from timeit import Timer
t = Timer(lambda: add_graph(5000, 5000, atlas))
print t.timeit(number=1)
logger.info("adding function to a vertex:")
alex = Vertex(atlas,
properties={
"name_as_string": "alex",
"age_as_integer": 28
}).save()
rand = Vertex(atlas,
properties={
"name_as_string": "rand",
"age_as_integer": 28
}).save()
mael = Vertex(atlas,
properties={
"name_as_string": "mael",
"age_as_integer": 31
}).save()
e1 = Edge(atlas, alex, rand, "friend", {}).save()
e2 = Edge(atlas, alex, mael, "friend", {}).save()
friends_of_friends = """me = g.v(_id)
friends = me.both('friend').toList()
me.both('friend').both('friend').dedup().except([me]).except(friends)
"""
print rand.execute(friends_of_friends, {})
nodes += [v]
for i in range(ne):
v1 = choice(nodes)
v2 = choice(nodes)
while v2 == v1:
v2 = choice(nodes)
e = Edge(handler, v1, v2, "likes", properties = {"how_much_as_integer" : 2})
e.save()
logger.info("adding 5000 nodes and 5000 edges")
from timeit import Timer
t = Timer(lambda: add_graph(5000, 5000, atlas))
print t.timeit(number=1)
logger.info("adding function to a vertex:")
alex = Vertex(atlas, properties = {"name_as_string" : "alex", "age_as_integer" : 28}).save()
rand = Vertex(atlas, properties = {"name_as_string" : "rand", "age_as_integer" : 28}).save()
mael = Vertex(atlas, properties = {"name_as_string" : "mael", "age_as_integer" : 31}).save()
e1 = Edge(atlas, alex, rand, "friend", {}).save()
e2 = Edge(atlas, alex, mael, "friend", {}).save()
friends_of_friends = """me = g.v(_id)
friends = me.both('friend').toList()
me.both('friend').both('friend').dedup().except([me]).except(friends)
"""
print rand.execute(friends_of_friends, {})
