protected ExerciseBlock()
{
MaxScore = 5;
MaxReviewAttempts = 2;
CorrectnessScore = MaxScore;
Validator = new ValidatorDescription();
}
public static ISolutionValidator Get(ValidatorDescription validatorDescription)
{
var name = validatorDescription.ValidatorName ?? "";
var parts = name.ToLower().Split(' ');
if (parts.Contains("csharp"))
{
var validator = new CSharpSolutionValidator(validatorDescription.RemoveDefaults);
foreach (var part in parts)
{
var pp = part.Split('-');
var subValidator = pp[0];
if (subValidator == "singlestatementmethod")
{
validator.AddValidator(new SingleStatementMethodValidator());
}
if (subValidator == "singlestaticmethod")
{
validator.AddValidator(new IsStaticMethodValidator());
}
if (subValidator == "blocklen")
{
validator.AddValidator(new BlockLengthStyleValidator(int.Parse(pp[1])));
}
if (subValidator == "linelen")
{
validator.AddValidator(new LineLengthStyleValidator(int.Parse(pp[1])));
}
if (subValidator == "recursion")
{
validator.AddValidator(new RecursionStyleValidator(true));
}
if (subValidator == "norecursion")
{
validator.AddValidator(new RecursionStyleValidator(false));
}
if (subValidator == "verbinmethod")
{
validator.AddValidator(new VerbInMethodNameValidator(pp.Skip(1).ToArray()));
}
}
return(validator);
}
return(new NullValidator());
}
protected ExerciseBlock()
{
MaxScore = 5;
CorrectnessScore = MaxScore;
Validator = new ValidatorDescription();
}
protected AbstractExerciseBlock()
{
Validator = new ValidatorDescription();
}
/// <summary>
/// </summary>
/// <param name="model"></param>
/// <param name="context"></param>
public void Apply(Schema model, SchemaFilterContext context)
{
var validator = _factory.GetValidator(context.SystemType);
ValidatorDescription.AddRequires(model, context, validator);
}
public SolutionBuilder(int indexForInsert, string exerciseCode, ValidatorDescription validator)
{
IndexForInsert = indexForInsert;
ExerciseCode = exerciseCode;
Validator = ValidatorsRepository.Get(validator);
}
