public async Task<PCalcResultInfo> Calculate(EnvironmentInfo environment, ProductDescriptionInfo productDescription, ActionResultInfo actionResult)
{
var result = new PCalcResultInfo();
result.ProductDescription = productDescription;
DescriptionInfo desc = GetRandomDescription();
result.QueryType = GetQueryType(desc);
result.QueryDescription = desc.ToTransferDescription();
return result;
}
public void ShouldCalculateNextStep(int milliseconds)
{
m_ExpectedMaximum = TimeSpan.FromMilliseconds(milliseconds);
ProductDescriptionInfo product = new ProductDescriptionInfo { ProductId = 1, WeightClass = 1, Weight = m_Weight };
var actionResult = new ActionResultInfo { Action = EActionId.ShowMenu, Label = 0, Results = new List<AnyInfo> { new AnyInfo { AnyValue = "0", AnyType = EAnyType.UINT32 } } };
PCalcResultInfo result = Calculate(m_Environment, product, actionResult);
Assert.IsNotNull(result);
Assert.AreEqual(EQueryType.ShowMenu, result.QueryType);
Assert.Greater(result.ProductDescription.Weight.WeightValue, 0, "Product has no weight");
Pass(result);
}
public async Task<PCalcResultInfo> Calculate(EnvironmentInfo environment, ProductDescriptionInfo productDescription, ActionResultInfo actionResult)
{
//lookup correct entry
ScenarioResult initResult = await m_ScenarioRunner.RunAsync(InitFileHandler(environment));
if (initResult.Success == false || m_Handler.IsValid == false)
{
return ReturnErrorResult(initResult);
}
ScenarioResult<PCalcResultInfo> calcResult = m_ScenarioRunner.Run(() => Calculate(environment, productDescription, actionResult, m_Handler));
if (calcResult.Success == false)
{
return ReturnErrorResult(calcResult);
}
return calcResult.Value;
}
private async Task<ActionResult> HandleCalculation(ActionResultInfo actionResult, EnvironmentInfo environment)
{
PCalcResultInfo lastResult = GetLastPcalcResult();
if (null == lastResult)
{
return HandleGeneralError("Index", ProductCalculationViewModel.Create(EQueryType.None), "Unable to retrieve last product");
}
if (null == environment)
{
return HandleGeneralError("Index", ProductCalculationViewModel.Create(EQueryType.None), "Unable to retrieve environment information");
}
CalculateRequest calc = new CalculateRequest();
calc.Environment = environment;
calc.ProductDescription = lastResult.ProductDescription;
calc.ActionResult = actionResult;
ApiResponse<PCalcResultInfo> response = await m_Repository.Calculate(calc);
if (IsApiError(response) || PcalcResultIsValid(response.ApiResult) == false)
{
return HandleGeneralPcalcError("Index", ProductCalculationViewModel.Create(EQueryType.None), response.ApiResult);
}
AddOrUpdateTempData(response.ApiResult, calc.Environment);
AddViewData(response.ApiResult, environment);
return View("Index", ProductCalculationViewModel.Create(response.ApiResult.QueryType));
}
public async Task<ActionResult> Acknowledge()
{
var actionResult = new ActionResultInfo()
{
Action = EActionId.Display,
Results = new List<AnyInfo>()
{
new AnyInfo() { AnyType = EAnyType.INT32, AnyValue = ((int)EActionDisplayResult.DISPLAYED).ToString()}
}
};
return await HandleCalculation(actionResult, GetEnvironment());
}
public async Task<ActionResult> RequestValue(RequestValueViewModel model)
{
if (!ModelState.IsValid)
{
return HandleGeneralError("Index", ProductCalculationViewModel.Create(EQueryType.None), "Product Calculation Error");
}
EnvironmentInfo environment = GetEnvironment();
if (null == environment)
{
return HandleGeneralError("Index", ProductCalculationViewModel.Create(EQueryType.None), "Unable to retrieve environment information");
}
CultureInfo culture = new CultureInfo(environment.Culture);
char decimalSeperator = culture.NumberFormat.CurrencyDecimalSeparator.ToCharArray()[0];
FormatStringAdapter adapter = new FormatStringAdapter(decimalSeperator);
adapter.SetFormatString(model.FormatString);
string formattedString;
adapter.Format(out formattedString, model.EnteredRawValue);
var actionResult = new ActionResultInfo()
{
Action = model.QueryType == EQueryType.RequestValue ? EActionId.RequestValue :
model.QueryType == EQueryType.RequestPostage ? EActionId.ManualPostage : EActionId.RequestString,
Results = new List<AnyInfo>()
};
uint numberOfEntries = adapter.GetValueNumber();
for (uint i = 0; i < numberOfEntries; ++i)
{
object valuePart = adapter.GetValue(formattedString, i);
if (valuePart != null)
{
actionResult.Results.Add(new AnyInfo()
{
AnyType = model.QueryType == EQueryType.RequestString ? EAnyType.STRING : EAnyType.UINT32,
AnyValue = valuePart.ToString()
});
}
}
return await HandleCalculation(actionResult, environment);
}
public async Task<ActionResult> SelectValue(int entryValue)
{
var actionResult = new ActionResultInfo()
{
Action = EActionId.SelectValue,
Results = new List<AnyInfo>()
{
new AnyInfo() { AnyType = EAnyType.INT32, AnyValue=entryValue.ToString()}
}
};
return await HandleCalculation(actionResult, GetEnvironment());
}
public async Task<ActionResult> SelectMenuIndex(int index)
{
var actionResult = new ActionResultInfo()
{
Action = EActionId.ShowMenu,
Results = new List<AnyInfo>()
{
new AnyInfo() { AnyType = EAnyType.INT32, AnyValue=index.ToString()}
}
};
return await HandleCalculation(actionResult, GetEnvironment());
}
public void ShouldHandleCalculateCompleteProduct(int milliseconds)
{
m_ExpectedMaximum = TimeSpan.FromMilliseconds(milliseconds);
PCalcResultInfo result = Start(m_Environment, m_Weight);
int steps = 0;
for (int i = 0; i < MAX_STEPS; i++)
{
if (result.ProductDescription.State == EProductDescriptionState.Complete)
{
break;
}
steps++;
switch (result.QueryType)
{
case EQueryType.ShowMenu:
var actionResult = new ActionResultInfo
{
Action = EActionId.ShowMenu,
Label = 0,
Results = new List<AnyInfo> { new AnyInfo { AnyValue = (result.QueryDescription.Entries.Count - 1).ToString(), AnyType = EAnyType.UINT32 } }
};
result = Calculate(m_Environment, result.ProductDescription, actionResult);
break;
case EQueryType.None:
i = MAX_STEPS - 1;
break;
default:
Assert.Fail();
break;
}
Assert.IsNotNull(result.ProductDescription);
Assert.IsTrue(result.ProductDescription.ProductId > 0);
}
Assert.IsTrue(steps < MAX_STEPS);
Assert.IsNotNull(result.ProductDescription);
Assert.IsNotNull(result.ProductDescription.Postage);
Assert.IsTrue(result.ProductDescription.State == EProductDescriptionState.Complete);
Assert.IsTrue(result.ProductDescription.Postage.PostageValue > 0);
Assert.IsTrue(result.ProductDescription.ProductCode > 0);
Pass(result);
}
private PCalcResultInfo Calculate(EnvironmentInfo info, ProductDescriptionInfo product, ActionResultInfo actionResult)
{
using (var context = new PCalcProxyContext(info, m_AmxFile.FullName, m_TableFile.FullName))
{
IPCalcProxy proxy = context.Proxy;
Assert.That(proxy, Is.Not.Null);
return proxy.Calculate(info, product, actionResult);
}
}
public void ShouldHandleStepBackToPreviousProduct()
{
var actionResult = new ActionResultInfo { Action = EActionId.ShowMenu, Label = 0, Results = new List<AnyInfo> { new AnyInfo { AnyValue = "0", AnyType = EAnyType.UINT32 } } };
PCalcResultInfo result = Start(m_Environment, new WeightInfo());
result = Calculate(m_Environment, result.ProductDescription, actionResult);
result = Calculate(m_Environment, result.ProductDescription, actionResult);
int productID = result.ProductDescription.ProductId;
result = Calculate(m_Environment, result.ProductDescription, actionResult);
Assert.AreNotEqual(productID, result.ProductDescription.ProductId);
result = Back(m_Environment, result.ProductDescription);
Assert.AreEqual(productID, result.ProductDescription.ProductId);
Pass(result);
}
public void ShouldHandleRequestValue()
{
var actionResult = new ActionResultInfo { Action = EActionId.ShowMenu, Label = 0, Results = new List<AnyInfo> { new AnyInfo { AnyValue = "0", AnyType = EAnyType.INT32 } } };
PCalcResultInfo result = Start(m_Environment, new WeightInfo());
result = Calculate(m_Environment, result.ProductDescription, actionResult);
result = Calculate(m_Environment, result.ProductDescription, actionResult);
result = Calculate(m_Environment, result.ProductDescription, actionResult);
actionResult.Results.Single().AnyValue = "4";
actionResult.Action = EActionId.ShowMenu;
actionResult.Label = 1;
Assert.DoesNotThrow(() => result = Calculate(m_Environment, result.ProductDescription, actionResult));
Assert.AreEqual(EQueryType.RequestValue, result.QueryType);
actionResult.Results.Clear();
actionResult.Results.Add(new AnyInfo { AnyType = EAnyType.UINT32, AnyValue = "123456" });
actionResult.Action = EActionId.RequestValue;
actionResult.Label = result.QueryDescription.Label;
Assert.DoesNotThrow(() => result = Calculate(m_Environment, result.ProductDescription, actionResult));
Pass(result);
}
private ScenarioResult<PCalcResultInfo> Calculate(EnvironmentInfo environment, ProductDescriptionInfo description, ActionResultInfo actionResult, RateCalculationFileHandler handler)
{
using (var context = new PCalcProxyContext(environment, handler.PawnFile, handler.RateTableFile, handler.AdditionalFiles))
{
IPCalcProxy proxy = context.Proxy;
PCalcResultInfo result = proxy.Calculate(environment, description, actionResult);
HandleCurrencySymbol(result, environment);
return new ScenarioResult<PCalcResultInfo>() { Value = result };
}
}
