/*-
* ============LICENSE_START=======================================================
* SDC
* ================================================================================
* Copyright (C) 2017 AT&T Intellectual Property. All rights reserved.
* ================================================================================
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
* ============LICENSE_END=========================================================
*/
import {Component, NodesFactory, ComponentInstance, CompositionCiNodeVl,IAppMenu,AssetPopoverObj} from "app/models";
import {EventListenerService, LoaderService} from "app/services";
import {GRAPH_EVENTS,ModalsHandler,GraphUIObjects} from "app/utils";
import {CompositionGraphGeneralUtils} from "./composition-graph-general-utils";
import {CommonGraphUtils} from "../../common/common-graph-utils";
/**
* Created by obarda on 11/9/2016.
*/
export class CompositionGraphNodesUtils {
constructor(private NodesFactory:NodesFactory, private $log:ng.ILogService,
private GeneralGraphUtils:CompositionGraphGeneralUtils,
private commonGraphUtils:CommonGraphUtils,
private eventListenerService:EventListenerService,
private loaderService:LoaderService /*,
private sdcMenu: IAppMenu,
private ModalsHandler: ModalsHandler*/) {
}
/**
* Returns component instances for all nodes passed in
* @param nodes - Cy nodes
* @returns {any[]}
*/
public getAllNodesData(nodes:Cy.CollectionNodes) {
return _.map(nodes, (node:Cy.CollectionFirstNode)=> {
return node.data();
})
};
public highlightMatchingNodesByName = (cy: Cy.Instance, nameToMatch: string) => {
cy.batch(() => {
cy.nodes("[name !@^= '" + nameToMatch + "']").style({ 'background-image-opacity': 0.4 });
cy.nodes("[name @^= '" + nameToMatch + "']").style({ 'background-image-opacity': 1 });
})
}
//Returns all nodes whose name starts with searchTerm
public getMatchingNodesByName = (cy: Cy.Instance, nameToMatch: string): Cy.CollectionNodes => {
return cy.nodes("[name @^= '" + nameToMatch + "']");
};
/**
* Deletes component instances on server and then removes it from the graph as well
* @param cy
* @param component
* @param nodeToDelete
*/
public deleteNode(cy:Cy.Instance, component:Component, nodeToDelete:Cy.CollectionNodes):void {
this.loaderService.showLoader('composition-graph');
let onSuccess:(response:ComponentInstance) => void = (response:ComponentInstance) => {
console.info('onSuccess', response);
//if node to delete is a UCPE, remove all children (except UCPE-CPs) and remove their "hostedOn" links
if (nodeToDelete.data().isUcpe) {
_.each(cy.nodes('[?isInsideGroup]'), (node)=> {
this.eventListenerService.notifyObservers(GRAPH_EVENTS.ON_REMOVE_NODE_FROM_UCPE, node, nodeToDelete);
});
}
//check whether the node is connected to any VLs that only have one other connection. If so, delete that VL as well
if (!(nodeToDelete.data() instanceof CompositionCiNodeVl)) {
let connectedVls:Array<Cy.CollectionFirstNode> = this.getConnectedVlToNode(nodeToDelete);
this.handleConnectedVlsToDelete(connectedVls);
}
//update UI
cy.remove(nodeToDelete);
};
let onFailed:(response:any) => void = (response:any) => {
console.info('onFailed', response);
};
this.GeneralGraphUtils.getGraphUtilsServerUpdateQueue().addBlockingUIActionWithReleaseCallback(
() => component.deleteComponentInstance(nodeToDelete.data().componentInstance.uniqueId).then(onSuccess, onFailed),
() => this.loaderService.hideLoader('composition-graph')
);
};
/*
public confirmDeleteNode = (nodeId:string, cy:Cy.Instance, component:Component) => {
let node:Cy.CollectionNodes = cy.getElementById(nodeId);
let onOk = ():void => {
this.deleteNode(cy, component, node);
};
let componentInstance:ComponentInstance = node.data().componentInstance;
let state = "deleteInstance";
let title:string = this.sdcMenu.alertMessages[state].title;
let message:string = this.sdcMenu.alertMessages[state].message.format([componentInstance.name]);
this.ModalsHandler.openAlertModal(title, message).then(onOk);
};*/
/**
* Finds all VLs connected to a single node
* @param node
* @returns {Array<Cy.CollectionFirstNode>}
*/
public getConnectedVlToNode = (node:Cy.CollectionNodes):Array<Cy.CollectionFirstNode> => {
let connectedVls:Array<Cy.CollectionFirstNode> = new Array<Cy.CollectionFirstNode>();
_.forEach(node.connectedEdges().connectedNodes(), (node:Cy.CollectionFirstNode) => {
if (node.data() instanceof CompositionCiNodeVl) {
connectedVls.push(node);
}
});
return connectedVls;
};
/**
* Delete all VLs that have only two connected nodes (this function is called when deleting a node)
* @param connectedVls
*/
public handleConnectedVlsToDelete = (connectedVls:Array<Cy.CollectionFirstNode>) => {
_.forEach(connectedVls, (vlToDelete:Cy.CollectionNodes) => {
if (vlToDelete.connectedEdges().length === 2) { // if vl connected only to 2 nodes need to delete the vl
this.eventListenerService.notifyObservers(GRAPH_EVENTS.ON_DELETE_COMPONENT_INSTANCE, vlToDelete.data().componentInstance);
}
});
};
/**
* This function is called when moving a node in or out of UCPE.
* Deletes all connected VLs that have less than 2 valid connections remaining after the move
* Returns the collection of vls that are in the process of deletion (async) to prevent duplicate calls while deletion is in progress
* @param component
* @param cy
* @param node - node that was moved in/out of ucpe
*/
public deleteNodeVLsUponMoveToOrFromUCPE = (component:Component, cy:Cy.Instance, node:Cy.CollectionNodes):Cy.CollectionNodes => {
if (node.data() instanceof CompositionCiNodeVl) {
return;
}
let connectedVLsToDelete:Cy.CollectionNodes = cy.collection();
_.forEach(node.neighborhood('node'), (connectedNode) => {
//Find all neighboring nodes that are VLs
if (connectedNode.data() instanceof CompositionCiNodeVl) {
//check VL's neighbors to see if it has 2 or more nodes whose location is compatible with VL (regardless of whether VL is in or out of UCPE)
let compatibleNodeCount = 0;
let vlNeighborhood = connectedNode.neighborhood('node');
_.forEach(vlNeighborhood, (vlNeighborNode)=> {
if (this.commonGraphUtils.nodeLocationsCompatible(cy, connectedNode, vlNeighborNode)) {
compatibleNodeCount++;
}
});
if (compatibleNodeCount < 2) {
connectedVLsToDelete = connectedVLsToDelete.add(connectedNode);
}
}
});
connectedVLsToDelete.each((i, vlToDelete:Cy.CollectionNodes)=> {
this.deleteNode(cy, component, vlToDelete);
});
return connectedVLsToDelete;
};
/**
* This function will update nodes position. if the new position is into or out of ucpe, the node will trigger the ucpe events
* @param cy
* @param component
* @param nodesMoved - the node/multiple nodes now moved by the user
*/
public onNodesPositionChanged = (cy:Cy.Instance, component:Component, nodesMoved:Cy.CollectionNodes):void => {
if (nodesMoved.length === 0) {
return;
}
let isValidMove:boolean = this.GeneralGraphUtils.isGroupValidDrop(cy, nodesMoved);
if (isValidMove) {
this.$log.debug(`composition-graph::ValidDrop:: updating node position`);
let instancesToUpdateInNonBlockingAction:Array<ComponentInstance> = new Array<ComponentInstance>();
_.each(nodesMoved, (node:Cy.CollectionFirstNode)=> { //update all nodes new position
if (node.data().isUcpePart && !node.data().isUcpe) {
return;
}//No need to update UCPE-CPs
//update position
let newPosition:Cy.Position = this.commonGraphUtils.getNodePosition(node);
node.data().componentInstance.updatePosition(newPosition.x, newPosition.y);
//check if node moved to or from UCPE
let ucpe = this.commonGraphUtils.isInUcpe(node.cy(), node.boundingbox());
if (node.data().isInsideGroup || ucpe.length) {
this.handleUcpeChildMove(node, ucpe, instancesToUpdateInNonBlockingAction);
} else {
instancesToUpdateInNonBlockingAction.push(node.data().componentInstance);
}
});
if (instancesToUpdateInNonBlockingAction.length > 0) {
this.GeneralGraphUtils.pushMultipleUpdateComponentInstancesRequestToQueue(false, instancesToUpdateInNonBlockingAction, component);
}
} else {
this.$log.debug(`composition-graph::notValidDrop:: node return to latest position`);
//reset nodes position
nodesMoved.positions((i, node) => {
return {
x: +node.data().componentInstance.posX,
y: +node.data().componentInstance.posY
};
})
}
this.GeneralGraphUtils.getGraphUtilsServerUpdateQueue().addBlockingUIActionWithReleaseCallback(() => {
}, () => {
this.loaderService.hideLoader('composition-graph');
});
};
/**
* Checks whether the node has been added or removed from UCPE and triggers appropriate events
* @param node - node moved
* @param ucpeContainer - UCPE container that the node has been moved to. When moving a node out of ucpe, param will be empty
* @param instancesToUpdateInNonBlockingAction
*/
public handleUcpeChildMove(node:Cy.CollectionFirstNode, ucpeContainer:Cy.CollectionElements, instancesToUpdateInNonBlockingAction:Array<ComponentInstance>) {
if (node.data().isInsideGroup) {
if (ucpeContainer.length) { //moving node within UCPE. Simply update position
this.commonGraphUtils.updateUcpeChildPosition(<Cy.CollectionNodes>node, ucpeContainer);
instancesToUpdateInNonBlockingAction.push(node.data().componentInstance);
} else { //removing node from UCPE. Notify observers
this.eventListenerService.notifyObservers(GRAPH_EVENTS.ON_REMOVE_NODE_FROM_UCPE, node, ucpeContainer);
}
} else if (!node.data().isInsideGroup && ucpeContainer.length && !node.data().isUcpePart) { //adding node to UCPE
this.eventListenerService.notifyObservers(GRAPH_EVENTS.ON_INSERT_NODE_TO_UCPE, node, ucpeContainer, true);
}
}
/**
* Gets the position for the asset popover menu
* Then, check if right edge of menu would overlap horizontal screen edge (palette offset + canvas width - right panel)
* Then, check if bottom edge of menu would overlap the vertical end of the canvas.
* @param cy
* @param node
* @returns {Cy.Position}
public createAssetPopover = (cy: Cy.Instance, node:Cy.CollectionFirstNode, isViewOnly:boolean):AssetPopoverObj => {
let menuOffset:Cy.Position = { x: node.renderedWidth() / 2, y: -(node.renderedWidth() / 2) };// getNodePositionWithOffset returns central point of node. First add node.renderedWidth()/2 to get its to border.
let menuPosition:Cy.Position = this.commonGraphUtils.getNodePositionWithOffset(node, menuOffset);
let menuSide:string = 'right';
if(menuPosition.x + GraphUIObjects.COMPOSITION_NODE_MENU_WIDTH >= cy.width() + GraphUIObjects.DIAGRAM_PALETTE_WIDTH_OFFSET - GraphUIObjects.COMPOSITION_RIGHT_PANEL_OFFSET){
menuPosition.x -= menuOffset.x * 2 + GraphUIObjects.COMPOSITION_NODE_MENU_WIDTH; //menu position already includes offset to the right. Therefore, subtract double offset so we have same distance from node for menu on left
menuSide = 'left';
}
if(menuPosition.y + GraphUIObjects.COMPOSITION_NODE_MENU_HEIGHT >= cy.height()){
menuPosition.y = menuPosition.y - GraphUIObjects.COMPOSITION_NODE_MENU_HEIGHT - menuOffset.y * 2;
}
return new AssetPopoverObj(node.data().id, node.data().name, menuPosition, menuSide, isViewOnly);
};
*/
}
CompositionGraphNodesUtils.$inject = ['NodesFactory', '$log', 'CompositionGraphGeneralUtils', 'CommonGraphUtils', 'EventListenerService', 'LoaderService' /*, 'sdcMenu', 'ModalsHandler'*/]