private void UpdateGeneratorAttribute(GeneratorAttribute currentGeneratorAttribute, GeneratorAttribute newGeneratorAttribute)
{
currentGeneratorAttribute.DateUpdated = DateTime.Now;
currentGeneratorAttribute.UserUpdatedId = newGeneratorAttribute.UserCreatedId;
currentGeneratorAttribute.DateEnd = newGeneratorAttribute.DateEnd;
currentGeneratorAttribute.DateReplaced = newGeneratorAttribute.DateReplaced;
currentGeneratorAttribute.DependableGeneratingCapacity = newGeneratorAttribute.DependableGeneratingCapacity;
currentGeneratorAttribute.EffectiveLoadCarryingCapacity = newGeneratorAttribute.EffectiveLoadCarryingCapacity;
currentGeneratorAttribute.EPACapacity = newGeneratorAttribute.EPACapacity;
currentGeneratorAttribute.InServiceEndDate = newGeneratorAttribute.InServiceEndDate;
currentGeneratorAttribute.InServiceStartDate = newGeneratorAttribute.InServiceStartDate;
currentGeneratorAttribute.IsNitsNominated = newGeneratorAttribute.IsNitsNominated;
currentGeneratorAttribute.MaximumPowerOutput = newGeneratorAttribute.MaximumPowerOutput;
currentGeneratorAttribute.MaxOutputForFirmTransmission = newGeneratorAttribute.MaxOutputForFirmTransmission;
currentGeneratorAttribute.MaxOutputForNonFirmTransmission = newGeneratorAttribute.MaxOutputForNonFirmTransmission;
currentGeneratorAttribute.MaxTakeOrPayCapacity = newGeneratorAttribute.MaxTakeOrPayCapacity;
currentGeneratorAttribute.MonthlyAverageCapacity = newGeneratorAttribute.MonthlyAverageCapacity;
currentGeneratorAttribute.NamePlateCapacityInMW = newGeneratorAttribute.NamePlateCapacityInMW;
currentGeneratorAttribute.NitsDesignatedCapacity = newGeneratorAttribute.NitsDesignatedCapacity;
currentGeneratorAttribute.PhysicalMinimumOutput = newGeneratorAttribute.PhysicalMinimumOutput;
currentGeneratorAttribute.PointToPointCapacity = newGeneratorAttribute.PointToPointCapacity;
currentGeneratorAttribute.Probability = newGeneratorAttribute.Probability;
currentGeneratorAttribute.RatedMVA = newGeneratorAttribute.RatedMVA;
currentGeneratorAttribute.RatedOverExcitedPowerFactor = newGeneratorAttribute.RatedOverExcitedPowerFactor;
currentGeneratorAttribute.RatedPowerFactor = newGeneratorAttribute.RatedPowerFactor;
currentGeneratorAttribute.RatedUnderExcitedPowerFactor = newGeneratorAttribute.RatedUnderExcitedPowerFactor;
currentGeneratorAttribute.RegulatoryMinimumOutput = newGeneratorAttribute.RegulatoryMinimumOutput;
currentGeneratorAttribute.ReliabilityMustRunCapacity = newGeneratorAttribute.ReliabilityMustRunCapacity;
currentGeneratorAttribute.SystemCapacity = newGeneratorAttribute.SystemCapacity;
currentGeneratorAttribute.LeadingPowerFactor = newGeneratorAttribute.LeadingPowerFactor;
currentGeneratorAttribute.LaggingPowerFactor = newGeneratorAttribute.LaggingPowerFactor;
newGeneratorAttribute.Id = currentGeneratorAttribute.Id;
}
public void DeleteAttribute(int generatingUnitId, int resourcePlanId, int?phaseId)
{
GeneratorAttribute generatorAttribute = this.Context.GeneratorAttributes.FirstOrDefault(ga => ga.GeneratingUnitId == generatingUnitId &&
ga.ResourcePlanId == resourcePlanId &&
ga.ProjectPhaseId == phaseId);
if (generatorAttribute == null)
{
return;
}
this.Context.GeneratorAttributes.DeleteOnSubmit(generatorAttribute);
this.Context.SubmitChanges();
}
/// <summary>
/// Inserts any new GeneratorAttribute objects to Db and updates any existing GeneratorAttribute objects (based on GeneratingUnitId)
/// </summary>
/// <param name="generatorAttribute">GeneratorAttribute object</param>
public void SaveGeneratorAttribute(GeneratorAttribute generatorAttribute)
{
GeneratorAttribute currentGeneratorAttribute = this.Context.GeneratorAttributes.FirstOrDefault(ga => ga.GeneratingUnitId == generatorAttribute.GeneratingUnitId && ga.ResourcePlanId == generatorAttribute.ResourcePlanId && !ga.ProjectPhaseId.HasValue);
if (currentGeneratorAttribute != null)
{
UpdateGeneratorAttribute(currentGeneratorAttribute, generatorAttribute);
}
else
{
generatorAttribute.DateCreated = DateTime.Now;
this.Context.GeneratorAttributes.InsertOnSubmit(generatorAttribute);
}
this.Context.SubmitChanges();
}
/// <summary>
/// Inserts any new GeneratorAttribute objects to Db and updates any existing GeneratorAttribute objects (based on gen unit Id, plan id & phase id)
/// </summary>
/// <param name="generatorAttribute">GeneratorAttribute object</param>
public void Save(GeneratorAttribute ga)
{
GeneratorAttribute currentGa = this.Context.GeneratorAttributes.FirstOrDefault(gua => gua.GeneratingUnitId == ga.GeneratingUnitId && gua.ResourcePlanId == ga.ResourcePlanId && (!gua.ProjectPhaseId.HasValue || gua.ProjectPhaseId == ga.ProjectPhaseId));
if (currentGa != null)
{
UpdateGeneratorAttribute(currentGa, ga);
}
else
{
ga.DateCreated = DateTime.Now;
this.Context.GeneratorAttributes.InsertOnSubmit(ga);
}
this.Context.SubmitChanges();
}
/// <summary>
/// Inserts any new GeneratorAttribute objects to Db and updates any existing GeneratorAttribute objects (based on GeneratingUnitId, resourcsPlanId & projectPhaseId)
/// Updates input reference param currentGeneratorAttribute with pre update state. currentGeneratorAttribute remains null when the object is new
/// </summary>
/// <param name="generatorAttribute">GeneratorAttribute object</param>
public bool SaveAttributeAgainstPhase(GeneratorAttribute newGeneratorAttribute, ref GeneratorAttribute currentGeneratorAttribute)
{
bool newToPhase = false;
GeneratorAttribute existingGeneratorAttribute = this.Context.GeneratorAttributes.FirstOrDefault(ga => ga.GeneratingUnitId == newGeneratorAttribute.GeneratingUnitId &&
ga.ResourcePlanId == newGeneratorAttribute.ResourcePlanId &&
ga.ProjectPhaseId == newGeneratorAttribute.ProjectPhaseId);
if (existingGeneratorAttribute != null)
{
currentGeneratorAttribute = existingGeneratorAttribute.Clone();
UpdateGeneratorAttribute(existingGeneratorAttribute, newGeneratorAttribute);
}
else
{
this.Context.GeneratorAttributes.InsertOnSubmit(newGeneratorAttribute);
newToPhase = true;
}
this.Context.SubmitChanges();
return(newToPhase);
}
public GeneratorAttribute Clone()
{
GeneratorAttribute clone = new GeneratorAttribute();
clone.GeneratingUnitId = this.GeneratingUnitId;
clone.ResourcePlanId = this.ResourcePlanId;
clone.ProjectPhaseId = this.ProjectPhaseId;
clone.DateEnd = this.DateEnd;
clone.DateReplaced = this.DateReplaced;
clone.InServiceStartDate = this.InServiceStartDate;
clone.InServiceEndDate = this.InServiceEndDate;
clone.DependableGeneratingCapacity = this.DependableGeneratingCapacity;
clone.EffectiveLoadCarryingCapacity = this.EffectiveLoadCarryingCapacity;
clone.EPACapacity = this.EPACapacity;
clone.IsNitsNominated = this.IsNitsNominated;
clone.MaximumPowerOutput = this.MaximumPowerOutput;
clone.MaxOutputForFirmTransmission = this.MaxOutputForFirmTransmission;
clone.MaxOutputForNonFirmTransmission = this.MaxOutputForNonFirmTransmission;
clone.LaggingPowerFactor = this.LaggingPowerFactor;
clone.LeadingPowerFactor = this.LeadingPowerFactor;
clone.MaxTakeOrPayCapacity = this.MaxTakeOrPayCapacity;
clone.MonthlyAverageCapacity = this.MonthlyAverageCapacity;
clone.NamePlateCapacityInMW = this.NamePlateCapacityInMW;
clone.NitsDesignatedCapacity = this.NitsDesignatedCapacity;
clone.PhysicalMinimumOutput = this.PhysicalMinimumOutput;
clone.PointToPointCapacity = this.PointToPointCapacity;
clone.Probability = this.Probability;
clone.RatedMVA = this.RatedMVA;
clone.RatedOverExcitedPowerFactor = this.RatedOverExcitedPowerFactor;
clone.RatedPowerFactor = this.RatedPowerFactor;
clone.RatedUnderExcitedPowerFactor = this.RatedUnderExcitedPowerFactor;
clone.RegulatoryMinimumOutput = this.RegulatoryMinimumOutput;
clone.ReliabilityMustRunCapacity = this.ReliabilityMustRunCapacity;
clone.SystemCapacity = this.SystemCapacity;
return(clone);
}
