SensorTypesPopulation.java

package org.openiot.scheduler.core.test;

/**
 *    Copyright (c) 2011-2014, OpenIoT
 *    
 *    This file is part of OpenIoT.
 *
 *    OpenIoT is free software: you can redistribute it and/or modify
 *    it under the terms of the GNU Lesser General Public License as published by
 *    the Free Software Foundation, version 3 of the License.
 *
 *    OpenIoT is distributed in the hope that it will be useful,
 *    but WITHOUT ANY WARRANTY; without even the implied warranty of
 *    MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
 *    GNU Lesser General Public License for more details.
 *
 *    You should have received a copy of the GNU Lesser General Public License
 *    along with OpenIoT.  If not, see <http://www.gnu.org/licenses/>.
 *
 *     Contact: OpenIoT mailto: info@openiot.eu
 */

import org.openiot.commons.sensortypes.model.MeasurementCapability;
import org.openiot.commons.sensortypes.model.SensorType;
import org.openiot.commons.sensortypes.model.SensorTypes;
import org.openiot.commons.sensortypes.model.Unit;



/**
 * @author Stavros Petris (spet) e-mail: spet@ait.edu.gr
 * @author Nikos Kefalakis (nkef) e-mail: nkef@ait.edu.gr
 *
 */
public class SensorTypesPopulation 
{
	
	private SensorTypes testSensorTypes;
		
	
	public SensorTypesPopulation ()
	{
		
        //Test sensortypes to return 
        testSensorTypes = new SensorTypes();
        
        
        SensorType testSensorType1 = new SensorType();//gsn                              
        //http://lsm.deri.ie/ont/lsm.owl#hasSensorType
        testSensorType1.setId("http://lsm.deri.ie/resource/8a8291b7321534e701321534ee3f0015"); 
        testSensorType1.setName("gsn");
        
        MeasurementCapability mc1Weather = new MeasurementCapability();
        //http://purl.oclc.ie/NET/ssnx/ssn#observes
        mc1Weather.setId("http://lsm.deri.ie/resource/5395423154665");//AirTemperature
        mc1Weather.setType("AirTemperature");
        
        Unit unit1 = new Unit();
        unit1.setName("C");
        unit1.setType("double");
        mc1Weather.getUnit().add(unit1);
        
        //////
        
        MeasurementCapability mc2Weather = new MeasurementCapability();
        mc2Weather.setId("http://lsm.deri.ie/resource/5395434919219");//windchill
        mc2Weather.setType("windchill");
        
        Unit unit2 = new Unit();
        unit2.setName("C");
        unit2.setType("double");
        mc2Weather.getUnit().add(unit2);
        
        /////
        
        MeasurementCapability mc3Weather = new MeasurementCapability();
        mc3Weather.setId("http://lsm.deri.ie/resource/5395438576035");//WindSpeed
        mc3Weather.setType("WindSpeed");
        
        Unit unit3 = new Unit();
        unit3.setName("km/h");
        unit3.setType("double");
        mc3Weather.getUnit().add(unit3);
        
        ////
        
        MeasurementCapability mc4Weather = new MeasurementCapability();
        mc4Weather.setId("http://lsm.deri.ie/resource/5395341713068");//AtmoshpereHumidity
        mc4Weather.setType("AtmoshpereHumidity");
        
        Unit unit4 = new Unit();
        unit4.setName("%");
        unit4.setType("double");
        mc4Weather.getUnit().add(unit4);
        
        ////
        
        MeasurementCapability mc5Weather = new MeasurementCapability();
        mc5Weather.setId("http://lsm.deri.ie/resource/5395345638854");//AtmoshperePressure
        mc5Weather.setType("AtmoshperePressure");
        
        Unit unit5 = new Unit();
        unit5.setName("mb");
        unit5.setType("double");
        mc5Weather.getUnit().add(unit5);
        
        ///
        
        MeasurementCapability mc6Weather = new MeasurementCapability();
        mc6Weather.setId("http://lsm.deri.ie/resource/5395349164649");//AtmoshpereVisibility
        mc6Weather.setType("AtmoshpereVisibility");
        
        Unit unit6 = new Unit();
        unit6.setName("mb");
        unit6.setType("double");
        mc6Weather.getUnit().add(unit6);
        
        ///
        
        MeasurementCapability mc7Weather = new MeasurementCapability();
        mc7Weather.setId("http://lsm.deri.ie/resource/5395417401338");//Status
        mc7Weather.setType("Status");
                
        Unit unit7 = new Unit();
        unit7.setName("null");
        unit7.setType("Cloudy");
        mc7Weather.getUnit().add(unit7);
        
        ///
        
        MeasurementCapability mc8Weather = new MeasurementCapability();
        mc8Weather.setId("http://lsm.deri.ie/resource/5395372015952");//Direction
        mc8Weather.setType("Direction");
        
        Unit unit8 = new Unit();
        unit8.setName("null");
        unit8.setType("NNW");
        mc8Weather.getUnit().add(unit8);
        
        testSensorType1.getMeasurementCapability().add(mc1Weather);
        testSensorType1.getMeasurementCapability().add(mc2Weather);
        testSensorType1.getMeasurementCapability().add(mc3Weather);
        testSensorType1.getMeasurementCapability().add(mc4Weather);
        testSensorType1.getMeasurementCapability().add(mc5Weather);
        testSensorType1.getMeasurementCapability().add(mc6Weather);
        testSensorType1.getMeasurementCapability().add(mc7Weather);
        testSensorType1.getMeasurementCapability().add(mc8Weather);
        
        testSensorTypes.getSensorType().add(testSensorType1);
        
        
        /*
        * 
         * select ?sensor ?p ?o
            from <http://lsm.deri.ie/sensormeta#>
                       where
                       {
                         {
                         select ?sensor
                         where
                         {
                             ?sensor <http://lsm.deri.ie/ont/lsm.owl#hasSensorType> ?typeId.
                             ?typeId <http://www.w3.org/1999/02/22-rdf-syntax-ns#type> <http://lsm.deri.ie/ont/lsm.owl#SensorType>.
                             ?typeId <http://www.w3.org/2000/01/rdf-schema#label> 'bikehire'.
                         } limit 1
                         }
                         
                       ?sensor ?p ?o.
        }
        * 
         * 
         * 
         * */
        SensorType testSensorType2 = new SensorType();
        testSensorType2.setId("http://lsm.deri.ie/resource/8a8291b7321534e701321534ee440017"); 
        testSensorType2.setName("bikehire");
        
        MeasurementCapability mc1BikeHire = new MeasurementCapability();
        mc1BikeHire.setId("http://lsm.deri.ie/resource/5395352331763");//BikeAvailability
        mc1BikeHire.setType("BikeAvailability");
        
        Unit unit1BikeHire = new Unit();
        unit1BikeHire.setName("bike");
        unit1BikeHire.setType("double");
        mc1BikeHire.getUnit().add(unit1BikeHire);
        
        ////
        
        MeasurementCapability mc2BikeHire = new MeasurementCapability();
        mc2BikeHire.setId("http://lsm.deri.ie/resource/5395355582227");//BikeDockAvailability
        mc2BikeHire.setType("BikeDockAvailability");
        
        Unit unit2BikeHire = new Unit();
        unit2BikeHire.setName("dock");
        unit2BikeHire.setType("double");
        mc2BikeHire.getUnit().add(unit2BikeHire);
        
        testSensorType2.getMeasurementCapability().add(mc1BikeHire);
        testSensorType2.getMeasurementCapability().add(mc2BikeHire);
        
        testSensorTypes.getSensorType().add(testSensorType2);
        		
	}
	
	
	public SensorTypes getSensorTypes()
	{		
		return testSensorTypes;		
	}	
}