public void ZeesanKitTests_AllTargetsAmplifiedAndOneTargetAboveRange_PositiveAndBlankAndBlank()
{
var test1 = new List <MeasurementValues>();
var test2 = new List <MeasurementValues>();
var test3 = new List <MeasurementValues>();
//positive
test1.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "36"
});
test1.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "34"
});
test1.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "35"
}); // above range
//blank
test2.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "37"
});
test2.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "36"
}); // above range
test2.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "34"
});
//blank
test3.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "38"
}); // above range
test3.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "35"
});
test3.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "34"
});
var script = new PcrResultsOnDownloadScript();
var result1 = script.GetInterpretation(1, test1);
var result2 = script.GetInterpretation(1, test2);
var result3 = script.GetInterpretation(1, test3);
Assert.IsTrue(result1.ToLower().Contains("positive"));
Assert.IsTrue(string.IsNullOrEmpty(result2.ToLower().Split('|')[1]));
Assert.IsTrue(string.IsNullOrEmpty(result3.ToLower().Split('|')[1]));
}
public void ZeesanKitTests_TwoTargetsNoCt_Negative()
{
var test1 = new List <MeasurementValues>();
var test2 = new List <MeasurementValues>();
var test3 = new List <MeasurementValues>();
test1.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "-"
});
test1.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "-"
});
test1.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "25"
});
test2.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "-"
});
test2.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "25"
});
test2.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "-"
});
test3.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "25"
});
test3.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "-"
});
test3.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "-"
});
var script = new PcrResultsOnDownloadScript();
var result1 = script.GetInterpretation(1, test1);
var result2 = script.GetInterpretation(1, test2);
var result3 = script.GetInterpretation(1, test3);
Assert.IsTrue(result1.ToLower().Contains("negative"));
Assert.IsTrue(string.IsNullOrEmpty(result2.ToLower().Split('|')[1]));
Assert.IsTrue(string.IsNullOrEmpty(result3.ToLower().Split('|')[1]));
}
public void ZeesanKitTests_AllTargetsAmplifiedAndAllTargetsAboveRange_Blank()
{
var tests = new List <MeasurementValues>();
tests.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "38"
});
tests.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "36"
});
tests.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "35"
});
var script = new PcrResultsOnDownloadScript();
var result = script.GetInterpretation(1, tests);
Assert.IsTrue(string.IsNullOrEmpty(result.ToLower().Split('|')[1]));
}
public void PerkinEmler_AllTargets_PositiveNegativeRerunInvalid(string orf1ab, string ngene, string cy5, string actualResult)
{
var test = new List <MeasurementValues>();
test.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = orf1ab
});
test.Add(new MeasurementValues()
{
TestCode = "N-Gene", MeasurementValue = ngene
});
test.Add(new MeasurementValues()
{
TestCode = "IC", MeasurementValue = cy5
});
var script = new PcrResultsOnDownloadScript();
var interpretedResult = script.GetInterpretation(3, test);
Assert.IsTrue(interpretedResult.ToLower().Contains(actualResult));
}
public void ZeesanKitTests_AllTargetsAmplified_Positive()
{
var tests = new List <MeasurementValues>();
tests.Add(new MeasurementValues()
{
TestCode = "ORF1ab", MeasurementValue = "37"
});
tests.Add(new MeasurementValues()
{
TestCode = "N gene", MeasurementValue = "35"
});
tests.Add(new MeasurementValues()
{
TestCode = "SUC2", MeasurementValue = "34"
});
var script = new PcrResultsOnDownloadScript();
var result = script.GetInterpretation(1, tests);
Assert.IsTrue(result.ToLower().Contains("positive"));
}
