447 lines
13 KiB
JavaScript
447 lines
13 KiB
JavaScript
'use strict';
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require('../../../../TestHelper');
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/* global bootstrapModeler, inject */
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var is = require('../../../../../lib/util/ModelUtil').is,
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find = require('lodash/collection/find');
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var modelingModule = require('../../../../../lib/features/modeling'),
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moveModule = require('diagram-js/lib/features/move'),
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coreModule = require('../../../../../lib/core');
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var canvasEvent = require('../../../../util/MockEvents').createCanvasEvent;
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function getConnection(source, target, connectionOrType) {
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return find(source.outgoing, function(c) {
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return c.target === target &&
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(typeof connectionOrType === 'string' ? is(c, connectionOrType) : c === connectionOrType);
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});
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}
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function expectConnected(source, target, connectionOrType) {
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expect(getConnection(source, target, connectionOrType)).to.exist;
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}
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function expectNotConnected(source, target, connectionOrType) {
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expect(getConnection(source, target, connectionOrType)).not.to.exist;
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}
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describe('features/modeling - replace connection', function() {
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var testModules = [
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coreModule,
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moveModule,
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modelingModule
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];
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describe('should replace SequenceFlow <> MessageFlow', function() {
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var processDiagramXML = require('./ReplaceConnectionBehavior.message-sequence-flow.bpmn');
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beforeEach(bootstrapModeler(processDiagramXML, {
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modules: testModules
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}));
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var element;
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beforeEach(inject(function(elementRegistry) {
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element = function(id) {
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return elementRegistry.get(id);
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};
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}));
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describe('after reconnecting', function() {
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it('sequence flow to another task', inject(function(elementRegistry, modeling) {
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// given
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var task4Shape = element('Task_4');
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var connection = element('SequenceFlow_1');
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var newWaypoints = [ connection.waypoints[0], { x: task4Shape.x + 30, y: task4Shape.y }];
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// when
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modeling.reconnectEnd(connection, task4Shape, newWaypoints);
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// then
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expectConnected(element('Task_2'), task4Shape, 'bpmn:MessageFlow');
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}));
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it('message flow to another task', inject(function(elementRegistry, modeling) {
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// given
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var task4Shape = element('Task_4');
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var connection = element('MessageFlow_1');
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var newWaypoints = [ connection.waypoints[0], { x: task4Shape.x, y: task4Shape.y + 20 } ];
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// when
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modeling.reconnectEnd(connection, task4Shape, newWaypoints);
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// then
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expectConnected(element('Task_3'), task4Shape, 'bpmn:SequenceFlow');
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}));
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it('sequence flow to a participant', inject(function(elementRegistry, modeling) {
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// given
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var participant2 = element('Participant_2');
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var connection = element('SequenceFlow_1');
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var newWaypoints = [ connection.waypoints[0], { x: participant2.x, y: participant2.y }];
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// when
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modeling.reconnectEnd(connection, participant2, newWaypoints);
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// then
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expectConnected(element('Task_2'), participant2, 'bpmn:MessageFlow');
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}));
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it('sequence flow from a participant', inject(function(elementRegistry, modeling) {
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// given
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var participant2 = element('Participant_2'),
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subProcess1 = element('SubProcess_1'),
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connection = element('SequenceFlow_1');
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var newWaypoints = [
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{ x: participant2.x + 200, y: participant2.y },
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{ x: subProcess1.x, y: subProcess1.y + 50 }
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];
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// when
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modeling.reconnectStart(connection, participant2, newWaypoints);
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// then
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expectConnected(participant2, subProcess1, 'bpmn:MessageFlow');
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}));
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});
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describe('moving single shape', function() {
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it('execute', inject(function(modeling, elementRegistry) {
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// given
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var taskShape = element('Task_2'),
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targetShape = element('Participant_2');
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// when
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modeling.moveElements([ taskShape ], { x: 0, y: 330 }, targetShape);
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// then
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expect(taskShape.parent).to.eql(targetShape);
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expectNotConnected(element('StartEvent_1'), taskShape, 'bpmn:SequenceFlow');
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expectConnected(taskShape, element('Task_4'), 'bpmn:SequenceFlow');
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expectConnected(taskShape, element('SubProcess_1'), 'bpmn:MessageFlow');
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}));
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it('undo', inject(function(modeling, elementRegistry, commandStack) {
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// given
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var taskShape = element('Task_2'),
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targetShape = element('Participant_2'),
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oldParent = taskShape.parent;
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modeling.moveElements([ taskShape ], { x: 0, y: 300 }, targetShape);
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// when
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commandStack.undo();
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// then
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expect(taskShape.parent).to.eql(oldParent);
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expectConnected(element('StartEvent_1'), taskShape, element('SequenceFlow_3'));
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expectConnected(taskShape, element('Task_4'), element('MessageFlow_5'));
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expectConnected(taskShape, element('SubProcess_1'), element('SequenceFlow_1'));
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}));
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});
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describe('moving multiple shapes', function() {
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it('execute', inject(function(modeling, elementRegistry) {
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// given
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var startEventShape = element('StartEvent_1'),
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taskShape = element('Task_2'),
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targetShape = element('Participant_2');
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// when
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modeling.moveElements([ startEventShape, taskShape ], { x: 0, y: 330 }, targetShape);
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// then
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expect(taskShape.parent).to.eql(targetShape);
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expect(startEventShape.parent).to.eql(targetShape);
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expectConnected(startEventShape, taskShape, element('SequenceFlow_3'));
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expectNotConnected(element('Participant_2'), startEventShape, 'bpmn:MessageFlow');
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expectConnected(taskShape, element('SubProcess_1'), 'bpmn:MessageFlow');
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}));
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it('undo', inject(function(modeling, elementRegistry, commandStack) {
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// given
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var taskShape = element('Task_2'),
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targetShape = element('Participant_2'),
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oldParent = taskShape.parent;
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modeling.moveElements([ taskShape ], { x: 0, y: 300 }, targetShape);
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// when
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commandStack.undo();
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// then
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expect(taskShape.parent).to.eql(oldParent);
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expectConnected(element('StartEvent_1'), taskShape, element('SequenceFlow_3'));
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expectConnected(taskShape, element('Task_4'), element('MessageFlow_5'));
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expectConnected(taskShape, element('SubProcess_1'), element('SequenceFlow_1'));
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expectConnected(element('Participant_2'), element('StartEvent_1'), element('MessageFlow_4'));
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}));
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});
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describe('moving nested shapes', function() {
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it('execute', inject(function(modeling, elementRegistry) {
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// given
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var subProcessShape = element('SubProcess_1'),
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targetShape = element('Participant_2');
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// when
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modeling.moveElements([ subProcessShape ], { x: 0, y: 530 }, targetShape);
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// then
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expect(subProcessShape.parent).to.eql(targetShape);
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expectConnected(element('Task_2'), subProcessShape, 'bpmn:MessageFlow');
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expectNotConnected(element('Task_1'), element('Participant_2'), 'bpmn:MessageFlow');
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}));
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it('undo', inject(function(modeling, elementRegistry, commandStack) {
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// given
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var subProcessShape = element('SubProcess_1'),
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targetShape = element('Participant_2');
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modeling.moveElements([ subProcessShape ], { x: 0, y: 530 }, targetShape);
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// when
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commandStack.undo();
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// then
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expectConnected(element('Task_2'), subProcessShape, element('SequenceFlow_1'));
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expectConnected(element('Task_1'), element('Participant_2'), element('MessageFlow_3'));
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}));
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});
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});
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describe('should replace SequenceFlow <> MessageFlow', function() {
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var processDiagramXML = require('./ReplaceConnectionBehavior.association.bpmn');
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beforeEach(bootstrapModeler(processDiagramXML, {
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modules: testModules
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}));
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var element;
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beforeEach(inject(function(elementRegistry) {
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element = function(id) {
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return elementRegistry.get(id);
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};
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}));
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describe('moving text-annotation to participant', function() {
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it('execute', inject(function(modeling, elementRegistry) {
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// given
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var textAnnotationShape = element('TextAnnotation_1'),
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targetShape = element('Participant_1');
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// when
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modeling.moveElements([ textAnnotationShape ], { x: -200, y: 40 }, targetShape);
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// then
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expect(textAnnotationShape.parent).to.eql(targetShape);
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expectNotConnected(textAnnotationShape, targetShape, 'bpmn:TextAnnotation');
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}));
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it('undo', inject(function(modeling, elementRegistry, commandStack) {
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// given
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var textAnnotationShape = element('TextAnnotation_1'),
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targetShape = element('Participant_1');
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modeling.moveElements([ textAnnotationShape ], { x: -200, y: 40 }, targetShape);
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// when
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commandStack.undo();
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// then
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expectConnected(textAnnotationShape, targetShape, element('Association_1'));
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}));
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});
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});
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describe('boundary events', function() {
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describe('moving host', function() {
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var processDiagramXML = require('./ReplaceConnectionBehavior.boundary-events.bpmn');
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beforeEach(bootstrapModeler(processDiagramXML, {
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modules: testModules
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}));
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var element;
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beforeEach(inject(function(elementRegistry) {
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element = function(id) {
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return elementRegistry.get(id);
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};
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}));
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it('should remove invalid connections', inject(function(modeling) {
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// given
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var taskShape = element('Task_1'),
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taskShape2 = element('Task_2'),
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targetShape = element('SubProcess_1'),
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boundaryEvent = element('BoundaryEvent_1'),
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sequenceFlow = element('SequenceFlow_1');
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// when
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modeling.moveElements([ taskShape ], { x: 30, y: 200 }, targetShape);
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// then
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expectNotConnected(boundaryEvent, taskShape2 ,sequenceFlow);
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}));
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it('should remove invalid connections (undo)', inject(function(modeling, commandStack) {
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// given
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var taskShape = element('Task_1'),
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taskShape2 = element('Task_2'),
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boundaryEvent = element('BoundaryEvent_1'),
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targetShape = element('SubProcess_1'),
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sequenceFlow = element('SequenceFlow_1');
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// when
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modeling.moveElements([ taskShape ], { x: 30, y: 200 }, targetShape);
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commandStack.undo();
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// then
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expectConnected(boundaryEvent, taskShape2, sequenceFlow);
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}));
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it('should remove invalid connections (redo)', inject(function(modeling, commandStack) {
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// given
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var taskShape = element('Task_1'),
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targetShape = element('SubProcess_1'),
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sequenceFlow = element('SequenceFlow_1');
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// when
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modeling.moveElements([ taskShape ], { x: 30, y: 200 }, targetShape);
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commandStack.undo();
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commandStack.redo();
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// then
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expectNotConnected(taskShape, targetShape, sequenceFlow);
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}));
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});
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describe('moving along host with outgoing', function() {
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var processDiagramXML = require('../../../../fixtures/bpmn/features/replace/connection.bpmn');
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beforeEach(bootstrapModeler(processDiagramXML, {
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modules: testModules
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}));
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it('should move connections outgoing from an attacher',
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inject(function(canvas, elementFactory, move, dragging, elementRegistry, selection) {
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// given
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var rootShape = canvas.getRootElement(),
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rootGfx = elementRegistry.getGraphics(rootShape),
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host = elementRegistry.get('Task_1'),
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task = elementRegistry.get('Task_2'),
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boundaryEvent = elementRegistry.get('BoundaryEvent_1'),
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connection = elementRegistry.get('SequenceFlow_1');
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selection.select([ host, boundaryEvent, task ]);
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// when
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move.start(canvasEvent({ x: 0, y: 0 }), host);
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dragging.hover({
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element: rootShape,
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gfx: rootGfx
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});
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dragging.move(canvasEvent({ x: 0, y: 300 }));
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dragging.end();
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// then
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expect(connection.waypoints[0].x).to.equal(165);
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expect(connection.waypoints[0].y).to.equal(477);
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expect(connection.waypoints[1].x).to.equal(165);
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expect(connection.waypoints[1].y).to.equal(544);
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expect(connection.waypoints[2].x).to.equal(234);
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expect(connection.waypoints[2].y).to.equal(544);
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expect(connection.source).to.eql(boundaryEvent);
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expect(connection.target).to.eql(task);
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})
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);
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});
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});
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}); |