/// <summary>
/// Method requesting the questionnaire xml and returning the results locally.
/// </summary>
internal void performTest5()
{
log("Start Test 5");
setQuestionnaireXMLData(createExampleQuestionnaireData());
String xml = getPPA().getQuestionnaireXML();
QuestionnaireData qd = getQuestionnaireDataFromXmlString(xml);
int numberOfChoices = qd.choiceList.choiceItemList.Count;
Dictionary <string, int> answers = new Dictionary <string, int>();
int i = 0;
foreach (QuestionItem qi in qd.questionList.questionItemList)
{
if (i % 2 == 0)
{
answers.Add(qi.question, numberOfChoices - 2);
}
else
{
answers.Add(qi.question, numberOfChoices - 1);
}
i++;
}
getPPA().setQuestionnaireAnswers(answers);
Dictionary <string, double> results = getPPA().getResults();
foreach (String groupName in results.Keys)
{
log(groupName + ": " + results[groupName]);
}
log("A" + ": " + results["A"]);
log("End test 5");
}
/// <summary>
/// Method creating example questionnaire data and outputting it.
/// </summary>
internal void performTest1()
{
log("Start Test 1");
QuestionnaireData qd = createExampleQuestionnaireData();
log(qd.toXmlString());
writeQuestionnaireDataToHTMLFile(qd, "QuestionnaireDataTest1.html");
log("End test 1");
}
/// <summary>
/// Method for deserialization of a XML-String to the coressponding QuestionnaireData.
/// </summary>
///
/// <param name="str"> String containing the XML-QuestionnaireData for deserialization. </param>
///
/// <returns>
/// QuestionnaireData-type coressponding to the parameter "str" after deserialization.
/// </returns>
internal QuestionnaireData getQuestionnaireDataFromXmlString(String str)
{
XmlSerializer serializer = new XmlSerializer(typeof(QuestionnaireData));
using (TextReader reader = new StringReader(str))
{
QuestionnaireData result = (QuestionnaireData)serializer.Deserialize(reader);
return(result);
}
}
/// <summary>
/// Method for storing Questionnaire data as html in a File.
/// </summary>
///
/// <param name="qd"> Questionnaire data to store. </param>
/// <param name="fileId"> String containing the file identification. </param>
internal void writeQuestionnaireDataToHTMLFile(QuestionnaireData qd, String fileId)
{
IDataStorage ids = (IDataStorage)AssetManager.Instance.Bridge;
if (ids != null)
{
log("Storing Questionnaire data to HTML File.");
//testid given from program!
ids.Save(fileId, qd.toHTMLString("testid"));
}
else
{
log("No IDataStorage - Bridge implemented!", Severity.Warning);
}
}
public void performTest1()
{
Initialize();
log("Start Test 1");
try
{
QuestionnaireData qd = createExampleQuestionnaireData();
log(qd.toXmlString());
writeQuestionnaireDataToHTMLFile(qd, "QuestionnaireDataTest1.html");
}
catch
{
Assert.Fail();
}
log("End test 1");
}
public void performTest6()
{
log("Start Test 6");
setQuestionnaireXMLData(createExampleQuestionnaireData());
String xml = getPPA().getQuestionnaireXML();
try
{
QuestionnaireData qd = QuestionnaireData.getQuestionnaireData(xml);
if (!xml.Equals(qd.toXmlString()))
{
Assert.Fail();
}
}
catch
{
Assert.Fail();
}
log("End Test 6");
}
/// <summary>
/// Method creating an example Questionnaire datastructure for test purpose4s.
/// </summary>
/// <returns> example Questionnaire datastructure </returns>
internal QuestionnaireData createExampleQuestionnaireData()
{
QuestionItem q1 = new QuestionItem(1, "How do you feel?");
q1.group = "A";
QuestionItem q2 = new QuestionItem(2, "Do you like games?");
q2.group = "A";
QuestionItem q3 = new QuestionItem(3, "Do you like fast cars?");
q3.group = "A";
QuestionItem q4 = new QuestionItem(4, "Do you enjoy silence?");
q4.group = "A";
QuestionItem q5 = new QuestionItem(5, "Do you like swimming?");
q5.group = "A";
QuestionItem[] qia = { q1, q2, q3, q4, q5 };
List <QuestionItem> qil = new List <QuestionItem>(qia);
ChoiceItem c1 = new ChoiceItem(0, "Very good/much.");
ChoiceItem c2 = new ChoiceItem(1, "I do not know.");
ChoiceItem c3 = new ChoiceItem(2, "Very bad/Not very much.");
ChoiceItem[] cia = { c1, c2, c3 };
List <ChoiceItem> cil = new List <ChoiceItem>(cia);
QuestionnaireData qd = new QuestionnaireData(qil, cil);
qd.title = "Fancy questionnaire:";
qd.instructions = "Please fill in the following form.";
qd.groupList = new QuestionnaireGroupList();
QuestionnaireGroup qg1 = new QuestionnaireGroup("A", "SUM/5");
QuestionnaireGroup[] qga = { qg1 };
qd.groupList.groups = new List <QuestionnaireGroup>(qga);
return(qd);
}
internal void setQuestionnaireXMLData(QuestionnaireData qd)
{
string fileId = "QuestionnaireDataFileIdTest.xml";
//store dm to file
IDataStorage ids = (IDataStorage)AssetManager.Instance.Bridge;
if (ids != null)
{
log("Storing DomainModel to File.");
ids.Save(fileId, qd.toXmlString());
}
else
{
log("No IDataStorage - Bridge implemented!", Severity.Warning);
}
PlayerProfilingAssetSettings ppas = new PlayerProfilingAssetSettings();
ppas.QuestionnaireDataXMLFileId = fileId;
getPPA().Settings = ppas;
}
protected virtual void SendAnalytics()
{
int videoID = ChicagoSceneTransition.Instance.GetLastVideo() != null?ChicagoSceneTransition.Instance.GetLastVideo().videoID : -1;
QuestionnaireData questionnaireData = new QuestionnaireData(userID, headsetID, testTimestamp, videoID, responses[0], responses[1], responses[2], responses[3]);
var data = new List <QuestionnaireData> {
questionnaireData
};
AnalyticsUtilities.Event(ANALYTICS_TITLE, data);
Analytics.CustomEvent(ANALYTICS_TITLE, new Dictionary <string, object>
{
{ "UserID", questionnaireData.UserID },
{ "HeadsetID", questionnaireData.HeadsetID },
{ "TestTimestamp", questionnaireData.TestTimestamp },
{ "VideoID", questionnaireData.VideoID },
{ "EmpathyAntwaun", questionnaireData.EmpathyAntwuan },
{ "EmpathyTony", questionnaireData.EmpathyTony },
{ "EmpathySantana", questionnaireData.EmpathySantana },
{ "EmpathyDanny", questionnaireData.EmpathyDanny }
});
}
