Cypher named path

Cypher allows returning paths along with discrete nodes and connections .
The following code demonstart returning a path :

  1: from py2neo import neo4j
  2: from py2neo import node, rel
  3: from py2neo import *
  4: 
  5: graph_db = neo4j.GraphDatabaseService("http://localhost:7474/db/data/")
  6: 
  7: def CreateTheDB ():
  8:     die_hard = graph_db.create(
  9:         node(name="Bruce Willis"),
 10:         node(name="John McClane"),
 11:         node(name="Alan Rickman"),
 12:         node(name="Hans Gruber"),
 13:         node(name="Nakatomi Plaza"),
 14:         rel(0, "PLAYS", 1),
 15:         rel(2, "PLAYS", 3),
 16:         rel(1, "VISITS", 4),
 17:         rel(3, "STEALS_FROM", 4),
 18:         rel(1, "KILLS", 3),
 19:     )
 20: 
 21: CreateTheDB()
 22: 
 23: def handle_row(row):
 24:     print ("cypher query result:")
 25:     node = row[0]
 26:     print (node)
 27:     print (type(node)   )
 28: 
 29: theCyperCode = "START n=node(2) MATCH path =a--n RETURN path"
 30: 
 31: cypher.execute(graph_db, theCyperCode, row_handler=handle_row)

And the result:
cypher query result:
(1)-[:"PLAYS"]->(2)
<class 'py2neo.neo4j.Path'>
cypher query result:
(5)-[:"VISITS"]->(2)
<class 'py2neo.neo4j.Path'>
cypher query result:
(4)-[:"KILLS"]->(2)
<class 'py2neo.neo4j.Path'>

Note the type of the return value :'py2neo.neo4j.Path'

We can extend an complicate the query :
theCyperCode = "START n=node(2) MATCH path =n-->friend-[?]->friend_of_friend RETURN path"
And get and Result:
cypher query result:
(2)-[:"KILLS"]->(4)-[:"STEALS_FROM"]->(5)
<class 'py2neo.neo4j.Path'>