def setUp(cls):
cls.VALUE_KEY = "@display_value"
cls.RESOURCE_KEY = "resource"
cls.DISPLAY_DESCRIPTION_KEY = "displaydescription"
cls.DISPLAY_NAME_KEY = "displayname"
cls.GRAPH_ID_KEY = "graph_id"
cls.LEGACY_ID_KEY = "legacyid"
cls.MAP_POPUP_KEY = "map_popup"
cls.RESOURCE_INSTANCE_ID_KEY = "resourceinstanceid"
cls.nodegroup = models.NodeGroup()
cls.grouping_node = models.Node(datatype="semantic",
name="Test Node Grouping",
nodegroup=cls.nodegroup)
cls.string_node = models.Node(datatype="string", name="Test Node")
cls.grouping_tile = models.TileModel(data={},
nodegroup_id=str(
cls.grouping_node.pk))
cls.string_tile = models.TileModel(
data={str(cls.string_node.pk): "value_1"},
nodegroup_id=str(cls.string_node.pk))
cls.grouping_node.nodegroupid = cls.grouping_node.nodeid
cls.string_node.nodegroupid = cls.string_node.nodeid
# let's mock Resource since it's minimally used
# and complex to get `displayname`
cls.test_resource = mock.Mock(displayname="Test Resource", tiles=[])
def setUp(cls):
cls.grouping_node = models.Node(datatype="semantic", name="Test Node Grouping")
cls.string_node = models.Node(datatype="string", name="Test Node")
cls.grouping_tile = models.TileModel(data={}, nodegroup_id=str(cls.grouping_node.pk))
cls.string_tile = models.TileModel(data={str(cls.string_node.pk): "value_1"}, nodegroup_id=str(cls.string_node.pk))
# le'ts mock Resource since it's minimally used
# and complex to get `displayname`
cls.test_resource = mock.Mock(displayname="Test Resource", tiles=[])
def test_handles_node_with_multiple_values(self, mock_Node):
mock_Node.objects.get.return_value = self.string_node
duplicate_node_tile = models.TileModel(data={str(self.string_node.pk): "value_2"}, nodegroup_id=str(self.string_node.pk))
self.test_resource.tiles.append(self.string_tile)
self.test_resource.tiles.append(duplicate_node_tile)
label_based_graph = LabelBasedGraph.from_resource(resource=self.test_resource, compact=False, hide_empty_nodes=False)
self.assertEqual(
label_based_graph,
{
self.string_node.name: [
{
NODE_ID_KEY: str(self.string_node.pk),
TILE_ID_KEY: str(self.string_tile.pk),
VALUE_KEY: self.string_tile.data[str(self.string_node.pk)],
},
{
NODE_ID_KEY: str(self.string_node.pk),
TILE_ID_KEY: str(duplicate_node_tile.pk),
VALUE_KEY: duplicate_node_tile.data[str(self.string_node.pk)],
},
],
},
)
def test_handles_node_with_multiple_values(self, mock_Node,
mock_NodeGroup):
mock_Node.objects.get.return_value = self.string_node
mock_NodeGroup.objects.filter.return_value.values.return_value = [{
"nodegroupid":
self.string_tile.nodegroup_id,
"cardinality":
"1"
}]
duplicate_node_tile = models.TileModel(
data={str(self.string_node.pk): "value_2"},
nodegroup_id=str(self.string_node.pk))
self.test_resource.tiles.append(self.string_tile)
self.test_resource.tiles.append(duplicate_node_tile)
label_based_graph = LabelBasedGraph.from_resource(
resource=self.test_resource, compact=False, hide_empty_nodes=False)
self.assertEqual(
label_based_graph,
{
self.RESOURCE_KEY: {
self.string_node.name: [
{
NODE_ID_KEY:
str(self.string_node.pk),
TILE_ID_KEY:
str(self.string_tile.pk),
self.VALUE_KEY:
self.string_tile.data[str(self.string_node.pk)],
},
{
NODE_ID_KEY:
str(self.string_node.pk),
TILE_ID_KEY:
str(duplicate_node_tile.pk),
self.VALUE_KEY:
duplicate_node_tile.data[str(self.string_node.pk)],
},
],
},
self.DISPLAY_DESCRIPTION_KEY: mock.ANY,
self.DISPLAY_NAME_KEY: mock.ANY,
self.GRAPH_ID_KEY: mock.ANY,
self.LEGACY_ID_KEY: mock.ANY,
self.MAP_POPUP_KEY: mock.ANY,
self.RESOURCE_INSTANCE_ID_KEY: mock.ANY,
},
)
def update_tile_name_node(tile, name_nodegroupid, name_nodeid,
related_nodeid):
# set tile for name using descriptor for rel resource
related_resource_tile = models.TileModel.objects.get(
resourceinstance=tile.resourceinstance,
nodegroup_id=related_nodeid)
if len(related_resource_tile.data[related_nodeid]) > 0:
related_resource_ref = related_resource_tile.data[
related_nodeid][0]
related_resource = Resource.objects.get(
resourceinstanceid=related_resource_ref["resourceId"])
# create a new tile on the original resourceinstance concat "graph.name + 'of' + related_resource_name"
new_tile = models.TileModel()
new_tile.nodegroup = models.NodeGroup.objects.get(
nodegroupid=name_nodegroupid)
new_tile.resourceinstance = tile.resourceinstance
name = tile.resourceinstance.graph.name + " of " + related_resource.displayname
new_tile.data = {name_nodeid: name}
new_tile_tileid = new_tile.tileid
new_tile.save()
def save(self, tile, request):
tile_edits = json.loads(request.POST.get('data'))['data']
if request:
address = {
"geometry": {
"spatialReference": {
"wkid": 102100,
"latestWkid": 3857
}
},
"attributes": {
"EAS_BaseID": None,
"EAS_SubID": None,
"CNN": None,
"Address": None,
"Address_Number": None,
"Address_Number_Suffix": None,
"Street_Name": None,
"Street_Type": None,
"Unit_Number": None,
"Zipcode": None,
"Block_Lot": None,
"Longitude": None,
"Latitude": None,
"Location": None
}
}
payload = {
"adds":[],
"updates":[],
"deletes":'',
"attachments":[],
"rollbackOnFailure": False,
"useGlobalIds": False,
"f": "pjson",
"token": "tTzVkJ7RPpZmqmlxc7xVBaORWK8vIKQenSkbmK13OnDfIHNKaNCIaH3i6Nz1AUbdnqkEsz8HuA-QqYrndP4yyqgov0NUgabK3lOO19erL-YYPtbIhEzahbSeQ0wPkJx1TH7RVL-gJ9m3iBsV9Affr0NczrLunSdj6rsa1Kg4QI8fTWpdgj0VCy7FaANWggjI6b7kDATtb43W9-hHxmndcjEU9S7lBzCfTty1b4GnAF3dmYhoh4ZBLC-XpsLetKEJ"
}
field_lookup = {
"29862afe-4746-11e8-88b1-0242ac120006": "Block_Lot",
"1a08f610-4746-11e8-b7cc-0242ac120006": "Street Name",
"1a08fbd8-4746-11e8-b7cc-0242ac120006": "Address_Number",
"1a08f3cc-4746-11e8-b7cc-0242ac120006": "Address_Number_Suffix",
"1a08f80e-4746-11e8-b7cc-0242ac120006": "CNN",
}
geometry_node = '2ad20702-4746-11e8-a9a0-0242ac120006'
result_node = models.Node.objects.get(pk='1a08f3cc-4746-11e8-b7cc-0242ac120006')
external_reference = Tile.objects.filter(nodegroup=result_node.nodegroup).filter(resourceinstance=tile.resourceinstance_id)
tiles = Tile.objects.filter(resourceinstance=tile.resourceinstance_id)
has_geom = False
for tile in tiles:
for tile_node, tile_value in tile.data.iteritems():
# if models.Node.objects.get(pk=tile_node).datatype == 'geojson-feature-collection':
if tile_node == geometry_node:
geom = GEOSGeometry(json.dumps(tile_value['features'][0]['geometry']), srid=4326)
geom.transform(3857)
address['geometry']['x'] = geom.x
address['geometry']['y'] = geom.y
has_geom = True
if tile_node in field_lookup:
address["attributes"][field_lookup[tile_node]] = str(tile_value)
for edit_node, edit_value in tile_edits.iteritems():
if edit_node == geometry_node:
geom = GEOSGeometry(json.dumps(edit_value['features'][0]['geometry']), srid=4326)
geom.transform(3857)
address['geometry']['x'] = geom.x
address['geometry']['y'] = geom.y
has_geom = True
if edit_node in field_lookup:
address["attributes"][field_lookup[edit_node]] = str(edit_value)
if has_geom:
if len(external_reference) != 0:
address["attributes"]["FID"] = int(external_reference[0].data["1a08f3cc-4746-11e8-b7cc-0242ac120006"])
payload["updates"].append(address)
else:
payload["adds"].append(address)
data = urllib.urlencode(payload).replace('None', 'null')
url = self.config['external_address_url'] + '/applyEdits'
req = urllib2.Request(url, data)
f = urllib2.urlopen(req)
response = f.read()
response = json.loads(response)
pp(payload)
pp(response)
if len(response['addResults']) > 0:
if response['addResults'][0]['success'] == True:
result_tile = models.TileModel()
result_tile.resourceinstance = models.ResourceInstance.objects.get(pk=tile.resourceinstance_id)
result_tile.data = {"1a08f3cc-4746-11e8-b7cc-0242ac120006": str(response['addResults'][0]['objectId'])}
result_tile.nodegroup = result_node.nodegroup
result_tile.save()
f.close()
return tile
