Examples with AcelaTrafficController jmri.jmrix.acela.AcelaTrafficController used on opensource projects

Example 1 with AcelaTrafficController

use of jmri.jmrix.acela.AcelaTrafficController in project JMRI by JMRI.

the class ConnectionConfigXml method unpackElement.

@Override
protected void unpackElement(Element shared, Element perNode) {
    List<Element> l = shared.getChildren("node");
    for (int i = 0; i < l.size(); i++) {
        Element n = l.get(i);
        int addr = Integer.parseInt(n.getAttributeValue("name"));
        String nodetypestring = findParmValue(n, "nodetype");
        int type = AcelaNode.moduleTypes.lastIndexOf(nodetypestring) / 2;
        // create node (they register themselves)
        AcelaNode node = new AcelaNode(addr, type, ((jmri.jmrix.acela.serialdriver.SerialDriverAdapter) adapter).getSystemConnectionMemo().getTrafficController());
        log.info("Created a new Acela Node [" + addr + "] as a result of a configuration file of type: " + type);
        if (type == AcelaNode.TB) {
            for (int s = 0; s < 4; s++) {
                String sensortype = findParmValue(n, "sensortype" + s);
                String sensorpolarity = findParmValue(n, "sensorpolarity" + s);
                int sensorthreshold = Integer.parseInt(findParmValue(n, "sensorthreshold" + s));
                node.setSensorTypeString(s, sensortype);
                node.setSensorPolarityString(s, sensorpolarity);
                if (sensorthreshold < 0) {
                    sensorthreshold = 0;
                }
                if (sensorthreshold > 31) {
                    sensorthreshold = 31;
                }
                node.setSensorThreshold(s, sensorthreshold);
            }
            for (int o = 0; o < 4; o++) {
                String outputwired = findParmValue(n, "outputwired" + o);
                String outputinit = findParmValue(n, "outputinit" + o);
                String outputtype = findParmValue(n, "outputtype" + o);
                String outputlengths = findParmValue(n, "outputlength" + o);
                // This can be removed in June 2010:
                if (outputlengths == null) {
                    outputlengths = AcelaNode.outputLEN0;
                }
                int outputlength = Integer.parseInt(outputlengths);
                node.setOutputWiredString(o, outputwired);
                node.setOutputInitString(o, outputinit);
                // This can be removed in June 2010:
                if (outputtype == null) {
                    outputtype = AcelaNode.outputONOFF;
                }
                node.setOutputTypeString(o, outputtype);
                if (outputlength < 0) {
                    outputlength = 0;
                }
                if (outputlength > 255) {
                    outputlength = 255;
                }
                node.setOutputLength(o, outputlength);
            }
        } else if (type == AcelaNode.D8) {
            for (int o = 0; o < 8; o++) {
                String outputwired = findParmValue(n, "outputwired" + o);
                String outputinit = findParmValue(n, "outputinit" + o);
                String outputtype = findParmValue(n, "outputtype" + o);
                String outputlengths = findParmValue(n, "outputlength" + o);
                // This can be removed in June 2010:
                if (outputlengths == null) {
                    outputlengths = AcelaNode.outputLEN0;
                }
                int outputlength = Integer.parseInt(outputlengths);
                node.setOutputWiredString(o, outputwired);
                node.setOutputInitString(o, outputinit);
                // This can be removed in June 2010:
                if (outputtype == null) {
                    outputtype = AcelaNode.outputONOFF;
                }
                node.setOutputTypeString(o, outputtype);
                if (outputlength < 0) {
                    outputlength = 0;
                }
                if (outputlength > 255) {
                    outputlength = 255;
                }
                node.setOutputLength(o, outputlength);
            }
        } else if (type == AcelaNode.WM) {
            for (int s = 0; s < 8; s++) {
                String sensortype = findParmValue(n, "sensortype" + s);
                String sensorpolarity = findParmValue(n, "sensorpolarity" + s);
                int sensorthreshold = Integer.parseInt(findParmValue(n, "sensorthreshold" + s));
                node.setSensorTypeString(s, sensortype);
                node.setSensorPolarityString(s, sensorpolarity);
                if (sensorthreshold < 0) {
                    sensorthreshold = 0;
                }
                if (sensorthreshold > 31) {
                    sensorthreshold = 31;
                }
                node.setSensorThreshold(s, sensorthreshold);
            }
        } else if (type == AcelaNode.SM) {
            for (int o = 0; o < 16; o++) {
                String outputwired = findParmValue(n, "outputwired" + o);
                // This can be removed in June 2010:
                if (outputwired == null) {
                    outputwired = AcelaNode.outputNO;
                }
                String outputinit = findParmValue(n, "outputinit" + o);
                String outputtype = findParmValue(n, "outputtype" + o);
                String outputlengths = findParmValue(n, "outputlength" + o);
                // This can be removed in June 2010:
                if (outputlengths == null) {
                    outputlengths = AcelaNode.outputLEN0;
                }
                int outputlength = Integer.parseInt(outputlengths);
                node.setOutputInitString(o, outputinit);
                // This can be removed in June 2010:
                if (outputtype == null) {
                    outputtype = AcelaNode.outputONOFF;
                }
                node.setOutputTypeString(o, outputtype);
                if (outputlength < 0) {
                    outputlength = 0;
                }
                if (outputlength > 255) {
                    outputlength = 255;
                }
                node.setOutputLength(o, outputlength);
            }
        } else if (type == AcelaNode.SW) {
            for (int o = 0; o < 16; o++) {
                String outputwired = findParmValue(n, "outputwired" + o);
                // This can be removed in June 2010:
                if (outputwired == null) {
                    outputwired = AcelaNode.outputNO;
                }
                String outputinit = findParmValue(n, "outputinit" + o);
                String outputtype = findParmValue(n, "outputtype" + o);
                String outputlengths = findParmValue(n, "outputlength" + o);
                // This can be removed in June 2010:
                if (outputlengths == null) {
                    outputlengths = AcelaNode.outputLEN0;
                }
                int outputlength = Integer.parseInt(outputlengths);
                node.setOutputInitString(o, outputinit);
                // This can be removed in June 2010:
                if (outputtype == null) {
                    outputtype = AcelaNode.outputONOFF;
                }
                node.setOutputTypeString(o, outputtype);
                if (outputlength < 0) {
                    outputlength = 0;
                }
                if (outputlength > 255) {
                    outputlength = 255;
                }
                node.setOutputLength(o, outputlength);
            }
        } else if (type == AcelaNode.YM) {
            for (int o = 0; o < 16; o++) {
                String outputwired = findParmValue(n, "outputwired" + o);
                // This can be removed in June 2010:
                if (outputwired == null) {
                    outputwired = AcelaNode.outputNO;
                }
                String outputinit = findParmValue(n, "outputinit" + o);
                String outputtype = findParmValue(n, "outputtype" + o);
                String outputlengths = findParmValue(n, "outputlength" + o);
                // This can be removed in June 2010:
                if (outputlengths == null) {
                    outputlengths = AcelaNode.outputLEN0;
                }
                int outputlength = Integer.parseInt(outputlengths);
                node.setOutputInitString(o, outputinit);
                // This can be removed in June 2010:
                if (outputtype == null) {
                    outputtype = AcelaNode.outputONOFF;
                }
                node.setOutputTypeString(o, outputtype);
                if (outputlength < 0) {
                    outputlength = 0;
                }
                if (outputlength > 255) {
                    outputlength = 255;
                }
                node.setOutputLength(o, outputlength);
            }
        } else if (type == AcelaNode.SY) {
            for (int s = 0; s < 16; s++) {
                String sensortype = findParmValue(n, "sensortype" + s);
                String sensorpolarity = findParmValue(n, "sensorpolarity" + s);
                int sensorthreshold = Integer.parseInt(findParmValue(n, "sensorthreshold" + s));
                node.setSensorTypeString(s, sensortype);
                node.setSensorPolarityString(s, sensorpolarity);
                if (sensorthreshold < 0) {
                    sensorthreshold = 0;
                }
                if (sensorthreshold > 31) {
                    sensorthreshold = 31;
                }
                node.setSensorThreshold(s, sensorthreshold);
            }
        }
        // Do not poll for Acela network nodes
        AcelaTrafficController.instance().setNeedToPollNodes(false);
        // Trigger initialization of this Node to reflect these parameters
        AcelaTrafficController.instance().initializeAcelaNode(node);
    }
    // Do not let the Acela network poll until we are really ready
    ((AcelaTrafficController) adapter).setReallyReadyToPoll(true);
}

Example 2 with AcelaTrafficController

use of jmri.jmrix.acela.AcelaTrafficController in project JMRI by JMRI.

the class SerialDriverAdapter method configure.

/**
     * set up all of the other objects to operate with an serial command station
     * connected to this port
     */
@Override
public void configure() {
    // connect to the traffic controller
    AcelaTrafficController control = new AcelaTrafficController();
    control.connectPort(this);
    this.getSystemConnectionMemo().setAcelaTrafficController(control);
    this.getSystemConnectionMemo().configureManagers();
// connect to a packetizing traffic controller
// LnPacketizer packets = new LnPacketizer();
// packets.connectPort(this);
// do the common manager config
// configureManagers();
//now moved to the adapter memo
/*jmri.InstanceManager.setLightManager(new jmri.jmrix.acela.AcelaLightManager());

         AcelaSensorManager s;
         jmri.InstanceManager.setSensorManager(s = new jmri.jmrix.acela.AcelaSensorManager());
         this.getSystemConnectionMemo().getTrafficController().setSensorManager(s); 

         AcelaTurnoutManager t;
         jmri.InstanceManager.setTurnoutManager(t = new jmri.jmrix.acela.AcelaTurnoutManager());
         this.getSystemConnectionMemo().getTrafficController().setTurnoutManager(t); */
// start operation
// packets.startThreads();
}

Example 3 with AcelaTrafficController

use of jmri.jmrix.acela.AcelaTrafficController in project JMRI by JMRI.

the class AcelaComponentFactoryTest method setUp.

// The minimal setup for log4J
@Before
public void setUp() {
    apps.tests.Log4JFixture.setUp();
    jmri.util.JUnitUtil.resetInstanceManager();
    AcelaTrafficController tc = new AcelaTrafficControlScaffold();
    memo = new AcelaSystemConnectionMemo(tc);
}