/**
* Verifies term binding by multiple terminolgies
*
* @throws Exception
*/
public void testTermBindingWithMultiTerminologies() throws Exception {
ADLParser parser = new ADLParser(loadFromClasspath("adl-test-entry.term_binding.test.adl"));
Archetype archetype = parser.parse();
// verify the first term binding
OntologyBinding binding = archetype.getOntology().getTermBindingList().get(0);
assertEquals("wrong binding terminology", "SNOMED_CT", binding.getTerminology());
TermBindingItem item = (TermBindingItem) binding.getBindingList().get(0);
assertEquals("wrong local code", "at0000", item.getCode());
assertEquals("wrong terms size", 1, item.getTerms().size());
assertEquals("wrong term", "[snomed_ct::1000339]", item.getTerms().get(0));
// verify the second term binding
binding = archetype.getOntology().getTermBindingList().get(1);
assertEquals("wrong binding terminology", "ICD10", binding.getTerminology());
item = (TermBindingItem) binding.getBindingList().get(0);
assertEquals("wrong local code", "at0000", item.getCode());
assertEquals("wrong terms size", 2, item.getTerms().size());
assertEquals("wrong 1st term", "[icd10::1000]", item.getTerms().get(0));
assertEquals("wrong 2nd term", "[icd10::1001]", item.getTerms().get(1));
}
@Test
public void testIsLeafNode() throws Exception {
InputStream patientIs =
this.getClass()
.getClassLoader()
.getResourceAsStream(
"edu/zju/bme/clever/website/adl/openEHR-DEMOGRAPHIC-PERSON.patient.v1.adl");
Archetype patientArchetype = new ADLParser(patientIs, "UTF-8").parse();
patientArchetype
.getPathNodeMap()
.forEach(
(key, value) -> {
final int total = 0;
if (ArchetypeLeafNodeRmTypeAttributeMap.isElementNode(value)) {
if (value instanceof CComplexObject) {
CComplexObject element = (CComplexObject) value;
element
.getAttributes()
.forEach(
attribute ->
attribute
.getChildren()
.forEach(type -> System.out.println(type.getRmTypeName())));
}
}
});
}
public void testPathBasedBinding() throws Exception {
ADLParser parser = new ADLParser(loadFromClasspath("adl-test-entry.term_binding2.test.adl"));
Archetype archetype = parser.parse();
OntologyBinding binding = archetype.getOntology().getTermBindingList().get(0);
assertEquals("wrong binding terminology", "LNC205", binding.getTerminology());
TermBindingItem item = (TermBindingItem) binding.getBindingList().get(0);
assertEquals(
"wrong local code path",
"/data[at0002]/events[at0003]/data[at0001]/item[at0004]",
item.getCode());
assertEquals("wrong terms size", 1, item.getTerms().size());
assertEquals("wrong term", "[LNC205::8310-5]", item.getTerms().get(0));
}
// @Test
public void test() throws ParseException, Exception {
InputStream patientIs =
this.getClass()
.getClassLoader()
.getResourceAsStream(
"edu/zju/bme/clever/website/adl/openEHR-DEMOGRAPHIC-PERSON.patient.v1.adl");
Archetype patientArchetype = new ADLParser(patientIs, "UTF-8").parse();
InputStream visitIs =
this.getClass()
.getClassLoader()
.getResourceAsStream(
"edu/zju/bme/clever/website/adl/openEHR-EHR-COMPOSITION.visit.v3.adl");
Archetype visitArchetype = new ADLParser(visitIs, "UTF-8").parse();
Map<String, Archetype> archetypes = new HashMap<String, Archetype>();
archetypes.put(patientArchetype.getArchetypeId().getValue(), patientArchetype);
archetypes.put(visitArchetype.getArchetypeId().getValue(), visitArchetype);
ArchetypeExtractService srv = new ArchetypeExtractServiceImpl();
Map<String, ArchetypeFile> archetypeFiles = new HashMap<String, ArchetypeFile>();
archetypeFiles.put(
patientArchetype.getArchetypeId().getValue(), srv.extractArchetype(patientArchetype));
archetypeFiles.put(
visitArchetype.getArchetypeId().getValue(), srv.extractArchetype(visitArchetype));
List<ArchetypeRelationship> relations =
srv.extractArchetypeRelations(archetypes, archetypeFiles);
// ArchetypeFile file = srv.extractArchetype(archetype);
}
public static String getConstraintDefinitionFor(String isoLanguageCode, String id, Archetype a) {
ArchetypeOntology ao = a.getOntology();
List<OntologyDefinitions> odefs = ao.getConstraintDefinitionsList();
Iterator it = odefs.iterator();
while (it.hasNext()) {
OntologyDefinitions od = (OntologyDefinitions) it.next();
if (od.getLanguage().equals(isoLanguageCode)) {
List<ArchetypeTerm> aterms = od.getDefinitions();
Iterator it2 = aterms.iterator();
while (it2.hasNext()) {
ArchetypeTerm at = (ArchetypeTerm) it2.next();
if (at.getCode().equals(id)) {
return at.getItem("text");
}
}
}
}
return "";
}
@Override
public ArchetypeFile extractArchetype(Archetype archetype, FileProcessResult result) {
try {
final ArchetypeFile archetypeFile = new ArchetypeFile();
final Map<String, String> archetypeAttributes = new ConcurrentHashMap<String, String>();
archetypeAttributes.put("archetypeId", archetype.getArchetypeId().getValue());
archetypeAttributes.put("rmName", archetype.getArchetypeId().rmName());
archetypeAttributes.put("rmEntity", archetype.getArchetypeId().rmEntity());
archetypeAttributes.put("originalLanguage", archetype.getOriginalLanguage().getCodeString());
archetypeAttributes.put("concept", archetype.getConcept());
archetypeAttributes.put("conceptName", archetype.getArchetypeId().conceptName());
archetype
.getDescription()
.getDetails()
.stream()
.filter(
item ->
item.getLanguage()
.getCodeString()
.equals(archetypeAttributes.get("originalLanguage")))
.findFirst()
.ifPresent(
item -> {
if (item.getPurpose() != null) {
archetypeAttributes.put("purpose", item.getPurpose());
}
if (item.getUse() != null) {
archetypeAttributes.put("use", item.getUse());
}
if (item.getKeywords() != null) {
archetypeAttributes.put("keywords", String.join("|", item.getKeywords()));
}
});
ADLSerializer adlSerilizer = new ADLSerializer();
archetypeAttributes.put("archetypeContent", adlSerilizer.output(archetype));
archetypeFile.setContent(archetypeAttributes.get("archetypeContent"));
archetypeFile.setName(archetypeAttributes.get("archetypeId"));
archetypeFile.setKeywords(archetypeAttributes.get("keywords"));
archetypeFile.setPurpose(archetypeAttributes.get("purpose"));
archetypeFile.setUse(archetypeAttributes.get("use"));
archetypeFile.setOriginalLanguage(archetypeAttributes.get("originalLanguage"));
archetypeFile.setConceptName(archetypeAttributes.get("conceptName"));
archetypeFile.setRmName(archetypeAttributes.get("rmName"));
archetypeFile.setRmEntity(archetypeAttributes.get("rmEntity"));
Map<String, CObject> pathNodeMap = archetype.getPathNodeMap();
final ArchetypeOntology ontology = archetype.getOntology();
pathNodeMap.forEach(
(path, node) -> {
if (this.filterRmTypeNames.containsKey(node.getRmTypeName())) {
if (this.filterRmTypeNames
.get(node.getRmTypeName())
.equals(node.getParent().getRmAttributeName())) {
ArchetypeNode archetypeNode = new ArchetypeNode();
archetypeNode.setNodePath(path);
archetypeNode.setRmType(node.getRmTypeName());
String nodeId = this.getNodeIdFromNodePath(path);
if (nodeId != "") {
// archetypeNode.setCode(nodeId);
// archetypeNode.setNodeName(ontology
// .termDefinition(
// archetypeAttributes
// .get("originalLanguage"),
// nodeId).getText());
// archetypeNode.setArchetypeTerm(ontology
// .termDefinition(nodeId));
} else {
throw new RuntimeException("Extract node path " + path + " failed.");
}
// archetypeFile.addArchetypeNode(archetypeNode);
}
}
});
return archetypeFile;
} catch (Exception ex) {
this.logger.debug("Extract archetype {} failed.", archetype.getArchetypeId().getValue(), ex);
if (result != null) {
result.setStatus(FileProcessResult.FileStatusConstant.INVALID);
result.setMessage("Extract archetype information failed, error: " + ex.getMessage());
}
return null;
}
}
@Override
public List<ArchetypeRelationship> extractArchetypeRelations(
final Map<String, Archetype> archetypes,
final Map<String, ArchetypeFile> archetypeFiles,
final Map<String, FileProcessResult> results) {
List<ArchetypeRelationship> relations = new ArrayList<ArchetypeRelationship>();
final Map<String, OntologyDefinitions> termDefinitionMap =
archetypes
.entrySet()
.stream()
.map(
entry -> {
Archetype archetype = entry.getValue();
OntologyDefinitions terms =
archetype
.getOntology()
.getTermDefinitionsList()
.stream()
.filter(
definition ->
definition
.getLanguage()
.equals(archetype.getOriginalLanguage().getCodeString()))
.findFirst()
.get();
return new AbstractMap.SimpleEntry<String, OntologyDefinitions>(
archetype.getArchetypeId().getValue(), terms);
})
.collect(Collectors.toMap(Map.Entry::getKey, Map.Entry::getValue));
// Max iteration times = n*n
termDefinitionMap.forEach(
(archetypeName, termDefinitions) -> {
termDefinitions
.getDefinitions()
.stream()
.filter(
item ->
item.getItem(ArchetypeRelationship.RelationType.OneToMany.toString()) != null)
.forEach(
item -> {
try {
String targetArchetypeName =
item.getItem(ArchetypeRelationship.RelationType.OneToMany.toString());
String mappedNodePath = item.getItem("mappedBy").replace("\"", "");
if (mappedNodePath == null) {
throw new ArchetypeRelationExtractException(
"Missing 'mappedBy' annotation.");
}
Archetype targetArchetype = archetypes.get(targetArchetypeName);
if (targetArchetype == null) {
throw new ArchetypeRelationExtractException(
"Missing archetype "
+ targetArchetypeName
+ " or OneToMany archetype name is wrong.");
}
String mappedNodeId = this.getNodeIdFromNodePath(mappedNodePath);
ArchetypeTerm targetTerm =
targetArchetype
.getOntology()
.termDefinition(
targetArchetype.getOriginalLanguage().getCodeString(),
mappedNodeId);
if (targetTerm == null) {
throw new ArchetypeRelationExtractException(
"'mappedBy' node path is wrong.");
}
String inverseArchetypeName =
targetTerm.getItem(
ArchetypeRelationship.RelationType.ManyToOne.toString());
if (inverseArchetypeName == null) {
throw new ArchetypeRelationExtractException(
"Archetype "
+ targetArchetypeName
+ "'s ontology term "
+ targetTerm.getCode()
+ " missing ManyToOne annotation.");
}
if (inverseArchetypeName.equals(archetypeName)) {
// ArchetypeRelationship relation = new ArchetypeRelationship();
// ArchetypeFile sourceArchetypeFile = archetypeFiles
// .get(archetypeName);
// ArchetypeFile definitionArchetypeFile = archetypeFiles
// .get(targetArchetypeName);
// relation.setSourceArchetypeFile(sourceArchetypeFile);
// relation.setDestinationArchetypeFile(definitionArchetypeFile);
// relation.setSourceArchetypeNode(sourceArchetypeFile
// .getArchetypeNodeMap(
// ArchetypeNode::getCode)
// .get(item.getCode()));
// relation.setDestinationArchetypeNode(definitionArchetypeFile
// .getArchetypeNodeMap(
// ArchetypeNode::getCode)
// .get(targetTerm
// .getCode()));
// relations.add(relation);
} else {
this.logger.debug(
"OneToMany and ManyToOne relation does not match between {} and {}.",
archetypeName,
inverseArchetypeName);
throw new ArchetypeRelationExtractException(
"OneToMany and ManyToOne relation does not match between "
+ archetypeName
+ " and "
+ archetypeName
+ ".");
}
} catch (Exception ex) {
this.logger.debug("Extract archetype relation failed.", ex);
if (results != null) {
FileProcessResult result = results.get(archetypeName);
result.setStatus(FileProcessResult.FileStatusConstant.INVALID);
result.setMessage(
"Extract archetype relation failed, error: " + ex.getMessage());
}
}
});
;
});
return relations;
}