NetatmoMeasureType.java

/**
 * Copyright (c) 2010-2016 by the respective copyright holders.
 *
 * All rights reserved. This program and the accompanying materials
 * are made available under the terms of the Eclipse Public License v1.0
 * which accompanies this distribution, and is available at
 * http://www.eclipse.org/legal/epl-v10.html
 */
package org.openhab.binding.netatmo.internal.weather;

import org.apache.commons.lang.StringUtils;

/**
 * @author Gaël L'hopital
 * @author Rob Nielsen
 * @since 1.6.0
 *
 *        This enum holds all the different measures and states available to be
 *        retrieved by the Netatmo binding
 */
public enum NetatmoMeasureType {
    CO2("CO2", NetatmoScale.MAX),
    TEMPERATURE("Temperature", NetatmoScale.MAX),
    HUMIDITY("Humidity", NetatmoScale.MAX),
    NOISE("Noise", NetatmoScale.MAX),
    PRESSURE("Pressure", NetatmoScale.MAX),
    RAIN("Rain", NetatmoScale.MAX),
    WIFISTATUS("WifiStatus", NetatmoScale.MAX),
    ALTITUDE("Altitude", NetatmoScale.MAX),
    LATITUDE("Latitude", NetatmoScale.MAX),
    LONGITUDE("Longitude", NetatmoScale.MAX),
    RFSTATUS("RfStatus", NetatmoScale.MAX),
    BATTERYPERCENT("BatteryPercent", NetatmoScale.MAX),
    BATTERYSTATUS("BatteryStatus", NetatmoScale.MAX),
    BATTERYVP("BatteryVp", NetatmoScale.MAX),
    TIMESTAMP("TimeStamp", NetatmoScale.MAX),
    MODULENAME("ModuleName", NetatmoScale.MAX),
    STATIONNAME("StationName", NetatmoScale.MAX),
    COORDINATE("Coordinate", NetatmoScale.MAX),
    MIN_TEMP("min_temp", NetatmoScale.ONE_DAY),
    MAX_TEMP("max_temp", NetatmoScale.ONE_DAY),
    MIN_HUM("min_hum", NetatmoScale.ONE_DAY),
    MAX_HUM("max_hum", NetatmoScale.ONE_DAY),
    MIN_PRESSURE("min_pressure", NetatmoScale.ONE_DAY),
    MAX_PRESSURE("max_pressure", NetatmoScale.ONE_DAY),
    MIN_NOISE("min_noise", NetatmoScale.ONE_DAY),
    MAX_NOISE("max_noise", NetatmoScale.ONE_DAY),
    MIN_CO2("min_co2", NetatmoScale.ONE_DAY),
    MAX_CO2("max_co2", NetatmoScale.ONE_DAY),
    SUM_RAIN("sum_rain", NetatmoScale.ONE_DAY),
    DATE_MIN_TEMP("date_min_temp", NetatmoScale.ONE_DAY),
    DATE_MAX_TEMP("date_max_temp", NetatmoScale.ONE_DAY),
    DATE_MIN_HUM("date_min_hum", NetatmoScale.ONE_DAY),
    DATE_MAX_HUM("date_max_hum", NetatmoScale.ONE_DAY),
    DATE_MIN_PRESSURE("date_min_pressure", NetatmoScale.ONE_DAY),
    DATE_MAX_PRESSURE("date_max_pressure", NetatmoScale.ONE_DAY),
    DATE_MIN_NOISE("date_min_noise", NetatmoScale.ONE_DAY),
    DATE_MAX_NOISE("date_max_noise", NetatmoScale.ONE_DAY),
    DATE_MIN_CO2("date_min_co2", NetatmoScale.ONE_DAY),
    DATE_MAX_CO2("date_max_co2", NetatmoScale.ONE_DAY),
    WINDSTRENGTH("WindStrength", NetatmoScale.MAX),
    WINDANGLE("WindAngle", NetatmoScale.MAX),
    GUSTSTRENGTH("GustStrength", NetatmoScale.MAX),
    GUSTANGLE("GustAngle", NetatmoScale.MAX),
    DATE_MAX_GUST("date_max_gust", NetatmoScale.ONE_DAY);

    final String measure;

    final NetatmoScale defaultScale;

    private NetatmoMeasureType(String measure, NetatmoScale defaultScale) {
        this.measure = measure;
        this.defaultScale = defaultScale;
    }

    public String getMeasure() {
        return measure;
    }

    public static NetatmoMeasureType fromString(String measure) {
        if (!StringUtils.isEmpty(measure)) {
            for (NetatmoMeasureType measureType : NetatmoMeasureType.values()) {
                if (measureType.toString().equalsIgnoreCase(measure)) {
                    return measureType;
                }
            }
        }
        throw new IllegalArgumentException("Invalid measure: " + measure);
    }

    public NetatmoScale getDefaultScale() {
        return defaultScale;
    }

    public static boolean isPressure(NetatmoMeasureType measureType) {
        return measureType == NetatmoMeasureType.PRESSURE || measureType == NetatmoMeasureType.MIN_PRESSURE
                || measureType == NetatmoMeasureType.MAX_PRESSURE;
    }

    public static boolean isRain(NetatmoMeasureType measureType) {
        return measureType == NetatmoMeasureType.RAIN || measureType == NetatmoMeasureType.SUM_RAIN;
    }

    public static boolean isTemperature(NetatmoMeasureType measureType) {
        return measureType == NetatmoMeasureType.TEMPERATURE || measureType == NetatmoMeasureType.MIN_TEMP
                || measureType == NetatmoMeasureType.MAX_TEMP;
    }

    public static boolean isWind(NetatmoMeasureType measureType) {
        return measureType == NetatmoMeasureType.WINDSTRENGTH || measureType == NetatmoMeasureType.GUSTSTRENGTH;
    }
}