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 add_node(self, node):
"""
Adds a node to this graph
Arguments:
node -- a dictionary representing a Node instance or an actual models.Node instance
"""
if not isinstance(node, models.Node):
nodeobj = node.copy()
node = models.Node()
node.nodeid = nodeobj.get('nodeid', None)
node.name = nodeobj.get('name', '')
node.description = nodeobj.get('description', '')
node.istopnode = nodeobj.get('istopnode', '')
node.ontologyclass = nodeobj.get('ontologyclass', '')
node.datatype = nodeobj.get('datatype', '')
node.nodegroup_id = nodeobj.get('nodegroupid', '')
node.branchmetadata_id = nodeobj.get('branchmetadataid', '')
if node.nodegroup_id != None and node.nodegroup_id != '':
node.nodegroup = models.NodeGroup(pk=node.nodegroup_id,
cardinality=nodeobj.get(
'cardinality', ''))
if node.pk == None:
node.pk = uuid.uuid1()
if node.nodegroup != None:
self.nodegroups[node.nodegroup.pk] = node.nodegroup
self.nodes[node.pk] = node
return node
def add_node(self, node, nodegroups=None):
"""
Adds a node to this graph
Arguments:
node -- a dictionary representing a Node instance or an actual models.Node instance
"""
if not isinstance(node, models.Node):
nodeobj = node.copy()
node = models.Node()
node.nodeid = nodeobj.get('nodeid', None)
node.name = nodeobj.get('name', '')
node.description = nodeobj.get('description', '')
node.istopnode = nodeobj.get('istopnode', '')
node.ontologyclass = nodeobj.get('ontologyclass', '')
node.datatype = nodeobj.get('datatype', '')
node.nodegroup_id = nodeobj.get('nodegroup_id', '')
node.config = nodeobj.get('config', None)
node.issearchable = nodeobj.get('issearchable', True)
node.nodeid = uuid.UUID(str(node.nodeid))
if node.nodegroup_id != None and node.nodegroup_id != '':
node.nodegroup_id = uuid.UUID(str(node.nodegroup_id))
node.nodegroup = self.get_or_create_nodegroup(
nodegroupid=node.nodegroup_id)
if nodegroups is not None and str(
node.nodegroup_id) in nodegroups:
node.nodegroup.cardinality = nodegroups[str(
node.nodegroup_id)]["cardinality"]
node.nodegroup.legacygroupid = nodegroups[str(
node.nodegroup_id)]["legacygroupid"]
node.nodegroup.parentnodegroupid = nodegroups[str(
node.nodegroup_id)]["parentnodegroup_id"]
else:
node.nodegroup = None
node.graph = self
if self.ontology == None:
node.ontologyclass = None
if node.pk == None:
node.pk = uuid.uuid1()
if node.istopnode:
self.root = node
self.nodes[node.pk] = node
return node
def add_node(self, node):
"""
Adds a node to this graph
Arguments:
node -- a dictionary representing a Node instance or an actual models.Node instance
"""
if not isinstance(node, models.Node):
nodeobj = node.copy()
node = models.Node()
node.nodeid = nodeobj.get('nodeid', None)
node.name = nodeobj.get('name', '')
node.description = nodeobj.get('description', '')
node.istopnode = nodeobj.get('istopnode', '')
node.ontologyclass = nodeobj.get('ontologyclass', '')
node.datatype = nodeobj.get('datatype', '')
node.nodegroup_id = nodeobj.get('nodegroup_id', '')
node.validations.set(nodeobj.get('validations', []))
if node.nodegroup_id != None and node.nodegroup_id != '':
node.nodegroup_id = uuid.UUID(str(node.nodegroup_id))
node.nodegroup = self.get_or_create_nodegroup(
nodegroupid=node.nodegroup_id)
else:
node.nodegroup = None
node.graph = self
if self.ontology == None:
node.ontologyclass = None
if node.pk == None:
node.pk = uuid.uuid1()
if node.istopnode:
self.root = node
self.nodes[node.pk] = node
return node