def create_node_and_rel(node_key1, node1_list, node1_index_name, rel, node_key2, \
node2_id, node2_index_name, submit_user, k_label, node2_name):
Index = ManualIndexManager(graph) # manage index
group_index = Index.get_or_create_index(Node, node2_index_name)
p_node2_id = p.get_pinyin(node2_id)
p_node2_id = p_node2_id.lower()
c_string = "START end_node=node:%s(%s='%s') RETURN end_node"\
% (node2_index_name, node_key2, p_node2_id)
print c_string
try:
result = graph.run(c_string)
except:
result = []
node_l = []
for i in result:
node_l.append(i[0])
if len(node_l) > 0: #判断对否有该节点存在
return 'group already exist'
else:
group_dict = {}
group_dict['group_name'] = node2_name
group_dict['people'] = '&'.join(node1_list)
group_dict['people_count'] = len(node1_list)
group_dict['create_ts'] = int(time.time())
group_dict['user'] = submit_user
group_dict['k_label'] = '&'.join(k_label.split(','))
group_id = p.get_pinyin(node2_id)
group_id = group_id.lower()
labels = get_special_labels(node1_list)
group_dict['label'] = labels
wiki_link = getUrlByKeyWordList(labels)
group_dict['wiki_link'] = json.dumps(wiki_link)
# es_group.delete(index=group_name, doc_type=group_type, id='*****@*****.**')
es_group.index(index=group_name,
doc_type=group_type,
id=group_id,
body=group_dict)
new_group = Node(group_node, group=group_id)
graph.create(new_group)
group_index.add("group", group_id, new_group)
# return 'succeed'
user_org = search_user_type(node1_list)
user_id = user_org[0]
org_id = user_org[1]
flag = create_rel(node_key1, user_id, node1_index_name, rel, node_key2,
group_id, node2_index_name, submit_user)
node_key11 = org_primary
node11_index_name = org_index_name
info = create_rel(node_key1, org_id, node1_index_name, rel, node_key2,
group_id, node2_index_name, submit_user)
return info
def create_node_and_rel(node_key1, node1_list, node1_index_name, rel, node_key2, \
node2_id, node2_index_name, submit_user, k_label, node2_name):
Index = ManualIndexManager(graph) # manage index
theme_index = Index.get_or_create_index(Node, node2_index_name)
p_node2_id = p.get_pinyin(node2_id)
p_node2_id = p_node2_id.lower()
c_string = "START end_node=node:%s(%s='%s') RETURN end_node"\
% (node2_index_name, node_key2, p_node2_id)
print c_string
try:
result = graph.run(c_string)
except:
result = []
node_l = []
for i in result:
# node1_l
node_l.append(i[0])
if len(node_l) > 0: #判断对否有该节点存在
return 'theme already exist'
else:
theme_dict = {}
theme_dict['topic_name'] = node2_name
theme_dict['event'] = '&'.join(node1_list)
theme_dict['event_count'] = len(node1_list)
theme_dict['create_ts'] = int(time.time())
theme_dict['user'] = submit_user
if k_label:
k_label = '&'.join(k_label.split(','))
theme_dict['k_label'] = k_label
topic_id = p.get_pinyin(node2_id)
topic_id = topic_id.lower()
labels = get_special_labels(node1_list)
theme_dict['label'] = labels
wiki_link = getUrlByKeyWordList(labels)
theme_dict['wiki_link'] = json.dumps(wiki_link)
# es_event.delete(index=special_event_name, doc_type=special_event_type, id='*****@*****.**')
es_event.index(index=special_event_name,
doc_type=special_event_type,
id=topic_id,
body=theme_dict)
new_theme = Node(special_event_node, event=topic_id)
graph.create(new_theme)
theme_index.add("event", topic_id, new_theme)
# return 'succeed'
info = create_rel(node_key1, node1_list, node1_index_name, rel, node_key2,
topic_id, node2_index_name, submit_user)
return info