node.stepType as NodeType) &&
currentNodeId !== rootNodeId &&
!has(layoutNodeMap, node.setupId || '') &&
(isExecutionRunning(node.status) ||
isExecutionWaiting(node.status) ||
isExecutionCompletedWithBadState(node.status))
) {
return currentNodeId
}
return null
}
export function getIconFromStageModule(stageModule: 'cd' | 'ci' | string | undefined, stageType?: string): IconName {
Eif (stageType) {
const icon = stagesCollection.getStageAttributes(stageType, (key: string) => key)?.icon
Iif (icon) {
return icon
}
}
switch (stageModule) {
case 'cd':
return 'pipeline-deploy'
case 'ci':
return 'pipeline-build'
default:
return 'pipeline-deploy'
}
}
export function getIconStylesFromCollection(stageType?: string): React.CSSProperties {
Eif (stageType) {
const iconColor = stagesCollection.getStageAttributes(stageType, key => key)?.iconColor
Iif (iconColor) {
return { color: iconColor }
}
}
return {}
}
const addDependencyToArray = (service: ServiceDependency, arr: ExecutionPipelineNode<ExecutionNode>[]): void => {
const stepItem: ExecutionPipelineItem<ExecutionNode> = {
identifier: service.identifier as string,
name: service.name as string,
type: ExecutionPipelineNodeType.NORMAL,
status: service.status as ExecutionStatus,
icon: 'dependency-step',
data: service as ExecutionNode,
itemType: 'service-dependency'
}
// add step node
const stepNode: ExecutionPipelineNode<ExecutionNode> = { item: stepItem }
arr.push(stepNode)
}
const addDependencies = (
dependencies: ServiceDependency[],
stepsPipelineNodes: ExecutionPipelineNode<ExecutionNode>[]
): void => {
Eif (dependencies && dependencies.length > 0) {
const items: ExecutionPipelineNode<ExecutionNode>[] = []
dependencies.forEach(_service => addDependencyToArray(_service, items))
const dependenciesGroup: ExecutionPipelineGroupInfo<ExecutionNode> = {
identifier: STATIC_SERVICE_GROUP_NAME,
name: 'Dependencies', // TODO: use getString('execution.dependencyGroupName'),
status: dependencies[0].status as ExecutionStatus, // use status of first service
data: {},
icon: 'step-group',
verticalStepGroup: true,
isOpen: true,
items: [{ parallel: items }]
}
// dependency goes at the beginning
stepsPipelineNodes.unshift({ group: dependenciesGroup })
}
}
const processLiteEngineTask = (
nodeData: ExecutionNode | undefined,
rootNodes: ExecutionPipelineNode<ExecutionNode>[],
parentNode?: ExecutionNode
): void => {
// NOTE: liteEngineTask contains information about dependencies
const serviceDependencyList: ServiceDependency[] =
// Array check is required for legacy support
(Array.isArray(nodeData?.outcomes)
? nodeData?.outcomes?.find((_item: any) => !!_item.serviceDependencyList)?.serviceDependencyList
: nodeData?.outcomes?.dependencies?.serviceDependencyList) || []
// 1. Add dependency services
addDependencies(serviceDependencyList, rootNodes)
// 2. Exclude Initialize duration from the parent
Eif (nodeData && parentNode) {
const taskDuration = nodeData.endTs! - nodeData.startTs!
parentNode.startTs = Math.min(parentNode.startTs! + taskDuration, parentNode.endTs!)
}
// 3. Add Initialize step ( at the first place in array )
const stepItem: ExecutionPipelineItem<ExecutionNode> = {
identifier: nodeData?.uuid as string,
name: 'Initialize',
type: getExecutionPipelineNodeType(nodeData?.stepType),
status: nodeData?.status as ExecutionStatus,
icon: 'initialize-step',
data: nodeData as ExecutionNode,
itemType: 'service-dependency'
}
const stepNode: ExecutionPipelineNode<ExecutionNode> = { item: stepItem }
rootNodes.unshift(stepNode)
}
const processNodeData = (
children: string[],
nodeMap: ExecutionGraph['nodeMap'],
nodeAdjacencyListMap: ExecutionGraph['nodeAdjacencyListMap'],
rootNodes: Array<ExecutionPipelineNode<ExecutionNode>>
): Array<ExecutionPipelineNode<ExecutionNode>> => {
const items: Array<ExecutionPipelineNode<ExecutionNode>> = []
children?.forEach(item => {
const nodeData = nodeMap?.[item]
const isRollback = nodeData?.name?.endsWith(StepGroupRollbackIdentifier) ?? false
Iif (nodeData?.stepType === NodeType.FORK) {
items.push({
parallel: processNodeData(
nodeAdjacencyListMap?.[item].children || /* istanbul ignore next */ [],
nodeMap,
nodeAdjacencyListMap,
rootNodes
)
})
} else Iif (
nodeData?.stepType === NodeType.STEP_GROUP ||
nodeData?.stepType === NodeType.NG_SECTION ||
(nodeData && isRollback)
) {
items.push({
group: {
name: nodeData.name || /* istanbul ignore next */ '',
identifier: item,
data: nodeData,
containerCss: {
...(isRollback ? RollbackContainerCss : {})
},
status: nodeData.status as ExecutionStatus,
isOpen: true,
skipCondition: nodeData.skipInfo?.evaluatedCondition ? nodeData.skipInfo.skipCondition : undefined,
when: nodeData.nodeRunInfo,
...getIconDataBasedOnType(nodeData),
items: processNodeData(
nodeAdjacencyListMap?.[item].children || /* istanbul ignore next */ [],
nodeMap,
nodeAdjacencyListMap,
rootNodes
)
}
})
} else {
if (nodeData?.stepType === LITE_ENGINE_TASK) {
const parentNodeId =
Object.entries(nodeAdjacencyListMap || {}).find(([_, val]) => {
return (val?.children?.indexOf(nodeData.uuid!) ?? -1) >= 0
})?.[0] || ''
processLiteEngineTask(nodeData, rootNodes, nodeMap?.[parentNodeId])
} else {
items.push({
item: {
name: nodeData?.name || /* istanbul ignore next */ '',
...getIconDataBasedOnType(nodeData),
identifier: item,
skipCondition: nodeData?.skipInfo?.evaluatedCondition ? nodeData?.skipInfo.skipCondition : undefined,
when: nodeData?.nodeRunInfo,
status: nodeData?.status as ExecutionStatus,
type: getExecutionPipelineNodeType(nodeData?.stepType),
data: nodeData
}
})
}
}
const nextIds = nodeAdjacencyListMap?.[item].nextIds || /* istanbul ignore next */ []
nextIds.forEach(id => {
const nodeDataNext = nodeMap?.[id]
const isRollbackNext = nodeDataNext?.name?.endsWith(StepGroupRollbackIdentifier) ?? false
Iif (nodeDataNext?.stepType === NodeType.FORK) {
items.push({
parallel: processNodeData(
nodeAdjacencyListMap?.[id].children || /* istanbul ignore next */ [],
nodeMap,
nodeAdjacencyListMap,
rootNodes
)
})
} else Iif (nodeDataNext?.stepType === NodeType.STEP_GROUP || (isRollbackNext && nodeDataNext)) {
items.push({
group: {
name: nodeDataNext.name || /* istanbul ignore next */ '',
identifier: id,
data: nodeDataNext,
containerCss: {
...(isRollbackNext ? RollbackContainerCss : {})
},
skipCondition: nodeDataNext.skipInfo?.evaluatedCondition ? nodeDataNext.skipInfo.skipCondition : undefined,
when: nodeDataNext.nodeRunInfo,
status: nodeDataNext.status as ExecutionStatus,
isOpen: true,
...getIconDataBasedOnType(nodeDataNext),
items: processNodeData(
nodeAdjacencyListMap?.[id].children || /* istanbul ignore next */ [],
nodeMap,
nodeAdjacencyListMap,
rootNodes
)
}
})
} else {
items.push({
item: {
name: nodeDataNext?.name || /* istanbul ignore next */ '',
...getIconDataBasedOnType(nodeDataNext),
identifier: id,
skipCondition: nodeDataNext?.skipInfo?.evaluatedCondition ? nodeDataNext.skipInfo.skipCondition : undefined,
when: nodeDataNext?.nodeRunInfo,
status: nodeDataNext?.status as ExecutionStatus,
type: getExecutionPipelineNodeType(nodeDataNext?.stepType),
data: nodeDataNext
}
})
}
const nextLevels = nodeAdjacencyListMap?.[id].nextIds
Eif (nextLevels) {
items.push(...processNodeData(nextLevels, nodeMap, nodeAdjacencyListMap, rootNodes))
}
})
})
return items
}
const hasOnlyLiteEngineTask = (children?: string[], graph?: ExecutionGraph): boolean => {
return (
!!children &&
children.length === 1 &&
graph?.nodeMap?.[children[0]]?.stepType === LITE_ENGINE_TASK &&
graph?.nodeAdjacencyListMap?.[children[0]]?.nextIds?.length === 0
)
}
export const processExecutionData = (graph?: ExecutionGraph): Array<ExecutionPipelineNode<ExecutionNode>> => {
const items: Array<ExecutionPipelineNode<ExecutionNode>> = []
/* istanbul ignore else */
if (graph?.nodeAdjacencyListMap && graph?.rootNodeId) {
const nodeAdjacencyListMap = graph.nodeAdjacencyListMap
const rootNode = graph.rootNodeId
// Ignore the graph when its fqn is pipeline, as this doesn't render pipeline graph
Iif (graph?.nodeMap?.[rootNode].baseFqn === 'pipeline') {
return items
}
let nodeId = nodeAdjacencyListMap[rootNode].children?.[0]
while (nodeId && nodeAdjacencyListMap[nodeId]) {
const nodeData = graph?.nodeMap?.[nodeId]
/* istanbul ignore else */
if (nodeData) {
const isRollback = nodeData.name?.endsWith(StepGroupRollbackIdentifier) ?? false
if (nodeData.stepType && (TopLevelNodes.indexOf(nodeData.stepType as NodeType) > -1 || isRollback)) {
// NOTE: exception if we have only lite task engine in Execution group
Iif (hasOnlyLiteEngineTask(nodeAdjacencyListMap[nodeId].children, graph)) {
const liteTaskEngineId = nodeAdjacencyListMap?.[nodeId]?.children?.[0] || ''
processLiteEngineTask(graph?.nodeMap?.[liteTaskEngineId], items, nodeData)
} else Eif (!isEmpty(nodeAdjacencyListMap[nodeId].children)) {
Eif (nodeData.identifier === 'execution') {
items.push(
...processNodeData(
nodeAdjacencyListMap[nodeId].children || /* istanbul ignore next */ [],
graph?.nodeMap,
graph?.nodeAdjacencyListMap,
items
)
)
} else {
items.push({
group: {
name: nodeData.name || /* istanbul ignore next */ '',
identifier: nodeId,
data: nodeData,
skipCondition: nodeData.skipInfo?.evaluatedCondition ? nodeData.skipInfo.skipCondition : undefined,
when: nodeData.nodeRunInfo,
containerCss: {
...(RollbackIdentifier === nodeData.identifier || isRollback ? RollbackContainerCss : {})
},
status: nodeData.status as ExecutionStatus,
isOpen: true,
...getIconDataBasedOnType(nodeData),
items: processNodeData(
nodeAdjacencyListMap[nodeId].children || /* istanbul ignore next */ [],
graph?.nodeMap,
graph?.nodeAdjacencyListMap,
items
)
}
})
}
}
} else Iif (nodeData.stepType === NodeType.FORK) {
items.push({
parallel: processNodeData(
nodeAdjacencyListMap[nodeId].children || /* istanbul ignore next */ [],
graph?.nodeMap,
graph?.nodeAdjacencyListMap,
items
)
})
} else {
items.push({
item: {
name: nodeData.name || /* istanbul ignore next */ '',
skipCondition: nodeData.skipInfo?.evaluatedCondition ? nodeData.skipInfo.skipCondition : undefined,
when: nodeData.nodeRunInfo,
...getIconDataBasedOnType(nodeData),
showInLabel: nodeData.stepType === NodeType.SERVICE || nodeData.stepType === NodeType.INFRASTRUCTURE,
identifier: nodeId,
status: nodeData.status as ExecutionStatus,
type: getExecutionPipelineNodeType(nodeData?.stepType),
data: nodeData
}
})
}
}
nodeId = nodeAdjacencyListMap[nodeId].nextIds?.[0]
}
}
return items
}
export function getStageType(node?: GraphLayoutNode): 'ci' | 'cd' | 'unknown' {
Iif (node?.module?.toLowerCase?.() === 'ci' || !isEmpty(node?.moduleInfo?.ci)) {
return 'ci'
} else if (node?.module?.toLowerCase?.() === 'cd' || !isEmpty(node?.moduleInfo?.cd)) {
return 'cd'
}
return 'unknown'
}
export function getExecutionPipelineNodeType(stepType?: string): ExecutionPipelineNodeType {
Iif (stepType === StepType.Barrier || stepType === StepType.ResourceConstraint) {
return ExecutionPipelineNodeType.ICON
}
Iif (isApprovalStep(stepType)) {
return ExecutionPipelineNodeType.DIAMOND
}
return ExecutionPipelineNodeType.NORMAL
}
export function getIconDataBasedOnType(nodeData?: ExecutionNode): {
icon: IconName
iconSize: number
iconStyle?: { marginBottom: string }
} {
Eif (nodeData) {
Iif (nodeData.stepType === StepType.Barrier) {
return nodeData.status === 'Success'
? { icon: 'barrier-close', iconSize: 57 }
: { icon: 'barrier-open', iconSize: 70, iconStyle: { marginBottom: '38px' } }
}
Iif (nodeData.stepType === StepType.ResourceConstraint) {
return { icon: 'traffic-lights', iconSize: 40 }
}
const icon = StepTypeIconsMap[nodeData?.stepType as NodeType] || factory.getStepIcon(nodeData?.stepType || '')
return {
icon,
iconSize: 20
}
}
return {
icon: 'cross',
iconSize: 20
}
}
/** Add dependency services to nodeMap */
export const addServiceDependenciesFromLiteTaskEngine = (
nodeMap: { [key: string]: ExecutionNode },
adjacencyMap?: { [key: string]: ExecutionNodeAdjacencyList }
): void => {
const liteEngineTask = Object.values(nodeMap).find(item => item.stepType === LITE_ENGINE_TASK)
Iif (liteEngineTask) {
const parentNodeId =
Object.entries(adjacencyMap || {}).find(([_, val]) => {
return (val?.children?.indexOf(liteEngineTask.uuid!) ?? -1) >= 0
})?.[0] || ''
const parentNode: ExecutionNode | undefined = nodeMap[parentNodeId]
// NOTE: liteEngineTask contains information about dependency services
const serviceDependencyList: ExecutionNode[] =
// Array check is required for legacy support
(Array.isArray(liteEngineTask.outcomes)
? liteEngineTask.outcomes.find((_item: any) => !!_item.serviceDependencyList)?.serviceDependencyList
: liteEngineTask.outcomes?.dependencies?.serviceDependencyList) || []
// 1. add service dependencies to nodeMap
serviceDependencyList.forEach(service => {
if (service?.identifier) {
service.stepType = 'dependency-service'
service.executableResponses = [
{
task: {
logKeys: (service as any).logKeys
} as any
}
]
if (parentNode && isExecutionRunning(parentNode.status)) {
// If execution is still running, we should be getting logs as stream, not blob
service.status = ExecutionStatusEnum.Running
}
nodeMap[service.identifier] = service
}
})
// 2. add Initialize (Initialize step is liteEngineTask step)
// override step name
if (liteEngineTask.uuid) {
liteEngineTask.name = 'Initialize'
nodeMap[liteEngineTask.uuid] = liteEngineTask
}
}
}
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