def test_linestring_geojson(self):
'''Create a line that goes from west to east (clip on)'''
self.defineGeometry('LINESTRING')
geom = LineString([(-180, 32), (180, 32)])
self.insertTestRow(geom.wkt)
# we should have a line that clips at 0...
# for western hemisphere....
tile_mimetype, tile_content = utils.request(self.config_file_content,
"vector_test", "geojson",
0, 0, 0)
self.assertEqual(tile_mimetype, "text/json")
geojson_result = json.loads(tile_content)
west_hemisphere_geometry = asShape(
geojson_result['features'][0]['geometry'])
expected_geometry = LineString([(-180, 32), (0, 32)])
self.assertTrue(
expected_geometry.almost_equals(west_hemisphere_geometry))
# for eastern hemisphere....
tile_mimetype, tile_content = utils.request(self.config_file_content,
"vector_test", "geojson",
0, 1, 0)
self.assertEqual(tile_mimetype, "text/json")
geojson_result = json.loads(tile_content)
east_hemisphere_geometry = asShape(
geojson_result['features'][0]['geometry'])
expected_geometry = LineString([(0, 32), (180, 32)])
self.assertTrue(
expected_geometry.almost_equals(east_hemisphere_geometry))
def test_linestring_geojson(self):
'''Create a line that goes from west to east (clip on)'''
self.defineGeometry('LINESTRING')
geom = LineString( [(-180, 32), (180, 32)] )
self.insertTestRow(geom.wkt)
# we should have a line that clips at 0...
# for western hemisphere....
tile_mimetype, tile_content = utils.request(self.config_file_content, "vector_test", "geojson", 0, 0, 0)
self.assertEqual(tile_mimetype, "text/json")
geojson_result = json.loads(tile_content)
west_hemisphere_geometry = asShape(geojson_result['features'][0]['geometry'])
expected_geometry = LineString([(-180, 32), (0, 32)])
self.assertTrue(expected_geometry.almost_equals(west_hemisphere_geometry))
# for eastern hemisphere....
tile_mimetype, tile_content = utils.request(self.config_file_content, "vector_test", "geojson", 0, 1, 0)
self.assertEqual(tile_mimetype, "text/json")
geojson_result = json.loads(tile_content)
east_hemisphere_geometry = asShape(geojson_result['features'][0]['geometry'])
expected_geometry = LineString([(0, 32), (180, 32)])
self.assertTrue(expected_geometry.almost_equals(east_hemisphere_geometry))
def test_linestring_geojson(self):
'''Create a line that goes from west to east (clip on)'''
self.defineGeometry('LINESTRING')
geom = LineString( [(-180, 32), (180, 32)] )
self.insertTestRow(geom.wkt)
# we should have a line that clips at 0...
tile_mimetype, tile_content = utils.request(self.config_file_content, "vectile_test", "json", 0, 0, 0)
self.assertTrue(tile_mimetype.endswith('/json'))
geojson_result = json.loads(tile_content.decode('utf8'))
west_hemisphere_geometry = asShape(geojson_result['features'][0]['geometry'])
expected_geometry = LineString([(-180, 32), (180, 32)])
self.assertTrue(expected_geometry.almost_equals(west_hemisphere_geometry))
def test_linestring_geojson(self):
"""Create a line that goes from west to east (clip on)"""
self.defineGeometry("LINESTRING")
geom = LineString([(-180, 32), (180, 32)])
self.insertTestRow(geom.wkt)
# we should have a line that clips at 0...
tile_mimetype, tile_content = utils.request(self.config_file_content, "vectile_test", "json", 0, 0, 0)
self.assertTrue(tile_mimetype.endswith("/json"))
geojson_result = json.loads(tile_content)
west_hemisphere_geometry = asShape(geojson_result["features"][0]["geometry"])
expected_geometry = LineString([(-180, 32), (180, 32)])
self.assertTrue(expected_geometry.almost_equals(west_hemisphere_geometry))
def test_linestring_geojson(self):
'''Create a line that goes from west to east (clip on)'''
self.defineGeometry('LINESTRING')
geom = LineString([(-180, 32), (180, 32)])
self.insertTestRow(geom.wkt)
# we should have a line that clips at 0...
tile_mimetype, tile_content = utils.request(self.config_file_content,
"vectile_test", "json", 0,
0, 0)
self.assertTrue(tile_mimetype.endswith('/json'))
geojson_result = json.loads(tile_content.decode('utf8'))
west_hemisphere_geometry = asShape(
geojson_result['features'][0]['geometry'])
expected_geometry = LineString([(-180, 32), (180, 32)])
self.assertTrue(
expected_geometry.almost_equals(west_hemisphere_geometry))
