Serge NOEL
134 lines
4.8 KiB
Java
134 lines
4.8 KiB
Java
/**
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* Tests for the jmri.jmrix.nce.EasyDccConsistManager class
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*
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* @author Paul Bender Copyright (C) 2012,2017
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*/
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package jmri.jmrix.easydcc;
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import org.junit.Assert;
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import org.junit.jupiter.api.*;
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import org.junit.Assume;
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import jmri.util.JUnitUtil;
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public class EasyDccConsistManagerTest extends jmri.implementation.AbstractConsistManagerTestBase{
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private EasyDccTrafficControlScaffold t = null;
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// test the initialization loop
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@Test
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public void testInitSequence() {
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EasyDccConsistManager m = (EasyDccConsistManager) cm;
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// we need to call requestUpdateFromLayout() to trigger the
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// init sequence.
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m.requestUpdateFromLayout();
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for (int i = 1; i < 255; i++) {
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// check "display consist" message sent
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Assert.assertEquals("display consist", i, t.outbound.size());
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if (i < 16) {
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Assert.assertEquals("read message contents", "GD 0" + Integer.toHexString(i).toUpperCase(),
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((t.outbound.elementAt(i - 1))).toString());
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} else {
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Assert.assertEquals("read message contents", "GD " + Integer.toHexString(i).toUpperCase(),
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((t.outbound.elementAt(i - 1))).toString());
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}
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// reply from programmer arrives
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EasyDccReply r = new EasyDccReply();
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r.setElement(0, 'G');
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r.setElement(1, i < 16 ? '0' : Integer.toHexString(i).charAt(0)); // first hex digit of i
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r.setElement(2, i < 16 ? Integer.toHexString(i).charAt(0) : Integer.toHexString(i).charAt(1)); // second hex digit of i
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if (i == 80) {
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// For consist 80, use data from real hardware
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// provided by Rick Beaber. PAB
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r.setElement(1, '5');
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r.setElement(2, '0');
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r.setElement(3, '0');
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r.setElement(4, '0');
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r.setElement(5, '5');
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r.setElement(6, '0');
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r.setElement(7, '0');
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r.setElement(8, '1');
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r.setElement(9, '1');
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r.setElement(10, '8');
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r.setElement(11, '8');
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r.setElement(12, '1');
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r.setElement(13, '2');
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r.setElement(14, '1');
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r.setElement(15, 0x0D);
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} else if (i < 254) {
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// for the rest of the first 254 consists, reply with
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// an empty consist
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r.setElement(3, ' ');
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r.setElement(4, '0');
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r.setElement(5, '0');
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r.setElement(6, '0');
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r.setElement(7, '0');
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r.setElement(8, 0x0D);
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} else {
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// for the last consist, reply with a non-empty consist.
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// the data here is from the EasyDCC manual.
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r.setElement(3, ' ');
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r.setElement(4, '0');
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r.setElement(5, '5');
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r.setElement(6, '0');
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r.setElement(7, 'F');
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r.setElement(8, ' ');
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r.setElement(9, '0');
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r.setElement(10, '7');
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r.setElement(11, '3');
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r.setElement(12, '6');
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r.setElement(13, ' ');
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r.setElement(14, '1');
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r.setElement(15, '9');
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r.setElement(16, '4');
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r.setElement(17, 'A');
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r.setElement(18, 0x0D);
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}
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t.sendTestReply(r);
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}
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// check and make sure the last consist was created
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EasyDccConsist c = (EasyDccConsist) m.getConsist(new jmri.DccLocoAddress(255, true));
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Assert.assertNotNull(c);
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}
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@Test
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@Override
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public void testIsCommandStationConsistPossible(){
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// possible for EasyDCC
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Assert.assertTrue("CS Consist Possible",cm.isCommandStationConsistPossible());
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}
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@Test
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@Override
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public void testCsConsistNeedsSeperateAddress(){
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Assume.assumeTrue(cm.isCommandStationConsistPossible());
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// EasyDCC requires an address for CS consists.
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Assert.assertTrue("CS Consist Needs Seperate Address",cm.csConsistNeedsSeperateAddress());
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}
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@BeforeEach
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@Override
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public void setUp() {
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JUnitUtil.setUp();
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EasyDccSystemConnectionMemo memo = new EasyDccSystemConnectionMemo("E", "EasyDCC Test");
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t = new EasyDccTrafficControlScaffold(memo);
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memo.setEasyDccTrafficController(t); // important for successful getTrafficController()
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cm = new EasyDccConsistManager(memo);
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}
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@AfterEach
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@Override
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public void tearDown() {
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cm = null;
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t.terminateThreads();
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JUnitUtil.tearDown();
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}
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// private static final Logger log = LoggerFactory.getLogger(EasyDccConsistManagerTest.class);
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}
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