476 lines
15 KiB
Java
476 lines
15 KiB
Java
package org.gcube.informationsystem.resourceregistry.contexts;
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import java.io.IOException;
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import java.util.HashMap;
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import java.util.List;
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import java.util.Map;
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import java.util.UUID;
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import org.gcube.com.fasterxml.jackson.core.JsonProcessingException;
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import org.gcube.informationsystem.base.reference.IdentifiableElement;
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import org.gcube.informationsystem.contexts.impl.entities.ContextImpl;
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import org.gcube.informationsystem.contexts.reference.entities.Context;
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import org.gcube.informationsystem.contexts.reference.relations.IsParentOf;
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import org.gcube.informationsystem.resourceregistry.api.contexts.ContextCache;
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import org.gcube.informationsystem.resourceregistry.api.exceptions.ResourceRegistryException;
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import org.gcube.informationsystem.resourceregistry.api.exceptions.contexts.ContextAlreadyPresentException;
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import org.gcube.informationsystem.resourceregistry.api.exceptions.contexts.ContextException;
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import org.gcube.informationsystem.resourceregistry.api.exceptions.contexts.ContextNotFoundException;
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import org.gcube.informationsystem.serialization.ElementMapper;
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import org.junit.Assert;
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import org.junit.Test;
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import org.slf4j.Logger;
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import org.slf4j.LoggerFactory;
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public class ResourceRegistryContextClientTest extends ContextTest {
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private static Logger logger = LoggerFactory.getLogger(ResourceRegistryContextClientTest.class);
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protected ResourceRegistryContextClient resourceRegistryContextClient;
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public ResourceRegistryContextClientTest() {
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if(ContextTest.RESOURCE_REGISTRY_URL !=null && !ContextTest.RESOURCE_REGISTRY_URL.isEmpty()) {
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resourceRegistryContextClient = new ResourceRegistryContextClientImpl(ContextTest.RESOURCE_REGISTRY_URL);
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}else {
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resourceRegistryContextClient = ResourceRegistryContextClientFactory.create();
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}
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}
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public static final String CTX_NAME_A = "A";
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public static final String CTX_NAME_B = "B";
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public static final String CTX_NAME_C = "C";
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public static void checkUUIDAndMetadata(IdentifiableElement er, UUID uuid, boolean create) {
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Assert.assertTrue(er.getMetadata() != null);
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Assert.assertTrue(er.getUUID() != null);
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if(uuid != null) {
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Assert.assertTrue(er.getUUID().compareTo(uuid) == 0);
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}
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String user = getUser();
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Assert.assertTrue(er.getMetadata().getLastUpdateBy().compareTo(user) == 0);
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if(create) {
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Assert.assertTrue(er.getMetadata().getCreatedBy().compareTo(user) == 0);
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Assert.assertTrue(er.getMetadata().getCreationTime().compareTo(er.getMetadata().getLastUpdateTime()) == 0);
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} else {
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Assert.assertTrue(er.getMetadata().getCreationTime().before(er.getMetadata().getLastUpdateTime()));
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}
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}
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protected void assertions(Context pre, Context post, boolean checkParent, boolean create) {
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if(checkParent) {
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if(pre.getMetadata() != null) {
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checkUUIDAndMetadata(post, pre.getUUID(), create);
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} else {
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checkUUIDAndMetadata(post, null, create);
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}
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}
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Assert.assertTrue(pre.getName().compareTo(post.getName()) == 0);
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if(checkParent && pre.getParent() != null && post.getParent() != null) {
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Context preParent = pre.getParent().getSource();
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Context postParent = post.getParent().getSource();
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assertions(preParent, postParent, false, false);
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}
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}
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protected Context read(UUID uuid) throws ResourceRegistryException, IOException {
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Context c = resourceRegistryContextClient.read(uuid);
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Assert.assertTrue(c.getMetadata() != null);
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Assert.assertTrue(c.getUUID() != null);
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Assert.assertTrue(c.getUUID().compareTo(uuid) == 0);
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return c;
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}
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protected Context create(Context context) throws ResourceRegistryException, IOException {
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Context c = resourceRegistryContextClient.create(context);
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assertions(context, c, true, true);
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return c;
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}
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protected Context update(Context context) throws ResourceRegistryException, IOException {
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Context c = resourceRegistryContextClient.update(context);
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assertions(context, c, true, false);
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return c;
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}
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protected boolean delete(UUID uuid) throws ResourceRegistryException {
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boolean deleted = resourceRegistryContextClient.delete(uuid);
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Assert.assertTrue(deleted);
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logger.debug("Deleted {} with UUID {}", Context.NAME, uuid);
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return deleted;
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}
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protected boolean delete(Context context) throws ResourceRegistryException {
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return delete(context.getUUID());
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}
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protected void invalidCreate(Context context) throws ResourceRegistryException, IOException {
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try {
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Context c = create(context);
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throw new RuntimeException(ElementMapper.marshal(c) + " was created successfully. This is not what we expected");
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} catch(ContextAlreadyPresentException e) {
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logger.debug("As expected {} cannot be created.", ElementMapper.marshal(context));
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}
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}
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protected void invalidUpdate(Context context) throws ResourceRegistryException, IOException {
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try {
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Context c = update(context);
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throw new RuntimeException(ElementMapper.marshal(c) + " was updated successfully. This is not what we expected");
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} catch(ContextAlreadyPresentException e) {
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logger.debug("As expected {} cannot be updated.", ElementMapper.marshal(context));
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}
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}
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protected void invalidDelete(Context context) throws ResourceRegistryException, JsonProcessingException {
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String contextString = ElementMapper.marshal(context);
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try {
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delete(context);
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throw new RuntimeException(contextString + " was deleted successfully. This is not what we expected");
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} catch(ContextException e) {
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logger.debug("As expected {} cannot be deleted.", contextString);
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}
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}
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// @Test
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public void readTest() throws Exception {
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UUID uuid = UUID.fromString("4828d488-285b-4383-af4b-4d72069ad11b");
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Context gcube = read(uuid);
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logger.debug(ElementMapper.marshal(gcube));
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}
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@Test
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public void completeTest() throws Exception {
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Context contextA1 = new ContextImpl(CTX_NAME_A);
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contextA1 = create(contextA1);
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// ________A1________
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Context contextA2 = new ContextImpl(CTX_NAME_A);
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contextA2.setParent(contextA1);
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contextA2 = create(contextA2);
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// ________A1________
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// ___A2
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Context contextB3 = new ContextImpl(CTX_NAME_B);
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contextB3.setParent(contextA2);
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contextB3 = create(contextB3);
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// ________A1________
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// ___A2
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// B3
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Context contextB4 = new ContextImpl(CTX_NAME_B);
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contextB4.setParent(contextA1);
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contextB4 = create(contextB4);
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// ________A1________
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// ___A2_______B4____
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// B3
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Context contextA5 = new ContextImpl(CTX_NAME_A);
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contextA5.setParent(contextB4);
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contextA5 = create(contextA5);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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Context invalidContextA1 = new ContextImpl(CTX_NAME_A);
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invalidCreate(invalidContextA1);
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Context invalidContextA2 = new ContextImpl(CTX_NAME_A);
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invalidContextA2.setParent(contextA1);
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invalidCreate(invalidContextA2);
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Context invalidContextB3 = new ContextImpl(CTX_NAME_B);
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invalidContextB3.setParent(contextA2);
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invalidCreate(invalidContextB3);
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Context invalidContextB4 = new ContextImpl(CTX_NAME_B);
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invalidContextB4.setParent(contextA1);
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invalidCreate(invalidContextB4);
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Context invalidContextA5 = new ContextImpl(CTX_NAME_A);
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invalidContextA5.setParent(contextB4);
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invalidCreate(invalidContextA5); // Trying to recreate A5. Fails
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// Trying to move A5 as child of A1. It fails due to A2.
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Context nullContext = null;
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contextA5.setParent(nullContext);
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invalidUpdate(contextA5);
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contextA5.setParent(contextB4);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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nullContext = null;
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contextB4.setParent(nullContext);
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update(contextB4);
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// _____A1____B4_____
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// __A2__________A5__
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// B3
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contextB4.setParent(contextA1);
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update(contextB4);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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// Trying to rename with the new name A. It fails due to A5.
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contextB3.setName(CTX_NAME_A);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// A3______________A5
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// After Restoring name B, trying to move B3 as child of A1. It fails due to B4.
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contextB3.setName(CTX_NAME_B);
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contextB3.setParent(contextA1);
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invalidUpdate(contextB3);
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// ________A1________
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// ___A2_______B4____
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// A3______________A5
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// Restoring A3 (was B3) as B3 and with parent A2.OK.
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contextB3.setName(CTX_NAME_B);
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contextB3.setParent(contextA2);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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// This update should not has eny effects except updating the lastUpdateTime.
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contextB3.setName(CTX_NAME_B);
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contextB3.setParent(contextA2);
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update(contextB3);
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// Trying to move A5 as child of A1. It fails due to A2.
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contextA5.setParent(contextA1);
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invalidUpdate(contextA5);
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// Restoring A5
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contextA5.setParent(contextB4);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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// Moving B3 as child of B4. OK.
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contextB3.setParent(contextB4);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// ________B3______A5
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// Restoring the initial situation by moving B3 as child of A2. OK.
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contextB3.setParent(contextA2);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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// Renaming B3 as C3. OK.
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contextB3.setName(CTX_NAME_C);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// C3______________A5
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// Moving C3 (was B3) as child of A1. Now it is possible. OK.
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contextB3.setParent(contextA1);
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update(contextB3);
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// ________A1________
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// ___A2___C3___B4___
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// ________________A5
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// Trying to rename C3 (was B3) newly to B3. Fails due to B4.
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contextB3.setName(CTX_NAME_B);
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invalidUpdate(contextB3);
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// ________A1________
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// ___A2___C3___B4___
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// ________________A5
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// Moving back C3 (was B3) as child of A2. OK.
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contextB3.setParent(contextA2);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// C3______________A5
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// Renaming C3 (was B3) to B3. OK.
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contextB3.setName(CTX_NAME_B);
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update(contextB3);
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// ________A1________
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// ___A2_______B4____
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// B3______________A5
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// The following delete are not allowed because they are not child contexts
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invalidDelete(contextA1);
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invalidDelete(contextA2);
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invalidDelete(contextB4);
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delete(contextA5);
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// ________A1________
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// ___A2_______B4____
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// B3
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try {
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delete(contextA5);
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} catch(ContextNotFoundException e) {
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logger.debug("The context with uuid {} was not found. (Was already deleted)",
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contextA5.getUUID());
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}
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delete(contextB3);
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// ________A1________
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// ___A2_______B4____
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delete(contextB4);
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// ________A1________
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// ___A2
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delete(contextA2);
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// ________A1________
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delete(contextA1);
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logger.debug("The DB should be now clean");
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}
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@Test
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public void testGetAll() throws Exception {
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List<Context> all = resourceRegistryContextClient.all();
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for(Context c : all) {
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logger.debug("{}", ElementMapper.marshal(c));
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}
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}
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// @Test
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public void createDissertationContext() throws Exception {
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Context d4science = new ContextImpl("d4science");
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d4science = create(d4science);
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Context soBigData = new ContextImpl("SoBigData");
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soBigData.setParent(d4science);
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soBigData = create(soBigData);
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Context tagMe = new ContextImpl("TagMe");
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tagMe.setParent(soBigData);
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tagMe = create(tagMe);
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Context blueBRIDGE = new ContextImpl("BlueBRIDGE");
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blueBRIDGE.setParent(d4science);
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blueBRIDGE = create(blueBRIDGE);
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Context biodiversityLab = new ContextImpl("Biodiversity Lab");
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biodiversityLab.setParent(blueBRIDGE);
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biodiversityLab = create(biodiversityLab);
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}
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// @Test
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public void createDevContext() throws Exception {
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Context gcube = new ContextImpl("gcube");
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gcube = create(gcube);
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Context devsec = new ContextImpl("devsec");
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devsec.setParent(gcube);
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devsec = create(devsec);
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Context devVRE = new ContextImpl("devVRE");
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devVRE.setParent(devsec);
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devVRE = create(devVRE);
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Context devNext = new ContextImpl("devNext");
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devNext.setParent(gcube);
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devNext = create(devNext);
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Context nextNext = new ContextImpl("NextNext");
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nextNext.setParent(devNext);
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nextNext = create(nextNext);
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Context preprod = new ContextImpl("preprod");
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preprod.setParent(gcube);
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preprod = create(preprod);
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Context preVRE = new ContextImpl("preVRE");
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preVRE.setParent(preprod);
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preVRE = create(preVRE);
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}
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// @Test
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public void createPARTHENOSContext() throws Exception {
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// /d4science.research-infrastructures.eu/ParthenosVO/PARTHENOS_Registry
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Context d4science = new ContextImpl("d4science.research-infrastructures.eu");
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create(d4science);
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Context parthenosVO = new ContextImpl("ParthenosVO");
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parthenosVO.setParent(d4science);
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create(parthenosVO);
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Context parthenosRegistry = new ContextImpl("PARTHENOS_Registry");
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parthenosRegistry.setParent(parthenosVO);
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create(parthenosRegistry);
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}
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// @Test
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public void createMissingContext() throws Exception {
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UUID devNextUUID = UUID.fromString("");
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Map<String,UUID> contexts = new HashMap<>();
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contexts.put("", devNextUUID);
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for(String contextName : contexts.keySet()) {
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Context parent = read(contexts.get(contextName));
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Context context = new ContextImpl(contextName);
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context.setParent(parent);
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create(context);
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}
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}
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@Test
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public void testGetAllContexts() throws Exception {
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List<Context> contexts = resourceRegistryContextClient.all();
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logger.debug("{}", contexts);
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ContextCache contextCache = ContextCache.getInstance();
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Map<UUID, String> uuidToContextFullName = contextCache.getUUIDToContextFullNameAssociation();
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logger.debug("{}", uuidToContextFullName);
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for(Context c : contexts) {
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UUID uuid = c.getUUID();
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if(c.getParent()!=null) {
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IsParentOf isParentOf = c.getParent();
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Context parentContext = isParentOf.getSource();
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UUID parentUUID = parentContext.getUUID();
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Assert.assertEquals(parentContext, contextCache.getContextByUUID(parentUUID));
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List<IsParentOf> children = parentContext.getChildren();
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boolean found = false;
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for(IsParentOf ipo : children) {
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if(ipo.equals(isParentOf)) {
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found = true;
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break;
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}
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}
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Assert.assertTrue(found);
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logger.debug("{} : {} (parent {} : {})", c.getUUID(), contextCache.getContextFullNameByUUID(uuid), parentUUID, contextCache.getContextFullNameByUUID(parentUUID));
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}else {
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logger.debug("{} : {}", c.getUUID(), contextCache.getContextFullNameByUUID(uuid));
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}
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}
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Context currentContext = resourceRegistryContextClient.readCurrentContext();
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logger.debug("Current context : {}", currentContext);
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for(Context c : contexts) {
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UUID uuid = c.getUUID();
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Context context = resourceRegistryContextClient.read(uuid);
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String fullName = ContextCache.getInstance().getContextFullNameByUUID(uuid);
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logger.debug("{} - {} : {}", uuid, fullName, context);
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}
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}
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}
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