def testAppendPolygon(self):
map = createMap(self.testdatadir)
map.open(mode="a")
parks, group = map.getLayerAndGroupByName("00_Parks")
parks.open("a")
# Add a new park
park = (((16.1837837893217511,58.5911206585042237),(16.1834987729198474,58.5916966585245973),(16.1834275188193715,58.5918046585284173),(16.1833562647188955,58.5918586585303274),(16.1843538221255585,58.5919486585335108),(16.1843894491757965,58.5911746585061337),(16.1844963303265104,58.5911206585042237),(16.1837837893217511,58.5911206585042237)),)
newpark = CellElementArea(park, objtype=13)
newbbox = newpark.bboxrec.union(parks.bboxrec)
newbbox = newbbox.buffer(parks.scale)
# parks.setBBoxRec(newbbox)
actual = Set([ce for ce in parks.getCellElements()])
expected = actual.copy()
newpark.discretizeGeometry(parks.getCell(1))
parks.addCellElement(newpark)
expected.add(newpark)
actual = Set([ce for ce in parks.getCellElements()])
# Test if the new parks exists in the layer object
self.assertEqual(actual, expected)
# Test if the new street was written to file
parks.close()
del parks
del map
map = createMap(self.testdatadir)
map.open(mode="a")
parks, group = map.getLayerAndGroupByName("00_Parks")
parks.open("r")
# actual = Set([ce.serialize(cell) for ce in parks.getCellElements()])
# expected = Set([ce.serialize(cell) for ce in expected])
actual = Set([ce for ce in parks.getCellElements()])
