def getMeme(cid, sub):
path = str(os.getcwd() + "/stats/" + str(cid) + "/")
os.makedirs(path, exist_ok=True)
f = Path(path + "bloom.txt")
print(f)
filter = Bloom()
if f.is_file():
file = open(f, "r")
filter.getTable(file)
file.close()
else:
file = open(f, "w+")
global reddit
for s in reddit.subreddit(sub).hot():
if not filter.find(str(s)) and s.is_reddit_media_domain:
filter.insert(str(s))
with open(f, "w") as file:
filter.writeTable(file)
break
request.urlretrieve(s.url, "temp.jpg")
return open("temp.jpg", "rb")
#getMeme(123,"dankmemes")
def simulation():
input = np.random.randint(1, 1000000, size=10000)
test = np.random.randint(1, 1000000, size=1000)
b = Bloom(input, 0.01)
b.train_bloom()
b.test_bloom(test)
def create_collection(self, genome):
section_size = int(len(genome) / (self.k))
for i in range(self.k):
section = genome[i * (section_size):(i + 1) * (section_size)]
bloom = Bloom(1000000000, 0.3)
for k in range(0, len(section) - segment_size + 1):
s = section[k:k + segment_size]
bloom.bloom_add(s)
self.collection.append(bloom)
print("Collection created successfully")
self.collection = tuple(self.collection)
def post(self):
bloom = memcache.get("filter")
if bloom is None:
bloom = Bloom(2**21, 5)
value = self.request.POST["value"]
value_already_included = False
if value in bloom:
value_already_included = True
bloom.add(value)
memcache.set("filter", bloom)
self.redirect("/?success=" + str(not value_already_included)
+ "&value=" + value)
def main():
"""Main function."""
bloom = Bloom(12)
# Add some values to the set
bloom.add("Curie")
bloom.add("Laplace")
# Now test some values
person = "Pasteur"
if (bloom.check(person)):
print("%s is probably in the set." % person)
else:
print("%s is definitely not in the set." % person)
# Test some more values
person = "Curie"
if (bloom.check(person)):
print("%s is probably in the set." % person)
else:
print("%s is definitely not in the set." % person)
# rings, steps = gen_circle(rings=None, pixels_per=pixels_per, offset=0, invert=False)
# layout = layout_from_rings(rings, origin=(0, 0, 0), z_diff=8)
# driver = DriverSimPixel(sum(pixels_per), layout=layout)
# led = LEDCircle(driver, rings=rings, maxAngleDiff=0)
def shutdown():
log.debug('Force close server')
driver.server.close()
time.sleep(2)
sys.exit()
try:
if isinstance(led, LEDMatrix):
anim = Bloom(led, dir=True)
anim.run(amt=2, fps=60)
elif isinstance(led, LEDCube):
# anim = cuby(led, color_list=c_list)
# anim.run(amt=1, fps=8)
anim = Simplex(led, freq=16, octaves=1)
anim.run(amt=1, fps=30)
# anim = Spectrum(led, vis_list=['Spread'], steps_per_vis=None,
# bins=12, max_freq=4000, log_scale=True, auto_gain=False, gain=3)
anim.run(amt=1, fps=8)
elif isinstance(led, LEDCircle):
anim = Diag(led, turns=1, angle=6, direction=False)
anim.run(amt=6, fps=20)
except Exception as e:
shutdown()
raise
def setUp(self):
"""Set up the Bloom Filter table."""
self.size = 10
self.b = Bloom(self.size)
import datetime
from bloom import Bloom
f = open("data/emerson_essays.txt", "r")
sample = f.read()
lines = sample.splitlines()
mb = Bloom()
false_positive = 0
new_key = 0
start_time = datetime.datetime.now()
for line in lines:
if not mb.Add(line):
false_positive += 1
else:
new_key += 1
end_time = datetime.datetime.now()
print(" false_positive : %s - new_key: %s on %s " % (false_positive,new_key, len(lines)))
diff = (start_time-end_time).microseconds
ratio = diff / len(lines)
print("{} ms for ratio: {}".format(diff,ratio))
print(" {} LEN ".format(mb.Len()))
