public virtual void RemovePropulsionTypeCost(PropulsionTypeCost __item)
{
if (__item != null)
{
InternalRemovePropulsionTypeCost(__item);
}
}
public void DistanceCosts_persistence_test()
{
DateTime now = DateTime.Now;
// Get datetime without milliseconds
now = new DateTime(now.Ticks - (now.Ticks % TimeSpan.TicksPerSecond), now.Kind);
var _vehiculebo_propulsiontypecost_distancecosts = new DSS3_LogisticsPoolingForUrbanDistribution.BO.PropulsionTypeCost
{
Cost = 222222.22M,
AverageConsumption = 222222.22M,
Percentage = 222222.22M,
};
var _vehiculebo_propulsiontypecost_distancecosts2 = new DSS3_LogisticsPoolingForUrbanDistribution.BO.PropulsionTypeCost
{
Cost = 222222.22M,
AverageConsumption = 222222.22M,
Percentage = 222222.22M,
};
new PersistenceSpecification <DSS3_LogisticsPoolingForUrbanDistribution.BO.DistanceCosts>(Session)
.CheckProperty(p => p.TotalDistanceDriven, 222222.22M)
.CheckProperty(p => p.TotalDistanceService, 222222.22M)
.CheckProperty(p => p.OilCost, 222222.22M)
.CheckProperty(p => p.OilConsumption, 222222.22M)
.CheckProperty(p => p.TireCost, 222222.22M)
.CheckProperty(p => p.YearlyReparationCost, 222222.22M)
.CheckProperty(p => p.Cost, 222222.22M)
.CheckProperty(p => p.TireConsumption, 222222.22M)
.CheckBag(p => p.PropulsionTypeCost, (new List <DSS3_LogisticsPoolingForUrbanDistribution.BO.PropulsionTypeCost>
{
_vehiculebo_propulsiontypecost_distancecosts,
_vehiculebo_propulsiontypecost_distancecosts2
}))
.VerifyTheMappings();
}
public virtual void AddAtIndexPropulsionTypeCost(int index, PropulsionTypeCost __item)
{
if (__item == null)
{
return;
}
propulsionTypeCost?.Insert(index, __item);
}
public virtual void AddPropulsionTypeCost(PropulsionTypeCost __item)
{
if (__item == null)
{
return;
}
InternalAddPropulsionTypeCost(__item);
}
public virtual void InternalRemovePropulsionTypeCost(PropulsionTypeCost __item)
{
if (__item == null)
{
return;
}
propulsionTypeCost?.Remove(__item);
}
public virtual void InternalAddPropulsionTypeCost(PropulsionTypeCost __item)
{
if (__item == null || disableInternalAdditions)
{
return;
}
propulsionTypeCost?.Add(__item);
}
public virtual void SetPropulsionTypeCostAt(PropulsionTypeCost __item, int __index)
{
if (__item == null)
{
propulsionTypeCost[__index] = null;
}
else
{
propulsionTypeCost[__index] = __item;
}
}
/// <summary>
/// Returns true if self and the provided entity have the same Id values
/// and the Ids are not of the default Id value
/// </summary>
protected bool HasSameNonDefaultIdAs(PropulsionTypeCost compareTo)
{
return(!this.IsTransient() && !compareTo.IsTransient() && this.Id.Equals(compareTo.Id));
}
/// <summary>
/// Copies the current object to a new instance
/// </summary>
/// <param name="deep">Copy members that refer to objects external to this class (not dependent)</param>
/// <param name="copiedObjects">Objects that should be reused</param>
/// <param name="asNew">Copy the current object as a new one, ready to be persisted, along all its members.</param>
/// <param name="reuseNestedObjects">If asNew is true, this flag if set, forces the reuse of all external objects.</param>
/// <param name="copy">Optional - An existing [PropulsionTypeCost] instance to use as the destination.</param>
/// <returns>A copy of the object</returns>
public virtual PropulsionTypeCost Copy(bool deep = false, Hashtable copiedObjects = null, bool asNew = false, bool reuseNestedObjects = false, PropulsionTypeCost copy = null)
{
if (copiedObjects == null)
{
copiedObjects = new Hashtable();
}
if (copy == null && copiedObjects.Contains(this))
{
return((PropulsionTypeCost)copiedObjects[this]);
}
copy = copy ?? new PropulsionTypeCost();
if (!asNew)
{
copy.TransientId = this.TransientId;
copy.Id = this.Id;
}
copy.Cost = this.Cost;
copy.AverageConsumption = this.AverageConsumption;
copy.Percentage = this.Percentage;
if (!copiedObjects.Contains(this))
{
copiedObjects.Add(this, copy);
}
if (deep && this.oilType != null)
{
if (!copiedObjects.Contains(this.oilType))
{
if (asNew && reuseNestedObjects)
{
copy.OilType = this.OilType;
}
else if (asNew)
{
copy.OilType = this.OilType.Copy(deep, copiedObjects, true);
}
else
{
copy.oilType = this.oilType.Copy(deep, copiedObjects, false);
}
}
else
{
if (asNew)
{
copy.OilType = (OilType)copiedObjects[this.OilType];
}
else
{
copy.oilType = (OilType)copiedObjects[this.OilType];
}
}
}
return(copy);
}