private static String createMethodQuery(final Object draggedElement) {
final IMethod iMethod = (IMethod) draggedElement;
final String packagename = Resolver.resolveFullyQualifiedPackageName(draggedElement);
final String classname = Resolver.resolveClassName(draggedElement);
final String methodname = Resolver.getMethodName(iMethod);
final List<String> para = Resolver.getParameterTypesFromMethod(iMethod);
final String returntype = Resolver.resolveReturnType(iMethod);
final StringBuffer sbPara = new StringBuffer();
sbPara.append("[");
final Iterator<String> it = para.iterator();
while (it.hasNext()) {
final String s = it.next();
if (it.hasNext()) {
sbPara.append("'" + s + "'" + ",");
} else {
sbPara.append("'" + s + "'");
}
}
sbPara.append("]");
return String.format(
"%s('%s','%s','%s','%s',%s)",
METHOD, packagename, classname, methodname, returntype, sbPara.toString());
}
private static String createFieldQuery(final Object draggedElement) {
final IField iField = (IField) draggedElement;
final String packagename = Resolver.resolveFullyQualifiedPackageName(draggedElement);
final String classname = Resolver.resolveClassName(draggedElement);
final String fieldname = iField.getElementName();
final String type = Resolver.getFullyQualifiedFieldTypeName(iField);
return String.format("%s('%s','%s','%s','%s')", FIELD, packagename, classname, fieldname, type);
}
private static String createClassQueryFromCompilationUnit(final Object draggedElement) {
String classQuery;
final String packagename = Resolver.resolveFullyQualifiedPackageName(draggedElement);
final String classname = Resolver.resolveClassName(draggedElement);
classQuery = String.format("%s('%s','%s')", CLASS_WITH_MEMBERS, packagename, classname);
return classQuery;
}
private static String createTypeQuery(final Object draggedElement) {
final IType type = (IType) draggedElement;
final ICompilationUnit cU = type.getCompilationUnit();
final IClassFile cF = type.getClassFile();
if (cU != null) {
final String packagename = Resolver.resolveFullyQualifiedPackageName(cU);
final String classname = Resolver.resolveClassName(type);
return String.format("%s('%s','%s')", CLASS_WITH_MEMBERS, packagename, classname);
} else {
final String packagename = Resolver.resolveFullyQualifiedPackageName(cF);
final String classname = Resolver.resolveClassName(type);
return String.format("%s('%s','%s')", CLASS_WITH_MEMBERS, packagename, classname);
}
}
private static List<String> createJARQuery(final Object draggedElement) {
final LinkedList<String> queryList = new LinkedList<String>();
final List<String> packages =
Resolver.getPackagesFromPFR((IPackageFragmentRoot) draggedElement);
for (final String s : packages) {
final String jarQuery = String.format("%s('%s')", PACKAGE, s);
queryList.add(jarQuery);
}
return queryList;
}
/**
* Getting the first known object name, else return {@link #STANDARD_SHAPENAME}.
*
* @param extendedData
* @return name as string
* @author BenjaminL
*/
public static String createNameforNewEnsemble(final Map<?, ?> extendedData) {
// getting the first known object name
for (final Object key : extendedData.keySet()) {
final Object o = extendedData.get(key);
final String name = Resolver.getElementNameFromObject(o);
if (!name.equals("")) {
return name;
}
}
return STANDARD_SHAPENAME;
}
private static String createPackageQuery(final Object draggedElement) {
return String.format(
"%s('%s')", PACKAGE, Resolver.resolveFullyQualifiedPackageName(draggedElement));
}
