public static SolutionAnalysis Analyze(SolutionImplementation solution)
{
if (solution.IsEquivalentTo(AddSecondsWithScientificNotation))
{
return(solution.ApproveAsOptimal());
}
if (solution.IsEquivalentTo(AddSecondsWithMathPow))
{
return(solution.ApproveWithComment("Use 1e9 instead of Math.Pow(10, 9)"));
}
if (solution.IsEquivalentTo(AddSecondsWithDigitsWithoutSeparator))
{
return(solution.ApproveWithComment("Use 1e9 or 1_000_000 instead of 1000000"));
}
if (solution.IsEquivalentTo(AddSecondsWithScientificNotationInBlockBody))
{
return(solution.ApproveWithComment("You could write the method an an expression-bodied member"));
}
if (solution.IsEquivalentTo(Add))
{
return(solution.DisapproveWithComment("Use AddSeconds"));
}
if (solution.IsEquivalentTo(PlusOperator))
{
return(solution.DisapproveWithComment("Use AddSeconds"));
}
return(solution.ReferToMentor());
}
public static SolutionAnalysis Analyze(SolutionImplementation solution)
{
if (solution.IsEquivalentTo(MinimumNumberOfChecks))
{
return(solution.ApproveAsOptimal());
}
if (solution.IsEquivalentTo(UnneededParentheses))
{
return(solution.ApproveAsOptimal());
}
if (solution.IsEquivalentTo(MethodWithBlockBody))
{
return(solution.ApproveWithComment("You could write the method an an expression-bodied member"));
}
if (solution.UsesTooManyChecks())
{
return(solution.DisapproveWithComment("Use minimum number of checks"));
}
return(solution.ReferToMentor());
}
public static SolutionAnalysis Analyze(SolutionImplementation solution) => solution.ReferToMentor();