Examples with Element org.adempiere.pipo2.Element used on opensource projects

Example 26 with Element

use of org.adempiere.pipo2.Element in project sonar-cxx by SonarOpenCommunity.

the class CxxSquidConfiguration method getValues.

/**
 * Used to read multi-valued properties.
 *
 * Collects all found values over all levels. It starts with the given level and further found values in parent levels
 * are added to the end of the list. The method can return an empty list if the property is not set.
 *
 * @param level level at which the search is started
 * @param property key that is searched for
 * @return the values with the specified key value
 */
public List<String> getValues(String level, String key) {
    List<String> result = new ArrayList<>();
    Element eLevel = findLevel(level, parentList.getFirst());
    do {
        if (eLevel != null) {
            Element eKey = eLevel.getChild(key);
            if (eKey != null) {
                for (var value : eKey.getChildren("Value")) {
                    result.add(value.getText());
                }
            }
        }
        eLevel = getParentElement(eLevel);
    } while (eLevel != null);
    return result;
}

Example 27 with Element

use of org.adempiere.pipo2.Element in project VERDICT by ge-high-assurance.

the class ThreatModelUtil method getTypes.

/**
 * Build a map from type names to types. Traverses all files
 * in the current project looking for property declarations, which
 * are used to populate fields for the built-in types.
 *
 * Built-in types are system, connection, and port (also portDirection).
 *
 * This method is not very efficient, and it gets called several times
 * on every keystroke. Fortunately there still seems to be reasonably fast.
 * A crucial optimization will be caching the results because the set of
 * properties does not change that frequently.
 *
 * @param obj an AST node context, used to get access to project files
 * @param indexProvider an index provider, may be obtained through Guice
 * @return the constructed type map
 */
public static LinkedHashMap<String, VerdictType> getTypes(EObject obj, ResourceDescriptionsProvider indexProvider) {
    LinkedHashMap<String, VerdictType> types = new LinkedHashMap<>();
    // Three main built-in types
    BuiltInType connection = new BuiltInType("connection");
    BuiltInType port = new BuiltInType("port");
    BuiltInType system = new BuiltInType("system");
    addBuiltin(types, connection);
    addBuiltin(types, port);
    addBuiltin(types, system);
    // Connection fields
    connection.addField("inPort", port);
    connection.addField("outPort", port);
    connection.addField("source", system);
    connection.addField("dest", system);
    // Port direction
    BuiltInType portDir = new BuiltInType("portDirection");
    portDir.addValue("in");
    portDir.addValue("out");
    // Port fields
    port.addField("direction", portDir);
    port.addField("connections", connection.getListType());
    // System fields
    system.addField("subcomponents", system.getListType());
    system.addField("connections", connection.getListType());
    system.addField("ports", port.getListType());
    // Get the path to the current resource, used to get the project path
    String[] resSegments = obj.eResource().getURI().segments();
    // Iterate through all resources
    IResourceDescriptions index = indexProvider.getResourceDescriptions(obj.eResource());
    descLoop: for (IEObjectDescription desc : index.getExportedObjectsByType(Aadl2Package.eINSTANCE.getPropertySet())) {
        // Get the path to the resource we are examining
        String[] propsResSegments = desc.getEObjectURI().segments();
        // The project is determined by the first two URI segments
        for (int i = 0; i < Math.min(2, Math.min(resSegments.length, propsResSegments.length)); i++) {
            if (!resSegments[i].equals(propsResSegments[i])) {
                continue descLoop;
            }
        }
        // Load the resource into EMF-land; dynamically loads if necessary
        Resource res = obj.eResource().getResourceSet().getResource(desc.getEObjectURI(), true);
        if (res != null) {
            // Search the AST
            TreeIterator<EObject> it = res.getAllContents();
            while (it.hasNext()) {
                EObject next = it.next();
                if (next instanceof PropertySet) {
                    PropertySet props = (PropertySet) next;
                    // Iterate the declared properties
                    for (Element elem : props.getOwnedElements()) {
                        if (elem instanceof Property) {
                            Property prop = (Property) elem;
                            // Make sure type information is present
                            if (prop.getPropertyType() != null) {
                                // the types for which the property is a field
                                for (MetaclassReference meta : prop.getAppliesToMetaclasses()) {
                                    // Get type name, lowercase it because it is a class name
                                    String appliesToMetaclass = meta.getMetaclass().getName().toLowerCase();
                                    // Hopefully this is a type that we have accounted for
                                    if (types.containsKey(appliesToMetaclass)) {
                                        ((BuiltInType) types.get(appliesToMetaclass)).addField(prop.getName(), new AadlTypeWrapper(prop.getName(), prop.getPropertyType()));
                                    } else {
                                        // If we get this error message, then perhaps need to add
                                        // some built-in types
                                        System.err.println("could not find built in type: " + appliesToMetaclass);
                                    }
                                }
                            }
                        }
                    }
                    // Discard all children of the property set
                    it.prune();
                }
            }
        }
    }
    // Prevent synchronization issues
    portDir.lock();
    connection.lock();
    port.lock();
    system.lock();
    return types;
}

Example 28 with Element

use of org.adempiere.pipo2.Element in project mule-migration-assistant by mulesoft.

the class ValidateClientTagMigrationStep method onValidMigrationElement.

private void onValidMigrationElement(Element element, MigrationReport migrationReport) {
    element.setNamespace(CLIENT_ID_ENFORCEMENT_NAMESPACE);
    Element root = getRootElement(element);
    addConfigElement(root);
    final String onUnacceptedName = element.getAttributeValue(ON_UNACCEPTED_ATTR_NAME);
    if (root != null && hasProcessorChain(root, onUnacceptedName)) {
        migrateProcessorChain(root, onUnacceptedName, migrationReport);
    }
    element.removeAttribute(ON_UNACCEPTED_ATTR_NAME);
    element.setAttribute(CONFIG_REF, CLIENT_ID_ENFORCEMENT_CONFIG);
}

Example 29 with Element

use of org.adempiere.pipo2.Element in project mule-migration-assistant by mulesoft.

the class AbstractFederationValidateMigrationStep method setConfigElement.

private void setConfigElement(Element rootElement, Element validateElement, List<Attribute> attributes) {
    Element oauth2ConfigElement = new Element(getConfigElementTagName(), FEDERATION_NAMESPACE).setAttribute(NAME_ATTR_NAME, CONFIG_VALUE);
    attributes.forEach(attr -> oauth2ConfigElement.setAttribute(attr.clone()));
    new ArrayList<>(attributes).forEach(attr -> validateElement.removeAttribute(attr));
    rootElement.addContent(oauth2ConfigElement);
}

Example 30 with Element

use of org.adempiere.pipo2.Element in project mule-migration-assistant by mulesoft.

the class RamlTagMigrationStep method execute.

@Override
public void execute(Element element, MigrationReport migrationReport) throws RuntimeException {
    element.setName(VALIDATE_REQUEST_TAG_NAME);
    element.setNamespace(REST_VALIDATOR_NAMESPACE);
    String configRef = element.getAttributeValue(CONFIG_REF_ATTR_NAME);
    Optional<Element> ramlProxyConfigOptional = findChildElementWithMatchingAttributeValue(getRootElement(element), RAML_PROXY_CONFIG, PROXY_NAMESPACE, NAME_ATTR_NAME, configRef);
    if (ramlProxyConfigOptional.isPresent()) {
        Element ramlProxyConfig = ramlProxyConfigOptional.get();
        ramlProxyConfig.setName(CONFIG_TAG_NAME);
        ramlProxyConfig.setNamespace(REST_VALIDATOR_NAMESPACE);
        ramlProxyConfig.setAttribute(NAME_ATTR_NAME, "rest-validator-config");
        element.setAttribute(CONFIG_REF_ATTR_NAME, "rest-validator-config");
        migrateConfigAttributes(ramlProxyConfig, migrationReport);
        migrateErrorHandlerElement(element.getParentElement(), migrationReport);
        addNamespaceDeclaration(getRootElement(element), REST_VALIDATOR_NAMESPACE, REST_VALIDATOR_XSI_SCHEMA_LOCATION_URI + " " + REST_VALIDATOR_XSI_SCHEMA_LOCATION_XSD);
        addNamespaceDeclaration(getRootElement(element), EE_NAMESPACE, EE_XSI_SCHEMA_LOCATION_URI);
    } else {
        migrationReport.report("raml.noMatchingConfig", element, element);
        throw new RuntimeException("No matching config was found for RAML element.");
    }
}