/// <summary>
/// Generates list of scenarios for the specified scenario types
/// </summary>
/// <param name="command">Model with base scenarios and settings</param>
/// <returns>List of generated scenarios</returns>
public IList <AutopilotScenarioModel> Engage(AutopilotEngageModel command)
{
var autopilotSettings = _autopilotSettingsRepository.GetDefault();
var flexibilityLevelId = command.FlexibilityLevelId != 0
? command.FlexibilityLevelId
: autopilotSettings.DefaultFlexibilityLevelId;
var autopilotRules = GetAutopilotRules(flexibilityLevelId);
var generatedScenarios = new List <AutopilotScenarioModel>();
var now = DateTime.UtcNow;
var scenarioTypesToGenerate = Enum.GetValues(typeof(AutopilotScenarioType))
.Cast <AutopilotScenarioType>()
.Skip(MaxAutopilotScenarios - autopilotSettings.ScenariosToGenerate)
.ToList();
foreach (var scenarioModel in command.Scenarios)
{
var(tightenPassIndex, loosenPassIndex) = scenarioModel.GetAutopilotPassIndexes();
var tightenPass = scenarioModel.Passes[tightenPassIndex];
var loosenPass = scenarioModel.Passes[loosenPassIndex];
if (tightenPassIndex == loosenPassIndex)
{
tightenPass.AutopilotType = AutopilotPassType.TightenAndLoosenFrom;
}
else
{
tightenPass.AutopilotType = AutopilotPassType.TightenFrom;
loosenPass.AutopilotType = AutopilotPassType.LoosenFrom;
}
var autopilotPasses = new Dictionary <AutopilotPassType, AutopilotPassModel>
{
{
AutopilotPassType.TightenALot,
BuildAutopilotPass(tightenPass, autopilotRules, AutopilotPassType.TightenALot, now, "AP Tighten A Lot Pass")
},
{
AutopilotPassType.TightenABit,
BuildAutopilotPass(tightenPass, autopilotRules, AutopilotPassType.TightenABit, now, "AP Tighten A Bit Pass")
},
{
AutopilotPassType.LoosenABit,
BuildAutopilotPass(loosenPass, autopilotRules, AutopilotPassType.LoosenABit, now, "AP Loosen A Bit Pass")
},
{
AutopilotPassType.LoosenALot,
BuildAutopilotPass(loosenPass, autopilotRules, AutopilotPassType.LoosenALot, now, "AP Loosen A Lot Pass")
}
};
foreach (var scenarioType in scenarioTypesToGenerate)
{
generatedScenarios.Add(GenerateAutopilotScenarioByType(scenarioType, scenarioModel, autopilotPasses));
}
}
return(generatedScenarios);
}
public async Task FailWhenMissingPassesData(string errorMessage)
{
_model = BuildModel(passesNumber: 0, tightenPassIndex: null, loosenPassIndex: null);
var validationResult = _target.Validate(_model);
using (new AssertionScope())
{
_ = validationResult.IsValid.Should().BeFalse();
_ = validationResult.Errors.Count.Should().BeGreaterThan(0);
_ = validationResult.Errors.Should().Contain(er => er.ErrorMessage == errorMessage);
}
}
public async Task FailWhenNotValidPassIndexes(string errorMessage)
{
_model = BuildModel(tightenPassIndex: 12, loosenPassIndex: 10);
var validationResult = _target.Validate(_model);
using (new AssertionScope())
{
_ = validationResult.IsValid.Should().BeFalse();
_ = validationResult.Errors.Count.Should().BeGreaterThan(0);
_ = validationResult.Errors.Should().Contain(er => er.ErrorMessage == errorMessage);
}
}
private void AssumeValidModelIsSupplied()
{
_model = BuildModel();
}
