public static AndConstraint <NumericAssertions <double> > BeApproximately
(this NumericAssertions <double> This, double val, double eps)
{
return(This.BeInRange(val - eps / 2, val + eps / 2));
}
public static AndConstraint <NumericAssertions <double> > BeCloseTo(this NumericAssertions <double> parent,
double nearbyValue, double delta, string because = "", params object[] becauseArgs)
{
return(parent.BeInRange(nearbyValue - delta, nearbyValue + delta, because, becauseArgs));
}
public static AndConstraint <NumericAssertions <decimal> > BeApproximately(this NumericAssertions <decimal> source, decimal expected,
string reason, params object[] reasonArgs)
{
return(source.BeInRange(expected, expected, reason, reasonArgs));
}
public static AndConstraint <NumericAssertions <decimal> > BeApproximately(this NumericAssertions <decimal> source, decimal expected)
{
return(source.BeInRange(expected, expected));
}
public static AndConstraint <NumericAssertions <float> > BeExactly(this NumericAssertions <float> source, int expected,
string reason, params object[] reasonArgs)
{
return(source.BeInRange(expected, expected, reason, reasonArgs));
}
public static AndConstraint <NumericAssertions <decimal> > BeExactly(this NumericAssertions <decimal> source, int expected)
{
return(source.BeInRange(expected, expected));
}