public void teacher_can_provide_feedback_for_a_specific_rule()
{
// arrange
var evaluation = new ChallengeEvaluation();
evaluation.SetRuleOutcome("Code compiles", Outcome.Success, "Your submission has compiled.");
// act
var message = evaluation.ToDisplayString(HtmlFormatter.MimeType);
// assert
var htmlDoc = new HtmlDocument();
htmlDoc.LoadHtml(message);
var summary = htmlDoc.DocumentNode
.SelectSingleNode("//details[@class='ruleEvaluation']/summary");
summary.InnerText
.Should()
.Be("[ Code compiles ]: Success");
var p = htmlDoc.DocumentNode
.SelectSingleNode("//details[@class='ruleEvaluation']/div");
p.InnerText
.Should()
.Be("Your submission has compiled.");
}
private static ChallengeEvaluation BuildEvaluation(string result)
{
if (result.Contains("Failed: 0"))
{
return(null);
}
result = result.Contains("Failed") ? ProcessFailedTest(result) : ProcessCompilationError(result);
var evaluation = new ChallengeEvaluation(0);
evaluation.ApplicableHints.AddHint("FUNCTIONAL TEST RESULTS", new ChallengeHint(0, result));
return(evaluation);
}
public void display_number_of_rules()
{
// arrange
var evaluation = new ChallengeEvaluation();
evaluation.SetRuleOutcome("Code compiles", Outcome.Success);
evaluation.SetRuleOutcome("Code matches output", Outcome.Success);
evaluation.SetRuleOutcome("Code is recursive", Outcome.Failure);
// act
var message = evaluation.ToDisplayString(HtmlFormatter.MimeType);
// assert
var htmlDoc = new HtmlDocument();
htmlDoc.LoadHtml(message);
var summary = htmlDoc.DocumentNode
.SelectSingleNode("//details[@class='challengeEvaluation']/summary");
summary.InnerText
.Should()
.Be("(2/3) rules have passed.");
}
