cd4185ef5c
Former-commit-id:51208e5515[formerlyc0c1d56f3a] [formerly4ba416aeb3[formerly 221d0aaf0e19a054387134e72a76a278159bf4d0]] Former-commit-id:4ba416aeb3Former-commit-id:941337c553
287 lines
11 KiB
Java
287 lines
11 KiB
Java
/**
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* This software was developed and / or modified by Raytheon Company,
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* pursuant to Contract DG133W-05-CQ-1067 with the US Government.
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*
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* U.S. EXPORT CONTROLLED TECHNICAL DATA
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* This software product contains export-restricted data whose
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* export/transfer/disclosure is restricted by U.S. law. Dissemination
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* to non-U.S. persons whether in the United States or abroad requires
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* an export license or other authorization.
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*
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* Contractor Name: Raytheon Company
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* Contractor Address: 6825 Pine Street, Suite 340
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* Mail Stop B8
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* Omaha, NE 68106
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* 402.291.0100
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*
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* See the AWIPS II Master Rights File ("Master Rights File.pdf") for
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* further licensing information.
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**/
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package test.airep;
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import static org.junit.Assert.assertEquals;
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import static org.junit.Assert.assertNotNull;
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import static org.junit.Assert.assertTrue;
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import java.text.SimpleDateFormat;
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import java.util.Calendar;
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import java.util.TimeZone;
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import org.junit.Test;
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import com.raytheon.edex.plugin.airep.AirepSeparator;
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import com.raytheon.edex.plugin.airep.decoder.AirepParser;
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import com.raytheon.uf.common.dataplugin.airep.AirepRecord;
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import com.raytheon.uf.edex.decodertools.time.TimeTools;
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/**
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* Various tests against the AirepParser. Extracted some from "mains" that held
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* test code.
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*
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* <pre>
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*
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* SOFTWARE HISTORY
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*
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* Date Ticket# Engineer Description
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* ------------ ---------- ----------- --------------------------
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* Sep 7, 2012 jkorman Initial creation
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*
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* </pre>
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*
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* @author jkorman
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* @version 1.0
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*/
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public class TestAIREPParser {
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public static final String WMO_CRCRLF = "\r\r\n";
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public static final String WMO_LEAD = "\01";
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public static final String WMO_TRAIL = WMO_CRCRLF + "\03";
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public static final int TURB_BIT = 0x80;
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@Test
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public void testAIREPSeparator() {
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String data = WMO_LEAD + WMO_CRCRLF + "205" + WMO_CRCRLF + "UAPA01 KWBC 071554" +
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WMO_CRCRLF + "ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB 1=" +
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WMO_CRCRLF + "ARP PAL110 12N 130E 1544 F370 MS48 090/025KT=" +
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WMO_CRCRLF + "ARP UAL595 3746N 08107W 1504 F370 MS46 294/058KT TB LGT RM B752 OV" +
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WMO_CRCRLF + " BKW=" + WMO_TRAIL;
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String report = null;
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AirepSeparator sep = AirepSeparator.separate(data.getBytes(), null);
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assertNotNull(sep);
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assertTrue(sep.hasNext());
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report = sep.next().report;
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assertEquals("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB 1",report);
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report = sep.next().report;
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assertEquals("ARP PAL110 12N 130E 1544 F370 MS48 090/025KT",report);
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report = sep.next().report;
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assertEquals("ARP UAL595 3746N 08107W 1504 F370 MS46 294/058KT TB LGT RM B752 OV\r BKW",report);
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}
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@Test
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public void testLockup() {
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String data = WMO_LEAD + WMO_CRCRLF + "494" + WMO_CRCRLF + "UAUS31 KWBC 112254" +
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WMO_CRCRLF + "ARP UAL819 4626N 10618W 2248 F360 TB CONT LGT CHOP RM B752 OV" +
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WMO_CRCRLF + " MLS270015=" + WMO_TRAIL;
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String report = null;
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AirepSeparator sep = AirepSeparator.separate(data.getBytes(), null);
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assertNotNull(sep);
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assertTrue(sep.hasNext());
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AirepParser p = null;
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Calendar c = TimeTools.getSystemCalendar(2012, 9, 10, 16, 10);
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// The following are in degrees minutes
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p = new AirepParser(sep.next().report, c);
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assertNotNull(p);
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}
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/**
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* Various forms of location identification.
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*/
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@Test
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public void testPositionDecode() {
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AirepParser p = null;
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Calendar c = TimeTools.getSystemCalendar(2012, 9, 10, 16, 10);
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// The following are in degrees minutes
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB LGT=", c);
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assertEquals("DAL278", p.getAircraftId());
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assertEquals(33.6, p.getLatitude(), 0.01);
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assertEquals(165.0, p.getLongitude(), 0.01);
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p = new AirepParser("ARP DAL278 3336N 165W 1543 F320 MS40 110/010KT TB LGT=", c);
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assertEquals("DAL278", p.getAircraftId());
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assertEquals(33.6, p.getLatitude(), 0.01);
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assertEquals(-165.0, p.getLongitude(), 0.01);
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p = new AirepParser("ARP DAL278 N3336 E165 1543 F320 MS40 110/010KT TB LGT=", c);
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assertEquals("DAL278", p.getAircraftId());
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assertEquals(33.6, p.getLatitude(), 0.01);
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assertEquals(165.0, p.getLongitude(), 0.01);
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p = new AirepParser("ARP DAL278 N3336 W165 1543 F320 MS40 110/010KT TB LGT=", c);
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assertEquals("DAL278", p.getAircraftId());
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assertEquals(33.6, p.getLatitude(), 0.01);
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assertEquals(-165.0, p.getLongitude(), 0.01);
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// These are in decimal degrees!
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p = new AirepParser("ARP DAL278 N33.36W089.25 1543 F320 MS40 110/010KT TB LGT=", c);
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assertEquals("DAL278", p.getAircraftId());
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assertEquals(33.36, p.getLatitude(), 0.01);
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assertEquals(-89.25, p.getLongitude(), 0.01);
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p = new AirepParser("ARP DAL278 33.36N089.25W 1543 F320 MS40 110/010KT TB LGT=", c);
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assertEquals("DAL278", p.getAircraftId());
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assertEquals(33.36, p.getLatitude(), 0.01);
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assertEquals(-89.25, p.getLongitude(), 0.01);
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}
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/**
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* Test various turbulence decoding.
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*/
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@Test
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public void testAIREPParser() {
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Calendar c = TimeTools.getSystemCalendar(2012, 9, 10, 16, 10);
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AirepParser p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB LGT=", c);
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AirepParser.Turbulence t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(0x80 | AirepRecord.TURB_LGT, t.getTurbulence());
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB MOD=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_MOD, t.getTurbulence());
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB MDT=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(0x40 | TURB_BIT, t.getTurbulence());
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB LGT OCN MDT CAT=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_MOD | AirepRecord.TURB_TYPE_CAT | AirepRecord.TURB_FREQ_OCN, t.getTurbulence());
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB LGT CAT OCN MDT=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_MOD | AirepRecord.TURB_TYPE_CAT | AirepRecord.TURB_FREQ_OCN, t.getTurbulence());
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB SVR=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_SEV, t.getTurbulence());
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB XTRM=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_XTRM, t.getTurbulence());
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p = new AirepParser("ARP HAL4 2714N 14713W 0957 F350 MS46 270/052KT TB 1=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_LGT, t.getTurbulence());
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// Compound turbulence value
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p = new AirepParser("ARP UAL761 3825N 11042W 1557 F340 MS44 235/030KT TB LGT-MOD RM\r\r\n A320 OV HVE=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_LGT_MOD, t.getTurbulence());
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// Compound turbulence value
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p = new AirepParser("ARP UAL761 3825N 11042W 1557 F340 MS44 235/030KT TB LGTMOD RM\r\r\n A320 OV HVE=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_LGT_MOD, t.getTurbulence());
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// Two adjacent intensities-assume the strongest!
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p = new AirepParser("ARP UAL761 3825N 11042W 1557 F340 MS44 235/030KT TB LGT MOD RM\r\r\n A320 OV HVE=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_MOD, t.getTurbulence());
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// Checks that the intensity and frequency is extracted from non-reported data.
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p = new AirepParser("ARP UAL761 3825N 11042W 1557 F340 TB OCNL MOD TURBC IN CLOUD TOPS\r\r\n RM A320 OV HVE=", c);
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t = p.getTurbulence();
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assertNotNull(t);
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assertEquals(TURB_BIT | AirepRecord.TURB_MOD | AirepRecord.TURB_FREQ_OCN, t.getTurbulence());
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}
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@Test
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public void testAIREPTimes() {
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SimpleDateFormat sdf = new SimpleDateFormat("yyyy-MM-dd HH:mm:ss");
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sdf.setTimeZone(TimeZone.getTimeZone("ZULU"));
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Calendar refTime = TimeTools.getBaseCalendar(2011, 12, 14);
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refTime.set(Calendar.HOUR_OF_DAY, 17);
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refTime.set(Calendar.MINUTE, 15);
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refTime.set(Calendar.SECOND, 00);
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refTime.set(Calendar.MILLISECOND, 0);
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AirepParser p = new AirepParser("ARP UAL121 4400N 05700W 1640 F390 MS00 000/099KT TB MOD SK CLEAR=",refTime);
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Calendar c = p.getObservationTime();
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assertNotNull(c);
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assertEquals(14, c.get(Calendar.DAY_OF_MONTH));
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assertEquals(16, c.get(Calendar.HOUR_OF_DAY));
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assertEquals(40, c.get(Calendar.MINUTE));
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}
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/**
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* Test that an observation time greater than the reference time rolls
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* back to the previous day.
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*/
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@Test
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public void testAIREPDateRollback() {
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Calendar refTime = TimeTools.getBaseCalendar(2011, 12, 14);
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refTime.set(Calendar.HOUR_OF_DAY, 17);
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refTime.set(Calendar.MINUTE, 15);
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refTime.set(Calendar.SECOND, 00);
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refTime.set(Calendar.MILLISECOND, 0);
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String data = "ARP UAL121 4400N 05700W 1840 F390 MS00 000/099KT TB MOD SK CLEAR=";
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AirepParser p = new AirepParser(data,refTime);
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Calendar c = p.getObservationTime();
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assertNotNull(c);
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assertEquals(13, c.get(Calendar.DAY_OF_MONTH));
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assertEquals(18, c.get(Calendar.HOUR_OF_DAY));
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assertEquals(40, c.get(Calendar.MINUTE));
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}
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/**
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* Test various reported winds
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*/
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@Test
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public void testAIREPWinds() {
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Calendar c = TimeTools.getSystemCalendar(2012, 9, 10, 16, 10);
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AirepParser p = null;
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// Winds with "KT"
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 110/010KT TB LGT=", c);
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assertNotNull(p);
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assertEquals(110, p.getWindDirection().intValue());
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assertEquals(10, p.getWindSpeed().intValue());
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// Winds with "KTS"
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 265/010KTS TB LGT=", c);
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assertNotNull(p);
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assertEquals(265, p.getWindDirection().intValue());
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assertEquals(10, p.getWindSpeed().intValue());
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// Winds with no units - assume knots
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p = new AirepParser("ARP DAL278 3336N 165E 1543 F320 MS40 265/010 TB LGT=", c);
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assertNotNull(p);
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assertEquals(265, p.getWindDirection().intValue());
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assertEquals(10, p.getWindSpeed().intValue());
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}
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}
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