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XML serialisation test

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pull/77/head
Claudio Atzori 3 years ago
parent ce7a319e01
commit 61cd129ded
2 changed files with 836 additions and 9 deletions
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18
dhp-workflows/dhp-graph-provision/src/test/java/eu/dnetlib/dhp/oa/provision/XmlRecordFactoryTest.java
Unescape Escape View File

@ -19,9 +19,8 @@ import com.fasterxml.jackson.databind.ObjectMapper;
import eu.dnetlib.dhp.oa.provision.model.JoinedEntity;
import eu.dnetlib.dhp.oa.provision.utils.ContextMapper;
import eu.dnetlib.dhp.oa.provision.utils.XmlRecordFactory;
import eu.dnetlib.dhp.schema.oaf.Publication;
//TODO to enable it we need to update the joined_entity.json test file
@Disabled
public class XmlRecordFactoryTest {
private static final String otherDsTypeId = "scholarcomminfra,infospace,pubsrepository::mock,entityregistry,entityregistry::projects,entityregistry::repositories,websource";
@ -29,18 +28,15 @@ public class XmlRecordFactoryTest {
@Test
public void testXMLRecordFactory() throws IOException, DocumentException {
String json = IOUtils.toString(getClass().getResourceAsStream("joined_entity.json"));
assertNotNull(json);
JoinedEntity je = new ObjectMapper().readValue(json, JoinedEntity.class);
assertNotNull(je);
ContextMapper contextMapper = new ContextMapper();
XmlRecordFactory xmlRecordFactory = new XmlRecordFactory(contextMapper, false, XmlConverterJob.schemaLocation,
otherDsTypeId);
String xml = xmlRecordFactory.build(je);
Publication p = new ObjectMapper()
.readValue(IOUtils.toString(getClass().getResourceAsStream("publication.json")), Publication.class);
String xml = xmlRecordFactory.build(new JoinedEntity<>(p));
assertNotNull(xml);
@ -48,6 +44,10 @@ public class XmlRecordFactoryTest {
assertNotNull(doc);
// System.out.println(doc.asXML());
Assertions.assertEquals("0000-0001-9613-6639", doc.valueOf("//creator[@rank = '1']/@orcid"));
Assertions.assertEquals("0000-0001-9613-6639", doc.valueOf("//creator[@rank = '1']/@orcid_pending"));
// TODO add assertions based of values extracted from the XML record
}
}

827
dhp-workflows/dhp-graph-provision/src/test/resources/eu/dnetlib/dhp/oa/provision/publication.json
Unescape Escape View File

@ -0,0 +1,827 @@
{
"author": [
{
"affiliation": [],
"fullname": "Lee, Jaehyun",
"name": "Jaehyun",
"pid": [
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"schemename": ""
},
"trust": ""
},
"qualifier": {
"classid": "orcid",
"classname": "Open Researcher and Contributor ID",
"schemeid": "dnet:pid_types",
"schemename": "dnet:pid_types"
},
"value": "0000-0001-9613-6639"
},
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},
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"schemename": "dnet:pid_types"
},
"value": "0000-0001-9613-6639"
}
],
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},
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"fullname": "Berrada, Salim",
"name": "Salim",
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"surname": "Berrada"
},
{
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"fullname": "Adamu-Lema, Fikru",
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"surname": "Adamu-Lema"
},
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},
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"rank": 18,
"surname": "Uhlig"
},
{
"affiliation": [],
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"rank": 19,
"surname": "Todri-Sanial"
},
{
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"pid": [],
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},
{
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"name": "",
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}
],
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},
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"classid": "keyword",
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"schemeid": "dnet:subject_classification_typologies",
"schemename": "dnet:subject_classification_typologies"
},
"value": "Electromigration"
},
{
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"classid": "keyword",
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"schemeid": "dnet:subject_classification_typologies",
"schemename": "dnet:subject_classification_typologies"
},
"value": "electromigration (EM)"
},
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},
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"classid": "keyword",
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"schemename": "dnet:subject_classification_typologies"
},
"value": "electrothermal"
},
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"classid": "keyword",
"classname": "keyword",
"schemeid": "dnet:subject_classification_typologies",
"schemename": "dnet:subject_classification_typologies"
},
"value": "interconnects"
},
{
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},
"value": "Lattices"
},
{
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},
"value": "multiscale simulation"
},
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"value": "Resistance"
},
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"classid": "keyword",
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"schemeid": "dnet:subject_classification_typologies",
"schemename": "dnet:subject_classification_typologies"
},
"value": "self-heating."
},
{
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"schemeid": "dnet:subject_classification_typologies",
"schemename": "dnet:subject_classification_typologies"
},
"value": "Thermal conductivity"
}
],
"title": [
{
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"qualifier": {
"classid": "main title",
"classname": "main title",
"schemeid": "dnet:dataCite_title",
"schemename": "dnet:dataCite_title"
},
"value": "Understanding Electromigration in Cu-CNT Composite Interconnects A Multiscale Electrothermal Simulation Study"
}
]
}
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