Examples with RepositoryCorruptException org.eclipse.winery.repository.exceptions.RepositoryCorruptException used on opensource projects

Example 1 with RepositoryCorruptException

use of org.eclipse.winery.repository.exceptions.RepositoryCorruptException in project winery by eclipse.

the class BackendUtils method getName.

public static String getName(DefinitionsChildId instanceId) throws RepositoryCorruptException {
    IRepository repository = RepositoryFactory.getRepository();
    if (!repository.exists(instanceId)) {
        throw new RepositoryCorruptException("Definitions does not exist for instance");
    }
    TExtensibleElements instanceElement = RepositoryFactory.getRepository().getDefinitions(instanceId).getElement();
    return ModelUtilities.getNameWithIdFallBack(instanceElement);
}

Example 2 with RepositoryCorruptException

use of org.eclipse.winery.repository.exceptions.RepositoryCorruptException in project winery by eclipse.

the class IGenericRepository method getReferencedDefinitionsChildIds.

/**
 * Determines the referenced definition children Ids. Does NOT return the included files.
 *
 * @return a collection of referenced definition child Ids
 */
default Collection<DefinitionsChildId> getReferencedDefinitionsChildIds(ArtifactTemplateId id) throws RepositoryCorruptException {
    Collection<DefinitionsChildId> ids = new ArrayList<>();
    final TArtifactTemplate artifactTemplate = this.getElement(id);
    // "Export" type
    QName type = artifactTemplate.getType();
    if (type == null) {
        throw new RepositoryCorruptException("Type is null for " + id.toReadableString());
    } else {
        ids.add(new ArtifactTypeId(type));
    }
    return ids;
}

Example 3 with RepositoryCorruptException

use of org.eclipse.winery.repository.exceptions.RepositoryCorruptException in project winery by eclipse.

the class ToscaExportUtil method writeDefinitionsElement.

/**
 * Writes the Definitions belonging to the given definitgion children to the output stream
 *
 * @return a collection of DefinitionsChildIds referenced by the given component
 * @throws RepositoryCorruptException if tcId does not exist
 */
private Collection<DefinitionsChildId> writeDefinitionsElement(IRepository repository, DefinitionsChildId tcId, OutputStream out) throws JAXBException, RepositoryCorruptException, IOException {
    if (!repository.exists(tcId)) {
        String error = "Component instance " + tcId.toReadableString() + " does not exist.";
        ToscaExportUtil.LOGGER.error(error);
        throw new RepositoryCorruptException(error);
    }
    this.getPrepareForExport(repository, tcId);
    Definitions entryDefinitions = repository.getDefinitions(tcId);
    // BEGIN: Definitions modification
    // the "imports" collection contains the imports of Definitions, not of other definitions
    // the other definitions are stored in entryDefinitions.getImport()
    // we modify the internal definitions object directly. It is not written back to the storage. Therefore, we do not need to clone it
    // the imports (pointing to not-definitions (xsd, wsdl, ...)) already have a correct relative URL. (quick hack)
    URI uri = (URI) this.exportConfiguration.get(ToscaExportUtil.ExportProperties.REPOSITORY_URI.toString());
    if (uri != null) {
        // we are in the plain-XML mode, the URLs of the imports have to be adjusted
        for (TImport i : entryDefinitions.getImport()) {
            String loc = i.getLocation();
            if (!loc.startsWith("../")) {
                LOGGER.warn("Location is not relative for id " + tcId.toReadableString());
            }
            ;
            loc = loc.substring(3);
            loc = uri + loc;
            // now the location is an absolute URL
            i.setLocation(loc);
        }
    }
    // files of imports have to be added to the CSAR, too
    for (TImport i : entryDefinitions.getImport()) {
        String loc = i.getLocation();
        if (Util.isRelativeURI(loc)) {
            // locally stored, add to CSAR
            GenericImportId iid = new GenericImportId(i);
            String fileName = Util.getLastURIPart(loc);
            fileName = Util.URLdecode(fileName);
            RepositoryFileReference ref = new RepositoryFileReference(iid, fileName);
            this.putRefAsReferencedItemInCsar(ref);
        }
    }
    Collection<DefinitionsChildId> referencedDefinitionsChildIds = repository.getReferencedDefinitionsChildIds(tcId);
    // adjust imports: add imports of definitions to it
    Collection<TImport> imports = new ArrayList<>();
    for (DefinitionsChildId id : referencedDefinitionsChildIds) {
        this.addToImports(repository, id, imports);
    }
    entryDefinitions.getImport().addAll(imports);
    if (entryDefinitions.getElement() instanceof TEntityType) {
        TEntityType entityType = (TEntityType) entryDefinitions.getElement();
        // we have an entity type with a possible properties definition
        WinerysPropertiesDefinition wpd = entityType.getWinerysPropertiesDefinition();
        if (wpd != null) {
            if (wpd.getIsDerivedFromXSD() == null) {
                // Write WPD only to file if it exists and is NOT derived from an XSD (which may happen during import)
                String wrapperElementNamespace = wpd.getNamespace();
                String wrapperElementLocalName = wpd.getElementName();
                // BEGIN: add import and put into CSAR
                TImport imp = new TImport();
                entryDefinitions.getImport().add(imp);
                // fill known import values
                imp.setImportType(XMLConstants.W3C_XML_SCHEMA_NS_URI);
                imp.setNamespace(wrapperElementNamespace);
                // add "winerysPropertiesDefinition" flag to import tag to support
                Map<QName, String> otherAttributes = imp.getOtherAttributes();
                otherAttributes.put(QNames.QNAME_WINERYS_PROPERTIES_DEFINITION_ATTRIBUTE, "true");
                // Determine location
                String loc = BackendUtils.getImportLocationForWinerysPropertiesDefinitionXSD((EntityTypeId) tcId, uri, wrapperElementLocalName);
                if (uri == null) {
                    ToscaExportUtil.LOGGER.trace("CSAR Export mode. Putting XSD into CSAR");
                    // CSAR Export mode
                    // XSD has to be put into the CSAR
                    Document document = ModelUtilities.getWinerysPropertiesDefinitionXsdAsDocument(wpd);
                    // loc in import is URLencoded, loc on filesystem isn't
                    String locInCSAR = Util.URLdecode(loc);
                    // furthermore, the path has to start from the root of the CSAR; currently, it starts from Definitions/
                    locInCSAR = locInCSAR.substring(3);
                    ToscaExportUtil.LOGGER.trace("Location in CSAR: {}", locInCSAR);
                    this.referencesToPathInCSARMap.put(new DummyRepositoryFileReferenceForGeneratedXSD(document), locInCSAR);
                }
                imp.setLocation(loc);
                // END: add import and put into CSAR
                // BEGIN: generate TOSCA conforming PropertiesDefinition
                PropertiesDefinition propertiesDefinition = new PropertiesDefinition();
                propertiesDefinition.setType(new QName(wrapperElementNamespace, wrapperElementLocalName));
                entityType.setPropertiesDefinition(propertiesDefinition);
            // END: generate TOSCA conforming PropertiesDefinition
            } else {
            // noinspection StatementWithEmptyBody
            // otherwise WPD exists, but is derived from XSD
            // we DO NOT have to remove the winery properties definition from the output to allow "debugging" of the CSAR
            }
        }
    }
    // END: Definitions modification
    this.writeDefinitionsElement(entryDefinitions, out);
    return referencedDefinitionsChildIds;
}