protected override void Context()
{
_fakedTimeDimension = A.Fake <IDimension>();
_fakedConcentrationDimensionMolar = A.Fake <IDimension>();
_fakedConcentrationDimensionMass = A.Fake <IDimension>();
_fakedErrorDimension = A.Fake <IDimension>();
_fakedImporter = A.Fake <IImporter>();
_fakeDataSet = new DataSet();
_columnInfos = new ColumnInfoCache
{
new ColumnInfo()
{
DisplayName = "Time", Name = "Time"
},
new ColumnInfo()
{
DisplayName = "Concentration", Name = "Concentration"
},
new ColumnInfo()
{
DisplayName = "Error", Name = "Error", IsMandatory = false, RelatedColumnOf = "Concentration"
}
};
_columnInfos["Time"].SupportedDimensions.Add(_fakedTimeDimension);
_columnInfos["Concentration"].SupportedDimensions.Add(_fakedConcentrationDimensionMolar);
_columnInfos["Concentration"].SupportedDimensions.Add(_fakedConcentrationDimensionMass);
_columnInfos["Error"].SupportedDimensions.Add(_fakedErrorDimension);
_columnInfos["Error"].SupportedDimensions.Add(_fakedConcentrationDimensionMass);
var parsedData = new Dictionary <ExtendedColumn, IList <SimulationPoint> >()
{
{
new ExtendedColumn()
{
Column = new Column()
{
Name = "Time",
Unit = new UnitDescription("s")
},
ColumnInfo = _columnInfos["Time"]
},
new List <SimulationPoint>()
{
new SimulationPoint()
{
Unit = "s",
Measurement = 0,
Lloq = double.NaN
},
new SimulationPoint()
{
Unit = "s",
Measurement = 1,
Lloq = double.NaN
},
new SimulationPoint()
{
Unit = "s",
Measurement = 2,
Lloq = double.NaN
}
}
},
{
new ExtendedColumn()
{
Column = new Column()
{
Name = "Concentration",
Unit = new UnitDescription("pmol/l")
},
ColumnInfo = _columnInfos["Concentration"]
},
new List <SimulationPoint>()
{
new SimulationPoint()
{
Unit = "pmol/l",
Measurement = 10,
Lloq = 1
},
new SimulationPoint()
{
Unit = "pmol/l",
Measurement = 0.1,
Lloq = 1
},
new SimulationPoint()
{
Unit = "pmol/l",
Measurement = double.NaN,
Lloq = 1
}
}
},
{
new ExtendedColumn()
{
Column = new Column()
{
Name = "Error",
Unit = new UnitDescription("")
},
ColumnInfo = _columnInfos["Error"]
},
new List <SimulationPoint>()
{
new SimulationPoint()
{
Unit = "",
Measurement = 10,
Lloq = 1
},
new SimulationPoint()
{
Unit = "",
Measurement = 0.1,
Lloq = 1
},
new SimulationPoint()
{
Unit = "",
Measurement = double.NaN,
Lloq = 1
}
}
}
};
A.CallTo(() => _fakedTimeDimension.HasUnit("min")).Returns(true);
A.CallTo(() => _fakedTimeDimension.HasUnit("s")).Returns(true);
A.CallTo(() => _fakedConcentrationDimensionMolar.HasUnit("pmol/l")).Returns(true);
A.CallTo(() => _fakedConcentrationDimensionMass.HasUnit("ng/ml")).Returns(true);
A.CallTo(() => _fakedErrorDimension.HasUnit("pmol/l")).Returns(true);
A.CallTo(() => _fakedConcentrationDimensionMolar.FindUnit("no unit", true)).Returns(null);
A.CallTo(() => _fakedConcentrationDimensionMass.FindUnit("no unit", true)).Returns(null);
A.CallTo(() => _fakedErrorDimension.FindUnit("no unit", true)).Returns(null);
A.CallTo(() => _fakedConcentrationDimensionMolar.FindUnit("ng/ml", true)).Returns(null);
A.CallTo(() => _fakedConcentrationDimensionMass.FindUnit("pmol/l", true)).Returns(null);
_fakeDataSet.AddData(new List <ParsedDataSet>()
{
new ParsedDataSet(new List <string>(), A.Fake <DataSheet>(), new List <UnformattedRow>(),
parsedData)
});
sut = new DataSource(_fakedImporter);
sut.DataSets.Add("sheet1", _fakeDataSet);
}