public Annotation process(String text, double confidence, int support, String ontologyTypesString,

                              String sparqlQuery, boolean blacklist, boolean coreferenceResolution, Spotter spotter, ParagraphDisambiguatorJ disambiguator)

            throws SearchException, ItemNotFoundException, InputException, SpottingException {

        List<Spot> spots = new LinkedList<Spot>();

        Text textObject = new Text(text);

        textObject.setFeature(new Score("confidence", confidence));

        if(Server.getTokenizer() != null)

            Server.getTokenizer().tokenizeMaybe(textObject);

        List<SurfaceFormOccurrence> entityMentions = spotter.extract(textObject);

        if (entityMentions.size()==0) return annotation; //nothing to disambiguate

        Paragraph paragraph = Factory.paragraph().fromJ(entityMentions);

        LOG.info(String.format("Spotted %d entity mentions.",entityMentions.size()));

        Map<SurfaceFormOccurrence,List<DBpediaResourceOccurrence>> entityCandidates = disambiguator.bestK(paragraph,k);

        LOG.info(String.format("Disambiguated %d candidates with %s.",entityCandidates.size(),disambiguator.name()));

        Enumeration.Value listColor = blacklist ? FilterPolicy$.MODULE$.Blacklist() : FilterPolicy$.MODULE$.Whitelist();

        /*The previous addition of filter to the Candidates requests (which has usability questioned) produce the error described at issue #136.

          To solve it, this feature for this argument (Candidates) is disabled, setting coreferenceResolution to false ever. Ignoring the user's configuration.

        */

        Boolean unableCoreferenceResolution = false;

        FilterElement filter = new OccsFilter(confidence, support, ontologyTypesString, sparqlQuery, blacklist, unableCoreferenceResolution, Server.getSimilarityThresholds(), Server.getSparqlExecute());

        Map<SurfaceFormOccurrence,List<DBpediaResourceOccurrence>> filteredEntityCandidates = new HashMap<SurfaceFormOccurrence,List<DBpediaResourceOccurrence>>();;

        for (Map.Entry<SurfaceFormOccurrence,List<DBpediaResourceOccurrence>> entry : entityCandidates.entrySet())

        {

            List<DBpediaResourceOccurrence> result = filter.accept(new FilterOccsImpl() ,entry.getValue());

            if (!result.isEmpty())

                filteredEntityCandidates.put(entry.getKey(), result);

        }

        for(SurfaceFormOccurrence sfOcc : filteredEntityCandidates.keySet()) {

            Spot spot = Spot.getInstance(sfOcc);

            List<Resource> resources = new LinkedList<Resource>();

            for(DBpediaResourceOccurrence occ : filteredEntityCandidates.get(sfOcc)) {

                Resource resource = Resource.getInstance(occ);

                resources.add(resource);

            }

            spot.setResources(resources);

            spots.add(spot);

        }

        return annotation;

    }

        String clientIp = request.getRemoteAddr();

        try {

            String textToProcess = ServerUtils.getTextToProcess(text, inUrl);

            LOG.info("XML format");

            return ServerUtils.ok(content);

        } catch (Exception e) {

            throw new WebApplicationException(Response.status(Response.Status.BAD_REQUEST). entity(e.getMessage()).type(MediaType.TEXT_XML).build());

        }

    }

        String clientIp = request.getRemoteAddr();

        try {

            String textToProcess = ServerUtils.getTextToProcess(text, inUrl);

            LOG.info("JSON format");

            return ServerUtils.ok(content);

        } catch (Exception e) {

            throw new WebApplicationException(Response.status(Response.Status.BAD_REQUEST). entity(e.getMessage()).type(MediaType.APPLICATION_JSON).build());

        }

    }

        ParagraphDisambiguatorJ disambiguator = Server.getDisambiguator(disambiguatorName);

        /* Running Annotation */

        LOG.debug("****************************************************************");

        return annotation;

    }

        try {

            String textToProcess = ServerUtils.getTextToProcess(text, inUrl);

            List<SurfaceFormOccurrence> spots = annotationInterface.spot(spotterName, new Text(textToProcess));

            return ServerUtils.ok(response);

        } catch (Exception e) {

            e.printStackTrace();

            throw new WebApplicationException(Response.status(Response.Status.BAD_REQUEST). entity(ServerUtils.print(e)).type(MediaType.TEXT_HTML).build());

        }

        try {

            String textToProcess = ServerUtils.getTextToProcess(text, inUrl);

            List<SurfaceFormOccurrence> spots = annotationInterface.spot(spotterName, new Text(textToProcess));

            return ServerUtils.ok(response);

        } catch (Exception e) {

            e.printStackTrace();

            throw new WebApplicationException(Response.status(Response.Status.BAD_REQUEST). entity(ServerUtils.print(e)).type(MediaType.TEXT_HTML).build());

        }

        try {

            String textToProcess = ServerUtils.getTextToProcess(text, inUrl);

            List<SurfaceFormOccurrence> spots = annotationInterface.spot(spotterName, new Text(textToProcess));

            return ServerUtils.ok(response);

        } catch (Exception e) {

            e.printStackTrace();

            throw new WebApplicationException(Response.status(Response.Status.BAD_REQUEST). entity(ServerUtils.print(e)).type(MediaType.TEXT_HTML).build());

        }

        try {

            String textToProcess = ServerUtils.getTextToProcess(text, inUrl);

            List<SurfaceFormOccurrence> spots = annotationInterface.spot(spotterName, new Text(text));

            return ServerUtils.ok(response);

        } catch (Exception e) {

            e.printStackTrace();

            throw new WebApplicationException(Response.status(Response.Status.BAD_REQUEST). entity(ServerUtils.print(e)).type(MediaType.TEXT_HTML).build());

        }