use of com.google.cloud.automl.v1.ClassificationType in project nhin-d by DirectProject.
the class DirectDocuments method getSubmitObjectsRequest.
/**
* Get the metadata represented as a SubmitObjectsRequest object.
*/
public SubmitObjectsRequest getSubmitObjectsRequest() {
RegistryPackageType registryPackageType = submissionSet.generateRegistryPackageType();
ClassificationType classificationType = submissionSet.generateClassificationType();
QName qname = null;
// Generate ExtrinsicObjectType objects for each document
qname = new QName(SubmitObjectsRequestEnum.EXTRINSIC_OBJECT.getNamespaceUri(), SubmitObjectsRequestEnum.EXTRINSIC_OBJECT.getName());
List<JAXBElement<ExtrinsicObjectType>> jaxb_extrinsicObjectTypes = new ArrayList<JAXBElement<ExtrinsicObjectType>>();
for (DirectDocument2 document : documents) {
ExtrinsicObjectType extrinsicObjectType = document.getMetadata().generateExtrinsicObjectType();
JAXBElement<ExtrinsicObjectType> jaxb_extrinsicObjectType = new JAXBElement<ExtrinsicObjectType>(qname, ExtrinsicObjectType.class, extrinsicObjectType);
jaxb_extrinsicObjectTypes.add(jaxb_extrinsicObjectType);
}
// Generate the RegistryPakageType (SubmissionSet) for the group of
// documents
qname = new QName(SubmitObjectsRequestEnum.REGISTRY_PACKAGE.getNamespaceUri(), SubmitObjectsRequestEnum.REGISTRY_PACKAGE.getName());
JAXBElement<RegistryPackageType> jaxb_registryPackageType = new JAXBElement<RegistryPackageType>(qname, RegistryPackageType.class, registryPackageType);
// Generate the ClassificationType object
qname = new QName(SubmitObjectsRequestEnum.CLASSIFICATION.getNamespaceUri(), SubmitObjectsRequestEnum.CLASSIFICATION.getName());
JAXBElement<ClassificationType> jaxb_classificationType = new JAXBElement<ClassificationType>(qname, ClassificationType.class, classificationType);
// Generate AssociationType1 objects for each document
qname = new QName(SubmitObjectsRequestEnum.ASSOCIATION.getNamespaceUri(), SubmitObjectsRequestEnum.ASSOCIATION.getName());
List<JAXBElement<AssociationType1>> jaxb_associationType1s = new ArrayList<JAXBElement<AssociationType1>>();
for (DirectDocument2 document : documents) {
AssociationType1 associationType = submissionSet.generateAssociationType(document.getMetadata().getId(), document.getMetadata().getSubmissionSetStatus());
JAXBElement<AssociationType1> jaxb_AssociationType1 = new JAXBElement<AssociationType1>(qname, AssociationType1.class, associationType);
jaxb_associationType1s.add(jaxb_AssociationType1);
}
SubmitObjectsRequest submitObjectsRequest = new SubmitObjectsRequest();
RegistryObjectListType registryObjectListType = new RegistryObjectListType();
List<JAXBElement<? extends IdentifiableType>> elements = registryObjectListType.getIdentifiable();
elements.addAll(jaxb_extrinsicObjectTypes);
elements.add(jaxb_registryPackageType);
elements.add(jaxb_classificationType);
elements.addAll(jaxb_associationType1s);
submitObjectsRequest.setRegistryObjectList(registryObjectListType);
return submitObjectsRequest;
}
use of com.google.cloud.automl.v1.ClassificationType in project nhin-d by DirectProject.
the class DirectDocuments method setValues.
public void setValues(SubmitObjectsRequest submitObjectsRequest) throws MetadataException {
RegistryObjectListType rol = submitObjectsRequest.getRegistryObjectList();
List<JAXBElement<? extends IdentifiableType>> elements = rol.getIdentifiable();
for (JAXBElement<? extends IdentifiableType> element : elements) {
if (element.getValue() instanceof oasis.names.tc.ebxml_regrep.xsd.rim._3.ExtrinsicObjectType) {
ExtrinsicObjectType eot = (ExtrinsicObjectType) element.getValue();
DirectDocument2 document = new DirectDocument2();
DirectDocument2.Metadata metadata = document.getMetadata();
metadata.setValues(eot);
documents.add(document);
} else if (element.getValue() instanceof oasis.names.tc.ebxml_regrep.xsd.rim._3.RegistryPackageType) {
RegistryPackageType rpt = (RegistryPackageType) element.getValue();
SubmissionSet submissionSet = new SubmissionSet();
submissionSet.setValues(rpt);
this.submissionSet = submissionSet;
} else if (element.getValue() instanceof oasis.names.tc.ebxml_regrep.xsd.rim._3.ClassificationType) {
// Empty in example
}
}
for (JAXBElement<? extends IdentifiableType> element : elements) {
if (element.getValue() instanceof oasis.names.tc.ebxml_regrep.xsd.rim._3.AssociationType1) {
AssociationType1 at = (AssociationType1) element.getValue();
for (SlotType1 slot : at.getSlot()) {
if (SlotType1Enum.SUBMISSION_SET_STATUS.matches(slot.getName())) {
if (slotNotEmpty(slot)) {
getDocumentById(at.getTargetObject()).getMetadata().setSubmissionSetStatus(slot.getName());
}
}
}
}
}
}
use of com.google.cloud.automl.v1.ClassificationType in project ddf by codice.
the class RegistryPackageWebConverterTest method getFirstExtrinsicObject.
private ExtrinsicObjectType getFirstExtrinsicObject() {
ExtrinsicObjectType extrinsicObject = RIM_FACTORY.createExtrinsicObjectType();
// set default values
extrinsicObject.setMimeType(extrinsicObject.getMimeType());
extrinsicObject.setIsOpaque(extrinsicObject.isIsOpaque());
extrinsicObject.setId("urn:registry:node");
extrinsicObject.setObjectType("urn:registry:federation:node");
extrinsicObject.getSlot().add(stHelper.create("liveDate", "2015-11-01T06:15:30-07:00", "xs:dateTime"));
extrinsicObject.getSlot().add(stHelper.create("dataStartDate", "2015-11-01T13:15:30Z", "xs:dateTime"));
extrinsicObject.getSlot().add(stHelper.create("dataEndDate", "2015-12-01T23:01:40Z", "xs:dateTime"));
extrinsicObject.getSlot().add(stHelper.create("lastUpdated", "2016-01-26T17:16:34.996Z", "xs:dateTime"));
extrinsicObject.getSlot().add(stHelper.create("links", "https://some/link/to/my/repo", "xs:string"));
SlotType1 locationSlot = stHelper.create("location", (String) null, "urn:ogc:def:dataType:ISO-19107:2003:GM_Point");
PointType point = GML_FACTORY.createPointType();
point.setSrsDimension(BigInteger.valueOf(2));
point.setSrsName("urn:ogc:def:crs:EPSG::4326");
DirectPositionType directPosition = GML_FACTORY.createDirectPositionType();
directPosition.getValue().add(112.267472);
directPosition.getValue().add(33.467944);
point.setPos(directPosition);
ValueListType valueList = WRS_FACTORY.createValueListType();
AnyValueType anyValue = WRS_FACTORY.createAnyValueType();
anyValue.getContent().add(GML_FACTORY.createPoint(point));
valueList.getAnyValue().add(anyValue);
locationSlot.setValueList(RIM_FACTORY.createValueList(valueList));
extrinsicObject.getSlot().add(locationSlot);
SlotType1 boundsSlot = stHelper.create("bounds", (String) null, "urn:ogc:def:dataType:ISO-19107:2003:GM_Envelope");
EnvelopeType bounds = GML_FACTORY.createEnvelopeType();
bounds.setSrsName("urn:ogc:def:crs:EPSG::4326");
directPosition = GML_FACTORY.createDirectPositionType();
directPosition.getValue().add(112.267472);
directPosition.getValue().add(33.467944);
bounds.setUpperCorner(directPosition);
directPosition = GML_FACTORY.createDirectPositionType();
directPosition.getValue().add(110.267472);
directPosition.getValue().add(30.467944);
bounds.setLowerCorner(directPosition);
valueList = WRS_FACTORY.createValueListType();
anyValue = WRS_FACTORY.createAnyValueType();
anyValue.getContent().add(GML_FACTORY.createEnvelope(bounds));
valueList.getAnyValue().add(anyValue);
boundsSlot.setValueList(RIM_FACTORY.createValueList(valueList));
extrinsicObject.getSlot().add(boundsSlot);
extrinsicObject.getSlot().add(stHelper.create("region", "USA", "urn:ogc:def:ebRIM-ClassificationScheme:UNSD:GlobalRegions"));
List<String> values = new ArrayList<>();
values.add("youtube");
values.add("myCamera");
extrinsicObject.getSlot().add(stHelper.create("inputDataSources", values, "xs:string"));
values = new ArrayList<>();
values.add("video");
values.add("sensor");
extrinsicObject.getSlot().add(stHelper.create("dataTypes", values, "xs:string"));
extrinsicObject.getSlot().add(stHelper.create("securityLevel", "role=guest", "xs:string"));
extrinsicObject.setName(istHelper.create("Node Name"));
extrinsicObject.setDescription(istHelper.create("A little something describing this node in less than 1024 characters"));
extrinsicObject.setVersionInfo(getVersionInfo("2.9.x"));
ClassificationType classification = RIM_FACTORY.createClassificationType();
classification.setId("urn:classification:id0");
classification.setClassifiedObject("classifiedObjectId");
extrinsicObject.getClassification().add(classification);
return extrinsicObject;
}
use of com.google.cloud.automl.v1.ClassificationType in project ddf by codice.
the class RegistryPackageWebConverterTest method getFirstOrganization.
private OrganizationType getFirstOrganization() {
OrganizationType organization = RIM_FACTORY.createOrganizationType();
organization.setId("urn:organization:id0");
organization.setParent("urn:uuid:2014ca7f59ac46f495e32b4a67a51276");
organization.setPrimaryContact("somePrimaryContact");
organization.setLid("someLid");
organization.setStatus("someStatus");
organization.setName(istHelper.create("Codice"));
organization.getAddress().add(getAddress("Phoenix", "USA", "85037", "AZ", "1234 Some Street", null));
organization.getTelephoneNumber().add(getPhoneNumber("555", null, "1234", "555-5555", null));
organization.getEmailAddress().add(getEmailAddress("emailaddress@something.com", null));
ClassificationType classification = RIM_FACTORY.createClassificationType();
classification.setId("urn:classification:id0");
classification.setClassifiedObject("classifiedObjectId");
classification.setClassificationScheme("classificationScheme");
classification.setClassificationNode("classificationNode");
classification.setNodeRepresentation("nodeRepresentation");
organization.getClassification().add(classification);
return organization;
}
use of com.google.cloud.automl.v1.ClassificationType in project ddf by codice.
the class RegistryObjectWebConverter method convertRegistryObject.
/**
* This method creates a Map<String, Object> representation of the RegistryObjectType provided.
* The following keys will be added to the map (Taken from EbrimConstants):
* <p>
* CLASSIFICATION_KEY = "Classification";
* EXTERNAL_IDENTIFIER_KEY = "ExternalIdentifier";
* NAME_KEY = "Name";
* DESCRIPTION_KEY = "Description";
* VERSION_INFO_KEY = "VersionInfo";
* SLOT = "Slot";
* ID_KEY = "id";
* HOME_KEY = "home";
* LID_KEY = "Lid";
* STATUS_KEY = "Status";
* OBJECT_TYPE_KEY = "objectType";
* <p>
* Uses:
* ClassificationWebConverter
* ExternalIdentifierWebConverter
* SlotWebConverter
* InternationalStringTypeHelper
*
* @param registryObject the RegistryObjectType to be converted into a map, null returns empty Map
* @return Map<String, Object> representation of the RegistryObjectType provided
*/
public Map<String, Object> convertRegistryObject(RegistryObjectType registryObject) {
Map<String, Object> registryObjectMap = new HashMap<>();
if (registryObject.isSetClassification()) {
List<Map<String, Object>> classifications = new ArrayList<>();
ClassificationWebConverter classificationConverter = new ClassificationWebConverter();
for (ClassificationType classification : registryObject.getClassification()) {
Map<String, Object> classificationMap = classificationConverter.convert(classification);
if (MapUtils.isNotEmpty(classificationMap)) {
classifications.add(classificationMap);
}
}
webMapHelper.putIfNotEmpty(registryObjectMap, CLASSIFICATION_KEY, classifications);
}
webMapHelper.putIfNotEmpty(registryObjectMap, DESCRIPTION_KEY, registryObject.getDescription());
if (registryObject.isSetExternalIdentifier()) {
List<Map<String, Object>> externalIdentifiers = new ArrayList<>();
ExternalIdentifierWebConverter externalIdentifierConverter = new ExternalIdentifierWebConverter();
for (ExternalIdentifierType externalIdentifier : registryObject.getExternalIdentifier()) {
Map<String, Object> externalIdentifierMap = externalIdentifierConverter.convert(externalIdentifier);
if (MapUtils.isNotEmpty(externalIdentifierMap)) {
externalIdentifiers.add(externalIdentifierMap);
}
}
webMapHelper.putIfNotEmpty(registryObjectMap, EXTERNAL_IDENTIFIER_KEY, externalIdentifiers);
}
webMapHelper.putIfNotEmpty(registryObjectMap, HOME_KEY, registryObject.getHome());
webMapHelper.putIfNotEmpty(registryObjectMap, ID_KEY, registryObject.getId());
webMapHelper.putIfNotEmpty(registryObjectMap, LID_KEY, registryObject.getLid());
webMapHelper.putIfNotEmpty(registryObjectMap, NAME_KEY, registryObject.getName());
webMapHelper.putIfNotEmpty(registryObjectMap, OBJECT_TYPE_KEY, registryObject.getObjectType());
if (registryObject.isSetSlot()) {
List<Map<String, Object>> slots = new ArrayList<>();
SlotWebConverter slotConverter = new SlotWebConverter();
for (SlotType1 slot : registryObject.getSlot()) {
Map<String, Object> slotMap = slotConverter.convert(slot);
if (MapUtils.isNotEmpty(slotMap)) {
slots.add(slotMap);
}
}
webMapHelper.putIfNotEmpty(registryObjectMap, SLOT, slots);
}
webMapHelper.putIfNotEmpty(registryObjectMap, STATUS_KEY, registryObject.getStatus());
webMapHelper.putIfNotEmpty(registryObjectMap, VERSION_INFO_KEY, registryObject.getVersionInfo());
return registryObjectMap;
}
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