/**
* Assuming the namespace identifies a classifier, that classifier is returned.
*
* @return classifier at namespace
*/
public static ConcreteClassifier getClassifierAtNamespaces(NamespaceAwareElement me) {
String fullQualifiedName = me.getNamespacesAsString();
if (fullQualifiedName == null
|| fullQualifiedName.endsWith(JavaUniquePathConstructor.PACKAGE_SEPARATOR)) {
return null;
}
// Cut the trailing separator
fullQualifiedName = fullQualifiedName.substring(0, fullQualifiedName.length() - 1);
ConcreteClassifier proxy = me.getConcreteClassifierProxy(fullQualifiedName);
return (ConcreteClassifier) EcoreUtil.resolve(proxy, me);
}
/**
* Converts the namespaces array of the given namespace aware element into a String representation
* using package (.) and class ($) delimiters. The method uses the classpath to determine for each
* element of the namespace if it identifies a package or a class.
*
* @param naElement
* @return single string representation of namespace
*/
public static String getNamespacesAsString(NamespaceAwareElement me) {
JavaClasspath javaClasspath = JavaClasspath.get(me);
String containerName = "";
Iterator<String> it = me.getNamespaces().iterator();
while (it.hasNext()) {
String namespaceFragment = it.next();
// Does it point at a classifier or a package as container?
String assumedPackageName =
containerName + namespaceFragment + JavaUniquePathConstructor.PACKAGE_SEPARATOR;
String assumedClassifierName =
containerName + namespaceFragment + JavaUniquePathConstructor.CLASSIFIER_SEPARATOR;
if (it.hasNext()) {
if (javaClasspath.existsPackage(assumedClassifierName)) {
containerName = assumedClassifierName;
} else {
// Assume package
containerName = assumedPackageName;
}
} else {
if (javaClasspath.existsPackage(assumedPackageName)) {
// A package is always available as key
containerName = assumedPackageName;
} else {
// Assume classifier that is not key, but value in the map
containerName = assumedClassifierName;
}
}
}
return containerName;
}
