public IList <AssetRecomendation> GetRecommendationForProblemGroup(string skill)
{
if (are == null)
{
are = dm.ita.CreateAssetRecommendationEngine();
}
return(are.GetRecommendationsFor(skill));
}
private void MarkTutorType(string [] skills)
{
Console.Write("\nMarking Tutor Assets: ");
AssetRecommendationEngine ae = ita.CreateAssetRecommendationEngine();
foreach (string skill in skills)
{
List <AssetRecomendation> arList = new List <AssetRecomendation>(ae.GetRecommendationsFor(skill));
foreach (string type in currentScript.tutorData.chooseType)
{
foreach (AssetRecomendation ar in arList)
{
if (type == ar.GetAssetType())
{
Console.Write(type + "," + ar.GetAssetIdentifier() + " ");
ae.MarkAssetStarted(ar.GetAssetIdentifier());
ae.MarkAssetCompleted(ar.GetAssetIdentifier());
}
}
}
}
Console.Write("\n");
}
private bool TutorListOrderVerifyFailed(string[] skills)
{
Console.Write("\nVerifying Tutor Asset Order: ");
AssetRecommendationEngine ae = ita.CreateAssetRecommendationEngine();
foreach (string skill in skills)
{
List <AssetRecomendation> arList = new List <AssetRecomendation>(ae.GetRecommendationsFor(skill));
foreach (string type in currentScript.tutorData.verifyOrder)
{
Console.Write(type + "," + arList[0].GetAssetIdentifier() + " ");
if (type != arList[0].GetAssetType())
{
Console.WriteLine("\nAsset type doesn't match order. \n" +
"\t Expected type: " + type +
" Actual: " + arList[0].GetAssetType()
+ " id: " + arList[0].GetAssetIdentifier());
verifyTutorFailed = true;
return(verifyTutorFailed);
}
}
}
return(verifyTutorFailed);
}
public static void Run()
{
Translate trans = new Translate();
int assessmentCurrent = 1;
while (keepRunning && assessmentCurrent <= 6)
{
Console.WriteLine("--------------------------------------------------");
Console.WriteLine(" Starting new assessment");
Console.WriteLine("--------------------------------------------------");
Console.WriteLine("Create AssessmentBuilder");
AssessmentBuilder aBuild = DataManager.ita.CreateAssessmentBuilder();
Console.WriteLine("Create a Problem Sequence of 3 problems for group id: " + assessmentCurrent);
aBuild.AddProblem(3, "" + assessmentCurrent, "random");
Console.WriteLine("Build the Assessment");
Assessment assess = aBuild.Build();
IList <string> probList = assess.GetProblemSequence();
ActionResponse actRes = new ActionResponse();
foreach (string id in probList)
{
ProblemData.ProblemRec probRec = DataManager.problemData.pd[id];
Console.Write("\nTranslate the following to alpha.\nMorse: ");
Console.WriteLine(trans.AlphaToMorse(probRec.statement));
string line = Console.ReadLine();
if (!line.Equals(probRec.statement))
{
Console.WriteLine("Mark problem completed with FAIL.");
assess.MarkCompleted(id, false, actRes);
if (actRes.HasFailed())
{
Console.WriteLine("Failed Assessment Terminating");
}
break;
}
else
{
Console.WriteLine("Mark problem completed CORRECT.");
assess.MarkCompleted(id, true, actRes);
}
}
assess.Close(new CompletionResponse());
if (actRes.HasFailed())
{
Console.WriteLine("Create AssetRecommendationEngine");
AssetRecommendationEngine are = DataManager.ita.CreateAssetRecommendationEngine();
Console.WriteLine("Displaying Assests for Remediation\n");
IList <AssetRecomendation> arList = are.GetRecommendationsFor("" + assessmentCurrent);
foreach (AssetRecomendation ar in arList)
{
Console.WriteLine("*Asset********************************************");
string assetId = ar.GetAssetIdentifier();
string [] text = DataManager.assetData.ad[assetId].desc.Split(new string [] { "\n" },
StringSplitOptions.RemoveEmptyEntries);
foreach (string line in text)
{
Console.WriteLine(line);
}
Console.WriteLine("**************************************************\n");
}
}
else
{
Console.WriteLine("Finished Asessment Successfully");
assessmentCurrent++;
}
}
}