private string Translate(UnitsOfMeasurement unit)
{
// First check for string returned if they are handled lower
string value = unit.ToStr();
if (value.Length > 0)
{
return(value);
}
// Others which do not return cross language string either because there
// it has not been implemented or a cross language string impractical
switch (unit)
{
// Special case where user sets at zero. Non in spec
case UnitsOfMeasurement.Unknown:
case UnitsOfMeasurement.Unitless:
return(this.GetText(MsgCode.None));
case UnitsOfMeasurement.NOT_HANDLED:
return(this.GetText(MsgCode.NotFound));
default:
return(unit.ToString().CamelCaseToSpaces());
}
}
public TouchText(string text)
{
this.text = text;
font = new MyFont();
alignment = TouchAlignment.Left;
orientation = TouchOrientation.Horizontal;
textWrap = TouchTextWrap.WordWrap;
unitOfMeasurement = UnitsOfMeasurement.None;
}
public UnitsOfMeasurement Get(Int64 ixUnitOfMeasurement)
{
UnitsOfMeasurement unitsofmeasurement = _context.UnitsOfMeasurement.AsNoTracking().Where(x => x.ixUnitOfMeasurement == ixUnitOfMeasurement).First();
unitsofmeasurement.MeasurementSystems = _context.MeasurementSystems.Find(unitsofmeasurement.ixMeasurementSystem);
unitsofmeasurement.MeasurementUnitsOf = _context.MeasurementUnitsOf.Find(unitsofmeasurement.ixMeasurementUnitOf);
return(unitsofmeasurement);
}
//convert one UnitsOfMeasurement to UnitsOfMeasurementDto
public static UnitsOfMeasurementDto convert(UnitsOfMeasurement unitsOfMeasurement)
{
UnitsOfMeasurementDto NewUnitsOfMeasurement = new UnitsOfMeasurementDto();
NewUnitsOfMeasurement.id = unitsOfMeasurement.id;
NewUnitsOfMeasurement.unitName = unitsOfMeasurement.unitName;
NewUnitsOfMeasurement.ratioToGram = unitsOfMeasurement.ratioToGram;
return(NewUnitsOfMeasurement);
}
public static byte[] GetBlock(DataFormatEnum formatEnum, UnitsOfMeasurement units, sbyte exponent, byte nameSpace, ushort description)
{
byte[] data = new byte[7];
int pos = 0;
formatEnum.ToByte().WriteToBuffer(data, ref pos); // 0
exponent.WriteToBuffer(data, ref pos); // 1
units.ToUint16().WriteToBuffer(data, ref pos); // 2
nameSpace.WriteToBuffer(data, ref pos); // namespace 4
description.WriteToBuffer(data, ref pos); // 5
return(data);
}
//remove UnitsOfMeasurement from database
public UnitsOfMeasurementDto RemoveUnitsOfMeasurement(UnitsOfMeasurementDto unitsOfMeasurementDto)
{
using (HealthyMenuEntities db = new HealthyMenuEntities())
{
try
{
UnitsOfMeasurement unitsOfMeasurement = db.UnitsOfMeasurements.Remove(Convertion.UnitsOfMeasurementConvertion.convert(unitsOfMeasurementDto));
db.SaveChanges();
return(Convertion.UnitsOfMeasurementConvertion.convert(unitsOfMeasurement));
}
catch
{
return(null);
}
}
}
//get UnitsOfMeasurement by id from database
public UnitsOfMeasurementDto GetUnitsOfMeasurement(int id)
{
using (HealthyMenuEntities db = new HealthyMenuEntities())
{
try
{
UnitsOfMeasurement unitsOfMeasurement = db.UnitsOfMeasurements.FirstOrDefault(x => x.id == id);
if (unitsOfMeasurement == null)
{
return(null);
}
return(Convertion.UnitsOfMeasurementConvertion.convert(unitsOfMeasurement));
}
catch
{
return(null);
}
}
}
public UnitsOfMeasurement AddUomCode(UnitsOfMeasurement uom)
{
try
{
using (var db = new ShopKeeperStoreEntities(_connectionString))
{
UnitsOfMeasurement uomInfo;
var uoms = db.UnitsOfMeasurements.Where(u => u.UoMCode.ToLower() == uom.UoMCode.ToLower()).ToList();
if (uoms.Any())
{
uomInfo = uoms[0];
}
else
{
var processeduom = db.UnitsOfMeasurements.Add(uom);
db.SaveChanges();
uomInfo = processeduom;
}
return(uomInfo);
}
}
catch (DbEntityValidationException e)
{
var str = "";
foreach (var eve in e.EntityValidationErrors)
{
str += string.Format("Entity of type \"{0}\" in state \"{1}\" has the following validation errors:",
eve.Entry.Entity.GetType().Name, eve.Entry.State) + "\n";
foreach (var ve in eve.ValidationErrors)
{
str += string.Format("- Property: \"{0}\", Error: \"{1}\"",
ve.PropertyName, ve.ErrorMessage) + " \n";
}
}
ErrorLogger.LogError(e.StackTrace, e.Source, str);
return(new UnitsOfMeasurement());
}
}
//update UnitsOfMeasurement in database
public UnitsOfMeasurementDto PutUnitsOfMeasurement(UnitsOfMeasurementDto unitsOfMeasurementDto)
{
using (HealthyMenuEntities db = new HealthyMenuEntities())
{
try
{
UnitsOfMeasurement unitsOfMeasurement = db.UnitsOfMeasurements.FirstOrDefault(x => x.id == unitsOfMeasurementDto.id);
if (unitsOfMeasurement == null)
{
return(null);
}
unitsOfMeasurement.id = unitsOfMeasurementDto.id;
unitsOfMeasurement.unitName = unitsOfMeasurementDto.unitName;
unitsOfMeasurement.ratioToGram = unitsOfMeasurementDto.ratioToGram;
return(Convertion.UnitsOfMeasurementConvertion.convert(unitsOfMeasurement));
}
catch
{
return(null);
}
}
}
/// <summary>
/// Computes the azimuth unit.
/// </summary>
/// <returns>The azimuth unit of measurement.</returns>
/// <exception cref="System.IO.InvalidDataException">Azimuth unit code is invalid.</exception>
private UnitOfMeasurement ComputeAzimuthUnit()
{
if (!_currentGeoKeys.ContainsKey(GeoKey.GeodeticAzimuthUnits))
{
return(UnitsOfMeasurement.Degree);
}
Int32 code = Convert.ToInt32(_currentGeoKeys[GeoKey.GeodeticAzimuthUnits]);
// EPSG unit of measurement codes
if (code >= 9100 && code <= 9199)
{
return(UnitsOfMeasurement.FromIdentifier("EPSG::" + code).FirstOrDefault());
}
// user-defined unit of measurement
if (code == Int16.MaxValue)
{
Double unitSize = Convert.ToDouble(_currentGeoKeys[GeoKey.GeodeticAngularUnitSize]);
return(new UnitOfMeasurement(UnitOfMeasurement.UserDefinedIdentifier, UnitOfMeasurement.UserDefinedName, String.Empty, unitSize, UnitQuantityType.Angle));
}
throw new InvalidDataException("Azimuth unit code is invalid.");
}
public WaveLength(double value, MetricPrefixes prefixes = MetricPrefixes.One, UnitsOfMeasurement unit = UnitsOfMeasurement.Meter) : base(value, prefixes, unit)
{
}
public Height(double value, MetricPrefixes metricPrefixes = MetricPrefixes.One, UnitsOfMeasurement uom = UnitsOfMeasurement.Meter) : base(value,
metricPrefixes, uom)
{
}
public RelativeTraceLength(double value, MetricPrefixes prefixes = MetricPrefixes.Percents, UnitsOfMeasurement unit = UnitsOfMeasurement.Percents) : base(value,
prefixes, unit)
{
}
public Conductivity(double value, MetricPrefixes prefix = MetricPrefixes.One,
UnitsOfMeasurement uom = UnitsOfMeasurement.SiemensOnMeter) : base(value, prefix, uom)
{
}
public static byte[] GetBlock(DataFormatEnum formatEnum, UnitsOfMeasurement units, sbyte exponent, byte nameSpace)
{
return(GetBlock(formatEnum, units, exponent, nameSpace, 0x221A));
}
public static byte[] GetBlock(DataFormatEnum formatEnum, UnitsOfMeasurement units)
{
return(GetBlock(formatEnum, units, 0));
}
public ThetaDegrees(double value, MetricPrefixes prefixes = MetricPrefixes.One, UnitsOfMeasurement unit = UnitsOfMeasurement.Degree) : base(value, prefixes,
unit)
{
}
/// <summary>
/// Save
/// </summary>
public void Save()
{
UnitsOfMeasurementNavigatorTDS unitOfMeasurementAddChanges = (UnitsOfMeasurementNavigatorTDS)Data.GetChanges();
if (unitOfMeasurementAddChanges != null)
{
if (unitOfMeasurementAddChanges.UnitsOfMeasurementNavigator.Rows.Count > 0)
{
UnitsOfMeasurementNavigatorGateway unitsOfMeasurementNavigatorGateway = new UnitsOfMeasurementNavigatorGateway(unitOfMeasurementAddChanges);
// Update unit of measurement
foreach (UnitsOfMeasurementNavigatorTDS.UnitsOfMeasurementNavigatorRow row in (UnitsOfMeasurementNavigatorTDS.UnitsOfMeasurementNavigatorDataTable)unitOfMeasurementAddChanges.UnitsOfMeasurementNavigator)
{
int companyId = row.COMPANY_ID;
// Insert new unit of measurement
if ((!row.Deleted) && (!row.InDataBase))
{
int unitOfMeasurementId = row.UnitOfMeasurementID;
string description = row.Description;
string abreviation = row.Abbreviation;
bool deleted = row.Deleted;
UnitsOfMeasurement unitsOfMeasurement = new UnitsOfMeasurement(null);
unitsOfMeasurement.InsertDirect(unitOfMeasurementId, description, abreviation, deleted, companyId);
}
// Update unit of measurement
if ((!row.Deleted) && (row.InDataBase))
{
int unitOfMeasurementId = row.UnitOfMeasurementID;
bool originalDeleted = false;
int originalCompanyId = companyId;
// Original values
string originalDescription = unitsOfMeasurementNavigatorGateway.GetDescriptionOriginal(unitOfMeasurementId);
string originalAbbreviation = unitsOfMeasurementNavigatorGateway.GetAbbreviationOriginal(unitOfMeasurementId);
// New values
string newDescription = unitsOfMeasurementNavigatorGateway.GetDescription(unitOfMeasurementId);
string newAbbreviation = unitsOfMeasurementNavigatorGateway.GetAbbreviation(unitOfMeasurementId);
UnitsOfMeasurement unitsOfMeasurement = new UnitsOfMeasurement(null);
unitsOfMeasurement.UpdateDirect(unitOfMeasurementId, originalDescription, originalAbbreviation, originalDeleted, originalCompanyId, unitOfMeasurementId, newDescription, newAbbreviation, originalDeleted, originalCompanyId);
}
// Delete unit of measurement
if ((row.Deleted) && (row.InDataBase))
{
UnitsOfMeasurement unitsOfMeasurement = new UnitsOfMeasurement(null);
unitsOfMeasurement.DeleteDirect(row.UnitOfMeasurementID, row.COMPANY_ID);
}
}
}
}
}
public static UnitsOfMeasurement CreateUnitsOfMeasurement(short uOMID, string units, decimal multiplier)
{
UnitsOfMeasurement unitsOfMeasurement = new UnitsOfMeasurement();
unitsOfMeasurement.UOMID = uOMID;
unitsOfMeasurement.Units = units;
unitsOfMeasurement.Multiplier = multiplier;
return unitsOfMeasurement;
}
public static void SetUnits(byte[] data, UnitsOfMeasurement units)
{
units.ToUint16().WriteToBuffer(data, 2);
}
public static UInt16 ToUint16(this UnitsOfMeasurement value)
{
return((UInt16)value);
}
public ElectricalPermeability(double value, MetricPrefixes prefix = MetricPrefixes.One,
UnitsOfMeasurement uom = UnitsOfMeasurement.Units) : base(value, prefix, uom)
{
}
public static string ToStr(this UnitsOfMeasurement units)
{
#pragma warning disable IDE0066 // Convert switch statement to expression
switch (units)
{
#pragma warning restore IDE0066 // Convert switch statement to expression
case UnitsOfMeasurement.LengthMetre:
return("m");
#region Mass
case UnitsOfMeasurement.MassKilogram:
return("kg");
case UnitsOfMeasurement.MassConcentrationKilogramPerCubicMetre:
return("");
case UnitsOfMeasurement.MassTonne:
return("t");
case UnitsOfMeasurement.MassDensityMilligramPerDecilitre:
return("");
case UnitsOfMeasurement.MassDensityMillimolePerLitre:
return("");
case UnitsOfMeasurement.MassPound:
return("lb");
case UnitsOfMeasurement.MassFlowGramPerSecond:
return("");
#endregion
#region Time
case UnitsOfMeasurement.TimeSecond:
return("s");
case UnitsOfMeasurement.TimeMinute:
return("m");
case UnitsOfMeasurement.TimeHour:
return("h");
case UnitsOfMeasurement.TimeDay:
return("d");
case UnitsOfMeasurement.TimeYear:
return("y");
case UnitsOfMeasurement.TimeMmonth:
return("");
#endregion
#region Speed
case UnitsOfMeasurement.VelocityKnot:
return("kn");
case UnitsOfMeasurement.VelocityKilometrePerHour:
return("kph");
case UnitsOfMeasurement.VelocityMilePerHour:
return("mph");
#endregion
#region Length
case UnitsOfMeasurement.LengthYard:
return("yd");
case UnitsOfMeasurement.LengthParsec:
return("");
case UnitsOfMeasurement.LengthInch:
return("in");
case UnitsOfMeasurement.LengthFoot:
return("ft");
case UnitsOfMeasurement.LengthMile:
return("");
#endregion
#region Velocity
case UnitsOfMeasurement.VelocityMetresPerSecond:
return("m/s");
case UnitsOfMeasurement.AngularVelocityRradianPerSecond:
return("rad/s");
case UnitsOfMeasurement.AngularVelocityRevolutionPerMinute:
return("rpm");
#endregion
case UnitsOfMeasurement.ElectricCurrentAampere:
return("A");
case UnitsOfMeasurement.ThermodynamicTemperatureKelvin:
return("K");
case UnitsOfMeasurement.AmountOfSubstanceMole:
return("mol");
case UnitsOfMeasurement.LuminousIntensityCandela:
return("cd");
case UnitsOfMeasurement.AreaSquareMetres:
return("m2");
case UnitsOfMeasurement.VolumeCubicMetres:
return("m3");
case UnitsOfMeasurement.AccelerationMetresPerSecondSquared:
return("m/s2");
case UnitsOfMeasurement.DensityKilogramPerCubicMetre:
return("kg/m3");
case UnitsOfMeasurement.SurfaceDensityKilogramPerSquareMetre:
return("kg/m2");
case UnitsOfMeasurement.SpecificVolumeCubicMetrePerKilogram:
return("m3/kg");
case UnitsOfMeasurement.AmountConcentrationMolePerCubicMetre:
return("mol/m3");
case UnitsOfMeasurement.LuminanceCandelaPerSquareMetre:
return("cd/m2");
case UnitsOfMeasurement.FrequencyHhertz:
return("Hz");
case UnitsOfMeasurement.ForceNewton:
return("N");
case UnitsOfMeasurement.PressurePascal:
return("Pa");
case UnitsOfMeasurement.EnergyJoule:
return("J");
case UnitsOfMeasurement.PowerWatt:
return("W");
case UnitsOfMeasurement.ElectricChargeCoulomb:
return("C");
case UnitsOfMeasurement.ElectricPotentialDifferenceVolt:
return("V");
case UnitsOfMeasurement.CapacitanceFarad:
return("F");
case UnitsOfMeasurement.ElectricResistanceOhm:
// ALT-234 - not working. turn off mouse keys?
return("Ω");
case UnitsOfMeasurement.ElectricConductanceSiemens:
return("S");
case UnitsOfMeasurement.InductanceHenry:
return("H");
case UnitsOfMeasurement.IlluminanceLlux:
return("lx");
case UnitsOfMeasurement.ActivityReferredToARadionuclideBecquerel:
return("Bq");
case UnitsOfMeasurement.AbsorbedDoseGray:
return("Gy");
case UnitsOfMeasurement.DoseEquivalentSievert:
return("Sv");
case UnitsOfMeasurement.VolumeLitre:
return("l");
case UnitsOfMeasurement.EnergyKilowattHour:
return("kWh");
case UnitsOfMeasurement.ThermodynamicTemperatureDegreeFahrenheit:
return("F");
case UnitsOfMeasurement.Percentage:
return("%");
case UnitsOfMeasurement.PlaneAngleRadian:
return("rad");
case UnitsOfMeasurement.SolidAangleSteradian:
return("sr");
case UnitsOfMeasurement.MagneticFluxWeber:
return("Wb");
case UnitsOfMeasurement.MagneticFluxDensityTesla:
return("T");
case UnitsOfMeasurement.CatalyticActivityKatal:
return("kat");
case UnitsOfMeasurement.WavenumberReciprocalMetre:
return("m−1");
case UnitsOfMeasurement.MagneticFieldStrengthAmperePerMetre:
return("A/m");
case UnitsOfMeasurement.CurrentDensityAmperePerSquareMetre:
return("A/m2");
case UnitsOfMeasurement.DynamicViscosityPascalSecond:
return("Pa-s");
case UnitsOfMeasurement.MomentOfForceNewtonMetre:
return("N-m");
case UnitsOfMeasurement.SurfaceTensionNewtonPerMetre:
return("N/m");
case UnitsOfMeasurement.AngularAccelerationRradianPerSecondSquared:
return("rad/s2");
case UnitsOfMeasurement.HeatFluxDensityWattPerSquareMetre:
return("W/m2");
case UnitsOfMeasurement.HeatCapacityJoulePerKelvin:
return("J/K");
case UnitsOfMeasurement.SpecificHeatCapacityJoulePerKilogramKelvin:
return("J/(kg⋅K)");
case UnitsOfMeasurement.SpecificEnergyJoulePerKilogram:
return("J/kg");
case UnitsOfMeasurement.ThermalConductivityWattPerMetreKelvin:
return("W/(m⋅K)");
case UnitsOfMeasurement.EnergyDensityJoulePerCubicMetre:
return("J/m3");
case UnitsOfMeasurement.ElectricFieldStrengthVoltPerMetre:
return("V/m");
case UnitsOfMeasurement.ElectricChargeDensityCoulombPerCubicMetre:
return("C/m3");
case UnitsOfMeasurement.SurfaceChargeDensityCoulombPerSquareMetre:
return("C/m2");
case UnitsOfMeasurement.ElectricFluxDensityCoulombPerSquareMetre:
return("C/m2");
case UnitsOfMeasurement.PermittivityFaradPerMetre:
return("F/m");
case UnitsOfMeasurement.PermeabilityHenryPerMetre:
return("H/m");
case UnitsOfMeasurement.MolarEnergyJoulePerMole:
return("J/mol");
case UnitsOfMeasurement.MolarEntropyJoulePerMoleKelvin:
return("J/(mol⋅K)");
case UnitsOfMeasurement.ExposureCoulombPerKilogram:
return("C/kg");
case UnitsOfMeasurement.AbsorbedDoseRateGrayPerSecond:
return("Gy/s");
case UnitsOfMeasurement.RadiantIntensityWattPerSteradian:
return("W/sr");
case UnitsOfMeasurement.RadianceWattPerSquareMetreSteradian:
return("W/(m2⋅sr)");
case UnitsOfMeasurement.CatalyticActivityConcentrationKatalPerCubicMetre:
return("kat/m3");
case UnitsOfMeasurement.AreaHectare:
return("ha");
case UnitsOfMeasurement.PlaneAngleDegree:
return("°");
case UnitsOfMeasurement.PlaneAngleMinute:
return("′");
case UnitsOfMeasurement.PlaneAngleSecond:
return("″");
case UnitsOfMeasurement.LogarithmicRadioQuantityNneper:
return("Np");
case UnitsOfMeasurement.LogarithmicRadioQuantityBel:
return("B");
case UnitsOfMeasurement.SoundPressureDecibel:
return("dB");
case UnitsOfMeasurement.LuminousFluxLlumen:
return("lm");
case UnitsOfMeasurement.LuminousExposureLuxHour:
return("lx/h");
case UnitsOfMeasurement.IrradianceWwattPerSquareMetre:
return("W/m2");
case UnitsOfMeasurement.RefractiveIndex:
return("");
case UnitsOfMeasurement.RelativePermeability:
return("");
case UnitsOfMeasurement.CelsiusTemperatureDegreeCelsius:
return("");
case UnitsOfMeasurement.PressureBar:
return("");
case UnitsOfMeasurement.PressureMillimetreOfMercury:
return("");
case UnitsOfMeasurement.LengthÅngström:
return("");
case UnitsOfMeasurement.LengthNauticalMile:
return("");
case UnitsOfMeasurement.AreaBarn:
return("");
case UnitsOfMeasurement.PressurePoundForcePerSquareInch:
return("");
case UnitsOfMeasurement.EnergyGramCalorie:
return("");
case UnitsOfMeasurement.EnergyKilogramCalorie:
return("");
case UnitsOfMeasurement.PerMille:
return("");
case UnitsOfMeasurement.PeriodBeatsPerMinute:
return("");
case UnitsOfMeasurement.ElectricChargeAmpereHours:
return("");
case UnitsOfMeasurement.ConcentrationCountPerCubicMetre:
return("");
case UnitsOfMeasurement.MilliliterPerKilogramPerMinute:
return("");
case UnitsOfMeasurement.MetabolicEquivalent:
return("");
case UnitsOfMeasurement.StepPerMinute:
return("");
case UnitsOfMeasurement.StrokePerMinute:
return("");
case UnitsOfMeasurement.PaceKilometrePerMinute:
return("");
case UnitsOfMeasurement.LuminousEfficacyLlumenPerWatt:
return("");
case UnitsOfMeasurement.LuminousEnergyLumenHour:
return("");
case UnitsOfMeasurement.VolumeFlowLlitrePerSecond:
return("");
case UnitsOfMeasurement.ConcentrationPartsPerMillion:
return("");
case UnitsOfMeasurement.ConcentrationPartsPerBillion:
return("");
case UnitsOfMeasurement.Unitless:
case UnitsOfMeasurement.NOT_HANDLED:
default:
return("");
}
}
public MathObject(double value, MetricPrefixes prefix = MetricPrefixes.One, UnitsOfMeasurement units = UnitsOfMeasurement.Other)
{
this.value = value;
this.prefix = prefix;
this.units = units;
}
public void TransformToSystemInternational_Test(double value, MetricPrefixes prefix, UnitsOfMeasurement uom, double expectedValue)
{
MathObject mathObject = new MathObject(value, prefix, uom);
var rawValue = mathObject.TransformToSystemInternational();
Assert.AreEqual(expectedValue, rawValue);
}
public void AddToUnitsOfMeasurements(UnitsOfMeasurement unitsOfMeasurement)
{
base.AddObject("UnitsOfMeasurements", unitsOfMeasurement);
}
public DiafragmRadius(double value = 1, MetricPrefixes metricPrefix = MetricPrefixes.One, UnitsOfMeasurement uom = UnitsOfMeasurement.Meter) : base(value, metricPrefix, uom)
{
}
