/// <summary>
/// Create a format provider.
/// </summary>
/// <param name="dflt">the default format provider (e.g. CultureInfo) for dates and numbers</param>
/// <param name="measurementFormatProvider">format provider for measurements and units</param>
/// <param name="tzi"> </param>
public ImardaFormatProvider(CultureInfo dflt, MeasurementFormatInfo measurementFormatProvider, TimeZoneInfo tzi)
{
_Default = dflt;
_MeasurementFormatProvider = measurementFormatProvider;
_Zone = tzi;
NullValue = string.Empty;
_DiscreteUnitsMap = new Dictionary<Type, string[]>();
//TODO populate _DiscreteUnitsMap
}
/// <summary>
/// Fill in the template, replace identifiers in the template in angular brackets by $(identifier).
/// Flatten the arrays in the data to simple identifiers
/// </summary>
/// <param name="timeZoneId"></param>
/// <param name="template"></param>
/// <param name="locale"></param>
/// <param name="typedData"></param>
/// <returns></returns>
private static string FillInTemplate(string locale, string timeZoneId, string template, string typedData)
{
if (String.IsNullOrEmpty(template)) return String.Empty;
//template = _rxTemplateParameter.Replace(template, @"$$($1)");
template = template.Replace("<br>", "\r\n").Replace(" ", " ");
var culture = new CultureInfo(locale);
var mfi = new MeasurementFormatInfo(culture.NumberFormat);
var ifp = new ImardaFormatProvider(culture, mfi, TimeZoneInfo.FindSystemTimeZoneById(timeZoneId));
IDictionary args = EAHelper.MakeFormattedValues(typedData, ifp);
string msg = new ConfigTemplate(template).Instantiate(args);
return msg;
}
private ImardaFormatProvider GetFormatter(Guid personID, Guid companyID, TimeZoneInfo tzi)
{
SimpleResponse<string> cultResp;
var service = ImardaProxyManager.Instance.IImardaConfigurationProxy;
string preferences = "";
ChannelInvoker.Invoke(delegate(out IClientChannel channel)
{
channel = service as IClientChannel;
cultResp = service.GetCulturePreferences(new GenericRequest(personID, companyID));
ErrorHandler.Check(cultResp);
preferences = cultResp.Value ?? "";
});
IDictionary prefMap = preferences.KeyValueMap(ValueFormat.Mix, true);
string locale = (string)prefMap["Locale"];
var ci = new CultureInfo(locale); // cannot use CultureInfo.GetCultureInfo() because we have to customize Infinity and NaN
var mfi = new MeasurementFormatInfo(ci.NumberFormat);
mfi.SetPreferences(prefMap);
var ifp = new ImardaFormatProvider(ci, mfi, tzi);
return ifp;
}
static void Main(string[] args)
{
Console.WindowHeight = 60;
var ci = new CultureInfo("en-NZ");
var mfi = new MeasurementFormatInfo(ci.NumberFormat);
var dict = new HybridDictionary();
dict["FuelEfficiency"] = "km/L;0.0";
dict["Length"] = "in";
dict["MassFlow"] = "t/d;0.00000";
dict["Angle"] = ">+0d0'0.00\"";
dict["Angle~brg"] = "<{>B} ({>+000d})";
dict["Angle~test"] = "<{~brg} {/3.1415926536;0.00}\u03C0 {!;0.0} {*} {%} {>x}";
mfi.SetPreferences(dict);
var ang1 = Angle.Degrees(-25);
string sAng1 = ang1.ToString("~test", mfi);
Console.WriteLine("composite format: 25deg: {0}", sAng1);
var ang2 = Angle.Degrees(333);
string sAng2 = ang2.ToString("~brg", mfi);
Console.WriteLine("composite format: 333deg: {0} {1:>X}", sAng2, ang2);
for (int deg3 = 0; deg3 < 700; deg3 += 50)
{
Angle ang3 = Angle.Degrees(deg3);
string sAng3 = ang3.ToString("<{!},{>0d},{>+0d},{>-000d00'00.0\"}", mfi);
Console.WriteLine("normal, full and half: {0}", sAng3);
}
string x1 = string.Format(mfi,
"\r\nUnitless: {0:*}" + // unitless SI value
"\r\nKnown unit: {1:km/L}" + // use km/L unit
"\r\nMultiplier: {2:*3.6;0,000.000}" + // unitless, multiply SI value
"\r\nCanonical: {3:!;0.00}" + // show simple SI base units with dots between units
"\r\nSI base: {4:^}" + // show simple SI base units without dots between, and using superscripts for 1..3
"\r\nAngle: {5:deg;0.0}" + // display unit different from the lookup key
"\r\nCurrency: {6:@}" + // @ is the lookup character for the generic currency symbol
"\r\nTemperature: {7:degF;0.0}" + // temperature scale conversion
"\r\nFeet: {8:';30.0}" + // use of ' mark
"\r\nPreferred: {9}" + // uses the preferences in MeasureFormatInfo
"\r\nEasy unit: {10: m3}" + // converts 3 to superscript before lookup
"\r\nSlash unit: {11:ps;0}" // 'per' ...
, Length.Metre(10) //0
, FuelEfficiency.KmPerLitre(11.5) //1
, Speed.MetrePerSec(893483.0) //2
, Pressure.Pascal(1013.293840129348) //3
, Volume.CubicMetre(7.0012) //4
, Angle.Degrees(89.55) //5
, new Currency(1200) //6
, Temperature.Kelvin(233.15) //7
, Length.Metre(3) //8
, MassFlow.KgPerSec(2.3) // 9
, Volume.USGallon(100.0) // 10
, Frequency.Hertz(60) // 11
);
var m1 = new Measurement(0.1334, new MUnit(2, 3, -1, 0, 0, 1, 0));
string x2 = string.Format(mfi,
"\r\nCanonical {0:!}" +
"\r\nSuperscript {1:^}" +
"\r\nUnitless {2:*}" +
"\r\nMultiplier {3:*100}%" +
"\r\nDivider {4:/2}" +
"\r\nPreferred {5}"
, m1, m1, m1, m1, m1, m1
);
Console.WriteLine(x1);
Console.WriteLine(x2);
Console.WriteLine(FuelEfficiency.USGallonPer100Mile(5.0).ToString(null, mfi));
string q;
Console.WriteLine(Angle.Degrees(-123.457).ToString(">000E 00' 00.0\"", mfi));
Console.WriteLine(q = Angle.Degrees(-123.457).ToString(">#DN 00' 00.0\"", mfi));
Console.WriteLine(Angle.Degrees(3.457).ToString(">000.00000d", mfi));
Console.WriteLine(Angle.Degrees(-6.1234123).ToString(">0.00000d 0.00000' 0.00000\u2033", mfi));
Console.WriteLine("---");
var time = Time.Hours(2);
var speed = Speed.Kph(20);
var length = (Length)((Measurement)speed * time);
Console.WriteLine(string.Format(mfi, "Length = {0:km}", length));
Console.WriteLine(Length.Metre(20).ToString("yd", mfi));
Console.WriteLine(string.Format(mfi, "-> {0}", Length.Metre(0.01)));
Console.WriteLine("=> " + Length.Metre(0.01).ToString(null, mfi));
//string s = FuelEfficiency.KmPerLitre(14.5).ToString("gal/100mi", measureFormatInfo);
string s = Angle.Degrees(45).ToString("%;0.0", mfi);
Console.WriteLine(s);
var a = Length.Metre(5e-9);
var ss = string.Format(mfi, "{0:/1e-9;0}nm = {1:*1e9;0}nm", a, a);
Console.WriteLine(ss);
ss = string.Format(mfi, "{0:*;0}nm", new Measurement(a.InSI(SIPrefix.Nano)));
Console.WriteLine(ss);
var fe1 = FuelEfficiency.KmPerLitre(11).ToString("<{km/L;0.0} ({L/100km;0})", mfi);
Console.WriteLine("FE: " + fe1);
var sp1 = Speed.Kph(5.1).ToString("<{*86.4;0}km/24h", mfi);
Console.WriteLine("Daily distance " + sp1);
string z = "Length:12";
Length l1 = (Length)Measurement.Parse(z);
Length l2 = Measurement.Parse<Length>(z);
Console.WriteLine("{0}", l1);
Console.WriteLine(l2);
FuelEfficiency ff = FuelEfficiency.KmPerLitre(11);
z = Measurement.PString(ff);
Console.WriteLine(z);
FuelEfficiency ff2 = Measurement.Parse<FuelEfficiency>(z);
Console.WriteLine(string.Format(mfi, "FuelEfficiency, Preferred: {0}", ff2));
Console.WriteLine(ff2.ToString(null, mfi));
if ((Measurement)ff2 != ff) Console.WriteLine("not the same");
var m2 = new Measurement(17.7, new MUnit(-1, -1, -3, 0, 1, -1, 2));
Console.WriteLine(m2.ToString(null, mfi));
z = Measurement.PString(m2);
Console.WriteLine(z);
var m3 = Measurement.Parse(z);
Console.WriteLine(m3);
var forex = mfi.ExchangeRates;
forex["USD"] = 1.0;
forex["NZD"] = 1.3839;
forex["EUR"] = 0.6870;
forex["DKK"] = 5.1121;
var c1 = new Currency(34.98);
var cs1 = c1.ToString("<{>USD;0 @} {>NZD;c} {>EUR;\u20AC0.00} {>DKK } {>XYZ;0} {@} {$}", mfi);
Console.WriteLine("Currency: " + cs1);
Console.WriteLine(new Currency(12000).ToString(">NZD ;@0;@(0);nil", mfi));
var c2 = new Currency(36.00, "NZD", mfi);
var cs2 = c2.ToString("<{>NZD;c} stored as {*}", mfi);
Console.WriteLine("Conversion: "+ cs2);
string[] af = {
Measurement.Format("Angle:2", null),
Measurement.Format("Angle:2", mfi),
Measurement.Format("Angle:2 ~brg", mfi),
Measurement.Format("Angle:2 ~test", mfi),
Measurement.Format("Angle:2 !;0.0", mfi),
Measurement.Format("Angle:2 <quadrant {>X} {>b}", mfi),
Measurement.Format("Angle:2 deg", mfi),
Measurement.Format("Currency:750 >NZD;c", mfi),
Measurement.Format("M:123;1,1,1,-1,-2,-2,1 <{!} ({*;0} units)", mfi),
};
Console.WriteLine("Measurement.Format()");
foreach (string afi in af) Console.WriteLine(" {0}", afi);
Console.ReadKey();
}
/// <summary>
/// Further initialize this object.
/// Pull information out of the SessionConfigGroup eligible for caching into this ConfiguredSessionObject,
/// because the SessionConfigGroup is going to be removed before caching.
/// </summary>
public void Initialize(LoginMode mode = LoginMode.Normal)
{
var dfltFormatProvider = PreferredCulture.IsNeutralCulture ? new CultureInfo("en-NZ") : PreferredCulture;
var measurementFormatProvider = new MeasurementFormatInfo(dfltFormatProvider.NumberFormat);
_preferredMeasurementUnits = _configuration.PreferredMeasurementUnits;
IDictionary map = _preferredMeasurementUnits.KeyValueMap(ValueFormat.Strings, true);
measurementFormatProvider.SetPreferences(map);
_formatProvider = new ImardaFormatProvider(dfltFormatProvider, measurementFormatProvider, PreferredZone);
if (mode != LoginMode.Mobile
&& mode != LoginMode.IAC)
{
RequiresTimeZoneConversion = true;
}
}