def create_node(gdb, n, graph):
original_id = n['_slug']
n['_slug'] = defaultfilters.slugify(n['_slug'])[:150]
node_properties = {}
if original_id != n['_slug']:
node_properties['id'] = original_id
node_type_obj = NodeType.objects.filter(name=n['_type'])
if node_type_obj:
default_properties = node_type_obj[0].nodeproperty_set.all()
for dp in default_properties:
node_properties[dp.key] = dp.value
for key, value in n.items():
node_properties[key] = value
result = search_in_index(gdb, n['_slug'], n['_type'], n['_graph'])
if result:
counter = 1
slug = "%s-%s" % (n['_slug'], counter)
result = search_in_index(gdb, slug, n['_type'], n['_graph'])
while result:
counter += 1
slug = "%s-%s" % (n['_slug'], counter)
result = search_in_index(gdb, slug, n['_type'], n['_graph'])
node_properties['_slug'] = slug
node = gdb.node(**node_properties)
node.set('_url', "/".join(node.url.split('/')[-2:]))
idx = gdb.nodes.indexes.get('sylva_nodes')
idx['_slug'][node['_slug']] = node
idx['_type'][node['_type']] = node
idx['_graph'][node['_graph']] = node
sql_node = Node(graph=graph,
node_id=node['_slug'],
node_type=node['_type'])
sql_node.save()
graph.node_set.add(sql_node)
return node
def save(self, *args, **kwargs):
if self.address and not self.pk:
n = Node(address=self.address)
n.save()
self.node_id = n.id
return super(WalkingLocation, self).save()
