/// <inheritdoc cref="ITrainingSessionService.PostOrganismsScoreAsync(PostOrganismsScoreRequest)"/>
public async Task <PostOrganismsScoreResponse> PostOrganismsScoreAsync(PostOrganismsScoreRequest postOrganismsScoreRequest)
{
TrainingSession trainingSession = await _trainingSessionRepository.FindSingleOrDefaultAsync(p => p.Id.Equals(postOrganismsScoreRequest.TrainingSessionId));
if (trainingSession == default)
{
return(new PostOrganismsScoreResponse(postOrganismsScoreRequest.Id, "Training session does not exist."));
}
int count = 0;
List <LeasedOrganism> orgs = postOrganismsScoreRequest.OrganismScores
.Select(o =>
{
LeasedOrganism oo = trainingSession.LeasedOrganisms.SingleOrDefault(a => a.OrganismId.Equals(o.Key));
if (oo == default)
{
count++;
}
return(oo);
}).ToList();
if (count > 0)
{
return(new PostOrganismsScoreResponse(postOrganismsScoreRequest.Id, $"{count} of the organisms does not exist in the training session."));
}
foreach (LeasedOrganism leasedOrganism in orgs)
{
leasedOrganism.Organism.Score = postOrganismsScoreRequest.OrganismScores.Find(o => o.Key == leasedOrganism.OrganismId).Value;
leasedOrganism.Organism.IsEvaluated = true;
}
await _trainingSessionRepository.SaveChangesAsync();
_logger.LogInformation("UPDATED ORGANISM SCORES!!!");
string message = "Successfully updated the organisms scores.";
if (trainingSession.TrainingRoom.AllOrganismsInCurrentGenerationAreEvaluated())
{
trainingSession.LeasedOrganisms.Clear();
await _trainingSessionRepository.SaveChangesAsync();
_logger.LogInformation("CLEARED LEASED ORGANISMS AND SAVED CHANGES!!!");
trainingSession.TrainingRoom.EndGeneration(
(organism) => _trainingSessionRepository.MarkOrganismForRemoval(organism),
(species) => _trainingSessionRepository.MarkSpeciesForRemoval(species));
message = "Successfully updated the organisms and advanced a generation!";
await _trainingSessionRepository.UpdateOrganismsAsync(trainingSession);
_logger.LogInformation("ENDED THE GENERATION!!!");
}
return(new PostOrganismsScoreResponse(postOrganismsScoreRequest.Id, message, true));
}
/// <inheritdoc cref="ITrainingRoomService.PostOrganismsScoreAsync(PostOrganismsScoreRequest)"/>
public async Task <PostOrganismsScoreResponse> PostOrganismsScoreAsync(PostOrganismsScoreRequest postOrganismsScoreRequest)
{
TrainingSession trainingSession = await _trainingSessionRepository.FindSingleOrDefaultAsync(p => p.Id.Equals(postOrganismsScoreRequest.TrainingSessionId));
if (trainingSession == default)
{
return(new PostOrganismsScoreResponse(postOrganismsScoreRequest.Id, "Training session does not exist."));
}
int count = 0;
List <LeasedOrganism> orgs = postOrganismsScoreRequest.OrganismScores
.Select(o =>
{
LeasedOrganism oo = trainingSession.LeasedOrganisms.SingleOrDefault(a => a.OrganismId.Equals(o.Key));
if (oo == default)
{
count++;
}
return(oo);
}).ToList();
if (count > 0)
{
return(new PostOrganismsScoreResponse(postOrganismsScoreRequest.Id, $"{count} of the organisms does not exist in the training session."));
}
foreach (LeasedOrganism leasedOrganism in orgs)
{
trainingSession.TrainingRoom.PostScore(leasedOrganism.Organism, postOrganismsScoreRequest.OrganismScores[leasedOrganism.OrganismId]);
}
string message = "Successfully updated the organisms scores.";
if (trainingSession.TrainingRoom.Species.SelectMany(p => p.Organisms).All(lo => lo.Evaluated))
{
message = trainingSession.TrainingRoom.EndGeneration()
? "Successfully updated the organisms and advanced a generation!"
: "Successfully updated the organisms but failed to advance a generation!";
trainingSession.LeasedOrganisms.Clear();
}
await _trainingSessionRepository.UpdateAsync(trainingSession);
return(new PostOrganismsScoreResponse(postOrganismsScoreRequest.Id, message, true));
}