private bool negativeValuesAllowed(string modelName, int containerId, string moleculeName)
{
var key = new ModelContainerMoleculeKey(modelName, containerId, moleculeName);
// if no entry found, return false
if (!_mcmProperties.Contains(key))
{
return(false);
}
return(_mcmProperties[key].NegativeValuesAllowed);
}
public bool IsPresent(string modelName, int containerId, string moleculeName)
{
Start();
var key = new ModelContainerMoleculeKey(modelName, containerId, moleculeName);
// if no entry found, return true for DRUG and false for all other molecules
if (!_mcmProperties.Contains(key))
{
return(moleculeName.Equals(CoreConstants.Molecule.Drug));
}
return(_mcmProperties[key].IsPresent);
}
protected override void DoStart()
{
// first, cache all (static) molecules used in model (besides DRUG)
foreach (var flatModel in _flatModelRepo.All())
{
var modelName = flatModel.Id;
var molecules = (from mcm in _flatModelContainerMoleculeRepo.All()
where mcm.Model.Equals(modelName)
where mcm.IsPresent
where !mcm.Molecule.Equals(CoreConstants.Molecule.Drug)
select mcm.Molecule).Distinct().ToList();
_moleculesForModel.Add(modelName, molecules);
}
// second, cache MCM-info by {Model, Container, Molecule}
foreach (var flatMCM in _flatModelContainerMoleculeRepo.All())
{
var key = new ModelContainerMoleculeKey(flatMCM.Model, flatMCM.Id, flatMCM.Molecule);
_mcmProperties.Add(key, flatMCM);
}
}
