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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 { IconName, Utils } from '@wings-software/uicore'
import { Color } from '@harness/design-system'
import { defaultTo, isEmpty, uniq } from 'lodash-es'
import type { PipelineInfoConfig, StageElementWrapperConfig } from 'services/cd-ng'
import type { UseStringsReturn } from 'framework/strings'
import { getStageType } from '@pipeline/utils/templateUtils'
import { EmptyStageName } from '../PipelineConstants'
import type { StagesMap } from '../PipelineContext/PipelineContext'
import { getCommonStyles, EmptyNodeSeparator, Listeners } from './StageBuilderUtil'
import {
CreateNewModel,
DefaultNodeModel,
DiagramModel,
DiamondNodeModel,
EmptyNodeModel,
GroupNodeModel,
NodeStartModel
} from '../../Diagram'
export interface AddUpdateGraphProps {
data: PipelineInfoConfig
listeners: Listeners
stagesMap: StagesMap
zoomLevel: number
getString: UseStringsReturn['getString']
isReadonly: boolean
selectedStageId?: string
splitPaneSize?: number
parentPath: string
errorMap: Map<string, string[]>
templateTypes: { [key: string]: string }
}
export interface StageBuilderConfiguration {
FIRST_AND_LAST_SEGMENT_LENGTH: number
SPACE_BETWEEN_ELEMENTS: number
LINE_SEGMENT_LENGTH: number
PARALLEL_LINES_WIDTH: number
NODE_WIDTH: number
GROUP_NODE_WIDTH: number
START_AND_END_NODE_WIDTH: number
}
export interface RenderGraphNodeProps {
node: StageElementWrapperConfig
startX: number
startY: number
stagesMap: StagesMap
isReadonly: boolean
zoomLevel: number
getString: UseStringsReturn['getString']
selectedStageId?: string
splitPaneSize?: number
prevNodes?: DefaultNodeModel[]
allowAdd?: boolean
isFirstNode?: boolean
isParallelNode?: boolean
parentPath: string
errorMap: Map<string, string[]>
templateTypes: { [key: string]: string }
}
export class StageBuilderModel extends DiagramModel {
protected diagConfig: StageBuilderConfiguration
constructor() {
super({
gridSize: 100,
startX: 50,
startY: 60,
/*gapX: 200, deprecated */
gapY: 100
})
this.diagConfig = {
FIRST_AND_LAST_SEGMENT_LENGTH: 56,
SPACE_BETWEEN_ELEMENTS: 80,
LINE_SEGMENT_LENGTH: 30,
PARALLEL_LINES_WIDTH: 60, // NOTE: LINE_SEGMENT_LENGTH * 2
NODE_WIDTH: 90,
GROUP_NODE_WIDTH: 90,
START_AND_END_NODE_WIDTH: 30
}
}
renderGraphNodes(props: RenderGraphNodeProps): { startX: number; startY: number; prevNodes?: DefaultNodeModel[] } {
const {
node,
startY,
stagesMap,
isReadonly,
selectedStageId,
splitPaneSize,
getString,
zoomLevel,
allowAdd,
isFirstNode = false,
isParallelNode = false,
parentPath,
errorMap,
templateTypes
} = props
const {
FIRST_AND_LAST_SEGMENT_LENGTH,
SPACE_BETWEEN_ELEMENTS,
PARALLEL_LINES_WIDTH,
NODE_WIDTH,
GROUP_NODE_WIDTH
} = this.diagConfig
let { startX, prevNodes } = props
Eif (node && node.stage) {
const isTemplateStage = !!node.stage?.template
const type = stagesMap[getStageType(node?.stage, templateTypes)]
const hasErrors = errorMap && [...errorMap.keys()].some(key => parentPath && key.startsWith(parentPath))
startX += isFirstNode
? FIRST_AND_LAST_SEGMENT_LENGTH
: isParallelNode
? PARALLEL_LINES_WIDTH
: SPACE_BETWEEN_ELEMENTS
const isSelected = selectedStageId === node.stage.identifier
const nodeRender = type?.isApproval
? new DiamondNodeModel({
identifier: node.stage.identifier,
id: node.stage.identifier,
customNodeStyle: {
// Without this doesn't look straight
marginTop: '1px',
...getCommonStyles(isSelected)
},
name: node.stage.name,
width: 57,
isInComplete: node.stage.name === EmptyStageName || hasErrors,
canDelete: !(selectedStageId === node.stage.identifier || isReadonly),
draggable: !isReadonly,
height: 57,
conditionalExecutionEnabled: node.stage.when
? node.stage.when?.pipelineStatus !== 'Success' || !!node.stage.when?.condition?.trim()
: false,
isTemplate: isTemplateStage,
iconStyle: { color: isSelected ? Utils.getRealCSSColor(Color.WHITE) : type.iconColor },
icon: type.icon
})
: new DefaultNodeModel({
identifier: node.stage.identifier,
id: node.stage.identifier,
customNodeStyle: getCommonStyles(isSelected),
name: node.stage.name,
isInComplete: node.stage.name === EmptyStageName || hasErrors,
width: 90,
defaultSelected: isSelected,
draggable: !isReadonly,
canDelete: !(selectedStageId === node.stage.identifier || isReadonly),
conditionalExecutionEnabled: node.stage.when
? node.stage.when?.pipelineStatus !== 'Success' || !!node.stage.when?.condition?.trim()
: false,
isTemplate: isTemplateStage,
allowAdd: allowAdd === true && !isReadonly,
height: 40,
iconStyle: { color: isSelected ? Utils.getRealCSSColor(Color.WHITE) : type?.iconColor },
icon: type?.icon,
...(node.stage.when && {})
})
this.addNode(nodeRender)
nodeRender.setPosition(startX, startY)
/* istanbul ignore else */ if (!isEmpty(prevNodes) && prevNodes) {
prevNodes.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(nodeRender, prevNode, !isParallelNode && !isReadonly)
})
}
startX += NODE_WIDTH
return { startX, startY, prevNodes: [nodeRender] }
} /* istanbul ignore else */ else if (node?.parallel && prevNodes) {
/* istanbul ignore else */ Iif (node.parallel.length > 1) {
const splitSize = defaultTo(splitPaneSize, 0)
// Simple nodes which can render is available space is
const simpleNodes = Math.floor(splitSize / ((this.gapY * zoomLevel) / 100))
if (splitSize < this.gapY * node.parallel.length + 40 && simpleNodes === 1) {
const parallelStageNames: Array<string> = []
let isSelected = false
const icons: Array<IconName> = []
node.parallel.forEach(nodeP => {
const type = stagesMap[getStageType(nodeP?.stage, templateTypes)]
if (nodeP.stage?.identifier === selectedStageId) {
parallelStageNames.unshift(nodeP.stage?.name ?? '')
icons.unshift(type.icon)
isSelected = true
} else {
parallelStageNames.push(nodeP.stage?.name || '')
icons.push(type.icon)
}
})
const groupedNode = new GroupNodeModel({
customNodeStyle: getCommonStyles(isSelected),
identifier: isSelected ? selectedStageId : node.parallel[0].stage?.identifier,
id: isSelected ? selectedStageId : node.parallel[0].stage?.identifier,
parallelNodes: node.parallel.map(nodeP => defaultTo(nodeP?.stage?.identifier, '')),
name:
parallelStageNames.length > 2
? getString('pipeline.parallelSelectedStages', {
selected: parallelStageNames[0],
total: parallelStageNames.length - 1
})
: parallelStageNames.join(', '),
width: GROUP_NODE_WIDTH,
allowAdd: true,
height: 40,
icons: uniq(icons)
})
startX += isFirstNode ? FIRST_AND_LAST_SEGMENT_LENGTH : SPACE_BETWEEN_ELEMENTS
this.addNode(groupedNode)
groupedNode.setPosition(startX, startY)
if (!isEmpty(prevNodes) && prevNodes) {
prevNodes.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(groupedNode, prevNode, !isParallelNode)
})
}
startX += GROUP_NODE_WIDTH
prevNodes = [groupedNode]
} else {
let newX = startX
let newY = startY
/* istanbul ignore else */ Iif (!isEmpty(prevNodes)) {
const emptyNodeStart = new EmptyNodeModel({
identifier: `${EmptyNodeSeparator}-${EmptyNodeSeparator}${node.parallel[0].stage?.identifier}${EmptyNodeSeparator}`,
name: 'Empty',
hideOutPort: true
})
this.addNode(emptyNodeStart)
newX += isFirstNode ? FIRST_AND_LAST_SEGMENT_LENGTH : SPACE_BETWEEN_ELEMENTS
emptyNodeStart.setPosition(newX, newY)
prevNodes.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(emptyNodeStart, prevNode, true)
})
prevNodes = [emptyNodeStart]
}
const prevNodesAr: DefaultNodeModel[] = []
node.parallel.every((nodeP, index: number) => {
const isLastNode = node.parallel?.length === index + 1
if (index + 1 < simpleNodes || node.parallel?.length === simpleNodes) {
const resp = this.renderGraphNodes({
node: nodeP,
startX: newX,
startY: newY,
stagesMap,
isReadonly,
getString,
selectedStageId,
zoomLevel,
splitPaneSize,
prevNodes,
allowAdd: isLastNode,
isParallelNode: true,
parentPath: `${parentPath}.parallel.${index}`,
errorMap,
templateTypes
})
startX = resp?.startX
newY = resp?.startY + this.gapY
/* istanbul ignore else */ Iif (resp?.prevNodes) {
prevNodesAr.push(...resp.prevNodes)
}
return true
} else {
const parallelStageNames: Array<string> = []
const parallelNodes = defaultTo(node.parallel?.slice(index), [])
let isSelected = false
const icons: Array<IconName> = []
parallelNodes.forEach(nodePP => {
const type = stagesMap[getStageType(nodePP?.stage, templateTypes)]
if (nodePP.stage?.identifier === selectedStageId) {
parallelStageNames.unshift(nodePP.stage?.name ?? '')
icons.unshift(type.icon)
isSelected = true
} else {
parallelStageNames.push(nodePP.stage?.name || '')
icons.push(type.icon)
}
})
const groupedNode = new GroupNodeModel({
customNodeStyle: getCommonStyles(isSelected),
identifier: isSelected ? selectedStageId : parallelNodes[0].stage?.identifier,
id: isSelected ? selectedStageId : parallelNodes[0].stage?.identifier,
parallelNodes: parallelNodes.map(nodePP => defaultTo(nodePP?.stage?.identifier, '')),
name: isSelected
? getString('pipeline.parallelSelectedStages', {
selected: parallelStageNames[0],
total: parallelStageNames.length - 1
})
: getString('pipeline.parallelStages', { total: parallelStageNames.length }),
width: GROUP_NODE_WIDTH,
allowAdd: true,
height: 40,
icons: uniq(icons)
})
this.addNode(groupedNode)
groupedNode.setPosition(newX + PARALLEL_LINES_WIDTH - 18, newY)
if (!isEmpty(prevNodes) && prevNodes) {
prevNodes.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(groupedNode, prevNode, !isParallelNode)
})
}
prevNodesAr.push(groupedNode)
return false
}
})
/* istanbul ignore else */ Iif (!isEmpty(prevNodesAr)) {
const emptyNodeEnd = new EmptyNodeModel({
identifier: `${EmptyNodeSeparator}${node.parallel[0].stage?.identifier}${EmptyNodeSeparator}`,
name: 'Empty',
hideInPort: true
})
this.addNode(emptyNodeEnd)
startX += PARALLEL_LINES_WIDTH
emptyNodeEnd.setPosition(startX, startY)
prevNodesAr.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(emptyNodeEnd, prevNode, false)
})
prevNodes = [emptyNodeEnd]
}
}
} else {
return this.renderGraphNodes({
node: node.parallel[0],
startX,
startY,
stagesMap,
isReadonly,
selectedStageId,
getString,
splitPaneSize,
zoomLevel,
prevNodes,
allowAdd: true,
isParallelNode: false,
parentPath: `${parentPath}.0`,
errorMap,
templateTypes
})
}
return { startX, startY, prevNodes }
}
return { startX, startY }
}
addUpdateGraph(props: AddUpdateGraphProps): void {
const {
data,
listeners,
stagesMap,
getString,
zoomLevel,
isReadonly,
selectedStageId,
splitPaneSize,
parentPath = '',
errorMap,
templateTypes
} = props
const { START_AND_END_NODE_WIDTH, FIRST_AND_LAST_SEGMENT_LENGTH, SPACE_BETWEEN_ELEMENTS, NODE_WIDTH } =
this.diagConfig
let { startX, startY } = this
this.clearAllNodesAndLinks() // TODO: Improve this
// Unlock Graph
this.setLocked(false)
//Start Node
const startNode = new NodeStartModel()
startNode.setPosition(startX, startY)
this.addNode(startNode)
startX += START_AND_END_NODE_WIDTH
// Stop Node
const stopNode = new NodeStartModel({ icon: 'stop', isStart: false })
// Create Node
const createNode = new CreateNewModel({
id: 'create-node',
width: 90,
height: 40,
name: getString('addStage'),
customNodeStyle: { borderColor: 'var(--pipeline-grey-border)' }
})
let prevNodes: DefaultNodeModel[] = [startNode]
data?.stages?.forEach((node, index: number) => {
const resp = this.renderGraphNodes({
node,
startX,
startY,
stagesMap,
isReadonly,
selectedStageId,
splitPaneSize,
zoomLevel,
getString,
prevNodes,
allowAdd: true,
parentPath: `${parentPath}.${index}`,
errorMap,
isFirstNode: index === 0,
templateTypes
})
startX = resp.startX
startY = resp.startY
/* istanbul ignore else */ if (resp.prevNodes) {
prevNodes = resp.prevNodes
}
})
if (isReadonly) {
startX += FIRST_AND_LAST_SEGMENT_LENGTH
stopNode.setPosition(startX, startY)
prevNodes.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(stopNode, prevNode, false)
})
this.addNode(stopNode)
} else {
startX += isEmpty(data?.stages) ? FIRST_AND_LAST_SEGMENT_LENGTH : SPACE_BETWEEN_ELEMENTS
createNode.setPosition(startX, startY)
startX += NODE_WIDTH + FIRST_AND_LAST_SEGMENT_LENGTH
stopNode.setPosition(startX, startY)
prevNodes.forEach((prevNode: DefaultNodeModel) => {
this.connectedParentToNode(createNode, prevNode, false)
})
this.connectedParentToNode(stopNode, createNode, false)
this.addNode(stopNode)
this.addNode(createNode)
}
const nodes = this.getActiveNodeLayer().getNodes()
for (const key in nodes) {
const node = nodes[key]
node.registerListener(listeners.nodeListeners)
}
const links = this.getActiveLinkLayer().getLinks()
for (const key in links) {
const link = links[key]
link.registerListener(listeners.linkListeners)
}
// Lock the graph back
this.setLocked(true)
}
}
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