public CostModel(CostsEntity entity)
{
Id = entity.COSTID.ToString();
Equation = entity.COST_;
Criteria = entity.CRITERIA;
IsFunction = entity.ISFUNCTION ?? false;
}
/// <summary>
/// Executes an upsert/delete operation on a simulation's treatment library data
/// Throws a RowNotInTableException if no simulation is found
/// </summary>
/// <param name="model">TreatmentLibraryModel</param>
/// <param name="db">BridgeCareContext</param>
/// <returns>TreatmentLibraryModel</returns>
public TreatmentLibraryModel SaveSimulationTreatmentLibrary(TreatmentLibraryModel model, BridgeCareContext db)
{
var id = int.Parse(model.Id);
if (!db.Simulations.Any(s => s.SIMULATIONID == id))
{
throw new RowNotInTableException($"No scenario found with id {id}");
}
var simulation = db.Simulations.Include(s => s.TREATMENTS)
.Include(s => s.TREATMENTS.Select(t => t.FEASIBILITIES))
.Include(s => s.TREATMENTS.Select(t => t.COSTS))
.Include(s => s.TREATMENTS.Select(t => t.CONSEQUENCES))
.Single(s => s.SIMULATIONID == id);
if (simulation.TREATMENTS.Any())
{
simulation.TREATMENTS.ToList().ForEach(treatmentEntity =>
{
var treatmentModel = model.Treatments
.SingleOrDefault(t => t.Id == treatmentEntity.TREATMENTID.ToString());
if (treatmentModel == null)
{
TreatmentsEntity.DeleteEntry(treatmentEntity, db);
}
else
{
treatmentModel.matched = true;
treatmentModel.UpdateTreatment(treatmentEntity);
if (treatmentEntity.FEASIBILITIES.Any())
{
treatmentEntity.FEASIBILITIES.ToList().ForEach(feasibilityEntity =>
{
var feasibilityModel = treatmentModel.Feasibility;
if (feasibilityModel.Id != feasibilityEntity.FEASIBILITYID.ToString())
{
FeasibilityEntity.DeleteEntry(feasibilityEntity, db);
}
else
{
feasibilityModel.matched = true;
feasibilityEntity.CRITERIA = feasibilityModel.Criteria;
}
});
}
if (!treatmentModel.Feasibility.matched)
{
db.Feasibilities
.Add(new FeasibilityEntity(treatmentEntity.TREATMENTID, treatmentModel.Feasibility));
}
if (treatmentEntity.COSTS.Any())
{
treatmentEntity.COSTS.ToList().ForEach(costEntity =>
{
var costModel = treatmentModel.Costs
.SingleOrDefault(c => c.Id == costEntity.COSTID.ToString());
if (costModel == null)
{
CostsEntity.DeleteEntry(costEntity, db);
}
else
{
costModel.matched = true;
costModel.UpdateCost(costEntity);
}
});
}
if (treatmentModel.Costs.Any(m => !m.matched))
{
db.Costs
.AddRange(treatmentModel.Costs
.Where(costModel => !costModel.matched)
.Select(costModel => new CostsEntity(treatmentEntity.TREATMENTID, costModel))
.ToList()
);
}
if (treatmentEntity.CONSEQUENCES.Any())
{
treatmentEntity.CONSEQUENCES.ToList().ForEach(consequenceEntity =>
{
var consequenceModel = treatmentModel.Consequences
.SingleOrDefault(c => c.Id == consequenceEntity.CONSEQUENCEID.ToString());
if (consequenceModel == null)
{
ConsequencesEntity.DeleteEntry(consequenceEntity, db);
}
else
{
consequenceModel.matched = true;
consequenceModel.UpdateConsequence(consequenceEntity);
}
});
}
if (treatmentModel.Consequences.Any(m => !m.matched))
{
db.Consequences
.AddRange(treatmentModel.Consequences
.Where(consequenceModel => !consequenceModel.matched)
.Select(consequenceModel => new ConsequencesEntity(treatmentEntity.TREATMENTID, consequenceModel))
.ToList()
);
}
}
});
}
if (model.Treatments.Any(m => !m.matched))
{
db.Treatments
.AddRange(model.Treatments
.Where(treatmentModel => !treatmentModel.matched)
.Select(treatmentModel => new TreatmentsEntity(id, treatmentModel))
.ToList()
);
}
db.SaveChanges();
return(new TreatmentLibraryModel(simulation));
}
public void UpdateCost(CostsEntity entity)
{
entity.COST_ = Equation;
entity.CRITERIA = Criteria;
entity.ISFUNCTION = IsFunction ?? false;
}
/// <summary>
/// Executes an upsert/delete operation on a simulation's treatment library data
/// Throws a RowNotInTableException if no simulation is found
/// </summary>
/// <param name="model">TreatmentLibraryModel</param>
/// <param name="db">BridgeCareContext</param>
/// <returns>TreatmentLibraryModel</returns>
private TreatmentLibraryModel SaveSimulationTreatmentLibrary(TreatmentLibraryModel model, BridgeCareContext db)
{
var id = int.Parse(model.Id);
var simulation = db.Simulations.Include(s => s.TREATMENTS)
.Include(s => s.TREATMENTS.Select(t => t.FEASIBILITIES))
.Include(s => s.TREATMENTS.Select(t => t.COSTS))
.Include(s => s.TREATMENTS.Select(t => t.CONSEQUENCES))
.Single(s => s.SIMULATIONID == id);
if (simulation.TREATMENTS.Any())
{
simulation.TREATMENTS.ToList().ForEach(treatmentEntity =>
{
var treatmentModel = model.Treatments
.SingleOrDefault(t => t.Id == treatmentEntity.TREATMENTID.ToString());
if (treatmentModel == null)
{
TreatmentsEntity.DeleteEntry(treatmentEntity, db);
}
else
{
treatmentModel.matched = true;
treatmentModel.UpdateTreatment(treatmentEntity);
if (treatmentEntity.FEASIBILITIES.Any())
{
var feasibilityModel = treatmentModel.Feasibility;
var feasibilitiesToDelete = treatmentEntity.FEASIBILITIES
.Where(f => f.FEASIBILITYID.ToString() != feasibilityModel.Id).ToList();
feasibilitiesToDelete.ForEach(feasibilityToDelete => FeasibilityEntity.DeleteEntry(feasibilityToDelete, db));
if (treatmentEntity.FEASIBILITIES.Any(
f => f.FEASIBILITYID.ToString() == feasibilityModel.Id))
{
feasibilityModel.matched = true;
var feasibilityEntity = treatmentEntity.FEASIBILITIES
.Single(f => f.FEASIBILITYID.ToString() == feasibilityModel.Id);
feasibilityEntity.CRITERIA = feasibilityModel.Criteria;
}
}
if (!treatmentModel.Feasibility.matched)
{
treatmentEntity.FEASIBILITIES
.Add(new FeasibilityEntity(treatmentEntity.TREATMENTID, treatmentModel.Feasibility));
}
if (treatmentEntity.COSTS.Any())
{
treatmentEntity.COSTS.ToList().ForEach(costEntity =>
{
var costModel = treatmentModel.Costs
.SingleOrDefault(c => c.Id == costEntity.COSTID.ToString());
if (costModel == null)
{
CostsEntity.DeleteEntry(costEntity, db);
}
else
{
costModel.matched = true;
costModel.UpdateCost(costEntity);
}
});
}
if (treatmentModel.Costs.Any(m => !m.matched))
{
treatmentModel.Costs
.Where(costModel => !costModel.matched)
.Select(costModel => new CostsEntity(treatmentEntity.TREATMENTID, costModel))
.ToList().ForEach(costsEntity => treatmentEntity.COSTS.Add(costsEntity));
}
if (treatmentEntity.CONSEQUENCES.Any())
{
treatmentEntity.CONSEQUENCES.ToList().ForEach(consequenceEntity =>
{
var consequenceModel = treatmentModel.Consequences
.SingleOrDefault(c => c.Id == consequenceEntity.CONSEQUENCEID.ToString());
if (consequenceModel == null)
{
ConsequencesEntity.DeleteEntry(consequenceEntity, db);
}
else
{
consequenceModel.matched = true;
consequenceModel.UpdateConsequence(consequenceEntity);
}
});
}
if (treatmentModel.Consequences.Any(m => !m.matched))
{
treatmentModel.Consequences
.Where(consequenceModel => !consequenceModel.matched)
.Select(consequenceModel => new ConsequencesEntity(treatmentEntity.TREATMENTID, consequenceModel))
.ToList().ForEach(consequencesEntity => treatmentEntity.CONSEQUENCES.Add(consequencesEntity));
}
}
});
}
if (model.Treatments.Any(m => !m.matched))
{
model.Treatments
.Where(treatmentModel => !treatmentModel.matched)
.Select(treatmentModel =>
{
var treatment = new TreatmentsEntity(id, treatmentModel)
{
FEASIBILITIES = new List <FeasibilityEntity>()
{
new FeasibilityEntity(treatmentModel.Feasibility)
}
};
if (treatmentModel.Costs.Count > 0)
{
treatment.COSTS = treatmentModel.Costs.Select(c => new CostsEntity(c)).ToList();
}
if (treatmentModel.Consequences.Count > 0)
{
treatment.CONSEQUENCES =
treatmentModel.Consequences.Select(c => new ConsequencesEntity(c)).ToList();
}
return(treatment);
})
.ToList().ForEach(treatmentEntity => simulation.TREATMENTS.Add(treatmentEntity));
}
db.SaveChanges();
return(new TreatmentLibraryModel(simulation));
}
