[TestCase("13", "7", "5", 13, 7, 5)] // Can handle both size and precision together.
public void SetColumnSizeAndNumericalAndScalePrecision(
object columnSizeInput,
object precisionInput,
object scaleInput,
int expectedColumnSize,
int expectedPrecision,
int expectedScale)
{
// The *Input above is supposed to be either null or strings.
if (columnSizeInput == null)
{
columnSizeInput = DBNull.Value;
}
if (precisionInput == null)
{
precisionInput = DBNull.Value;
}
var column = new TestableColumnMetaData(null, columnSizeInput, precisionInput, scaleInput);
Assert.AreEqual(expectedColumnSize, column.ColumnSize);
Assert.AreEqual(expectedPrecision, column.NumericalPrecision);
Assert.AreEqual(expectedScale, column.NumericalScale);
}
[TestCase("13", "7", 13, 7)] // Can handle both size and precision together.
public void SetColumnSizeAndNumericalPrecision(object columnSizeInput, object precisionInput,
int expectedColumnSize, int expectedPrecision)
{
// The *Input above is supposed to be either null or strings.
if (columnSizeInput == null)
columnSizeInput = DBNull.Value;
if (precisionInput == null)
precisionInput = DBNull.Value;
var column = new TestableColumnMetaData(null, columnSizeInput, precisionInput);
Assert.AreEqual(expectedColumnSize, column.ColumnSize);
Assert.AreEqual(expectedPrecision, column.NumericalPrecision);
}
