Serge NOEL
732 lines
36 KiB
Java
732 lines
36 KiB
Java
package jmri.jmrit.logixng.expressions;
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import static org.junit.jupiter.api.Assertions.assertDoesNotThrow;
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import static org.junit.jupiter.api.Assertions.assertEquals;
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import static org.junit.jupiter.api.Assertions.assertFalse;
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import static org.junit.jupiter.api.Assertions.assertInstanceOf;
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import static org.junit.jupiter.api.Assertions.assertNotNull;
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import static org.junit.jupiter.api.Assertions.assertNull;
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import static org.junit.jupiter.api.Assertions.assertSame;
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import static org.junit.jupiter.api.Assertions.assertThrows;
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import static org.junit.jupiter.api.Assertions.assertTrue;
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import static org.junit.jupiter.api.Assertions.fail;
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import java.beans.PropertyChangeEvent;
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import java.lang.reflect.InvocationTargetException;
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import java.util.*;
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import java.util.concurrent.atomic.AtomicBoolean;
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import jmri.*;
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import jmri.jmrit.logixng.*;
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import jmri.jmrit.logixng.actions.ActionAtomicBoolean;
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import jmri.jmrit.logixng.actions.IfThenElse;
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import jmri.jmrit.logixng.expressions.Antecedent.ExpressionEntry;
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import jmri.jmrit.logixng.implementation.DefaultConditionalNGScaffold;
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import jmri.util.JUnitUtil;
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import org.junit.jupiter.api.AfterEach;
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import org.junit.jupiter.api.BeforeEach;
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import org.junit.jupiter.api.Test;
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/**
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* Test Antecedent
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*
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* @author Daniel Bergqvist 2018
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*/
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public class AntecedentTest extends AbstractDigitalExpressionTestBase implements FemaleSocketListener {
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private static final boolean EXPECT_SUCCESS = true;
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private static final boolean EXPECT_FAILURE = false;
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private LogixNG logixNG;
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private ConditionalNG conditionalNG;
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private Antecedent expressionAntecedent;
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private ActionAtomicBoolean actionAtomicBoolean;
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private AtomicBoolean atomicBoolean;
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@Override
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public ConditionalNG getConditionalNG() {
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return conditionalNG;
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}
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@Override
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public LogixNG getLogixNG() {
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return logixNG;
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}
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private int beanID = 901;
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@Override
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public MaleSocket getConnectableChild() {
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DigitalExpressionBean childExpression = new True("IQDE"+Integer.toString(beanID), null);
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beanID++;
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MaleSocket maleSocketChild =
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InstanceManager.getDefault(DigitalExpressionManager.class).registerExpression(childExpression);
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return maleSocketChild;
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}
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@Override
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public String getExpectedPrintedTree() {
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return String.format(
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"Antecedent: R1 ::: Use default%n" +
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" ? E1%n" +
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" Always true ::: Use default%n" +
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" ? E2%n" +
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" Socket not connected%n");
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}
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@Override
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public String getExpectedPrintedTreeFromRoot() {
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return String.format(
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"LogixNG: A new logix for test%n" +
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" ConditionalNG: A conditionalNG%n" +
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" ! A%n" +
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" If Then Else. Execute on change ::: Use default%n" +
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" ? If%n" +
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" Antecedent: R1 ::: Use default%n" +
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" ? E1%n" +
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" Always true ::: Use default%n" +
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" ? E2%n" +
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" Socket not connected%n" +
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" ! Then%n" +
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" Set the atomic boolean to true ::: Use default%n" +
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" ! Else%n" +
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" Socket not connected%n");
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}
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@Override
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public NamedBean createNewBean(String systemName) {
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Antecedent a = new Antecedent(systemName, null);
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assertDoesNotThrow( () -> a.setAntecedent("R1"));
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return a;
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}
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@Override
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public boolean addNewSocket() throws SocketAlreadyConnectedException {
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int count = _base.getChildCount();
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for (int i=0; i < count; i++) {
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if (!_base.getChild(i).isConnected()) {
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_base.getChild(i).connect(getConnectableChild());
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}
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}
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return true;
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}
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@Test
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public void testCtor() throws JmriException {
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Antecedent expression2;
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expression2 = new Antecedent("IQDE321", null);
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expression2.setAntecedent("R1");
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assertNotNull( expression2, "object exists");
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assertNull( expression2.getUserName(), "Username matches");
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assertEquals( "Antecedent: R1", expression2.getLongDescription(), "String matches");
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expression2 = new Antecedent("IQDE321", "My expression");
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expression2.setAntecedent("R1");
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assertNotNull( expression2, "object exists");
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assertEquals( "My expression", expression2.getUserName(), "Username matches");
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assertEquals( "Antecedent: R1", expression2.getLongDescription(), "String matches");
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expression2 = new Antecedent("IQDE321", null);
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expression2.setAntecedent("R1 and R2");
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assertNotNull( expression2, "object exists");
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assertNull( expression2.getUserName(), "Username matches");
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assertEquals( "Antecedent: R1 and R2", expression2.getLongDescription(), "String matches");
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expression2 = new Antecedent("IQDE321", "My expression");
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expression2.setAntecedent("R1 or R2");
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assertNotNull( expression2, "object exists");
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assertEquals( "My expression", expression2.getUserName(), "Username matches");
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assertEquals( "Antecedent: R1 or R2", expression2.getLongDescription(), "String matches");
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IllegalArgumentException ex = assertThrows( IllegalArgumentException.class,
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() -> {
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Antecedent ant = new Antecedent("IQE55:12:XY11", null);
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assertNotNull(ant, "Should not reach here");
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}, "Illegal system name Expected exception thrown");
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assertNotNull(ex);
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ex = assertThrows( IllegalArgumentException.class,
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() -> {
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Antecedent ant = new Antecedent("IQE55:12:XY11", "A name");
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assertNotNull(ant, "Should not reach here");
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}, "Illegal system name Expected exception thrown");
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assertNotNull(ex);
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}
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// Test action when at least one child socket is not connected
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@Test
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public void testCtorAndSetup1() {
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DigitalExpressionManager m = InstanceManager.getDefault(DigitalExpressionManager.class);
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List<MaleSocket> maleSockets = new ArrayList<>();
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE52", null)));
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maleSockets.add(null); // This is null by purpose
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE554", null)));
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maleSockets.add(null); // This is null by purpose
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE3", null)));
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List<Map.Entry<String, String>> actionSystemNames = new ArrayList<>();
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("XYZ123", "IQDE52"));
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("ZH12", null)); // This is null by purpose
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("Hello", "IQDE554"));
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// IQDE61232 doesn't exist by purpose
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("SomethingElse", "IQDE61232"));
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("Yes123", "IQDE3"));
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Antecedent expression = new Antecedent("IQDE321", null, actionSystemNames);
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assertNotNull( expression, "exists");
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assertEquals( 5, expression.getChildCount(), "expression has 5 female sockets");
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for (int i=0; i < 5; i++) {
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Map.Entry<String,String> entry = actionSystemNames.get(i);
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assertEquals( entry.getKey(), expression.getChild(i).getName(),
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() -> "expression female socket name is "+entry.getKey());
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assertEquals(
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// "jmri.jmrit.logixng.implementation.DefaultFemaleGenericExpressionSocket$DigitalSocket",
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"jmri.jmrit.logixng.implementation.DefaultFemaleDigitalExpressionSocket",
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expression.getChild(i).getClass().getName(),
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"expression female socket is of correct class");
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assertFalse( expression.getChild(i).isConnected(),
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"expression female socket is not connected");
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}
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// Setup action. This connects the child actions to this action
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expression.setup();
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jmri.util.JUnitAppender.assertMessage("cannot load digital expression IQDE61232");
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for (int i=0; i < 5; i++) {
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Map.Entry<String,String> entry = actionSystemNames.get(i);
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assertEquals( entry.getKey(), expression.getChild(i).getName(),
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() -> "expression female socket name is "+entry.getKey());
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if (maleSockets.get(i) != null) {
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assertTrue( expression.getChild(i).isConnected(),
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"expression female socket is connected");
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// assertEquals(
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// maleSockets.get(i),
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// expression.getChild(i).getConnectedSocket(), "child is correct bean");
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} else {
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assertFalse( expression.getChild(i).isConnected(),
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"expression female socket is not connected");
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}
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}
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assertEquals( 5, expression.getChildCount(), "expression has 5 female sockets");
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}
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// Test action when at least one child socket is not connected.
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// This should never happen, but test it anyway.
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@Test
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public void testCtorAndSetup2() {
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DigitalExpressionManager m = InstanceManager.getDefault(DigitalExpressionManager.class);
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List<MaleSocket> maleSockets = new ArrayList<>();
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE52", null)));
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE99", null)));
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE554", null)));
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE61232", null)));
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maleSockets.add(m.registerExpression(new ExpressionMemory("IQDE3", null)));
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List<Map.Entry<String, String>> actionSystemNames = new ArrayList<>();
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("XYZ123", "IQDE52"));
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("ZH12", "IQDE99"));
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("Hello", "IQDE554"));
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("SomethingElse", "IQDE61232"));
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("Yes123", "IQDE3"));
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Antecedent expression = new Antecedent("IQDE321", null, actionSystemNames);
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assertNotNull( expression, "exists");
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assertEquals( 5, expression.getChildCount(), "expression has 5 female sockets");
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for (int i=0; i < 5; i++) {
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Map.Entry<String,String> entry = actionSystemNames.get(i);
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assertEquals( entry.getKey(), expression.getChild(i).getName(),
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() -> "expression female socket name is "+entry.getKey());
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assertEquals(
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// "jmri.jmrit.logixng.implementation.DefaultFemaleGenericExpressionSocket$DigitalSocket",
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"jmri.jmrit.logixng.implementation.DefaultFemaleDigitalExpressionSocket",
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expression.getChild(i).getClass().getName(),
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"expression female socket is of correct class");
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assertFalse( expression.getChild(i).isConnected(),
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"expression female socket is not connected");
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}
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// Setup action. This connects the child actions to this action
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expression.setup();
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for (int i=0; i < 5; i++) {
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Map.Entry<String,String> entry = actionSystemNames.get(i);
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assertEquals( entry.getKey(), expression.getChild(i).getName(),
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() -> "expression female socket name is "+entry.getKey());
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if (maleSockets.get(i) != null) {
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assertTrue( expression.getChild(i).isConnected(),
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"expression female socket is connected");
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// assertEquals(
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// maleSockets.get(i),
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// expression.getChild(i).getConnectedSocket(), "child is correct bean");
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} else {
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assertFalse( expression.getChild(i).isConnected(),
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"expression female socket is not connected");
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}
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}
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// Since all the sockets are connected, a new socket must have been created.
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assertEquals( 6, expression.getChildCount(), "expression has 6 female sockets");
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// Try run setup() again. That should not cause any problems.
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expression.setup();
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assertEquals( 6, expression.getChildCount(), "expression has 6 female sockets");
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}
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// Test calling setActionSystemNames() twice
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@Test
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public void testCtorAndSetup3() throws NoSuchMethodException, IllegalAccessException, IllegalArgumentException {
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List<Map.Entry<String, String>> actionSystemNames = new ArrayList<>();
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actionSystemNames.add(new java.util.HashMap.SimpleEntry<>("XYZ123", "IQDE52"));
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Antecedent expression = new Antecedent("IQDE321", null, actionSystemNames);
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java.lang.reflect.Method method =
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expression.getClass().getDeclaredMethod("setExpressionSystemNames", new Class<?>[]{List.class});
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method.setAccessible(true);
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InvocationTargetException e = assertThrows( InvocationTargetException.class,
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() -> method.invoke(expression, new Object[]{null}),
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"Exception thrown");
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RuntimeException ex = assertInstanceOf( RuntimeException.class, e.getCause());
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assertEquals( "expression system names cannot be set more than once",
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ex.getMessage(), "Exception message is correct");
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}
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@Test
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public void testSetChildCount() throws SocketAlreadyConnectedException {
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_baseMaleSocket.setEnabled(false);
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Antecedent a = (Antecedent)_base;
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AtomicBoolean ab = new AtomicBoolean(false);
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_base.addPropertyChangeListener((PropertyChangeEvent evt) -> {
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ab.set(true);
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});
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a.setChildCount(1);
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assertEquals( 1, a.getChildCount(), "numChilds are correct");
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// Test increase num children
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ab.set(false);
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a.setChildCount(a.getChildCount()+1);
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assertEquals( 2, a.getChildCount(), "numChilds are correct");
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assertTrue( ab.get(), "PropertyChangeEvent fired");
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// Test decrease num children
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ab.set(false);
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assertTrue( a.getChildCount() > 1, "We have least two children");
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a.setChildCount(1);
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assertEquals( 1, a.getChildCount(), "numChilds are correct");
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assertTrue( ab.get(), "PropertyChangeEvent fired");
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// Test decrease num children when all children are connected
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ab.set(false);
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a.getChild(0).disconnect();
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a.getChild(0).connect(getConnectableChild());
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a.getChild(1).disconnect();
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a.getChild(1).connect(getConnectableChild());
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a.getChild(2).disconnect();
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a.getChild(2).connect(getConnectableChild());
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assertEquals( 4, a.getChildCount(), "numChilds are correct");
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a.setChildCount(2);
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assertEquals( 2, a.getChildCount(), "numChilds are correct");
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assertTrue( ab.get(), "PropertyChangeEvent fired");
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}
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@Test
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public void testGetChild() throws JmriException {
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Antecedent expression2 = new Antecedent("IQDE321", null);
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expression2.setAntecedent("R1");
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for (int i=0; i < 3; i++) {
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assertTrue( i+1 == expression2.getChildCount(),
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"getChildCount() returns "+i);
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assertNotNull( expression2.getChild(0),
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"getChild(0) returns a non null value");
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assertIndexOutOfBoundsException(expression2::getChild, i+1, i+1);
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// Connect a new child expression
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True expr = new True("IQDE"+i, null);
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MaleSocket maleSocket =
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InstanceManager.getDefault(DigitalExpressionManager.class).registerExpression(expr);
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expression2.getChild(i).connect(maleSocket);
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}
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}
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@Test
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public void testCategory() {
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assertSame( LogixNG_Category.COMMON, _base.getCategory(), "Category matches");
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}
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// Test the methods connected(FemaleSocket) and getExpressionSystemName(int)
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@Test
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public void testConnected_getExpressionSystemName() throws SocketAlreadyConnectedException {
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Antecedent expression = new Antecedent("IQDE121", null);
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ExpressionMemory stringExpressionMemory = new ExpressionMemory("IQDE122", null);
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MaleSocket maleSAMSocket =
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InstanceManager.getDefault(DigitalExpressionManager.class).registerExpression(stringExpressionMemory);
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assertEquals( 1, expression.getChildCount(), "Num children is correct");
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// Test connect and disconnect
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expression.getChild(0).connect(maleSAMSocket);
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assertEquals( 2, expression.getChildCount(), "Num children is correct");
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assertEquals( "IQDE122", expression.getExpressionSystemName(0), "getExpressionSystemName(0) is correct");
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assertNull( expression.getExpressionSystemName(1), "getExpressionSystemName(1) is null");
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expression.getChild(0).disconnect();
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assertEquals( 2, expression.getChildCount(), "Num children is correct");
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assertNull( expression.getExpressionSystemName(0), "getExpressionSystemName(0) is null");
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assertNull( expression.getExpressionSystemName(1), "getExpressionSystemName(1) is null");
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expression.getChild(1).connect(maleSAMSocket);
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assertEquals( 2, expression.getChildCount(), "Num children is correct");
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assertNull( expression.getExpressionSystemName(0), "getExpressionSystemName(0) is null");
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assertEquals( "IQDE122", expression.getExpressionSystemName(1), "getExpressionSystemName(1) is correct");
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expression.getChild(0).disconnect(); // Test removing child with the wrong index.
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assertEquals( 2, expression.getChildCount(), "Num children is correct");
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assertNull( expression.getExpressionSystemName(0), "getExpressionSystemName(0) is null");
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assertEquals( "IQDE122", expression.getExpressionSystemName(1), "getExpressionSystemName(1) is correct");
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expression.getChild(1).disconnect();
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assertEquals( 2, expression.getChildCount(), "Num children is correct");
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assertNull( expression.getExpressionSystemName(0), "getExpressionSystemName(0) is null");
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assertNull( expression.getExpressionSystemName(1), "getExpressionSystemName(1) is null");
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}
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@Test
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public void testDescription() {
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Antecedent e1 = new Antecedent("IQDE321", null);
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assertEquals( "Antecedent", e1.getShortDescription(), "string matches");
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assertEquals( "Antecedent: empty", e1.getLongDescription(), "string matches 2");
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}
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private void testValidate(boolean expectedResult, String antecedent,
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List<DigitalExpressionBean> conditionalVariablesList) throws JmriException {
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Antecedent ix1 = new Antecedent("IQDE321", "IXIC 1");
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ix1.setAntecedent("R1");
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int count = 0;
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List<ExpressionEntry> expressionEntryList = new ArrayList<>();
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for (DigitalExpressionBean digExpressionAntecedent : conditionalVariablesList) {
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count++;
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String socketName = "E"+Integer.toString(count);
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FemaleDigitalExpressionSocket socket =
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InstanceManager.getDefault(DigitalExpressionManager.class)
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.createFemaleSocket(conditionalNG, this, socketName);
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socket.connect((MaleSocket) digExpressionAntecedent);
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expressionEntryList.add(new ExpressionEntry(socket, socketName));
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}
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if (expectedResult) {
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assertNull( ix1.validateAntecedent(antecedent, expressionEntryList),
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() -> "validateAntecedent() returns null for '"+antecedent+"'");
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} else {
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assertNotNull( ix1.validateAntecedent(antecedent, expressionEntryList),
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() -> "validateAntecedent() returns error message for '"+antecedent+"'");
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}
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}
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private void testCalculate(int expectedResult, String antecedent,
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List<DigitalExpressionBean> conditionalVariablesList, String errorMessage)
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throws JmriException {
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Antecedent ix1 = new Antecedent("IQDE321", "IXIC 1");
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ix1.setParent(conditionalNG);
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ix1.setAntecedent(antecedent);
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// for (int i=0; i < ix1.getChildCount(); i++) {
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// ix1.getChild(i).disconnect();
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// }
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ix1.setChildCount(conditionalVariablesList.size());
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for (int i=0; i < conditionalVariablesList.size(); i++) {
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ix1.getChild(i).connect((MaleSocket)conditionalVariablesList.get(i));
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}
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|
|
switch (expectedResult) {
|
|
case Antecedent.FALSE:
|
|
assertFalse( ix1.evaluate(),
|
|
() -> "validateAntecedent() returns FALSE for '"+antecedent+"'");
|
|
break;
|
|
|
|
case Antecedent.TRUE:
|
|
// System.err.format("antecedent: %s%n", antecedent);
|
|
// System.err.format("variable: %b%n", conditionalVariablesList.get(0).evaluate(isCompleted));
|
|
assertTrue( ix1.evaluate(),
|
|
() -> "validateAntecedent() returns TRUE for '"+antecedent+"'");
|
|
break;
|
|
|
|
default:
|
|
fail( () -> String.format("Unknown expected result: %d", expectedResult));
|
|
}
|
|
|
|
if (! errorMessage.isEmpty()) {
|
|
jmri.util.JUnitAppender.assertErrorMessageStartsWith(errorMessage);
|
|
}
|
|
}
|
|
|
|
@Test
|
|
public void testValidate() throws JmriException {
|
|
DigitalExpressionBean[] conditionalVariables_Empty = { };
|
|
List<DigitalExpressionBean> conditionalVariablesList_Empty = Arrays.asList(conditionalVariables_Empty);
|
|
|
|
DigitalExpressionBean trueExpression =
|
|
InstanceManager.getDefault(
|
|
DigitalExpressionManager.class).registerExpression(
|
|
new True(InstanceManager.getDefault(DigitalExpressionManager.class).getAutoSystemName(), null));
|
|
// DigitalExpressionBean falseExpression = InstanceManager.getDefault(DigitalExpressionManager.class).registerExpression(new False(conditionalNG));
|
|
|
|
DigitalExpressionBean[] conditionalVariables_True
|
|
= { trueExpression };
|
|
List<DigitalExpressionBean> conditionalVariablesList_True = Arrays.asList(conditionalVariables_True);
|
|
|
|
DigitalExpressionBean[] conditionalVariables_TrueTrueTrue
|
|
= { trueExpression
|
|
, trueExpression
|
|
, trueExpression };
|
|
List<DigitalExpressionBean> conditionalVariablesList_TrueTrueTrue = Arrays.asList(conditionalVariables_TrueTrueTrue);
|
|
|
|
// Test empty antecedent string
|
|
testValidate(EXPECT_FAILURE, "", conditionalVariablesList_Empty);
|
|
|
|
testValidate(EXPECT_SUCCESS, "R1", conditionalVariablesList_True);
|
|
testValidate(EXPECT_FAILURE, "R2", conditionalVariablesList_True);
|
|
|
|
// Test parentheses
|
|
testValidate(EXPECT_SUCCESS, "([{R1)}]", conditionalVariablesList_True);
|
|
testValidate(EXPECT_FAILURE, "(R2", conditionalVariablesList_True);
|
|
testValidate(EXPECT_FAILURE, "R2)", conditionalVariablesList_True);
|
|
|
|
// Test several items
|
|
testValidate(EXPECT_FAILURE, "R1 and R2 and R3", conditionalVariablesList_True);
|
|
testValidate(EXPECT_FAILURE, "R1", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_SUCCESS, "R1 and R2 and R3", conditionalVariablesList_TrueTrueTrue);
|
|
|
|
// Test uppercase and lowercase
|
|
testValidate(EXPECT_SUCCESS, "R2 AND R1 or R3", conditionalVariablesList_TrueTrueTrue);
|
|
|
|
// Test several items and parenthese
|
|
testValidate(EXPECT_SUCCESS, "(R1 and R3) and not R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "(R1 and) R3 and not R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "R1( and R3) and not R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "R1 (and R3 and) not R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "(R1 and R3) and not R2)", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_SUCCESS, "(R1 and (R3) and not R2)", conditionalVariablesList_TrueTrueTrue);
|
|
|
|
// Test invalid combinations
|
|
testValidate(EXPECT_FAILURE, "R1 and or R3 and R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "R1 or or R3 and R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "R1 or and R3 and R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "R1 not R3 and R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "and R1 not R3 and R2", conditionalVariablesList_TrueTrueTrue);
|
|
testValidate(EXPECT_FAILURE, "R1 or R3 and R2 or", conditionalVariablesList_TrueTrueTrue);
|
|
}
|
|
|
|
@Test
|
|
public void testCalculate() throws JmriException {
|
|
DigitalExpressionBean[] conditionalVariables_Empty = { };
|
|
List<DigitalExpressionBean> conditionalVariablesList_Empty = Arrays.asList(conditionalVariables_Empty);
|
|
|
|
DigitalExpressionBean trueExpression =
|
|
InstanceManager.getDefault(
|
|
DigitalExpressionManager.class).registerExpression(
|
|
new True(InstanceManager.getDefault(DigitalExpressionManager.class).getAutoSystemName(), null));
|
|
DigitalExpressionBean falseExpression =
|
|
InstanceManager.getDefault(
|
|
DigitalExpressionManager.class).registerExpression(
|
|
new False(InstanceManager.getDefault(DigitalExpressionManager.class).getAutoSystemName(), null));
|
|
|
|
DigitalExpressionBean[] conditionalVariables_True
|
|
= { trueExpression };
|
|
List<DigitalExpressionBean> conditionalVariablesList_True = Arrays.asList(conditionalVariables_True);
|
|
|
|
DigitalExpressionBean[] conditionalVariables_False
|
|
= { falseExpression };
|
|
List<DigitalExpressionBean> conditionalVariablesList_False = Arrays.asList(conditionalVariables_False);
|
|
|
|
DigitalExpressionBean[] conditionalVariables_TrueTrueTrue
|
|
= { trueExpression
|
|
, trueExpression
|
|
, trueExpression };
|
|
List<DigitalExpressionBean> conditionalVariablesList_TrueTrueTrue = Arrays.asList(conditionalVariables_TrueTrueTrue);
|
|
|
|
// Test with two digit variable numbers
|
|
DigitalExpressionBean[] conditionalVariables_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse
|
|
= {trueExpression
|
|
, trueExpression
|
|
, falseExpression
|
|
, trueExpression
|
|
, trueExpression
|
|
, falseExpression
|
|
, trueExpression
|
|
, trueExpression
|
|
, falseExpression
|
|
, trueExpression
|
|
, trueExpression
|
|
, falseExpression };
|
|
List<DigitalExpressionBean> conditionalVariablesList_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse =
|
|
Arrays.asList(conditionalVariables_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse);
|
|
|
|
|
|
// Test empty antecedent string
|
|
testCalculate(Antecedent.FALSE, "", conditionalVariablesList_Empty, "");
|
|
// testCalculate(Antecedent.FALSE, "", conditionalVariablesList_True,
|
|
// "IXIC 1 parseCalculation error antecedent= , ex= java.lang.StringIndexOutOfBoundsException");
|
|
testCalculate(Antecedent.FALSE, "", conditionalVariablesList_True, "");
|
|
|
|
// Test illegal number
|
|
testCalculate(Antecedent.FALSE, "R#", conditionalVariablesList_True,
|
|
"IXIC 1 parseCalculation error antecedent= R#, ex= java.lang.NumberFormatException: For input string: \"#\"");
|
|
testCalculate(Antecedent.FALSE, "R-", conditionalVariablesList_True,
|
|
"IXIC 1 parseCalculation error antecedent= R-, ex= java.lang.NumberFormatException: For input string: \"-\"");
|
|
testCalculate(Antecedent.FALSE, "Ra", conditionalVariablesList_True,
|
|
"IXIC 1 parseCalculation error antecedent= Ra, ex= java.lang.NumberFormatException: For input string: \"A\"");
|
|
|
|
// Test single condition
|
|
testCalculate(Antecedent.TRUE, "R1", conditionalVariablesList_True, "");
|
|
testCalculate(Antecedent.FALSE, "R1", conditionalVariablesList_False, "");
|
|
testCalculate(Antecedent.FALSE, "not R1", conditionalVariablesList_True, "");
|
|
testCalculate(Antecedent.TRUE, "not R1", conditionalVariablesList_False, "");
|
|
|
|
// Test single item but wrong item (R2 instead of R1)
|
|
// testCalculate(Antecedent.FALSE, "R2)", conditionalVariablesList_True,
|
|
// "IXIC 1 parseCalculation error antecedent= R2), ex= java.lang.ArrayIndexOutOfBoundsException");
|
|
|
|
// Test two digit variable numbers
|
|
testCalculate(Antecedent.TRUE, "R3 and R12 or R5 and R10",
|
|
conditionalVariablesList_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse, "");
|
|
testCalculate(Antecedent.FALSE, "R3 and (R12 or R5) and R10",
|
|
conditionalVariablesList_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse, "");
|
|
testCalculate(Antecedent.FALSE, "R12 and R10",
|
|
conditionalVariablesList_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse, "");
|
|
testCalculate(Antecedent.TRUE, "R12 or R10",
|
|
conditionalVariablesList_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse, "");
|
|
testCalculate(Antecedent.FALSE, "not (R12 or R10)",
|
|
conditionalVariablesList_TrueTrueFalseTrueTrueFalseTrueTrueFalseTrueTrueFalse, "");
|
|
|
|
// Test parentheses
|
|
testCalculate(Antecedent.TRUE, "([{R1)}]", conditionalVariablesList_True, "");
|
|
// testCalculate(Antecedent.FALSE, "(R2", conditionalVariablesList_True,
|
|
// "IXIC 1 parseCalculation error antecedent= (R2, ex= java.lang.ArrayIndexOutOfBoundsException");
|
|
|
|
// Test several items
|
|
testCalculate(Antecedent.FALSE, "R1 and R2 and R3", conditionalVariablesList_True,
|
|
"IXIC 1 parseCalculation error antecedent= R1 and R2 and R3, ex= java.lang.IndexOutOfBoundsException");
|
|
testCalculate(Antecedent.TRUE, "R1", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.TRUE, "R2", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.TRUE, "R3", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.TRUE, "R1 and R2 and R3", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.TRUE, "R2 AND R1 or R3", conditionalVariablesList_TrueTrueTrue, "");
|
|
|
|
// Test invalid combinations of and, or, not
|
|
testCalculate(Antecedent.FALSE, "R1 and or R3 and R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1 and or R3 and R2, ex= jmri.JmriException: Unexpected operator or characters < ORR3ANDR2 >");
|
|
testCalculate(Antecedent.FALSE, "R1 or or R3 and R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1 or or R3 and R2, ex= jmri.JmriException: Unexpected operator or characters < ORR3ANDR2 >");
|
|
testCalculate(Antecedent.FALSE, "R1 or and R3 and R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1 or and R3 and R2, ex= jmri.JmriException: Unexpected operator or characters < ANDR3ANDR2 >");
|
|
testCalculate(Antecedent.FALSE, "R1 not R3 and R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1 not R3 and R2, ex= jmri.JmriException: Could not find expected operator < NOTR3ANDR2 >");
|
|
testCalculate(Antecedent.FALSE, "and R1 not R3 and R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= and R1 not R3 and R2, ex= jmri.JmriException: Unexpected operator or characters < ANDR1NOTR3ANDR2 >");
|
|
testCalculate(Antecedent.FALSE, "R1 or R3 and R2 or", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1 or R3 and R2 or, ex= java.lang.StringIndexOutOfBoundsException");
|
|
|
|
// Test several items and parenthese
|
|
testCalculate(Antecedent.TRUE, "(R1 and R3) and R2", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.FALSE, "(R1 and R3) and not R2", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.FALSE, "(R1 and) R3 and not R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= (R1 and) R3 and not R2, ex= jmri.JmriException: Unexpected operator or characters < )R3ANDNOTR2 >");
|
|
testCalculate(Antecedent.FALSE, "R1( and R3) and not R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1( and R3) and not R2, ex= jmri.JmriException: Could not find expected operator < (ANDR3)ANDNOTR2 >");
|
|
testCalculate(Antecedent.FALSE, "R1 (and R3 and) not R2", conditionalVariablesList_TrueTrueTrue,
|
|
"IXIC 1 parseCalculation error antecedent= R1 (and R3 and) not R2, ex= jmri.JmriException: Could not find expected operator < (ANDR3AND)NOTR2 >");
|
|
testCalculate(Antecedent.FALSE, "(R1 and R3) and not R2)", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.TRUE, "(R1 and (R3) and R2)", conditionalVariablesList_TrueTrueTrue, "");
|
|
testCalculate(Antecedent.FALSE, "(R1 and (R3) and not R2)", conditionalVariablesList_TrueTrueTrue, "");
|
|
}
|
|
|
|
@Override
|
|
public void connected(FemaleSocket socket) {
|
|
// Do nothing
|
|
}
|
|
|
|
@Override
|
|
public void disconnected(FemaleSocket socket) {
|
|
// Do nothing
|
|
}
|
|
|
|
@BeforeEach
|
|
public void setUp() throws JmriException {
|
|
JUnitUtil.setUp();
|
|
JUnitUtil.resetInstanceManager();
|
|
JUnitUtil.resetProfileManager();
|
|
JUnitUtil.initConfigureManager();
|
|
JUnitUtil.initInternalSensorManager();
|
|
JUnitUtil.initInternalTurnoutManager();
|
|
JUnitUtil.initLogixNGManager();
|
|
|
|
_category = LogixNG_Category.COMMON;
|
|
_isExternal = false;
|
|
|
|
logixNG = InstanceManager.getDefault(LogixNG_Manager.class).createLogixNG("A new logix for test"); // NOI18N
|
|
conditionalNG = new DefaultConditionalNGScaffold("IQC1", "A conditionalNG"); // NOI18N;
|
|
InstanceManager.getDefault(ConditionalNG_Manager.class).register(conditionalNG);
|
|
conditionalNG.setRunDelayed(false);
|
|
conditionalNG.setEnabled(true);
|
|
logixNG.addConditionalNG(conditionalNG);
|
|
IfThenElse ifThenElse = new IfThenElse("IQDA321", null);
|
|
MaleSocket maleSocket =
|
|
InstanceManager.getDefault(DigitalActionManager.class).registerAction(ifThenElse);
|
|
conditionalNG.getChild(0).connect(maleSocket);
|
|
|
|
expressionAntecedent = new Antecedent("IQDE321", null);
|
|
expressionAntecedent.setAntecedent("R1");
|
|
MaleSocket maleSocket2 =
|
|
InstanceManager.getDefault(DigitalExpressionManager.class).registerExpression(expressionAntecedent);
|
|
ifThenElse.getChild(0).connect(maleSocket2);
|
|
|
|
DigitalExpressionBean childExpression = new True("IQDE322", null);
|
|
MaleSocket maleSocketChild =
|
|
InstanceManager.getDefault(DigitalExpressionManager.class).registerExpression(childExpression);
|
|
maleSocket2.getChild(0).connect(maleSocketChild);
|
|
|
|
_base = expressionAntecedent;
|
|
_baseMaleSocket = maleSocket2;
|
|
|
|
atomicBoolean = new AtomicBoolean(false);
|
|
actionAtomicBoolean = new ActionAtomicBoolean(atomicBoolean, true);
|
|
MaleSocket socketAtomicBoolean = InstanceManager.getDefault(DigitalActionManager.class).registerAction(actionAtomicBoolean);
|
|
ifThenElse.getChild(1).connect(socketAtomicBoolean);
|
|
|
|
assertTrue( logixNG.setParentForAllChildren(new ArrayList<>()));
|
|
logixNG.activate();
|
|
logixNG.setEnabled(true);
|
|
}
|
|
|
|
@AfterEach
|
|
public void tearDown() {
|
|
jmri.jmrit.logixng.util.LogixNG_Thread.stopAllLogixNGThreads();
|
|
JUnitUtil.deregisterBlockManagerShutdownTask();
|
|
JUnitUtil.tearDown();
|
|
}
|
|
|
|
}
|