public async Task <bool> RunNPV1CalculatorCalculations()
{
bool bHasCalculations = false;
CALCULATOR_TYPES eCalculatorType
= GetCalculatorType(this.NPV1CalculatorParams.CalculatorType);
this.NPV1CalculatorParams.RunCalculatorType
= CalculatorHelpers.RUN_CALCULATOR_TYPES.basic;
this.NPV1CalculatorParams.AnalyzerParms.ObservationsPath
= this.NPV1CalculatorParams.ExtensionDocToCalcURI.URIDataManager.TempDocPath;
//note that running descendant calculations inserts a calculator
//with all of its attributes into the descendant, but the descendant
//may still need to have a calculation run
IONPV1StockSubscriber subNPV1Calculator
= new IONPV1StockSubscriber(this.NPV1CalculatorParams);
//use NPVCalculators extension to run calculations
switch (eCalculatorType)
{
case CALCULATOR_TYPES.npv:
bHasCalculations = await subNPV1Calculator.RunCalculator();
break;
default:
break;
}
CalculatorHelpers.UpdateCalculatorParams(this.NPV1CalculatorParams, subNPV1Calculator.GCCalculatorParams);
//set parameters/attributes needed to update db and display this analysis
SetCalculatorParameters();
return(bHasCalculations);
}
public async Task <bool> RunAnalysis()
{
bool bHasAnalysis = false;
bool bHasAggregation = false;
//must use analyzeobjects in order to get complete collections
//otherwise ancestor nodes can't be serialized (no id spells trouble)
this.NPV1CalculatorParams.RunCalculatorType
= CalculatorHelpers.RUN_CALCULATOR_TYPES.analyzeobjects;
//urisToAnalyze has the summary calculated results path in position 0.
//This calculator uses that path to derive the the full calculated
//results path. The full path document is used to run the calculations
//(it has the input and output calculated results that are
//the basis for most resource stock calculations).
this.NPV1CalculatorParams.AnalyzerParms.ObservationsPath
= await CalculatorHelpers.GetFullCalculatorResultsPath(
this.NPV1CalculatorParams);
if (!await CalculatorHelpers.URIAbsoluteExists(this.NPV1CalculatorParams.ExtensionDocToCalcURI,
this.NPV1CalculatorParams.AnalyzerParms.ObservationsPath))
{
this.NPV1CalculatorParams.ErrorMessage
= Errors.MakeStandardErrorMsg("ANALYZER_BASECALCS_MISSING");
return(false);
}
if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.inputprices)
{
IONPV1StockSubscriber subInput
= new IONPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subInput.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer inputAnalyzer = new BINPV1StockAnalyzer(
subInput.GCCalculatorParams);
inputAnalyzer.InputGroup = subInput.NPV1StockCalculator.BINPV1Calculator.InputGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = inputAnalyzer.SetInputNPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await inputAnalyzer.SaveNPV1StockTotals();
inputAnalyzer = null;
}
}
subInput = null;
}
else if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.outputprices)
{
IONPV1StockSubscriber subOutput
= new IONPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subOutput.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer outputAnalyzer = new BINPV1StockAnalyzer(
subOutput.GCCalculatorParams);
outputAnalyzer.OutputGroup = subOutput.NPV1StockCalculator.BINPV1Calculator.OutputGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = outputAnalyzer.SetOutputNPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await outputAnalyzer.SaveNPV1StockTotals();
outputAnalyzer = null;
}
}
subOutput = null;
}
else if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.operationprices)
{
//build an object collection
OCNPV1StockSubscriber subOperation
= new OCNPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subOperation.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer opAnalyzer = new BINPV1StockAnalyzer(
subOperation.GCCalculatorParams);
opAnalyzer.OCGroup = subOperation.NPV1StockCalculator.BINPV1Calculator.OCGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = opAnalyzer.SetOCNPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await opAnalyzer.SaveNPV1StockTotals();
opAnalyzer = null;
}
}
subOperation = null;
}
else if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.componentprices)
{
//build an object collection
OCNPV1StockSubscriber subComponent
= new OCNPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subComponent.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer compAnalyzer = new BINPV1StockAnalyzer(
subComponent.GCCalculatorParams);
compAnalyzer.OCGroup = subComponent.NPV1StockCalculator.BINPV1Calculator.OCGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = compAnalyzer.SetOCNPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await compAnalyzer.SaveNPV1StockTotals();
compAnalyzer = null;
}
}
subComponent = null;
}
else if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.outcomeprices)
{
OutcomeNPV1StockSubscriber subOutcome
= new OutcomeNPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subOutcome.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer outcomeAnalyzer = new BINPV1StockAnalyzer(
subOutcome.GCCalculatorParams);
outcomeAnalyzer.OutcomeGroup = subOutcome.NPV1StockCalculator.BINPV1Calculator.OutcomeGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = outcomeAnalyzer.SetOutcomeNPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await outcomeAnalyzer.SaveNPV1StockTotals();
outcomeAnalyzer = null;
}
}
subOutcome = null;
}
else if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.budgets)
{
BINPV1StockSubscriber subBudget
= new BINPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subBudget.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer biAnalyzer = new BINPV1StockAnalyzer(
subBudget.GCCalculatorParams);
biAnalyzer.BudgetGroup = subBudget.NPV1StockCalculator.BudgetGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = biAnalyzer.SetBINPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await biAnalyzer.SaveNPV1StockTotals();
biAnalyzer = null;
}
}
subBudget = null;
}
else if (this.NPV1CalculatorParams.SubApplicationType
== Constants.SUBAPPLICATION_TYPES.investments)
{
BINPV1StockSubscriber subInvestment
= new BINPV1StockSubscriber(this.NPV1CalculatorParams);
bHasAnalysis = await subInvestment.RunCalculator();
if (bHasAnalysis)
{
//transfer object model to Analyzer
BINPV1StockAnalyzer biAnalyzer = new BINPV1StockAnalyzer(
subInvestment.GCCalculatorParams);
biAnalyzer.BudgetGroup = subInvestment.NPV1StockCalculator.BudgetGroup;
//2. Aggregate the base NPV collections and add Stock totals to collections
//aggregation is for full collection including descendants
bHasAggregation = biAnalyzer.SetBINPV1StockTotals();
if (bHasAggregation)
{
//Save the results as xml
bHasAnalysis = await biAnalyzer.SaveNPV1StockTotals();
biAnalyzer = null;
}
}
subInvestment = null;
}
if (!bHasAggregation)
{
bHasAnalysis = false;
}
//set the db parameters needed for saving
SetAnalysisParameters();
//stylesheet set in analyzerhelper
return(bHasAnalysis);
}