public void QSDTransTest05()
{
SXPR <INT> setExpression = new SXPR <INT>()
{
new IVL <INT>(1, 10)
{
LowClosed = true,
HighClosed = true
},
new IVL <INT>(5, 8)
{
LowClosed = true,
HighClosed = true,
Operator = SetOperator.Exclusive
},
new IVL <INT>(7, 8)
{
LowClosed = true,
HighClosed = true,
Operator = SetOperator.Exclusive
}
};
// Translate SXPR to QSET
var setExpression2 = setExpression.TranslateToQSET();
// NATURAL QSD
QSD <INT> difference = new QSD <INT>(
new QSD <INT>(
new IVL <INT>(1, 10)
{
LowClosed = true,
HighClosed = true
},
new IVL <INT>(5, 8)
{
LowClosed = true,
HighClosed = true
}
),
new IVL <INT>(7, 8)
{
LowClosed = true,
HighClosed = true
}
);
// setExpression.NullFlavor = NullFlavor.Other;
Assert.IsTrue(setExpression2.Validate());
Assert.IsTrue(difference.Validate());
Assert.AreNotEqual(setExpression2, difference);
}
public void QSDTransTest05()
{
SXPR<INT> setExpression = new SXPR<INT>(){
new IVL<INT>(1,10) {
LowClosed = true,
HighClosed = true
},
new IVL<INT>(5,8) {
LowClosed = true,
HighClosed = true,
Operator = SetOperator.Exclusive
},
new IVL<INT>(7,8) {
LowClosed = true,
HighClosed = true,
Operator = SetOperator.Exclusive
}
};
// Translate SXPR to QSET
var setExpression2 = setExpression.TranslateToQSET();
// NATURAL QSD
QSD<INT> difference = new QSD<INT>(
new QSD<INT>(
new IVL<INT>(1, 10)
{
LowClosed = true,
HighClosed = true
},
new IVL<INT>(5, 8)
{
LowClosed = true,
HighClosed = true
}
),
new IVL<INT>(7, 8)
{
LowClosed = true,
HighClosed = true
}
);
// setExpression.NullFlavor = NullFlavor.Other;
Assert.IsTrue(setExpression2.Validate());
Assert.IsTrue(difference.Validate());
Assert.AreNotEqual(setExpression2, difference);
}
public void R2QSD_INT_SerializationTest02()
{
// create differentiating continuous set expression
QSD<INT> set = new QSD<INT>(
new IVL<INT>(1, 10)
{
LowClosed = true,
HighClosed = true
},
new IVL<INT>(5, 8)
{
LowClosed = true,
HighClosed = true
}
);
// nullifiy the QSD instance
set.NullFlavor = NullFlavor.NoInformation;
// normalize the set expression
set = set.Normalize() as QSD<INT>;
var expectedXml = @"<test xmlns=""urn:hl7-org:v3"" xmlns:xsi=""http://www.w3.org/2001/XMLSchema-instance""><minuend xsi:type=""IVL_INT"" lowClosed=""true"" highClosed=""true""><low value=""1""/><high value=""10""/></minuend><subtrahend xsi:type=""IVL_INT"" lowClosed=""true"" highClosed=""true""><low value=""5""/><high value=""8""/></subtrahend></test>";
Assert.IsFalse(set.Validate());
var actualXml = R2SerializationHelper.SerializeAsString(set);
// Assert: make sure that an exception is thrown
try
{
R2SerializationHelper.XmlIsEquivalent(expectedXml, actualXml);
}
catch (Exception e)
{
Console.WriteLine(e);
Assert.IsTrue(e.ToString().Contains("Exception"));
}
}
public void R2QSD_INT_SerializationTest()
{
// create differentiating continuous set expression
QSD<INT> set = new QSD<INT>(
new IVL<INT>(1, 10)
{
LowClosed = true,
HighClosed = true
},
new IVL<INT>(5, 8)
{
LowClosed = true,
HighClosed = true
}
);
// normalize the set expression
set = set.Normalize() as QSD<INT>;
var expectedXml = @"<test xmlns=""urn:hl7-org:v3"" xmlns:xsi=""http://www.w3.org/2001/XMLSchema-instance""><minuend xsi:type=""IVL_INT"" lowClosed=""true"" highClosed=""true""><low value=""1""/><high value=""10""/></minuend><subtrahend xsi:type=""IVL_INT"" lowClosed=""true"" highClosed=""true""><low value=""5""/><high value=""8""/></subtrahend></test>";
Assert.IsTrue(set.Validate());
var actualXml = R2SerializationHelper.SerializeAsString(set);
R2SerializationHelper.XmlIsEquivalent(expectedXml, actualXml);
}
