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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 { LinkModelListener, NodeModelListener } from '@projectstorm/react-diagrams-core' import type { BaseModelListener } from '@projectstorm/react-canvas-core' import cx from 'classnames' import { last, isEmpty } from 'lodash-es' import { ExecutionStatusEnum, isExecutionRunning } from '@pipeline/utils/statusHelpers' import { ExecutionPipeline, ExecutionPipelineNode, ExecutionPipelineNodeType } from './ExecutionPipelineModel' import { getNodeStyles, getStatusProps, getArrowsColor, GroupState, getIconStyleBasedOnStatus, getTertiaryIconProps, getConditionalExecutionFlag, calculateGroupHeaderDepth, calculateDepth, containGroup, getParallelNodesStatusForInLine, getParallelNodesStatusForOutLines } from './ExecutionStageDiagramUtils' import { STATIC_SERVICE_GROUP_NAME } from '../PipelineStudio/ExecutionGraph/ExecutionGraphUtil' import * as Diagram from '../Diagram' import css from './ExecutionStageDiagram.module.scss' const SPACE_AFTER_GROUP = 0.2 const GROUP_HEADER_DEPTH = 0.3 export interface NodeStyleInterface { width: number height: number } export interface GridStyleInterface { gridSize?: number startX?: number startY?: number gapX?: number } export interface Listeners { nodeListeners: NodeModelListener linkListeners: LinkModelListener layerListeners: BaseModelListener } export const EmptyNodeSeparator = '$node$' export interface ExecutionStageDiagramConfiguration { FIRST_AND_LAST_SEGMENT_LENGTH: number SPACE_BETWEEN_ELEMENTS: number FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH: number LINE_SEGMENT_LENGTH: number PARALLEL_LINES_WIDTH: number LEFT_AND_RIGHT_GAP_IN_SERVICE_GROUP: number NODE_WIDTH: number START_AND_END_NODE_WIDTH: number ALLOW_PORT_HIDE: boolean NODE_HAS_BORDER: boolean } interface RenderGraphNodesProps<T> { node: ExecutionPipelineNode<T> startX: number startY: number selectedStageId?: string disableCollapseButton?: boolean diagramContainerHeight?: number prevNodes?: Diagram.DefaultNodeModel[] showEndNode?: boolean groupStage?: Map<string, GroupState<T>> // = new Map(), verticalStepGroup?: boolean // = false, isRootGroup?: boolean // = true isFirstNode?: boolean isFirstStepGroupNode?: boolean isParallelNode?: boolean } export class ExecutionStageDiagramModel extends Diagram.DiagramModel { nodeStyle: NodeStyleInterface = { width: 200, height: 200 } protected diagConfig: ExecutionStageDiagramConfiguration constructor() { super({ gridSize: 100, startX: 70, startY: 50, gapX: 200, gapY: 140 }) this.diagConfig = { FIRST_AND_LAST_SEGMENT_LENGTH: 48, SPACE_BETWEEN_ELEMENTS: 72, FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH: 48, LINE_SEGMENT_LENGTH: 30, PARALLEL_LINES_WIDTH: 60, // NOTE: PARALLEL_LINES_WIDTH >= 2 * LINE_SEGMENT_LENGTH LEFT_AND_RIGHT_GAP_IN_SERVICE_GROUP: 56, // 56 NODE_WIDTH: 64, START_AND_END_NODE_WIDTH: 30, ALLOW_PORT_HIDE: true, NODE_HAS_BORDER: true } } setGridStyle(style: GridStyleInterface): void { Object.assign(this, style) } setDefaultNodeStyle(style: NodeStyleInterface): void { this.nodeStyle = style } setGraphConfiguration(diagConfig: Partial<ExecutionStageDiagramConfiguration>): void { Object.assign(this.diagConfig, diagConfig) } renderGraphNodes<T>(props: RenderGraphNodesProps<T>): { startX: number startY: number prevNodes?: Diagram.DefaultNodeModel[] } { const { node, selectedStageId, disableCollapseButton, diagramContainerHeight, showEndNode, groupStage = new Map(), verticalStepGroup = false, isRootGroup = true, isFirstNode = false, isFirstStepGroupNode = false, isParallelNode = false } = props const { FIRST_AND_LAST_SEGMENT_LENGTH, SPACE_BETWEEN_ELEMENTS, FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH, LEFT_AND_RIGHT_GAP_IN_SERVICE_GROUP, LINE_SEGMENT_LENGTH, PARALLEL_LINES_WIDTH, NODE_WIDTH, ALLOW_PORT_HIDE, NODE_HAS_BORDER } = this.diagConfig let { startX, startY, prevNodes } = props const { nodeStyle } = this Iif (!node) { return { startX, startY, prevNodes: [] } } if (node.item && !node.parallel) { const { item: stage } = node const { type } = stage startX += verticalStepGroup ? LEFT_AND_RIGHT_GAP_IN_SERVICE_GROUP : isFirstNode ? FIRST_AND_LAST_SEGMENT_LENGTH : isFirstStepGroupNode ? FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH : isParallelNode ? PARALLEL_LINES_WIDTH : SPACE_BETWEEN_ELEMENTS const isSelected = selectedStageId === stage.identifier const statusProps = getStatusProps(stage.status, type) const tertiaryIconProps = getTertiaryIconProps(stage) let nodeRender = this.getNodeFromId(stage.identifier) const commonOption: Diagram.DiamondNodeModelOptions = { customNodeStyle: getNodeStyles(isSelected, stage.status, type, NODE_HAS_BORDER), canDelete: false, ...statusProps, ...tertiaryIconProps, nodeClassName: cx( { [css.runningNode]: isExecutionRunning(stage.status) }, { [css.selected]: isExecutionRunning(stage.status) && isSelected } ), iconStyle: getIconStyleBasedOnStatus(stage.status, isSelected, stage.data), icon: stage.icon, skipCondition: stage?.skipCondition, defaultSelected: isSelected, conditionalExecutionEnabled: getConditionalExecutionFlag(stage.when), disableClick: stage.disableClick } if (!nodeRender) { nodeRender = type === ExecutionPipelineNodeType.ICON ? /* istanbul ignore next */ new Diagram.IconNodeModel({ identifier: stage.identifier, id: stage.identifier, ...commonOption, customNodeStyle: { ...commonOption.customNodeStyle, border: 'none' }, width: nodeStyle.width, height: nodeStyle.height, name: stage.name, icon: stage.icon, iconSize: stage.iconSize, iconStyle: { marginBottom: '30px' } }) : type === ExecutionPipelineNodeType.DIAMOND ? /* istanbul ignore next */ new Diagram.DiamondNodeModel({ identifier: stage.identifier, id: stage.identifier, ...commonOption, width: 57, height: 57, customNodeStyle: { ...commonOption.customNodeStyle }, name: stage.name }) : new Diagram.DefaultNodeModel({ identifier: stage.identifier, id: stage.identifier, name: stage.name, ...commonOption, width: nodeStyle.width, height: nodeStyle.height, showPorts: !verticalStepGroup }) this.addNode(nodeRender) } else { nodeRender.setOptions({ ...nodeRender.getOptions(), ...commonOption, iconStyle: { ...commonOption.iconStyle, ...stage?.iconStyle } }) } nodeRender.setPosition(startX, startY) startX += type === ExecutionPipelineNodeType.DIAMOND || type === ExecutionPipelineNodeType.ICON ? NODE_WIDTH + 30 : NODE_WIDTH /* istanbul ignore else */ if (!isEmpty(prevNodes) && prevNodes) { prevNodes.forEach((prevNode: Diagram.DefaultNodeModel) => { this.connectedParentToNode( nodeRender as Diagram.DefaultNodeModel<Diagram.DefaultNodeModelGenerics>, prevNode, false, 0, getArrowsColor(stage.status, undefined, verticalStepGroup), { type: 'in', size: LINE_SEGMENT_LENGTH } ) }) } return { startX, startY, prevNodes: [nodeRender] } } else if (node.parallel && prevNodes) { const { parallel } = node /* istanbul ignore else */ if (parallel.length > 0) { // lines calculation const inLineStatus = getParallelNodesStatusForInLine(parallel) const outLinesStatus = getParallelNodesStatusForOutLines(parallel) let newX = startX let newY = startY /* istanbul ignore else */ if (!isEmpty(prevNodes)) { const emptyNodeStart = this.getNodeFromId( `${EmptyNodeSeparator}-${EmptyNodeSeparator}${ parallel[0].item?.identifier || parallel[0].group?.identifier }-Start` ) || new Diagram.EmptyNodeModel({ id: `${EmptyNodeSeparator}-${EmptyNodeSeparator}${ parallel[0].item?.identifier || parallel[0].group?.identifier }-Start`, name: 'Empty', showPorts: !verticalStepGroup, hideOutPort: true }) this.addNode(emptyNodeStart) newX += verticalStepGroup ? 0 : isFirstNode ? FIRST_AND_LAST_SEGMENT_LENGTH : isFirstStepGroupNode ? FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH : SPACE_BETWEEN_ELEMENTS emptyNodeStart.setPosition(newX, newY) prevNodes.forEach((prevNode: Diagram.DefaultNodeModel) => { this.connectedParentToNode( emptyNodeStart, prevNode, false, 0, getArrowsColor(inLineStatus, undefined, verticalStepGroup) ) }) prevNodes = [emptyNodeStart] } const prevNodesAr: Diagram.DefaultNodeModel[] = [] parallel.forEach((nodeP, pIdx) => { const resp = this.renderGraphNodes({ node: nodeP, startX: newX, startY: newY, selectedStageId: selectedStageId, disableCollapseButton: disableCollapseButton, diagramContainerHeight: diagramContainerHeight, prevNodes: prevNodes, showEndNode: showEndNode, groupStage: groupStage, verticalStepGroup: verticalStepGroup, isRootGroup: isRootGroup && pIdx == 0, isParallelNode: true }) startX = Math.max(startX, resp.startX) const depthYParallel = calculateDepth(nodeP, groupStage, SPACE_AFTER_GROUP, SPACE_AFTER_GROUP) newY = resp.startY + this.gapY * depthYParallel /* istanbul ignore else */ if (resp.prevNodes) { prevNodesAr.push(...resp.prevNodes) } }) /* istanbul ignore else */ if (!isEmpty(prevNodesAr)) { const emptyNodeId = `${EmptyNodeSeparator}${ parallel[0].item?.identifier || parallel[0].group?.identifier }${EmptyNodeSeparator}-End` const emptyNodeEnd = this.getNodeFromId(emptyNodeId) || new Diagram.EmptyNodeModel({ id: emptyNodeId, name: 'Empty', showPorts: !verticalStepGroup, hideInPort: true, hideOutPort: !outLinesStatus.displayLines && ALLOW_PORT_HIDE }) // NOTE: this does not work // emptyNodeEnd.setOptions({ // ...emptyNodeEnd.getOptions(), // ...{ showPorts: !verticalStepGroup, hideInPort: true, hideOutPort: !outLinesStatus.displayLines } // }) // NOTE: workaround solution to show out port Iif (outLinesStatus.displayLines && !verticalStepGroup && ALLOW_PORT_HIDE) { makeVisibleOutPortOnEmptyNode(emptyNodeId) } this.addNode(emptyNodeEnd) startX += verticalStepGroup ? 0 : PARALLEL_LINES_WIDTH emptyNodeEnd.setPosition(startX, startY) prevNodesAr.forEach((prevNode: Diagram.DefaultNodeModel) => { this.connectedParentToNode( emptyNodeEnd, prevNode, false, 0, getArrowsColor( outLinesStatus.status, true, verticalStepGroup || (!outLinesStatus.displayLines && !showEndNode) ), { type: 'out', size: LINE_SEGMENT_LENGTH } ) }) prevNodes = [emptyNodeEnd] } } else { return this.renderGraphNodes({ node: parallel[0], startX, startY, selectedStageId, disableCollapseButton, diagramContainerHeight, prevNodes, showEndNode, groupStage, verticalStepGroup, isRootGroup }) } return { startX, startY, prevNodes } } /* istanbul ignore else */ else Eif (node.group) { /* istanbul ignore else */ if (!groupStage.get(node.group.identifier)?.collapsed) { this.clearAllLinksForNodeAndNode(node.group.identifier) this.activeNodeLayer.removeModel(node.group.identifier) // lines calculation const lastItem = last(node.group?.items) const outLineStatus = getParallelNodesStatusForOutLines(lastItem ? [lastItem] : []) // depth calculation let depthY = calculateDepth(node, groupStage, 0, SPACE_AFTER_GROUP) const headerDepth = calculateGroupHeaderDepth(node.group.items, GROUP_HEADER_DEPTH) //NOTE: decrease depth if its a (1)root group that (3)has group (2)group is not at first level Iif (isRootGroup && headerDepth === 0 && containGroup(node.group.items)) { depthY -= GROUP_HEADER_DEPTH } const stepGroupLayer = this.getGroupLayer(node.group.identifier) || new Diagram.StepGroupNodeLayerModel({ identifier: node.group.identifier, id: node.group.identifier //hideOutPort: !outLineStatus.displayLines }) stepGroupLayer.setOptions({ childrenDistance: this.gapY, depth: depthY, headerDepth: headerDepth + GROUP_HEADER_DEPTH, label: node.group.name, containerCss: node.group.containerCss, textCss: node.group.textCss, skipCondition: node.group.skipCondition, conditionalExecutionEnabled: getConditionalExecutionFlag(node.group.when), showRollback: false, disableCollapseButton: disableCollapseButton //hideOutPort: !outLineStatus.displayLines }) /* istanbul ignore else */ if (prevNodes && prevNodes.length > 0) { startX += isFirstNode ? FIRST_AND_LAST_SEGMENT_LENGTH : isFirstStepGroupNode ? FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH : isParallelNode ? PARALLEL_LINES_WIDTH : SPACE_BETWEEN_ELEMENTS stepGroupLayer.startNode.setPosition(startX, startY) prevNodes.forEach((prevNode: Diagram.DefaultNodeModel) => { this.connectedParentToNode( stepGroupLayer.startNode, prevNode, false, 0, getArrowsColor(node.group?.status || /* istanbul ignore next */ ExecutionStatusEnum.NotStarted), { type: 'in', size: LINE_SEGMENT_LENGTH } ) }) prevNodes = [stepGroupLayer.startNode] } this.useStepGroupLayer(stepGroupLayer) // Check if step group has nodes /* istanbul ignore else */ if (node.group.items?.length > 0) { node.group.items.forEach((step, index) => { const resp = this.renderGraphNodes({ node: step, startX, startY, selectedStageId, disableCollapseButton, diagramContainerHeight, prevNodes, showEndNode, groupStage, verticalStepGroup: node.group?.verticalStepGroup, isRootGroup: false, isFirstStepGroupNode: index === 0 }) startX = resp.startX startY = resp.startY /* istanbul ignore else */ if (resp.prevNodes) { prevNodes = resp.prevNodes } }) } /* istanbul ignore else */ if (prevNodes && prevNodes.length > 0) { startX += node.group?.verticalStepGroup ? LEFT_AND_RIGHT_GAP_IN_SERVICE_GROUP : FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH stepGroupLayer.endNode.setPosition(startX, startY) // NOTE: this cleanup line that is connected from last node in the group with stepGroupLayer.endNode // this is a solution for overlapping line bug const port = stepGroupLayer.endNode.getPorts()['In'] Eif (port) { this.clearLinksForPort(port) } prevNodes.forEach((prevNode: Diagram.DefaultNodeModel) => { this.connectedParentToNode( stepGroupLayer.endNode, prevNode, false, 0, getArrowsColor( outLineStatus.status || /* istanbul ignore next */ ExecutionStatusEnum.NotStarted, true, node.group?.verticalStepGroup || (!outLineStatus.displayLines && !showEndNode) ) ) }) prevNodes = [stepGroupLayer.endNode] } this.useNormalLayer() return { startX, startY, prevNodes: prevNodes } } else { this.clearAllStageGroups(node) startX += isFirstNode ? FIRST_AND_LAST_SEGMENT_LENGTH : isFirstStepGroupNode ? FIRST_AND_LAST_SEGMENT_IN_GROUP_LENGTH : isParallelNode ? PARALLEL_LINES_WIDTH : SPACE_BETWEEN_ELEMENTS const nodeRender = this.getNodeFromId(node.group.identifier) || new Diagram.DefaultNodeModel({ identifier: node.group.identifier, id: node.group.identifier, name: node.group.name, canDelete: false, icon: node.group.icon, secondaryIcon: 'plus', skipCondition: node.group.skipCondition, conditionalExecutionEnabled: getConditionalExecutionFlag(node.group.when), customNodeStyle: node.group.cssProps }) this.addNode(nodeRender) nodeRender.setPosition(startX, startY) startX += NODE_WIDTH if (!isEmpty(prevNodes) && prevNodes) { prevNodes.forEach((prevNode: Diagram.DefaultNodeModel) => { this.connectedParentToNode( nodeRender, prevNode, false, 0, getArrowsColor(node.group?.status || ExecutionStatusEnum.NotStarted), { type: 'in', size: LINE_SEGMENT_LENGTH } ) }) } return { startX, startY, prevNodes: [nodeRender] } } } return { startX, startY } } clearAllStageGroups<T>(node: ExecutionPipelineNode<T>): void { Eif (node.group && this.getGroupLayer(node.group.identifier)) { const layer = this.getGroupLayer(node.group.identifier) this.clearAllLinksForGroupLayer(node.group.identifier) const items = node.group.items Eif (items.length > 0) { items.forEach(item => { Eif (item.item) { this.clearAllLinksForNodeAndNode(item.item.identifier) layer?.removeModel(item.item.identifier) } else if (item.group) { this.clearAllStageGroups(item) layer?.removeModel(item.group.identifier) } else if (item.parallel && item.parallel.length > 0) { item.parallel.forEach(nodeP => { this.clearAllStageGroups(nodeP) layer?.removeModel(nodeP.group?.identifier || '') }) // NOTE: clear end node for parallel this.clearAllLinksForNodeAndNode( `${EmptyNodeSeparator}${ item.parallel[0].item?.identifier || item.parallel[0].group?.identifier }${EmptyNodeSeparator}-End` ) layer?.removeModel( `${EmptyNodeSeparator}${ item.parallel[0].item?.identifier || item.parallel[0].group?.identifier }${EmptyNodeSeparator}-End` ) } }) } } } addUpdateGraph<T>( pipeline: ExecutionPipeline<T>, listeners: Listeners, selectedId?: string, diagramContainerHeight?: number, showStartEndNode?: boolean, showEndNode?: boolean, groupStage?: Map<string, GroupState<T>>, hideCollapseButton?: boolean ): void { const { FIRST_AND_LAST_SEGMENT_LENGTH, START_AND_END_NODE_WIDTH } = this.diagConfig let { startX, startY } = this /* istanbul ignore if */ if (pipeline.items.length === 0) { return } // Unlock Graph this.setLocked(false) this.clearAllListeners() let prevNodes: Diagram.DefaultNodeModel[] = [] /* istanbul ignore else */ if (showStartEndNode) { //Start Node const startNode = this.getNodeFromId('start-new') || new Diagram.NodeStartModel({ id: 'start-new' }) startNode.setPosition(startX, startY) // this.clearAllLinksForNode('start-new') this.addNode(startNode) startX += START_AND_END_NODE_WIDTH prevNodes = [startNode] } pipeline.items?.forEach((node, index) => { const resp = this.renderGraphNodes({ node, startX, startY, selectedStageId: selectedId, disableCollapseButton: hideCollapseButton, diagramContainerHeight, prevNodes, showEndNode, groupStage, isFirstNode: index === 0 }) startX = resp.startX startY = resp.startY /* istanbul ignore else */ if (resp.prevNodes) { prevNodes = resp.prevNodes } }) /* istanbul ignore else */ if (showStartEndNode && showEndNode) { // Stop Node const stopNode = this.getNodeFromId('stop-node') || new Diagram.NodeStartModel({ id: 'stop-node', icon: 'stop', isStart: false }) // this.clearAllLinksForNode('stop-node') startX += FIRST_AND_LAST_SEGMENT_LENGTH stopNode.setPosition(startX, startY) const lastNode = last(prevNodes) /* istanbul ignore else */ if (lastNode) { this.connectedParentToNode( stopNode, lastNode, false, 0, getArrowsColor( pipeline.status || /* istanbul ignore next */ ExecutionStatusEnum.NotStarted, false, false, true ) ) } this.addNode(stopNode) } const nodes = this.getActiveNodeLayer().getNodes() for (const key in nodes) { const node = nodes[key] Iif ( pipeline.allNodes.indexOf(node.getID()) === -1 && node.getID() !== STATIC_SERVICE_GROUP_NAME && !(node instanceof Diagram.NodeStartModel) && !(node instanceof Diagram.EmptyNodeModel) ) { node.remove() this.activeNodeLayer.removeModel(node.getID()) } else { node.registerListener(listeners.nodeListeners) } } const links = this.getActiveLinkLayer().getLinks() for (const key in links) { const link = links[key] link.registerListener(listeners.linkListeners) } this.stepGroupLayers.forEach(layer => { layer.registerListener(listeners.layerListeners) const nodesInLayer = layer.getNodes() for (const key in nodesInLayer) { const node = nodesInLayer[key] Iif ( pipeline.allNodes.indexOf(node.getID()) === -1 && !(node instanceof Diagram.NodeStartModel) && !(node instanceof Diagram.EmptyNodeModel) ) { node.remove() layer.removeModel(node.getID()) } else { node.registerListener(listeners.nodeListeners) } } }) // Lock the graph back this.setLocked(true) } } /** * Workaround solution to make Out port of Empty node visible */ function makeVisibleOutPortOnEmptyNode(emptyNodeId: string) { const el = document.querySelector('*[data-nodeid="' + emptyNodeId + '"]') if ((el?.firstChild?.childNodes?.[1] as HTMLElement)?.style?.visibility) { ;(el!.firstChild!.childNodes[1]! as HTMLElement)!.style!.visibility = 'visible' } } |