//////////////////////////////////////////////////////////////////////////
// Identity
//////////////////////////////////////////////////////////////////////////
public static bool equals(BigDecimal self, object obj)
{
if (obj is BigDecimal)
{
return self.Equals(obj);
}
return false;
}
public static BigDecimal mod(BigDecimal self, BigDecimal x)
{
return self.remainder(x);
}
public static BigDecimal div(BigDecimal self, BigDecimal x)
{
return(self.divide(x));
}
public static BigDecimal div(BigDecimal self, BigDecimal x)
{
return self.divide(x);
}
public static string toCode(BigDecimal self)
{
return self.ToString() + "d";
}
public static Type type(BigDecimal self)
{
return Sys.DecimalType;
}
public static BigDecimal plus(BigDecimal self, BigDecimal x)
{
return(self.add(x));
}
//////////////////////////////////////////////////////////////////////////
// Operators
//////////////////////////////////////////////////////////////////////////
public static BigDecimal negate(BigDecimal self)
{
return BigDecimal.valueOf(-self.decimalValue());
}
public static BigDecimal modInt(BigDecimal self, long x)
{
return(self.remainder(BigDecimal.valueOf(x)));
}
public static BigDecimal modFloat(BigDecimal self, double x)
{
return(self.remainder(BigDecimal.valueOf(x)));
}
public static BigDecimal mod(BigDecimal self, BigDecimal x)
{
return(self.remainder(x));
}
public static BigDecimal divFloat(BigDecimal self, double x)
{
return(self.divide(BigDecimal.valueOf(x)));
}
public static BigDecimal divInt(BigDecimal self, long x)
{
return(self.divide(BigDecimal.valueOf(x)));
}
public static BigDecimal modInt(BigDecimal self, long x)
{
return self.remainder(BigDecimal.valueOf(x));
}
public static BigDecimal plusInt(BigDecimal self, long x)
{
return(self.add(BigDecimal.valueOf(x)));
}
public static BigDecimal multFloat(BigDecimal self, double x)
{
return self.multiply(BigDecimal.valueOf(x));
}
public static BigDecimal plusFloat(BigDecimal self, double x)
{
return(self.add(BigDecimal.valueOf(x)));
}
public static BigDecimal plusFloat(BigDecimal self, double x)
{
return self.add(BigDecimal.valueOf(x));
}
public static BigDecimal minus(BigDecimal self, BigDecimal x)
{
return(self.subtract(x));
}
public static string toLocale(BigDecimal self, string pattern)
{
// get current locale
Locale locale = Locale.cur();
NumberFormatInfo df = locale.dec();
// get default pattern if necessary
if (pattern == null)
pattern = Env.cur().locale(Sys.m_sysPod, "decimal", "#,###.0##");
// parse pattern and get digits
NumPattern p = NumPattern.parse(pattern);
NumDigits d = new NumDigits(self);
// route to common FanNum method
return FanNum.toLocale(p, d, df);
}
public static BigDecimal minusInt(BigDecimal self, long x)
{
return(self.subtract(BigDecimal.valueOf(x)));
}
public static long compare(BigDecimal self, object obj)
{
return self.CompareTo(obj);
}
public static BigDecimal minusFloat(BigDecimal self, double x)
{
return(self.subtract(BigDecimal.valueOf(x)));
}
public static BigDecimal divInt(BigDecimal self, long x)
{
return self.divide(BigDecimal.valueOf(x));
}
//////////////////////////////////////////////////////////////////////////
// Math
//////////////////////////////////////////////////////////////////////////
public static BigDecimal abs(BigDecimal self)
{
return((self.decimalValue() >= 0) ? self : BigDecimal.valueOf(-self.decimalValue()));
}
internal int size; // size of digits used
#endregion Fields
#region Constructors
internal NumDigits(BigDecimal d)
: this(d.ToString())
{
}
//////////////////////////////////////////////////////////////////////////
// Conversion
//////////////////////////////////////////////////////////////////////////
public static string toStr(BigDecimal self)
{
return(self.ToString());
}
public static BigDecimal minusInt(BigDecimal self, long x)
{
return self.subtract(BigDecimal.valueOf(x));
}
public static void encode(BigDecimal self, ObjEncoder @out)
{
@out.w(self.ToString()).w("d");
}
public static BigDecimal modFloat(BigDecimal self, double x)
{
return self.remainder(BigDecimal.valueOf(x));
}
public static string toCode(BigDecimal self)
{
return(self.ToString() + "d");
}
public static BigDecimal mult(BigDecimal self, BigDecimal x)
{
return self.multiply(x);
}
public static string toLocale(BigDecimal self)
{
return(toLocale(self, null));
}
public static BigDecimal multInt(BigDecimal self, long x)
{
return self.multiply(BigDecimal.valueOf(x));
}
public static long compare(BigDecimal self, object obj)
{
return(self.CompareTo(obj));
}
public static BigDecimal plus(BigDecimal self, BigDecimal x)
{
return self.add(x);
}
public static long hash(BigDecimal self)
{
return(self.GetHashCode());
}
public static BigDecimal plusInt(BigDecimal self, long x)
{
return self.add(BigDecimal.valueOf(x));
}
public static Type type(BigDecimal self)
{
return(Sys.DecimalType);
}
public static string toLocale(BigDecimal self)
{
return toLocale(self, null);
}
//////////////////////////////////////////////////////////////////////////
// Operators
//////////////////////////////////////////////////////////////////////////
public static BigDecimal negate(BigDecimal self)
{
return(BigDecimal.valueOf(-self.decimalValue()));
}
//////////////////////////////////////////////////////////////////////////
// Conversion
//////////////////////////////////////////////////////////////////////////
public static string toStr(BigDecimal self)
{
return self.ToString();
}
public static BigDecimal decrement(BigDecimal self)
{
return(BigDecimal.valueOf(self.decimalValue() - 1));
}
//////////////////////////////////////////////////////////////////////////
// Math
//////////////////////////////////////////////////////////////////////////
public static BigDecimal abs(BigDecimal self)
{
return (self.decimalValue() >= 0) ? self : BigDecimal.valueOf(-self.decimalValue());
}
public static BigDecimal mult(BigDecimal self, BigDecimal x)
{
return(self.multiply(x));
}
public static BigDecimal decrement(BigDecimal self)
{
return BigDecimal.valueOf(self.decimalValue()-1);
}
public static BigDecimal multInt(BigDecimal self, long x)
{
return(self.multiply(BigDecimal.valueOf(x)));
}
public static BigDecimal divFloat(BigDecimal self, double x)
{
return self.divide(BigDecimal.valueOf(x));
}
public static BigDecimal min(BigDecimal self, BigDecimal that)
{
if (self.CompareTo(that) <= 0) return self;
return that;
}
public static void encode(BigDecimal self, ObjEncoder @out)
{
@out.w(self.ToString()).w("d");
}
public static BigDecimal minus(BigDecimal self, BigDecimal x)
{
return self.subtract(x);
}
public virtual OutStream writeDecimal(BigDecimal x)
{
return writeUtfString(x.ToString());
}
public static BigDecimal minusFloat(BigDecimal self, double x)
{
return self.subtract(BigDecimal.valueOf(x));
}
public Buf writeDecimal(BigDecimal x)
{
m_out.writeDecimal(x); return this;
}
public static BigDecimal multFloat(BigDecimal self, double x)
{
return(self.multiply(BigDecimal.valueOf(x)));
}
