/**
* Populates this <code>PathReportSectionData</code> from the data in the <code>
* BtxHistoryAttributes</code> object.
*
* @param attributes a <code>BtxHistoryAttributes</code>.
*/
public void populate(BtxHistoryAttributes attributes) {
if (attributes == null) {
return;
} else {
try {
Map map = (Map) attributes.asMap();
Iterator names = map.keySet().iterator();
PropertyUtilsBean bean = new PropertyUtilsBean();
while (names.hasNext()) {
String name = (String) names.next();
if (bean.isWriteable(this, name)) {
Class[] params =
bean.getPropertyDescriptor(this, name).getWriteMethod().getParameterTypes();
if ("java.lang.String".equalsIgnoreCase(((Class) params[0]).getName())) {
bean.setSimpleProperty(this, name, map.get(name));
} else if ("java.lang.Integer".equalsIgnoreCase(((Class) params[0]).getName())) {
bean.setSimpleProperty(this, name, new Integer((String) map.get(name)));
} else {
throw new ApiException(
"Unexpected class " + ((Class) params[0]).getName() + "encountered.");
}
}
}
} catch (Exception e) {
throw new ApiException(e);
}
}
}
/* (non-Javadoc)
* @see com.ardais.bigr.btx.framework.DescribableAsHistoryObject#describeAsHistoryObject()
*/
public Object describeAsHistoryObject() {
BtxHistoryAttributes attributes = new BtxHistoryAttributes();
if (!ApiFunctions.isEmpty(getConsentId())) {
attributes.setAttribute("consentId", getConsentId());
}
if (!ApiFunctions.isEmpty(getCellInfiltrateAmount())) {
attributes.setAttribute(
"cellInfiltrateAmount",
GbossFactory.getInstance().getDescription(getCellInfiltrateAmount()));
}
if (!ApiFunctions.isEmpty(getDiagnosis())) {
attributes.setAttribute("diagnosis", BigrGbossData.getDiagnosisDescription(getDiagnosis()));
}
if (!ApiFunctions.isEmpty(getDiagnosisOther())) {
attributes.setAttribute("diagnosisOther", getDiagnosisOther());
}
if (!ApiFunctions.isEmpty(getDistantMetastasis())) {
attributes.setAttribute(
"distantMetastasis", GbossFactory.getInstance().getDescription(getDistantMetastasis()));
}
if (!ApiFunctions.isEmpty(getDistantMetastasisInd())) {
attributes.setAttribute("distantMetastasisInd", getDistantMetastasisInd());
}
if (!ApiFunctions.isEmpty(getDistantMetastasisOther())) {
attributes.setAttribute("distantMetastasisOther", getDistantMetastasisOther());
}
if (!ApiFunctions.isEmpty(getExtensiveIntraductalComp())) {
attributes.setAttribute(
"extensiveIntraductalComp",
GbossFactory.getInstance().getDescription(getExtensiveIntraductalComp()));
}
if (!ApiFunctions.isEmpty(getExtranodalSpread())) {
attributes.setAttribute(
"extranodalSpread", GbossFactory.getInstance().getDescription(getExtranodalSpread()));
}
if (getGleasonPrimary() != null && !ApiFunctions.isEmpty(getGleasonPrimary().toString())) {
attributes.setAttribute("gleasonPrimary", getGleasonPrimary().toString());
}
if (getGleasonSecondary() != null && !ApiFunctions.isEmpty(getGleasonSecondary().toString())) {
attributes.setAttribute("gleasonSecondary", getGleasonSecondary().toString());
}
if (getGleasonTotal() != null && !ApiFunctions.isEmpty(getGleasonTotal().toString())) {
attributes.setAttribute("gleasonTotal", getGleasonTotal().toString());
}
if (!ApiFunctions.isEmpty(getHistologicalNuclearGrade())) {
attributes.setAttribute(
"histologicalNuclearGrade",
GbossFactory.getInstance().getDescription(getHistologicalNuclearGrade()));
}
if (!ApiFunctions.isEmpty(getHistologicalNuclearGradeOther())) {
attributes.setAttribute("histologicalNuclearGradeOther", getHistologicalNuclearGradeOther());
}
if (!ApiFunctions.isEmpty(getHistologicalType())) {
attributes.setAttribute(
"histologicalType", GbossFactory.getInstance().getDescription(getHistologicalType()));
}
if (!ApiFunctions.isEmpty(getHistologicalTypeOther())) {
attributes.setAttribute("histologicalTypeOther", getHistologicalTypeOther());
}
if (!ApiFunctions.isEmpty(getInflammCellInfiltrate())) {
attributes.setAttribute(
"inflammCellInfiltrate",
GbossFactory.getInstance().getDescription(getInflammCellInfiltrate()));
}
if (!ApiFunctions.isEmpty(getJointComponent())) {
attributes.setAttribute(
"jointComponent", GbossFactory.getInstance().getDescription(getJointComponent()));
}
if (!ApiFunctions.isEmpty(getLymphaticVascularInvasion())) {
attributes.setAttribute(
"lymphaticVascularInvasion",
GbossFactory.getInstance().getDescription(getLymphaticVascularInvasion()));
}
if (!ApiFunctions.isEmpty(getLymphNodeNotes())) {
attributes.setAttribute("lymphNodeNotes", getLymphNodeNotes());
}
if (!ApiFunctions.isEmpty(getLymphNodeStage())) {
attributes.setAttribute(
"lymphNodeStage", GbossFactory.getInstance().getDescription(getLymphNodeStage()));
}
if (!ApiFunctions.isEmpty(getLymphNodeStageOther())) {
attributes.setAttribute("lymphNodeStageOther", getLymphNodeStageOther());
}
if (!ApiFunctions.isEmpty(getLymphNodeStageInd())) {
attributes.setAttribute("lymphNodeStageInd", getLymphNodeStageInd());
}
if (!ApiFunctions.isEmpty(getMarginsInvolved())) {
attributes.setAttribute("marginsInvolved", getMarginsInvolved());
}
if (!ApiFunctions.isEmpty(getMarginsUninvolved())) {
attributes.setAttribute("marginsUninvolved", getMarginsUninvolved());
}
if (!ApiFunctions.isEmpty(getPerineuralInvasion())) {
attributes.setAttribute(
"perineuralInvasion", GbossFactory.getInstance().getDescription(getPerineuralInvasion()));
}
if (!ApiFunctions.isEmpty(getPrimary())) {
attributes.setAttribute("primary", getPrimary());
}
if (!ApiFunctions.isEmpty(getSectionIdentifier())) {
attributes.setAttribute(
"sectionIdentifier", GbossFactory.getInstance().getDescription(getSectionIdentifier()));
}
if (!ApiFunctions.isEmpty(getSectionNotes())) {
attributes.setAttribute("sectionNotes", getSectionNotes());
}
if (!ApiFunctions.isEmpty(getSizeLargestNodalMets())) {
attributes.setAttribute("sizeLargestNodalMets", getSizeLargestNodalMets());
}
if (!ApiFunctions.isEmpty(getStageGrouping())) {
attributes.setAttribute(
"stageGrouping", GbossFactory.getInstance().getDescription(getStageGrouping()));
}
if (!ApiFunctions.isEmpty(getStageGroupingOther())) {
attributes.setAttribute("stageGroupingOther", getStageGroupingOther());
}
if (!ApiFunctions.isEmpty(getTissueFinding())) {
attributes.setAttribute(
"tissueFinding", BigrGbossData.getTissueDescription(getTissueFinding()));
}
if (!ApiFunctions.isEmpty(getTissueFindingOther())) {
attributes.setAttribute("tissueFindingOther", getTissueFindingOther());
}
if (!ApiFunctions.isEmpty(getTissueOrigin())) {
attributes.setAttribute(
"tissueOrigin", BigrGbossData.getTissueDescription(getTissueOrigin()));
}
if (!ApiFunctions.isEmpty(getTissueOriginOther())) {
attributes.setAttribute("tissueOriginOther", getTissueOriginOther());
}
if (!ApiFunctions.isEmpty(getTotalNodesExamined())) {
attributes.setAttribute(
"totalNodesExamined", GbossFactory.getInstance().getDescription(getTotalNodesExamined()));
}
if (!ApiFunctions.isEmpty(getTotalNodesPositive())) {
attributes.setAttribute(
"totalNodesPositive", GbossFactory.getInstance().getDescription(getTotalNodesPositive()));
}
if (!ApiFunctions.isEmpty(getTumorConfig())) {
attributes.setAttribute(
"tumorConfig", GbossFactory.getInstance().getDescription(getTumorConfig()));
}
if (!ApiFunctions.isEmpty(getTumorSize())) {
attributes.setAttribute("tumorSize", getTumorSize());
}
if (!ApiFunctions.isEmpty(getTumorStageDesc())) {
attributes.setAttribute(
"tumorStageDesc", GbossFactory.getInstance().getDescription(getTumorStageDesc()));
}
if (!ApiFunctions.isEmpty(getTumorStageDescInd())) {
attributes.setAttribute("tumorStageDescInd", getTumorStageDescInd());
}
if (!ApiFunctions.isEmpty(getTumorStageDescOther())) {
attributes.setAttribute("tumorStageDescOther", getTumorStageDescOther());
}
if (!ApiFunctions.isEmpty(getTumorStageType())) {
attributes.setAttribute(
"tumorStageType", GbossFactory.getInstance().getDescription(getTumorStageType()));
}
if (!ApiFunctions.isEmpty(getTumorStageTypeOther())) {
attributes.setAttribute("tumorStageTypeOther", getTumorStageTypeOther());
}
if (!ApiFunctions.isEmpty(getTumorWeight())) {
attributes.setAttribute("tumorWeight", getTumorWeight());
}
if (!ApiFunctions.isEmpty(getVenousVesselInvasion())) {
attributes.setAttribute(
"venousVesselInvasion",
GbossFactory.getInstance().getDescription(getVenousVesselInvasion()));
}
return attributes;
}