When the declaration of the enumerator makes error

gistfile1.txt

package com.nousappsystems.pumperapp;
import android.annotation.SuppressLint;
import android.widget.Toast;

import java.util.LinkedList;
import java.util.logging.Level;

public class Device {
	public static int MAX_DAILY_SCHEDULES = 5;

	AppAttribute appAttribute;
	 DeviceAttribute devattr;




	Device(String pumperName, String pumperContact) {
		this.appAttribute = new AppAttribute(pumperName);
		this.devattr = new DeviceAttribute(pumperContact);
	}

	public Device() {

	}

	public enum SensorCode {
		DRY_RUN_SENSOR(1),
		OVER_LOAD_SENSOR(2),
		MANUAL_ON_OFF_SENSOR(3),
		VOLTAGE_SENSORS(4),
		SINGLE_PHASING_SENSOR(5),
		MOTOR_FAULT_SENSOR(6);

		final int sensorCode;

		SensorCode(int sensorCode) {
			this.sensorCode = sensorCode;
		}
	}

	/****
	 * Here need to add a version code for LivMitr
	 ***/
	public enum DeviceSeries {   @@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@this is my enumerator@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@@
		PUMPER_MODEL_UNKNOWN(0),
		PUMPER_PRO_VER1_2(1),
		PUMPER_LITE_VER1_1(2),
		PUMPER_PRO_VER1_3(3);

		//LEVEL_METER(4);
		//need to decide whether level meter need another class.




		final int deviceSeries;

		DeviceSeries(int deviceSeries) {
			this.deviceSeries = deviceSeries;
		}
	}



	public enum LineConditionCode {
		LINE_CONDITION_OK(0x00),
		LINE_CONDITION_OVER_VOLTAGE(0x10),
		LINE_CONDITION_LOW_VOLTAGE(0x20),
		LINE_CONDITION_POWER_FAILURE(0x30),
		LINE_CONDITION_PHASE_POWER_FAILURE(0x40),
		LINE_CONDITION_PHASE_REVERSAL(0x50);

		final int lineConditionCode;

		LineConditionCode(int lineConditionCode) {
			this.lineConditionCode = lineConditionCode;
		}

		int getValue() {
			return this.lineConditionCode;
		}
	}

	public enum ManualOperations {
		MOTOR_TURNED_ON(0x10),
		MOTOR_TURNED_OFF(0x20),
		MOTOR_TURN_ON_FAIL(0x30),
		MOTOR_TURN_OFF_FAIL(0x40),
		MOTOR_AUTO_RESUME(0x50);

		final int manualOperationCode;

		ManualOperations(int manualOperationCode) {
			this.manualOperationCode = manualOperationCode;
		}

		int getValue() {
			return this.manualOperationCode;
		}
	}

	private enum MotorRating {
		UNKNOWN_HP(0),
		HALF_HP(0.5),
		HALF_QUARTER_HP(0.75),
		ONE_HP(1),
		ONE_HALF_HP(1.5),
		TWO_HP(2),
		THREE_HP(3),
		FOUR_HP(4),
		FIVE_HP(5),
		SEVEN_HALF_HP(7.5),
		TEN_HP(10),
		TWELVE_HALF_HP(12.5),
		FIFTEEN_HP(15),
		TWENTY_HP(20),
		TWENTY_FIVE_HP(25),
		THIRTY_HP(30),
		THIRTY_FIVE_HP(35),
		FORTY_HP(40);

		private final double rating;

		MotorRating(double rating) {
			this.rating = rating;
		}

		double getMotorRating() {
			return this.rating;
		}
	}

	private enum SchedulerState {
		CONTINUE_DAILY_SCHEDULE_STATE(0),
		FINISH_DAILY_SCHEDULE(1),
		SKIP_DAILY_SCHEDULE(2),
		PAUSE_DAILY_SCHEDULE(3),
		RESUME_DAILY_SCHEDULE(4),
		END_DAILY_SCHEDULE(5),
		CONTINUE_FIXED_SCHEDULE_STATE(0),
		START_FIXED_SCHEDULE(0x10),
		FINISH_FIXED_SCHEDULE(0x20),
		SKIP_FIXED_SCHEDULE(0x30),
		PAUSE_FIXED_SCHEDULE(0x40),
		RESUME_FIXED_SCHEDULE(0x50),
		END_FIXED_SCHEDULE(0x60);

		private final int state;

		SchedulerState(int state) {
			this.state = state;
		}

		double getSchedulerState() {
			return this.state;
		}
	}

	class AppAttribute {
		String pumperName;
		private boolean isCommnOnGOing;

		AppAttribute(String pumperName) {
			this.pumperName = pumperName;
		}

		void setCommnOnGoing(boolean isCommnOnGoing) {
			this.isCommnOnGOing = isCommnOnGoing;
		}

		boolean isCommnOnGoing() {
			return this.isCommnOnGOing;
		}
	}
	class DeviceAttribute
	{


		NousappPumperDeviceAttribute deviceAttributepump;
		NousappLevelMeterDeviceAttribute deviceAttributelevel;



		DeviceAttribute(String pumperContact){



		}
	class NousappPumperDeviceAttribute {
	//	NousappPumperDeviceAttribute deviceAttributepump = new NousappPumperDeviceAttribute();
		String pumperContact;
		LinkedList<User> users;
		User lastRequestedUser;
		private boolean isUserAdditionLocked;
		private boolean isMotorRunning;
		private boolean isAppInSyncWithDevice;
		private boolean willAutoResume;
		private boolean isAutoStarterModeEnabled;
		private boolean isTimePausingEnabled;
		PumperNetwork network;
		//level level;//edited
		VoltageSensors voltageSensors;
		SinglePhasingSensor singlePhasingSensor;
		ManualOnOffSensor manualOnOffSensor;
		DryRunSensor dryRunSensor;
		OverloadSensor overloadSensor;
		MotorFaultSensor motorFaultSensor;
		private CallMode callMode;
		private MotorRating motorRating;
		private DeviceSeries deviceSeries;
		Schedule scheduleList[] = new Schedule[5];
		//level level;

		NousappPumperDeviceAttribute(String pumperContact) {
			this.pumperContact = pumperContact;
			//this.level						=	new level();//edited
			this.network = new PumperNetwork();
			this.dryRunSensor = new DryRunSensor();
			this.manualOnOffSensor = new ManualOnOffSensor();
			this.overloadSensor = new OverloadSensor();
			this.voltageSensors = new VoltageSensors();
			this.singlePhasingSensor = new SinglePhasingSensor();
			this.motorFaultSensor = new MotorFaultSensor();
			this.users = new LinkedList<User>();
			this.motorRating = MotorRating.UNKNOWN_HP;
			this.deviceSeries;@@@@@@@@here i am declared the Enumerator@@@@@@@@@@@@How will I declare here every time it gets error@




		}

		void setDeviceSeries(DeviceSeries deviceSeries) {
			this.deviceSeries = deviceSeries;
		}

		DeviceSeries getDeviceSeries() {
			return this.deviceSeries;
		}

		void setAppSyncWithDevice(boolean isInSync) {
			this.isAppInSyncWithDevice = isInSync;
		}

		boolean isAppInSyncWithDevice() {
			return isAppInSyncWithDevice;
		}

		void setUserAdditionLocked(boolean isLocked) {
			this.isUserAdditionLocked = isLocked;
		}

		boolean isUserAdditionLocked() {
			return isUserAdditionLocked;
		}

		void setMotorRunning(boolean isRunning) {
			this.isMotorRunning = isRunning;
		}

		void setAutoResuming(boolean willResume) {
			this.willAutoResume = willResume;
		}

		boolean willAutoResume() {
			return willAutoResume;
		}

		boolean isMotorRunning() {
			return isMotorRunning;
		}

		void setCallMode(CallMode callMode) {
			this.callMode = callMode;
		}

		void setMotorRating(int index) {
			switch (this.deviceSeries) {
				case PUMPER_PRO_VER1_2:
					switch (index) {
						case 1:
							this.motorRating = MotorRating.ONE_HP;
							break;
						case 2:
							this.motorRating = MotorRating.ONE_HALF_HP;
							break;
						case 3:
							this.motorRating = MotorRating.TWO_HP;
							break;
						case 4:
							this.motorRating = MotorRating.THREE_HP;
							break;
						case 5:
							this.motorRating = MotorRating.FOUR_HP;
							break;
						case 6:
							this.motorRating = MotorRating.FIVE_HP;
							break;
						case 7:
							this.motorRating = MotorRating.SEVEN_HALF_HP;
							break;
						case 8:
							this.motorRating = MotorRating.TEN_HP;
							break;
						case 9:
							this.motorRating = MotorRating.TWELVE_HALF_HP;
							break;
						case 10:
							this.motorRating = MotorRating.FIFTEEN_HP;
							break;
						default:
							this.motorRating = MotorRating.UNKNOWN_HP;
							break;
					}
					break;
				case PUMPER_LITE_VER1_1:
					switch (index) {
						case 1:
							this.motorRating = MotorRating.HALF_HP;
							break;
						case 2:
							this.motorRating = MotorRating.HALF_QUARTER_HP;
							break;
						case 3:
							this.motorRating = MotorRating.ONE_HP;
							break;
						case 4:
							this.motorRating = MotorRating.ONE_HALF_HP;
							break;
						case 5:
							this.motorRating = MotorRating.TWO_HP;
							break;
						case 6:
							this.motorRating = MotorRating.THREE_HP;
							break;
						default:
							this.motorRating = MotorRating.UNKNOWN_HP;
							break;
					}
					break;
				case PUMPER_PRO_VER1_3:
					switch (index) {
						case 1:
							this.motorRating = MotorRating.ONE_HP;
							break;
						case 2:
							this.motorRating = MotorRating.ONE_HALF_HP;
							break;
						case 3:
							this.motorRating = MotorRating.TWO_HP;
							break;
						case 4:
							this.motorRating = MotorRating.THREE_HP;
							break;
						case 5:
							this.motorRating = MotorRating.FOUR_HP;
							break;
						case 6:
							this.motorRating = MotorRating.FIVE_HP;
							break;
						case 7:
							this.motorRating = MotorRating.SEVEN_HALF_HP;
							break;
						case 8:
							this.motorRating = MotorRating.TEN_HP;
							break;
						case 9:
							this.motorRating = MotorRating.TWELVE_HALF_HP;
							break;
						case 10:
							this.motorRating = MotorRating.FIFTEEN_HP;
							break;
						case 11:
							this.motorRating = MotorRating.TWENTY_HP;
							break;
						case 12:
							this.motorRating = MotorRating.TWENTY_FIVE_HP;
							break;
						case 13:
							this.motorRating = MotorRating.THIRTY_HP;
							break;
						case 14:
							this.motorRating = MotorRating.THIRTY_FIVE_HP;
							break;
						case 15:
							this.motorRating = MotorRating.FORTY_HP;
							break;
						default:
							this.motorRating = MotorRating.UNKNOWN_HP;
							break;
					}
					break;
				default:
					break;
			}
		}

		void enableAutoStarter(boolean doEnable) {
			this.isAutoStarterModeEnabled = doEnable;
		}

		void enableTimePause(boolean doEnable) {
			this.isTimePausingEnabled = doEnable;
		}

		double getMotorRatingValue() {
			return this.motorRating.getMotorRating();
		}

		int getMotorRatingIndex() {
			switch (this.deviceSeries) {
				case PUMPER_LITE_VER1_1:
					switch (this.motorRating) {
						case HALF_HP:
							return 1;
						case HALF_QUARTER_HP:
							return 2;
						case ONE_HP:
							return 3;
						case ONE_HALF_HP:
							return 4;
						case TWO_HP:
							return 5;
						case THREE_HP:
							return 6;
						default:
							return 0;
					}
				case PUMPER_PRO_VER1_2:
					switch (this.motorRating) {
						case ONE_HP:
							return 1;
						case ONE_HALF_HP:
							return 2;
						case TWO_HP:
							return 3;
						case THREE_HP:
							return 4;
						case FOUR_HP:
							return 5;
						case FIVE_HP:
							return 6;
						case SEVEN_HALF_HP:
							return 7;
						case TEN_HP:
							return 8;
						case TWELVE_HALF_HP:
							return 9;
						case FIFTEEN_HP:
							return 10;
						default:
							return 0;
					}
				case PUMPER_PRO_VER1_3:
					switch (this.motorRating) {
						case ONE_HP:
							return 1;
						case ONE_HALF_HP:
							return 2;
						case TWO_HP:
							return 3;
						case THREE_HP:
							return 4;
						case FOUR_HP:
							return 5;
						case FIVE_HP:
							return 6;
						case SEVEN_HALF_HP:
							return 7;
						case TEN_HP:
							return 8;
						case TWELVE_HALF_HP:
							return 9;
						case FIFTEEN_HP:
							return 10;
						case TWENTY_HP:
							return 11;
						case TWENTY_FIVE_HP:
							return 12;
						case THIRTY_HP:
							return 13;
						case THIRTY_FIVE_HP:
							return 14;
						case FORTY_HP:
							return 15;
						default:
							return 0;
					}
				default:
					return 0;
			}
		}

		boolean isMotorRatingUpdated() {
			return this.motorRating != MotorRating.UNKNOWN_HP;
		}

		CallMode getCallMode() {
			return callMode;
		}

		boolean isAutoStarterEnabled() {
			return this.isAutoStarterModeEnabled;
		}

		boolean isTimePauseEnabled() {
			return this.isTimePausingEnabled;
		}


		class User {
			String contactNum;//edited by rajmohan if remove the mobile number reinstate previous postion

			boolean doDelete;// for develpment Prupuse

			User(String contactNum) {
				this.contactNum = contactNum;
			}

			void doDelete(boolean doDelete) {  //  for develpment Purpuse
				this.doDelete = doDelete;
			}
		}

		class PumperNetwork {

			private boolean isSimPrepaid;
			private String balanceCheckUSSD;
			private String prepaidBalance;

			PumperNetwork() {
				this.isSimPrepaid = false;
			}

			void setSIMPrepaid(boolean isSimPrepaid) {
				this.isSimPrepaid = isSimPrepaid;
			}

			boolean isSIMPrepaid() {
				return isSimPrepaid;
			}

			void setBalanceCheckUSSD(String balanceCheckUSSD) {
				this.balanceCheckUSSD = balanceCheckUSSD;
			}

			String getBalanceCheckUSSD() {
				return balanceCheckUSSD;
			}

			void setPrepaidBalance(String prepaidBalance) {
				this.prepaidBalance = prepaidBalance;
			}

			String getPrepaidBalance() {
				return this.prepaidBalance;
			}
		}

		class Level {
			// private boolean isSimPrepaid;
			private String setMaxheight;
			private String setTankHeight;
			private String setMinheight;
			private String setVersion;
			private String setMode;
			private String setCurrentStatus;
			private String setCurrentLevel;
			private String setDidPumptoRespond;
			private String setSafeDelay;

			void setVersion(String setVersion) {
				this.setVersion = setVersion;
			}

			String getVersion() {
				return setVersion;
			}

			void setCurrentLevel(String setCurrentLevel) {
				this.setCurrentLevel = setCurrentLevel;
			}

			String getCurrentLevel() {
				return setCurrentLevel;
			}

			void setSafeDelay(String setSafeDelay) {
				this.setSafeDelay = setSafeDelay;
			}

			void setMode(String setMode) {
				this.setMode = setMode;
			}

			void setCurrentStatus(String setCurrentStatus) {
				this.setCurrentStatus = setCurrentStatus;
			}

			void setTankHeight(String setTankHeight) {
				this.setTankHeight = setTankHeight;
			}

			void setMinheight(String setMinheight) {
				this.setMinheight = setMinheight;
			}

			void setMaxheight(String setMaxheight) {
				this.setMaxheight = setMaxheight;
			}

			void setDidPumptoRespond(String setDidPumptoRespond) {
				this.setDidPumptoRespond = setDidPumptoRespond;
			}


			String getMode() {
				return setMode;
			}

			String getCurrentStatus() {
				return setCurrentStatus;
			}

			String getTankHeight() {
				return setTankHeight;
			}

			String getMinheight() {
				return setMinheight;
			}

			String getMaxheight() {
				return setMaxheight;
			}

			String getDifPumptoRespond() {
				return setDidPumptoRespond;
			}

			String getSafeDelay() {
				return setSafeDelay;
			}


		}
		//Moved to LevelMeter.java


		class PumperSensor {
			protected boolean isEnabled;
			protected boolean isTriggered;
			protected int extraInfo;

			void setEnabled(boolean isEnabled) {
				this.isEnabled = isEnabled;
			}

			void setExtraInfo(int extraInfo) {
				this.extraInfo = extraInfo;
			}

			boolean isEnabled() {
				return isEnabled;
			}
		}

		class VoltageSensors extends PumperSensor {
			VoltageSensors() {
				this.setEnabled(false);
			}
		}

		class SinglePhasingSensor extends PumperSensor {
			SinglePhasingSensor() {
				this.setEnabled(false);
			}
		}

		class FireSensor extends PumperSensor {
			FireSensor() {
				this.setEnabled(false);
			}
		}

		class ManualOnOffSensor extends PumperSensor {
			ManualOnOffSensor() {
				this.setEnabled(false);
			}
		}

		class DryRunSensor extends PumperSensor {

			DryRunSensor() {
				this.setEnabled(false);
			}
		}

		class OverloadSensor extends PumperSensor {

			OverloadSensor() {
				this.setEnabled(false);
			}
		}

		class MotorFaultSensor extends PumperSensor {

			MotorFaultSensor() {
				this.setEnabled(false);
			}
		}

		@SuppressLint("NewApi")
		class Schedule {
			int scheduleID;
			int scheduleStartHour;
			int scheduleStartMin;
			int scheduleDuration;
			int cyclicRunDuration;
			int cyclicStopDuration;
			String scheduleDurationUnit;
			int scheduleStopHour;
			int scheduleStopMin;
			boolean isScheduleEnabled;
//			private AlarmManager turnONAlarmManager;
//			private AlarmManager turnOFFAlarmManager;
//			private PendingIntent turnONAlarmManagerPendingIntent;
//			private PendingIntent turnOFFAlarmManagerPendingIntent;
//			private boolean enabled;

			Schedule(int scheduleID, int scheduleStartHour, int scheduleStartMin, int scheduleDuration, String runTimeUnit) {
				this.scheduleID = scheduleID;
				this.scheduleStartHour = scheduleStartHour;
				this.scheduleStartMin = scheduleStartMin;
				this.scheduleDuration = scheduleDuration;
				this.scheduleDurationUnit = runTimeUnit;
				if (this.scheduleDurationUnit.equals("Hour")) {
					this.scheduleStopHour = (this.scheduleStartHour + scheduleDuration) % 24;
					this.scheduleStopMin = this.scheduleStartMin;
				} else {
					this.scheduleStopHour = ((this.scheduleStartHour + ((this.scheduleStartMin + this.scheduleDuration) / 60)) % 24);
					this.scheduleStopMin = (this.scheduleStartMin + (scheduleDuration % 60)) % 60;
				}
			}

			public void setCyclicSchedule(int cyclicRunDuration, int cyclicStopDuration) {
				this.cyclicRunDuration = cyclicRunDuration;
				this.cyclicStopDuration = cyclicStopDuration;
			}


			public void setEnabled(boolean enable) {
				this.isScheduleEnabled = enable;
			}

			public boolean isEnabled() {
				return this.isScheduleEnabled;
			}
			/*
			@SuppressLint("NewApi") private void setAlarm(Context mContext) {
				Calendar currentCalendar;
			    Calendar OnTimeCalendar;
			    Calendar OffTimeCalendar;
			    Intent onIntent;
			    Intent offIntent;
			    
				turnONAlarmManager = (AlarmManager)mContext.getSystemService(Context.ALARM_SERVICE);
				turnOFFAlarmManager = (AlarmManager)mContext.getSystemService(Context.ALARM_SERVICE);
			    currentCalendar = Calendar.getInstance();
			    OnTimeCalendar = Calendar.getInstance();
			    OffTimeCalendar = Calendar.getInstance();
			    currentCalendar.setTimeInMillis(System.currentTimeMillis());
			    OnTimeCalendar.setTimeInMillis(System.currentTimeMillis());
			    OffTimeCalendar.setTimeInMillis(System.currentTimeMillis());
			    onIntent = new Intent(mContext, SystemReceivers.class);
			    offIntent = new Intent(mContext, SystemReceivers.class);
			    onIntent.setAction("pumper.intent.action.TURN_PUMPER_ON");
			    onIntent.putExtra("PUMPER_NAME", pumperName);
			    offIntent.setAction("pumper.intent.action.TURN_PUMPER_OFF");
			    offIntent.putExtra("PUMPER_NAME", pumperName);
			    turnONAlarmManagerPendingIntent = PendingIntent.getBroadcast(mContext, 0, onIntent, android.app.PendingIntent.FLAG_ONE_SHOT);
			    turnOFFAlarmManagerPendingIntent = PendingIntent.getBroadcast(mContext, 0, offIntent, android.app.PendingIntent.FLAG_CANCEL_CURRENT);
			    
			    OnTimeCalendar.set(Calendar.HOUR_OF_DAY, onHour);
			    OnTimeCalendar.set(Calendar.MINUTE, onMin);
			    OnTimeCalendar.set(Calendar.SECOND, 0);
			    OffTimeCalendar.set(Calendar.HOUR_OF_DAY, offHour);
			    OffTimeCalendar.set(Calendar.MINUTE, offMin);
			    OffTimeCalendar.set(Calendar.SECOND, 0);
			    if (OnTimeCalendar.before(currentCalendar) || OnTimeCalendar.equals(currentCalendar)) {
			    	OnTimeCalendar.set(Calendar.DAY_OF_MONTH, OnTimeCalendar.get(Calendar.DAY_OF_MONTH) + 1);
			    }
			    turnONAlarmManager.setExact(AlarmManager.RTC_WAKEUP, OnTimeCalendar.getTimeInMillis(), turnONAlarmManagerPendingIntent);
			    //turnONAlarmManager.setRepeating(AlarmManager.RTC_WAKEUP, OnTimeCalendar.getTimeInMillis(), AlarmManager.INTERVAL_DAY, turnONAlarmManagerPendingIntent);
			//    Toast.makeText(mContext, "Turn ON at: " + OnTimeCalendar.getTime().toString(), Toast.LENGTH_SHORT).show();
			    if (OffTimeCalendar.before(currentCalendar) || OffTimeCalendar.equals(currentCalendar)) {
			    	OffTimeCalendar.set(Calendar.DAY_OF_MONTH, OffTimeCalendar.get(Calendar.DAY_OF_MONTH) + 1);
			    }
			    turnOFFAlarmManager.setExact(AlarmManager.RTC_WAKEUP, OffTimeCalendar.getTimeInMillis(), turnOFFAlarmManagerPendingIntent);
			//    Toast.makeText(mContext, "Turn OFF at: " + OffTimeCalendar.getTime().toString(), Toast.LENGTH_SHORT).show();
			}
			
			private void cancelAlarm() {
		    	if ((turnONAlarmManager != null) && (turnONAlarmManagerPendingIntent != null)) {
		    		turnONAlarmManager.cancel(turnONAlarmManagerPendingIntent);
		    	}
		    	if ((turnOFFAlarmManager != null) && (turnOFFAlarmManagerPendingIntent != null)) {
		    		turnOFFAlarmManager.cancel(turnOFFAlarmManagerPendingIntent);
		    	}
		    }*/
		}
	}

	class NousappLevelMeterDeviceAttribute {

		NousappLevelMeterDeviceAttribute deviceAttributelevel =new NousappLevelMeterDeviceAttribute();
		public void NousappLevelMeterDeviceAttribute() {

		}


	}
}


	enum CallMode {
		STATUS_MODE (0),
		TOGGLE_MODE (1),
		MISSED_CALL_MODE (2);
		
		private final int callMode;
		
		CallMode(int callMode) {
			this.callMode = callMode;
		}
		
		double getCallMode() {
			return this.callMode;
		}


	}
}