def test_Geojson():
# Data with Polygon and Point
result = getPolygon.getPolygon("getPolygonData.geojson", file_path)
assert result == ([(3.5595703125, 46.558860303117164),
(13.9306640625, 46.558860303117164),
(13.9306640625, 51.23440735163459),
(3.5595703125, 51.23440735163459)], None)
def test_ShapeFile():
result = getPolygon.getPolygon("POLYGON.shp", file_path)
assert result == ([(51.94246595679555, 7.5951576232910165),
(51.94341833637654, 7.594213485717774),
(51.95341710118838, 7.606229782104492),
(51.95727846118796, 7.613525390624999),
(51.95648505819626, 7.61824607849121),
(51.94447651219544, 7.59953498840332)], None)
def polyOption(path, name):
res = poly.getPolygon(name, path)
if res[0] is not None:
return res[0]
else:
return res[1]
def test_FalseInputFile():
falseInput = getPolygon.getPolygon("falsetime.geojson", file_path)
assert falseInput == (None, 'File Error!')
def test_ErrorFile():
errorfile = getPolygon.getPolygon("error.file", file_path)
assert errorfile == (None, 'type .file not yet supported')
def test_NetCdf():
result = getPolygon.getPolygon("cami_0000-09-01_64x128_L26_c030918.nc",
file_path)
assert result == ([(0.0, -87.86379883923348), (0.0, 87.86379883923263),
(357.1875, 87.86379883923263),
(357.1875, -87.86379883923348)], None)
def test_LineGeojson():
result = getPolygon.getPolygon("lineString.geojson", file_path)
assert result == ([(6.564331, 51.119041), (7.099915, 51.108696),
(6.995544, 51.280817)], None)