/// <inheritdoc cref="ITrainingRoomService.StartTrainingSessionAsync(StartTrainingSessionRequest)"/>
public async Task <StartTrainingSessionResponse> StartTrainingSessionAsync(StartTrainingSessionRequest startTrainingSessionRequest)
{
TrainingRoom trainingRoom;
Expression <Func <TrainingRoom, bool> > predicate = tr => tr.Id.Equals(startTrainingSessionRequest.TrainingRoomId);
if ((trainingRoom = await _trainingRoomRepository.FindSingleOrDefaultAsync(predicate)) == default)
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "Training room does not exist."));
}
if (!await _userRepository.ExistsAsync(usr => usr.Id.Equals(startTrainingSessionRequest.UserId)))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "User does not exist."));
}
if (!trainingRoom.IsUserAuthorized(startTrainingSessionRequest.UserId))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "User is not authorized"));
}
if (!trainingRoom.StartTrainingSession(startTrainingSessionRequest.UserId, out TrainingSession trainingSession))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "Failed to start a training session."));
}
await _trainingRoomRepository.UpdateAsync(trainingRoom);
TrainingSessionDto trainingSessionDto = EntityToDtoConverter.Convert <TrainingSessionDto, TrainingSession>(trainingSession);
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, trainingSessionDto, "Successfully started a training session.", true));
}
/// <inheritdoc cref="ITrainingRoomService.StartTrainingSessionAsync(StartTrainingSessionRequest)"/>
public async Task <StartTrainingSessionResponse> StartTrainingSessionAsync(StartTrainingSessionRequest startTrainingSessionRequest)
{
Expression <Func <TrainingRoom, bool> > predicate = tr => tr.Id.Equals(startTrainingSessionRequest.TrainingRoomId);
if (!await _trainingRoomRepository.ExistsAsync(predicate))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "Training room does not exist."));
}
if (!await _userRepository.ExistsAsync(usr => usr.Id.Equals(startTrainingSessionRequest.UserId)))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "User does not exist."));
}
TrainingRoom trainingRoom = await _trainingRoomRepository.FindSingleByExpressionAsync(predicate);
if (!trainingRoom.IsUserAuthorized(startTrainingSessionRequest.UserId))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "User is not authorized"));
}
if (!trainingRoom.StartTrainingSession(startTrainingSessionRequest.UserId, out TrainingSession trainingSession))
{
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, null, "Failed to start a training session."));
}
await _trainingRoomRepository.UpdateAsync(trainingRoom);
_trainingSessionOrganismsDictionary.TryAdd(trainingSession.Id, new ConcurrentQueue <Organism>(trainingRoom.Species.SelectMany(sp => sp.LastGenerationOrganisms)));
TrainingSessionDto trainingSessionDto = EntityToDtoConverter.Convert <TrainingSessionDto, TrainingSession>(trainingSession);
return(new StartTrainingSessionResponse(startTrainingSessionRequest.Id, trainingSessionDto, "Successfully started a training session.", true));
}
/// <summary>
/// Initializes an instance of the <see cref="StartTrainingSessionResponse"/> class.
/// </summary>
/// <param name="requestId">The request id.</param>
/// <param name="trainingSession">The training session.</param>
/// <param name="message">The message.</param>
/// <param name="success">The success flag.</param>
public StartTrainingSessionResponse(Guid requestId, TrainingSessionDto trainingSession, string message, bool success = false) : base(requestId, message, success)
{
TrainingSession = trainingSession;
}
