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JIMRI/java/test/jmri/jmrit/dispatcher/AutoTrainsMultiBlockStopTest.java
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Serge NOEL efdf1683af Initialisation depot
2026-06-17 14:00:51 +02:00

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package jmri.jmrit.dispatcher;
import java.io.File;
import java.io.IOException;
import java.nio.file.Files;
import java.nio.file.Path;
import java.nio.file.StandardCopyOption;
import jmri.InstanceManager;
import jmri.Sensor;
import jmri.SensorManager;
import jmri.implementation.SignalSpeedMap;
import jmri.jmrit.logix.WarrantPreferences;
import jmri.util.FileUtil;
import jmri.util.JUnitUtil;
import jmri.util.junit.annotations.DisabledIfHeadless;
import org.junit.jupiter.api.*;
import org.netbeans.jemmy.operators.JButtonOperator;
import org.netbeans.jemmy.operators.JFrameOperator;
import static org.assertj.core.api.Assertions.assertThat;
import static org.junit.jupiter.api.Assertions.assertEquals;
import static org.junit.jupiter.api.Assertions.assertNotNull;
/**
*
* @author SG 2021
*
* Tests Multiblock stopping.
* First move a too long train into a two block section. Stops immediately
* Move a very short train in, stop when it gets to far end
* Move a medium train
*
*/
@DisabledIfHeadless
public class AutoTrainsMultiBlockStopTest {
// Only one aat at a time
private AutoActiveTrain aat = null;
private static final double TOLERANCE = 0.0001;
// Adjust this if timeouts on the server
private static final int waitInterval = 200;
@Test
public void testFwdAndReverse40() {
jmri.configurexml.ConfigXmlManager cm = new jmri.configurexml.ConfigXmlManager() {
};
// THe train is 40 long and fits in furthers block..
// Assume.assumeFalse("Ignoring intermittent test", Boolean.getBoolean("jmri.skipTestsRequiringSeparateRunning"));
WarrantPreferences.getDefault().setShutdown(WarrantPreferences.Shutdown.NO_MERGE);
// load layout file
File f = new File("java/test/jmri/jmrit/dispatcher/MultiBlockStop.xml");
boolean loaded = Assertions.assertDoesNotThrow(() ->
cm.load(f)
);
Assertions.assertTrue(loaded);
InstanceManager.getDefault(jmri.jmrit.display.layoutEditor.LayoutBlockManager.class).initializeLayoutBlockPaths();
// load dispatcher, with all the correct options
OptionsFile.setDefaultFileName("java/test/jmri/jmrit/dispatcher/MultiBlockStopdispatcheroptions.xml");
DispatcherFrame d = InstanceManager.getDefault(DispatcherFrame.class);
JFrameOperator dw = new JFrameOperator(Bundle.getMessage("TitleDispatcher"));
// running with no signals
checkAndSetSpeedsSML();
SensorManager sm = InstanceManager.getDefault(SensorManager.class);
Sensor sensorBlock1 = sm.getSensor("Block 1");
Sensor sensorBlock2 = sm.getSensor("Block 2");
Sensor sensorBlock3 = sm.getSensor("Block 3");
Sensor sensorBlock4 = sm.getSensor("Block 4");
Sensor sensorBlock5 = sm.getSensor("Block 5");
Sensor sensorBlock6 = sm.getSensor("Block 6");
Sensor sensorBlock7 = sm.getSensor("Block 7");
Sensor sensorTrainRestart = sm.getSensor("TrainRestart");
Sensor sensorTrainReverseRestart = sm.getSensor("TrainReverseRestart");
assertNotNull(sensorBlock1);
assertNotNull(sensorBlock2);
assertNotNull(sensorBlock3);
assertNotNull(sensorBlock4);
assertNotNull(sensorBlock5);
assertNotNull(sensorBlock6);
assertNotNull(sensorBlock7);
assertNotNull(sensorTrainRestart);
assertNotNull(sensorTrainReverseRestart);
// trains fills one block
JUnitUtil.setBeanStateAndWait(sensorBlock1, Sensor.ACTIVE);
// *******************************************************************************
// Here start left to right train fits in deepest block
// Also tests train done, and block tracking during stop.
// *******************************************************************************
d.loadTrainFromTrainInfo("FWDREV40.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
ActiveTrain at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 6");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 7, 6 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Should have stop on block 6 inactive.");
JUnitUtil.waitFor(waitInterval);
// now return.
JUnitUtil.setBeanState(sensorTrainRestart, Sensor.ACTIVE);
// and reverses
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getIsForward() == false;
},"Throttle should be in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Speed goes to medium in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To restart 3 sections clear");
// set train to not restart
at.setResetWhenDone(false);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to begin section");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1, 2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Should have stop on block 2 inactive.");
JUnitUtil.waitFor(waitInterval);
assertEquals("DONE",at.getStatusText(),"Train is not set as done");
JButtonOperator bo = new JButtonOperator(dw, Bundle.getMessage("TerminateTrain"));
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
resetSensors(sm);
// *******************************************************************************
// Here start left to right train fits in 2 deepest blocks
// *******************************************************************************
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
d.loadTrainFromTrainInfo("FWDREV80.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
assertEquals(speedStopping, aat.getThrottle().getSpeedSetting(), TOLERANCE , "Throttle should be in reverse");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 6");
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 7, 6, 5 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 5 inactive.");
JUnitUtil.waitFor(waitInterval);
// now return.
JUnitUtil.setBeanState( sensorTrainRestart, Sensor.ACTIVE);
// and reverses
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getIsForward() == false;
},"Throttle should be in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Speed goes to medium in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To restart 3 sections clear");
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to begin section");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1, 2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 2 inactive.");
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
resetSensors(sm);
// *******************************************************************************
// Here start left to right train fits in all three blocks
// *******************************************************************************
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
d.loadTrainFromTrainInfo("FWDREV120.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
// fully in block 4
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 6");
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 7, 6 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 4 inactive.");
JUnitUtil.waitFor(waitInterval);
// now return.- use the v4 reverse restart sensor.
JUnitUtil.setBeanState( sensorTrainReverseRestart, Sensor.ACTIVE);
// and reverses
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getIsForward() == false;
},"Throttle should be in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Speed goes to medium in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To restart 3 sections clear");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to begin section");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2 , 3");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1, 2, 3, 4 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 4 inactive.");
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
resetSensors(sm);
// *******************************************************************************
// Here start right to left train fits in deepest block
// *******************************************************************************
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
d.loadTrainFromTrainInfo("REVFWD40.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1, 2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 2 inactive.");
JUnitUtil.waitFor(waitInterval);
// now return.
JUnitUtil.setBeanState( sensorTrainRestart, Sensor.ACTIVE);
// and reverses
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getIsForward() == false;
},"Throttle should be in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Speed goes to medium in reverse");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 6");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 7, 6 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 6 inactive.");
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
resetSensors(sm);
// *******************************************************************************
// Here start right to left train fits in deepest 2 blocks
// *******************************************************************************
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
d.loadTrainFromTrainInfo("REVFWD80.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
// fully in block 4
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section block 3");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2, 3");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1, 2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 3 inactive.");
JUnitUtil.waitFor(waitInterval);
// now return.
JUnitUtil.setBeanState( sensorTrainRestart, Sensor.ACTIVE);
// and reverses
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getIsForward() == false;
},"Throttle should be in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Speed goes to medium in reverse");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
// fully in block 4
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section Block 5");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 5, 6");
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 7, 6, 5 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 5 inactive.");
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
resetSensors(sm);
// *******************************************************************************
// Here start right to left train fits in entire section
// *******************************************************************************
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
d.loadTrainFromTrainInfo("REVFWD120.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1, 2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 2 inactive.");
JUnitUtil.waitFor(waitInterval);
// now return.
JUnitUtil.setBeanState( sensorTrainRestart, Sensor.ACTIVE);
// and reverses
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getIsForward() == false;
},"Throttle should be in reverse");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Speed goes to medium in reverse");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "2 sections clear speed normal");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
// fully in block 4
JUnitUtil.setBeanStateAndWait( sensorBlock5, Sensor.ACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Failed To Slow on entry to final section");
JUnitUtil.setBeanStateAndWait( sensorBlock6, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 6");
JUnitUtil.setBeanStateAndWait( sensorBlock7, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 7, 6, 5 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return aat.getThrottle().getSpeedSetting() == 0.0f;
}, "Should have stop on block 6 inactive.");
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
JFrameOperator aw = new JFrameOperator("AutoTrains");
aw.requestClose();
dw.requestClose();
// cleanup window
JUnitUtil.dispose(d);
InstanceManager.getDefault(jmri.SignalMastManager.class).dispose();
InstanceManager.getDefault(jmri.SignalMastLogicManager.class).dispose();
}
@Test
public void testRoundAndRound40() {
jmri.configurexml.ConfigXmlManager cm = new jmri.configurexml.ConfigXmlManager() {
};
// THe train is 40 long and fits in furthers block..
// Assume.assumeFalse("Ignoring intermittent test", Boolean.getBoolean("jmri.skipTestsRequiringSeparateRunning"));
WarrantPreferences.getDefault().setShutdown(WarrantPreferences.Shutdown.NO_MERGE);
// load layout file
File f = new File("java/test/jmri/jmrit/dispatcher/MultiBlockStopRoundAndRound.xml");
boolean loaded = Assertions.assertDoesNotThrow(() ->
cm.load(f));
Assertions.assertTrue(loaded);
InstanceManager.getDefault(jmri.jmrit.display.layoutEditor.LayoutBlockManager.class).initializeLayoutBlockPaths();
// load dispatcher, with all the correct options
OptionsFile.setDefaultFileName("java/test/jmri/jmrit/dispatcher/MultiBlockStopdispatcheroptions.xml");
DispatcherFrame d = InstanceManager.getDefault(DispatcherFrame.class);
JFrameOperator dw = new JFrameOperator(Bundle.getMessage("TitleDispatcher"));
// running with no signals
checkAndSetSpeedsSML();
SensorManager sm = InstanceManager.getDefault(SensorManager.class);
Sensor sensorBlock1 = sm.getSensor("Block 1");
Sensor sensorBlock2 = sm.getSensor("Block 2");
Sensor sensorBlock3 = sm.getSensor("Block 3");
Sensor sensorBlock4 = sm.getSensor("Block 4");
Sensor sensorBlock4_1 = sm.getSensor("Block 4-1");
Sensor sensorTrainRestart = sm.getSensor("TrainRestart");
assertNotNull(sensorBlock1);
assertNotNull(sensorBlock2);
assertNotNull(sensorBlock3);
assertNotNull(sensorBlock4);
assertNotNull(sensorBlock4_1);
assertNotNull(sensorTrainRestart);
// trains fills one block
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// *******************************************************************************
// Here start Round And Round train starts block 3 stops at block 3 and goes again.
// TRain fits in one block stops on block 2 inactive.
// *******************************************************************************
d.loadTrainFromTrainInfo("RNDRND3BLK40.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
ActiveTrain at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Slowing in Block 1");
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Should have stop on Block 2 inactive.");
JUnitUtil.waitFor(waitInterval);
JUnitUtil.setBeanStateAndWait( sensorTrainRestart, Sensor.ACTIVE);
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Slowing in Block 1");
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
// JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Should have stop on Block 2 inactive.");
JButtonOperator bo = new JButtonOperator(dw, Bundle.getMessage("TerminateTrain"));
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
JFrameOperator aw = new JFrameOperator("AutoTrains");
aw.requestClose();
dw.requestClose();
// cleanup window
JUnitUtil.dispose(d);
InstanceManager.getDefault(jmri.SignalMastManager.class).dispose();
InstanceManager.getDefault(jmri.SignalMastLogicManager.class).dispose();
}
@Test
public void testRoundAndRound80() {
jmri.configurexml.ConfigXmlManager cm = new jmri.configurexml.ConfigXmlManager() {
};
// THe train is 40 long and fits in furthers block..
// Assume.assumeFalse("Ignoring intermittent test", Boolean.getBoolean("jmri.skipTestsRequiringSeparateRunning"));
WarrantPreferences.getDefault().setShutdown(WarrantPreferences.Shutdown.NO_MERGE);
// load layout file
File f = new File("java/test/jmri/jmrit/dispatcher/MultiBlockStopRoundAndRound.xml");
boolean loaded = Assertions.assertDoesNotThrow(() ->
cm.load(f));
Assertions.assertTrue(loaded);
InstanceManager.getDefault(jmri.jmrit.display.layoutEditor.LayoutBlockManager.class).initializeLayoutBlockPaths();
// load dispatcher, with all the correct options
OptionsFile.setDefaultFileName("java/test/jmri/jmrit/dispatcher/MultiBlockStopdispatcheroptions.xml");
DispatcherFrame d = InstanceManager.getDefault(DispatcherFrame.class);
JFrameOperator dw = new JFrameOperator(Bundle.getMessage("TitleDispatcher"));
// running with no signals
checkAndSetSpeedsSML();
SensorManager sm = InstanceManager.getDefault(SensorManager.class);
Sensor sensorBlock1 = sm.getSensor("Block 1");
Sensor sensorBlock2 = sm.getSensor("Block 2");
Sensor sensorBlock3 = sm.getSensor("Block 3");
Sensor sensorBlock4 = sm.getSensor("Block 4");
Sensor sensorBlock4_1 = sm.getSensor("Block 4-1");
Sensor sensorTrainRestart = sm.getSensor("TrainRestart");
assertNotNull(sensorBlock1);
assertNotNull(sensorBlock2);
assertNotNull(sensorBlock3);
assertNotNull(sensorBlock4);
assertNotNull(sensorBlock4_1);
assertNotNull(sensorTrainRestart);
// trains fills one block
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
// *******************************************************************************
// Here start Round And Round train starts block 3 stops at block 3 and goes again.
// Train fits in 2 blocks stops on block 1 going inactive.
// *******************************************************************************
d.loadTrainFromTrainInfo("RNDRND3BLK80.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
ActiveTrain at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Slowing in Block 1");
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Still stop on block 1 inactive, block 2, 3 still active");
JUnitUtil.waitFor(waitInterval);
JUnitUtil.setBeanStateAndWait( sensorTrainRestart, Sensor.ACTIVE);
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Slowing in Block 1");
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Still stop on block 1 inactive, block 2, 3 still active");
JButtonOperator bo = new JButtonOperator(dw, Bundle.getMessage("TerminateTrain"));
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
JFrameOperator aw = new JFrameOperator("AutoTrains");
aw.requestClose();
dw.requestClose();
// cleanup window
JUnitUtil.dispose(d);
InstanceManager.getDefault(jmri.SignalMastManager.class).dispose();
InstanceManager.getDefault(jmri.SignalMastLogicManager.class).dispose();
}
@Test
public void testRoundAndRound120() {
jmri.configurexml.ConfigXmlManager cm = new jmri.configurexml.ConfigXmlManager() {
};
// THe train is 40 long and fits in furthers block..
// Assume.assumeFalse("Ignoring intermittent test", Boolean.getBoolean("jmri.skipTestsRequiringSeparateRunning"));
WarrantPreferences.getDefault().setShutdown(WarrantPreferences.Shutdown.NO_MERGE);
// load layout file
File f = new File("java/test/jmri/jmrit/dispatcher/MultiBlockStopRoundAndRound.xml");
boolean loaded = Assertions.assertDoesNotThrow(() ->
cm.load(f));
Assertions.assertTrue(loaded);
InstanceManager.getDefault(jmri.jmrit.display.layoutEditor.LayoutBlockManager.class).initializeLayoutBlockPaths();
// load dispatcher, with all the correct options
OptionsFile.setDefaultFileName("java/test/jmri/jmrit/dispatcher/MultiBlockStopdispatcheroptions.xml");
DispatcherFrame d = InstanceManager.getDefault(DispatcherFrame.class);
JFrameOperator dw = new JFrameOperator(Bundle.getMessage("TitleDispatcher"));
// running with no signals
checkAndSetSpeedsSML();
SensorManager sm = InstanceManager.getDefault(SensorManager.class);
Sensor sensorBlock1 = sm.getSensor("Block 1");
Sensor sensorBlock2 = sm.getSensor("Block 2");
Sensor sensorBlock3 = sm.getSensor("Block 3");
Sensor sensorBlock4 = sm.getSensor("Block 4");
Sensor sensorBlock4_1 = sm.getSensor("Block 4-1");
Sensor sensorTrainRestart = sm.getSensor("TrainRestart");
assertNotNull(sensorBlock1);
assertNotNull(sensorBlock2);
assertNotNull(sensorBlock3);
assertNotNull(sensorBlock4);
assertNotNull(sensorBlock4_1);
assertNotNull(sensorTrainRestart);
// trains fills one block
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
// *******************************************************************************
// Here start Round And Round train starts block 3 stops at block 3 and goes again.
// Train fits in 3 blocks stops on block 4-1 going inactive.
// *******************************************************************************
d.loadTrainFromTrainInfo("RNDRND3BLK120.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
ActiveTrain at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 3 as we are allocating as far as we can
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Slowing in Block 1");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Still stop on block 1 inactive, block 2, 3 still active");
JUnitUtil.waitFor(waitInterval);
JUnitUtil.setBeanStateAndWait( sensorTrainRestart, Sensor.ACTIVE);
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// now can allocate Section1-3 again.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "2 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Slowing in Block 1");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedStopping ) < TOLERANCE );
}, "Still going in block 1,2, 3 still active");
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "Still stop on block 4-1 inactive, block 1, 2, 3 still active");
JButtonOperator bo = new JButtonOperator(dw, Bundle.getMessage("TerminateTrain"));
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
JFrameOperator aw = new JFrameOperator("AutoTrains");
aw.requestClose();
dw.requestClose();
// cleanup window
JUnitUtil.dispose(d);
InstanceManager.getDefault(jmri.SignalMastManager.class).dispose();
InstanceManager.getDefault(jmri.SignalMastLogicManager.class).dispose();
}
@Test
public void testRoundAndRound120_NoDelay() {
jmri.configurexml.ConfigXmlManager cm = new jmri.configurexml.ConfigXmlManager() {
};
// THe train is 120 long and and doesnt fit in the section (2 blocks)..
WarrantPreferences.getDefault().setShutdown(WarrantPreferences.Shutdown.NO_MERGE);
// load layout file
File f = new File("java/test/jmri/jmrit/dispatcher/MultiBlockStopRoundAndRound.xml");
boolean loaded = Assertions.assertDoesNotThrow(() ->
cm.load(f));
Assertions.assertTrue(loaded);
InstanceManager.getDefault(jmri.jmrit.display.layoutEditor.LayoutBlockManager.class).initializeLayoutBlockPaths();
// load dispatcher, with all the correct options
OptionsFile.setDefaultFileName("java/test/jmri/jmrit/dispatcher/MultiBlockStopdispatcheroptions.xml");
DispatcherFrame d = InstanceManager.getDefault(DispatcherFrame.class);
JFrameOperator dw = new JFrameOperator(Bundle.getMessage("TitleDispatcher"));
// running with no signals
checkAndSetSpeedsSML();
SensorManager sm = InstanceManager.getDefault(SensorManager.class);
Sensor sensorBlock1 = sm.getSensor("Block 1");
Sensor sensorBlock2 = sm.getSensor("Block 2");
Sensor sensorBlock3 = sm.getSensor("Block 3");
Sensor sensorBlock4 = sm.getSensor("Block 4");
Sensor sensorBlock4_1 = sm.getSensor("Block 4-1");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
// *******************************************************************************
// Here start Round And Round train starts block 2 stops at block 1 and goes again.
// Train does not fit in section stops on block 1 going active.
// *******************************************************************************
d.loadTrainFromTrainInfo("RNDRND2BLK120NoDelay.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
ActiveTrain at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
// trains loads and runs, 2 ahead.
JUnitUtil.waitFor(() -> {
return(getSectionsClearAhead(at)==2);
},"Allocated sections clear ahead should be 2");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// Section 1 know available
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
// no delay keep going into loop2 we in 1 and 4 -1 not released and one (4) clear ahead.
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return(getSectionsClearAhead(at)==1);
},"Allocated sections clear ahead should be 1");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "Still stop on block 1 active, block 2, 3 not active");
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// 2 section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// now can allocate Section1-3 again.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "2 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
// begin 3rd loop keep going...done terminate test.
JButtonOperator bo = new JButtonOperator(dw, Bundle.getMessage("TerminateTrain"));
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
JFrameOperator aw = new JFrameOperator("AutoTrains");
aw.requestClose();
dw.requestClose();
// cleanup window
JUnitUtil.dispose(d);
InstanceManager.getDefault(jmri.SignalMastManager.class).dispose();
InstanceManager.getDefault(jmri.SignalMastLogicManager.class).dispose();
}
@Test
public void testRoundAndRound120_ShortSection() {
jmri.configurexml.ConfigXmlManager cm = new jmri.configurexml.ConfigXmlManager() {
};
// THe train is 120 long and and doesnt fit in the section (2 blocks)..
WarrantPreferences.getDefault().setShutdown(WarrantPreferences.Shutdown.NO_MERGE);
// load layout file
File f = new File("java/test/jmri/jmrit/dispatcher/MultiBlockStopRoundAndRound.xml");
boolean loaded = Assertions.assertDoesNotThrow(() ->
cm.load(f));
Assertions.assertTrue(loaded);
InstanceManager.getDefault(jmri.jmrit.display.layoutEditor.LayoutBlockManager.class).initializeLayoutBlockPaths();
// load dispatcher, with all the correct options
OptionsFile.setDefaultFileName("java/test/jmri/jmrit/dispatcher/MultiBlockStopdispatcheroptions.xml");
DispatcherFrame d = InstanceManager.getDefault(DispatcherFrame.class);
JFrameOperator dw = new JFrameOperator(Bundle.getMessage("TitleDispatcher"));
// running with no signals
checkAndSetSpeedsSML();
SensorManager sm = InstanceManager.getDefault(SensorManager.class);
Sensor sensorBlock1 = sm.getSensor("Block 1");
Sensor sensorBlock2 = sm.getSensor("Block 2");
Sensor sensorBlock3 = sm.getSensor("Block 3");
Sensor sensorBlock4 = sm.getSensor("Block 4");
Sensor sensorBlock4_1 = sm.getSensor("Block 4-1");
Sensor sensorTrainRestart = sm.getSensor("TrainRestart");
assertNotNull(sensorBlock1);
assertNotNull(sensorBlock2);
assertNotNull(sensorBlock3);
assertNotNull(sensorBlock4);
assertNotNull(sensorBlock4_1);
assertNotNull(sensorTrainRestart);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
// *******************************************************************************
// Here start Round And Round train starts block 2 stops at block 1 and goes again.
// Train does not fit in section stops on block 1 going active.
// *******************************************************************************
d.loadTrainFromTrainInfo("RNDRND2BLK120.xml");
assertThat(d.getActiveTrainsList().size()).withFailMessage("Train Loaded").isEqualTo(1);
ActiveTrain at = d.getActiveTrainsList().get(0);
aat = at.getAutoActiveTrain();
JUnitUtil.waitFor(() -> {
return(d.getAllocatedSectionsList().size()==3);
},"Allocated sections should be 3");
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, "Failed To Start - Stop / Resume");
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// Section 2 know available
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed normal "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting()) < TOLERANCE );
}, "Failed To Stop and wait for sensor");
assertEquals(0,getSectionsClearAhead(at),"No sections allocated ahead");
JUnitUtil.setBeanStateAndWait( sensorTrainRestart, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.ACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// manually reset restart sensor.
JUnitUtil.setBeanStateAndWait( sensorTrainRestart, Sensor.INACTIVE);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// only one section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock2, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// 2 section ahead.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock3, Sensor.INACTIVE);
JUnitUtil.waitFor(waitInterval);
// now can allocate Section1-3 again.
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedNormal ) < TOLERANCE );
}, () -> "2 section clear speed normal "+ speedNormal + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4_1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() - speedMedium ) < TOLERANCE );
}, () -> "1 section clear speed medium "+ speedMedium + " but was " + aat.getThrottle().getSpeedSetting());
JUnitUtil.setBeanStateAndWait( sensorBlock4, Sensor.INACTIVE);
JUnitUtil.setBeanStateAndWait( sensorBlock1, Sensor.ACTIVE);
JUnitUtil.waitFor(waitInterval);
// and stopped at end of second loop
JUnitUtil.waitFor(() -> {
return (Math.abs(aat.getThrottle().getSpeedSetting() ) < TOLERANCE );
}, "And going again failed.");
JButtonOperator bo = new JButtonOperator(dw, Bundle.getMessage("TerminateTrain"));
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval/2);
bo.push();
// wait for cleanup to finish
JUnitUtil.waitFor(waitInterval);
assertThat((d.getActiveTrainsList().isEmpty())).withFailMessage("All trains terminated").isTrue();
JFrameOperator aw = new JFrameOperator("AutoTrains");
aw.requestClose();
dw.requestClose();
// cleanup window
JUnitUtil.dispose(d);
InstanceManager.getDefault(jmri.SignalMastManager.class).dispose();
InstanceManager.getDefault(jmri.SignalMastLogicManager.class).dispose();
}
// reset to inactive all sensors except clock.
private void resetSensors(SensorManager sm) {
for (Sensor sensor:sm.getNamedBeanSet()) {
if (!sensor.getSystemName().equals("ISCLOCKRUNNING")) {
JUnitUtil.setBeanState(sensor, Sensor.INACTIVE);
}
}
}
// count sections allocated but not yet entered
private int getSectionsClearAhead(ActiveTrain at) {
int sectionsAhead = 0;
for (AllocatedSection allocatedSection : at.getAllocatedSectionList()) {
if (!allocatedSection.getEntered()) {
sectionsAhead++;
}
}
return sectionsAhead;
}
private float speedMedium = 0.0f;
private float speedStopping = 0.0f;
private float speedSlow = 0.0f;
private float speedRestrictedSlow = 0.0f;
private float speedRestricted = 0.0f;
private float speedNormal = 0.0f;
private void checkAndSetSpeedsSML() {
// Check we have got the right signal map
speedStopping = InstanceManager.getDefault(SignalSpeedMap.class)
.getSpeed(InstanceManager.getDefault(DispatcherFrame.class).getStoppingSpeedName())/100.0f;
assertEquals(0.1f, speedStopping, TOLERANCE );
speedNormal = InstanceManager.getDefault(SignalSpeedMap.class)
.getSpeed("Normal")/100.0f;
assertEquals(1.0f, speedNormal, TOLERANCE );
speedMedium = InstanceManager.getDefault(SignalSpeedMap.class)
.getSpeed("Medium")/100.0f;
assertEquals(0.5f, speedMedium, TOLERANCE);
speedSlow = InstanceManager.getDefault(SignalSpeedMap.class)
.getSpeed("Slow")/100.0f;
assertEquals(0.31f, speedSlow, TOLERANCE);
speedRestricted = InstanceManager.getDefault(SignalSpeedMap.class)
.getSpeed("Restricted")/100.0f;
assertEquals(0.35f, speedRestricted, TOLERANCE);
speedRestrictedSlow = InstanceManager.getDefault(SignalSpeedMap.class)
.getSpeed("RestrictedSlow")/100.0f;
assertEquals(0.1f, speedRestrictedSlow, TOLERANCE);
assertEquals(SignalSpeedMap.PERCENT_THROTTLE, InstanceManager.getDefault(SignalSpeedMap.class)
.getInterpretation(), TOLERANCE);
}
// Where in user space the "signals" file tree should live
private File outBaseTrainInfo = null;
private File outBaseSignal = null;
// the file we create that we will delete
private Path outPathTrainInfo1 = null;
private Path outPathWarrentPreferences = null;
@BeforeEach
public void setUp() throws IOException {
JUnitUtil.setUp();
JUnitUtil.resetFileUtilSupport();
// set up users files in temp tst area
outBaseTrainInfo = new File(FileUtil.getUserFilesPath(), "dispatcher/traininfo");
outBaseSignal = new File(FileUtil.getUserFilesPath(), "signal");
FileUtil.createDirectory(outBaseTrainInfo);
{
Path inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"FWDREV40.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "FWDREV40.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"FWDREV80.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "FWDREV80.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"FWDREV120.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "FWDREV120.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"REVFWD40.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "REVFWD40.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"REVFWD80.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "REVFWD80.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"REVFWD120.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "REVFWD120.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"RNDRND3BLK40.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "RNDRND3BLK40.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"RNDRND3BLK80.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "RNDRND3BLK80.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"RNDRND3BLK120.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "RNDRND3BLK120.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"RNDRND2BLK120.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "RNDRND2BLK120.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/traininfo"),
"RNDRND2BLK120NoDelay.xml").toPath();
outPathTrainInfo1 = new File(outBaseTrainInfo, "RNDRND2BLK120NoDelay.xml").toPath();
Files.copy(inPath, outPathTrainInfo1, StandardCopyOption.REPLACE_EXISTING);
}
FileUtil.createDirectory(outBaseSignal);
{
Path inPath = new File(new File(FileUtil.getProgramPath(), "java/test/jmri/jmrit/dispatcher/signal"),
"WarrantPreferences.xml").toPath();
outPathWarrentPreferences = new File(outBaseSignal, "WarrantPreferences.xml").toPath();
Files.copy(inPath, outPathWarrentPreferences, StandardCopyOption.REPLACE_EXISTING);
}
JUnitUtil.resetProfileManager();
JUnitUtil.resetInstanceManager();
JUnitUtil.initRosterConfigManager();
JUnitUtil.initDebugThrottleManager();
}
@AfterEach
public void tearDown() {
JUnitUtil.clearShutDownManager();
JUnitUtil.resetWindows(false,false);
try {
Files.delete(outPathTrainInfo1);
} catch (IOException e) {
// doesnt matter its gonezo
}
try {
Files.delete(outPathWarrentPreferences);
} catch (IOException e) {
// doesnt matter its gonezo
}
JUnitUtil.resetFileUtilSupport();
JUnitUtil.tearDown();
}
}
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