public string Get()
{
List <QuestionDataModel> questionData = new List <QuestionDataModel>();
string result = "Error unable to process request. Please ensure all inputs are valid.";
questionData = surveyQuestionService.GetSurveyQuestions();
if (questionData.Count > 0)
{
result = JsonConvert.SerializeObject(questionData);
}
return(result);
}
private ReportAnalysisModel CollateReportData(List <CSVResponse> reportData)
{
ReportAnalysisModel report = new ReportAnalysisModel();
SurveyQuestionsService service = new SurveyQuestionsService();
List <QuestionDataModel> questionData = service.GetSurveyQuestions(reportData[0].SurveyID);
foreach (QuestionDataModel question in questionData)
{
report.Responses.Add(new ReportResponseAnalysis()
{
QuestionNumber = question.QuestionNumber,
Question = question.Question,
Type = question.Type,
Options = question.Options
});
}
Dictionary <string, int> multiChoiceAnalysis = null;
Dictionary <string, int> rangeAnalysis = null;
Dictionary <string, int> stringAnalysis = null;
Dictionary <string, int> rankAnalysis = null;
Dictionary <string, int> numericAnalysis = null;
List <QuestionAnalysisCollection> surveyAnalysis = new List <QuestionAnalysisCollection>();
int questionNum = 1;
do
{
multiChoiceAnalysis = new Dictionary <string, int>();
rangeAnalysis = new Dictionary <string, int>();
stringAnalysis = new Dictionary <string, int>();
rankAnalysis = new Dictionary <string, int>();
numericAnalysis = new Dictionary <string, int>();
foreach (CSVResponse responseData in reportData)
{
foreach (var response in responseData.Responses)
{
if (response.QuestionNumber == questionNum)
{
string questionType = questionData.Find(o => o.QuestionNumber == response.QuestionNumber).Type;
switch (questionType.ToLower())
{
case "mq":
if (multiChoiceAnalysis.ContainsKey(response.Answer))
{
multiChoiceAnalysis[response.Answer]++;
}
else
{
multiChoiceAnalysis.Add(response.Answer, 1);
}
break;
case "range":
if (rangeAnalysis.ContainsKey(response.Answer))
{
rangeAnalysis[response.Answer]++;
}
else
{
rangeAnalysis.Add(response.Answer, 1);
}
break;
case "ni":
if (numericAnalysis.ContainsKey(response.Answer))
{
numericAnalysis[response.Answer]++;
}
else
{
numericAnalysis.Add(response.Answer, 1);
}
break;
case "rank":
if (rankAnalysis.ContainsKey(response.Answer))
{
rankAnalysis[response.Answer]++;
}
else
{
rankAnalysis.Add(response.Answer, 1);
}
break;
case "comment":
case "text":
if (stringAnalysis.ContainsKey(response.Answer))
{
stringAnalysis[response.Answer]++;
}
else
{
stringAnalysis.Add(response.Answer, 1);
}
break;
default:
break;
}
}
}
}
if (multiChoiceAnalysis.Count > 0)
{
surveyAnalysis.Add(new QuestionAnalysisCollection {
QuestionType = "mq", QuestionNumber = questionNum, Summary = multiChoiceAnalysis
});
}
else if (rangeAnalysis.Count > 0)
{
surveyAnalysis.Add(new QuestionAnalysisCollection {
QuestionType = "range", QuestionNumber = questionNum, Summary = rangeAnalysis
});
}
else if (rankAnalysis.Count > 0)
{
surveyAnalysis.Add(new QuestionAnalysisCollection {
QuestionType = "rank", QuestionNumber = questionNum, Summary = rankAnalysis
});
}
else if (stringAnalysis.Count > 0)
{
surveyAnalysis.Add(new QuestionAnalysisCollection {
QuestionType = "text", QuestionNumber = questionNum, Summary = stringAnalysis
});
}
else if (numericAnalysis.Count > 0)
{
surveyAnalysis.Add(new QuestionAnalysisCollection {
QuestionType = "ni", QuestionNumber = questionNum, Summary = numericAnalysis
});
}
questionNum++;
} while (questionNum <= questionData.Count);
report = AnalyseReport(report, surveyAnalysis);
return(report);
}