Serge NOEL
318 lines
13 KiB
Java
318 lines
13 KiB
Java
package jmri.jmrit.display.layoutEditor;
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import static org.junit.jupiter.api.Assertions.assertEquals;
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import static org.junit.jupiter.api.Assertions.assertNotNull;
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import java.util.List;
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import jmri.Block;
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import jmri.BlockManager;
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import jmri.JmriException;
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import jmri.Turnout;
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import jmri.configurexml.ConfigXmlManager;
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import jmri.jmrit.display.EditorFrameOperator;
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import jmri.util.JUnitUtil;
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import jmri.util.junit.annotations.DisabledIfHeadless;
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import org.junit.jupiter.api.*;
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/**
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* Swing tests for the LayoutEditor
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*
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* @author Dave Duchamp Copyright 2011
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*/
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public class LayoutEditorConnectivityTest {
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private ConfigXmlManager cm = null;
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@Test
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@DisabledIfHeadless
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public void testShowAndClose() throws JmriException {
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// load and display test panel file
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java.io.File f = new java.io.File("java/test/jmri/jmrit/display/layoutEditor/valid/LEConnectTest.xml");
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Assertions.assertTrue(cm.load(f));
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// Find new window by name (should be more distinctive, comes from sample file)
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EditorFrameOperator to = new EditorFrameOperator("Connectivity Test");
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LayoutEditor le = (LayoutEditor) jmri.util.JmriJFrame.getFrame("Connectivity Test");
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assertNotNull(le);
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// Panel is up, continue set up for tests.
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ConnectivityUtil cu = new ConnectivityUtil(le);
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assertNotNull(cu);
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BlockManager bm = jmri.InstanceManager.getDefault(jmri.BlockManager.class);
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assertNotNull(bm);
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// Test right-handed crossover connectivity turnout settings
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Block cBlock = bm.getBlock("4");
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Block pBlock = bm.getBlock("6");
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Block nBlock = bm.getBlock("5");
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List <LayoutTrackExpectedState<LayoutTurnout>> tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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int setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "6_4_5Connect");
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pBlock = bm.getBlock("5");
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nBlock = bm.getBlock("6");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "5_4_6Connect");
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pBlock = bm.getBlock("5");
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nBlock = bm.getBlock("2");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "5_4_2Connect");
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cBlock = bm.getBlock("2");
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pBlock = bm.getBlock("1");
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nBlock = bm.getBlock("3");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "1_2_3Connect");
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pBlock = bm.getBlock("3");
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nBlock = bm.getBlock("1");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "3_2_1Connect");
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pBlock = bm.getBlock("1");
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nBlock = bm.getBlock("4");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "1_2_4Connect");
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// Test left-handed crossover connectivity turnout settings
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cBlock = bm.getBlock("14");
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pBlock = bm.getBlock("13");
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nBlock = bm.getBlock("17");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "13_14_17Connect");
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pBlock = bm.getBlock("17");
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nBlock = bm.getBlock("13");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "17_14_13Connect");
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pBlock = bm.getBlock("17");
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nBlock = bm.getBlock("12");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "17_14_12Connect");
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cBlock = bm.getBlock("12");
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pBlock = bm.getBlock("11");
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nBlock = bm.getBlock("15");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "11_12_15Connect");
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pBlock = bm.getBlock("15");
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nBlock = bm.getBlock("11");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "15_12_11Connect");
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pBlock = bm.getBlock("15");
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nBlock = bm.getBlock("14");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "15_12_14Connect");
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// Test double crossover connectivity turnout settings
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cBlock = bm.getBlock("21");
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pBlock = bm.getBlock("20");
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nBlock = bm.getBlock("22");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "20_21_22Connect");
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pBlock = bm.getBlock("22");
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nBlock = bm.getBlock("20");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "22_21_20Connect");
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pBlock = bm.getBlock("20");
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nBlock = bm.getBlock("26");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "20_21_26Connect");
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cBlock = bm.getBlock("22");
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pBlock = bm.getBlock("23");
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nBlock = bm.getBlock("21");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "23_22_21Connect");
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pBlock = bm.getBlock("21");
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nBlock = bm.getBlock("23");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "21_22_23Connect");
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pBlock = bm.getBlock("23");
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nBlock = bm.getBlock("25");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "23_22_25Connect");
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cBlock = bm.getBlock("26");
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pBlock = bm.getBlock("27");
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nBlock = bm.getBlock("25");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "27_26_25Connect");
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pBlock = bm.getBlock("25");
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nBlock = bm.getBlock("27");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "25_26_27Connect");
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pBlock = bm.getBlock("27");
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nBlock = bm.getBlock("21");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "27_26_21Connect");
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cBlock = bm.getBlock("25");
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pBlock = bm.getBlock("24");
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nBlock = bm.getBlock("26");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "24_25_26Connect");
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pBlock = bm.getBlock("26");
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nBlock = bm.getBlock("24");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "26_25_24Connect");
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pBlock = bm.getBlock("24");
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nBlock = bm.getBlock("22");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "24_25_22Connect");
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// Test right handed turnout (with "wings" in same block) connectivity turnout settings
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cBlock = bm.getBlock("62");
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pBlock = bm.getBlock("64");
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nBlock = bm.getBlock("61");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "64_62_61Connect");
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pBlock = bm.getBlock("61");
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nBlock = bm.getBlock("64");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "61_62_64Connect");
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pBlock = bm.getBlock("63");
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nBlock = bm.getBlock("61");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "63_62_61Connect");
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pBlock = bm.getBlock("61");
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nBlock = bm.getBlock("63");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "61_62_63Connect");
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// Test extended track following connectivity turnout settings
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// Each path must go through two turnouts, whose settings are tested in order
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cBlock = bm.getBlock("32");
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pBlock = bm.getBlock("31");
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nBlock = bm.getBlock("33");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "31_32_33ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "31_32_33ConnectB");
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pBlock = bm.getBlock("33");
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nBlock = bm.getBlock("31");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "33_32_31ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "33_32_31ConnectB");
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pBlock = bm.getBlock("31");
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nBlock = bm.getBlock("34");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "31_32_34ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "31_32_34ConnectB");
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pBlock = bm.getBlock("34");
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nBlock = bm.getBlock("31");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "34_32_31ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "34_32_31ConnectB");
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pBlock = bm.getBlock("31");
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nBlock = bm.getBlock("35");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "31_32_35ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "31_32_35ConnectB");
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pBlock = bm.getBlock("35");
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nBlock = bm.getBlock("31");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.CLOSED, setting, "35_32_31ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "35_32_31ConnectB");
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pBlock = bm.getBlock("31");
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nBlock = bm.getBlock("36");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "31_32_36ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "31_32_36ConnectB");
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pBlock = bm.getBlock("36");
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nBlock = bm.getBlock("31");
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tsList = cu.getTurnoutList(cBlock, pBlock, nBlock);
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setting = tsList.get(0).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "36_32_31ConnectA");
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setting = tsList.get(1).getExpectedState();
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assertEquals( Turnout.THROWN, setting, "36_32_31ConnectB");
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// and close the window
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to.closeFrameWithConfirmations();
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}
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@BeforeEach
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public void setUp() {
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JUnitUtil.setUp();
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JUnitUtil.resetProfileManager();
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JUnitUtil.initInternalTurnoutManager();
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JUnitUtil.initInternalSensorManager();
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cm = new jmri.configurexml.ConfigXmlManager() {
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};
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}
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@AfterEach
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public void tearDown() {
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cm = null;
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JUnitUtil.deregisterBlockManagerShutdownTask();
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jmri.jmrit.display.EditorFrameOperator.clearEditorFrameOperatorThreads();
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JUnitUtil.tearDown();
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}
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}
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