| public AddCheckpointOrderDB ( int checkpointId, int startingNumber ) : int | ||
| checkpointId | int | |
| startingNumber | int | |
| return | int | |
public void It_Should_Be_Possible_To_Connect_An_Athlete_To_A_Startnumber()
{
Given("we have an athlete and a startnumber registrert", () =>
{
athlete.ConnectToRace(race.RaceId);
timer = CreateNewTimerModelWithCheckpoints(race);
checkpointOrder = new CheckpointOrderModel();
checkpointOrder.AddCheckpointOrderDB(timer.CurrentCheckpointId, 1);
timer.Start();
timer.AddRuntime(400, timer.GetFirstCheckpointId());
intermediate = new RaceIntermediateModel(timer.CurrentCheckpointId, checkpointOrder.ID, timer.CheckpointRuntimes[timer.CurrentCheckpointId].First().Key);
intermediate.Save();
});
When("we want to connect athletes to startnumbers", () =>
{
RaceIntermediateModel.MergeAthletes(race.RaceId);
});
Then("athletes should be connected to raceintermediate", () =>
{
RaceIntermediateModel.GetRaceintermediatesForRace(race.RaceId).First().AthleteId.ShouldNotBeNull();
});
}
/// <summary>
/// Creates the new timer model with checkpoints.
/// </summary>
/// <returns></returns>
private void Setup()
{
eventModel = new EventModel("Testevent", DateTime.Today);
eventModel.Save();
race = new RaceModel("Testrace", DateTime.Today);
race.EventId = eventModel.EventId;
race.Save();
timer = new TimerModel();
timer.RaceID = race.RaceId;
checkpoint = new CheckpointModel("Checkpoint1", timer, race, 1);
checkpoint.SaveToDb();
checkpointorder = new CheckpointOrderModel();
checkpointorder.AddCheckpointOrderDB(checkpoint.Id, 12);
checkpointorder.StartingNumber = 12;
timer.CurrentCheckpointId = timer.GetFirstCheckpointId();
timer.CheckpointRuntimes.Add(timer.CurrentCheckpointId, new Dictionary<int, int>());
timer.SaveToDb();
timestart = new TimeStartnumberModel(timer);
timestart.CheckpointOrder = checkpointorder;
//timestart.AddStartnumber(checkpoint.Id, checkpointorder.StartingNumber, 500);
}