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gurux.dlms.java package is used to communicate with DLMS devices.
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//
// --------------------------------------------------------------------------
// Gurux Ltd
//
//
//
// Filename: $HeadURL$
//
// Version: $Revision$,
// $Date$
// $Author$
//
// Copyright (c) Gurux Ltd
//
//---------------------------------------------------------------------------
//
// DESCRIPTION
//
// This file is a part of Gurux Device Framework.
//
// Gurux Device Framework is Open Source software; you can redistribute it
// and/or modify it under the terms of the GNU General Public License
// as published by the Free Software Foundation; version 2 of the License.
// Gurux Device Framework is distributed in the hope that it will be useful,
// but WITHOUT ANY WARRANTY; without even the implied warranty of
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.
// See the GNU General Public License for more details.
//
// More information of Gurux products: https://www.gurux.org
//
// This code is licensed under the GNU General Public License v2.
// Full text may be retrieved at http://www.gnu.org/licenses/gpl-2.0.txt
//---------------------------------------------------------------------------
package gurux.dlms.enums;
/**
* Enumerable units.
*/
public enum Unit {
/**
* No Unit.
*/
NONE(0),
/**
* Year.
*/
YEAR(1),
/**
* Month.
*/
MONTH(2),
/**
* Week.
*/
WEEK(3),
/**
* Day.
*/
DAY(4),
/**
* Hour.
*/
HOUR(5),
/**
* Minute.
*/
MINUTE(6),
/**
* Second.
*/
SECOND(7),
/**
* Phase angle degree.
*/
PHASE_ANGLE_DEGREE(8),
/*
* Temperature T degree centigrade, rad*180/p.
*/
TEMPERATURE(9),
/*
* Local currency.
*/
LOCAL_CURRENCY(10),
/*
* Length l meter m.
*/
LENGTH(11),
/*
* Speed v m/s.
*/
SPEED(12),
/*
* Volume V m3.
*/
VOLUME_CUBIC_METER(13),
/*
* Corrected volume m3.
*/
CORRECTED_VOLUME(14),
/*
* Volume flux m3/60*60s.
*/
VOLUME_FLUX_HOUR(15),
/*
* Corrected volume flux m3/60*60s.
*/
CORRECTED_VOLUME_FLUX_HOUR(16),
/*
* Volume flux m3/24*60*60s.
*/
VOLUME_FLUX_DAY(17),
/*
* Corrected volume flux m3/24*60*60s.
*/
CORRECTED_VOLUME_FLUX_DAY(18),
/*
* Volume 10-3 m3.
*/
VOLUME_LITER(19),
/*
* Mass m kilogram kg.
*/
MASS_KG(20),
/*
* return "Force F newton N.
*/
FORCE(21),
/*
* Energy newtonmeter J = Nm = Ws.
*/
ENERGY(22),
/*
* Pressure p pascal N/m2.
*/
PRESSURE_PASCAL(23),
/*
* Pressure p bar 10-5 N/m2.
*/
PRESSURE_BAR(24),
/*
* Energy joule J = Nm = Ws.
*/
ENERGY_JOULE(25),
/*
* Thermal power J/60*60s.
*/
THERMAL_POWER(26),
/*
* Active power P watt W = J/s.
*/
ACTIVE_POWER(27),
/*
* Apparent power S.
*/
APPARENT_POWER(28),
/*
* Reactive power Q.
*/
REACTIVE_POWER(29),
/*
* Active energy W*60*60s.
*/
ACTIVE_ENERGY(30),
/*
* Apparent energy VA*60*60s.
*/
APPARENT_ENERGY(31),
/*
* Reactive energy var*60*60s.
*/
REACTIVE_ENERGY(32),
/*
* Current I ampere A.
*/
CURRENT(33),
/*
* Electrical charge Q coulomb C = As.
*/
ELECTRICAL_CHARGE(34),
/*
* Voltage.
*/
VOLTAGE(35),
/*
* Electrical field strength E V/m.
*/
ELECTRICAL_FIELD_STRENGTH(36),
/*
* Capacity C farad C/V = As/V.
*/
CAPACITY(37),
/*
* Resistance R ohm = V/A.
*/
RESISTANCE(38),
/*
* Resistivity.
*/
RESISTIVITY(39),
/*
* Magnetic flux F weber Wb = Vs.
*/
MAGNETIC_FLUX(40),
/*
* Induction T tesla Wb/m2.
*/
INDUCTION(41),
/*
* Magnetic field strength H A/m.
*/
MAGNETIC(42),
/*
* Inductivity L henry H = Wb/A.
*/
INDUCTIVITY(43),
/*
* Frequency f.
*/
FREQUENCY(44),
/*
* Active energy meter constant 1/Wh.
*/
ACTIVE(45),
/*
* Reactive energy meter constant.
*/
REACTIVE(46),
/*
* Apparent energy meter constant.
*/
APPARENT(47),
/*
* V260*60s.
*/
V260(48),
/*
* A260*60s.
*/
A260(49),
/*
* Mass flux kg/s.
*/
MASS_KG_PER_SECOND(50),
/*
* Unit is Conductance siemens 1/ohm.
*/
CONDUCTANCE(51),
/*
* Temperature in Kelvin.
*/
KELVIN(52),
/*
* 1/(V2h) RU2h , volt-squared hour meter constant or pulse value.
*/
RU2H(53),
/*
* 1/(A2h) RI2h , ampere-squared hour meter constant or pulse value.
*/
RI2H(54),
/*
* 1/m3 RV , meter constant or pulse value (volume).
*/
CUBIC_METER_RV(55),
/*
* Percentage.
*/
PERCENTAGE(56),
/*
* Ah ampere hours.
*/
AMPERE_HOURS(57),
/*
* Wh/m3 energy per volume 3,6*103 J/m3.
*/
ENERGY_PER_VOLUME(60),
/*
* J/m3 calorific value, wobbe.
*/
WOBBE(61),
/*
* Mol % molar fraction of gas composition mole percent (Basic gas
* composition unit).
*/
MOLE_PERCENT(62),
/*
* g/m3 mass density, quantity of material.
*/
MASS_DENSITY(63),
/*
* Dynamic viscosity pascal second (Characteristic of gas stream).
*/
PASCAL_SECOND(64),
/*
* J/kg Specific energy NOTE The amount of energy per unit of mass of a
* substance Joule / kilogram m2 . kg . s -2 / kg = m2.
*/
JOULE_KILOGRAM(65),
/**
* Pressure, gram per square centimeter.
*/
PRESSURE_GRAM_PER_SQUARE_CENTIMETER(66),
/**
* Pressure, atmosphere.
*/
PRESSURE_ATMOSPHERE(67),
/*
* Signal strength, dB milliwatt (e.g. of GSM radio systems).
*/
SIGNAL_STRENGTH_MILLI_WATT(70),
/**
* Signal strength, dB microvolt.
*/
SIGNAL_STRENGTH_MICRO_VOLT(71),
/**
* Logarithmic unit that expresses the ratio between two values of a
* physical quantity
*/
DB(72),
/**
* Length in inches.
*/
INCH(128),
/**
* Foot (Length).
*/
FOOT(129),
/**
* Pound (mass).
*/
POUND(130),
/**
* Fahrenheit
*/
FAHRENHEIT(131),
/**
* Rankine
*/
RANKINE(132),
/**
* Square inch.
*/
SQUARE_INCH(133),
/**
* Square foot.
*/
SQUARE_FOOT(134),
/**
* Acre
*/
ACRE(135),
/**
* Cubic inch.
*/
CUBIC_INCH(136),
/**
* Cubic foot.
*/
CUBIC_FOOT(137),
/**
* Acre-foot.
*/
ACRE_FOOT(138),
/**
* Gallon (imperial).
*/
GALLON_IMPERIAL(139),
/**
* Gallon (US).
*/
GALLON_US(140),
/**
* Pound force.
*/
POUND_FORCE(141),
/**
* Pound force per square inch
*/
POUND_FORCE_PER_SQUARE_INCH(142),
/**
* Pound per cubic foot.
*/
POUND_PER_CUBIC_FOOT(143),
/**
* Pound per (foot second)
*/
POUND_PER_FOOT_SECOND(144),
/**
* Square foot per second.
*/
SQUARE_FOOT_PER_SECOND(145),
/**
* British thermal unit.
*/
BRITISH_THERMAL_UNIT(146),
/**
* Therm EU.
*/
THERM_EU(147),
/**
* Therm US.
*/
THERM_US(148),
/**
* British thermal unit per pound.
*/
BRITISH_THERMAL_UNIT_PER_POUND(149),
/**
* British thermal unit per cubic foot.
*/
BRITISH_THERMAL_UNIT_PER_CUBIC_FOOT(150),
/**
* Cubic feet.
*/
CUBIC_FEET(151),
/**
* Foot per second.
*/
FOOT_PER_SECOND(152),
/**
* Cubic foot per second.
*/
CUBIC_FOOT_PER_SECOND(153),
/**
* Cubic foot per min.
*/
CUBIC_FOOT_PER_MIN(154),
/**
* Cubic foot per hour.
*/
CUBIC_FOOT_PER_HOUR(155),
/**
* Cubic foot per day
*/
CUBIC_FOOT_PER_DAY(156),
/**
* Acre foot per second.
*/
ACRE_FOOT_PER_SECOND(157),
/**
* Acre foot per min.
*/
ACRE_FOOT_PER_MIN(158),
/**
* Acre foot per hour.
*/
ACRE_FOOT_PER_HOUR(159),
/**
* Acre foot per day.
*/
ACRE_FOOT_PER_DAY(160),
/**
* Imperial gallon.
*/
IMPERIAL_GALLON(161),
/**
* Imperial gallon per second.
*/
IMPERIAL_GALLON_PER_SECOND(162),
/**
* Imperial gallon per min.
*/
IMPERIAL_GALLON_PER_MIN(163),
/**
* Imperial gallon per hour.
*/
IMPERIAL_GALLON_PER_HOUR(164),
/**
* Imperial gallon per day.
*/
IMPERIAL_GALLON_PER_DAY(165),
/**
* US gallon.
*/
US_GALLON(166),
/**
* US gallon per second.
*/
US_GALLON_PER_SECOND(167),
/**
* US gallon per min.
*/
US_GALLON_PER_MIN(168),
/**
* US gallon per hour.
*/
US_GALLON_PER_HOUR(169),
/**
* US gallon per day.
*/
US_GALLON_PER_DAY(170),
/**
* British thermal unit per second.
*/
BRITISH_THERMAL_UNIT_PER_SECOND(171),
/**
* British thermal unit per minute.
*/
BRITISH_THERMAL_UNIT_PER_MINUTE(172),
/**
* British thermal unit per hour.
*/
BRITISH_THERMAL_UNIT_PER_HOUR(173),
/**
* British thermal unit per day.
*/
BRITISH_THERMAL_UNIT_PER_DAY(174),
/*
* Other Unit.
*/
OTHER_UNIT(254),
/*
* No Unit.
*/
NO_UNIT(255);
private int intValue;
private static java.util.HashMap mappings;
private static java.util.HashMap getMappings() {
synchronized (Unit.class) {
if (mappings == null) {
mappings = new java.util.HashMap();
}
}
return mappings;
}
Unit(final int value) {
intValue = value;
getMappings().put(value, this);
}
/*
* Get integer value for enum.
*/
public int getValue() {
return intValue;
}
/*
* Convert integer for enum value.
*/
public static Unit forValue(final int value) {
return getMappings().get(value);
}
// CHECKSTYLE:OFF
@Override
public String toString() {
String str;
switch (Unit.forValue(intValue)) {
case NONE:
str = "None";
break;
case YEAR:
str = "Year";
break;
case MONTH:
str = "Month";
break;
case WEEK:
str = "Week";
break;
case DAY:
str = "Day";
break;
case HOUR:
str = "Hour";
break;
case MINUTE:
str = "Minute";
break;
case SECOND:
str = "Second";
break;
case PHASE_ANGLE_DEGREE:
str = "PhaseAngle";
break;
case TEMPERATURE:
str = "Temperature";
break;
case LOCAL_CURRENCY:
str = "LocalCurrency";
break;
case LENGTH:
str = "Length";
break;
case SPEED:
str = "Speed";
break;
case VOLUME_CUBIC_METER:
str = "Volume Cubic Meter";
break;
case CORRECTED_VOLUME:
str = "Corrected volume";
break;
case VOLUME_FLUX_HOUR:
str = "Volume flux hour";
break;
case CORRECTED_VOLUME_FLUX_HOUR:
str = "Corrected volume flux hour";
break;
case VOLUME_FLUX_DAY:
str = "Volume flux day";
break;
case CORRECTED_VOLUME_FLUX_DAY:
str = "Corrected volume flux day";
break;
case VOLUME_LITER:
str = "Volume liter";
break;
case MASS_KG:
str = "Mass Kg";
break;
case FORCE:
str = "Force";
break;
case ENERGY:
str = "Energy";
break;
case PRESSURE_PASCAL:
str = "Pressure pascal";
break;
case PRESSURE_BAR:
str = "Pressure Bar";
break;
case ENERGY_JOULE:
str = "Energy joule";
break;
case THERMAL_POWER:
str = "Thermal power";
break;
case ACTIVE_POWER:
str = "Active power";
break;
case APPARENT_POWER:
str = "Apparent power";
break;
case REACTIVE_POWER:
str = "Reactive power";
break;
case ACTIVE_ENERGY:
str = "Active energy";
break;
case APPARENT_ENERGY:
str = "Apparent energy";
break;
case REACTIVE_ENERGY:
str = "Reactive energy";
break;
case CURRENT:
str = "Current";
break;
case ELECTRICAL_CHARGE:
str = "ElectricalCharge";
break;
case VOLTAGE:
str = "Voltage";
break;
case ELECTRICAL_FIELD_STRENGTH:
str = "Electrical field strength E V/m";
break;
case CAPACITY:
str = "Capacity C farad C/V = As/V";
break;
case RESISTANCE:
str = "Resistance";
break;
case RESISTIVITY:
str = "Resistivity";
break;
case MAGNETIC_FLUX:
str = "Magnetic flux F weber Wb = Vs";
break;
case INDUCTION:
str = "Induction T tesla Wb/m2";
break;
case MAGNETIC:
str = "Magnetic field strength H A/m";
break;
case INDUCTIVITY:
str = "Inductivity L henry H = Wb/A";
break;
case FREQUENCY:
str = "Frequency";
break;
case ACTIVE:
str = "Active energy";
break;
case REACTIVE:
str = "Reactive energy";
break;
case APPARENT:
str = "Apparent energy";
break;
case V260:
str = "V260*60s";
break;
case A260:
str = "A260*60s";
break;
case MASS_KG_PER_SECOND:
str = "Mass";
break;
case CONDUCTANCE:
str = "Conductance siemens";
break;
case KELVIN:
str = "Kelvin";
break;
case RU2H:
str = "RU2h";
break;
case RI2H:
str = "RI2h";
break;
case CUBIC_METER_RV:
str = "Cubic meter RV";
break;
case PERCENTAGE:
str = "Percentage";
break;
case AMPERE_HOURS:
str = "Ampere hours";
break;
case ENERGY_PER_VOLUME:
str = "Energy per volume";
break;
case WOBBE:
str = "Wobbe";
break;
case MOLE_PERCENT:
str = "Mole percent";
break;
case MASS_DENSITY:
str = "Mass density";
break;
case PASCAL_SECOND:
str = "Pascal second";
break;
case JOULE_KILOGRAM:
str = "Joule kilogram";
break;
case PRESSURE_GRAM_PER_SQUARE_CENTIMETER:
str = "Pressure, gram per square centimeter.";
break;
case PRESSURE_ATMOSPHERE:
str = "Pressure, atmosphere.";
break;
case SIGNAL_STRENGTH_MILLI_WATT:
str = "Signal strength, dB milliwatt";
break;
case SIGNAL_STRENGTH_MICRO_VOLT:
// logarithmic unit that expresses the ratio between two values of a
// physical quantity
str = "Signal strength, dB microvolt";
break;
case DB:
str = "dB";
break;
case INCH:
str = "Inch";
break;
case FOOT:
str = "Foot";
break;
case POUND:
str = "Pound";
break;
case FAHRENHEIT:
str = "Fahrenheit";
break;
case RANKINE:
str = "Rankine";
break;
case SQUARE_INCH:
str = "Square inch";
break;
case SQUARE_FOOT:
str = "Square foot";
break;
case ACRE:
str = "Acre";
break;
case CUBIC_INCH:
str = "Cubic inch";
break;
case CUBIC_FOOT:
str = "Cubic foot";
break;
case ACRE_FOOT:
str = "Acre foot";
break;
case GALLON_IMPERIAL:
str = "Gallon Imperial";
break;
case GALLON_US:
str = "GallonUS";
break;
case POUND_FORCE:
str = "Pound force";
break;
case POUND_FORCE_PER_SQUARE_INCH:
str = "Pound force per square inch";
break;
case POUND_PER_CUBIC_FOOT:
str = "Pound per cubic foot";
break;
case POUND_PER_FOOT_SECOND:
str = "Pound per foot second";
break;
case BRITISH_THERMAL_UNIT:
str = "British thermal unit";
break;
case THERM_EU:
str = "Therm EU";
break;
case THERM_US:
str = "Therm US";
break;
case BRITISH_THERMAL_UNIT_PER_POUND:
str = "British thermal unit per pound";
break;
case BRITISH_THERMAL_UNIT_PER_CUBIC_FOOT:
str = "British thermal unit per cubic foot";
break;
case CUBIC_FEET:
str = "Cubic feet";
break;
case FOOT_PER_SECOND:
str = "Foot per second";
break;
case CUBIC_FOOT_PER_MIN:
str = "Foot per min";
break;
case CUBIC_FOOT_PER_DAY:
str = "Foot per day";
break;
case ACRE_FOOT_PER_SECOND:
str = "Acre foot per second";
break;
case ACRE_FOOT_PER_MIN:
str = "Acre foot per min";
break;
case ACRE_FOOT_PER_HOUR:
str = "Acre foot per hour";
break;
case ACRE_FOOT_PER_DAY:
str = "Acre foot per day";
break;
case IMPERIAL_GALLON:
str = "Imperial gallon";
break;
case IMPERIAL_GALLON_PER_SECOND:
str = "Imperial gallon per second";
break;
case IMPERIAL_GALLON_PER_MIN:
str = "Imperial gallon per min";
break;
case IMPERIAL_GALLON_PER_HOUR:
str = "Imperial gallon per hour";
break;
case IMPERIAL_GALLON_PER_DAY:
str = "Imperial gallon per day";
break;
case US_GALLON:
str = "US Gallon";
break;
case US_GALLON_PER_SECOND:
str = "US gallon per second";
break;
case US_GALLON_PER_MIN:
str = "US gallon per min";
break;
case US_GALLON_PER_HOUR:
str = "US gallon per hour";
break;
case US_GALLON_PER_DAY:
str = "US gallon per day";
break;
case BRITISH_THERMAL_UNIT_PER_SECOND:
str = "British thermal unit per second";
break;
case BRITISH_THERMAL_UNIT_PER_MINUTE:
str = "British thermal unit per min";
break;
case BRITISH_THERMAL_UNIT_PER_HOUR:
str = "British thermal unit per hour";
break;
case BRITISH_THERMAL_UNIT_PER_DAY:
str = "British thermal unit per day";
break;
case OTHER_UNIT:
str = "Other unit";
break;
case NO_UNIT:
str = "NoUnit";
break;
default:
str = "Unknown :" + String.valueOf(intValue);
}
return str;
}
// CHECKSTYLE:ON
}