Serge NOEL
395 lines
13 KiB
Java
395 lines
13 KiB
Java
package jmri.jmrix.can.cbus;
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import jmri.*;
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import jmri.jmrix.can.CanMessage;
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import jmri.jmrix.can.CanReply;
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import jmri.jmrix.can.CanSystemConnectionMemo;
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import jmri.jmrix.can.TrafficControllerScaffold;
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import jmri.jmrix.can.cbus.node.CbusNode;
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import jmri.jmrix.can.cbus.node.CbusNodeTableDataModel;
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import jmri.util.JUnitUtil;
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import org.junit.Assert;
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import org.junit.jupiter.api.*;
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/**
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*
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* @author Paul Bender Copyright (C) 2017
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* @author Steve Young Copyright (C) 2019
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* @author Daniel Bergqvist Copyright (C) 2020
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* @author Andrew Crosland Copyright (C) 2021
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*/
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public class CbusPredefinedMetersTest {
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private CanSystemConnectionMemo memo;
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private TrafficControllerScaffold tcis;
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private CbusPredefinedMeters mm;
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@BeforeEach
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public void setUp() {
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JUnitUtil.setUp();
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JUnitUtil.resetInstanceManager();
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JUnitUtil.resetProfileManager();
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JUnitUtil.initConfigureManager();
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// This test requires a registred connection config since ProxyMeterManager
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// auto creates system meter managers using the connection configs.
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/* InstanceManager.setDefault(jmri.jmrix.ConnectionConfigManager.class, new jmri.jmrix.ConnectionConfigManager());
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jmri.jmrix.NetworkPortAdapter pa = new jmri.jmrix.can.adapters.gridconnect.net.MergNetworkDriverAdapter();
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pa.setSystemPrefix("M");
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jmri.jmrix.ConnectionConfig cc = new jmri.jmrix.can.adapters.gridconnect.net.MergConnectionConfig(pa);
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InstanceManager.getDefault(jmri.jmrix.ConnectionConfigManager.class).add(cc);
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*/
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memo = new CanSystemConnectionMemo();
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tcis = new TrafficControllerScaffold();
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memo.setTrafficController(tcis);
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memo.setProtocol(jmri.jmrix.can.CanConfigurationManager.MERGCBUS);
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mm = memo.get(CbusPredefinedMeters.class);
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}
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@AfterEach
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public void tearDown() {
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mm = null;
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tcis.terminateThreads();
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tcis=null;
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memo.dispose();
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memo = null;
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JUnitUtil.tearDown();
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}
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public double getCurrent() {
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var meter = InstanceManager.getDefault(MeterManager.class).getBySystemName("MVCBUSCurrentMeter");
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Assertions.assertNotNull(meter);
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return meter.getKnownAnalogValue();
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}
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public double getCurrentExtra() {
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var meter = InstanceManager.getDefault(MeterManager.class).getBySystemName("MVCBUSCurrentMeter2");
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Assertions.assertNotNull(meter);
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return meter.getKnownAnalogValue();
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}
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public double getVoltage() {
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var meter = InstanceManager.getDefault(MeterManager.class).getBySystemName("MVCBUSVoltageMeter");
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Assertions.assertNotNull(meter);
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return meter.getKnownAnalogValue();
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}
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private void enable() {
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mm.updateTask.enable(mm.currentMeter);
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mm.updateTask.enable(mm.currentMeterExtra);
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mm.updateTask.enable(mm.voltageMeter);
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}
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private void disable() {
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mm.updateTask.disable(mm.currentMeter);
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mm.updateTask.disable(mm.currentMeterExtra);
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mm.updateTask.disable(mm.voltageMeter);
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}
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@Test
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public void testEnableDisable(){
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Assert.assertEquals("no listener to start",0,tcis.numListeners());
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enable();
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Assert.assertEquals("listening",1,tcis.numListeners());
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disable();
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Assert.assertEquals("not listening",0,tcis.numListeners());
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memo.get(CbusPreferences.class).setAllocateNNListener(false);
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memo.get(CbusPreferences.class).setNodeBackgroundFetchDelay(0);
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CbusNodeTableDataModel nodeModel = memo.get(CbusConfigurationManager.class)
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.provide(CbusNodeTableDataModel.class);
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Assertions.assertEquals(2,tcis.numListeners(),"node table and programmer listening "+tcis.getListeners());
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enable();
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Assert.assertEquals("mm listening",3,tcis.numListeners());
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disable();
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Assert.assertEquals("mm not listening",2,tcis.numListeners());
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CbusNode testCs = nodeModel.provideNodeByNodeNum(777);
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testCs.setCsNum(0);
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Assert.assertEquals("node + node table listening",3,tcis.numListeners());
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enable();
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Assert.assertEquals("multimeter listening",4,tcis.numListeners());
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disable();
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Assert.assertEquals("mm not listening",3,tcis.numListeners());
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nodeModel.dispose();
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testCs.dispose();
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}
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@Test
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public void testMultiMCanReply(){
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memo.get(CbusPreferences.class).setAllocateNNListener(false);
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memo.get(CbusPreferences.class).setNodeBackgroundFetchDelay(0);
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CbusNodeTableDataModel nodeModel = memo.get(CbusConfigurationManager.class)
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.provide(CbusNodeTableDataModel.class);
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CbusNode testCs = nodeModel.provideNodeByNodeNum(54321);
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testCs.setCsNum(0);
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enable();
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CanReply r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACOF2);
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r.setElement(1, 0xd4); // nn 54322
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r.setElement(2, 0x32); // nn 54322
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r.setElement(3, 0x00); // en 1
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r.setElement(4, 0x01); // en 1
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r.setElement(5, 0x00); // 8mA
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r.setElement(6, 0x08); // 8mA
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mm.reply(r);
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Assert.assertEquals(0,getCurrent(),0.001 ); // wrong opc
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r.setElement(0, CbusConstants.CBUS_ACON2);
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mm.reply(r);
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Assert.assertEquals(0,getCurrent(),0.001 ); // wrong node
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r.setElement(2, 0x31); // nn 54321
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mm.reply(r);
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Assert.assertEquals(8,getCurrent(),0.001 );
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r.setElement(5, 0x12); // 4807mA
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r.setElement(6, 0xc7); // 4807mA
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mm.reply(r);
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Assert.assertEquals(4807,getCurrent(),0.001 );
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CanMessage m = new CanMessage(tcis.getCanid());
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m.setNumDataElements(7);
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m.setElement(0, CbusConstants.CBUS_ACON2);
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m.setElement(1, 0xd4); // nn 54321
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m.setElement(2, 0x31); // nn 54321
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m.setElement(3, 0x00); // en1
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m.setElement(4, 0x01); // en1
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m.setElement(5, 0x00); // 0mA
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m.setElement(6, 0x00); // 0mA
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mm.message(m);
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Assert.assertEquals(4807,getCurrent(),0.001 ); // CanMessage Ignored
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r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en1
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r.setElement(4, 0x01); // en1
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r.setElement(5, 0x00); // 0mA
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r.setElement(6, 0x00); // 0mA
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mm.reply(r);
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Assert.assertEquals(0,getCurrent(),0.001 );
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// wrong event num
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r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en3
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r.setElement(4, 0x03); // en3
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r.setElement(5, 0x12); // 4807mA
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r.setElement(6, 0xc7); // 4807mA
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mm.reply(r);
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Assert.assertEquals("Wrong event",0,getCurrent(),0.001 );
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r.setElement(4, 0x01); // en1
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r.setRtr(true);
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mm.reply(r);
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Assert.assertEquals(0,getCurrent(),0.001 );
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r.setExtended(true);
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r.setRtr(false);
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mm.reply(r);
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Assert.assertEquals(0,getCurrent(),0.001 );
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r.setExtended(false);
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mm.reply(r);
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Assert.assertEquals(4807,getCurrent(),0.001 );
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disable();
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nodeModel.dispose();
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testCs.dispose();
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}
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@Test
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public void testMultiMExtraCanReply(){
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memo.get(CbusPreferences.class).setAllocateNNListener(false);
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memo.get(CbusPreferences.class).setNodeBackgroundFetchDelay(0);
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CbusNodeTableDataModel nodeModel = memo.get(CbusConfigurationManager.class)
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.provide(CbusNodeTableDataModel.class);
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CbusNode testCs = nodeModel.provideNodeByNodeNum(54321);
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testCs.setCsNum(0);
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enable();
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CanReply r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACOF2);
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r.setElement(1, 0xd4); // nn 54322
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r.setElement(2, 0x32); // nn 54322
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r.setElement(3, 0x00); // en 3
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r.setElement(4, 0x03); // en 3
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r.setElement(5, 0x00); // 8mA
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r.setElement(6, 0x08); // 8mA
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mm.reply(r);
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Assert.assertEquals(0,getCurrentExtra(),0.001 ); // wrong opc
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r.setElement(0, CbusConstants.CBUS_ACON2);
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mm.reply(r);
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Assert.assertEquals(0,getCurrentExtra(),0.001 ); // wrong node
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r.setElement(2, 0x31); // nn 54321
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mm.reply(r);
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Assert.assertEquals(8,getCurrentExtra(),0.001 );
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r.setElement(5, 0x12); // 4807mA
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r.setElement(6, 0xc7); // 4807mA
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mm.reply(r);
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Assert.assertEquals(4807,getCurrentExtra(),0.001 );
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CanMessage m = new CanMessage(tcis.getCanid());
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m.setNumDataElements(7);
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m.setElement(0, CbusConstants.CBUS_ACON2);
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m.setElement(1, 0xd4); // nn 54321
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m.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en 3
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r.setElement(4, 0x03); // en 3
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m.setElement(5, 0x00); // 0mA
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m.setElement(6, 0x00); // 0mA
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mm.message(m);
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Assert.assertEquals(4807,getCurrentExtra(),0.001 ); // CanMessage Ignored
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r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en 3
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r.setElement(4, 0x03); // en 3
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r.setElement(5, 0x00); // 0mA
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r.setElement(6, 0x00); // 0mA
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mm.reply(r);
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Assert.assertEquals(0,getCurrentExtra(),0.001 );
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// wrong event num
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r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en 2
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r.setElement(4, 0x02); // en 2
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r.setElement(5, 0x12); // 4807mA
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r.setElement(6, 0xc7); // 4807mA
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mm.reply(r);
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Assert.assertEquals("Wrong event",0,getCurrentExtra(),0.001 );
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r.setElement(4, 0x03); // en 3
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r.setRtr(true);
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mm.reply(r);
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Assert.assertEquals(0,getCurrentExtra(),0.001 );
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r.setExtended(true);
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r.setRtr(false);
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mm.reply(r);
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Assert.assertEquals(0,getCurrentExtra(),0.001 );
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r.setExtended(false);
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mm.reply(r);
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Assert.assertEquals(4807,getCurrentExtra(),0.001 );
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disable();
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nodeModel.dispose();
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testCs.dispose();
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}
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@Test
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public void testMultiMVoltCanReply(){
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memo.get(CbusPreferences.class).setAllocateNNListener(false);
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memo.get(CbusPreferences.class).setNodeBackgroundFetchDelay(0);
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CbusNodeTableDataModel nodeModel = memo.get(CbusConfigurationManager.class)
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.provide(CbusNodeTableDataModel.class);
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CbusNode testCs = nodeModel.provideNodeByNodeNum(54321);
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testCs.setCsNum(0);
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enable();
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CanReply r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en 2
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r.setElement(4, 0x02); // en 2
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r.setElement(5, 0x00); // 12.9V
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r.setElement(6, 0x81); // 12.9V
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//System.out.format("testMultiMVoltCanReply: reply(12.9) volt%n");
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mm.reply(r);
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Assert.assertEquals(12.9,getVoltage(),0.001 );
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r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en 2
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r.setElement(4, 0x02); // en 2
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r.setElement(5, 0x01); // 25.6V
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r.setElement(6, 0x00); // 25.6V
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mm.reply(r);
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Assert.assertEquals(25.6,getVoltage(),0.001 );
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r = new CanReply(tcis.getCanid());
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r.setNumDataElements(7);
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r.setElement(0, CbusConstants.CBUS_ACON2);
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r.setElement(1, 0xd4); // nn 54321
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r.setElement(2, 0x31); // nn 54321
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r.setElement(3, 0x00); // en2
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r.setElement(4, 0x01); // en2
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r.setElement(5, 0x00); // 0V
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r.setElement(6, 0x00); // 0V
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mm.reply(r);
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Assert.assertEquals(0,getCurrent(),0.001 );
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disable();
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nodeModel.dispose();
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testCs.dispose();
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}
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@Test
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public void testSmallFuncs(){
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Assert.assertEquals("ma units", InstanceManager.getDefault(MeterManager.class).getBySystemName("MVCBUSCurrentMeter").getUnit(), Meter.Unit.Milli);
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}
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// private static final Logger log = LoggerFactory.getLogger(CbusPredefinedMetersTest.class);
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}
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