public void CanGetCalculationResultObj()
{
// Arrange
double inputResult = 1;
// Act
ICalculationResult result = AppCoreFactory.CreateCalculatinoResult(inputResult);
// Assert
Assert.IsNotNull(result);
Assert.AreEqual(result.Result, inputResult);
}
public ICalculationResult GetCalculationResult(
double leftInput,
double rightInput,
int logicCode
)
{
if (!IsInputsValidForProbabilityCalculation(leftInput, rightInput))
{
throw new InvalidOperationException(c_InvalidInputErrMsg);
}
if (logicCode == default(int))
{
throw new InvalidOperationException(nameof(logicCode));
}
ICalculationResult result = null;
IProbabilityLogic probabilityLogic =
AppCoreFactory.CreateCalculationLogic(logicCode);
if (probabilityLogic != null)
{
result = AppCoreFactory.CreateCalculatinoResult(
// using Decorator Pattern
probabilityLogic.GetCalculationResult(leftInput, rightInput)
);
result.CalculationLogging = AppCoreFactory.GetCalculationLoggingObj(
c_ResultLogginMessage,
leftInput,
rightInput,
(int)logicCode,
result.Result,
// TODO : fix testability technical debt
DateTime.Now
);
_logger.LogInformation(
$"{result.CalculationLogging.Message} " +
$"timeStamp = {result.CalculationLogging.TimeStamp}, " +
$"leftInput = {result.CalculationLogging.LeftInput}, " +
$"rightInput = {result.CalculationLogging.RightInput}, " +
$"calculationLogic = {result.CalculationLogging.LogicId}, " +
$"result = {result.CalculationLogging.Result}"
);
}
return(result);
}