import 'parser.dart';
import 'sentence.dart';
import 'types.dart';

// ignore_for_file: constant_identifier_names
// Type constants
const String TypeAPB = "APB"; // type of APB sentence for Autopilot Sentence "B"

// Status constants for APB
const String StatusWarningASetAPB = "V"; // LORAN-C Blink or SNR warning
const String StatusWarningAClearORNotUsedAPB =
    "A"; //  general warning flag or other navigation systems when a reliable fix is not available
const String StatusWarningBSetAPB =
    "A"; // Loran-C Cycle Lock warning OK or not used
const String StatusWarningBClearAPB = "V"; // Loran-C Cycle Lock warning flag

// Autopilot related constants (used in APB, APA, AAM)
const String WPStatusPerpendicularPassedA =
    "A"; // warning for passing the perpendicular of the course line of waypoint
const String WPStatusPerpendicularPassedV =
    "V"; // indicates for not passing of the perpendicular of the course line of waypoint
const String WPStatusArrivalCircleEnteredA =
    "A"; // warning of entering to waypoint circle
const String WPStatusArrivalCircleEnteredV =
    "V"; // indicates of not yet entered into waypoint circle

class APB {
  String statusGeneralWarning;
  String statusLockWarning;
  double crossTrackErrorMagnitude;
  String directionToSteer;
  String crossTrackUnits;
  String statusArrivalCircleEntered;
  String statusPerpendicularPassed;
  double bearingOriginToDest;
  String bearingOriginToDestType;
  String destinationWaypointID;
  double bearingPresentToDest;
  String bearingPresentToDestType;
  double heading;
  String headingType;
  String ffaMode;

  APB({
    required this.statusGeneralWarning,
    required this.statusLockWarning,
    required this.crossTrackErrorMagnitude,
    required this.directionToSteer,
    required this.crossTrackUnits,
    required this.statusArrivalCircleEntered,
    required this.statusPerpendicularPassed,
    required this.bearingOriginToDest,
    required this.bearingOriginToDestType,
    required this.destinationWaypointID,
    required this.bearingPresentToDest,
    required this.bearingPresentToDestType,
    required this.heading,
    required this.headingType,
    this.ffaMode = "",
  });

  static APB newAPB(BaseSentence  s) {
    Parser p = Parser(s);
    return APB(
      statusGeneralWarning: p.enumString(0, "general warning",
          [StatusWarningAClearORNotUsedAPB, StatusWarningASetAPB]),
      statusLockWarning: p.enumString(
          1, "lock warning", [StatusWarningBSetAPB, StatusWarningBClearAPB]),
      crossTrackErrorMagnitude: p.float64(2, "cross track error magnitude"),
      directionToSteer:
          p.enumString(3, "direction to steer", ["Left", "Right"]),
      crossTrackUnits: p.enumString(4, "cross track units", [
        DistanceUnitKilometre,
        DistanceUnitNauticalMile,
        DistanceUnitStatuteMile,
        DistanceUnitMetre
      ]),
      statusArrivalCircleEntered: p.enumString(
          5,
          "arrival circle entered status",
          [WPStatusArrivalCircleEnteredA, WPStatusArrivalCircleEnteredV]),
      statusPerpendicularPassed: p.enumString(
          6,
          "perpendicularly passed status",
          [WPStatusPerpendicularPassedA,
          WPStatusPerpendicularPassedV]),
      bearingOriginToDest: p.float64(7, "origin bearing to destination"),
      bearingOriginToDestType: p.enumString(
          8,
          "origin bearing to destination type",
          ["HeadingMagnetic",
          "HeadingTrue"]),
      destinationWaypointID: p.string(9, "destination waypoint ID"),
      bearingPresentToDest: p.float64(10, "present bearing to destination"),
      bearingPresentToDestType: p.enumString(
          11,
          "present bearing to destination type",
          ["HeadingMagnetic",
          "HeadingTrue"]),
      heading: p.float64(12, "heading"),
      headingType:
          p.enumString(13, "heading type", ["HeadingMagnetic", "HeadingTrue"]),
      ffaMode: p.string(14,
          "FAA mode"), // not enum because some devices have proprietary "non-nmea" values
    );
  }
}