def populate():
for i in range(1, 10000):
obj = {}
obj['user'] = i % 200
obj['msg'] = make_string(100)
_id = db.long.insert(obj)
user_2_msg[i % 200].append(_id)
def populate():
for i in range(1, 10000):
obj = {}
obj['user'] = i % 200
obj['msg'] = make_string(100)
_id = db.long.insert(obj)
user_2_msg[i % 200].append(_id)
def read_it_str():
# I know this string exists in the DB.
giant_l = ["RGOSECGLXZHOSZRTNUYOLFGETJIGMYWKJJSGTKHJFTJNPOFKESAEMKELHXYXUXLMRBQWKQUANATQXKINKXMYKFAAIBTXVLDYJDO"]
for i in range(1, 100000):
giant_l.append(make_string(100))
print "reading on strings"
with timer():
results = do_read_str(giant_l[0:1])
with timer():
results = do_read_str(giant_l[0:10])
with timer():
results = do_read_str(giant_l[0:100])
with timer():
results = do_read_str(giant_l[0:1000])
with timer():
results = do_read_str(giant_l[0:10000])
with timer():
results = do_read_str(giant_l[0:100000])
def test_make_string_with_nums_unsorted(self):
self.assertEqual("11 33 22", main.make_string([11, 33, 22]))
def test_make_string_with_nums(self):
self.assertEqual("1 2 3", main.make_string([1, 2, 3]))
def test_make_string_empty(self):
self.assertEqual("", main.make_string([]))
