[Fact]//(Skip = "TODO")]
public void TestFindSpreadsheetsFromCells()
{
var parse = UtilsForTesting.LoadCsvLines("Resources/csv/TestSpreadsheetExtractor-CELLS.csv");
List <Cell> cells = new List <Cell>();
foreach (var record in parse)
{
var top = double.Parse(record[0]); // top
var left = double.Parse(record[1]); // left
var width = double.Parse(record[2]); // width
var height = double.Parse(record[3]); // height
cells.Add(new Cell(new PdfRectangle(left, top, left + width, top + height)));
}
List <TableRectangle> expected = EXPECTED_RECTANGLES.ToList();
Utils.Sort(expected, new TableRectangle.ILL_DEFINED_ORDER());
List <TableRectangle> foundRectangles = SpreadsheetExtractionAlgorithm.FindSpreadsheetsFromCells(cells.Cast <TableRectangle>().ToList());
Utils.Sort(foundRectangles, new TableRectangle.ILL_DEFINED_ORDER());
Assert.Equal(foundRectangles, expected);
}
public void TestNaturalOrderOfRectanglesOneMoreTime()
{
var parse = UtilsForTesting.LoadCsvLines("Resources/csv/TestBasicExtractor-RECTANGLE_TEST_NATURAL_ORDER.csv");
List <TableRectangle> rectangles = new List <TableRectangle>();
foreach (var record in parse)
{
var top = double.Parse(record[0]);
var left = double.Parse(record[1]);
double w = double.Parse(record[2]);
double h = double.Parse(record[3]);
rectangles.Add(new TableRectangle(new PdfRectangle(left, top, left + w, top + h)));
}
Utils.Sort(rectangles, new TableRectangle.ILL_DEFINED_ORDER());
for (int i = 0; i < rectangles.Count - 1; i++)
{
TableRectangle rectangle = rectangles[i];
TableRectangle nextRectangle = rectangles[i + 1];
Assert.True(rectangle.CompareTo(nextRectangle) < 0);
}
}
