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| public class PCCACalculator {
private static Logger log = Logger.getLogger(PCCACalculator.class);
private static PCCACalculator INSTANCE;
private static Map<String, FormulaContextResolver> mapFormulaContextResolver;
private static Map<String, OperandContextResolver> mapOperandContextResolver;
public PCCACalculator() throws PCCACalculatorException, PCCAException {
final String METH = ".PCCACalculator(): ";
mapFormulaContextResolver = new HashMap<String, FormulaContextResolver>();
mapOperandContextResolver = new HashMap<String, OperandContextResolver>();
// Configuration de calcul Attribut OI (Order Intake) - uniquement cumul agregat
configCalculWithEmptyFormula(AttributName.OrderIntake.value());
// Configuration de calcul Attribut R (Revenue) - uniquement cumul agregat
configCalculWithEmptyFormula(AttributName.Revenue.value());
// Configuration de calcul Attribut CV (Cost Variance) - uniquement cumul agregat
configCalculWithEmptyFormula(AttributName.CostVariance.value());
// Configuration de calcul Attribut WOI (Weighted Order Intake), avec attribut operande : OI (Order Intake)
configCalculWithWeightingFormula(AttributName.WeightedOrderIntake.value(), AttributName.OrderIntake.value());
// Configuration de calcul Attribut WR (Weighted Revenue), avec attribut operande : R (Revenue)
configCalculWithWeightingFormula(AttributName.WeightedRevenue.value(), AttributName.Revenue.value());
// Configuration de calcul Attribut OB (OrderBook), avec attributs operandes : WOI (Weighted Order Intake), WR (Weighted Revenue)
configCalculWithApplicatorCumulationOrderBookFormula(AttributName.OrderBook.value(), AttributName.WeightedOrderIntake.value(), AttributName.WeightedRevenue.value());
// Configuration de calcul Attribut WOIGM (Gross Margin on Order Intake weighted), avec attribut operande : WOI (Weighted Order Intake)
configCalculWithGrossMarginFormula(AttributName.WeightedOrderIntakeGM.value(), AttributName.WeightedOrderIntake.value());
// Configuration de calcul Attribut WRGM (Gross Margin on Revenue weighted), avec attribut operande : WR (Weighted Revenue)
configCalculWithGrossMarginFormula(AttributName.WeightedRevenueGM.value(), AttributName.WeightedRevenue.value());
// Configuration de calcul Attribut WCV (Weighted Cost Variance on GM), avec attribut operande : CV (CostVariance), WR (Weighted Revenue)
configCalculWithWeightingCostVarianceFormula(AttributName.WeightedCostVariance.value(), AttributName.CostVariance.value(), AttributName.WeightedRevenue.value());
// Configuration de calcul Attribut AWRGM (Adjusted Gross Margin on Revenue balanced), avec attributs operandes : WRGM (Gross Margin on Revenue weighted), WCV (WeeightedCostVariance)
configCalculWithSumFormula(AttributName.AdjustedWeightedRevenueGM.value(), AttributName.WeightedRevenueGM.value(), AttributName.WeightedCostVariance.value());
// Configuration de calcul Attribut isWR (internal somme Weighted Revenue), avec attribut operande : (WR) Weighted Revenue
configCalculWithApplicatorCumulationIdemFormula(AttributName.internalsommeWeightedRevenue.value(), AttributName.WeightedRevenue.value());
// Configuration de calcul Attribut isWCV (internal somme Weighted Cost Variance on GM), avec attribut operande : WCV (Weighted Cost Variance on GM)
configCalculWithApplicatorCumulationIdemFormula(AttributName.internalsommeWeightedCostVariance.value(), AttributName.WeightedCostVariance.value());
// Configuration de calcul Attribut AGM% (Adjusted Gross Margin to calculate current & future), avec attributs operandes : isWCV (Weighted Cost Variance on GM), isWR (Weighted Revenue)
configCalculWithPercentAdjustedGrossMarginFormula(AttributName.AdjustedGrossMargin.value(), AttributName.internalsommeWeightedCostVariance.value(), AttributName.internalsommeWeightedRevenue.value());
log.debug(METH+"mapFormulaContextResolver:"+mapFormulaContextResolver.toString());
log.debug(METH+"mapOperandContextResolver:"+mapOperandContextResolver.toString());
}
public static PCCACalculator getInstance() throws PCCACalculatorException, PCCAException {
if (INSTANCE == null) {
INSTANCE = new PCCACalculator();
}
return INSTANCE;
}
public void loadOrCalculPCCAProgram(PCCAResult pccaResult, EntityManager em) throws PCCAException, CalculatorException, PCCACalculatorException, PCCADataException, PCCADataRulesException, ContextResolverException
{
// Si le flag concerne dans la base de donnee est a 0 on fait les calculs
if( PCCAAdmin.getSingletonPCCAAdmin(em).getPersistAttribCalculPastOn() )
this.loadPCCAProgram( pccaResult, em );
else
this.calculPCCAProgram( pccaResult, em );
}
public void calculPCCAProgram(final PCCAResult pccaResult, EntityManager em) throws PCCACalculatorException, PCCAException, PCCADataException, CalculatorException, ContextResolverException, PCCADataRulesException {
if (null != pccaResult) {
// Reinitialisation de l'indicteur de calcul
pccaResult.getPeriodCalculStatus().resetFullIsCalculated(em);
this.calculParamAndAttributes( pccaResult, em );
}
}
public void loadOrCalculPCCAPrograms(final PCCASynthesis pccaSynthesis, EntityManager em) throws PCCACalculatorException, PCCAException, PCCADataException, CalculatorException, ContextResolverException, PCCADataRulesException {
final String METH = ".calculPCCAPrograms(): ";
log.debug(METH+"begin");
if (null != pccaSynthesis && !pccaSynthesis.getMapPCCAResult().isEmpty()) {
// Calcul du PCCAResult de chaque Program
for (String progNumber : pccaSynthesis.getMapPCCAResult().keySet()) {
loadOrCalculPCCAProgram(pccaSynthesis.getPCCAResult(progNumber), em);
}
// Calcul des Agregats de periodes pour l'ensemble des programs
final Map<String, List<Map<String, Float>>> mapPCCAProgramsGrpByAttribut = getMapPCCAProgramsGrpByAttribut(pccaSynthesis.getMapPCCAResult(), em);
for (String attributName : mapPCCAProgramsGrpByAttribut.keySet()) {
if (!AttributName.isInternalCalcul(attributName) && !(attributName.equals(AttributName.WeightedOrderIntakeGM.value()))) {
final List<Map<String, Float>> mapValuesPrograms = mapPCCAProgramsGrpByAttribut.get(attributName);
if (null != mapValuesPrograms && !mapValuesPrograms.isEmpty()) {
Map<String, Float> mapAgregatPeriodForAttribut = Calculator.sommeContentMapByKey(mapValuesPrograms);
pccaSynthesis.setMapSynth(attributName, mapAgregatPeriodForAttribut);
}
}
}
}
log.debug(METH+"end");
}
/**
* Author : t0110926
* Date : 06/12/10
*
* Methode permettant d'affecter a pccaResult les valeurs chargees depuis la base de donnes pour le passe
* et de calculer la valeur pour le futur
*
* Resolution anomalie Mantis 101
* @param pccaResult
* @param em
* @throws PCCAException
* @throws ContextResolverException
* @throws PCCADataRulesException
* @throws PCCADataException
* @throws PCCACalculatorException
* @throws CalculatorException
*/
public void loadPCCAProgram(PCCAResult pccaResult, EntityManager em) throws PCCAException, CalculatorException, PCCACalculatorException, PCCADataException, PCCADataRulesException, ContextResolverException {
if (null != pccaResult) {
// Reinitialisation de l'indicteur de calcul
pccaResult.getPeriodCalculStatus().resetFullIsCalculated(em);
Map<String,Map<String,Float>> map = pccaResult.loadMapDataCalculated(em);
// On charge les donnes pour la periode passee et on valide le fait qu'ils sont calcules
for (String attribut : map.keySet()){
pccaResult.setMapData(map.get(attribut), attribut);
pccaResult.getPeriodCalculStatus().setIsCalculatedForPastPeriods(pccaResult.getPeriodResolver(), attribut);
}
this.calculParamAndAttributes( pccaResult, em );
}
}
private void calculParamAndAttributes( PCCAResult pccaResult, EntityManager em )
throws PCCAException, CalculatorException, PCCACalculatorException, PCCADataException, PCCADataRulesException, ContextResolverException
{
if (checkAttributsContents(pccaResult, em)) {
if( ProgramUtils.isOpportunity( pccaResult.getProgNumber() ) )
setParamWithParam(ParamName.InitialGrossMargin.value(), ParamName.CurrentAdjustedGrossMargin.value(), pccaResult, em);
// Calcul Attribut OI (Order Intake) - uniquement cumul agregat
calculAttribut(AttributName.OrderIntake.value(), pccaResult, em);
// Calcul Attribut R (Revenue) - uniquement cumul agregat
calculAttribut(AttributName.Revenue.value(), pccaResult, em);
// Calcul Attribut CV (Cost Variance) - uniquement cumul agregat
calculAttribut(AttributName.CostVariance.value(), pccaResult, em);
// Calcul Attribut WOI (Weighted Order Intake)
calculAttribut(AttributName.WeightedOrderIntake.value(), pccaResult, em);
// Calcul Attribut WR (WeightedRevenue)
calculAttribut(AttributName.WeightedRevenue.value(), pccaResult, em);
// Calcul Attribut OB (Order Book)
calculAttribut(AttributName.OrderBook.value(), pccaResult, em);
// Calcul Attribut WOIGM (Gross Margin on Order Intake weighted)
calculAttribut(AttributName.WeightedOrderIntakeGM.value(), pccaResult, em);
// Calcul Attribut WRGM (Gross Margin on Revenue weighted)
calculAttribut(AttributName.WeightedRevenueGM.value(), pccaResult, em);
// Calcul Attribut WCV (Weighted Cost Variance on GM)
calculAttribut(AttributName.WeightedCostVariance.value(), pccaResult, em);
// Calcul Attribut AWRGM (Adjusted Gross Margin on Revenue balanced)
calculAttribut(AttributName.AdjustedWeightedRevenueGM.value(), pccaResult, em);
// Calcul Attribut isWR (internal somme Weighted Revenue)
calculAttribut(AttributName.internalsommeWeightedRevenue.value(), pccaResult, em);
// Calcul Attribut isWCV (internal somme Weighted Cost Variance on GM)
calculAttribut(AttributName.internalsommeWeightedCostVariance.value(), pccaResult, em);
// Calcul Attribut AGM% (Adjusted Gross Margin to calculate current & future)
calculAttribut(AttributName.AdjustedGrossMargin.value(), pccaResult, em);
// Affectation Attribut AGM% (Adjusted Gross Margin to calculate current & future) periode Passee au Parametre CAGM (Current Adjusted Gross Margin)
//setParamWithAttribut(AttributName.AdjustedGrossMargin.value(), PeriodResolver.getKeyPeriodAgregatPast(), ParamName.CurrentAdjustedGrossMargin.value(), pccaResult, em);
// Affectation Attribut AGM% (Adjusted Gross Margin to calculate current & future) periode agregat Ensemble Program au Parametre FAGM (FutureAdjustedGrossMargin)
setParamWithAttribut(AttributName.AdjustedGrossMargin.value(), PeriodResolver.getKeyPeriodAgregatRootProg(), ParamName.FutureAdjustedGrossMargin.value(), pccaResult, em);
}
}
private Map<String, List<Map<String, Float>>> getMapPCCAProgramsGrpByAttribut(final Map<String, PCCAResult> mapPCCAResult, EntityManager em) throws PCCACalculatorException, PCCADataException, PCCAException, PCCADataRulesException {
final String METH = ".getMapPCCAProgramsGrpByAttributAndPeriod(): ";
log.debug(METH+"begin");
final Map<String, List<Map<String, Float>>> mapValuesPrograms = new HashMap<String, List<Map<String, Float>>>();
if ( mapPCCAResult != null && !mapPCCAResult.isEmpty()) {
for (AttributName attributName : AttributName.getListAllWithoutInternalCalculs()) {
final List<Map<String, Float>> listMapsPeriodValuesProgramsForAttribut = getListMapsPeriodValuesProgramsForAttribut(attributName.value(), mapPCCAResult, em);
mapValuesPrograms.put(attributName.value(), listMapsPeriodValuesProgramsForAttribut);
}
}
log.debug(METH+"end");
return mapValuesPrograms;
}
private List<Map<String, Float>> getListMapsPeriodValuesProgramsForAttribut(final String attributName, final Map<String, PCCAResult> mapPCCAResult, EntityManager em) throws PCCACalculatorException, PCCADataException, PCCAException, PCCADataRulesException {
final String METH = ".getMapAgregatAttribut(): ";
log.debug(METH+"begin");
final List<Map<String, Float>> listMapsPeriodValuesPrograms = new ArrayList<Map<String, Float>>();
if ( mapPCCAResult != null && !mapPCCAResult.isEmpty()){
for (String progNumber : mapPCCAResult.keySet()) {
Map<String, Float> mapDataAttributProgram = new HashMap<String, Float>();
mapDataAttributProgram = mapPCCAResult.get(progNumber).getMapData(attributName, em);
if (null != mapDataAttributProgram && !mapDataAttributProgram.isEmpty()) {
listMapsPeriodValuesPrograms.add(mapDataAttributProgram);
}
}
}
log.debug(METH+"end");
return listMapsPeriodValuesPrograms;
}
private boolean checkAttributsContents(final PCCAResult pccaResult,EntityManager em) throws PCCACalculatorException, PCCADataException, PCCAException, PCCADataRulesException {
final String METH = ".checkAttributsContents(): ";
log.debug(METH+"begin");
boolean isCheckAttributsContentsValid = true;
/**
* 10/11/2010 : Modification
*
* Prise en compte des exigences EB_F05-Capture, EB_F07-Capture, EB_F08-Capture, EB_F09-Capture et EB_F10-Capture
* Traitement de l'anomalie 71 definie dans Mantis
* Suppression de la condition liste vide sur les "if"
* Le calcul doit pouvoir etre lance meme si aucune valeur n'est renseignee pour OI, R ou CV
*/
// Verification existance Attribut OI (Order Intake)
//if (null == pccaResult.getMapData(AttributName.OrderIntake.value(), em) || pccaResult.getMapData(AttributName.OrderIntake.value(), em).isEmpty()) {
if (null == pccaResult.getMapData(AttributName.OrderIntake.value(), em)) {
isCheckAttributsContentsValid = false;
}
// Verification existance Attribut R (Revenue)
//if (null == pccaResult.getMapData(AttributName.Revenue.value(), em) || pccaResult.getMapData(AttributName.Revenue.value(), em).isEmpty()) {
if (null == pccaResult.getMapData(AttributName.Revenue.value(), em)) {
isCheckAttributsContentsValid = false;
}
// Verification existance Attribut CV (Cost Variance)
//if (null == pccaResult.getMapData(AttributName.CostVariance.value(), em) || pccaResult.getMapData(AttributName.CostVariance.value(), em).isEmpty()) {
if (null == pccaResult.getMapData(AttributName.CostVariance.value(), em)) {
isCheckAttributsContentsValid = false;
}
// Si attributs, Verification Params
if (isCheckAttributsContentsValid) {
pccaResult.checkMapParamForCalcul();
}
log.debug(METH+"end-isCheckAttributsContentsValid:"+isCheckAttributsContentsValid);
return isCheckAttributsContentsValid;
}
private void setParamWithAttribut(final String attribKey, final String periodKey, final String paramKey , PCCAResult pccaResult, EntityManager em) throws PCCACalculatorException, PCCADataException, PCCAException, PCCADataRulesException {
final String METH = ".setParamWithAttribut(): ";
log.debug(METH+"begin-attribKey:"+attribKey+", periodKey:"+periodKey+", paramKey:"+paramKey);
Float value = null;
//Modification pour le calcul de FAGM
// fait par T0125118 le 12/07/11
if(paramKey.equalsIgnoreCase("FAGM"))
value = calculFAGM(pccaResult, em) ;
// Recuperation valeur attribut
else{
if (null != pccaResult.getMapData(attribKey, em) || !pccaResult.getMapData(attribKey, em).isEmpty()) {
value = pccaResult.getMapData(attribKey, em).get(periodKey);
}
}
log.debug(METH+"value:"+value);
// Affectation du Parametre
pccaResult.setValueParam(value, paramKey);
log.debug(METH+"end-value:"+pccaResult.getValueParam(paramKey, em));
}
/**
* @author t0125118
* @brief La fonction calcule la Futur Adjust Gross Margin en sommant les CV et les R conformément à la formule
* donnée dans les specs
* @param pccaResult
* La map de données
* @param em
* Entity Manager pour la persistence
* @return
* La FAGM
* @throws PCCADataException
* @throws PCCAException
* @throws PCCADataRulesException
*/
private Float calculFAGM(PCCAResult pccaResult, EntityManager em) throws PCCADataException, PCCAException, PCCADataRulesException {
/*
L'objectif de cette fonction est de calculer la formule :
FAGM = InitialMargin + Somme des WCV / Somme des WR
Avec :
- Somme des WCV = CV depuis le debut du projet + (p1 x p2) x WCV futurs
- Somme des WR = R depuis le debut du projet + (p1 x p2) x WR futurs
*/
Float cvMc,cvA1,cvA2,rMc,rA1,rA2;
Map<String,Float> mapCV = pccaResult.getMapData("CV", em);
Map<String,Float> mapR = pccaResult.getMapData("R", em);
// AGM
Float intialMargin = pccaResult.getMapParam(em).get(ParamName.InitialGrossMargin.value());
// CAGM
Float currentMargin = pccaResult.getMapParam(em).get(ParamName.CurrentAdjustedGrossMargin.value());
// AGM - CAGM
Float rapportMargin = currentMargin/100 - intialMargin;
//P1
Float p1 = pccaResult.getMapParam(em).get(ParamName.POne.value());
//P2
Float p2 = pccaResult.getMapParam(em).get(ParamName.PTwo.value());
if(mapCV.containsKey("Agr_MC-M12_A00"))
cvMc = Float.valueOf(mapCV.get("Agr_MC-M12_A00"));
else
cvMc = new Float(0);
if(mapCV.containsKey("Agr_A01")){
cvA1 = Float.valueOf(mapCV.get("Agr_A01"));
}
else{
cvA1 = new Float(0);
}
if(mapCV.containsKey("A02"))
cvA2 = Float.valueOf(mapCV.get("A02"));
else
cvA2 = new Float(0);
if(mapR.containsKey("Agr_MC-M12_A00"))
rMc = Float.valueOf(mapR.get("Agr_MC-M12_A00"));
else
rMc = new Float(0);
if(mapR.containsKey("Agr_A01")){
rA1 = Float.valueOf(mapR.get("Agr_A01"));
}
else{
rA1 = new Float(0);
}
if(mapR.containsKey("A02"))
rA2 = Float.valueOf(mapR.get("A02"));
else
rA2 = new Float(0);
Float total_WCV = Float.valueOf(mapCV.get("Agr_Prog-MC")) + //total CV passés
(p1 * p2 ) *( rapportMargin * rMc + cvMc ) + //total CV année courante
(p1 * p2 ) *( rapportMargin * rA1 + cvA1 ) + //total CV année n+1
(p1 * p2 ) *( rapportMargin * rA2 + cvA2 ); //total CV année n+2
Float total_WR = Float.valueOf(mapR.get( "Agr_Prog-MC")) + //total R passés
(p1 * p2 ) * rMc + //total R année courante
(p1 * p2 ) * rA1 + //total R année n+1
(p1 * p2 ) * rA2; //total R année n+2
if ( total_WR != 0)
return intialMargin + (total_WCV/total_WR);
else
return intialMargin;
}
private void setParamWithParam( final String paramSourceKey, final String paramTargetKey, PCCAResult pccaResult, EntityManager em )
throws PCCACalculatorException, PCCADataException, PCCAException, PCCADataRulesException
{
final String METH = ".setParamWithParam(): ";
log.debug(METH+"begin-paramSourceKey:"+paramSourceKey+", paramTargetKey:"+paramTargetKey);
// Recuperation valeur parametre source
float sourceValue = pccaResult.getValueParam(paramSourceKey, em);
log.debug(METH+"sourceValue:"+sourceValue);
if( ParamName.InitialGrossMargin.value().equals( paramSourceKey ) )
sourceValue *= 100;
if( ParamName.InitialGrossMargin.value().equals( paramTargetKey ) )
sourceValue /= 100;
log.debug(METH+"targetValue:"+sourceValue);
// Affectation du parametre cible
pccaResult.setValueParam(sourceValue, paramTargetKey);
log.debug(METH+"end");
}
private void calculAttribut(String aKey, PCCAResult pccaResult, EntityManager em) throws PCCACalculatorException, CalculatorException, ContextResolverException, PCCADataException, PCCAException, PCCADataRulesException {
final String METH = ".calculAttribut(): ";
log.debug(METH+"///////////////////////////////////////////////////////////////////////////");
log.debug(METH+"begin-Calcul:"+aKey);
// Calcul Attribut
AttributCalculator attribCalcul = new AttributCalculator(aKey, mapFormulaContextResolver.get(aKey), mapOperandContextResolver.get(aKey), pccaResult);
attribCalcul.calcul(pccaResult.getPeriodResolver(), em);
log.debug(METH+"end-Calcul:"+aKey);
log.debug(METH+"///////////////////////////////////////////////////////////////////////////");
}
// Configuration du Calcul des Attributs
////////////////////////////////////////
private void configCalculWithEmptyFormula(final String aKey) throws PCCACalculatorException {
// Configuration de calcul Attribut sans formule - uniquement cumul agregat
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
// Configuration de l'algorithme par defaut : EmptyFormula - c'est-a-dire pas de formule
FormulaDescriptor formulaDescriptor = new FormulaDescriptor(FormulaName.Empty.value());
FormulaCtxDescriptor formulaCtxDescriptor = new FormulaCtxDescriptor(formulaDescriptor);
formulaContextResolver.setCtxDefault(formulaCtxDescriptor);
}
private void configCalculWithWeightingFormula(final String aKey, final String aOperKey) throws PCCACalculatorException, PCCAException {
final String METH = ".configCalculWithWeightingFormula(): ";
// Configuration de calcul Attribut avec formule Weighting
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
OperandContextResolver operandContextResolver = new OperandContextResolver(aKey);
mapOperandContextResolver.put(aKey, operandContextResolver);
// Configuration de l'algorithme par defaut : WeightingFormula, avec les parametres P1 et P2
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor(FormulaName.Weighting.value(), ParamName.POne.value(), ParamName.PTwo.value());
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor(formulaDescriptorDefault);
formulaContextResolver.setCtxDefault(formulaCtxDescriptorDefault);
// Configuration de l'operande associee a l'algorithme par defaut : attribut operande : aOperKey
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut(aOperKey);
operandContextResolver.setCtxDefault(listOrderedOperAttributDescDefault);
// Configuration de l'algorithme explicite pour les periodes du passe, selectionnees par Selecteur PastPeriodSelector : WeightingFormula, avec le parametre scalaire 1 (representant P1=P2=1)
// On a donc pour le passe : WR = R, WOI = OI, etc ...
FormulaDescriptor formulaDescriptorPeriodSelector = new FormulaDescriptor(FormulaName.Weighting.value(), ParamName.ScalaireValueOne.value(), ParamName.ScalaireValueOne.value());
log.debug(METH+"formulaDescriptorPeriodSelector:"+((formulaDescriptorPeriodSelector==null)?"null":formulaDescriptorPeriodSelector.toString()));
FormulaCtxDescriptor formulaCtxDescriptorPeriodSelector = new FormulaCtxDescriptor(formulaDescriptorPeriodSelector);
formulaContextResolver.addCtxForPeriodSelector(PeriodSelectorName.PastPeriodSelector.value(), formulaCtxDescriptorPeriodSelector);
}
private void configCalculWithWeightingCostVarianceFormula( final String registeredKey, final String operCVKey, final String operWRKey ) throws PCCACalculatorException, PCCAException
{
final String METH = ".configCalculWithWeightingCostVarianceFormula(): ";
// Configuration de calcul Attribut avec formule WeightingCostVariance
FormulaContextResolver formulaContextResolver = new FormulaContextResolver( registeredKey );
mapFormulaContextResolver.put( registeredKey, formulaContextResolver );
OperandContextResolver operandContextResolver = new OperandContextResolver( registeredKey );
mapOperandContextResolver.put( registeredKey, operandContextResolver );
// Configuration de l'algorithme par defaut : WeightingCostVarianceFormula, avec les parametres P1, P2, GM, CAGM
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor( FormulaName.WeightingCostVariance.value(),
ParamName.POne.value(), ParamName.PTwo.value(), ParamName.InitialGrossMargin.value(), ParamName.CurrentAdjustedGrossMargin.value() );
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor( formulaDescriptorDefault );
formulaContextResolver.setCtxDefault( formulaCtxDescriptorDefault );
// Configuration des operandes associees a l'algorithme par defaut : attribut operande : operCVKey, operWRKey (CV, WR)
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut( operCVKey );
listOrderedOperAttributDescDefault.addKeyAttribut( operWRKey );
operandContextResolver.setCtxDefault( listOrderedOperAttributDescDefault );
// Configuration de l'algorithme explicite pour les periodes du passe, selectionnees par Selecteur PastPeriodSelector :
// WeightingFormula, avec le parametre scalaire 1 pour P1 et P2
// On a donc pour le passe : WCV = CV
FormulaDescriptor formulaDescriptorPeriodSelector = new FormulaDescriptor( FormulaName.Weighting.value(), ParamName.ScalaireValueOne.value(), ParamName.ScalaireValueOne.value() );
log.debug(METH+"formulaDescriptorPeriodSelector:"+((formulaDescriptorPeriodSelector==null)?"null":formulaDescriptorPeriodSelector.toString()));
FormulaCtxDescriptor formulaCtxDescriptorPeriodSelector = new FormulaCtxDescriptor(formulaDescriptorPeriodSelector);
formulaContextResolver.addCtxForPeriodSelector(PeriodSelectorName.PastPeriodSelector.value(), formulaCtxDescriptorPeriodSelector);
// Configuration des operandes associees a l'algorithme explicite pour les periodes du passe : attribut operande : operCVKey (CV)
ListOrderedOperAttributDesc listOrderedOperAttributDescPeriodSelector = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescPeriodSelector.addKeyAttribut( operCVKey );
operandContextResolver.addCtxForPeriodSelector(PeriodSelectorName.PastPeriodSelector.value(), listOrderedOperAttributDescPeriodSelector);
}
private void configCalculWithApplicatorCumulationOrderBookFormula(final String aKey, final String aOperXKey, final String aOperYKey) throws PCCACalculatorException, PCCAException {
final String METH = ".configCalculWithApplicatorCumulationOrderBookFormula(): ";
// Configuration de calcul Attribut avec formule applicateur Cumulation et formule OrdersBooked
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
OperandContextResolver operandContextResolver = new OperandContextResolver(aKey);
mapOperandContextResolver.put(aKey, operandContextResolver);
// Configuration de l'algorithme par defaut : OrdersBooked
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor(FormulaName.OrdersBooked.value());
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
ExpressionFormApplicatorDescriptor formApplicatorDescriptor = new ExpressionFormApplicatorDescriptor(FormulaApplicatorName.ExpressionCumulation.value());
log.debug(METH+"formApplicatorDescriptor:"+((formApplicatorDescriptor==null)?"null":formApplicatorDescriptor.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor(formulaDescriptorDefault, formApplicatorDescriptor);
formulaContextResolver.setCtxDefault(formulaCtxDescriptorDefault);
// Configuration des operandes associees a l'algorithme par defaut : attributs operandes : WOI (Weighted Order Intake), WR (Weighted Revenue)
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut(aOperXKey);
listOrderedOperAttributDescDefault.addKeyAttribut(aOperYKey);
operandContextResolver.setCtxDefault(listOrderedOperAttributDescDefault);
// Configuration de l'algorithme explicite pour les periodes type Agregat, selectionnees par Selecteur AgregatPeriodSelector : IdemFormula
FormulaDescriptor formulaDescriptorPeriodSelector = new FormulaDescriptor(FormulaName.Idem.value());
log.debug(METH+"formulaDescriptorPeriodSelector:"+((formulaDescriptorPeriodSelector==null)?"null":formulaDescriptorPeriodSelector.toString()));
FormulaCtxDescriptor formulaCtxDescriptorPeriodSelector = new FormulaCtxDescriptor(formulaDescriptorPeriodSelector);
formulaContextResolver.addCtxForPeriodSelector(PeriodSelectorName.AgregatPeriodSelector.value(), formulaCtxDescriptorPeriodSelector);
// Configuration des operandes associees a l'algorithme explicite pour les periodes type Agregat : attribut operande : OB (Orders Booked)
ListOrderedOperAttributDesc listOrderedOperAttributDescPeriodSelector1 = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescPeriodSelector1.addOperAttribValuesDescriptor(new OperAttribValuesDescriptor(aKey, PeriodSelectorName.LastChildPeriodWithSameParentSelector));
operandContextResolver.addCtxForPeriodSelector(PeriodSelectorName.AgregatPeriodSelector.value(), listOrderedOperAttributDescPeriodSelector1);
// Configuration des operandes explicites associees a l'algorithme par defaut pour les periodes selectionnees par le Selecteur FirstChildPeriodSelector:
// attributs operandes : OB (Orders Booked) WOI (Weighted Order Intake), WR (Weighted Revenue)
ListOrderedOperAttributDesc listOrderedOperAttributDescPeriodSelector2 = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescPeriodSelector2.addOperAttribValuesDescriptor(new OperAttribValuesDescriptor(aKey, PeriodSelectorName.LastPeriodAgregatPredecesorSelector));
listOrderedOperAttributDescPeriodSelector2.addKeyAttribut(aOperXKey);
listOrderedOperAttributDescPeriodSelector2.addKeyAttribut(aOperYKey);
operandContextResolver.addCtxForPeriodSelector(PeriodSelectorName.FirstChildPeriodSelector.value(), listOrderedOperAttributDescPeriodSelector2);
}
private void configCalculWithGrossMarginFormula(final String aKey, final String aOperKey) throws PCCACalculatorException {
final String METH = ".configCalculWithGrossMarginFormula(): ";
// Configuration de calcul Attribut avec formule GrossMargin
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
OperandContextResolver operandContextResolver = new OperandContextResolver(aKey);
mapOperandContextResolver.put(aKey, operandContextResolver);
// Configuration de l'algorithme par defaut : GrossMarginFormula, avec le parametre (Initial Gross Margin)
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor(FormulaName.GrossMargin.value(), ParamName.InitialGrossMargin.value());
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor(formulaDescriptorDefault);
formulaContextResolver.setCtxDefault(formulaCtxDescriptorDefault);
// Configuration de l'operande associee a l'algorithme par defaut : attribut operande : aOperKey
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut(aOperKey);
operandContextResolver.setCtxDefault(listOrderedOperAttributDescDefault);
}
private void configCalculWithSumFormula(final String aKey, final String aOperXKey, final String aOperYKey) throws PCCACalculatorException {
final String METH = ".configCalculWithSumFormula(): ";
// Configuration de calcul Attribut avec formule Sum
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
OperandContextResolver operandContextResolver = new OperandContextResolver(aKey);
mapOperandContextResolver.put(aKey, operandContextResolver);
// Configuration de l'algorithme par defaut : SumFormula
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor(FormulaName.Sum.value());
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor(formulaDescriptorDefault);
formulaContextResolver.setCtxDefault(formulaCtxDescriptorDefault);
// Configuration des operandes associees a l'algorithme par defaut : attributs operandes : aOperXKey, aOperYKey
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut(aOperXKey);
listOrderedOperAttributDescDefault.addKeyAttribut(aOperYKey);
operandContextResolver.setCtxDefault(listOrderedOperAttributDescDefault);
}
private void configCalculWithApplicatorCumulationIdemFormula(final String aKey, final String aOperXKey) throws PCCACalculatorException, PCCAException {
final String METH = ".configCalculWithApplicatorCumulationIdemFormula(): ";
// Configuration de calcul Attribut avec formule applicateur Cumulation et formule Idem
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
OperandContextResolver operandContextResolver = new OperandContextResolver(aKey);
mapOperandContextResolver.put(aKey, operandContextResolver);
// Configuration de l'algorithme par defaut : Idem
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor(FormulaName.Idem.value());
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
ExpressionFormApplicatorDescriptor formApplicatorDescriptor = new ExpressionFormApplicatorDescriptor(FormulaApplicatorName.ExpressionCumulation.value());
log.debug(METH+"formApplicatorDescriptor:"+((formApplicatorDescriptor==null)?"null":formApplicatorDescriptor.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor(formulaDescriptorDefault, formApplicatorDescriptor);
formulaContextResolver.setCtxDefault(formulaCtxDescriptorDefault);
// Configuration des operandes associees a l'algorithme par defaut : attribut operande : WR (Weighted Revenue) ou WCV (Weighted Cost Variance on GM)
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut(aOperXKey);
operandContextResolver.setCtxDefault(listOrderedOperAttributDescDefault);
// Configuration de l'algorithme explicite pour les periodes type Agregat, selectionnees par Selecteur AgregatPeriodSelector : IdemFormula
FormulaDescriptor formulaDescriptorPeriodSelector = new FormulaDescriptor(FormulaName.Idem.value());
log.debug(METH+"formulaDescriptorPeriodSelector:"+((formulaDescriptorPeriodSelector==null)?"null":formulaDescriptorPeriodSelector.toString()));
FormulaCtxDescriptor formulaCtxDescriptorPeriodSelector = new FormulaCtxDescriptor(formulaDescriptorPeriodSelector);
formulaContextResolver.addCtxForPeriodSelector(PeriodSelectorName.AgregatPeriodSelector.value(), formulaCtxDescriptorPeriodSelector);
// Configuration des operandes associees a l'algorithme explicite pour les periodes type Agregat : attribut operande : (attribut courant)
ListOrderedOperAttributDesc listOrderedOperAttributDescPeriodSelector1 = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescPeriodSelector1.addOperAttribValuesDescriptor(new OperAttribValuesDescriptor(aKey, PeriodSelectorName.LastChildPeriodWithSameParentSelector));
operandContextResolver.addCtxForPeriodSelector(PeriodSelectorName.AgregatPeriodSelector.value(), listOrderedOperAttributDescPeriodSelector1);
// Configuration des operandes explicites associees a l'algorithme par defaut pour les periodes selectionnees par le Selecteur FirstChildPeriodSelector:
// attributs operandes : (attribut courant), WR (Weighted Revenue) ou WCV (Weighted Cost Variance on GM)
ListOrderedOperAttributDesc listOrderedOperAttributDescPeriodSelector2 = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescPeriodSelector2.addOperAttribValuesDescriptor(new OperAttribValuesDescriptor(aKey, PeriodSelectorName.LastPeriodAgregatPredecesorSelector));
listOrderedOperAttributDescPeriodSelector2.addKeyAttribut(aOperXKey);
operandContextResolver.addCtxForPeriodSelector(PeriodSelectorName.FirstChildPeriodSelector.value(), listOrderedOperAttributDescPeriodSelector2);
}
private void configCalculWithPercentAdjustedGrossMarginFormula(final String aKey, final String aOperXKey, final String aOperYKey) throws PCCACalculatorException, PCCAException {
final String METH = ".configCalculWithPercentAdjustedGrossMarginFormula(): ";
// Configuration de calcul Attribut avec formule PercentAdjustedGrossMargin
FormulaContextResolver formulaContextResolver = new FormulaContextResolver(aKey);
mapFormulaContextResolver.put(aKey, formulaContextResolver);
OperandContextResolver operandContextResolver = new OperandContextResolver(aKey);
mapOperandContextResolver.put(aKey, operandContextResolver);
// Configuration de l'algorithme par defaut : PercentAdjustedGrossMargin
FormulaDescriptor formulaDescriptorDefault = new FormulaDescriptor(FormulaName.PercentAdjustedGrossMargin.value(), ParamName.InitialGrossMargin.value());
log.debug(METH+"formulaDescriptorDefault:"+((formulaDescriptorDefault==null)?"null":formulaDescriptorDefault.toString()));
FormulaCtxDescriptor formulaCtxDescriptorDefault = new FormulaCtxDescriptor(formulaDescriptorDefault);
formulaContextResolver.setCtxDefault(formulaCtxDescriptorDefault);
// Configuration des operandes associees a l'algorithme par defaut : attributs operandes : isWCV (Weighted Cost Variance on GM), isWR (Weighted Revenue)
ListOrderedOperAttributDesc listOrderedOperAttributDescDefault = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescDefault.addKeyAttribut(aOperXKey);
listOrderedOperAttributDescDefault.addKeyAttribut(aOperYKey);
operandContextResolver.setCtxDefault(listOrderedOperAttributDescDefault);
// Configuration de l'algorithme explicite pour les periodes type Agregat, selectionnees par Selecteur AgregatPeriodSelector : IdemFormula
FormulaDescriptor formulaDescriptorPeriodSelector = new FormulaDescriptor(FormulaName.Idem.value());
log.debug(METH+"formulaDescriptorPeriodSelector:"+((formulaDescriptorPeriodSelector==null)?"null":formulaDescriptorPeriodSelector.toString()));
FormulaCtxDescriptor formulaCtxDescriptorPeriodSelector = new FormulaCtxDescriptor(formulaDescriptorPeriodSelector);
formulaContextResolver.addCtxForPeriodSelector(PeriodSelectorName.AgregatPeriodSelector.value(), formulaCtxDescriptorPeriodSelector);
// Configuration des operandes associees a l'algorithme explicite pour les periodes type Agregat : attribut operande : (attribut courant)
ListOrderedOperAttributDesc listOrderedOperAttributDescPeriodSelector1 = new ListOrderedOperAttributDesc();
listOrderedOperAttributDescPeriodSelector1.addOperAttribValuesDescriptor(new OperAttribValuesDescriptor(aKey, PeriodSelectorName.LastChildPeriodWithSameParentSelector));
operandContextResolver.addCtxForPeriodSelector(PeriodSelectorName.AgregatPeriodSelector.value(), listOrderedOperAttributDescPeriodSelector1);
} |
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