def test_point_serialization(self):
latitude = 80
longitude = 100
point = Point(latitude, longitude)
writer = JanusGraphSONWriter().build()
graphSON = writer.writeObject(point)
expectedJSON = dict()
expectedJSON["@type"] = "janusgraph:Geoshape"
expectedJSON["@value"] = dict()
expectedJSON["@value"]["type"] = "Point"
expectedJSON["@value"]["coordinates"] = list()
expectedJSON["@value"]["coordinates"].append({
"@type": "g:Double",
"@value": float(longitude)
})
expectedJSON["@value"]["coordinates"].append({
"@type": "g:Double",
"@value": float(latitude)
})
actualGson = json.loads(graphSON)
self.assertEqual(actualGson, expectedJSON)
class TestCircleSerialization(unittest.TestCase):
def setUp(self):
self.latitude = 80
self.longitude = 100
self.radius = 5
self.circle = Circle(self.longitude, self.latitude, self.radius)
self.writer = JanusGraphSONWriter().build()
pass
def test_circle_serialization(self):
graphSON = self.writer.writeObject(self.circle)
expectedJSONStr = "{\"@type\":\"janusgraph:Geoshape\",\"@value\":{\"geometry\":{\"type\":\"Circle\", \
\"coordinates\":[{\"@type\":\"g:Double\",\"@value\":" + str(
self.latitude) + "},\
{\"@type\":\"g:Double\",\"@value\":" + str(
self.longitude) + "}], \"radius\":{\"@type\":\"g:Double\",\
\"@value\":" + str(
self.radius
) + "},\"properties\":{\"radius_units\":\"km\"}}}}"
actualGson = json.loads(graphSON)
expectedGson = json.loads(expectedJSONStr)
self.assertEqual(actualGson, expectedGson)
pass
class TestCircleSerialization(unittest.TestCase):
def setUp(self):
self.latitude = 80
self.longitude = 100
self.point = Point(self.longitude, self.latitude)
self.writer = JanusGraphSONWriter().build()
pass
def test_point_serialization(self):
graphSON = self.writer.writeObject(self.point)
expectedJSONStr = "{\"@type\":\"janusgraph:Geoshape\",\"@value\":{\"type\":\"Point\", \
\"coordinates\":[{\"@type\":\"g:Double\",\"@value\":" + str(
self.latitude) + "},\
{\"@type\":\"g:Double\",\"@value\":" + str(
self.longitude) + "}]}}"
actualGson = json.loads(graphSON)
expectedGson = json.loads(expectedJSONStr)
self.assertEqual(actualGson, expectedGson)
pass
def test_relationID_serialization(self):
relationID = "74q-9n4-b2t-cr4"
edge = RelationIdentifier(relationID)
writer = JanusGraphSONWriter().build()
graphSON = writer.writeObject(edge)
expectedJSON = dict()
expectedJSON["@type"] = "janusgraph:RelationIdentifier"
expectedJSON["@value"] = {"relationId": relationID}
actualJSON = json.loads(graphSON)
self.assertEqual(expectedJSON, actualJSON)
class TestRelationIdentifierSerializer(unittest.TestCase):
def setUp(self):
self.relationID = "74q-9n4-b2t-cr4"
self.edge = RelationIdentifier(self.relationID)
self.writer = JanusGraphSONWriter().build()
pass
def test_relationID_serialization(self):
graphSON = self.writer.writeObject(self.edge)
expectedJSONStr = "{\"@type\":\"janusgraph:RelationIdentifier\",\"@value\": {\"relationId\": \"" + self.relationID + "\"}}"
expectedJSON = json.loads(expectedJSONStr)
actualJSON = json.loads(graphSON)
self.assertEqual(expectedJSON, actualJSON)
pass
def test_circle_serialization(self):
latitude = 80
longitude = 100
radius = 5
circle = Circle(latitude, longitude, radius)
writer = JanusGraphSONWriter().build()
graphSON = writer.writeObject(circle)
expectedJSON = dict()
expectedJSON["@type"] = "janusgraph:Geoshape"
expectedJSON["@value"] = dict()
expectedJSON["@value"]["geometry"] = dict()
expectedJSON["@value"]["geometry"]["type"] = "Circle"
expectedJSON["@value"]["geometry"]["coordinates"] = list()
expectedJSON["@value"]["geometry"]["coordinates"].append({
"@type":
"g:Double",
"@value":
float(longitude)
})
expectedJSON["@value"]["geometry"]["coordinates"].append({
"@type":
"g:Double",
"@value":
float(latitude)
})
expectedJSON["@value"]["geometry"]["radius"] = dict()
expectedJSON["@value"]["geometry"]["radius"]["@type"] = "g:Double"
expectedJSON["@value"]["geometry"]["radius"]["@value"] = radius
expectedJSON["@value"]["geometry"]["properties"] = {
"radius_units": "km"
}
actualGson = json.loads(graphSON)
self.assertEqual(actualGson, expectedJSON)