private static void fillRequirementsMap(
Map<String, Requirement> map,
List<RequirementDefinition> elements,
Collection<CSARDependency> dependencies,
Map<String, Requirement> mapToMerge,
IToscaElementFinder toscaElementFinder) {
if (elements == null) {
return;
}
for (RequirementDefinition requirement : elements) {
Requirement toAddRequirement = MapUtils.getObject(mapToMerge, requirement.getId());
if (toAddRequirement == null) {
toAddRequirement = new Requirement();
toAddRequirement.setType(requirement.getType());
IndexedCapabilityType indexedReq =
toscaElementFinder.getElementInDependencies(
IndexedCapabilityType.class, requirement.getType(), dependencies);
if (indexedReq != null && indexedReq.getProperties() != null) {
toAddRequirement.setProperties(
PropertyUtil.getDefaultPropertyValuesFromPropertyDefinitions(
indexedReq.getProperties()));
}
}
map.put(requirement.getId(), toAddRequirement);
}
}
@SuppressWarnings("unchecked")
@Test
public void testNodeType() throws FileNotFoundException, ParsingException {
Mockito.reset(repositorySearchService);
IndexedNodeType mockedResult = Mockito.mock(IndexedNodeType.class);
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedNodeType.class),
Mockito.eq("tosca.nodes.SoftwareComponent"),
Mockito.any(List.class)))
.thenReturn(mockedResult);
Mockito.when(mockedResult.getDerivedFrom()).thenReturn(Lists.newArrayList("tosca.nodes.Root"));
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedNodeType.class),
Mockito.eq("tosca.nodes.Root"),
Mockito.any(List.class)))
.thenReturn(mockedResult);
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedNodeType.class),
Mockito.eq("tosca.nodes.Compute"),
Mockito.any(List.class)))
.thenReturn(mockedResult);
IndexedCapabilityType mockedCapabilityResult = Mockito.mock(IndexedCapabilityType.class);
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedCapabilityType.class),
Mockito.eq("mytypes.mycapabilities.MyCapabilityTypeName"),
Mockito.any(List.class)))
.thenReturn(mockedCapabilityResult);
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedCapabilityType.class),
Mockito.eq("mytypes.mycapabilities.MyCapabilityTypeName"),
Mockito.any(List.class)))
.thenReturn(mockedCapabilityResult);
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedCapabilityType.class),
Mockito.eq("tosca.capabilities.Endpoint"),
Mockito.any(List.class)))
.thenReturn(mockedCapabilityResult);
IndexedRelationshipType hostedOn = new IndexedRelationshipType();
Mockito.when(
repositorySearchService.getElementInDependencies(
Mockito.eq(IndexedRelationshipType.class),
Mockito.eq("tosca.relationships.HostedOn"),
Mockito.any(List.class)))
.thenReturn(hostedOn);
ParsingResult<ArchiveRoot> parsingResult =
parser.parseFile(Paths.get(getRootDirectory(), "tosca-node-type.yml"));
assertNoBlocker(parsingResult);
ArchiveRoot archiveRoot = parsingResult.getResult();
Assert.assertNotNull(archiveRoot.getArchive());
Assert.assertEquals(getToscaVersion(), archiveRoot.getArchive().getToscaDefinitionsVersion());
Assert.assertEquals(1, archiveRoot.getNodeTypes().size());
// check node type.
Entry<String, IndexedNodeType> entry = archiveRoot.getNodeTypes().entrySet().iterator().next();
Assert.assertEquals("my_company.my_types.MyAppNodeType", entry.getKey());
IndexedNodeType nodeType = entry.getValue();
Assert.assertEquals(
Lists.newArrayList("tosca.nodes.SoftwareComponent", "tosca.nodes.Root"),
nodeType.getDerivedFrom());
Assert.assertEquals("My company’s custom applicaton", nodeType.getDescription());
// validate properties parsing
Assert.assertEquals(4, nodeType.getProperties().size());
PropertyDefinition def1 = new PropertyDefinition();
def1.setType("string");
def1.setDefault(new ScalarPropertyValue("default"));
def1.setDescription("application password");
List<PropertyConstraint> constraints = Lists.newArrayList();
constraints.add(new MinLengthConstraint(6));
constraints.add(new MaxLengthConstraint(10));
def1.setConstraints(constraints);
PropertyDefinition def2 = new PropertyDefinition();
def2.setType("integer");
def2.setDescription("application port number");
PropertyDefinition def3 = new PropertyDefinition();
def3.setType("scalar-unit.size");
def3.setDefault(new ScalarPropertyValue("1 GB"));
LessThanConstraint ltConstraint = new LessThanConstraint();
ltConstraint.setLessThan("1 TB");
constraints = Lists.<PropertyConstraint>newArrayList(ltConstraint);
def3.setConstraints(constraints);
PropertyDefinition def4 = new PropertyDefinition();
def4.setType("scalar-unit.time");
def4.setDefault(new ScalarPropertyValue("1 d"));
GreaterThanConstraint gtConstraint = new GreaterThanConstraint();
gtConstraint.setGreaterThan("1 h");
constraints = Lists.<PropertyConstraint>newArrayList(gtConstraint);
def4.setConstraints(constraints);
Assert.assertEquals(
MapUtil.newHashMap(
new String[] {"my_app_password", "my_app_duration", "my_app_size", "my_app_port"},
new PropertyDefinition[] {def1, def4, def3, def2}),
nodeType.getProperties());
// check requirements
Assert.assertEquals(2, nodeType.getRequirements().size());
RequirementDefinition rd0 = nodeType.getRequirements().get(0);
Assert.assertEquals("host", rd0.getId());
Assert.assertEquals(1, rd0.getLowerBound());
Assert.assertEquals(1, rd0.getUpperBound());
RequirementDefinition rd1 = nodeType.getRequirements().get(1);
Assert.assertEquals("other", rd1.getId());
Assert.assertEquals(0, rd1.getLowerBound());
Assert.assertEquals(Integer.MAX_VALUE, rd1.getUpperBound());
// validate attributes parsing
// nodeType.getAttributes()
// nodeType.getInterfaces()
// nodeType.getCapabilities()
// nodeType.get
}
public void updateSubstitutionType(final Topology topology) {
if (!topology.getDelegateType().equalsIgnoreCase(TopologyTemplate.class.getSimpleName())) {
return;
}
if (topology.getSubstitutionMapping() == null
|| topology.getSubstitutionMapping().getSubstitutionType() == null) {
return;
}
IndexedNodeType nodeType =
csarRepoSearchService.getElementInDependencies(
IndexedNodeType.class,
topology.getSubstitutionMapping().getSubstitutionType().getElementId(),
topology.getDependencies());
TopologyTemplate topologyTemplate =
alienDAO.findById(TopologyTemplate.class, topology.getDelegateId());
TopologyTemplateVersion topologyTemplateVersion =
topologyTemplateVersionService.getByTopologyId(topology.getId());
Set<CSARDependency> inheritanceDependencies = Sets.newHashSet();
inheritanceDependencies.add(
new CSARDependency(nodeType.getArchiveName(), nodeType.getArchiveVersion()));
// we have to search for the eventually existing CSar to update it' deps
// actually, the csar is not renamed when the topology template is renamed (this is not quite
// simple to rename a csar if it
// is used in topologies ....). So we have to search the csar using the topology id.
Csar csar = csarService.getTopologySubstitutionCsar(topology.getId());
if (csar == null) {
// the csar can not be found, we create it
String archiveName = topologyTemplate.getName();
String archiveVersion = topologyTemplateVersion.getVersion();
csar = new Csar(archiveName, archiveVersion);
csar.setSubstitutionTopologyId(topology.getId());
}
csar.setDependencies(inheritanceDependencies);
csar.getDependencies().addAll(topology.getDependencies());
csarService.save(csar);
IndexedNodeType topologyTemplateType = new IndexedNodeType();
topologyTemplateType.setArchiveName(csar.getName());
topologyTemplateType.setArchiveVersion(csar.getVersion());
topologyTemplateType.setElementId(csar.getName());
topologyTemplateType.setDerivedFrom(Lists.newArrayList(nodeType.getElementId()));
topologyTemplateType.setSubstitutionTopologyId(topology.getId());
List<CapabilityDefinition> capabilities = Lists.newArrayList();
topologyTemplateType.setCapabilities(capabilities);
List<RequirementDefinition> requirements = Lists.newArrayList();
topologyTemplateType.setRequirements(requirements);
// inputs from topology become properties of type
topologyTemplateType.setProperties(topology.getInputs());
// output attributes become attributes for the type
Map<String, IValue> attributes = Maps.newHashMap();
topologyTemplateType.setAttributes(attributes);
Map<String, Set<String>> outputAttributes = topology.getOutputAttributes();
if (outputAttributes != null) {
for (Entry<String, Set<String>> oae : outputAttributes.entrySet()) {
String nodeName = oae.getKey();
NodeTemplate nodeTemplate = topology.getNodeTemplates().get(nodeName);
IndexedNodeType nodeTemplateType =
csarRepoSearchService.getRequiredElementInDependencies(
IndexedNodeType.class, nodeTemplate.getType(), topology.getDependencies());
for (String attributeName : oae.getValue()) {
IValue ivalue = nodeTemplateType.getAttributes().get(attributeName);
// we have an issue here : if several nodes have the same attribute name, there is a
// conflict
if (ivalue != null && !attributes.containsKey(attributeName)) {
attributes.put(attributeName, ivalue);
}
}
}
}
// output properties become attributes for the type
Map<String, Set<String>> outputProperties = topology.getOutputProperties();
if (outputProperties != null) {
for (Entry<String, Set<String>> ope : outputProperties.entrySet()) {
String nodeName = ope.getKey();
NodeTemplate nodeTemplate = topology.getNodeTemplates().get(nodeName);
IndexedNodeType nodeTemplateType =
csarRepoSearchService.getRequiredElementInDependencies(
IndexedNodeType.class, nodeTemplate.getType(), topology.getDependencies());
for (String propertyName : ope.getValue()) {
PropertyDefinition pd = nodeTemplateType.getProperties().get(propertyName);
// we have an issue here : if several nodes have the same attribute name, there is a
// conflict
if (pd != null && !attributes.containsKey(propertyName)) {
attributes.put(propertyName, pd);
}
}
}
}
// output capabilities properties also become attributes for the type
Map<String, Map<String, Set<String>>> outputCapabilityProperties =
topology.getOutputCapabilityProperties();
if (outputCapabilityProperties != null) {
for (Entry<String, Map<String, Set<String>>> ocpe : outputCapabilityProperties.entrySet()) {
String nodeName = ocpe.getKey();
NodeTemplate nodeTemplate = topology.getNodeTemplates().get(nodeName);
for (Entry<String, Set<String>> cpe : ocpe.getValue().entrySet()) {
String capabilityName = cpe.getKey();
String capabilityTypeName = nodeTemplate.getCapabilities().get(capabilityName).getType();
IndexedCapabilityType capabilityType =
csarRepoSearchService.getRequiredElementInDependencies(
IndexedCapabilityType.class, capabilityTypeName, topology.getDependencies());
for (String propertyName : cpe.getValue()) {
PropertyDefinition pd = capabilityType.getProperties().get(propertyName);
// we have an issue here : if several nodes have the same attribute name, there is a
// conflict
if (pd != null && !attributes.containsKey(propertyName)) {
attributes.put(propertyName, pd);
}
}
}
}
}
// capabilities substitution
if (topology.getSubstitutionMapping().getCapabilities() != null) {
for (Entry<String, SubstitutionTarget> e :
topology.getSubstitutionMapping().getCapabilities().entrySet()) {
String key = e.getKey();
String nodeName = e.getValue().getNodeTemplateName();
String capabilityName = e.getValue().getTargetId();
NodeTemplate nodeTemplate = topology.getNodeTemplates().get(nodeName);
IndexedNodeType nodeTemplateType =
csarRepoSearchService.getRequiredElementInDependencies(
IndexedNodeType.class, nodeTemplate.getType(), topology.getDependencies());
CapabilityDefinition capabilityDefinition =
IndexedModelUtils.getCapabilityDefinitionById(
nodeTemplateType.getCapabilities(), capabilityName);
capabilityDefinition.setId(key);
topologyTemplateType.getCapabilities().add(capabilityDefinition);
}
}
// requirement substitution
if (topology.getSubstitutionMapping().getRequirements() != null) {
for (Entry<String, SubstitutionTarget> e :
topology.getSubstitutionMapping().getRequirements().entrySet()) {
String key = e.getKey();
String nodeName = e.getValue().getNodeTemplateName();
String requirementName = e.getValue().getTargetId();
NodeTemplate nodeTemplate = topology.getNodeTemplates().get(nodeName);
IndexedNodeType nodeTemplateType =
csarRepoSearchService.getRequiredElementInDependencies(
IndexedNodeType.class, nodeTemplate.getType(), topology.getDependencies());
RequirementDefinition requirementDefinition =
IndexedModelUtils.getRequirementDefinitionById(
nodeTemplateType.getRequirements(), requirementName);
requirementDefinition.setId(key);
topologyTemplateType.getRequirements().add(requirementDefinition);
}
}
indexerService.indexInheritableElement(
csar.getName(), csar.getVersion(), topologyTemplateType, inheritanceDependencies);
}