/**
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* @file ADSO-48500 - Navigation and Matrix performance
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* @description Performance testing on navigation and matrix
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* @testCategory Web app - Performance test - Matrix and chart
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* @author Peng Hing (penghing.ng@3ds.com)
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* @copyright Dassault Systèmes
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*/
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import { qCustomMatcher } from '../../e2elib/lib/src/main/qmatchers.const';
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import { AppMP, Demo, Scenario } from '../../libmp/appmp';
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import { DataBCCBWide, DataMetalBaseEntityName } from '../../libmp/data/data.navigation';
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import { GanttChartAction } from '../../e2elib/lib/src/pageobjects/ganttchart/ganttchart.component';
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import { DataMatrixProductPlanningAttributeName, DataMatrixProductPlanningRowName } from '../../libmp/data/data.supplyplanning';
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import { ListScenarioContextMenuItem, ScenarioManager } from '../../libmp/forms/form.scenario';
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import { DataPCSBase } from '../../libmp/datafile/data.pcs';
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import { browser } from '../../e2elib/node_modules/protractor/built';
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import { DataProvider } from '../../libmp/dataprovider';
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import { UtilSOP } from '../../libappsop/utilsop';
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describe('ADSO-48500 - Navigation and Matrix performance', () => {
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const appMP = AppMP.getInstance();
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const viewSupplyPlanning = appMP.viewSupplyPlanning;
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const formCapacityPlanning = viewSupplyPlanning.frmCapacityPlanning;
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const ganttChartCapacityPlanning = formCapacityPlanning.ganttChartCapacityPlanning;
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const formProductPlanning = viewSupplyPlanning.frmProductPlanning;
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const matrixProductPlanning = formProductPlanning.meProductPlanning;
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const formNavigation = appMP.formNavigation;
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const product = DataBCCBWide.name;
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const productParent = DataBCCBWide.parents;
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const stockingPoint = DataMetalBaseEntityName.NorthAmerica;
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const stockingPointParent = [DataMetalBaseEntityName.QAluminum];
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const matrixRowBCCBWide = DataMatrixProductPlanningRowName.BCCBWideInAsia;
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const matrixRowLaQuinta = DataMatrixProductPlanningRowName.CPNCoilInNorthAmerica;
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const matrixRowNorthAmerica = DataMatrixProductPlanningRowName.CPNCoilInNorthAmerica;
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const matrixAttributeTotalDemand = DataMatrixProductPlanningAttributeName.TotalDemand;
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const listScenario = appMP.viewScenarioAnalysisOverview.formScenario.lstScenario;
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const ganttChartRowCasterLaQuinta = 'Caster (La Quinta)';
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const efficiency = '1.75';
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let dataPCS: DataPCSBase;
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let isMemoryOnly = true;
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beforeAll(async () => {
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jasmine.addMatchers(qCustomMatcher);
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await appMP.login();
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});
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afterAll(async () => {
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await ganttChartCapacityPlanning.editRowTimeCapacity(ganttChartRowCasterLaQuinta, '1.00');
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await appMP.resetActiveView(viewSupplyPlanning);
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if (isMemoryOnly) {
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await appMP.viewScenario.switchTo();
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// Not to delete scenario with this prefix, reused for few tests
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await appMP.viewScenario.formScenario.lstScenario.deleteAllScenarios(ScenarioManager.AllScenarios, 'ADSO-');
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await appMP.viewScenario.formScenario.lstScenario.deleteAllScenarios(ScenarioManager.RecycleBin);
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}
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await formNavigation.reset();
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await appMP.logout();
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});
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afterEach(async () => {
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await appMP.checkToastMessage();
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});
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it(`Setup - Get data, dataset = ${browser.params.testdata.name}`, async () => {
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dataPCS = await DataProvider.getInstance().getDataPCS();
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isMemoryOnly = dataPCS.testData === 'MetalDemo';
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});
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it(`Setup - Create demo data / Load Dataset [${Demo.Metals}], scenario [${Scenario.Base}]`, async () => {
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// create and load Metal base dataset
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if (isMemoryOnly) {
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await appMP.createDemoDataset(Demo.Metals, Scenario.Base);
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} else {
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await listScenario.expandFolderAndSelectMenu(dataPCS.scenarioName, ListScenarioContextMenuItem.Load);
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await listScenario.expandFolderAndSelectMenu(dataPCS.scenarioName, ListScenarioContextMenuItem.Select);
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await appMP.verifyActiveScenario(dataPCS.scenarioName);
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}
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});
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it(`Setup - Open view ${viewSupplyPlanning.viewPath}`, async () => {
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await viewSupplyPlanning.switchTo();
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});
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it(`Step 1.1 - Using the navigation panel on the left hand side, tick product [${product}] under [${UtilSOP.transformInterfaceValuesToStringArray(productParent).join(', ')}]`, async () => {
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await formNavigation.filterByProduct({Name: product}, productParent);
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});
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it('Step 1.2 - [PCS] Matrix cell in the Product Planning form should be updated within 1 second of making a selection in the navigation panel', async () => {
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// Verify the matrix product planning value is not empty or undefined
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await matrixProductPlanning.verifyCellValue(matrixRowBCCBWide, matrixAttributeTotalDemand, dataPCS.dateStartA, dataPCS.cellValue1);
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});
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it(`Step 2.1 - Press the Home button on the navigation panel to reset all previous selection and tick stocking point [${stockingPoint}] under [${stockingPointParent}]`, async () => {
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// Home button
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await formNavigation.reset();
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// Choose QAluminum -> North America
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await formNavigation.filterByEntity(stockingPoint, stockingPointParent);
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});
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it('Step 2.2 - Scroll to column 1-Jan-2023 on the Product Planning Matrix for row "CPN coil in North America"', async () => {
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await matrixProductPlanning.scrollToRowByRowHeader(matrixRowNorthAmerica);
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});
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it('Step 2.3 - [PCS] Elements in Capacity Planning and Product Planning forms should be filtered accordingly within 3 seconds', async () => {
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await matrixProductPlanning.verifyCellValue(matrixRowLaQuinta, matrixAttributeTotalDemand, dataPCS.dateStartA, dataPCS.cellValue2);
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await ganttChartCapacityPlanning.verifyGanttChartHasValue(ganttChartRowCasterLaQuinta, dataPCS.dateStartA, dataPCS.dateEndA);
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});
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it('Step 3.1 - Click in the matrix on Product Planning form, press the right arrow key until until a previously unseen cell is loaded', async () => {
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await matrixProductPlanning.navigateToColumnAppear(dataPCS.dateStartB, true);
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});
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it('Step 3.2 - [PCS] Matrix values should be updated within 1 seconds of becoming visible', async () => {
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await matrixProductPlanning.verifyCellValue(matrixRowNorthAmerica, matrixAttributeTotalDemand, dataPCS.dateStartB, dataPCS.cellValue3);
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});
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it('Step 4.1 - Click on the Capacity Planning form, move the gantt chart to right with action bar button until a previously unseen cell is loaded', async () => {
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await ganttChartCapacityPlanning.actions(GanttChartAction.MoveRight);
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});
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it('Step 4.2 - [PCS] Gantt chart values should be updated within 1 seconds of becoming visible', async () => {
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await ganttChartCapacityPlanning.verifyGanttChartHasValue(ganttChartRowCasterLaQuinta, dataPCS.dateStartB, dataPCS.dateEndB);
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});
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it(`Step 5.1 - On the Capacity Planning form, right click on [${ganttChartRowCasterLaQuinta}] and select edit. Change efficiency = [${efficiency}] and save changes`, async () => {
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await ganttChartCapacityPlanning.editRowTimeCapacity(ganttChartRowCasterLaQuinta, efficiency);
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});
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it('Step 5.2 - [PCS] Verify that the whole row updated within 3 seconds to show the new utilization percentages', async () => {
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await ganttChartCapacityPlanning.verifyGanttChartValue(ganttChartRowCasterLaQuinta, dataPCS.dateStartB, dataPCS.dateEndB, dataPCS.gcNodeValueAfterIncreaseEfficiency);
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});
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});
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