use of org.geotoolkit.sml.xml.v101.SystemType in project arctic-sea by 52North.
the class SensorMLDecoderV101Test method should_decode_io_from_sml.
@Test
public void should_decode_io_from_sml() throws DecodingException {
SensorMLDocument xbSmlDoc = getSensorMLDoc();
SystemType xbSystem = (SystemType) xbSmlDoc.getSensorML().addNewMember().addNewProcess().substitute(SensorMLConstants.SYSTEM_QNAME, SystemType.type);
InputList xbInputList = xbSystem.addNewInputs().addNewInputList();
OutputList xbOutputList = xbSystem.addNewOutputs().addNewOutputList();
IoComponentPropertyType input1 = xbInputList.addNewInput();
input1.setName("input1");
input1.addNewBoolean();
IoComponentPropertyType input2 = xbInputList.addNewInput();
input2.setName("input2");
input2.addNewCount();
IoComponentPropertyType output1 = xbOutputList.addNewOutput();
output1.setName("output1");
output1.addNewQuantity();
IoComponentPropertyType output2 = xbOutputList.addNewOutput();
output2.setName("output2");
DataArrayType dataArray = getDataArray();
output2.setAbstractDataArray1(dataArray);
XmlHelper.substituteElement(output2.getAbstractDataArray1(), dataArray);
IoComponentPropertyType output3 = xbOutputList.addNewOutput();
output3.setName("output3");
DataRecordType dataRecord = DataRecordType.Factory.newInstance();
output3.setAbstractDataRecord(dataRecord);
XmlHelper.substituteElement(output3.getAbstractDataRecord(), dataRecord);
AbstractProcess absProcess = decodeAbstractProcess(xbSmlDoc);
assertThat(absProcess.getInputs().get(0).getIoValue().getDataComponentType(), is(SweDataComponentType.Boolean));
// assertThat(
// ((SweAbstractSimpleType)absProcess.getInputs().get(0).getIoValue()).getDataComponentType(),
// is (SweDataComponentType.Boolean));
assertThat(absProcess.getInputs().get(1).getIoValue().getDataComponentType(), is(SweDataComponentType.Count));
// assertThat(
// ((SweAbstractSimpleType)absProcess.getInputs().get(1).getIoValue()).getDataComponentType(),
// is (SweDataComponentType.Count));
assertThat(absProcess.getOutputs().get(0).getIoValue().getDataComponentType(), is(SweDataComponentType.Quantity));
// assertThat(
// ((SweAbstractSimpleType)absProcess.getOutputs().get(0).getIoValue()).getDataComponentType(),
// is (SweDataComponentType.Quantity));
assertThat(absProcess.getOutputs().get(1).getIoValue().getDataComponentType(), is(SweDataComponentType.DataArray));
assertThat(absProcess.getOutputs().get(2).getIoValue().getDataComponentType(), is(SweDataComponentType.DataRecord));
}
use of org.geotoolkit.sml.xml.v101.SystemType in project arctic-sea by 52North.
the class SensorMLEncoderV101Test method should_merge_and_encode_two_same_contact_person_only_once.
@Test
public void should_merge_and_encode_two_same_contact_person_only_once() throws EncodingException {
final SensorML sensorML = new SensorML();
final System system = new System();
sensorML.addMember(system);
final SmlPerson p1 = createPerson("1");
system.addContact(p1);
final SensorMLDocument xbSensorML = SensorMLDocument.Factory.newInstance();
final SystemType xbSystem = SystemType.Factory.newInstance();
final Person xbP1 = xbSystem.addNewContact().addNewPerson();
setPersonValues(p1, xbP1);
final XmlObject xbProcess = xbSensorML.addNewSensorML().addNewMember().addNewProcess().set(xbSystem);
XmlHelper.substituteElement(xbProcess, xbSystem);
xbSensorML.getSensorML().setVersion("1.0.1");
sensorML.setXml(xbSensorML.xmlText());
final SystemType xbEncodedSystem = encodeSystem(sensorML);
assertThat(xbEncodedSystem.sizeOfContactArray(), is(1));
assertThat(xbEncodedSystem.getContactArray(0).isSetPerson(), is(true));
checkPerson(p1, xbEncodedSystem.getContactArray(0).getPerson());
}
use of org.geotoolkit.sml.xml.v101.SystemType in project arctic-sea by 52North.
the class SensorMLEncoderV101Test method should_set_gml_id.
@Test
public void should_set_gml_id() throws EncodingException {
final SensorML sensorMl = new SensorML();
final System system = new System();
sensorMl.addMember(system);
system.setGmlId(TEST_ID_1);
final SystemType xbSystem = encodeSystem(sensorMl);
assertThat(xbSystem.getId(), is(TEST_ID_1));
}
use of org.geotoolkit.sml.xml.v101.SystemType in project arctic-sea by 52North.
the class SensorMLEncoderV101Test method should_merge_and_encode_multiple_contacts.
@Test
public void should_merge_and_encode_multiple_contacts() throws EncodingException {
final SensorML sensorML = new SensorML();
final System system = new System();
sensorML.addMember(system);
final SmlPerson p1 = createPerson("1");
final SmlResponsibleParty rp1 = createResponsibleParty("1");
system.addContact(p1);
system.addContact(rp1);
final SensorMLDocument xbSensorML = SensorMLDocument.Factory.newInstance();
final SystemType xbSystem = SystemType.Factory.newInstance();
final ContactList xbContactList = xbSystem.addNewContact().addNewContactList();
final Person xbP1 = xbContactList.addNewMember().addNewPerson();
setPersonValues(p1, xbP1);
final ResponsibleParty xbRP1 = xbContactList.addNewMember().addNewResponsibleParty();
setResponsiblePartyValues(rp1, xbRP1);
final XmlObject xbProcess = xbSensorML.addNewSensorML().addNewMember().addNewProcess().set(xbSystem);
XmlHelper.substituteElement(xbProcess, xbSystem);
xbSensorML.getSensorML().setVersion("1.0.1");
sensorML.setXml(xbSensorML.xmlText());
final SystemType xbEncodedSystem = encodeSystem(sensorML);
assertThat(xbEncodedSystem.sizeOfContactArray(), is(1));
assertThat(xbEncodedSystem.getContactArray(0).isSetContactList(), is(true));
assertThat(xbEncodedSystem.getContactArray(0).getContactList().sizeOfMemberArray(), is(2));
boolean personChecked = false, responsiblePartyChecked = false;
for (final Member member : xbEncodedSystem.getContactArray(0).getContactList().getMemberArray()) {
if (member.isSetPerson()) {
checkPerson(p1, member.getPerson());
personChecked = true;
} else if (member.isSetResponsibleParty()) {
checkResponsibleParty(rp1, member.getResponsibleParty());
responsiblePartyChecked = true;
}
}
if (!personChecked) {
fail("sml:Person not found in contact/contactList");
}
if (!responsiblePartyChecked) {
fail("sml:ResponsibleParty not found in contact/ContactList");
}
}
use of org.geotoolkit.sml.xml.v101.SystemType in project arctic-sea by 52North.
the class SensorMLEncoderV101Test method should_encode_single_contact_person.
// @Test
// public void should_encode_features_of_interest() throws EncodingException {
// final SensorML sensorMl = new SensorML();
// final System system = new System();
// sensorMl.addMember(system);
// system.addFeatureOfInterest(TEST_ID_1);
// system.addFeatureOfInterest(TEST_ID_2);
// final SimpleDataRecordType xbSimpleDataRecord =
// encodeSimpleDataRecord(sensorMl, SensorMLConstants.ELEMENT_NAME_FEATURES_OF_INTEREST, 2);
// validateField(xbSimpleDataRecord.getFieldArray()[0], SensorMLConstants.FEATURE_OF_INTEREST_FIELD_NAME + 1,
// SensorMLConstants.FEATURE_OF_INTEREST_FIELD_DEFINITION, TEST_ID_1);
// validateField(xbSimpleDataRecord.getFieldArray()[1], SensorMLConstants.FEATURE_OF_INTEREST_FIELD_NAME + 2,
// SensorMLConstants.FEATURE_OF_INTEREST_FIELD_DEFINITION, TEST_ID_2);
// }
//
// @Test
// public void should_encode_offerings() throws EncodingException {
// final SensorML sensorMl = new SensorML();
// final System system = new System();
// sensorMl.addMember(system);
// system.addOffering(new SosOffering(TEST_ID_1, TEST_NAME_1));
// system.addOffering(new SosOffering(TEST_ID_2, TEST_NAME_2));
// final SimpleDataRecordType xbSimpleDataRecord =
// encodeSimpleDataRecord(sensorMl, SensorMLConstants.ELEMENT_NAME_OFFERINGS, 2);
// validateField(xbSimpleDataRecord.getFieldArray()[0], TEST_NAME_1, SensorMLConstants.OFFERING_FIELD_DEFINITION,
// TEST_ID_1);
// validateField(xbSimpleDataRecord.getFieldArray()[1], TEST_NAME_2, SensorMLConstants.OFFERING_FIELD_DEFINITION,
// TEST_ID_2);
// }
//
// @Test
// public void should_encode_parent_procedures() throws EncodingException {
// final SensorML sensorMl = new SensorML();
// final System system = new System();
// sensorMl.addMember(system);
// system.addParentProcedure(TEST_ID_1);
// system.addParentProcedure(TEST_ID_2);
// final SimpleDataRecordType xbSimpleDataRecord =
// encodeSimpleDataRecord(sensorMl, SensorMLConstants.ELEMENT_NAME_PARENT_PROCEDURES, 2);
// validateField(xbSimpleDataRecord.getFieldArray()[0], SensorMLConstants.PARENT_PROCEDURE_FIELD_NAME + 1,
// SensorMLConstants.PARENT_PROCEDURE_FIELD_DEFINITION, TEST_ID_1);
// validateField(xbSimpleDataRecord.getFieldArray()[1], SensorMLConstants.PARENT_PROCEDURE_FIELD_NAME + 2,
// SensorMLConstants.PARENT_PROCEDURE_FIELD_DEFINITION, TEST_ID_2);
// }
//
// @Test
// public void should_encode_child_procedures() throws EncodingException {
// final SensorML sensorMl = new SensorML();
// final System system = new System();
// sensorMl.addMember(system);
// final System childProcedure = new System();
// childProcedure.setIdentifier(TEST_CHILD_1);
// system.addChildProcedure(childProcedure);
// childProcedure.addFeatureOfInterest(TEST_ID_1);
// final SystemType xbSystemType = encodeSystem(sensorMl);
// assertThat(xbSystemType.getComponents().getComponentList().sizeOfComponentArray(), is(1));
// final Component xbComponent = xbSystemType.getComponents().getComponentList().getComponentArray(0);
// assertThat(xbComponent.getProcess(), instanceOf(SystemType.class));
// final SystemType xbComponentSystem = (SystemType) xbComponent.getProcess();
// final SimpleDataRecordType xbSimpleDataRecord =
// encodeSimpleDataRecord(xbComponentSystem, SensorMLConstants.ELEMENT_NAME_FEATURES_OF_INTEREST, 1);
// validateField(xbSimpleDataRecord.getFieldArray(0), SensorMLConstants.FEATURE_OF_INTEREST_FIELD_NAME,
// SensorMLConstants.FEATURE_OF_INTEREST_FIELD_DEFINITION, TEST_ID_1);
// }
//
// @Test
// @SuppressWarnings("unchecked")
// public void should_aggregate_child_outputs() throws EncodingException {
// final SweQuantity q1 = new SweQuantity();
// q1.setDefinition("def1");
// q1.setUom("uom1");
// final SmlIo<?> output1 = new SmlIo<SweQuantity>(q1);
//
// final SweQuantity q2 = new SweQuantity();
// q2.setDefinition("def2");
// q2.setUom("uom2");
// final SmlIo<?> output2 = new SmlIo<SweQuantity>(q2);
//
// final SweQuantity q3 = new SweQuantity();
// q3.setDefinition("def3");
// q3.setUom("uom3");
// final SmlIo<?> output3 = new SmlIo<SweQuantity>(q3);
//
// final SensorML sensorMl = new SensorML();
// sensorMl.setIdentifier("sensorMl");
// final System system = new System();
// system.setIdentifier("system");
// sensorMl.addMember(system);
// system.getOutputs().add(output1);
//
// final SensorML childSml = new SensorML();
// childSml.setIdentifier("childSml");
// final System childSystem = new System();
// childSystem.setIdentifier("childSystem");
// childSml.addMember(childSystem);
// system.addChildProcedure(childSml);
// childSystem.getOutputs().add(output2);
//
// final SensorML grandchildSml = new SensorML();
// grandchildSml.setIdentifier("grandchildSml");
// final System grandchildSystem = new System();
// grandchildSystem.setIdentifier("grandchildSystem");
// grandchildSml.addMember(grandchildSystem);
// childSystem.addChildProcedure(grandchildSml);
// grandchildSystem.getOutputs().add(output3);
//
// encodeSystem(sensorMl);
//
// assertThat(system.getOutputs(), hasItems(output1, output2, output3));
// assertThat(childSystem.getOutputs(), hasItems(output2, output3));
// assertThat(grandchildSystem.getOutputs(), hasItem(output3));
// }
@Test
public void should_encode_single_contact_person() throws EncodingException {
final SensorML sensorML = new SensorML();
final System system = new System();
sensorML.addMember(system);
final SmlPerson contact = createPerson("");
system.addContact(contact);
final SystemType xbSystem = encodeSystem(sensorML);
assertThat(xbSystem.sizeOfContactArray(), is(1));
assertThat(xbSystem.getContactArray(0).getContactList().getMemberArray(0).isSetPerson(), is(true));
checkPerson(contact, xbSystem.getContactArray(0).getContactList().getMemberArray(0).getPerson());
}
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