def test_element(self):
tests = [
("self.testbrd5.get_element('U1_8_DISPLAY_2').get_geometry(layer_query='Top')",
6132383853822173047, "#ff0000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd1).get_elements().get_geometry())",
3019186457803611298, "#000000"),
("self.testbrd1.get_element('U$1').get_geometry()",
-3905289220812110970, "#000000"),
("self.testbrd1.get_element('U$2').get_geometry()",
7149781817599939921, "#000000"),
("self.testbrd1.get_element('U$2').get_geometry(layer_query='Top')",
-592898454734508401, "#ff0000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd1).get_elements().get_geometry(layer_query='Top'))",
8175878824730081580, "#ff0000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry())",
8284983521792206760, "#000000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry(layer_query='tPlace'))",
1859631802219965328, "#000000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry(layer_query='bPlace'))",
2736247162424655875, "#000000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_element('U$1').get_geometry(layer_query='Top'))",
3934072499983631454, "#ff0000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_element('U$1').get_geometry(layer_query='Bottom'))",
-2769906635547204865, "#0000ff"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry(layer_query='tTest2'))",
-7429633510224712854, "#ff00ff"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry(layer_query='bTest2'))",
-4332886659677625739, "#ff00ff"),
#("shapely.ops.cascaded_union(self.boardtest.get_geometry())", 3638586739369071119, "#000000"),
("shapely.ops.cascaded_union(self.curvetest.get_geometry())",
-1509359968350351720, "#000000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry(layer_query='Holes'))",
7495755189664780231, "#000000"),
("shapely.ops.cascaded_union(Swoop.From(self.testbrd2).get_elements().get_geometry(layer_query='tKeepout', polygonize_wires=SEFP.POLYGONIZE_BEST_EFFORT))",
8476310128833764099, "#000000"),
("shapely.ops.cascaded_union(Swoop.From(self.textTest).get_geometry(layer_query='tPlace', polygonize_wires=SEFP.POLYGONIZE_BEST_EFFORT))",
1368976510290104576, "#000000")
]
c = 0
# We compare the geometry the commands produced with a hash of the
# correct geometry. If you need to update the correct answers,
# uncomment the "dump" below, and comment out the assert. Run
# "frameworkpython -m unittest test_Shapely.TestShapely.test_element"
# and then look at all ???.pdf files. Check that they correct. When
# they are replace the array above with the output of the command.
# It's the commands with the updated hashes. Questions? ask Steve.
for i in tests:
geo = eval(i[0])
#dump(i, geo, i[0], c, i[2])
#print(geo)
self.assertEqual(hash_geo(geo), i[1],
"Geometry failure on test {}".format(c))
c = c + 1
def dump(test, geo, title, c, color):
hash = hash_geo(geo)
print("""("{}", {}, "{}"),""".format(test[0], hash, test[2]))