'use strict';

var Matchers = require('../../../Matchers'),
    TestHelper = require('../../../TestHelper');

/* global bootstrapModeler, inject */


var modelingModule = require('../../../../lib/features/modeling'),
    coreModule = require('../../../../lib/core');


describe('features/modeling - move shape', function() {

  beforeEach(Matchers.addDeepEquals);


  var diagramXML = require('../../../fixtures/bpmn/simple.bpmn');

  var testModules = [ coreModule, modelingModule ];

  beforeEach(bootstrapModeler(diagramXML, { modules: testModules }));


  describe('shape', function() {

    it('should move', inject(function(elementRegistry, modeling) {

      // given
      var startEventElement = elementRegistry.get('StartEvent_1'),
          startEvent = startEventElement.businessObject;

      var sequenceFlowElement = elementRegistry.get('SequenceFlow_1'),
          sequenceFlow = sequenceFlowElement.businessObject;

      var oldPosition = {
        x: startEventElement.x,
        y: startEventElement.y
      };

      // when
      modeling.moveShape(startEventElement, { x: 0, y: 50 });

      // then
      expect(startEvent.di.bounds.x).toBe(oldPosition.x);
      expect(startEvent.di.bounds.y).toBe(oldPosition.y + 50);

      // expect flow layout
      expect(sequenceFlowElement.waypoints).toDeepEqual([
        { original: { x: 388, y: 310 }, x: 388, y: 310 },
        { x: 404, y: 310 },
        { x: 404, y: 260 },
        { original: { x: 420, y: 260 }, x: 420, y: 260 }
      ]);

      expect(sequenceFlow.di.waypoint).toDeepEqual([
        { $type: 'dc:Point', x: 388, y: 310 },
        { $type: 'dc:Point', x: 404, y: 310 },
        { $type: 'dc:Point', x: 404, y: 260 },
        { $type: 'dc:Point', x: 420, y: 260 }
      ]);
    }));


    it('should move label', inject(function(elementRegistry, modeling) {

      // given
      var labelElement = elementRegistry.get('StartEvent_1_label'),
          startEvent = labelElement.businessObject;

      var oldPosition = {
        x: labelElement.x,
        y: labelElement.y
      };

      // when
      modeling.moveShape(labelElement, { x: 0, y: 50 });

      // then
      expect(startEvent.di.label.bounds.x).toBe(oldPosition.x);
      expect(startEvent.di.label.bounds.y).toBe(oldPosition.y + 50);
    }));


    it('should move label to new parent', inject(function(elementRegistry, modeling) {

      // given
      var startEventElement = elementRegistry.get('StartEvent_1'),
          labelElement = elementRegistry.get('StartEvent_1_label'),
          processElement = elementRegistry.get('Process_1'),
          subProcessElement = elementRegistry.get('SubProcess_1'),
          startEvent = labelElement.businessObject,
          subProcess = subProcessElement.businessObject;

      // when
      modeling.moveShape(labelElement, { x: 0, y: 50 }, processElement);

      // then
      expect(labelElement.parent).toBe(processElement);

      // expect actual element + businessObject to be unchanged
      expect(startEventElement.parent).toBe(subProcessElement);
      expect(startEvent.$parent).toBe(subProcess);
    }));


    describe('undo support', function() {

      it('should undo', inject(function(elementRegistry, commandStack, modeling) {

        // given
        var startEventElement = elementRegistry.get('StartEvent_1'),
            startEvent = startEventElement.businessObject;

        var oldPosition = {
          x: startEventElement.x,
          y: startEventElement.y
        };

        modeling.moveShape(startEventElement, { x: 0, y: 50 });

        // when
        commandStack.undo();

        // then
        expect(startEvent.di.bounds.x).toBe(oldPosition.x);
        expect(startEvent.di.bounds.y).toBe(oldPosition.y);
      }));


      it('should undo on label', inject(function(elementRegistry, commandStack, modeling) {

        // given
        var labelElement = elementRegistry.get('StartEvent_1_label'),
            startEvent = labelElement.businessObject;

        var oldPosition = {
          x: labelElement.x,
          y: labelElement.y
        };

        modeling.moveShape(labelElement, { x: 0, y: 50 });

        // when
        commandStack.undo();

        // then
        expect(startEvent.di.label.bounds.x).toBe(oldPosition.x);
        expect(startEvent.di.label.bounds.y).toBe(oldPosition.y);
      }));

    });


    describe('redo support', function() {

      it('should redo', inject(function(elementRegistry, commandStack, modeling) {

        // given
        var startEventElement = elementRegistry.get('StartEvent_1'),
            startEvent = startEventElement.businessObject;


        modeling.moveShape(startEventElement, { x: 0, y: 50 });

        var newPosition = {
          x: startEventElement.x,
          y: startEventElement.y
        };

        // when
        commandStack.undo();
        commandStack.redo();

        // then
        expect(startEvent.di.bounds.x).toBe(newPosition.x);
        expect(startEvent.di.bounds.y).toBe(newPosition.y);
      }));


      it('should redo on label', inject(function(elementRegistry, commandStack, modeling) {

        // given
        var labelElement = elementRegistry.get('StartEvent_1_label'),
            startEvent = labelElement.businessObject;

        modeling.moveShape(labelElement, { x: 0, y: 50 });

        var newPosition = {
          x: labelElement.x,
          y: labelElement.y
        };

        // when
        commandStack.undo();
        commandStack.redo();

        // then
        expect(startEvent.di.label.bounds.x).toBe(newPosition.x);
        expect(startEvent.di.label.bounds.y).toBe(newPosition.y);
      }));

    });

  });


  describe('label suport', function() {

    it('should move label with shape', inject(function(elementRegistry, modeling) {

      // given
      var startEventElement = elementRegistry.get('StartEvent_1'),
          startEvent = startEventElement.businessObject;

      var label = startEventElement.label;

      var labelPosition = {
        x: label.x,
        y: label.y
      };

      // when
      modeling.moveShapes([ startEventElement ], { x: 40, y: -80 });

      // then
      expect(label.x).toBe(labelPosition.x + 40);
      expect(label.y).toBe(labelPosition.y - 80);
    }));


    it('should move label with connection', inject(function(elementRegistry, modeling) {

      // given
      var startEventElement = elementRegistry.get('StartEvent_2'),
          startEvent = startEventElement.businessObject,
          subProcessElement = elementRegistry.get('SubProcess_1'),
          subProcess = startEventElement.businessObject,
          flowLabel = elementRegistry.get('SequenceFlow_3_label');

      var labelPosition = {
        x: flowLabel.x,
        y: flowLabel.y
      };

      // when
      modeling.moveShapes([ startEventElement, subProcessElement ], { x: 40, y: -80 });

      // then
      expect(flowLabel.x).toBe(labelPosition.x + 40);
      expect(flowLabel.y).toBe(labelPosition.y - 80);
    }));


    describe('undo', function() {

      it('should undo label with shape', inject(function(elementRegistry, modeling, commandStack) {

        // given
        var startEventElement = elementRegistry.get('StartEvent_1'),
            startEvent = startEventElement.businessObject;

        var label = startEventElement.label;

        var labelPosition = {
          x: label.x,
          y: label.y
        };

        modeling.moveShapes([ startEventElement ], { x: 40, y: -80 });

        // when
        commandStack.undo();

        // then
        expect(label.x).toBe(labelPosition.x);
        expect(label.y).toBe(labelPosition.y);
      }));


      it('should move label with connection', inject(function(elementRegistry, modeling, commandStack) {

        // given
        var startEventElement = elementRegistry.get('StartEvent_2'),
            startEvent = startEventElement.businessObject,
            subProcessElement = elementRegistry.get('SubProcess_1'),
            subProcess = startEventElement.businessObject,
            flowLabel = elementRegistry.get('SequenceFlow_3_label');

        var labelPosition = {
          x: flowLabel.x,
          y: flowLabel.y
        };

        modeling.moveShapes([ startEventElement, subProcessElement ], { x: 40, y: -80 });

        // when
        commandStack.undo();

        // then
        expect(flowLabel.x).toBe(labelPosition.x);
        expect(flowLabel.y).toBe(labelPosition.y);
      }));

    });


    describe('redo', function() {

      it('should redo move label with shape', inject(function(elementRegistry, modeling, commandStack) {

        // given
        var startEventElement = elementRegistry.get('StartEvent_1'),
            startEvent = startEventElement.businessObject;

        var label = startEventElement.label;

        var labelPosition = {
          x: label.x,
          y: label.y
        };

        modeling.moveShapes([ startEventElement ], { x: 40, y: -80 });
        commandStack.undo();

        // when
        commandStack.redo();

        // then
        expect(label.x).toBe(labelPosition.x + 40);
        expect(label.y).toBe(labelPosition.y - 80);
      }));


      it('should redo move label with connection', inject(function(elementRegistry, modeling, commandStack) {

        // given
        var startEventElement = elementRegistry.get('StartEvent_2'),
            startEvent = startEventElement.businessObject,
            subProcessElement = elementRegistry.get('SubProcess_1'),
            subProcess = startEventElement.businessObject,
            flowLabel = elementRegistry.get('SequenceFlow_3_label');

        var labelPosition = {
          x: flowLabel.x,
          y: flowLabel.y
        };

        modeling.moveShapes([ startEventElement, subProcessElement ], { x: 40, y: -80 });
        commandStack.undo();

        // when
        commandStack.redo();

        // then
        expect(flowLabel.x).toBe(labelPosition.x + 40);
        expect(flowLabel.y).toBe(labelPosition.y - 80);
      }));

    });

  });

});