/// <summary> /// Maps properties of newSubstationAttribute object to currentSubstationAttribute object. Changes are not commited to DB. /// </summary> /// <param name="newSubstationAttribute">SubstationAttribute object</param> /// <param name="currentSubstationAttribute">SubstationAttribute object</param> private void UpdateAttribute(SubstationAttribute newSa, SubstationAttribute currentSa) { currentSa.DateUpdated = DateTime.Now; currentSa.UserUpdatedId = newSa.UserCreatedId; currentSa.DateEffective = newSa.DateEffective; currentSa.DateEnd = newSa.DateEnd; currentSa.DateReplaced = newSa.DateReplaced; currentSa.DependableGeneratingCapacity = newSa.DependableGeneratingCapacity; currentSa.EffectiveLoadCarryingCapacity = newSa.EffectiveLoadCarryingCapacity; currentSa.EPACapacity = newSa.EPACapacity; currentSa.InServiceEndDate = newSa.InServiceEndDate; currentSa.InServiceStartDate = newSa.InServiceStartDate; currentSa.LoadGrossSummerPeak = newSa.LoadGrossSummerPeak; currentSa.LoadGrossWinterPeak = newSa.LoadGrossWinterPeak; currentSa.LoadGrossSummerMin = newSa.LoadGrossSummerMin; currentSa.LoadGrossWinterMin = newSa.LoadGrossWinterMin; //currentSa.MaximumContinousRating = newSa.MaximumContinousRating; //currentSa.MaximumPowerOutput = newSa.MaximumPowerOutput; //currentSa.MaxReactiveAbsorptionInMVars = newSa.MaxReactiveAbsorptionInMVars; //currentSa.MaxReactiveProductionInMVars = newSa.MaxReactiveProductionInMVars; currentSa.MaxTakeOrPayCapacity = newSa.MaxTakeOrPayCapacity; currentSa.NamePlateCapacityInMW = newSa.NamePlateCapacityInMW; currentSa.NitsDesignatedCapacity = newSa.NitsDesignatedCapacity; currentSa.Nominated = newSa.Nominated; currentSa.OriginalId = newSa.OriginalId; currentSa.PointToPointCapacity = newSa.PointToPointCapacity; currentSa.Probability = newSa.Probability; currentSa.ProjectPhaseId = newSa.ProjectPhaseId; //currentSa.RatedAmp = newSa.RatedAmp; currentSa.MaxOutputForFirmTransmission = newSa.MaxOutputForFirmTransmission; currentSa.MaxOutputForNonFirmTransmission = newSa.MaxOutputForNonFirmTransmission; currentSa.RatedMVA = newSa.RatedMVA; //currentSa.RatedMW = newSa.RatedMW; currentSa.RatedOverExcitedMvar = newSa.RatedOverExcitedMvar; currentSa.RatedOverExcitedPowerFactor = newSa.RatedOverExcitedPowerFactor; currentSa.RatedPowerFactor = newSa.RatedPowerFactor; //currentSa.RatedSpeed = newSa.RatedSpeed; currentSa.RatedUnderExcitedMvar = newSa.RatedUnderExcitedMvar; currentSa.RatedUnderExcitedPowerFactor = newSa.RatedUnderExcitedPowerFactor; currentSa.ReliabilityMustRunCapacity = newSa.ReliabilityMustRunCapacity; currentSa.MaximumPowerOutput = newSa.MaximumPowerOutput; currentSa.MaxOutputForNonFirmTransmission = newSa.MaxOutputForNonFirmTransmission; currentSa.MaxOutputForFirmTransmission = newSa.MaxOutputForFirmTransmission; // radio buttons currentSa.UsePndcMasteredValue = newSa.UsePndcMasteredValue; currentSa.UsePdgcMasteredValue = newSa.UsePdgcMasteredValue; currentSa.UsePmpoMasteredValue = newSa.UsePmpoMasteredValue; currentSa.UsePptpMasteredValue = newSa.UsePptpMasteredValue; currentSa.UsePrmrMasteredValue = newSa.UsePrmrMasteredValue; currentSa.UsePdmx0MasteredValue = newSa.UsePdmx0MasteredValue; currentSa.UsePdmx1MasteredValue = newSa.UsePdmx1MasteredValue; currentSa.UsePnpMasteredValue = newSa.UsePnpMasteredValue; currentSa.UsePelccMasteredValue = newSa.UsePelccMasteredValue; currentSa.InterconnectionsRequestCapacity = newSa.InterconnectionsRequestCapacity; newSa.Id = currentSa.Id; }
public void DeleteAttribute(int substationId, int resourcePlanId, int?phaseId) { SubstationAttribute substationAttribute = GetAttribute(substationId, resourcePlanId, phaseId); if (substationAttribute == null) { return; } this.Context.SubstationAttributes.DeleteOnSubmit(substationAttribute); this.Context.SubmitChanges(); }
/// <summary> /// Inserts a new SubstationAttribute object to Db or updates any existing SubstationAttribute objects (based on substation Id, plan id & phase id) /// </summary> /// <param name="substationAttribute">SubstationAttribute object</param> public void Save(SubstationAttribute sa) { SubstationAttribute currentSa = this.Context.SubstationAttributes.FirstOrDefault(ssa => ssa.SubstationId == sa.SubstationId && ssa.ResourcePlanId == sa.ResourcePlanId && (!ssa.ProjectPhaseId.HasValue || ssa.ProjectPhaseId == sa.ProjectPhaseId)); if (currentSa != null) { UpdateAttribute(sa, currentSa); } else { this.Context.SubstationAttributes.InsertOnSubmit(sa); } this.Context.SubmitChanges(); }
public SubstationAttribute Clone() { SubstationAttribute clone = new SubstationAttribute(); clone.SubstationId = this.SubstationId; clone.DateEffective = this.DateEffective; clone.DateEnd = this.DateEnd; clone.DateReplaced = this.DateReplaced; clone.InServiceEndDate = this.InServiceEndDate; clone.InServiceStartDate = this.InServiceStartDate; clone.InterconnectionsRequestCapacity = this.InterconnectionsRequestCapacity; clone.DependableGeneratingCapacity = this.DependableGeneratingCapacity; clone.EffectiveLoadCarryingCapacity = this.EffectiveLoadCarryingCapacity; clone.EPACapacity = this.EPACapacity; clone.LoadGrossSummerPeak = this.LoadGrossSummerPeak; clone.LoadGrossWinterPeak = this.LoadGrossWinterPeak; clone.LoadGrossSummerMin = this.LoadGrossSummerMin; clone.LoadGrossWinterMin = this.LoadGrossWinterMin; clone.MaxOutputForFirmTransmission = this.MaxOutputForFirmTransmission; clone.MaxOutputForNonFirmTransmission = this.MaxOutputForNonFirmTransmission; clone.MaximumPowerOutput = this.MaximumPowerOutput; clone.MaxTakeOrPayCapacity = this.MaxTakeOrPayCapacity; clone.NamePlateCapacityInMW = this.NamePlateCapacityInMW; clone.NitsDesignatedCapacity = this.NitsDesignatedCapacity; clone.Nominated = this.Nominated; clone.OriginalId = this.OriginalId; clone.PointToPointCapacity = this.PointToPointCapacity; clone.Probability = this.Probability; clone.ProjectPhaseId = this.ProjectPhaseId; clone.ResourcePlanId = this.ResourcePlanId; clone.RatedMVA = this.RatedMVA; clone.RatedOverExcitedMvar = this.RatedOverExcitedMvar; clone.RatedOverExcitedPowerFactor = this.RatedOverExcitedPowerFactor; clone.RatedPowerFactor = this.RatedPowerFactor; clone.RatedUnderExcitedMvar = this.RatedUnderExcitedMvar; clone.RatedUnderExcitedPowerFactor = this.RatedUnderExcitedPowerFactor; clone.ReliabilityMustRunCapacity = this.ReliabilityMustRunCapacity; clone.UsePdgcMasteredValue = this.UsePdgcMasteredValue; clone.UsePmpoMasteredValue = this.UsePmpoMasteredValue; clone.UsePptpMasteredValue = this.UsePptpMasteredValue; clone.UsePrmrMasteredValue = this.UsePrmrMasteredValue; clone.UsePndcMasteredValue = this.UsePndcMasteredValue; clone.UsePnpMasteredValue = this.UsePnpMasteredValue; clone.UsePdmx0MasteredValue = this.UsePdmx0MasteredValue; clone.UsePdmx1MasteredValue = this.UsePdmx1MasteredValue; clone.UsePelccMasteredValue = this.UsePelccMasteredValue; return(clone); }
/// <summary> /// Inserts a new SubstationAttribute object to Db or updates any existing SubstationAttribute objects (based on SubstationId, ResourcePlanId and ProjectPhaseId) /// </summary> /// <param name="substationAttribute">SubstationAttribute object</param> public bool SaveAttributeAgainstProjectPhase(SubstationAttribute sa) { bool newToPhase = false; SubstationAttribute currentSa = this.Context.SubstationAttributes.FirstOrDefault(ssa => ssa.SubstationId == sa.SubstationId && ssa.ResourcePlanId == sa.ResourcePlanId && ssa.ProjectPhaseId == sa.ProjectPhaseId); if (currentSa != null) { UpdateAttribute(sa, currentSa); } else { this.Context.SubstationAttributes.InsertOnSubmit(sa); newToPhase = true; } this.Context.SubmitChanges(); return(newToPhase); }
public bool SaveAttributeAgainstProjectPhase(SubstationAttribute newSa, ref SubstationAttribute currentSa) { SubstationAttribute existingSa = this.Context.SubstationAttributes.FirstOrDefault(ssa => ssa.SubstationId == newSa.SubstationId && ssa.ResourcePlanId == newSa.ResourcePlanId && ssa.ProjectPhaseId == newSa.ProjectPhaseId); bool newToPhase = false; if (existingSa != null) { currentSa = existingSa.Clone(); UpdateAttribute(newSa, existingSa); } else { this.Context.SubstationAttributes.InsertOnSubmit(newSa); newToPhase = true; } this.Context.SubmitChanges(); return(newToPhase); }