def get_path():
start = time.time()
src = flask.request.args['source']
tgt = flask.request.args['target']
s = get_matching_node(src,key_id,data_dict)
t = get_matching_node(tgt,key_id,data_dict)
path = nx.shortest_path(G1,int(s),int(t))
g = nx.Graph()
g.add_path(path)
links = get_links(g,'path')
r = {'data':links}
return json.dumps(r)
def get_neighbors():
start = time.time()
node = flask.request.args['node']
node = get_matching_node(node,key_id,data_dict)
NodeVec = snap.TIntV()
n_nodes = snap.GetNodesAtHop(G,int(node),1,NodeVec,False)
nodes = [item for item in NodeVec]
l = []
for n in nodes:
x1 = data_dict[str(id_key[str(node)])]
x2 = data_dict[str(id_key[str(n)])]
l.append({'source': x1[1]+'('+str(x1[0])+')', 'target':x2[1]+'('+str(x2[0])+')'})
r = {'data':l}
return json.dumps(r)