Quintiq file version 2.0
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#parent: #root
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Method PTF_TestLaunchOptimizer (
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output Real duration,
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output String response,
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String strategystr,
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String optimizerstr,
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String starttime,
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String endtime
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) as Boolean id:Method_LibPTF_pnlTestRunner_PTF_TestLaunchOptimizer
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{
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#keys: '[136682.0.314444061]'
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Body:
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[*
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return true;
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/* DISABLED mjn3
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issuccessful := false;
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// get all the relevent data to run optimizer
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// this was take out from the startprecisionctr to prevent the data retrieve take too long
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// since this test only tested on the performance of run optimizer not data retrieve
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strategy := select( ScenarioManager, Strategy, str, str.Name() = strategystr );
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MacroPlan.DuplicateStrategySettings( strategy, false );
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periodstart := null( Period_MP );
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periodend := null( Period_MP );
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convert := StringToDateTime::StandardConverter();
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convert.SetCustomConversion();
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convert.CustomFormatString( 'dd-MMM-yyyy' );
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if( convert.CanConvert( starttime ) and convert.CanConvert( endtime ) )
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{
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startdatetime := convert.Convert( starttime );
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enddatetime := convert.Convert( endtime );
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periodstart := maxselect( MacroPlan, Period_MP, p, p.Start() <= startdatetime, p.Start() );
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periodend := minselect( MacroPlan, Period_MP, p, p.End() >= enddatetime, p.End() );
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}
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preconditionflag := not isnull( strategy )
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and not isnull( periodstart )
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and not isnull( periodend ); // Your precondition before executing the action
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if( preconditionflag )
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{
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startprecisionctr := OS::PrecisionCounter();
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this.PTF_ExecutePreAsyncAction();
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isautotunecopy := false;
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hasautotunecopy := false;
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issmartplan := false;
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issmartplanforperiodtask := false;
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hastotalsupplyuser := false;
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totalsupplyuser := 0.0;
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isupstreamsmartplan := false;
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ismiddleoutsmartplan := false;
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isonlyplanonestepupstream := false;
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isforcenoautoscaling := false;
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ispostprocessing := false;
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isoverridelockedplanning := true;
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smartplanpispips := null( ProductInStockingPointInPeriodPlannings );
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isinventoryoptimization := false;
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isusingselectedunits := false;
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units := null( Units );
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MacroPlan.Algorithm().SynchronizeAllConstraintScaleType();
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MacroPlan.Algorithm().AlgorithmParameter().Update( issmartplan,
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issmartplanforperiodtask,
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hastotalsupplyuser,
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totalsupplyuser,
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isupstreamsmartplan,
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ismiddleoutsmartplan,
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isonlyplanonestepupstream,
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ispostprocessing,
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isforcenoautoscaling,
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isoverridelockedplanning,
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isinventoryoptimization,
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isusingselectedunits,
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false );
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MacroPlan.UpdateParameters( isautotunecopy, hasautotunecopy,
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smartplanpispips,
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MacroPlan.StrategyMacroPlan(),
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ScenarioManager,
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periodstart,
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periodend );
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smartplanpispip := null( ProductInStockingPointInPeriodPlannings );
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this.PTF_GetMPPTFLibrary().MacroPlan().RunCapacityPlanningAlgorithm( smartplanpispip, periodstart, periodend, units, null( Process_MP) );
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//12570
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//this.PTF_GetMPPTFLibrary().MacroPlan().RunOptimizer( strategy, param, true, periodstart, periodend,
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// true, null( Units ), true, null( ProductInStockingPoint_MPs ), false );
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duration := this.PTF_GetDurationInMilisecond( startprecisionctr );
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response := 'Launch Optimizer' ;
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issuccessful := true;
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}
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else
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{
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response := 'PTF_TestCreateData: Precondition failed because < input value not correct >'; // Your precondition failed reason
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}
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return issuccessful;
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*]
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}
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