package jmri.jmrix.dccpp;

import java.util.LinkedHashMap;
import java.util.ArrayList;
import java.util.regex.Matcher;
import java.util.regex.Pattern;
import javax.annotation.Nonnull;

import org.apache.commons.lang3.StringUtils;
import java.util.regex.PatternSyntaxException;
import org.slf4j.Logger;
import org.slf4j.LoggerFactory;

import jmri.configurexml.AbstractXmlAdapter;

/**
 * Represents a single response from the DCC-EX system.
 *
 * @author Paul Bender Copyright (C) 2004
 * @author Mark Underwood Copyright (C) 2015
 * @author Harald Barth Copyright (C) 2019
 * 
 * Based on XNetReply
 */

/*
 * A few notes on implementation
 *
 * DCCppReply objects are (usually) created by parsing a String that is the
 * result of an incoming reply message from the Base Station. The information is
 * stored as a String, along with a Regex string that allows the individual data
 * elements to be extracted when needed.
 *
 * Listeners and other higher level code should first check to make sure the
 * DCCppReply is of the correct type by calling the relevant isMessageType()
 * method. Then, call the various getThisDataElement() method to retrieve the
 * data of interest.
 *
 * For example, to get the Speed from a Throttle Reply, first check that it /is/
 * a ThrottleReply by calling message.isThrottleReply(), and then get the speed
 * by calling message.getSpeedInt() or getSpeedString().
 *
 * The reason for all of this misdirection is to make sure that the upper layer
 * JMRI code is isolated/insulated from any changes in the actual Base Station
 * message format. For example, there is no need for the listener code to know
 * that the speed is the second number after the "T" in the reply (nor that a
 * Throttle reply starts with a "T").
 */

public class DCCppReply extends jmri.jmrix.AbstractMRReply {

    protected String myRegex;
    protected StringBuilder myReply;

    // Create a new reply.
    public DCCppReply() {
        super();
        setBinary(false);
        myRegex = "";
        myReply = new StringBuilder();
    }

    // Create a new reply from an existing reply
    public DCCppReply(DCCppReply reply) {
        super(reply);
        setBinary(false);
        myRegex = reply.myRegex;
        myReply = reply.myReply;
    }

    // Create a new reply from a string
    public DCCppReply(String reply) {
        super();
        setBinary(false);
        myRegex = "";
        myReply = new StringBuilder(reply);
        _nDataChars = reply.length();
    }

    /**
     * Override default toString.
     * @return myReply StringBuilder toString.
     */
    @Override
    public String toString() {
        log.trace("DCCppReply.toString(): msg '{}'", myReply);
        return myReply.toString();
    }

    /**
     * Generate text translations of replies for use in the DCCpp monitor.
     *
     * @return representation of the DCCppReply as a string.
     **/
    @Override
    public String toMonitorString() {
        // Beautify and display
        String text;

        switch (getOpCodeChar()) {
            case DCCppConstants.THROTTLE_REPLY:
                text = "Throttle Reply: ";
                text += "Register: " + getRegisterString() + ", ";
                text += "Speed: " + getSpeedString() + ", ";
                text += "Direction: " + getDirectionString();
                break;
            case DCCppConstants.TURNOUT_REPLY:
                if (isTurnoutCmdReply()) {
                    text = "Turnout Reply: ";
                    text += "ID: " + getTOIDString() + ", ";
                    text += "Dir: " + getTOStateString();
                } else if (isTurnoutDefReply()) {
                    text = "Turnout Def Reply: ";
                    text += "ID:" + getTOIDString() + ", ";
                    text += "Address:" + getTOAddressString() + ", ";
                    text += "Index:" + getTOAddressIndexString() + ", ";
                    // if we are able to parse the address and index we can convert it
                    // to a standard DCC address for display.
                    if (getTOAddressInt() != -1 && getTOAddressIndexInt() != -1) {
                        int boardAddr = getTOAddressInt();
                        int boardIndex = getTOAddressIndexInt();
                        int dccAddress = (((boardAddr - 1) * 4) + boardIndex) + 1;
                        text += "DCC Address: " + dccAddress + ", ";
                    }
                    text += "Dir: " + getTOStateString();
                } else if (isTurnoutDefDCCReply()) {
                    text = "Turnout Def DCC Reply: ";
                    text += "ID:" + getTOIDString() + ", ";
                    text += "Address:" + getTOAddressString() + ", ";
                    text += "Index:" + getTOAddressIndexString() + ", ";
                    // if we are able to parse the address and index we can convert it
                    // to a standard DCC address for display.
                    if (getTOAddressInt() != -1 && getTOAddressIndexInt() != -1) {
                        int boardAddr = getTOAddressInt();
                        int boardIndex = getTOAddressIndexInt();
                        int dccAddress = (((boardAddr - 1) * 4) + boardIndex) + 1;
                        text += "DCC Address:" + dccAddress + ", ";
                    }
                    text += "Dir:" + getTOStateString();
                } else if (isTurnoutDefServoReply()) {
                    text = "Turnout Def SERVO Reply: ";
                    text += "ID:" + getTOIDString() + ", ";
                    text += "Pin:" + getTOPinInt() + ", ";
                    text += "ThrownPos:" + getTOThrownPositionInt() + ", ";
                    text += "ClosedPos:" + getTOClosedPositionInt() + ", ";
                    text += "Profile:" + getTOProfileInt() + ", ";
                    text += "Dir:" + getTOStateString();
                } else if (isTurnoutDefVpinReply()) {
                    text = "Turnout Def VPIN Reply: ";
                    text += "ID:" + getTOIDString() + ", ";
                    text += "Pin:" + getTOPinInt() + ", ";
                    text += "Dir:" + getTOStateString();
                } else if (isTurnoutDefLCNReply()) {
                    text = "Turnout Def LCN Reply: ";
                    text += "ID:" + getTOIDString() + ", ";
                    text += "Dir:" + getTOStateString();
                } else {
                    text = "Unknown Turnout Reply Format: ";
                    text += toString();
                }
                break;
            case DCCppConstants.SENSOR_REPLY_H:
                text = "Sensor Reply (Inactive): ";
                text += "Number: " + getSensorNumString() + ", ";
                text += "State: INACTIVE";
                break;
            case DCCppConstants.SENSOR_REPLY_L:
                // Also covers the V1.0 version SENSOR_REPLY
                if (isSensorDefReply()) {
                    text = "Sensor Def Reply: ";
                    text += "Number: " + getSensorDefNumString() + ", ";
                    text += "Pin: " + getSensorDefPinString() + ", ";
                    text += "Pullup: " + getSensorDefPullupString();
                } else {
                    text = "Sensor Reply (Active): ";
                    text += "Number: " + getSensorNumString() + ", ";
                    text += "State: ACTIVE";
                }
                break;
            case DCCppConstants.OUTPUT_REPLY:
                if (isOutputCmdReply()) {
                    text = "Output Command Reply: ";
                    text += "Number: " + getOutputNumString() + ", ";
                    text += "State: " + getOutputCmdStateString();
                } else if (isOutputDefReply()) {
                    text = "Output Command Reply: ";
                    text += "Number: " + getOutputNumString() + ", ";
                    text += "Pin: " + getOutputListPinString() + ", ";
                    text += "Flags: " + getOutputListIFlagString() + ", ";
                    text += "State: " + getOutputListStateString();
                } else {
                    text = "Invalid Output Reply Format: ";
                    text += toString();
                }
                break;
            case DCCppConstants.PROGRAM_REPLY:
                if (isProgramBitReply()) {
                    text = "Program Bit Reply: ";
                    text += "CallbackNum:" + getCallbackNumString() + ", ";
                    text += "Sub:" + getCallbackSubString() + ", ";
                    text += "CV:" + getCVString() + ", ";
                    text += "Bit:" + getProgramBitString() + ", ";
                    text += "Value:" + getReadValueString();
                } else if (isProgramReplyV4()) {
                    text = "Program Reply: ";
                    text += "CV:" + getCVString() + ", ";
                    text += "Value:" + getReadValueString();
                } else if (isProgramBitReplyV4()) {
                    text = "Program Bit Reply: ";
                    text += "CV:" + getCVString() + ", ";
                    text += "Bit:" + getProgramBitString() + ", ";
                    text += "Value:" + getReadValueString();
                } else if (isProgramLocoIdReply()) {
                    text = "Program LocoId Reply: ";
                    text += "LocoId:" + getLocoIdInt();
                } else {
                    text = "Program Reply: ";
                    text += "CallbackNum:" + getCallbackNumString() + ", ";
                    text += "Sub:" + getCallbackSubString() + ", ";
                    text += "CV:" + getCVString() + ", ";
                    text += "Value:" + getReadValueString();
                }
                break;
            case DCCppConstants.VERIFY_REPLY:
                text = "Prog Verify Reply: ";
                text += "CV: " + getCVString() + ", ";
                text += "Value: " + getReadValueString();
                break;
            case DCCppConstants.STATUS_REPLY:
                text = "Status:";
                text += "Station: " + getStationType();
                text += ", Build: " + getBuildString();
                text += ", Version: " + getVersion();
                break;
            case DCCppConstants.POWER_REPLY:
                if (isNamedPowerReply()) {
                    text = "Power Status: ";
                    text += "Name:" + getPowerDistrictName();
                    text += " Status:" + getPowerDistrictStatus();
                } else {
                    text = "Power Status: ";
                    text += (getPowerBool() ? "ON" : "OFF");
                }
                break;
            case DCCppConstants.CURRENT_REPLY:
                text = "Current: " + getCurrentString() + " / 1024";
                break;
            case DCCppConstants.METER_REPLY:
                text = String.format(
                        "Meter reply: name %s, value %.2f, type %s, unit %s, min %.2f, max %.2f, resolution %.2f, warn %.2f",
                        getMeterName(), getMeterValue(), getMeterType(),
                        getMeterUnit(), getMeterMinValue(), getMeterMaxValue(),
                        getMeterResolution(), getMeterWarnValue());
                break;
            case DCCppConstants.WRITE_EEPROM_REPLY:
                text = "Write EEPROM Reply... ";
                // TODO: Don't use getProgValueString()
                text += "Turnouts: " + getValueString(1) + ", ";
                text += "Sensors: " + getValueString(2) + ", ";
                text += "Outputs: " + getValueString(3);
                break;
            case DCCppConstants.COMM_TYPE_REPLY:
                text = "Comm Type Reply ";
                text += "Type: " + getCommTypeInt();
                text += " Port: " + getCommTypeValueString();
                break;
            case DCCppConstants.MADC_FAIL_REPLY:
                text = "No Sensor/Turnout/Output Reply ";
                break;
            case DCCppConstants.MADC_SUCCESS_REPLY:
                text = "Sensor/Turnout/Output MADC Success Reply ";
                break;
            case DCCppConstants.MAXNUMSLOTS_REPLY:
                text = "Number of slots reply: " + getValueString(1);
                break;
            case DCCppConstants.DIAG_REPLY:
                text = "DIAG: " + getValueString(1);
                break;
            case DCCppConstants.LOCO_STATE_REPLY:
                text = "Loco State: LocoId:" + getLocoIdInt();
                text += " Dir:" + getDirectionString();
                text += " Speed:" + getSpeedInt();
                text += " F0-28:" + getFunctionsString();
                break;
            case DCCppConstants.THROTTLE_COMMANDS_REPLY:
                if (isTurnoutIDsReply()) {    
                    text = "Turnout IDs:" + getTurnoutIDList();
                    break;
                } else if (isTurnoutIDReply()) {    
                    text = "Turnout ID:" + getTOIDString();
                    text += " State:" + getTurnoutStateString();
                    text += " Desc:'" + getTurnoutDescString() + "'";
                    break;
                } else if (isRosterIDsReply()) {    
                    text = "RosterIDs:" + getRosterIDList();
                    break;
                } else if (isRosterIDReply()) {    
                    text = "RosterID:" + getRosterIDString();
                    text += " Desc:'" + getRosterDescString() + "'";
                    text += " Fkeys:'" + getRosterFKeysString() + "'";
                    break;
                } else if (isAutomationIDsReply()) {    
                    text = "AutomationIDs:" + getAutomationIDList();
                    break;
                } else if (isAutomationIDReply()) {    
                    text = "AutomationID:" + getAutomationIDString();
                    text += " Type:" + getAutomationTypeString();
                    text += " Desc:'" + getAutomationDescString() + "'";
                    break;
                } else if (isAutomationStateReply()) {    
                    text = "AutomationID:" + getAutomationIDString();
                    text += " State:" + getAutomationStateString() + "'";
                    break;
                } else if (isAutomationCaptionReply()) {    
                    text = "AutomationID:" + getAutomationIDString();
                    text += " Caption:'" + getAutomationCaptionString() + "'";
                    break;
                } else if (isCurrentMaxesReply()) {    
                    text = "CurrentMaxes:" + getCurrentMaxesList();
                    break;
                } else if (isCurrentValuesReply()) {    
                    text = "CurrentValues:" + getCurrentValuesList();
                    break;
                } else if (isClockReply()) {    
                    String hhmm = String.format("%02d:%02d",
                            getClockMinutesInt() / 60,
                            getClockMinutesInt() % 60);
                    text = "FastClock Reply: " + hhmm;
                    if (!getClockRateString().isEmpty()) {
                        text += ", Rate:" + getClockRateString();
                    }
                    break;
                }
                text = "Unknown Message: '" + toString() + "'";
                break;
            case DCCppConstants.TRACKMANAGER_CMD:
                text = "TrackManager Letter:" + getTrackManagerLetter() + " Mode:" + getTrackManagerMode();
                break;
            case DCCppConstants.LCD_TEXT_CMD:
                text = "LCD Text '" + getLCDTextString() + "', disp " + getLCDDisplayNumString() + ", line " + getLCDLineNumString();
                break;
                
            default:
                text = "Unrecognized reply: '" + toString() + "'";
        }

        return text;
    }

    /**
     * Generate properties list for certain replies
     *
     * @return list of all properties as a string
     **/
    public String getPropertiesAsString() {
        StringBuilder text = new StringBuilder();
        StringBuilder comma = new StringBuilder();
        switch (getOpCodeChar()) {
            case DCCppConstants.TURNOUT_REPLY:
            case DCCppConstants.SENSOR_REPLY:
            case DCCppConstants.OUTPUT_REPLY:
                // write out properties in comment
                getProperties().forEach((key, value) -> {
                    text.append(comma).append(key).append(":").append(value);
                    comma.setLength(0);
                    comma.append(",");
                });

                break;
            default:
                break;
        }
        return text.toString();
    }

    /**
     * build a propertylist from reply values.
     *
     * @return properties hashmap
     **/
    public LinkedHashMap<String, Object> getProperties() {
        LinkedHashMap<String, Object> properties = new LinkedHashMap<>();
        switch (getOpCodeChar()) {
            case DCCppConstants.TURNOUT_REPLY:
                if (isTurnoutDefDCCReply()) {
                    properties.put(DCCppConstants.PROP_TYPE, DCCppConstants.TURNOUT_TYPE_DCC);
                    properties.put(DCCppConstants.PROP_ID, getTOIDInt());
                    properties.put(DCCppConstants.PROP_ADDRESS, getTOAddressInt());
                    properties.put(DCCppConstants.PROP_INDEX, getTOAddressIndexInt());
                    // if we are able to parse the address and index we can convert it
                    // to a standard DCC address for display.
                    if (getTOAddressInt() != -1 && getTOAddressIndexInt() != -1) {
                        int boardAddr = getTOAddressInt();
                        int boardIndex = getTOAddressIndexInt();
                        int dccAddress = (((boardAddr - 1) * 4) + boardIndex) + 1;
                        properties.put(DCCppConstants.PROP_DCCADDRESS, dccAddress);
                    }
                } else if (isTurnoutDefServoReply()) {
                    properties.put(DCCppConstants.PROP_TYPE, DCCppConstants.TURNOUT_TYPE_SERVO);
                    properties.put(DCCppConstants.PROP_ID, getTOIDInt());
                    properties.put(DCCppConstants.PROP_PIN, getTOPinInt());
                    properties.put(DCCppConstants.PROP_THROWNPOS, getTOThrownPositionInt());
                    properties.put(DCCppConstants.PROP_CLOSEDPOS, getTOClosedPositionInt());
                    properties.put(DCCppConstants.PROP_PROFILE, getTOProfileInt());
                } else if (isTurnoutDefVpinReply()) {
                    properties.put(DCCppConstants.PROP_TYPE, DCCppConstants.TURNOUT_TYPE_VPIN);
                    properties.put(DCCppConstants.PROP_ID, getTOIDInt());
                    properties.put(DCCppConstants.PROP_PIN, getTOPinInt());
                } else if (isTurnoutDefLCNReply()) {
                    properties.put(DCCppConstants.PROP_TYPE, DCCppConstants.TURNOUT_TYPE_LCN);
                    properties.put(DCCppConstants.PROP_ID, getTOIDInt());
                }
                break;
            case DCCppConstants.SENSOR_REPLY:
                if (isSensorDefReply()) {
                    properties.put(DCCppConstants.PROP_TYPE, DCCppConstants.SENSOR_TYPE);
                    properties.put(DCCppConstants.PROP_ID, getSensorDefNumInt());
                    properties.put(DCCppConstants.PROP_PIN, getSensorDefPinInt());
                    properties.put(DCCppConstants.PROP_PULLUP, getSensorDefPullupBool());
                }
                break;
            case DCCppConstants.OUTPUT_REPLY:
                if (isOutputDefReply()) {
                    properties.put(DCCppConstants.PROP_TYPE, DCCppConstants.OUTPUT_TYPE);
                    properties.put(DCCppConstants.PROP_ID, getOutputNumInt());
                    properties.put(DCCppConstants.PROP_PIN, getOutputListPinInt());
                    properties.put(DCCppConstants.PROP_IFLAG, getOutputListIFlagInt());
                }
                break;
            default:
                break;
        }
        return properties;
    }

    public void parseReply(String s) {
        DCCppReply r = DCCppReply.parseDCCppReply(s);
        log.debug("in parseReply() string: {}", s);
        if (!(r.toString().isBlank())) {
            this.myRegex = r.myRegex;
            this.myReply = r.myReply;
            this._nDataChars = r._nDataChars;
            log.trace("copied: this: {}", this);
        }
    }

    ///
    ///
    /// TODO: Stopped Refactoring to StringBuilder here 12/12/15
    ///
    ///

    /**
     * Parses a string and generates a DCCppReply from the string contents
     *
     * @param s String to be parsed
     * @return DCCppReply or empty string if not a valid formatted string
     */
    @Nonnull
    public static DCCppReply parseDCCppReply(String s) {

        if (log.isTraceEnabled()) {
            log.trace("Parse charAt(0): {}", s.charAt(0));
        }
        DCCppReply r = new DCCppReply(s);
        switch (s.charAt(0)) {
            case DCCppConstants.STATUS_REPLY:
                if (s.matches(DCCppConstants.STATUS_REPLY_BSC_REGEX)) {
                    log.debug("BSC Status Reply: '{}'", r);
                    r.myRegex = DCCppConstants.STATUS_REPLY_BSC_REGEX;
                } else if (s.matches(DCCppConstants.STATUS_REPLY_ESP32_REGEX)) {
                    log.debug("ESP32 Status Reply: '{}'", r);
                    r.myRegex = DCCppConstants.STATUS_REPLY_ESP32_REGEX;
                } else if (s.matches(DCCppConstants.STATUS_REPLY_REGEX)) {
                    log.debug("Original Status Reply: '{}'", r);
                    r.myRegex = DCCppConstants.STATUS_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.STATUS_REPLY_DCCEX_REGEX)) {
                    log.debug("DCC-EX Status Reply: '{}'", r);
                    r.myRegex = DCCppConstants.STATUS_REPLY_DCCEX_REGEX;
                }
                return (r);
            case DCCppConstants.THROTTLE_REPLY:
                if (s.matches(DCCppConstants.THROTTLE_REPLY_REGEX)) {
                    log.debug("Throttle Reply: '{}'", r);
                    r.myRegex = DCCppConstants.THROTTLE_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.TURNOUT_REPLY:
                // the order of checking the reply here is critical as both the
                // TURNOUT_DEF_REPLY and TURNOUT_REPLY regex strings start with 
                // the same strings but have different meanings.
                if (s.matches(DCCppConstants.TURNOUT_DEF_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_DEF_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.TURNOUT_DEF_DCC_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_DEF_DCC_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.TURNOUT_DEF_SERVO_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_DEF_SERVO_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.TURNOUT_DEF_VPIN_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_DEF_VPIN_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.TURNOUT_DEF_LCN_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_DEF_LCN_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.TURNOUT_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.MADC_FAIL_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.MADC_FAIL_REPLY_REGEX;
                }
                log.debug("Parsed Reply: '{}' length {}", r.toString(), r._nDataChars);
                return (r);
            case DCCppConstants.OUTPUT_REPLY:
                if (s.matches(DCCppConstants.OUTPUT_DEF_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.OUTPUT_DEF_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.OUTPUT_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.OUTPUT_REPLY_REGEX;
                }
                log.debug("Parsed Reply: '{}' length {}", r, r._nDataChars);
                return (r);
            case DCCppConstants.PROGRAM_REPLY:
                if (s.matches(DCCppConstants.PROGRAM_BIT_REPLY_REGEX)) {
                    log.debug("Matches ProgBitReply");
                    r.myRegex = DCCppConstants.PROGRAM_BIT_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.PROGRAM_BIT_REPLY_V4_REGEX)) {
                    log.debug("Matches ProgBitReplyV2");
                    r.myRegex = DCCppConstants.PROGRAM_BIT_REPLY_V4_REGEX;
                } else if (s.matches(DCCppConstants.PROGRAM_REPLY_REGEX)) {
                    log.debug("Matches ProgReply");
                    r.myRegex = DCCppConstants.PROGRAM_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.PROGRAM_REPLY_V4_REGEX)) {
                    log.debug("Matches ProgReplyV2");
                    r.myRegex = DCCppConstants.PROGRAM_REPLY_V4_REGEX;
                } else if (s.matches(DCCppConstants.PROGRAM_LOCOID_REPLY_REGEX)) {
                    log.debug("Matches ProgLocoIDReply");
                    r.myRegex = DCCppConstants.PROGRAM_LOCOID_REPLY_REGEX;
                } else {
                    log.debug("Does not match ProgReply Regex");
                }
                return (r);
            case DCCppConstants.VERIFY_REPLY:
                if (s.matches(DCCppConstants.PROGRAM_VERIFY_REPLY_REGEX)) {
                    log.debug("Matches VerifyReply");
                    r.myRegex = DCCppConstants.PROGRAM_VERIFY_REPLY_REGEX;
                } else {
                    log.debug("Does not match VerifyReply Regex");
                }
                return (r);
            case DCCppConstants.POWER_REPLY:
                if (s.matches(DCCppConstants.TRACK_POWER_REPLY_NAMED_REGEX)) {
                    r.myRegex = DCCppConstants.TRACK_POWER_REPLY_NAMED_REGEX;
                } else if (s.matches(DCCppConstants.TRACK_POWER_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TRACK_POWER_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.CURRENT_REPLY:
                if (s.matches(DCCppConstants.CURRENT_REPLY_NAMED_REGEX)) {
                    r.myRegex = DCCppConstants.CURRENT_REPLY_NAMED_REGEX;
                } else if (s.matches(DCCppConstants.CURRENT_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.CURRENT_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.METER_REPLY:
                if (s.matches(DCCppConstants.METER_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.METER_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.MAXNUMSLOTS_REPLY:
                if (s.matches(DCCppConstants.MAXNUMSLOTS_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.MAXNUMSLOTS_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.DIAG_REPLY:
                if (s.matches(DCCppConstants.DIAG_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.DIAG_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.LCD_TEXT_REPLY:
                if (s.matches(DCCppConstants.LCD_TEXT_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.LCD_TEXT_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.WRITE_EEPROM_REPLY:
                if (s.matches(DCCppConstants.WRITE_EEPROM_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.WRITE_EEPROM_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.SENSOR_REPLY_H:
                if (s.matches(DCCppConstants.SENSOR_INACTIVE_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.SENSOR_INACTIVE_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.SENSOR_REPLY_L:
                if (s.matches(DCCppConstants.SENSOR_DEF_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.SENSOR_DEF_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.SENSOR_ACTIVE_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.SENSOR_ACTIVE_REPLY_REGEX;
                }
                return (r);
            case DCCppConstants.MADC_FAIL_REPLY:
                r.myRegex = DCCppConstants.MADC_FAIL_REPLY_REGEX;
                return (r);
            case DCCppConstants.MADC_SUCCESS_REPLY:
                r.myRegex = DCCppConstants.MADC_SUCCESS_REPLY_REGEX;
                return (r);
            case DCCppConstants.COMM_TYPE_REPLY:
                r.myRegex = DCCppConstants.COMM_TYPE_REPLY_REGEX;
                return (r);
            case DCCppConstants.LOCO_STATE_REPLY:
                r.myRegex = DCCppConstants.LOCO_STATE_REGEX;
                return (r);
            case DCCppConstants.THROTTLE_COMMANDS_REPLY:
                if (s.matches(DCCppConstants.TURNOUT_IDS_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_IDS_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.TURNOUT_ID_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TURNOUT_ID_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.ROSTER_IDS_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.ROSTER_IDS_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.ROSTER_ID_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.ROSTER_ID_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.AUTOMATION_IDS_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.AUTOMATION_IDS_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.AUTOMATION_ID_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.AUTOMATION_ID_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.AUTOMATION_STATE_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.AUTOMATION_STATE_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.AUTOMATION_CAPTION_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.AUTOMATION_CAPTION_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.CURRENT_MAXES_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.CURRENT_MAXES_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.CURRENT_VALUES_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.CURRENT_VALUES_REPLY_REGEX;
                } else if (s.matches(DCCppConstants.CLOCK_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.CLOCK_REPLY_REGEX;
                }
                log.debug("Parsed Reply: '{}' length {}", r.toString(), r._nDataChars);
                return (r);
            case DCCppConstants.TRACKMANAGER_CMD:
                if (s.matches(DCCppConstants.TRACKMANAGER_REPLY_REGEX)) {
                    r.myRegex = DCCppConstants.TRACKMANAGER_REPLY_REGEX;
                }
                return (r);
            default:
                return (r);
        }
    }

    /**
     * Not really used inside of DCC-EX. Just here to play nicely with the
     * inheritance. 
     * TODO: If this is unused, can we just not override it and (not) "use" 
     * the superclass version? 
     * ANSWER: No, we can't because the superclass looks in the _datachars
     * element, which we don't use, and which will contain garbage data.
     * Better to return something meaningful.
     * 
     * @return first char of myReply as integer
     */
    @Override
    public int getOpCode() {
        if (myReply.length() > 0) {
            return (Character.getNumericValue(myReply.charAt(0)));
        } else {
            return (0);
        }
    }

    /**
     * Get the opcode as a one character string.
     * 
     * @return first char of myReply
     */
    public char getOpCodeChar() {
        if (myReply.length() > 0) {
            return (myReply.charAt(0));
        } else {
            return (0);
        }
    }

    @Override
    public int getElement(int n) {
        if ((n >= 0) && (n < myReply.length())) {
            return (myReply.charAt(n));
        } else {
            return (' ');
        }
    }

    @Override
    public void setElement(int n, int v) {
        // We want the ASCII value, not the string interpretation of the int
        char c = (char) (v & 0xFF);
        if (myReply == null) {
            myReply = new StringBuilder(Character.toString(c));
        } else if (n >= myReply.length()) {
            myReply.append(c);
        } else if (n > 0) {
            myReply.setCharAt(n, c);
        }
    }

    public boolean getValueBool(int idx) {
        Matcher m = DCCppReply.match(myReply.toString(), myRegex, "gvb");
        if (m == null) {
            log.error("DCCppReply '{}' not matched by '{}'", this.toString(), myRegex);
            return (false);
        } else if (idx <= m.groupCount()) {
            return (!m.group(idx).equals("0"));
        } else {
            log.error("DCCppReply bool value index too big. idx = {} msg = {}", idx, this.toString());
            return (false);
        }
    }

    public String getValueString(int idx) {
        Matcher m = DCCppReply.match(myReply.toString(), myRegex, "gvs");
        if (m == null) {
            log.error("DCCppReply '{}' not matched by '{}'", this.toString(), myRegex);
            return ("");
        } else if (idx <= m.groupCount()) {
            return (m.group(idx));
        } else {
            log.error("DCCppReply string value index too big. idx = {} msg = {}", idx, this.toString());
            return ("");
        }
    }

    // is there a match at idx?
    public boolean valueExists(int idx) {
        Matcher m = DCCppReply.match(myReply.toString(), myRegex, "gvs");
        return (m != null) && (idx <= m.groupCount());
    }

    public int getValueInt(int idx) {
        Matcher m = DCCppReply.match(myReply.toString(), myRegex, "gvi");
        if (m == null) {
            log.error("DCCppReply '{}' not matched by '{}'", this.toString(), myRegex);
            return (0);
        } else if (idx <= m.groupCount()) {
            return (Integer.parseInt(m.group(idx)));
        } else {
            log.error("DCCppReply int value index too big. idx = {} msg = {}", idx, this.toString());
            return (0);
        }
    }

    public double getValueDouble(int idx) {
        Matcher m = DCCppReply.match(myReply.toString(), myRegex, "gvd");
        if (m == null) {
            log.error("DCCppReply '{}' not matched by '{}'", this.toString(), myRegex);
            return (0.0);
        } else if (idx <= m.groupCount()) {
            return (Double.parseDouble(m.group(idx)));
        } else {
            log.error("DCCppReply double value index too big. idx = {} msg = {}", idx, this.toString());
            return (0.0);
        }
    }

    /*
     * skipPrefix is not used at this point in time, but is defined as abstract
     * in AbstractMRReply
     */
    @Override
    protected int skipPrefix(int index) {
        return -1;
    }

    @Override
    public int maxSize() {
        return DCCppConstants.MAX_REPLY_SIZE;
    }

    public int getLength() {
        return (myReply.length());
    }

    /*
     * Some notes on DCC-EX messages and responses...
     *
     * Messages that have responses expected: 
     * t : <T REGISTER SPEED DIRECTION>
     * f : (none)
     * a : (none)
     * T : <H ID THROW>
     * w : (none)
     * b : (none)
     * W : <r CALLBACKNUM|CALLBACKSUB|CV CV_Value>
     * B : <r CALLBACKNUM CALLBACKSUB|CV|Bit CV_Bit_Value>
     * R : <r CALLBACKNUM|CALLBACKSUB|CV CV_Value>
     * 1 : <p1>
     * 0 : <p0>
     * c : <a CURRENT>
     * s : Series of status messages... 
     *     <p[0,1]> Power state
     *     <T ...>Throttle responses from all registers
     *     <iDCC-EX ... > Base station version and build date
     *     <H ID ADDR INDEX THROW> All turnout states.
     *
     * Unsolicited Replies:
     *     <Q snum [0,1]> Sensor reply.
     * Debug messages:
     * M : (none)
     * P : (none)
     * f : <f MEM>
     * L : <M ... data ... >
     */

    // -------------------------------------------------------------------
    // Message helper functions
    // Core methods

    protected boolean matches(String pat) {
        return (match(this.toString(), pat, "Validator") != null);
    }

    protected static Matcher match(String s, String pat, String name) {
        try {
            Pattern p = Pattern.compile(pat);
            Matcher m = p.matcher(s);
            if (!m.matches()) {
                log.trace("No Match {} Command: {} pattern {}", name, s, pat);
                return (null);
            }
            return (m);

        } catch (PatternSyntaxException e) {
            log.error("Malformed DCC-EX reply syntax! s = {}", pat);
            return (null);
        } catch (IllegalStateException e) {
            log.error("Group called before match operation executed string = {}", s);
            return (null);
        } catch (IndexOutOfBoundsException e) {
            log.error("Index out of bounds string = {}", s);
            return (null);
        }
    }

    public String getStationType() {
        if (this.isStatusReply()) {
            return (this.getValueString(1)); // 1st match in all versions
        } else {
            return ("Unknown");
        }
    }

    // build value is 3rd match in v3+, 2nd in previous
    public String getBuildString() {
        if (this.isStatusReply()) {
            if (this.valueExists(3)) {
                return(this.getValueString(3));
            } else {
                return(this.getValueString(2));
            }
        } else {
            return("Unknown");
        }
    }

    // look for canonical version in 2nd match
    public String getVersion() {
        if (this.isStatusReply()) {
            String s = this.getValueString(2);
            if (jmri.Version.isCanonicalVersion(s)) {
                return s;
            } else {
                return ("0.0.0");
            }
        } else {
            return ("Unknown");
        }
    }

    // Helper methods for Throttle and LocoState Replies

    public int getLocoIdInt() {
        if (this.isLocoStateReply() || this.isProgramLocoIdReply()) {
            return (this.getValueInt(1));
        } else {
            log.error("LocoId Parser called on non-LocoId message type {}", this.getOpCodeChar());
            return (-1);
        }
    }

    public int getSpeedByteInt() {
        if (this.isLocoStateReply()) {
            return (this.getValueInt(3));
        } else {
            log.error("ThrottleReply Parser called on non-Throttle message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public int getFunctionsInt() {
        if (this.isLocoStateReply()) {
            return (this.getValueInt(4));
        } else {
            log.error("ThrottleReply Parser called on non-Throttle message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getFunctionsString() {
        if (this.isLocoStateReply()) {
            return new StringBuilder(StringUtils.leftPad(Integer.toBinaryString(this.getValueInt(4)), 29, "0"))
                    .reverse().toString();
        } else {
            log.error("ThrottleReply Parser called on non-Throttle message type {}", this.getOpCodeChar());
            return ("not a locostate!");
        }
    }

    public String getRegisterString() {
        return String.valueOf(getRegisterInt());
    }

    public int getRegisterInt() {
        if (this.isThrottleReply()) {
            return (this.getValueInt(1));
        } else {
            log.error("ThrottleReply Parser called on non-Throttle message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getSpeedString() {
        return String.valueOf(getSpeedInt());
    }

    public int getSpeedInt() {
        if (this.isThrottleReply()) {
            return (this.getValueInt(2));
        } else if (this.isLocoStateReply()) {
            int speed = this.getValueInt(3) & 0x7f; // drop direction bit
            if (speed == 1) {
                return -1; // special case for eStop
            }
            if (speed > 1) {
                return speed - 1; // bump speeds down 1 due to eStop at 1
            }
            return 0; // stop is zero
        } else {
            log.error("ThrottleReply Parser called on non-Throttle message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public boolean isEStop() {
        return getSpeedInt() == -1;
    }

    public String getDirectionString() {
        // Will return "Forward" (true) or "Reverse" (false)
        return (getDirectionInt() == 1 ? "Forward" : "Reverse");
    }

    public int getDirectionInt() {
        // Will return 1 (true) or 0 (false)
        if (this.isThrottleReply()) {
            return (this.getValueInt(3));
        } else if (this.isLocoStateReply()) {
            return this.getValueInt(3) >> 7;
        } else {
            log.error("ThrottleReply Parser called on non-ThrottleReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public boolean getDirectionBool() {
        // Will return true or false
        if (this.isThrottleReply()) {
            return (this.getValueBool(3));
        } else if (this.isLocoStateReply()) {
            return ((this.getValueInt(3) >> 7) == 1);
        } else {
            log.error("ThrottleReply Parser called on non-ThrottleReply message type {}", this.getOpCodeChar());
            return (false);
        }
    }

    public boolean getIsForward() {
        return getDirectionBool();
    }

    // ------------------------------------------------------
    // Helper methods for Turnout Replies

    public String getTOIDString() {
        if (this.isTurnoutReply() || this.isTurnoutIDReply()) {
            return (this.getValueString(1));
        } else {
            log.error("TurnoutReply Parser called on non-TurnoutReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }
    public int getTOIDInt() {
        if (this.isTurnoutReply() || this.isTurnoutIDReply()) {
            return (this.getValueInt(1));
        } else {
            log.error("TurnoutReply Parser called on non-TurnoutReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getTOAddressString() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueString(2));
        } else {
            return ("-1");
        }
    }

    public int getTOAddressInt() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueInt(2));
        } else {
            return (-1);
        }
    }

    public String getTOAddressIndexString() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueString(3));
        } else {
            return ("-1");
        }
    }

    public int getTOAddressIndexInt() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueInt(3));
        } else {
            return (-1);
        }
    }

    public int getTOPinInt() {
        if (this.isTurnoutDefServoReply() || this.isTurnoutDefVpinReply()) {
            return (this.getValueInt(2));
        } else {
            return (-1);
        }
    }

    public int getTOThrownPositionInt() {
        if (this.isTurnoutDefServoReply()) {
            return (this.getValueInt(3));
        } else {
            return (-1);
        }
    }

    public int getTOClosedPositionInt() {
        if (this.isTurnoutDefServoReply()) {
            return (this.getValueInt(4));
        } else {
            return (-1);
        }
    }

    public int getTOProfileInt() {
        if (this.isTurnoutDefServoReply()) {
            return (this.getValueInt(5));
        } else {
            return (-1);
        }
    }

    public String getTOStateString() {
        // Will return human readable state. To get string value for command,
        // use
        // getTOStateInt().toString()
        if (this.isTurnoutReply()) {
            return (this.getTOStateInt() == 1 ? "THROWN" : "CLOSED");
        } else {
            log.error("TurnoutReply Parser called on non-TurnoutReply message type {}", this.getOpCodeChar());
            return ("Not a Turnout");
        }
    }

    public int getTOStateInt() {
        // Will return 1 (true - thrown) or 0 (false - closed)
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) { // turnout
                                                                       // list
                                                                       // response
            return (this.getValueInt(4));
        } else if (this.isTurnoutDefServoReply()) { // servo turnout
            return (this.getValueInt(6));
        } else if (this.isTurnoutDefVpinReply()) { // vpin turnout
            return (this.getValueInt(3));
        } else if (this.isTurnoutDefLCNReply()) { // LCN turnout
            return (this.getValueInt(2));
        } else if (this.isTurnoutReply()) { // single turnout response
            return (this.getValueInt(2));
        } else {
            log.error("TOStateInt Parser called on non-TOStateInt message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public boolean getTOIsThrown() {
        return (this.getTOStateInt() == 1);
    }

    public boolean getTOIsClosed() {
        return (!this.getTOIsThrown());
    }

    public String getRosterIDString() {
        return (Integer.toString(this.getRosterIDInt()));
    }
    public int getRosterIDInt() {
        if (this.isRosterIDReply()) {
            return (this.getValueInt(1));
        } else {
            log.error("RosterIDInt Parser called on non-RosterIDInt message type {}", this.getOpCodeChar());
            return (0);
        }
    }
    public String getAutomationIDString() {
        return (Integer.toString(this.getAutomationIDInt()));
    }
    public int getAutomationIDInt() {
        if (this.isAutomationIDReply() || this.isAutomationStateReply() || this.isAutomationCaptionReply()) {
            return (this.getValueInt(1));
        } else {
            log.error("AutomationIDInt Parser called on non-AutomationIDInt message '{}'", this.toString());
            return (0);
        }
    }
    
    // ------------------------------------------------------
    // Helper methods for Program Replies

    public String getCallbackNumString() {
        if (this.isProgramReply() || isProgramBitReply()) {
            return (this.getValueString(1));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getCallbackNumInt() {
        if (this.isProgramReply() || isProgramBitReply() ) {
            return(this.getValueInt(1));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return(0);
        }
    }

    public String getCallbackSubString() {
        if (this.isProgramReply() || isProgramBitReply()) {
            return (this.getValueString(2));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getCallbackSubInt() {
        if (this.isProgramReply() || isProgramBitReply()) {
            return (this.getValueInt(2));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getCVString() {
        if (this.isProgramReply()) {
            return (this.getValueString(3));
        } else if (this.isProgramBitReply()) {
            return (this.getValueString(3));
        } else if (this.isVerifyReply()) {
            return (this.getValueString(1));
        } else if (this.isProgramReplyV4()) {
            return (this.getValueString(1));
        } else if (this.isProgramBitReplyV4()) {
            return (this.getValueString(1));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getCVInt() {
        if (this.isProgramReply()) {
            return (this.getValueInt(3));
        } else if (this.isProgramBitReply()) {
            return (this.getValueInt(3));
        } else if (this.isVerifyReply()) {
            return (this.getValueInt(1));
        } else if (this.isProgramReplyV4()) {
            return (this.getValueInt(1));
        } else if (this.isProgramBitReplyV4()) {
            return (this.getValueInt(1));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getProgramBitString() {
        if (this.isProgramBitReply()) {
            return (this.getValueString(4));
        } else if (this.isProgramBitReplyV4()) {
            return (this.getValueString(2));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getProgramBitInt() {
        if (this.isProgramBitReply()) {
            return (this.getValueInt(4));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getReadValueString() {
        if (this.isProgramReply()) {
            return (this.getValueString(4));
        } else if (this.isProgramBitReply()) {
            return (this.getValueString(5));
        } else if (this.isProgramBitReplyV4()) {
            return (this.getValueString(3));
        } else if (this.isProgramReplyV4()) {
            return (this.getValueString(2));
        } else if (this.isVerifyReply()) {
            return (this.getValueString(2));
        } else {
            log.error("ProgramReply Parser called on non-ProgramReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getReadValueInt() {
        return (Integer.parseInt(this.getReadValueString()));
    }

    public String getPowerDistrictName() {
        if (this.isNamedPowerReply()) {
            return (this.getValueString(2));
        } else {
            log.error("NamedPowerReply Parser called on non-NamedPowerReply message type '{}' message '{}'",
                    this.getOpCodeChar(), this.toString());
            return ("");
        }
    }

    public String getPowerDistrictStatus() {
        if (this.isNamedPowerReply()) {
            switch (this.getValueString(1)) {
                case DCCppConstants.POWER_OFF:
                    return ("OFF");
                case DCCppConstants.POWER_ON:
                    return ("ON");
                default:
                    return ("OVERLOAD");
            }
        } else {
            log.error("NamedPowerReply Parser called on non-NamedPowerReply message type {} message {}",
                    this.getOpCodeChar(), this.toString());
            return ("");
        }
    }

    public String getCurrentString() {
        if (this.isCurrentReply()) {
            if (this.isNamedCurrentReply()) {
                return (this.getValueString(2));
            }
            return (this.getValueString(1));
        } else {
            log.error("CurrentReply Parser called on non-CurrentReply message type {} message {}", this.getOpCodeChar(),
                    this.toString());
            return ("0");
        }
    }

    public int getCurrentInt() {
        return (Integer.parseInt(this.getCurrentString()));
    }

    public String getMeterName() {
        if (this.isMeterReply()) {
            return (this.getValueString(1));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return ("");
        }
    }

    public double getMeterValue() {
        if (this.isMeterReply()) {
            return (this.getValueDouble(2));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (0.0);
        }
    }

    public String getMeterType() {
        if (this.isMeterReply()) {
            String t = getValueString(3);
            if (t.equals(DCCppConstants.VOLTAGE) || t.equals(DCCppConstants.CURRENT)) {
                return (t);
            } else {
                log.warn("Meter Type '{}' is not valid type in message '{}'", t, this.toString());
                return ("");
            }
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return ("");
        }
    }

    public jmri.Meter.Unit getMeterUnit() {
        if (this.isMeterReply()) {
            String us = this.getValueString(4);
            AbstractXmlAdapter.EnumIO<jmri.Meter.Unit> map =
                    new AbstractXmlAdapter.EnumIoNames<>(jmri.Meter.Unit.class);
            return (map.inputFromString(us));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (jmri.Meter.Unit.NoPrefix);
        }
    }

    public double getMeterMinValue() {
        if (this.isMeterReply()) {
            return (this.getValueDouble(5));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (0.0);
        }
    }

    public double getMeterMaxValue() {
        if (this.isMeterReply()) {
            return (this.getValueDouble(6));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (0.0);
        }
    }

    public double getMeterResolution() {
        if (this.isMeterReply()) {
            return (this.getValueDouble(7));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (0.0);
        }
    }

    public double getMeterWarnValue() {
        if (this.isMeterReply()) {
            return (this.getValueDouble(8));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (0.0);
        }
    }

    public boolean isMeterTypeVolt() {
        if (this.isMeterReply()) {
            return (this.getMeterType().equals(DCCppConstants.VOLTAGE));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (false);
        }
    }

    public boolean isMeterTypeCurrent() {
        if (this.isMeterReply()) {
            return (this.getMeterType().equals(DCCppConstants.CURRENT));
        } else {
            log.error("MeterReply Parser called on non-MeterReply message type '{}' message '{}'", this.getOpCodeChar(),
                    this.toString());
            return (false);
        }
    }

    public boolean getPowerBool() {
        if (this.isPowerReply()) {
            return (this.getValueString(1).equals(DCCppConstants.POWER_ON));
        } else {
            log.error("PowerReply Parser called on non-PowerReply message type {} message {}", this.getOpCodeChar(),
                    this.toString());
            return (false);
        }
    }

    public String getTurnoutDefNumString() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueString(1));
        } else {
            log.error("TurnoutDefReply Parser called on non-TurnoutDefReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getTurnoutDefNumInt() {
        return (Integer.parseInt(this.getTurnoutDefNumString()));
    }

    public String getTurnoutDefAddrString() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueString(2));
        } else {
            log.error("TurnoutDefReply Parser called on non-TurnoutDefReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getTurnoutDefAddrInt() {
        return (Integer.parseInt(this.getTurnoutDefAddrString()));
    }

    public String getTurnoutDefSubAddrString() {
        if (this.isTurnoutDefReply() || this.isTurnoutDefDCCReply()) {
            return (this.getValueString(3));
        } else {
            log.error("TurnoutDefReply Parser called on non-TurnoutDefReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getTurnoutDefSubAddrInt() {
        return (Integer.parseInt(this.getTurnoutDefSubAddrString()));
    }

    public String getOutputNumString() {
        if (this.isOutputDefReply() || this.isOutputCmdReply()) {
            return (this.getValueString(1));
        } else {
            log.error("OutputAddReply Parser called on non-OutputAddReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getOutputNumInt() {
        return (Integer.parseInt(this.getOutputNumString()));
    }

    public String getOutputListPinString() {
        if (this.isOutputDefReply()) {
            return (this.getValueString(2));
        } else {
            log.error("OutputAddReply Parser called on non-OutputAddReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getOutputListPinInt() {
        return (Integer.parseInt(this.getOutputListPinString()));
    }

    public String getOutputListIFlagString() {
        if (this.isOutputDefReply()) {
            return (this.getValueString(3));
        } else {
            log.error("OutputListReply Parser called on non-OutputListReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getOutputListIFlagInt() {
        return (Integer.parseInt(this.getOutputListIFlagString()));
    }

    public String getOutputListStateString() {
        if (this.isOutputDefReply()) {
            return (this.getValueString(4));
        } else {
            log.error("OutputListReply Parser called on non-OutputListReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getOutputListStateInt() {
        return (Integer.parseInt(this.getOutputListStateString()));
    }

    public boolean getOutputCmdStateBool() {
        if (this.isOutputCmdReply()) {
            return ((this.getValueBool(2)));
        } else {
            log.error("OutputCmdReply Parser called on non-OutputCmdReply message type {}", this.getOpCodeChar());
            return (false);
        }
    }

    public String getOutputCmdStateString() {
        if (this.isOutputCmdReply()) {
            return (this.getValueBool(2) ? "HIGH" : "LOW");
        } else {
            log.error("OutputCmdReply Parser called on non-OutputCmdReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getOutputCmdStateInt() {
        return (this.getOutputCmdStateBool() ? 1 : 0);
    }

    public boolean getOutputIsHigh() {
        return (this.getOutputCmdStateBool());
    }

    public boolean getOutputIsLow() {
        return (!this.getOutputCmdStateBool());
    }

    public String getSensorDefNumString() {
        if (this.isSensorDefReply()) {
            return (this.getValueString(1));
        } else {
            log.error("SensorDefReply Parser called on non-SensorDefReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getSensorDefNumInt() {
        return (Integer.parseInt(this.getSensorDefNumString()));
    }

    public String getSensorDefPinString() {
        if (this.isSensorDefReply()) {
            return (this.getValueString(2));
        } else {
            log.error("SensorDefReply Parser called on non-SensorDefReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getSensorDefPinInt() {
        return (Integer.parseInt(this.getSensorDefPinString()));
    }

    public String getSensorDefPullupString() {
        if (this.isSensorDefReply()) {
            return (this.getSensorDefPullupBool() ? "Pullup" : "NoPullup");
        } else {
            log.error("SensorDefReply Parser called on non-SensorDefReply message type {}", this.getOpCodeChar());
            return ("Not a Sensor");
        }
    }

    public int getSensorDefPullupInt() {
        if (this.isSensorDefReply()) {
            return (this.getValueInt(3));
        } else {
            log.error("SensorDefReply Parser called on non-SensorDefReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public boolean getSensorDefPullupBool() {
        if (this.isSensorDefReply()) {
            return (this.getValueBool(3));
        } else {
            log.error("SensorDefReply Parser called on non-SensorDefReply message type {}", this.getOpCodeChar());
            return (false);
        }
    }

    public String getSensorNumString() {
        if (this.isSensorReply()) {
            return (this.getValueString(1));
        } else {
            log.error("SensorReply Parser called on non-SensorReply message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public int getSensorNumInt() {
        return (Integer.parseInt(this.getSensorNumString()));
    }

    public String getSensorStateString() {
        if (this.isSensorReply()) {
            return (this.myRegex.equals(DCCppConstants.SENSOR_ACTIVE_REPLY_REGEX) ? "Active" : "Inactive");
        } else {
            log.error("SensorReply Parser called on non-SensorReply message type {}", this.getOpCodeChar());
            return ("Not a Sensor");
        }
    }

    public int getSensorStateInt() {
        if (this.isSensorReply()) {
            return (this.myRegex.equals(DCCppConstants.SENSOR_ACTIVE_REPLY_REGEX) ? 1 : 0);
        } else {
            log.error("SensorReply Parser called on non-SensorReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public boolean getSensorIsActive() {
        return (this.myRegex.equals(DCCppConstants.SENSOR_ACTIVE_REPLY_REGEX));
    }

    public boolean getSensorIsInactive() {
        return (this.myRegex.equals(DCCppConstants.SENSOR_INACTIVE_REPLY_REGEX));
    }

    public int getCommTypeInt() {
        if (this.isCommTypeReply()) {
            return (this.getValueInt(1));
        } else {
            log.error("CommTypeReply Parser called on non-CommTypeReply message type {}", this.getOpCodeChar());
            return (0);
        }
    }

    public String getCommTypeValueString() {
        if (this.isCommTypeReply()) {
            return (this.getValueString(2));
        } else {
            log.error("CommTypeReply Parser called on non-CommTypeReply message type {}", this.getOpCodeChar());
            return ("N/A");
        }
    }

    public ArrayList<Integer> getTurnoutIDList() {
        ArrayList<Integer> ids=new ArrayList<Integer>();
        if (this.isTurnoutIDsReply()) {
            String idList = this.getValueString(1);
            if (!idList.isEmpty()) {
                String[] idStrings = idList.split(" ");
                for (String idString : idStrings) {
                    try {
                        int id = Integer.parseInt(idString);
                        if (id >= 1 && id <= DCCppConstants.MAX_TURNOUT_ADDRESS) {
                            ids.add(id);
                        } else {
                            // DCC-EX WiFi buffer overflow (Mega+WiFi) can corrupt the jT reply, producing out-of-range IDs
                            log.warn("Ignoring out-of-range turnout ID {} in jT response (buffer overflow?)", id);
                        }
                    } catch (NumberFormatException e) {
                        log.warn("Ignoring malformed token '{}' in jT response", idString);
                    }
                }
            }
        } else {
            log.error("TurnoutIDsReply Parser called on non-TurnoutIDsReply message type {}", this.getOpCodeChar());
        }
        return ids;
    }
    public String getTurnoutStateString() {
        if (this.isTurnoutIDReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getTurnoutStateString Parser called on non-TurnoutID message type {}", this.getOpCodeChar());
            return ("0");
        }
    }
    public String getTurnoutDescString() {
        if (this.isTurnoutIDReply()) {
            return (this.getValueString(3));
        } else {
            log.error("getTurnoutDescString Parser called on non-TurnoutID message type {}", this.getOpCodeChar());
            return ("0");
        }
    }
    public String getRosterDescString() {
        if (this.isRosterIDReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getRosterDescString called on non-RosterIDReply message type {}", this.getOpCodeChar());
            return ("");
        }
    }
    public String getRosterFKeysString() {
        if (this.isRosterIDReply()) {
            return (this.getValueString(3));
        } else {
            log.error("getRosterFKeysString called on non-RosterIDReply message type {}", this.getOpCodeChar());
            return ("");
        }
    }
    public ArrayList<Integer> getRosterIDList() {
        ArrayList<Integer> ids=new ArrayList<Integer>(); 
        if (this.isRosterIDsReply()) {
            String idList = this.getValueString(1);
            if (!idList.isEmpty()) {
                String[] idStrings = idList.split(" ");
                for (String idString : idStrings) {
                    ids.add(Integer.parseInt(idString));
                }
            }
        } else {
            log.error("getRosterIDList called on non-RosterIDsReply message type {}", this.getOpCodeChar());
        }
        return ids;
    }

    public String getAutomationTypeString() {
        if (this.isAutomationIDReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getAutomationTypeString called on non-AutomationIDReply message type {}", this.getOpCodeChar());
            return ("");
        }
    }
    public String getAutomationDescString() {
        if (this.isAutomationIDReply()) {
            return (this.getValueString(3));
        } else {
            log.error("getAutomationDescString called on non-AutomationIDReply message type {}", this.getOpCodeChar());
            return ("");
        }
    }
    public String getAutomationStateString() {
        if (this.isAutomationStateReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getAutomationStateString called on non-AutomationStateReply message '{}'", this.toString());
            return ("");
        }
    }
    public String getAutomationCaptionString() {
        if (this.isAutomationCaptionReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getAutomationCaptionString called on non-AutomationCaption message '{}'", this.toString());
            return ("");
        }
    }
    public ArrayList<Integer> getAutomationIDList() {
        ArrayList<Integer> ids=new ArrayList<Integer>(); 
        if (this.isAutomationIDsReply()) {
            String idList = this.getValueString(1);
            if (!idList.isEmpty()) {
                String[] idStrings = idList.split(" ");
                for (String idString : idStrings) {
                    ids.add(Integer.parseInt(idString));
                }
            }
        } else {
            log.error("getAutomationIDList called on non-AutomationIDsReply message type {}", this.getOpCodeChar());
        }
        return ids;
    }
    public ArrayList<Integer> getCurrentMaxesList() {
        ArrayList<Integer> cml=new ArrayList<Integer>();
        if (this.isCurrentMaxesReply()) {
            String sml = this.getValueString(1);
            if (!sml.isEmpty()) {
                String[] mss = sml.split(" ");
                for (String ms : mss) {
                    cml.add(Integer.parseInt(ms));
                }
            }
        } else {
            log.error("getCurrentMaxesList called on non-CurrentMaxesListReply message type {}", this.getOpCodeChar());
        }
        return cml;
    }
    public ArrayList<Integer> getCurrentValuesList() {
        ArrayList<Integer> cvl=new ArrayList<Integer>();
        if (this.isCurrentValuesReply()) {
            String svl = this.getValueString(1);
            if (!svl.isEmpty()) {
                String[] vss = svl.split(" ");
                for (String vs : vss) {
                    cvl.add(Integer.parseInt(vs));
                }
            }
        } else {
            log.error("getCurrentValuesList called on non-CurrentValuesListReply message type {}", this.getOpCodeChar());
        }
        return cvl;
    }

    public char getTrackManagerLetter() {
        if (this.isTrackManagerReply()) {
            String s = this.getValueString(1);
            if (!s.isEmpty()) {                
                return (s.charAt(0)); //convert to a char
            } else {
                return ('0');
            }
        } else {
            log.error("getTrackManagerLetter Parser called on non-TrackManager message type {}", this.getOpCodeChar());
            return ('0');
        }
    }
    public String getTrackManagerMode() {
        if (this.isTrackManagerReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getTrackManagerMode Parser called on non-TrackManager message type {}", this.getOpCodeChar());
            return ("0");
        }
    }

    public String getClockMinutesString() {
        if (this.isClockReply()) {
            return (this.getValueString(1));
        } else {
            log.error("getClockTimeString Parser called on non-getClockTimeString message type {}", this.getOpCodeChar());
            return ("0");
        }
    }
    public int getClockMinutesInt() {
        return (Integer.parseInt(this.getClockMinutesString()));
    }
    public String getClockRateString() {
        if (this.isClockReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getClockRateString Parser called on non-getClockRateString message type {}", this.getOpCodeChar());
            return ("0");
        }
    }
    public int getClockRateInt() {
        return (Integer.parseInt(this.getClockRateString()));
    }

    // <@ 0 8 "message text">
    public boolean isLCDTextReply() {
        return (this.matches(DCCppConstants.LCD_TEXT_REPLY_REGEX));
    }   
    public String getLCDTextString() {
        if (this.isLCDTextReply()) {
            return (this.getValueString(3));
        } else {
            log.error("getLCDTextString Parser called on non-LCDTextString message type {}", this.getOpCodeChar());
            return ("error");
        }
    }
    public String getLCDDisplayNumString() {
        if (this.isLCDTextReply()) {
            return (this.getValueString(1));
        } else {
            log.error("getLCDDisplayNumString Parser called on non-LCDTextString message type {}", this.getOpCodeChar());
            return ("error");
        }
    }
    public int getLCDDisplayNumInt() {
        return (Integer.parseInt(this.getLCDDisplayNumString()));
    }
    public String getLCDLineNumString() {
        if (this.isLCDTextReply()) {
            return (this.getValueString(2));
        } else {
            log.error("getLCDLineNumString Parser called on non-LCDTextString message type {}", this.getOpCodeChar());
            return ("error");
        }
    }
    public int getLCDLineNumInt() {
        return (Integer.parseInt(this.getLCDLineNumString()));
    }

    // -------------------------------------------------------------------

    // Message Identification functions
    public boolean isThrottleReply() {
        return (this.getOpCodeChar() == DCCppConstants.THROTTLE_REPLY);
    }

    public boolean isTurnoutReply() {
        return (this.getOpCodeChar() == DCCppConstants.TURNOUT_REPLY);
    }

    public boolean isTurnoutCmdReply() {
        return (this.matches(DCCppConstants.TURNOUT_REPLY_REGEX));
    }

    public boolean isProgramReply() {
        return (this.matches(DCCppConstants.PROGRAM_REPLY_REGEX));
    }

    public boolean isProgramReplyV4() {
        return (this.matches(DCCppConstants.PROGRAM_REPLY_V4_REGEX));
    }

    public boolean isProgramLocoIdReply() {
        return (this.matches(DCCppConstants.PROGRAM_LOCOID_REPLY_REGEX));
    }

    public boolean isVerifyReply() {
        return (this.matches(DCCppConstants.PROGRAM_VERIFY_REPLY_REGEX));
    }

    public boolean isProgramBitReply() {
        return (this.matches(DCCppConstants.PROGRAM_BIT_REPLY_REGEX));
    }

    public boolean isProgramBitReplyV4() {
        return (this.matches(DCCppConstants.PROGRAM_BIT_REPLY_V4_REGEX));
    }

    public boolean isPowerReply() {
        return (this.getOpCodeChar() == DCCppConstants.POWER_REPLY);
    }

    public boolean isNamedPowerReply() {
        return (this.matches(DCCppConstants.TRACK_POWER_REPLY_NAMED_REGEX));
    }

    public boolean isMaxNumSlotsReply() {
        return (this.matches(DCCppConstants.MAXNUMSLOTS_REPLY_REGEX));
    }

    public boolean isDiagReply() {
        return (this.matches(DCCppConstants.DIAG_REPLY_REGEX));
    }

    public boolean isCurrentReply() {
        return (this.getOpCodeChar() == DCCppConstants.CURRENT_REPLY);
    }

    public boolean isNamedCurrentReply() {
        return (this.matches(DCCppConstants.CURRENT_REPLY_NAMED_REGEX));
    }

    public boolean isMeterReply() {
        return (this.matches(DCCppConstants.METER_REPLY_REGEX));
    }

    public boolean isSensorReply() {
        return ((this.getOpCodeChar() == DCCppConstants.SENSOR_REPLY) ||
                (this.getOpCodeChar() == DCCppConstants.SENSOR_REPLY_H) ||
                (this.getOpCodeChar() == DCCppConstants.SENSOR_REPLY_L));
    }

    public boolean isSensorDefReply() {
        return (this.matches(DCCppConstants.SENSOR_DEF_REPLY_REGEX));
    }

    public boolean isTurnoutDefReply() {
        return (this.matches(DCCppConstants.TURNOUT_DEF_REPLY_REGEX));
    }

    public boolean isTurnoutDefDCCReply() {
        return (this.matches(DCCppConstants.TURNOUT_DEF_DCC_REPLY_REGEX));
    }

    public boolean isTurnoutDefServoReply() {
        return (this.matches(DCCppConstants.TURNOUT_DEF_SERVO_REPLY_REGEX));
    }

    public boolean isTurnoutDefVpinReply() {
        return (this.matches(DCCppConstants.TURNOUT_DEF_VPIN_REPLY_REGEX));
    }

    public boolean isTurnoutDefLCNReply() {
        return (this.matches(DCCppConstants.TURNOUT_DEF_LCN_REPLY_REGEX));
    }

    public boolean isMADCFailReply() {
        return (this.getOpCodeChar() == DCCppConstants.MADC_FAIL_REPLY);
    }

    public boolean isMADCSuccessReply() {
        return (this.getOpCodeChar() == DCCppConstants.MADC_SUCCESS_REPLY);
    }

    public boolean isStatusReply() {
        return (this.getOpCodeChar() == DCCppConstants.STATUS_REPLY);
    }

    public boolean isOutputReply() {
        return (this.getOpCodeChar() == DCCppConstants.OUTPUT_REPLY);
    }

    public boolean isOutputDefReply() {
        return (this.matches(DCCppConstants.OUTPUT_DEF_REPLY_REGEX));
    }

    public boolean isOutputCmdReply() {
        return (this.matches(DCCppConstants.OUTPUT_REPLY_REGEX));
    }

    public boolean isCommTypeReply() {
        return (this.matches(DCCppConstants.COMM_TYPE_REPLY_REGEX));
    }

    public boolean isWriteEepromReply() {
        return (this.matches(DCCppConstants.WRITE_EEPROM_REPLY_REGEX));
    }

    public boolean isLocoStateReply() {
        return (this.getOpCodeChar() == DCCppConstants.LOCO_STATE_REPLY);
    }
    
    public boolean isTurnoutIDsReply() {
        return (this.matches(DCCppConstants.TURNOUT_IDS_REPLY_REGEX));
    }
    public boolean isTurnoutIDReply() {
        return (this.matches(DCCppConstants.TURNOUT_ID_REPLY_REGEX));
    }
    public boolean isRosterIDsReply() {
        return (this.matches(DCCppConstants.ROSTER_IDS_REPLY_REGEX));
    }
    public boolean isRosterIDReply() {
        return (this.matches(DCCppConstants.ROSTER_ID_REPLY_REGEX));
    }
    public boolean isAutomationIDsReply() {
        return (this.matches(DCCppConstants.AUTOMATION_IDS_REPLY_REGEX));
    }
    public boolean isAutomationIDReply() {
        return (this.matches(DCCppConstants.AUTOMATION_ID_REPLY_REGEX));
    }
    public boolean isAutomationStateReply() {
        return (this.matches(DCCppConstants.AUTOMATION_STATE_REPLY_REGEX));
    }
    public boolean isAutomationCaptionReply() {
        return (this.matches(DCCppConstants.AUTOMATION_CAPTION_REPLY_REGEX));
    }
    public boolean isCurrentMaxesReply() {
        return (this.matches(DCCppConstants.CURRENT_MAXES_REPLY_REGEX));
    }
    public boolean isCurrentValuesReply() {
        return (this.matches(DCCppConstants.CURRENT_VALUES_REPLY_REGEX));
    }
    public boolean isClockReply() {
        return (this.matches(DCCppConstants.CLOCK_REPLY_REGEX));
    }

    public boolean isTrackManagerReply() {
        return (this.matches(DCCppConstants.TRACKMANAGER_REPLY_REGEX));
    }

    public boolean isValidReplyFormat() {
        if ((this.matches(DCCppConstants.THROTTLE_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.MAXNUMSLOTS_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.PROGRAM_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.PROGRAM_REPLY_V4_REGEX)) ||
                (this.matches(DCCppConstants.PROGRAM_LOCOID_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.PROGRAM_VERIFY_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TRACK_POWER_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TRACK_POWER_REPLY_NAMED_REGEX)) ||
                (this.matches(DCCppConstants.CURRENT_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.CURRENT_REPLY_NAMED_REGEX)) ||
                (this.matches(DCCppConstants.METER_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.SENSOR_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.SENSOR_DEF_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.SENSOR_INACTIVE_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.SENSOR_ACTIVE_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.OUTPUT_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.OUTPUT_DEF_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.MADC_FAIL_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.MADC_SUCCESS_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.STATUS_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.STATUS_REPLY_BSC_REGEX)) ||
                (this.matches(DCCppConstants.STATUS_REPLY_ESP32_REGEX)) ||
                (this.matches(DCCppConstants.STATUS_REPLY_DCCEX_REGEX)) ||
                (this.matches(DCCppConstants.LOCO_STATE_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_IDS_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_ID_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.ROSTER_IDS_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.ROSTER_ID_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.AUTOMATION_IDS_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.AUTOMATION_ID_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.AUTOMATION_STATE_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.AUTOMATION_CAPTION_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.CURRENT_MAXES_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.CURRENT_VALUES_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_IMPL_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_DEF_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_DEF_DCC_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_DEF_SERVO_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_DEF_VPIN_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TURNOUT_DEF_LCN_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.LCD_TEXT_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.CLOCK_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.DIAG_REPLY_REGEX)) ||
                (this.matches(DCCppConstants.TRACKMANAGER_REPLY_REGEX))) {
            return (true);
        } else {
            return (false);
        }
    }

    // initialize logging
    private static final Logger log = LoggerFactory.getLogger(DCCppReply.class);

}