use of org.keycloak.models.map.client.MapClientEntity in project keycloak by keycloak.
the class PerFieldDelegateProviderCacheTest method testGet_CacheForExcluded.
@Test
public void testGet_CacheForExcluded() {
//
// High-level perspective: listed fields exclusively available in the lower layer (e.g. LDAP),
// never stored nor cached in the top layer (e.g. database).
// All other fields are stored in the top layer.
//
// Upper node is a primary source for all fields apart from cached ones. It only caches only the enumerated fields
// Lower node is a primary source for all fields
// There is an (intentional) discrepancy between the field values in lowerEnt and upperEnt to be able to distinguish
// which entity the return value was obtained from.
upperCacheForExcluded.put(MapClientEntityFields.CLIENT_ID, null);
upperCacheForExcluded.put(MapClientEntityFields.ATTRIBUTES, Arrays.asList("attr2", "attr3", "attr4"));
upperNodeProperties.put(NodeProperties.CACHE_FOR_EXCLUDED, upperCacheForExcluded);
upperNodeProperties.put(NodeProperties.PRIMARY_SOURCE_FOR_EXCLUDED, upperCacheForExcluded);
MapClientEntity ent = prepareEntityAndTreeNodeInstances();
assertThat(lowerEntSupplierCallCount.get(), is(0));
assertThat(ent.getProtocol(), is("upper-protocol"));
assertThat(ent.getAttribute("attr1"), contains("upper-value-1"));
assertThat(lowerEntSupplierCallCount.get(), is(0));
assertThat(ent.getAttribute("attr2"), nullValue());
assertThat(lowerEntSupplierCallCount.get(), is(1));
assertThat(ent.getAttribute("attr3"), contains("lower-value-3"));
assertThat(ent.getAttribute("attr4"), contains("lower-value-4"));
assertThat(ent.getClientId(), is("lower-clientId-1"));
assertThat(ent.getAttributes().keySet(), containsInAnyOrder("attr1", "attr3", "attr4"));
assertThat(ent.getAttributes(), hasEntry("attr1", Arrays.asList("upper-value-1")));
assertThat(ent.getAttributes(), hasEntry("attr3", Arrays.asList("lower-value-3")));
assertThat(ent.getAttributes(), hasEntry("attr4", Arrays.asList("lower-value-4")));
assertThat(lowerEntSupplierCallCount.get(), is(1));
}
use of org.keycloak.models.map.client.MapClientEntity in project keycloak by keycloak.
the class PerFieldDelegateProviderCacheTest method prepareEntityAndTreeNodeInstances.
private MapClientEntity prepareEntityAndTreeNodeInstances() {
TreeStorageNodePrescription upperTsnp = new TreeStorageNodePrescription(upperNodeProperties, null, null);
TreeStorageNodePrescription lowerTsnp = new TreeStorageNodePrescription(lowerNodeProperties, null, null);
upperTsni = new TreeStorageNodeInstance<>(null, upperTsnp);
lowerTsni = new TreeStorageNodeInstance<>(null, lowerTsnp);
PerFieldDelegateProvider<MapClientEntity> fieldProvider = new PerFieldDelegateProvider<>(upperTsni.new WithEntity(upperEnt), () -> {
lowerEntSupplierCallCount.incrementAndGet();
return lowerEnt;
});
return DeepCloner.DUMB_CLONER.entityFieldDelegate(MapClientEntity.class, fieldProvider);
}
use of org.keycloak.models.map.client.MapClientEntity in project keycloak by keycloak.
the class PerFieldDelegateProviderCacheTest method testSet_CacheFor.
@Test
public void testSet_CacheFor() {
//
// High-level perspective: fields available in the lower layer (e.g. LDAP) cached in a faster layer (e.g. database)
//
// Upper node is a primary source for all fields apart from cached ones. It only caches only the enumerated fields
// Lower node is a primary source for all fields
// There is an (intentional) discrepancy between the field values in lowerEnt and upperEnt to be able to distinguish
// which entity the return value was obtained from.
upperCacheFor.put(MapClientEntityFields.CLIENT_ID, null);
upperCacheFor.put(MapClientEntityFields.PROTOCOL, null);
upperCacheFor.put(MapClientEntityFields.ATTRIBUTES, Arrays.asList("attr2", "attr3", "attr4"));
upperNodeProperties.put(NodeProperties.CACHE_FOR, upperCacheFor);
upperNodeProperties.put(NodeProperties.PRIMARY_SOURCE_FOR_EXCLUDED, upperCacheFor);
// When there is primary source in the node properties, named properties are considered as owned by this entity, and
// all other are considered as owned by child entity.
// Thus there is no call to the child entity creator.
MapClientEntity ent = prepareEntityAndTreeNodeInstances();
// When
// modification in: upper and lower
ent.setProtocol("modified-protocol");
// modification in: upper
ent.setAttribute("attr1", Arrays.asList("modified-value-1"));
// modification in: upper
ent.setAttribute("attrX", Arrays.asList("modified-value-X"));
// modification in: upper
ent.addRedirectUri("added-redirectUri");
// modification in: upper
ent.removeRedirectUri("upper-redirectUri-2");
// modification in: upper
ent.removeRedirectUri("lower-redirectUri-2");
// Then
assertThat(lowerEntSupplierCallCount.get(), is(1));
assertThat(ent.getClientId(), is("upper-clientId-1"));
assertThat(upperEnt.getClientId(), is("upper-clientId-1"));
assertThat(lowerEnt.getClientId(), is("lower-clientId-1"));
assertThat(ent.getRedirectUris(), containsInAnyOrder("upper-redirectUri-1", "added-redirectUri"));
assertThat(upperEnt.getRedirectUris(), containsInAnyOrder("upper-redirectUri-1", "added-redirectUri"));
assertThat(lowerEnt.getRedirectUris(), containsInAnyOrder("lower-redirectUri-1", "lower-redirectUri-2"));
assertThat(ent.getProtocol(), is("modified-protocol"));
assertThat(upperEnt.getProtocol(), is("modified-protocol"));
assertThat(lowerEnt.getProtocol(), is("modified-protocol"));
assertThat(ent.getAttribute("attr1"), contains("modified-value-1"));
assertThat(upperEnt.getAttribute("attr1"), contains("modified-value-1"));
assertThat(lowerEnt.getAttribute("attr1"), contains("lower-value-1"));
assertThat(ent.getAttribute("attr3"), contains("upper-value-3"));
assertThat(upperEnt.getAttribute("attr3"), contains("upper-value-3"));
assertThat(lowerEnt.getAttribute("attr3"), contains("lower-value-3"));
assertThat(ent.getAttribute("attrX"), contains("modified-value-X"));
assertThat(upperEnt.getAttribute("attrX"), contains("modified-value-X"));
assertThat(lowerEnt.getAttribute("attrX"), nullValue());
assertThat(ent.getAttributes().keySet(), containsInAnyOrder(// From upper
"attr1", // From upper, since it is a "cached" value (deliberately a stale cache here, it is not in lower)
"attr2", // From upper
"attr3", // From upper
"attrX"));
assertThat(upperEnt.getAttributes().keySet(), containsInAnyOrder("attr1", "attr2", "attr3", "attrX"));
assertThat(lowerEnt.getAttributes().keySet(), containsInAnyOrder("attr1", "attr3", "attr4"));
}
use of org.keycloak.models.map.client.MapClientEntity in project keycloak by keycloak.
the class PerFieldDelegateProviderCacheTest method testSet_CacheForExcluded.
@Test
public void testSet_CacheForExcluded() {
//
// High-level perspective: listed fields exclusively available in the lower layer (e.g. LDAP),
// never stored nor cached in the top layer (e.g. database).
// All other fields are stored in the top layer.
//
// When there is are primary source exclusion in the node properties, all properties apart from those enumerated
// are considered as owned by this entity. Those enumerated are obtained from the child entity.
// Thus there must be a single call to the child entity creator.
upperCacheForExcluded.put(MapClientEntityFields.CLIENT_ID, null);
upperCacheForExcluded.put(MapClientEntityFields.ATTRIBUTES, Arrays.asList("attr2", "attr3", "attr4"));
upperNodeProperties.put(NodeProperties.CACHE_FOR_EXCLUDED, upperCacheForExcluded);
upperNodeProperties.put(NodeProperties.PRIMARY_SOURCE_FOR_EXCLUDED, upperCacheForExcluded);
// When there is primary source exclusion in the node properties, listed properties are considered as owned by the child
// entity, and all other are considered as owned by this entity.
// Thus there is no call to the child entity creator.
MapClientEntity ent = prepareEntityAndTreeNodeInstances();
// When
// modification in: lower
ent.setClientId("modified-client-id-1");
// modification in: upper
ent.setProtocol("modified-protocol");
// modification in: lower
ent.setAttribute("attr4", Arrays.asList("modified-value-4"));
// modification in: upper
ent.setAttribute("attrX", Arrays.asList("modified-value-X"));
// modification in: upper
ent.addRedirectUri("added-redirectUri");
// modification in: upper
ent.removeRedirectUri("upper-redirectUri-2");
// modification in: upper
ent.removeRedirectUri("lower-redirectUri-2");
// Then
assertThat(lowerEntSupplierCallCount.get(), is(1));
assertThat(ent.getClientId(), is("modified-client-id-1"));
assertThat(upperEnt.getClientId(), is("upper-clientId-1"));
assertThat(lowerEnt.getClientId(), is("modified-client-id-1"));
assertThat(ent.getRedirectUris(), containsInAnyOrder("upper-redirectUri-1", "added-redirectUri"));
assertThat(upperEnt.getRedirectUris(), containsInAnyOrder("upper-redirectUri-1", "added-redirectUri"));
assertThat(lowerEnt.getRedirectUris(), containsInAnyOrder("lower-redirectUri-1", "lower-redirectUri-2"));
assertThat(ent.getProtocol(), is("modified-protocol"));
assertThat(upperEnt.getProtocol(), is("modified-protocol"));
assertThat(lowerEnt.getProtocol(), is("lower-protocol"));
assertThat(ent.getAttribute("attr1"), contains("upper-value-1"));
assertThat(upperEnt.getAttribute("attr1"), contains("upper-value-1"));
assertThat(lowerEnt.getAttribute("attr1"), contains("lower-value-1"));
assertThat(ent.getAttribute("attr2"), nullValue());
assertThat(upperEnt.getAttribute("attr2"), contains("upper-value-2"));
assertThat(lowerEnt.getAttribute("attr2"), nullValue());
assertThat(ent.getAttribute("attr3"), contains("lower-value-3"));
assertThat(upperEnt.getAttribute("attr3"), contains("upper-value-3"));
assertThat(lowerEnt.getAttribute("attr3"), contains("lower-value-3"));
assertThat(ent.getAttribute("attr4"), contains("modified-value-4"));
assertThat(upperEnt.getAttribute("attr4"), nullValue());
assertThat(lowerEnt.getAttribute("attr4"), contains("modified-value-4"));
assertThat(ent.getAttribute("attrX"), contains("modified-value-X"));
assertThat(upperEnt.getAttribute("attrX"), contains("modified-value-X"));
assertThat(lowerEnt.getAttribute("attrX"), nullValue());
assertThat(ent.getAttributes().keySet(), containsInAnyOrder(// From upper
"attr1", // From lower
"attr3", // From lower
"attr4", // From upper
"attrX"));
assertThat(upperEnt.getAttributes().keySet(), containsInAnyOrder("attr1", "attr2", "attr3", "attrX"));
assertThat(lowerEnt.getAttributes().keySet(), containsInAnyOrder("attr1", "attr3", "attr4"));
}
use of org.keycloak.models.map.client.MapClientEntity in project keycloak by keycloak.
the class PerFieldDelegateProviderPrimarySourceTest method testGet_PrimarySourceForExcluded.
@Test
public void testGet_PrimarySourceForExcluded() {
//
// High-level perspective: all but the listed fields are available in upper entity (e.g. JPA),
// the listed ones are stored in the lower entity (e.g. LDAP)
//
// When there is are primary source exclusion in the node properties, all properties apart from those enumerated
// are considered as owned by this entity. Those enumerated are obtained from the child entity.
// Thus there must be a single call to the child entity creator.
upperPrimarySourceForExcluded.put(MapClientEntityFields.CLIENT_ID, null);
upperPrimarySourceForExcluded.put(MapClientEntityFields.ATTRIBUTES, Arrays.asList("attr2", "attr3", "attr4"));
upperNodeProperties.put(NodeProperties.PRIMARY_SOURCE_FOR_EXCLUDED, upperPrimarySourceForExcluded);
MapClientEntity ent = prepareEntityAndTreeNodeInstances();
assertThat(lowerEntSupplierCallCount.get(), is(0));
assertThat(ent.getProtocol(), is("upper-protocol"));
assertThat(ent.getAttribute("attr1"), contains("upper-value-1"));
assertThat(lowerEntSupplierCallCount.get(), is(0));
assertThat(ent.getAttribute("attr2"), nullValue());
assertThat(lowerEntSupplierCallCount.get(), is(1));
assertThat(ent.getAttribute("attr3"), contains("lower-value-3"));
assertThat(ent.getAttribute("attr4"), contains("lower-value-4"));
assertThat(ent.getClientId(), is("lower-clientId-1"));
assertThat(ent.getAttributes().keySet(), containsInAnyOrder("attr1", "attr3", "attr4"));
assertThat(ent.getAttributes(), hasEntry("attr1", Arrays.asList("upper-value-1")));
assertThat(ent.getAttributes(), hasEntry("attr3", Arrays.asList("lower-value-3")));
assertThat(ent.getAttributes(), hasEntry("attr4", Arrays.asList("lower-value-4")));
assertThat(lowerEntSupplierCallCount.get(), is(1));
}
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