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* Licensed to the Apache Software Foundation (ASF) under one
* or more contributor license agreements. See the NOTICE file
* distributed with this work for additional information
* regarding copyright ownership. The ASF licenses this file
* to you under the Apache License, Version 2.0 (the
* "License"); you may not use this file except in compliance
* with the License. You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing,
* software distributed under the License is distributed on an
* "AS IS" BASIS, WITHOUT WARRANTIES OR CONDITIONS OF ANY
* KIND, either express or implied. See the License for the
* specific language governing permissions and limitations
* under the License.
*/
package org.apache.ace.client.repository.impl;
import static org.testng.Assert.assertEquals;
import static org.testng.Assert.assertFalse;
import static org.testng.Assert.assertTrue;
import java.io.ByteArrayInputStream;
import java.io.ByteArrayOutputStream;
import java.io.IOException;
import java.util.ArrayList;
import java.util.Dictionary;
import java.util.HashMap;
import java.util.Iterator;
import java.util.List;
import java.util.Map;
import org.apache.ace.client.repository.Association;
import org.apache.ace.client.repository.ObjectRepository;
import org.apache.ace.client.repository.RepositoryUtil;
import org.apache.ace.client.repository.helper.bundle.BundleHelper;
import org.apache.ace.client.repository.helper.bundle.impl.BundleHelperImpl;
import org.apache.ace.client.repository.object.Artifact2FeatureAssociation;
import org.apache.ace.client.repository.object.ArtifactObject;
import org.apache.ace.client.repository.object.DeploymentArtifact;
import org.apache.ace.client.repository.object.DeploymentVersionObject;
import org.apache.ace.client.repository.object.DistributionObject;
import org.apache.ace.client.repository.object.Feature2DistributionAssociation;
import org.apache.ace.client.repository.object.FeatureObject;
import org.apache.ace.client.repository.object.TargetObject;
import org.apache.ace.client.repository.repository.Artifact2FeatureAssociationRepository;
import org.apache.ace.client.repository.repository.ArtifactRepository;
import org.apache.ace.client.repository.repository.DeploymentVersionRepository;
import org.apache.ace.client.repository.repository.Distribution2TargetAssociationRepository;
import org.apache.ace.client.repository.repository.DistributionRepository;
import org.apache.ace.client.repository.repository.Feature2DistributionAssociationRepository;
import org.apache.ace.client.repository.repository.FeatureRepository;
import org.apache.ace.client.repository.repository.RepositoryConfiguration;
import org.apache.ace.client.repository.repository.TargetRepository;
import org.apache.ace.test.utils.TestUtils;
import org.osgi.framework.BundleContext;
import org.osgi.framework.Filter;
import org.osgi.framework.FrameworkUtil;
import org.osgi.framework.InvalidSyntaxException;
import org.osgi.service.log.LogService;
import org.osgi.service.prefs.Preferences;
import org.osgi.service.prefs.PreferencesService;
import org.testng.annotations.BeforeMethod;
import org.testng.annotations.Test;
/**
* Test class for the object model used <code>org.apache.ace.client.repository</code>.
*/
public class ModelTest {
private ArtifactRepositoryImpl m_artifactRepository;
private FeatureRepositoryImpl m_featureRepository;
private Artifact2FeatureAssociationRepositoryImpl m_artifact2FeatureRepository;
private DistributionRepositoryImpl m_distributionRepository;
private Feature2DistributionAssociationRepositoryImpl m_feature2DistributionRepository;
private TargetRepositoryImpl m_targetRepository;
private Distribution2TargetAssociationRepositoryImpl m_distribution2TargetRepository;
private DeploymentVersionRepositoryImpl m_deploymentVersionRepository;
private RepositoryAdminImpl m_repositoryAdmin;
private BundleHelperImpl m_bundleHelper = new BundleHelperImpl();
private BundleContext m_mockBundleContext;
private ChangeNotifier m_mockChangeNotifier;
/**
* The artifact object can test functionality coming from RepositoryObjectImpl, and ArtifactRepository checks much
* of ObjectRepositoryImpl.
*
* @throws InvalidSyntaxException
*/
@Test(groups = { TestUtils.UNIT })
public void testArtifactObjectAndRepository() throws InvalidSyntaxException {
// Create a very simple artifact.
ArtifactObject a = createBasicArtifactObject("myartifact", "1.0.0", "1");
// Try to create an illegal one
try {
createBasicArtifactObject("");
assert false : "Creating an artifact with an empty name is not allowed.";
}
catch (IllegalArgumentException iae) {
// expected
}
// Even though the artifact is not yet associated to a feature, try to get its features.
List<FeatureObject> features = a.getFeatures();
assert features.size() == 0 : "The artifact is not associated, so it should not return any features.";
assert a.getAttribute(BundleHelper.KEY_SYMBOLICNAME).equals("myartifact") : "We should be able to read an attribute we just put in ourselves.";
a.addTag("mytag", "myvalue");
assert a.getTag("mytag").equals("myvalue") : "We should be able to read an attribute we just put in ourselves.";
assert a.getTag(BundleHelper.KEY_SYMBOLICNAME) == null : "We should not find an attribute value when asking for a tag.";
a.addTag(BundleHelper.KEY_SYMBOLICNAME, "mytagname");
assert a.getTag(BundleHelper.KEY_SYMBOLICNAME).equals("mytagname") : "We can adds tags that have the same name as a artifact, but still return another value.";
Dictionary<String, Object> dict = a.getDictionary();
assert dict.get("mytag") == "myvalue" : "The dictionary of the object should contain all tags.";
assert dict.get(BundleHelper.KEY_VERSION).equals("1.0.0") : "The dictionary of the object should contain all attributes; we found " + dict.get(BundleHelper.KEY_VERSION);
String[] foundNames = (String[]) dict.get(BundleHelper.KEY_SYMBOLICNAME);
assert foundNames.length == 2 : "For keys which are used both as a value and as a tag, we should get back both from the dictionary in an array.";
assert (foundNames[0].equals("myartifact") && foundNames[1].equals("mytagname")) ||
(foundNames[1].equals("myartifact") && foundNames[0].equals("mytagname")) : "The order is undefined, but we should find both the items we put in for '" + BundleHelper.KEY_SYMBOLICNAME + "'.";
assert m_artifactRepository.get().size() == 1 : "The repository should contain exactly one artifact.";
assert m_artifactRepository.get().get(0).equals(a) : "The repository should contain exactly our artifact.";
ArtifactObject b2 = createBasicArtifactObject("myotherartifact", "1");
assert m_artifactRepository.get(createLocalFilter("(" + BundleHelper.KEY_SYMBOLICNAME + "=myartifact)")).size() == 1 : "When filtering for our artifact, we should find only that.";
assert m_artifactRepository.get(createLocalFilter("(" + BundleHelper.KEY_VERSION + "=1.0.0)")).size() == 2 : "When filtering for a version, we should find two artifacts.";
try {
createBasicArtifactObject("myartifact", "1.0.0");
assert false : "Adding a artifact which is identical to one already in the repository should be illegal.";
}
catch (IllegalArgumentException iae) {
// expected
}
try {
b2.addAttribute("thenewattribute", "withsomevalue");
}
catch (UnsupportedOperationException uoe) {
assert false : "Adding arbitrary attributes to a artifact object should be allowed.";
}
try {
b2.addAttribute(BundleHelper.KEY_SYMBOLICNAME, "artifact.42");
assert false : "Changing key attributes in a artifact should not be allowed.";
}
catch (UnsupportedOperationException uoe) {
// expected
}
try {
Map<String, String> attr = new HashMap<String, String>();
attr.put(BundleHelper.KEY_NAME, "mynewartifact");
Map<String, String> tags = new HashMap<String, String>();
m_artifactRepository.create(attr, tags);
assert false : "Creating a artifact without specifying all mandatory atttributes should be illegal.";
}
catch (IllegalArgumentException iae) {
// expected
}
m_artifactRepository.remove(a);
try {
a.addTag("mytag", "myvalue");
assert false : "Deleted objects are not allowed to be changed.";
}
catch (IllegalStateException ise) {
// expected
}
assert m_artifactRepository.get().size() == 1 : "After removing our first artifact, the repository should contain one artifact.";
assert m_artifactRepository.get().get(0).equals(b2) : "After removing our first artifact, the repository should contain only our second artifact.";
}
/**
* Tests that we can create artifacts which contain a certain size (estimate). See ACE-384.
*/
@Test(groups = { TestUtils.UNIT })
public void testArtifactObjectSize() {
ArtifactObject artifactWithSize = createBasicArtifactObject("myartifact", "1.0.0", "10");
assert artifactWithSize.getSize() == 10 : "The artifact did not have a valid size?!";
ArtifactObject artifactWithoutSize = createBasicArtifactObject("artifactWithoutSize", "1.0.0", null);
assert artifactWithoutSize.getSize() == -1L : "The artifact did have a size?!";
ArtifactObject artifactWithInvalidSize = createBasicArtifactObject("artifactWithInvalidSize", "1.0.0", "xyz");
assert artifactWithInvalidSize.getSize() == -1L : "The artifact did have a size?!";
}
/**
* Tests the behavior when associating stuff, and removing associations.
*/
@Test(groups = { TestUtils.UNIT })
public void testAssociations() {
initializeRepositoryAdmin();
// Create two, rather boring, artifacts.
ArtifactObject b1 = createBasicArtifactObject("artifact1");
ArtifactObject b2 = createBasicArtifactObject("artifact2");
// Create three features.
FeatureObject g1 = createBasicFeatureObject("feature1");
FeatureObject g2 = createBasicFeatureObject("feature2");
FeatureObject g3 = createBasicFeatureObject("feature3");
// Create some associations.
Artifact2FeatureAssociation b2g1 = m_artifact2FeatureRepository.create(b1, g2);
assert b2g1 != null;
Artifact2FeatureAssociation b2g2 = m_artifact2FeatureRepository.create(b2, g1);
assert b2g2 != null;
Artifact2FeatureAssociation b2g3 = m_artifact2FeatureRepository.create(b1, g3);
assert b2g3 != null;
Artifact2FeatureAssociation b2g4 = m_artifact2FeatureRepository.create(b2, g3);
assert b2g4 != null;
// Do some basic checks on the repositories.
assert m_artifactRepository.get().size() == 2 : "We should have two artifacts in our repository; we found " + m_artifactRepository.get().size() + ".";
assert m_featureRepository.get().size() == 3 : "We should have three features in our repository; we found " + m_featureRepository.get().size() + ".";
assert m_artifact2FeatureRepository.get().size() == 4 : "We should have four associations in our repository; we found " + m_artifact2FeatureRepository.get().size() + ".";
assert (b2g4.getLeft().size() == 1) && b2g4.getLeft().contains(b2) : "The left side of the fourth association should be artifact 2.";
assert (b2g4.getRight().size() == 1) && b2g4.getRight().contains(g3) : "The right side of the fourth association should be feature 3.";
// Check the wiring: what is wired to what?
List<FeatureObject> b1features = b1.getFeatures();
List<FeatureObject> b2features = b2.getFeatures();
List<ArtifactObject> g1artifacts = g1.getArtifacts();
List<ArtifactObject> g2artifacts = g2.getArtifacts();
List<ArtifactObject> g3artifacts = g3.getArtifacts();
List<DistributionObject> g1distributions = g1.getDistributions();
List<DistributionObject> g2distributions = g2.getDistributions();
List<DistributionObject> g3distributions = g3.getDistributions();
assert g1distributions.size() == 0 : "Feature one should not have any associations to distributions; we found " + g1distributions.size() + ".";
assert g2distributions.size() == 0 : "Feature two should not have any associations to distributions; we found " + g2distributions.size() + ".";
assert g3distributions.size() == 0 : "Feature three should not have any associations to distributions; we found " + g3distributions.size() + ".";
List<FeatureObject> b1expectedFeatures = new ArrayList<FeatureObject>();
b1expectedFeatures.add(g2);
b1expectedFeatures.add(g3);
List<FeatureObject> b2expectedFeatures = new ArrayList<FeatureObject>();
b2expectedFeatures.add(g1);
b2expectedFeatures.add(g3);
List<ArtifactObject> g1expectedArtifacts = new ArrayList<ArtifactObject>();
g1expectedArtifacts.add(b2);
List<ArtifactObject> g2expectedArtifacts = new ArrayList<ArtifactObject>();
g2expectedArtifacts.add(b1);
List<ArtifactObject> g3expectedArtifacts = new ArrayList<ArtifactObject>();
g3expectedArtifacts.add(b1);
g3expectedArtifacts.add(b2);
assert b1features.containsAll(b1expectedFeatures) && b1expectedFeatures.containsAll(b1features) : "b1 should be associated to exactly features 2 and 3.";
assert b2features.containsAll(b2expectedFeatures) && b2expectedFeatures.containsAll(b2features) : "b2 should be associated to exactly features 1 and 3.";
assert g1artifacts.containsAll(g1expectedArtifacts) && g1expectedArtifacts.containsAll(g1artifacts) : "g1 should be associated to exactly artifact 2.";
assert g2artifacts.containsAll(g2expectedArtifacts) && g2expectedArtifacts.containsAll(g2artifacts) : "g2 should be associated to exactly artifact 1.";
assert g3artifacts.containsAll(g3expectedArtifacts) && g3expectedArtifacts.containsAll(g3artifacts) : "g3 should be associated to exactly artifacts 1 and 2.";
m_artifact2FeatureRepository.remove(b2g4);
b1features = b1.getFeatures();
b2features = b2.getFeatures();
g1artifacts = g1.getArtifacts();
g2artifacts = g2.getArtifacts();
g3artifacts = g3.getArtifacts();
b2expectedFeatures.remove(g3);
g3expectedArtifacts.remove(b2);
assert b1features.containsAll(b1expectedFeatures) && b1expectedFeatures.containsAll(b1features) : "b1 should be associated to exactly features 2 and 3.";
assert b2features.containsAll(b2expectedFeatures) && b2expectedFeatures.containsAll(b2features) : "b2 should be associated to exactly feature 1.";
assert g1artifacts.containsAll(g1expectedArtifacts) && g1expectedArtifacts.containsAll(g1artifacts) : "g1 should be associated to exactly artifact 2.";
assert g2artifacts.containsAll(g2expectedArtifacts) && g2expectedArtifacts.containsAll(g2artifacts) : "g2 should be associated to exactly artifact 1.";
assert g3artifacts.containsAll(g3expectedArtifacts) && g3expectedArtifacts.containsAll(g3artifacts) : "g3 should be associated to exactly artifact 1.";
}
@Test(groups = { TestUtils.UNIT })
public void testAssociationsWithCardinality() {
ArtifactObject a1 = createBasicArtifactObject("a1");
FeatureObject f1 = createBasicFeatureObject("f1");
FeatureObject f2 = createBasicFeatureObject("f2");
FeatureObject f3 = createBasicFeatureObject("f3");
Map<String, String> props = new HashMap<String, String>();
props.put(Association.LEFT_ENDPOINT, "(" + BundleHelper.KEY_SYMBOLICNAME + "=a1)");
props.put(Association.LEFT_CARDINALITY, "1");
props.put(Association.RIGHT_ENDPOINT, "(" + FeatureObject.KEY_NAME + "=f*)");
props.put(Association.RIGHT_CARDINALITY, "2");
Map<String, String> tags = new HashMap<String, String>();
try {
m_artifact2FeatureRepository.create(props, tags);
assert false : "There are three matches for the feature, but we have a cardinality of 2; we should expect a NPE because no comparator is provided.";
}
catch (NullPointerException npe) {
// expected
}
props.put(Association.RIGHT_CARDINALITY, "3");
Artifact2FeatureAssociation bg = m_artifact2FeatureRepository.create(props, tags);
assert bg != null : "Assocating artifact to feature failed?!";
assert a1.getFeatures().size() == 3 : "The artifact should be associated to three features.";
assert (f1.getArtifacts().size() == 1) && f1.getArtifacts().contains(a1) : "g1 should be associated to only b1.";
assert (f2.getArtifacts().size() == 1) && f2.getArtifacts().contains(a1) : "g1 should be associated to only b1.";
assert (f3.getArtifacts().size() == 1) && f3.getArtifacts().contains(a1) : "g1 should be associated to only b1.";
}
@Test(groups = { TestUtils.UNIT })
public void testAssociationsWithLists() {
ArtifactObject b1 = createBasicArtifactObject("b1");
ArtifactObject b2 = createBasicArtifactObject("b2");
ArtifactObject b3 = createBasicArtifactObject("b3");
FeatureObject g1 = createBasicFeatureObject("g1");
FeatureObject g2 = createBasicFeatureObject("g2");
FeatureObject g3 = createBasicFeatureObject("g3");
List<ArtifactObject> artifacts = new ArrayList<ArtifactObject>();
artifacts.add(b1);
artifacts.add(b2);
List<FeatureObject> features = new ArrayList<FeatureObject>();
features.add(g1);
features.add(g3);
Artifact2FeatureAssociation bg = m_artifact2FeatureRepository.create(artifacts, features);
assert bg.getLeft().size() == 2 : "We expect two artifacts on the left side of the association.";
assert bg.getRight().size() == 2 : "We expect two features on the right side of the association.";
assert bg.getLeft().contains(b1) : "b1 should be on the left side of the association.";
assert bg.getLeft().contains(b2) : "b2 should be on the left side of the association.";
assert !bg.getLeft().contains(b3) : "b3 should not be on the left side of the association.";
assert bg.getRight().contains(g1) : "g1 should be on the right side of the association.";
assert !bg.getRight().contains(g2) : "g2 should not be on the right side of the association.";
assert bg.getRight().contains(g3) : "g3 should be on the right side of the association.";
List<FeatureObject> foundFeatures = b1.getFeatures();
assert foundFeatures.size() == 2 : "b1 should be associated with two features.";
assert foundFeatures.contains(g1) : "b1 should be associated with g1";
assert !foundFeatures.contains(g2) : "b1 not should be associated with g2";
assert foundFeatures.contains(g3) : "b1 should be associated with g3";
foundFeatures = b3.getFeatures();
assert foundFeatures.size() == 0 : "b3 should not be associated with any features.";
List<ArtifactObject> foundArtifacts = g3.getArtifacts();
assert foundArtifacts.size() == 2 : "g1 should be associated with two features.";
assert foundArtifacts.contains(b1) : "g1 should be associated with b1";
assert foundArtifacts.contains(b2) : "g1 should be associated with b2";
assert !foundArtifacts.contains(b3) : "g1 should not be associated with b3";
}
@Test(groups = { TestUtils.UNIT })
public void testDeploymentRepository() {
DeploymentVersionObject version11 = createBasicDeploymentVersionObject("target1", "1", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject version12 = createBasicDeploymentVersionObject("target1", "2", new String[] { "artifact3", "artifact4" });
// Note the different order in adding the versions for target2.
DeploymentVersionObject version22 = createBasicDeploymentVersionObject("target2", "2", new String[] { "artifactC", "artifactD" });
DeploymentVersionObject version21 = createBasicDeploymentVersionObject("target2", "1", new String[] { "artifactA", "artifactB" });
assert m_deploymentVersionRepository.getDeploymentVersions("NotMyTarget").size() == 0 : "The deployment repository should not return" +
"any versions when we ask for a target that does not exist, but it returns " + m_deploymentVersionRepository.getDeploymentVersions("NotMyTarget").size();
List<DeploymentVersionObject> for1 = m_deploymentVersionRepository.getDeploymentVersions("target1");
assert for1.size() == 2 : "We expect two versions for target1, but we find " + for1.size();
assert for1.get(0) == version11 : "The first version for target1 should be version11";
assert for1.get(1) == version12 : "The second version for target1 should be version12";
List<DeploymentVersionObject> for2 = m_deploymentVersionRepository.getDeploymentVersions("target2");
assert for2.size() == 2 : "We expect two versions for target2, but we find " + for2.size();
assert for2.get(0) == version21 : "The first version for target2 should be version21";
assert for2.get(1) == version22 : "The second version for target2 should be version22";
assert m_deploymentVersionRepository.getMostRecentDeploymentVersion("NotMyTarget") == null : "The most recent version for a non-existent target should not exist.";
assert m_deploymentVersionRepository.getMostRecentDeploymentVersion("target1") == version12 : "The most recent version for target1 should be version12";
assert m_deploymentVersionRepository.getMostRecentDeploymentVersion("target2") == version22 : "The most recent version for target2 should be version22";
}
@Test(groups = { TestUtils.UNIT })
public void testDeploymentRepositoryFilter() {
String gwId = "\\ ( * ) target1)";
DeploymentVersionObject version1 = createBasicDeploymentVersionObject(gwId, "1", new String[] { "artifact1", "artifact2" });
List<DeploymentVersionObject> for1 = m_deploymentVersionRepository.getDeploymentVersions(gwId);
assert for1.size() == 1 : "We expect one version for" + gwId + ", but we find " + for1.size();
assert for1.get(0) == version1 : "The only version for" + gwId + "should be version1";
}
@Test(groups = { TestUtils.UNIT })
public void testDeploymentVersion() throws IOException {
DeploymentVersionObject version = createBasicDeploymentVersionObject("target1", "1", new String[] { "artifact1", "artifact2" });
assert version.getDeploymentArtifacts().length == 2 : "We expect to find two artifacts, but we find " + version.getDeploymentArtifacts().length;
assert version.getDeploymentArtifacts()[0].getUrl().equals("artifact1");
assert version.getDeploymentArtifacts()[1].getUrl().equals("artifact2");
((DeploymentArtifactImpl) version.getDeploymentArtifacts()[0]).addDirective("myDirective", "myValue");
try {
createBasicDeploymentVersionObject("target1", "1", new String[] { "artifact1", "artifact2" });
assert false : "Creating a deployment version with a target and version that already exists should not be allowed.";
}
catch (IllegalArgumentException iae) {
// expected
}
assert m_deploymentVersionRepository.get().size() == 1 : "The disallowed version should not be in the repository; we find " + m_deploymentVersionRepository.get().size();
assert m_deploymentVersionRepository.get().get(0) == version : "Only our newly created version object should be in the repository.";
ByteArrayOutputStream buffer = new ByteArrayOutputStream();
RepositorySet deployment = new RepositorySet(null, null, null, null, new ObjectRepositoryImpl[] { m_deploymentVersionRepository }, null, "", true);
new RepositorySerializer(deployment).toXML(buffer);
initializeRepositoryAdmin();
assert m_deploymentVersionRepository.get().size() == 0;
deployment = new RepositorySet(null, null, null, null, new ObjectRepositoryImpl[] { m_deploymentVersionRepository }, null, "", true);
new RepositorySerializer(deployment).fromXML(new ByteArrayInputStream(buffer.toByteArray()));
assert m_deploymentVersionRepository.get().size() == 1 : "The disallowed version should not be in the repository.";
assert m_deploymentVersionRepository.get().get(0).equals(version) : "Only our newly created version object should be in the repository.";
assert m_deploymentVersionRepository.get().get(0).getDeploymentArtifacts().length == 2 : "We expect to find two artifacts, but we find " + m_deploymentVersionRepository.get().get(0).getDeploymentArtifacts().length;
assert m_deploymentVersionRepository.get().get(0).getDeploymentArtifacts()[0].getUrl().equals("artifact1");
assert m_deploymentVersionRepository.get().get(0).getDeploymentArtifacts()[0].getKeys().length == 1 : "We expect to find one directive in the first artifact.";
assert m_deploymentVersionRepository.get().get(0).getDeploymentArtifacts()[0].getDirective("myDirective").equals("myValue") : "The directive should be 'myValue'.";
assert m_deploymentVersionRepository.get().get(0).getDeploymentArtifacts()[1].getUrl().equals("artifact2");
}
/**
* Not a full-fledged testcase, but a quick test of the correctness of the specified classes for distributions,
* targets and their associations. In essence, this test 'touches' all code which uses generic code which has been
* tested by TestAssociations.
*/
@Test(groups = { TestUtils.UNIT })
public void testDistribution2TargetAssociations() {
initializeRepositoryAdmin();
DistributionObject d1 = createBasicDistributionObject("distribution1");
TargetObject t1 = createBasicTargetObject("target1");
m_distribution2TargetRepository.create(d1, t1);
assert d1.getFeatures().size() == 0 : "Distribution 1 should not be associated with any features; it is associated with " + d1.getFeatures().size() + ".";
assert d1.getTargets().size() == 1 : "Distribution 1 should be associated with exactly one target; it is associated with " + d1.getTargets().size() + ".";
assert t1.getDistributions().size() == 1 : "Target 1 should be associated with exactly one distribution; it is associated with " + t1.getDistributions().size() + ".";
}
/**
* Tests the correctness of the equals() in RepositoryObject.
*/
@Test(groups = { TestUtils.UNIT })
public void testEquals() {
List<ArtifactObject> artifacts = new ArrayList<ArtifactObject>();
artifacts.add(createBasicArtifactObject("artifact1"));
artifacts.add(createBasicArtifactObject("artifact2"));
artifacts.get(1).addTag("thetag", "thevalue");
artifacts.add(createBasicArtifactObject("artifact3"));
List<ArtifactObject> backupArtifacts = new ArrayList<ArtifactObject>();
backupArtifacts.addAll(artifacts);
for (ArtifactObject b : backupArtifacts) {
artifacts.remove(b);
}
assert artifacts.size() == 0 : "The artifacts list should be empty; if not, the ArtifactObject's equals() could be broken.";
}
/**
* Not a full-fledged testcase, but a quick test of the correctness of the specified classes for features,
* distributions and their associations. In essence, this test 'touches' all code which uses generic code which has
* been tested by TestAssociations.
*/
@Test(groups = { TestUtils.UNIT })
public void TestFeature2DistributionAssociations() {
initializeRepositoryAdmin();
FeatureObject f1 = createBasicFeatureObject("feature1");
DistributionObject d1 = createBasicDistributionObject("distribution1");
Feature2DistributionAssociation f2d1 = m_feature2DistributionRepository.create(f1, d1);
assert (f2d1.getLeft().size() == 1) && f2d1.getLeft().contains(f1) : "Left side of the association should be our feature.";
assert (f2d1.getRight().size() == 1) && f2d1.getRight().contains(d1) : "Right side of the association should be our distribution.";
assert f1.getArtifacts().size() == 0 : "Feature 1 should not be associated with any artifacts; it is associated with " + f1.getArtifacts().size() + ".";
assert f1.getDistributions().size() == 1 : "Feature 1 should be associated with exactly one distribution; it is associated with " + f1.getDistributions().size() + ".";
assert d1.getFeatures().size() == 1 : "Distribution 1 should be associated with exactly one feature; it is associated with " + d1.getFeatures().size() + ".";
assert d1.getTargets().size() == 0 : "Distribution 1 should not be associated with any targets; it is associated with " + d1.getTargets().size() + ".";
}
@Test(groups = { TestUtils.UNIT })
public void testGetAssociationsWith() {
initializeRepositoryAdmin();
ArtifactObject a1 = createBasicArtifactObject("artifact1");
FeatureObject f1 = createBasicFeatureObject("feature1");
Artifact2FeatureAssociation a2f1 = m_artifact2FeatureRepository.create(a1, f1);
List<Artifact2FeatureAssociation> b1Associations = a1.getAssociationsWith(f1);
List<Artifact2FeatureAssociation> g1Associations = f1.getAssociationsWith(a1);
assert b1Associations.size() == 1 : "The artifact has exactly one association to the feature, but it shows " + b1Associations.size() + ".";
assert b1Associations.get(0) == a2f1 : "The artifact's association should be the one we created.";
assert g1Associations.size() == 1 : "The feature has exactly one association to the artifact.";
assert g1Associations.get(0) == a2f1 : "The feature's association should be the one we created.";
}
@Test(groups = { TestUtils.UNIT })
public void testLimitedNumberOfDeploymentVersions() throws IOException {
RepositoryConfigurationImpl repoConfig = new RepositoryConfigurationImpl();
repoConfig.setDeploymentVersionLimit(3); // only keep the 3 most recent deployment versions...
m_deploymentVersionRepository = new DeploymentVersionRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_deploymentVersionRepository, BundleContext.class, m_mockBundleContext);
// Add several bundles, but not enough to get any deployment version purged...
DeploymentVersionObject target1_v1 = createBasicDeploymentVersionObject("target1", "1", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject target1_v2 = createBasicDeploymentVersionObject("target1", "2", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject target1_v3 = createBasicDeploymentVersionObject("target1", "3", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject target2_v1 = createBasicDeploymentVersionObject("target2", "1", new String[] { "artifact3", "artifact4" });
DeploymentVersionObject target2_v2 = createBasicDeploymentVersionObject("target2", "2", new String[] { "artifact3", "artifact5" });
List<DeploymentVersionObject> repo = m_deploymentVersionRepository.get();
// All created deployment versions should be present...
assertEquals(repo.size(), 5);
assertTrue(repo.contains(target1_v1));
assertTrue(repo.contains(target1_v2));
assertTrue(repo.contains(target1_v3));
assertTrue(repo.contains(target2_v1));
assertTrue(repo.contains(target2_v2));
// Add a new deployment version, which should cause the oldest (= version 1) of target1 to be purged...
DeploymentVersionObject target1_v4 = createBasicDeploymentVersionObject("target1", "4", new String[] { "artifact1", "artifact2" });
repo = m_deploymentVersionRepository.get();
// Still 5 deployment versions, without version 1 of target1...
assertEquals(repo.size(), 5);
assertFalse(repo.contains(target1_v1));
assertTrue(repo.contains(target1_v2));
assertTrue(repo.contains(target1_v3));
assertTrue(repo.contains(target1_v4));
assertTrue(repo.contains(target2_v1));
assertTrue(repo.contains(target2_v2));
// Add yet another deployment version, which should cause the oldest (= version 2) of target1 to be purged...
DeploymentVersionObject target1_v5 = createBasicDeploymentVersionObject("target1", "5", new String[] { "artifact1", "artifact2" });
repo = m_deploymentVersionRepository.get();
// Still 5 deployment versions, without versions 1 & 2 of target1...
assertEquals(repo.size(), 5);
assertFalse(repo.contains(target1_v1));
assertFalse(repo.contains(target1_v2));
assertTrue(repo.contains(target1_v3));
assertTrue(repo.contains(target1_v4));
assertTrue(repo.contains(target1_v5));
assertTrue(repo.contains(target2_v1));
assertTrue(repo.contains(target2_v2));
}
@Test(groups = { TestUtils.UNIT })
public void testModelFiltering() throws InvalidSyntaxException {
initializeRepositoryAdmin();
// Create an empty artifact repository.
Map<String, String> attributes = new HashMap<String, String>();
attributes.put("myattribute", "theattribute");
attributes.put("name", "attname");
Map<String, String> tags = new HashMap<String, String>();
assert m_featureRepository != null : "Something has gone wrong injecting the feature repository.";
FeatureObject g1 = m_featureRepository.create(attributes, tags);
g1.addTag("mytag", "thetag");
g1.addTag("name", "tagname");
g1.addTag("difficult", ")diffi)c*ul\\t");
assert m_featureRepository.get(createLocalFilter("(myattribute=*)")).size() == 1 : "There should be a myattribute in b1.";
assert m_featureRepository.get(createLocalFilter("(myattribute=theattribute)")).size() == 1 : "There should be myattribute=theattribute in b1.";
assert m_featureRepository.get(createLocalFilter("(myattribute=thetag)")).size() == 0 : "There should not be myattribute=thetag in b1.";
assert m_featureRepository.get(createLocalFilter("(mytag=*)")).size() == 1 : "There should be a mytag in b1.";
assert m_featureRepository.get(createLocalFilter("(mytag=thetag)")).size() == 1 : "There should be mytag=thetag in b1.";
assert m_featureRepository.get(createLocalFilter("(mytag=theattribute)")).size() == 0 : "There should not be mytag=theattribute in b1.";
assert m_featureRepository.get(createLocalFilter("(name=*)")).size() == 1 : "There should be a name parameter in b1.";
assert m_featureRepository.get(createLocalFilter("(name=attname)")).size() == 1 : "There should be a name=attname in b1.";
assert m_featureRepository.get(createLocalFilter("(name=tagname)")).size() == 1 : "There should be a name=tagname in b1.";
assert m_featureRepository.get(createLocalFilter("(name=thetag)")).size() == 0 : "There should not be name=thetag in b1.";
try {
m_featureRepository.get(createLocalFilter("(difficult=)diffi)c*ul\\t"));
assert false : "The non-escaped difficult string should raise an error.";
}
catch (InvalidSyntaxException ex) {
// expected
}
assert m_featureRepository.get(createLocalFilter("(difficult=" + RepositoryUtil.escapeFilterValue(")diffi)c*ul\\t") + ")")).size() == 1 : "The 'difficult' string should be correctly escaped, and thus return exactly one match.";
}
@Test(groups = { TestUtils.UNIT })
public void testRepositorySerialization() throws IOException {
createBasicArtifactObject("myartifact", "1");
createBasicArtifactObject("myartifact", "2");
// Write the store to a stream, reset the repository, and re-read it.
ByteArrayOutputStream buffer = new ByteArrayOutputStream();
RepositorySet store = new RepositorySet(null, null, null, null, new ObjectRepositoryImpl[] { m_artifactRepository, m_artifact2FeatureRepository, m_featureRepository }, null, "", true);
new RepositorySerializer(store).toXML(buffer);
initializeRepositoryAdmin();
store = new RepositorySet(null, null, null, null, new ObjectRepositoryImpl[] { m_artifactRepository, m_artifact2FeatureRepository, m_featureRepository }, null, "", true);
new RepositorySerializer(store).fromXML(new ByteArrayInputStream(buffer.toByteArray()));
assert m_artifactRepository.get().size() == 2 : "We expect to find 2 artifacts, but we find " + m_artifactRepository.get().size();
}
@Test(groups = { TestUtils.UNIT })
public void testSerialization() throws IOException {
ArtifactObject b1 = createBasicArtifactObject("artifact1");
ArtifactObject b2 = createBasicArtifactObject("artifact2");
ArtifactObject b3 = createBasicArtifactObject("artifact3");
FeatureObject g1 = createBasicFeatureObject("feature1");
FeatureObject g2 = createBasicFeatureObject("feature2");
m_artifact2FeatureRepository.create(b1, g1);
m_artifact2FeatureRepository.create(b2, g2);
m_artifact2FeatureRepository.create(b3, g2);
ByteArrayOutputStream buffer = new ByteArrayOutputStream();
RepositorySet store = new RepositorySet(null, null, null, null, new ObjectRepositoryImpl[] { m_artifactRepository, m_featureRepository, m_artifact2FeatureRepository }, null, "", true);
new RepositorySerializer(store).toXML(buffer);
initializeRepositoryAdmin();
store = new RepositorySet(null, null, null, null, new ObjectRepositoryImpl[] { m_artifactRepository, m_featureRepository, m_artifact2FeatureRepository }, null, "", true);
new RepositorySerializer(store).fromXML(new ByteArrayInputStream(buffer.toByteArray()));
assert m_artifactRepository.get().size() == 3 : "We expect to find 3 artifacts, but we find " + m_artifactRepository.get().size();
assert m_featureRepository.get().size() == 2 : "We expect to find 2 features, but we find " + m_featureRepository.get().size();
assert m_artifact2FeatureRepository.get().size() == 3 : "We expect to find 3 associations, but we find " + m_artifact2FeatureRepository.get().size();
assert b1.isAssociated(g1, FeatureObject.class) : "After serialization, b1 should still be associated with g1.";
assert !b1.isAssociated(g2, FeatureObject.class) : "After serialization, b1 should not be associated with g1.";
assert !b2.isAssociated(g1, FeatureObject.class) : "After serialization, b2 should not be associated with g2.";
assert b2.isAssociated(g2, FeatureObject.class) : "After serialization, b2 should still be associated with g2.";
assert !b3.isAssociated(g1, FeatureObject.class) : "After serialization, b3 should not be associated with g2.";
assert b3.isAssociated(g2, FeatureObject.class) : "After serialization, b3 should still be associated with g2.";
}
@Test(groups = { TestUtils.UNIT })
public void testUnlimitedNumberOfDeploymentVersions() throws IOException {
RepositoryConfiguration repoConfig = new RepositoryConfigurationImpl();
m_deploymentVersionRepository = new DeploymentVersionRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_deploymentVersionRepository, BundleContext.class, m_mockBundleContext);
DeploymentVersionObject target1_v1 = createBasicDeploymentVersionObject("target1", "1", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject target1_v2 = createBasicDeploymentVersionObject("target1", "2", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject target1_v3 = createBasicDeploymentVersionObject("target1", "3", new String[] { "artifact1", "artifact2" });
DeploymentVersionObject target2_v1 = createBasicDeploymentVersionObject("target2", "1", new String[] { "artifact3", "artifact4" });
DeploymentVersionObject target2_v2 = createBasicDeploymentVersionObject("target2", "2", new String[] { "artifact3", "artifact5" });
List<DeploymentVersionObject> repo = m_deploymentVersionRepository.get();
assertEquals(repo.size(), 5);
assertTrue(repo.contains(target1_v1));
assertTrue(repo.contains(target1_v2));
assertTrue(repo.contains(target1_v3));
assertTrue(repo.contains(target2_v1));
assertTrue(repo.contains(target2_v2));
DeploymentVersionObject target1_v4 = createBasicDeploymentVersionObject("target1", "4", new String[] { "artifact1", "artifact2" });
repo = m_deploymentVersionRepository.get();
assertEquals(repo.size(), 6);
assertTrue(repo.contains(target1_v1));
assertTrue(repo.contains(target1_v2));
assertTrue(repo.contains(target1_v3));
assertTrue(repo.contains(target1_v4));
assertTrue(repo.contains(target2_v1));
assertTrue(repo.contains(target2_v2));
DeploymentVersionObject target1_v5 = createBasicDeploymentVersionObject("target1", "5", new String[] { "artifact1", "artifact2" });
repo = m_deploymentVersionRepository.get();
assertEquals(repo.size(), 7);
assertTrue(repo.contains(target1_v1));
assertTrue(repo.contains(target1_v2));
assertTrue(repo.contains(target1_v3));
assertTrue(repo.contains(target1_v4));
assertTrue(repo.contains(target1_v5));
assertTrue(repo.contains(target2_v1));
assertTrue(repo.contains(target2_v2));
}
@Test(groups = { TestUtils.UNIT })
public void testConcurrentAccessToObjectRepository() throws Exception {
initializeRepositoryAdmin();
// adds 10 features
for (int i = 0; i < 10; i++) {
createBasicFeatureObject("feature-" + i);
}
// asks for a list
List<FeatureObject> list = m_featureRepository.get();
// then adds another feature
createBasicFeatureObject("feature-X");
// and makes sure the returned list still has 10 features, not 11, and not
// throwing any concurrent modification exceptions
assertEquals(list.size(), 10);
Iterator<FeatureObject> iterator = list.iterator();
for (int i = 0; i < 10; i++) {
assertTrue(iterator.hasNext());
assertTrue(iterator.next() != null);
}
assertFalse(iterator.hasNext());
// remove item from the list
list.remove(0);
// get a new list, ensure there are still 11 features
list = m_featureRepository.get();
assertEquals(list.size(), 11);
}
private ArtifactObject createBasicArtifactObject(String symbolicName) {
return createBasicArtifactObject(symbolicName, null);
}
private ArtifactObject createBasicArtifactObject(String symbolicName, String version) {
return createBasicArtifactObject(symbolicName, version, null);
}
private ArtifactObject createBasicArtifactObject(String symbolicName, String version, String size) {
Map<String, String> attr = new HashMap<String, String>();
attr.put(BundleHelper.KEY_SYMBOLICNAME, symbolicName);
attr.put(ArtifactObject.KEY_MIMETYPE, BundleHelper.MIMETYPE);
attr.put(ArtifactObject.KEY_URL, "http://" + symbolicName + "-v" + ((version == null) ? "null" : version));
if (size != null) {
attr.put(ArtifactObject.KEY_SIZE, size); // bytes
}
Map<String, String> tags = new HashMap<String, String>();
if (version != null) {
attr.put(BundleHelper.KEY_VERSION, version);
}
return m_artifactRepository.create(attr, tags);
}
private DeploymentVersionObject createBasicDeploymentVersionObject(String targetID, String version, String[] artifacts) {
Map<String, String> attr = new HashMap<String, String>();
attr.put(DeploymentVersionObject.KEY_TARGETID, targetID);
attr.put(DeploymentVersionObject.KEY_VERSION, version);
Map<String, String> tags = new HashMap<String, String>();
List<DeploymentArtifactImpl> deploymentArtifacts = new ArrayList<DeploymentArtifactImpl>();
for (String s : artifacts) {
deploymentArtifacts.add(new DeploymentArtifactImpl(s, -1L));
}
return m_deploymentVersionRepository.create(attr, tags, deploymentArtifacts.toArray(new DeploymentArtifact[0]));
}
private DistributionObject createBasicDistributionObject(String name) {
Map<String, String> attr = new HashMap<String, String>();
attr.put(DistributionObject.KEY_NAME, name);
Map<String, String> tags = new HashMap<String, String>();
return m_distributionRepository.create(attr, tags);
}
private FeatureObject createBasicFeatureObject(String name) {
Map<String, String> attr = new HashMap<String, String>();
attr.put(FeatureObject.KEY_NAME, name);
Map<String, String> tags = new HashMap<String, String>();
return m_featureRepository.create(attr, tags);
}
private TargetObject createBasicTargetObject(String id) {
Map<String, String> attr = new HashMap<String, String>();
attr.put(TargetObject.KEY_ID, id);
Map<String, String> tags = new HashMap<String, String>();
return m_targetRepository.create(attr, tags);
}
private Filter createLocalFilter(String filter) throws InvalidSyntaxException {
return FrameworkUtil.createFilter(filter);
}
@BeforeMethod(alwaysRun = true)
private void initializeRepositoryAdmin() {
m_mockBundleContext = TestUtils.createMockObjectAdapter(BundleContext.class, new Object() {
@SuppressWarnings("unused")
public Filter createFilter(String filter) throws InvalidSyntaxException {
return createLocalFilter(filter);
}
});
m_mockChangeNotifier = TestUtils.createNullObject(ChangeNotifier.class);
RepositoryConfiguration repoConfig = new RepositoryConfigurationImpl();
m_artifactRepository = new ArtifactRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_artifactRepository, LogService.class);
TestUtils.configureObject(m_artifactRepository, BundleContext.class, m_mockBundleContext);
m_artifactRepository.addHelper(BundleHelper.MIMETYPE, m_bundleHelper);
m_featureRepository = new FeatureRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_featureRepository, BundleContext.class, m_mockBundleContext);
m_artifact2FeatureRepository = new Artifact2FeatureAssociationRepositoryImpl(m_artifactRepository, m_featureRepository, m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_artifact2FeatureRepository, BundleContext.class, m_mockBundleContext);
m_distributionRepository = new DistributionRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_distributionRepository, BundleContext.class, m_mockBundleContext);
m_feature2DistributionRepository = new Feature2DistributionAssociationRepositoryImpl(m_featureRepository, m_distributionRepository, m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_feature2DistributionRepository, BundleContext.class, m_mockBundleContext);
m_targetRepository = new TargetRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_targetRepository, BundleContext.class, m_mockBundleContext);
m_distribution2TargetRepository = new Distribution2TargetAssociationRepositoryImpl(m_distributionRepository, m_targetRepository, m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_distribution2TargetRepository, BundleContext.class, m_mockBundleContext);
m_deploymentVersionRepository = new DeploymentVersionRepositoryImpl(m_mockChangeNotifier, repoConfig);
TestUtils.configureObject(m_deploymentVersionRepository, BundleContext.class, m_mockBundleContext);
m_repositoryAdmin = new RepositoryAdminImpl("testSessionID", repoConfig);
Map<Class<? extends ObjectRepository>, ObjectRepositoryImpl> repos = new HashMap<Class<? extends ObjectRepository>, ObjectRepositoryImpl>();
repos.put(ArtifactRepository.class, m_artifactRepository);
repos.put(Artifact2FeatureAssociationRepository.class, m_artifact2FeatureRepository);
repos.put(FeatureRepository.class, m_featureRepository);
repos.put(Feature2DistributionAssociationRepository.class, m_feature2DistributionRepository);
repos.put(DistributionRepository.class, m_distributionRepository);
repos.put(Distribution2TargetAssociationRepository.class, m_distribution2TargetRepository);
repos.put(TargetRepository.class, m_targetRepository);
repos.put(DeploymentVersionRepository.class, m_deploymentVersionRepository);
m_repositoryAdmin.initialize(repos);
TestUtils.configureObject(m_repositoryAdmin, Preferences.class);
TestUtils.configureObject(m_repositoryAdmin, PreferencesService.class);
}
}