public void HavingARowContainingACellAndBorder_WhenCalculatingLayout_ThenRowSizeIsEqualToTheCellSizePlusBorder()
{
CellX cellX1 = new CellX
{
Content = "value 1"
};
cellX1.CalculateLayout();
DataGridBorderX dataGridBorderX = new DataGridBorderX
{
Template = BorderTemplate.PlusMinusBorderTemplate
};
RowX rowX = new RowX
{
Cells = new List <CellX>
{
cellX1
},
Border = dataGridBorderX
};
rowX.CalculateLayout();
Size expected = new Size(9, 1);
Assert.AreEqual(expected, rowX.Size);
}
public void HavingARowContainingBorderAndNoCellList_WhenCalculatingLayout_ThenRowSizeIsEqualToTwiceTheBorderWidth()
{
DataGridBorderX dataGridBorderX = new DataGridBorderX
{
Template = BorderTemplate.PlusMinusBorderTemplate
};
RowX rowX = new RowX
{
Border = dataGridBorderX
};
rowX.CalculateLayout();
Size expected = new Size(2, 0);
Assert.AreEqual(expected, rowX.Size);
}
public void WhenWritingOneBorderAndOneRow_ThenOutputContainsBorderRowBorder()
{
using (MemoryStream ms = new MemoryStream())
{
TableTextStreamWriter tableTextStreamWriter = new TableTextStreamWriter(ms);
BorderX borderX = new BorderX();
tableTextStreamWriter.EnqueueHorizontalBorder(borderX);
RowX rowX = new RowX();
tableTextStreamWriter.WriteRow(rowX, borderX);
tableTextStreamWriter.EndTable();
string expected = string.Empty;
AssertOutput(ms, expected);
}
}
public void HavingARowContainingACellAndNoBorder_WhenCalculatingLayout_ThenRowSizeIsEqualToTheCellSize()
{
CellX cellX1 = new CellX
{
Content = "value 1"
};
cellX1.CalculateLayout();
RowX rowX = new RowX
{
Cells = new List <CellX>
{
cellX1
}
};
rowX.CalculateLayout();
Size expected = new Size(7, 1);
Assert.AreEqual(expected, rowX.Size);
}
public void WriteRow(RowX rowX)
{
}
