Example usage for org.joda.time Interval Interval

List of usage examples for org.joda.time Interval Interval

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Introduction

In this page you can find the example usage for org.joda.time Interval Interval.

Prototype

public Interval(Object interval, Chronology chronology)

Source Link

Document

Constructs a time interval by converting or copying from another object, overriding the chronology.

Usage

From source file:com.yahoo.bard.webservice.web.DataApiRequest.java

License:Apache License

/**
 * Extracts the set of intervals from the api request.
 *
 * @param apiIntervalQuery  API string containing the intervals in ISO 8601 format, values separated by ','.
 * @param granularity  The granularity to generate the date based on period or macros.
 * @param dateTimeFormatter  The formatter to parse date time interval segments
 *
 * @return Set of jodatime interval objects.
 * @throws BadApiRequestException if the requested interval is not found.
 *//*from w w w. ja  v  a 2s . c  om*/
protected static Set<Interval> generateIntervals(String apiIntervalQuery, Granularity granularity,
        DateTimeFormatter dateTimeFormatter) throws BadApiRequestException {
    Set<Interval> generated = new LinkedHashSet<>();
    if (apiIntervalQuery == null || apiIntervalQuery.equals("")) {
        LOG.debug(INTERVAL_MISSING.logFormat());
        throw new BadApiRequestException(INTERVAL_MISSING.format());
    }
    List<String> apiIntervals = Arrays.asList(apiIntervalQuery.split(","));
    // Split each interval string into the start and stop instances, parse them, and add the interval to the list
    for (String apiInterval : apiIntervals) {
        String[] split = apiInterval.split("/");

        // Check for both a start and a stop
        if (split.length != 2) {
            String message = "Start and End dates are required.";
            LOG.debug(INTERVAL_INVALID.logFormat(apiIntervalQuery, message));
            throw new BadApiRequestException(INTERVAL_INVALID.format(apiIntervalQuery, message));
        }

        try {
            String start = split[0].toUpperCase(Locale.ENGLISH);
            String end = split[1].toUpperCase(Locale.ENGLISH);
            //If start & end intervals are period then marking as invalid interval.
            //Becacuse either one should be macro or actual date to generate an interval
            if (start.startsWith("P") && end.startsWith("P")) {
                LOG.debug(INTERVAL_INVALID.logFormat(start));
                throw new BadApiRequestException(INTERVAL_INVALID.format(apiInterval));
            }

            Interval interval;
            DateTime now = new DateTime();
            //If start interval is period, then create new interval with computed end date
            //possible end interval could be next,current, date
            if (start.startsWith("P")) {
                interval = new Interval(Period.parse(start),
                        getAsDateTime(now, granularity, split[1], dateTimeFormatter));
                //If end string is period, then create an interval with the computed start date
                //Possible start & end string could be a macro or an ISO 8601 DateTime
            } else if (end.startsWith("P")) {
                interval = new Interval(getAsDateTime(now, granularity, split[0], dateTimeFormatter),
                        Period.parse(end));
            } else {
                //start and end interval could be either macros or actual datetime
                interval = new Interval(getAsDateTime(now, granularity, split[0], dateTimeFormatter),
                        getAsDateTime(now, granularity, split[1], dateTimeFormatter));
            }

            // Zero length intervals are invalid
            if (interval.toDuration().equals(Duration.ZERO)) {
                LOG.debug(INTERVAL_ZERO_LENGTH.logFormat(apiInterval));
                throw new BadApiRequestException(INTERVAL_ZERO_LENGTH.format(apiInterval));
            }
            generated.add(interval);
        } catch (IllegalArgumentException iae) {
            LOG.debug(INTERVAL_INVALID.logFormat(apiIntervalQuery, iae.getMessage()), iae);
            throw new BadApiRequestException(INTERVAL_INVALID.format(apiIntervalQuery, iae.getMessage()), iae);
        }
    }
    return generated;
}

From source file:com.yahoo.wiki.webservice.data.config.auto.DruidNavigator.java

License:Apache License

/**
 * Find a valid timegrain from druid query to the {@link TableConfig}.
 *
 * {//from www.j av a2 s .c  om
 *      ...,
 *      "interval": "2015-09-12T00:00:00.000Z/2015-09-13T00:00:00.000Z",
 *      ...
 * }
 *
 * @param tableConfig The TableConfig to be loaded.
 * @param segmentJson The JsonNode containing a time interval.
 */
private void loadTimeGrains(TableConfig tableConfig, JsonNode segmentJson) {
    String timeInterval = segmentJson.get("interval").asText();
    String[] utcTimes = timeInterval.split("/");
    Optional<TimeGrain> timeGrain = Optional.empty();
    try {
        if (utcTimes.length == 2) {
            DateTime start = new DateTime(utcTimes[0], DateTimeZone.UTC);
            DateTime end = new DateTime(utcTimes[1], DateTimeZone.UTC);
            Interval interval = new Interval(start.toInstant(), end.toInstant());
            timeGrain = IntervalUtils.getTimeGrain(interval);
        }
    } catch (IllegalArgumentException ignored) {
        LOG.warn("Unable to parse time intervals {} correctly", Arrays.toString(utcTimes));
    }

    if (!timeGrain.isPresent()) {
        LOG.warn("Couldn't detect timegrain for {}, defaulting to DAY TimeGrain.", timeInterval);
    }
    tableConfig.setTimeGrain(timeGrain.orElse(DefaultTimeGrain.DAY));
}

From source file:com.yard.stick.ImageAdapter.java

License:Apache License

public View getView(int position, View convertView, ViewGroup parent) {

    View inflatedView = convertView;

    if (!m_Loading & !m_Loaded)
        loadImageList();// ww  w . j  a v a  2s  .c  o  m

    if (position < m_NewestList.size()) {
        try {

            if (convertView == null)
                inflatedView = inflater.inflate(R.layout.newestitem, null);

            ImageView image = (ImageView) inflatedView.findViewById(R.id.newimg);
            TextView txt = (TextView) inflatedView.findViewById(R.id.newimgtxt);
            StringBuilder s = new StringBuilder();
            double age = new Interval(new DateTime(m_NewestList.get(position).getDate()), new DateTime())
                    .toPeriod().toStandardHours().getHours();

            s.append("Up Votes: ");
            s.append(m_NewestList.get(position).getUpVotes());
            s.append("\n");
            s.append("Down Votes: ");
            s.append(m_NewestList.get(position).getDownVotes());
            s.append("\n");
            s.append("Score: ");
            s.append(m_NewestList.get(position).getScore());
            s.append("\n");
            s.append("Age: ");
            s.append(age);
            s.append(" hours\n");
            txt.setText(s.toString());

            imageLoader.DisplayImage(m_NewestList.get(position).getImageURL(), image);
        } catch (Exception e) {
            System.out.println(m_NewestList.get(position).getCaption());
        }
    }
    return inflatedView;

}

From source file:controllers.ReportController.java

/**
 * Find all emergencies in a list that are within the given date range.
 * @param initialList list of emergencies to search through.
 * @param start start date of the interval.
 * @param end the end date of the interval.
 * @return /*from   ww  w  .  j  a va2 s. c  om*/
 */
private static ArrayList<Emergency> findBetweenDates(ArrayList<Emergency> initialList, DateTime start,
        DateTime end) {
    ArrayList<Emergency> emergencyList = new ArrayList<>();
    Interval interval = new Interval(start, end);
    for (Emergency instance : initialList) {
        if (interval.contains(instance.getDateCreated())) {
            emergencyList.add(instance);
        }
    }
    return emergencyList;
}

From source file:course_generator.SaxGPXHandler.java

License:Open Source License

@Override
public void endElement(String uri, String localname, String qName) throws SAXException {
    if (qName.equalsIgnoreCase("GPX")) {
        level--;/*  w  w w . j  a v  a2 s.  com*/
    } else if (qName.equalsIgnoreCase("TRK")) {
        level--;
    } else if (qName.equalsIgnoreCase("TRKSEG")) {
        level--;
    } else if ((level == LEVEL_TRK) && qName.equalsIgnoreCase("NAME")) {
        trk_name = characters;
        characters = "";
    } else if ((level == LEVEL_TRKPT) && qName.equalsIgnoreCase("NAME")) {
        trkpt_name = characters;
        characters = "";
    } else if ((level == LEVEL_TRKPT) && qName.equalsIgnoreCase("ELE")) {
        try {
            trkpt_ele = Double.parseDouble(characters);
            characters = "";
        } catch (NumberFormatException e) {
            trkpt_ele = 0.0;
            errcode = ERR_READ_ELE;
            errline = locator.getLineNumber();
            characters = "";
        }
    } else if ((level == LEVEL_TRKPT) && qName.equalsIgnoreCase("TIME")) {
        try {
            if (first) {
                first = false;
                trkpt_time = DateTime.parse(characters);
                StartTime = trkpt_time;
                old_time = StartTime;
                Time_s = 0;
                dTime_f = 0.0;
                characters = "";
            } else {
                trkpt_time = DateTime.parse(characters);
                Time_s = (int) ((new Interval(StartTime, trkpt_time)).toDurationMillis() / 1000);
                dTime_f = ((new Interval(old_time, trkpt_time)).toDurationMillis() / 1000.0);
                characters = "";
            }
            trkdata.isTimeLoaded = true;
        } catch (IllegalArgumentException e) {
            trkpt_time = new DateTime(1970, 1, 1, 0, 0, 0);
            errcode = ERR_READ_TIME;
            errline = locator.getLineNumber();
            characters = "";
        }
    } else if (((level == LEVEL_TRKPT)) && qName.equalsIgnoreCase("TRKPT")) {
        level--;

        if ((mLat != trkpt_lat) || (mLon != trkpt_lon) || (!trkdata.isTimeLoaded)) {
            if ((mode == 0) || (mode == 2)) {
                // Add data at the of the array
                Cmpt++;
                trkdata.data.add(new CgData(Cmpt, //double Num
                        trkpt_lat, //double Latitude
                        trkpt_lon, //double Longitude
                        trkpt_ele, //double Elevation
                        trkpt_ele, //double ElevationMemo
                        0, //int Tag
                        0.0, //double Dist
                        0.0, //double Total
                        100.0, //double Diff
                        100.0, //double Coeff
                        0.0, //double Recup
                        0.0, //double Slope
                        0.0, //double Speed
                        0.0, //double dElevation
                        Time_s, //int Time //Temps total en seconde
                        dTime_f, //double dTime_f  //temps de parcours du tronon en seconde (avec virgule)
                        0, //int TimeLimit //Barrire horaire
                        trkpt_time, //DateTime Hour //Contient la date et l'heure de passage
                        0, //int Station
                        "", //String Name
                        "", //String Comment
                        0.0, //double tmp1
                        0.0, //double tmp2
                        CgConst.DEFAULTMRBFORMAT, //String FmtLbMiniRoadbook
                        CgConst.MRBOPT_SEL | CgConst.MRBOPT_LEFT | CgConst.MRBOPT_SHOWTAGS, //int OptionMiniRoadbook
                        0, //int VPosMiniRoadbook
                        "", //String CommentMiniRoadbook
                        CgConst.DEFAULTMRBFONTSIZE //int FontSizeMiniRoadbook
                ));
            } else {
                trkdata.data.add(Cmpt, new CgData(Cmpt, //double Num
                        trkpt_lat, //double Latitude
                        trkpt_lon, //double Longitude
                        trkpt_ele, //double Elevation
                        trkpt_ele, //double ElevationMemo
                        0, //int Tag
                        0.0, //double Dist
                        0.0, //double Total
                        100.0, //double Diff
                        100.0, //double Coeff
                        0.0, //double Recup
                        0.0, //double Slope
                        0.0, //double Speed
                        0.0, //double dElevation
                        Time_s, //int Time
                        dTime_f, //double dTime_f
                        0, //int TimeLimit
                        trkpt_time, //DateTime Hour
                        0, //int Station
                        "", //String Name
                        "", //String Comment
                        0.0, //double tmp1
                        0.0, //double tmp2
                        CgConst.DEFAULTMRBFORMAT, //String FmtLbMiniRoadbook
                        CgConst.MRBOPT_SEL | CgConst.MRBOPT_LEFT | CgConst.MRBOPT_SHOWTAGS, //int OptionMiniRoadbook
                        0, //int VPosMiniRoadbook
                        "", //String CommentMiniRoadbook
                        CgConst.DEFAULTMRBFONTSIZE //int FontSizeMiniRoadbook
                ));
            } //else
            Cmpt++;
        }
        mLat = trkpt_lat;
        mLon = trkpt_lon;
        mEle = trkpt_ele;
        old_time = trkpt_time;
    }
}

From source file:cz.cesnet.shongo.client.web.controllers.ResourceController.java

/**
 * Handle resource reservations data/* ww w  .j a v a 2  s. co  m*/
 */
@RequestMapping(value = ClientWebUrl.RESOURCE_RESERVATIONS_DATA, method = RequestMethod.GET)
@ResponseBody
public Object handleReservationsData(SecurityToken securityToken,
        @RequestParam(value = "resource-id", required = false) String resourceId,
        @RequestParam(value = "type", required = false) ReservationSummary.Type type,
        @RequestParam(value = "start") DateTime start, @RequestParam(value = "end") DateTime end) {
    ReservationListRequest request = new ReservationListRequest(securityToken);
    request.setSort(ReservationListRequest.Sort.SLOT);
    if (resourceId != null) {
        request.addResourceId(resourceId);
    }
    if (type != null) {
        request.addReservationType(type);
    }
    request.setInterval(new Interval(start, end));
    ListResponse<ReservationSummary> listResponse = reservationService.listReservations(request);
    List<Map> reservations = new LinkedList<Map>();
    for (ReservationSummary reservationSummary : listResponse.getItems()) {
        Map<String, Object> reservation = new HashMap<String, Object>();
        reservation.put("id", reservationSummary.getId());
        reservation.put("type", reservationSummary.getType());
        reservation.put("slotStart", reservationSummary.getSlot().getStart().toString());
        reservation.put("slotEnd", reservationSummary.getSlot().getEnd().toString());
        reservation.put("resourceId", reservationSummary.getResourceId());
        reservation.put("roomLicenseCount", reservationSummary.getRoomLicenseCount());
        reservation.put("roomName", reservationSummary.getRoomName());
        reservation.put("aliasTypes", reservationSummary.getAliasTypesSet());
        reservation.put("value", reservationSummary.getValue());
        reservations.add(reservation);
    }
    return reservations;
}

From source file:cz.cesnet.shongo.client.web.controllers.ResourceController.java

/**
 * Handle table of {@link ResourceCapacityUtilization}s.
 *///from www  .java2s.co  m
@RequestMapping(value = ClientWebUrl.RESOURCE_CAPACITY_UTILIZATION_TABLE, method = RequestMethod.GET)
public ModelAndView handleCapacityUtilizationTable(SecurityToken securityToken,
        @RequestParam(value = "period") Period period, @RequestParam(value = "start") DateTime start,
        @RequestParam(value = "end") DateTime end,
        @RequestParam(value = "style") ResourceCapacity.FormatStyle style,
        @RequestParam(value = "refresh", required = false) boolean refresh) {
    ResourcesUtilization resourcesUtilization = cache.getResourcesUtilization(securityToken, refresh);

    Map<Interval, Map<ResourceCapacity, ResourceCapacityUtilization>> utilization = resourcesUtilization
            .getUtilization(new Interval(start, end), period);
    ModelAndView modelAndView = new ModelAndView("resourceCapacityUtilizationTable");
    modelAndView.addObject("resourceCapacitySet", resourcesUtilization.getResourceCapacities());
    modelAndView.addObject("resourceCapacityUtilization", utilization);
    modelAndView.addObject("style", style);
    return modelAndView;
}

From source file:cz.cesnet.shongo.controller.api.rpc.ExecutableServiceImpl.java

@Override
public ListResponse<ExecutableSummary> listExecutables(ExecutableListRequest request) {
    checkNotNull("request", request);
    SecurityToken securityToken = request.getSecurityToken();
    authorization.validate(securityToken);

    EntityManager entityManager = entityManagerFactory.createEntityManager();
    try {//from w ww. ja  va 2s . co m
        QueryFilter queryFilter = new QueryFilter("executable_summary", true);

        String participantUserId = request.getParticipantUserId();
        if (participantUserId != null) {
            // Do not filter executables by permissions because they will be filtered by participation,
            // check only the existence of the participant user
            authorization.checkUserExistence(participantUserId);

            if (!participantUserId.equals(securityToken.getUserId())
                    && !authorization.isOperator(securityToken)) {
                throw new ControllerReportSet.SecurityNotAuthorizedException(
                        "read participation executables for user " + participantUserId);
            }
        } else {
            // List only executables which is current user permitted to read
            queryFilter.addFilterId(authorization, securityToken,
                    cz.cesnet.shongo.controller.booking.executable.Executable.class, ObjectPermission.READ);
        }

        // If history executables should not be included
        String filterExecutableId = "id IS NOT NULL";
        if (!request.isHistory()) {
            // List only executables which are allocated by any existing reservation
            filterExecutableId = "id IN(SELECT reservation.executable_id FROM reservation)";
        }

        // List only rooms with given user-id participant
        if (request.getParticipantUserId() != null) {
            queryFilter.addFilter("executable_summary.id IN(" + " SELECT room_endpoint.id"
                    + " FROM room_endpoint"
                    + " LEFT JOIN used_room_endpoint ON used_room_endpoint.id = room_endpoint.id"
                    + " LEFT JOIN room_endpoint_participants ON room_endpoint_participants.room_endpoint_id = room_endpoint.id OR room_endpoint_participants.room_endpoint_id = used_room_endpoint.room_endpoint_id"
                    + " LEFT JOIN person_participant ON person_participant.id = room_endpoint_participants.abstract_participant_id"
                    + " LEFT JOIN person ON person.id = person_participant.person_id"
                    + " WHERE person.user_id = :participantUserId" + ")");
            queryFilter.addFilterParameter("participantUserId", request.getParticipantUserId());
        }

        // List only executables of requested classes
        if (request.getTypes().size() > 0) {
            StringBuilder typeFilterBuilder = new StringBuilder();
            for (ExecutableSummary.Type type : request.getTypes()) {
                if (typeFilterBuilder.length() > 0) {
                    typeFilterBuilder.append(",");
                }
                typeFilterBuilder.append("'");
                typeFilterBuilder.append(type.toString());
                typeFilterBuilder.append("'");
            }
            typeFilterBuilder.insert(0, "executable_summary.type IN(");
            typeFilterBuilder.append(")");
            queryFilter.addFilter(typeFilterBuilder.toString());
        }

        // List only usages of specified room
        if (request.getRoomId() != null) {
            queryFilter.addFilter("executable_summary.room_id = :roomId");
            queryFilter.addFilterParameter("roomId",
                    ObjectIdentifier.parseId(request.getRoomId(), ObjectType.EXECUTABLE));
        }

        // Filter room license count
        String roomLicenseCount = request.getRoomLicenseCount();
        if (roomLicenseCount != null) {
            if (roomLicenseCount.equals(ExecutableListRequest.FILTER_NON_ZERO)) {
                queryFilter.addFilter("executable_summary.room_license_count > 0");
            } else {
                queryFilter.addFilter("executable_summary.room_license_count = :roomLicenseCount");
                queryFilter.addFilterParameter("roomLicenseCount", Long.parseLong(roomLicenseCount));
            }
        }

        // Sort query part
        String queryOrderBy;
        ExecutableListRequest.Sort sort = request.getSort();
        if (sort != null) {
            switch (sort) {
            case ROOM_NAME:
                queryOrderBy = "executable_summary.room_name";
                break;
            case SLOT:
                queryOrderBy = "executable_summary.slot_end";
                break;
            case STATE:
                queryOrderBy = "executable_summary.state";
                break;
            case ROOM_TECHNOLOGY:
                queryOrderBy = "executable_summary.room_technologies";
                break;
            case ROOM_LICENSE_COUNT:
                queryOrderBy = "executable_summary.room_license_count";
                break;
            default:
                throw new TodoImplementException(sort);
            }
        } else {
            queryOrderBy = "executable_summary.id";
        }
        Boolean sortDescending = request.getSortDescending();
        sortDescending = (sortDescending != null ? sortDescending : false);
        if (sortDescending) {
            queryOrderBy = queryOrderBy + " DESC";
        }

        Map<String, String> parameters = new HashMap<String, String>();
        parameters.put("filterExecutableId", filterExecutableId);
        parameters.put("filter", queryFilter.toQueryWhere());
        parameters.put("order", queryOrderBy);
        String query = NativeQuery.getNativeQuery(NativeQuery.EXECUTABLE_LIST, parameters);

        ListResponse<ExecutableSummary> response = new ListResponse<ExecutableSummary>();
        List<Object[]> records = performNativeListRequest(query, queryFilter, request, response, entityManager);
        for (Object[] record : records) {
            DateTime slotStart = new DateTime(record[2]);
            DateTime slotEnd = new DateTime(record[3]);
            ExecutableSummary executableSummary = new ExecutableSummary();
            executableSummary.setId(ObjectIdentifier.formatId(ObjectType.EXECUTABLE, record[0].toString()));
            executableSummary.setType(ExecutableSummary.Type.valueOf(record[1].toString().trim()));
            executableSummary
                    .setSlot(new Interval(slotStart, (slotEnd.isBefore(slotStart) ? slotStart : slotEnd)));
            executableSummary.setState(cz.cesnet.shongo.controller.booking.executable.Executable.State
                    .valueOf(record[4].toString()).toApi());
            executableSummary.setRoomDescription(record[8] != null ? (String) record[8] : null);

            switch (executableSummary.getType()) {
            case USED_ROOM:
                executableSummary
                        .setRoomId(ObjectIdentifier.formatId(ObjectType.EXECUTABLE, record[9].toString()));
            case ROOM:
                executableSummary.setRoomName(record[5] != null ? record[5].toString() : null);
                if (record[6] != null) {
                    String technologies = record[6].toString();
                    if (!technologies.isEmpty()) {
                        for (String technology : technologies.split(",")) {
                            executableSummary.addTechnology(Technology.valueOf(technology.trim()));
                        }
                    }
                }
                executableSummary.setRoomLicenseCount(((Number) record[7]).intValue());
                if (record[10] != null && record[11] != null) {
                    executableSummary
                            .setRoomUsageSlot(new Interval(new DateTime(record[10]), new DateTime(record[11])));
                }
                if (record[12] != null) {
                    executableSummary
                            .setRoomUsageState(cz.cesnet.shongo.controller.booking.executable.Executable.State
                                    .valueOf(record[12].toString()).toApi());
                }
                if (record[13] != null) {
                    executableSummary.setRoomUsageLicenseCount(((Number) record[13]).intValue());
                }
                executableSummary.setRoomUsageCount(((Number) record[14]).intValue());
                break;
            }

            response.addItem(executableSummary);
        }
        return response;
    } finally {
        entityManager.close();
    }
}

From source file:cz.cesnet.shongo.controller.api.rpc.ReservationServiceImpl.java

/**
 * @param record//from   w w  w . j  a  va  2 s . co  m
 * @return {@link ReservationRequestSummary} from given {@code record}
 */
private ReservationRequestSummary getReservationRequestSummary(Object[] record) {
    ReservationRequestSummary reservationRequestSummary = new ReservationRequestSummary();
    reservationRequestSummary
            .setId(ObjectIdentifier.formatId(ObjectType.RESERVATION_REQUEST, record[0].toString()));
    if (record[1] != null) {
        reservationRequestSummary.setParentReservationRequestId(
                ObjectIdentifier.formatId(ObjectType.RESERVATION_REQUEST, record[1].toString()));
    }
    reservationRequestSummary.setType(ReservationRequestType.valueOf(record[2].toString().trim()));
    reservationRequestSummary.setDateTime(new DateTime(record[3]));
    reservationRequestSummary.setUserId(record[4].toString());
    reservationRequestSummary.setDescription(record[5] != null ? record[5].toString() : null);
    reservationRequestSummary.setPurpose(ReservationRequestPurpose.valueOf(record[6].toString().trim()));
    reservationRequestSummary.setEarliestSlot(new Interval(new DateTime(record[7]), new DateTime(record[8])));
    if (record[9] != null) {
        reservationRequestSummary.setAllocationState(
                ReservationRequest.AllocationState.valueOf(record[9].toString().trim()).toApi());
    }
    if (record[10] != null) {
        reservationRequestSummary
                .setExecutableState(Executable.State.valueOf(record[10].toString().trim()).toApi());
    }
    reservationRequestSummary.setReusedReservationRequestId(record[11] != null
            ? ObjectIdentifier.formatId(ObjectType.RESERVATION_REQUEST, record[11].toString())
            : null);
    if (record[12] != null) {
        reservationRequestSummary
                .setLastReservationId(ObjectIdentifier.formatId(ObjectType.RESERVATION, record[12].toString()));
    }
    String type = record[13].toString().trim();
    if (type.equals("ALIAS")) {
        reservationRequestSummary.setSpecificationType(ReservationRequestSummary.SpecificationType.ALIAS);
        reservationRequestSummary.setRoomName(record[16] != null ? record[16].toString() : null);
    } else if (type.equals("ROOM")) {
        reservationRequestSummary.setSpecificationType(ReservationRequestSummary.SpecificationType.ROOM);
        reservationRequestSummary
                .setRoomParticipantCount(record[15] != null ? ((Number) record[15]).intValue() : null);
        reservationRequestSummary.setRoomHasRecordingService(record[16] != null && (Boolean) record[16]);
        reservationRequestSummary.setRoomHasRecordings(record[17] != null && (Boolean) record[17]);
        reservationRequestSummary.setRoomName(record[18] != null ? record[18].toString() : null);
    } else if (type.equals("PERMANENT_ROOM")) {
        reservationRequestSummary
                .setSpecificationType(ReservationRequestSummary.SpecificationType.PERMANENT_ROOM);
        reservationRequestSummary.setRoomHasRecordingService(record[16] != null && (Boolean) record[16]);
        reservationRequestSummary.setRoomHasRecordings(record[17] != null && (Boolean) record[17]);
        reservationRequestSummary.setRoomName(record[18] != null ? record[18].toString() : null);
    } else if (type.equals("USED_ROOM")) {
        reservationRequestSummary.setSpecificationType(ReservationRequestSummary.SpecificationType.USED_ROOM);
        reservationRequestSummary
                .setRoomParticipantCount(record[15] != null ? ((Number) record[15]).intValue() : null);
        reservationRequestSummary.setRoomHasRecordingService(record[16] != null && (Boolean) record[16]);
        reservationRequestSummary.setRoomHasRecordings(record[17] != null && (Boolean) record[17]);
        reservationRequestSummary.setRoomName(record[18] != null ? record[18].toString() : null);
    } else if (type.equals("RESOURCE")) {
        reservationRequestSummary.setSpecificationType(ReservationRequestSummary.SpecificationType.RESOURCE);
        reservationRequestSummary.setResourceId(
                ObjectIdentifier.formatId(ObjectType.RESOURCE, ((Number) record[19]).longValue()));
    } else {
        reservationRequestSummary.setSpecificationType(ReservationRequestSummary.SpecificationType.OTHER);
    }
    if (record[14] != null) {
        String technologies = record[14].toString();
        if (!technologies.isEmpty()) {
            for (String technology : technologies.split(",")) {
                reservationRequestSummary.addSpecificationTechnology(Technology.valueOf(technology.trim()));
            }
        }
    }
    if (record[20] != null) {
        reservationRequestSummary
                .setUsageExecutableState(cz.cesnet.shongo.controller.booking.executable.Executable.State
                        .valueOf(record[20].toString().trim()).toApi());
    }
    if (record[21] != null) {
        reservationRequestSummary.setFutureSlotCount(((Number) record[21]).intValue());
    }
    return reservationRequestSummary;
}

From source file:cz.cesnet.shongo.controller.api.rpc.ReservationServiceImpl.java

/**
 * @param record/*from  w  w w . ja  v  a 2s . c o  m*/
 * @return {@link ReservationSummary} from given {@code record}
 */
private ReservationSummary getReservationSummary(Object[] record) {
    ReservationSummary reservationSummary = new ReservationSummary();
    reservationSummary.setId(ObjectIdentifier.formatId(ObjectType.RESERVATION, record[0].toString()));
    reservationSummary.setUserId(record[1] != null ? record[1].toString() : null);
    reservationSummary.setReservationRequestId(
            record[2] != null ? ObjectIdentifier.formatId(ObjectType.RESERVATION_REQUEST, record[2].toString())
                    : null);
    reservationSummary.setType(ReservationSummary.Type.valueOf(record[3].toString().trim()));
    reservationSummary.setSlot(new Interval(new DateTime(record[4]), new DateTime(record[5])));
    if (record[6] != null) {
        reservationSummary.setResourceId(ObjectIdentifier.formatId(ObjectType.RESOURCE, record[6].toString()));
    }
    if (record[7] != null) {
        reservationSummary.setRoomLicenseCount(record[7] != null ? ((Number) record[7]).intValue() : null);
    }
    if (record[8] != null) {
        reservationSummary.setRoomName(record[8] != null ? record[8].toString() : null);
    }
    if (record[9] != null) {
        reservationSummary.setAliasTypes(record[9] != null ? record[9].toString() : null);
    }
    if (record[10] != null) {
        reservationSummary.setValue(record[10] != null ? record[10].toString() : null);
    }
    return reservationSummary;
}