public IPatientData ReconcilePatientInformation(IPatientData patientInfo)
{
Platform.CheckMemberIsSet(StudyTree, "StudyTree");
var testPatientInformation = new PatientInformation {
PatientId = patientInfo.PatientId
};
testPatientInformation = Reconcile(testPatientInformation, DefaultPatientReconciliationSettings.Default.PatientReconciliationRulesXml, "patient-reconciliation-rules");
foreach (var patient in StudyTree.Patients)
{
var reconciledPatientInfo = new PatientInformation {
PatientId = patient.PatientId
};
reconciledPatientInfo = Reconcile(reconciledPatientInfo, DefaultPatientReconciliationSettings.Default.PatientReconciliationRulesXml, "patient-reconciliation-rules");
if (reconciledPatientInfo.PatientId == testPatientInformation.PatientId)
{
return new PatientInformation(patient)
{
PatientId = reconciledPatientInfo.PatientId
}
}
;
}
return(null);
}
private PatientInformation Reconcile(PatientInformation patient, XmlDocument rulesDocument, string rulesElementName)
{
PatientInformation returnPatient = patient.Clone();
if (String.IsNullOrEmpty(patient.PatientId))
{
return(returnPatient);
}
returnPatient.PatientId = returnPatient.PatientId.Trim();
XmlElement rulesNode = rulesDocument.SelectSingleNode("//" + rulesElementName) as XmlElement;
if (rulesNode != null)
{
foreach (XmlNode ruleNode in rulesNode.SelectNodes("rule"))
{
XmlElement ruleElement = ruleNode as XmlElement;
if (ruleElement != null)
{
if (_applicator.Apply(ruleElement, returnPatient))
{
break;
}
}
}
}
return(returnPatient);
}
public IPatientData ReconcileSearchCriteria(IPatientData patientInfo)
{
var patientInformation = new PatientInformation {
PatientId = patientInfo.PatientId
};
return(Reconcile(patientInformation, DefaultPatientReconciliationSettings.Default.SearchReconciliationRulesXml, "search-reconciliation-rules"));
}
