/**
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* @file ADSO-9341
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* @description Scenario analysis - bottleneck resources view, filtering on selection in the Navigation panel
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* @author CHEAH Meng Yew (MengYew.CHEAH@3ds.com)
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* @copyright Dassault Systemes
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*/
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import { qCustomMatcher } from '../../e2elib/lib/src/main/qmatchers.const';
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import { StepChart } from '../../libappsop/chartsop';
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import { DataHierarchy } from '../../libappsop/datahierarchy';
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import { AppMP, Demo, Scenario } from '../../libmp/appmp';
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import { startOfPlanningYear } from '../../libmp/data/data.period';
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import { dataMetalsUnits, dataMetalsUnitsProvider } from '../../libmp/data/data.unit';
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import { StepCapacityPlanning } from '../../libmp/forms/form.capacityplanning';
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import { ChartScenarioAnalysisBottleneckResources } from '../../libmp/forms/form.scenarioanalysis.bottleneckresources';
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import { StepNavigationPanel } from '../../libmp/forms/navigationpanel/form.navigationpanel';
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import { StepNavigationPanelPeriod } from '../../libmp/forms/navigationpanel/panel.period';
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describe('ADSO-9341 - Scenario analysis - bottleneck resources view, filtering on selection in the Navigation panel', () => {
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const appMP = AppMP.getInstance();
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const listEntity = appMP.formNavigation.listEntity;
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const panelPeriod = appMP.formNavigation.pnlPeriod;
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const viewSupplyPlanning = appMP.viewSupplyPlanning;
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const viewScenarioAnalysisBottleneckResources = appMP.viewScenarioAnalysisBottleneckResources;
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const chartBottleneck = viewScenarioAnalysisBottleneckResources.frmScenarioAnalysisBottleneckResources.chartScenarioAnalysisBottleneckResources;
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const chartTitle = ChartScenarioAnalysisBottleneckResources.chartTitle;
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const chartYAxisTitle = ChartScenarioAnalysisBottleneckResources.chartYAxisTitle;
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const gcCapacityPlanning = viewSupplyPlanning.frmCapacityPlanning.ganttChartCapacityPlanning;
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const startDateList = [`1-Jan-${startOfPlanningYear}`,
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`1-Feb-${startOfPlanningYear}`,
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`1-Mar-${startOfPlanningYear}`,
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`1-Apr-${startOfPlanningYear}`,
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`1-May-${startOfPlanningYear}`,
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`1-Jun-${startOfPlanningYear}`,
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`1-Jul-${startOfPlanningYear}`,
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`1-Aug-${startOfPlanningYear}`,
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`1-Sep-${startOfPlanningYear}`];
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const endDateList = [`1-Feb-${startOfPlanningYear}`,
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`1-Mar-${startOfPlanningYear}`,
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`1-Apr-${startOfPlanningYear}`,
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`1-May-${startOfPlanningYear}`,
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`1-Jun-${startOfPlanningYear}`,
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`1-Jul-${startOfPlanningYear}`,
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`1-Aug-${startOfPlanningYear}`,
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`1-Sep-${startOfPlanningYear}`,
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`1-Oct-${startOfPlanningYear}`];
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const fromDate = startDateList[0];
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const toDate = endDateList[endDateList.length - 1];
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let coldMill1Avg: string;
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let coldMill2Avg: string;
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let coldMill3Avg: string;
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let recyclingFurnaceAvg: string;
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let initialNbrOfBarChart: number;
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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 appMP.cleanupAndLogout();
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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 - ${AppMP.getDemoDataPath(Demo.Metals, Scenario.Base)}`, async () => {
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await appMP.createDemoDataset(Demo.Metals, Scenario.Base, true); // Need wait optimizer finish to have chart shows correct Utilization
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});
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it(`Step 1 - Open view ${viewScenarioAnalysisBottleneckResources.viewPath}`, async () => {
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await viewScenarioAnalysisBottleneckResources.switchTo();
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});
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it(`Step 2- ${StepNavigationPanel.openNavigationPanel()}`, async () => {
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await appMP.formNavigation.openNavigationPanel();
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});
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it(`Step 3 - ${StepNavigationPanel.showEntitiesList()}`, async () => {
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await appMP.formNavigation.toggleEntityList(true);
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});
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it(`Step 4 - ${StepChart.getXAxisLabelCount(chartTitle)}`, async () => {
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initialNbrOfBarChart = await chartBottleneck.getXAxisLabelsCount();
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});
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it(`Step 5 - ${StepNavigationPanel.checkUnits([dataMetalsUnits.AsiaUnit.Name])}`, async () => {
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// Given a unit name, getHierarchy will return the ancestor units recursively
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const [asia, asiaParents] = dataMetalsUnitsProvider.getHierarchy(dataMetalsUnits.AsiaUnit);
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const parentsArr = asiaParents.map((x: DataHierarchy) => x.Name);
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const asiaRow = await listEntity.getEntityRowByName(asia.Name, parentsArr);
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await listEntity.toggleRowCheckbox(asiaRow, true);
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});
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it(`Step 6 - ${StepNavigationPanel.showPeriodPanel()}`, async () => {
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await appMP.formNavigation.togglePeriod(true);
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});
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it(`Step 7 - ${StepNavigationPanelPeriod.setNumFuturePeriods(9)} ${StepNavigationPanelPeriod.setNumHistoricalPeriods(0)}`, async () => {
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await panelPeriod.setNumFuturePeriods('9');
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await panelPeriod.setNumHistoricalPeriods('0');
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});
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it(`Step 8 - Open view ${viewSupplyPlanning.viewPath}`, async () => {
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await viewSupplyPlanning.switchTo();
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});
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it(`Step 9 - ${StepCapacityPlanning.calcAverageCapacityPercentage([dataMetalsUnits.Coldmill1QiYing.Name], fromDate, toDate)}`, async () => {
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coldMill1Avg = await gcCapacityPlanning.getRowNodesAverageValue([dataMetalsUnits.Coldmill1QiYing.Name], startDateList, endDateList);
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});
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it(`Step 10 - ${StepCapacityPlanning.calcAverageCapacityPercentage([dataMetalsUnits.Coldmill2QiYing.Name], fromDate, toDate)}`, async () => {
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coldMill2Avg = await gcCapacityPlanning.getRowNodesAverageValue([dataMetalsUnits.Coldmill2QiYing.Name], startDateList, endDateList);
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});
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it(`Step 11 - ${StepCapacityPlanning.calcAverageCapacityPercentage([dataMetalsUnits.Coldmill3QiYing.Name], fromDate, toDate)}`, async () => {
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coldMill3Avg = await gcCapacityPlanning.getRowNodesAverageValue([dataMetalsUnits.Coldmill3QiYing.Name], startDateList, endDateList);
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});
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it(`Step 12 - ${StepCapacityPlanning.calcAverageCapacityPercentage([dataMetalsUnits.RecyclingFurnaceQiYing.Name], fromDate, toDate)}`, async () => {
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recyclingFurnaceAvg = await gcCapacityPlanning.getRowNodesAverageValue([dataMetalsUnits.RecyclingFurnaceQiYing.Name], startDateList, endDateList);
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});
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it(`Step 13 - Open view ${viewScenarioAnalysisBottleneckResources.viewPath}`, async () => {
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await viewScenarioAnalysisBottleneckResources.switchTo();
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});
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it(`Step 14 - ${StepChart.verifyHasDataPoint(chartTitle, chartYAxisTitle, dataMetalsUnits.Coldmill1QiYing.Name, 'the average utilization')}`, async () => {
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await chartBottleneck.verifyHasDataPoint('', chartYAxisTitle, dataMetalsUnits.Coldmill1QiYing.Name, coldMill1Avg, 0.5);
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});
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it(`Step 15 - ${StepChart.verifyHasDataPoint(chartTitle, chartYAxisTitle, dataMetalsUnits.Coldmill2QiYing.Name, 'the average utilization')}`, async () => {
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await chartBottleneck.verifyHasDataPoint('', chartYAxisTitle, dataMetalsUnits.Coldmill2QiYing.Name, coldMill2Avg, 0.5);
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});
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it(`Step 16 - ${StepChart.verifyHasDataPoint(chartTitle, chartYAxisTitle, dataMetalsUnits.Coldmill3QiYing.Name, 'the average utilization')}`, async () => {
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await chartBottleneck.verifyHasDataPoint('', chartYAxisTitle, dataMetalsUnits.Coldmill3QiYing.Name, coldMill3Avg, 0.5);
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});
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it(`Step 17 - ${StepChart.verifyHasDataPoint(chartTitle, chartYAxisTitle, dataMetalsUnits.RecyclingFurnaceQiYing.Name, 'the average utilization')}`, async () => {
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await chartBottleneck.verifyHasDataPoint('', chartYAxisTitle, dataMetalsUnits.RecyclingFurnaceQiYing.Name, recyclingFurnaceAvg, 0.5);
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});
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it(`Step 18 - ${StepNavigationPanel.clickHomeResetToRoot()}`, async () => {
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await appMP.formNavigation.resetNaviToRoot();
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});
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it(`Step 19 - ${StepChart.verifyXAxisLabelCount('all bottleneck resources shown unfiltered')}`, async () => {
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// Reset filter will show all bottleneck resources across the horizon
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await chartBottleneck.verifyXAxisLabelCount(initialNbrOfBarChart);
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});
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});
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