protected ComparerResult CompareObjects(object x, object y, NumericTolerance tolerance)
{
var builder = new NumericIntervalBuilder(x);
builder.Build();
if (builder.IsValid())
{
return(CompareDecimals
(
builder.GetInterval()
, caster.Execute(y)
));
}
builder = new NumericIntervalBuilder(y);
builder.Build();
if (builder.IsValid())
{
return(CompareDecimals
(
builder.GetInterval()
, caster.Execute(x)
));
}
var rxDecimal = caster.Execute(x);
var ryDecimal = caster.Execute(y);
return(CompareDecimals(rxDecimal, ryDecimal, tolerance));
}
protected override ComparerResult CompareObjects(object x, object y)
{
var builder = new NumericIntervalBuilder(x);
builder.Build();
if (builder.IsValid())
{
return(CompareDecimals
(
builder.GetInterval()
, caster.Execute(y)
));
}
builder = new NumericIntervalBuilder(y);
builder.Build();
if (builder.IsValid())
{
return(CompareDecimals
(
builder.GetInterval()
, caster.Execute(x)
));
}
return(CompareObjects(x, y, NumericAbsoluteTolerance.None));
}
public void ToString_ClosedOpen_ReturnCorrectDisplay()
{
var builder = new NumericIntervalBuilder(" [10 ; 200 [");
builder.Build();
var interval = builder.GetInterval();
Assert.That(interval.ToString(), Is.EqualTo("[10;200["));
}
public void Build_OpenClosed_ReturnOpenClosed()
{
var builder = new NumericIntervalBuilder(" ] 10 ; 200]");
builder.Build();
var interval = builder.GetInterval();
Assert.That(interval.Left.IsOpen, Is.True);
Assert.That(interval.Right.IsClosed, Is.True);
}
public void Build_OpenOpen_ReturnBothNotClosed()
{
var builder = new NumericIntervalBuilder(" ] 10 ; 200[");
builder.Build();
var interval = builder.GetInterval();
Assert.That(interval.Left.IsClosed, Is.False);
Assert.That(interval.Right.IsClosed, Is.False);
}
protected override bool Apply(object x)
{
var builder = new NumericIntervalBuilder(Reference);
builder.Build();
var interval = builder.GetInterval();
var caster = new NumericCaster();
var numX = caster.Execute(x);
return(interval.Contains(numX));
}
public override bool Apply(object x)
{
var builder = new NumericIntervalBuilder(Reference);
builder.Build();
var interval = builder.GetInterval();
var converter = new NumericConverter();
var numX = converter.Convert(x);
return(interval.Contains(numX));
}
protected override bool ApplyWithReference(object reference, object x)
{
var builder = new NumericIntervalBuilder(reference);
builder.Build();
if (!builder.IsValid())
{
throw builder.GetException();
}
var interval = builder.GetInterval();
var caster = new NumericCaster();
var numX = caster.Execute(x);
return(interval.Contains(numX));
}