public static Money[] Distribute(this Money money,
FractionReceivers fractionReceivers,
RoundingPlaces roundingPlaces,
Int32 count)
{
return(new MoneyDistributor(money, fractionReceivers, roundingPlaces).Distribute(count));
}
public static Money[] Distribute(this Money money,
FractionReceivers fractionReceivers,
RoundingPlaces roundingPlaces,
params Decimal[] distributions)
{
return(new MoneyDistributor(money, fractionReceivers, roundingPlaces).Distribute(distributions));
}
public static Money[] Distribute(this Money money,
FractionReceivers fractionReceivers,
RoundingPlaces roundingPlaces,
Decimal distribution)
{
return new MoneyDistributor(money, fractionReceivers, roundingPlaces).Distribute(distribution);
}
public static Money[] Distribute(this Money money,
FractionReceivers fractionReceivers,
RoundingPlaces roundingPlaces,
Int32 count)
{
return new MoneyDistributor(money, fractionReceivers, roundingPlaces).Distribute(count);
}
public MoneyDistributor(Money amountToDistribute,
FractionReceivers receiver,
RoundingPlaces precision)
{
_toDistribute = amountToDistribute;
_receiver = receiver;
_precision = precision;
}
public static Money[] Distribute(this Money money,
FractionReceivers fractionReceivers,
RoundingPlaces roundingPlaces,
Decimal distribution1,
Decimal distribution2)
{
return(new MoneyDistributor(money, fractionReceivers, roundingPlaces).Distribute(distribution1,
distribution2));
}
public Money Round(RoundingPlaces places, MidpointRoundingRule rounding, out Money remainder)
{
Int64 unit;
var placesExponent = getExponentFromPlaces(places);
var fraction = roundFraction(placesExponent, rounding, out unit);
var units = _units + unit;
remainder = new Money(0, _decimalFraction - fraction, Asset);
return(new Money(units, fraction, Asset));
}
private static Int32 getExponentFromPlaces(RoundingPlaces places)
{
switch (places)
{
case RoundingPlaces.Zero:
return(0);
case RoundingPlaces.One:
return(1);
case RoundingPlaces.Two:
return(2);
case RoundingPlaces.Three:
return(3);
case RoundingPlaces.Four:
return(4);
case RoundingPlaces.Five:
return(5);
case RoundingPlaces.Six:
return(6);
case RoundingPlaces.Seven:
return(7);
case RoundingPlaces.Eight:
return(8);
case RoundingPlaces.Nine:
return(9);
default:
throw new ArgumentOutOfRangeException("places");
}
}
public Money Round(RoundingPlaces places, MidpointRoundingRule rounding = MidpointRoundingRule.ToEven)
{
Money remainder;
return(Round(places, rounding, out remainder));
}
