public HealthAssessmentTemplateListModel GetClinicalTemplate(HealthAssessmentTemplateListModelFilter filter, int pageNumber, int pageSize, out int totalRecords)
{
var templates = _healthAssessmentTemplateRepository.GetHealthAssessmentTemplate(filter, pageNumber, pageSize, out totalRecords);
var templatesWithQuestion = _healthAssessmentTemplateRepository.GetByIds(templates.Select(x => x.Id));
var templatesCriterias = _clinicalTestQualificationCriteriaRepository.GetbyTemplateIds(templates.Select(x => x.Id));
var criteriaViewModels = Mapper.Map <IEnumerable <ClinicalTestQualificationCriteria>, IEnumerable <ClinicalTestQualificationCriteriaViewModel> >(templatesCriterias).ToList();
var healthAssessmentTemplates = Mapper.Map <IEnumerable <HealthAssessmentTemplate>, IEnumerable <HealthAssessmentTemplateViewModel> >(templates);
var clinicalGroups = _healthAssessmentRepository.GetAllQuestionGroupWithQuestion(true);
foreach (var healthAssessmentTemplate in healthAssessmentTemplates)
{
List <ClinicalTestQualificationCriteriaViewModel> templateCriteria = null;
if (!templatesCriterias.IsNullOrEmpty())
{
templateCriteria = criteriaViewModels.Where(x => x.TemplateId == healthAssessmentTemplate.Id).ToList();
}
var selectedQuestionIds = templatesWithQuestion.First(x => x.Id == healthAssessmentTemplate.Id).QuestionIds;
if (!templateCriteria.IsNullOrEmpty())
{
_clinicalQuestionsHealthAssessmentHelper.CompleteClinicalQuestionCriteriaInfo(templateCriteria, clinicalGroups, selectedQuestionIds);
}
healthAssessmentTemplate.Criterias = templateCriteria;
}
var model = new HealthAssessmentTemplateListModel
{
HealthAssessmentTemplates = healthAssessmentTemplates,
Filter = filter
};
return(model);
}
private HafModel GetHafModel(IEnumerable <KeyValuePair <long, List <long> > > keyValuePairs, IEnumerable <EventTest> eventTests, long eventId, long customerId, bool setChildQuestion, int versionNumber)
{
var questionsGroupByGroupName = _healthAssessmentRepository.GetAllQuestionGroupWithQuestion();
var dependencyRules = _haqDependencyRuleRepository.Get();
var genericQuestionIds = keyValuePairs.First(x => x.Key == 0).Value;
IEnumerable <HealthAssessmentAnswer> answers = null;
if (versionNumber > 0)
{
var archiveanswers = _healthAssessmentRepository.GetArchive(customerId, eventId, versionNumber);
answers = archiveanswers.Select(aa => aa.HealthAssessmentAnswer).ToArray();
}
else
{
answers = _healthAssessmentRepository.Get(customerId, eventId);
}
keyValuePairs = keyValuePairs.Where(x => x.Key > 0);
var questions = questionsGroupByGroupName.Where(x => x.Questions != null).SelectMany(x => x.Questions);
var questionHafModel = questions.Where(
x =>
genericQuestionIds.Contains(x.Id) &&
(x.IsForFemale == null || x.IsForFemale == IsFemale))
.OrderBy(x => x.DisplaySequence)
.ThenBy(x => x.Id)
.Select(
x => GetQuestion(x, dependencyRules.FirstOrDefault(d => d.QuestionId == x.Id), answers))
.ToList();
var genericModel = questionHafModel.Where(x => x.ParentQuestionId <= 0).ToArray();
var model = new HafModel
{
Name = string.Empty,
Description = string.Empty,
HafGroup = new HafQuestionGroup
{
Questions = setChildQuestion ? genericModel.Select(x => SetChildQuestions(x, questionHafModel.Where(c => c.ParentQuestionId == x.QuestoinId).ToArray(), questionHafModel.ToArray())) : questionHafModel
},
HafTests = CreateTestLevelHafQuestion(keyValuePairs, eventTests, questionsGroupByGroupName.Where(x => x.Questions != null).ToArray(), dependencyRules, answers, setChildQuestion)
};
long parentQuestionId = 0;
var index = 0;
foreach (var item in model.HafGroup.Questions.Where(x => x.ParentQuestionId > 0))
{
if (parentQuestionId != item.ParentQuestionId)
{
index = 1;
parentQuestionId = item.ParentQuestionId;
}
item.RelativeOrder = index++;
}
return(model);
}
public void SetRecommendationLogic(long templateId, HealthAssessmentEditModel model)
{
var critarias = _clinicalTestQualificationCriteriaRepository.GetbyTemplateId(templateId);
var critariasViewModels = Mapper.Map <IEnumerable <ClinicalTestQualificationCriteria>, IEnumerable <ClinicalTestQualificationCriteriaViewModel> >(critarias);
var clinicalGroups = _healthAssessmentRepository.GetAllQuestionGroupWithQuestion(true);
var template = _healthAssessmentTemplateRepository.GetById(templateId);
CompleteClinicalQuestionCriteriaInfo(critariasViewModels, clinicalGroups, template.QuestionIds);
if (!critariasViewModels.IsNullOrEmpty())
{
//Osteoporosis
var recommendation = critariasViewModels.FirstOrDefault(x => TestGroup.OsteoTestIds.Contains(x.TestId));
if (recommendation != null)
{
model.BoneDensityRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
//Peripheral Arterial Disease (PAD)/A/B Index
recommendation = critariasViewModels.FirstOrDefault(x => TestGroup.PadTestIds.Contains(x.TestId));
if (recommendation != null)
{
model.ABIndexRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
//AAA
recommendation = critariasViewModels.FirstOrDefault(x => TestGroup.AaaTestIds.Contains(x.TestId));
if (recommendation != null)
{
model.AAARecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
//Stroke/Carotid Artery Ultrasound
recommendation = critariasViewModels.FirstOrDefault(x => TestGroup.StrokeTesIds.Contains(x.TestId));
if (recommendation != null)
{
model.CarotidRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
//Echocardiogram
recommendation = critariasViewModels.FirstOrDefault(x => TestGroup.EchoTestIds.Contains(x.TestId));
if (recommendation != null)
{
model.EchocardiogramRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => TestGroup.SpiroTestIds.Contains(x.TestId));
if (recommendation != null)
{
model.SpirometryRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => x.TestId == (long)TestType.IFOBT);
if (recommendation != null)
{
model.IFOBTRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => x.TestId == (long)TestType.HcpCaDiabetesPanel);
if (recommendation != null)
{
model.DiabetesPanelRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => x.TestId == (long)TestType.HcpCaBmp);
if (recommendation != null)
{
model.BmpRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => x.TestId == (long)TestType.HcpCaLipidProfile);
if (recommendation != null)
{
model.LipidProfileRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => x.TestId == (long)TestType.HcpCaMicroAlbuminCreatinine);
if (recommendation != null)
{
model.MicroAlbuminCreatinineRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
recommendation = critariasViewModels.FirstOrDefault(x => x.TestId == (long)TestType.HcpCaHepatitisC);
if (recommendation != null)
{
model.HepatitisCRecommendationLogic = new QualificationRecommendationLogic
{
RecommendationLogic = recommendation.ToString(),
DisqualificationLogic = recommendation.DisqualificationLogic
};
}
}
}
