def test_sign(): params = setup() # user parameters m = 10 # signer 1 (sk1, vk1) = keygen(params) sig1 = sign(params, sk1, m) # signer 2 (sk2, vk2) = keygen(params) sig2 = sign(params, sk2, m) # affregate signatures sig = aggregate_sign(sig1, sig2) # randomize signature randomize(params, sig) # aggregate keys vk = aggregate_keys(vk1, vk2) # verify signature assert verify(params, vk, m, sig)
def test_threshold_mix_sign(): q = 7 # number of messages hidden_m = [10] * 2 # hideen message clear_m = [3] * 1 # clear messages t, n = 2, 3 params = setup(q) (priv, pub) = elgamal_keygen(params) # El Gamal keypair # generate commitment and encryption for mix signature (cm, c, proof_s) = prepare_mix_sign(params, clear_m, hidden_m, pub) # generate key (sk, vk, vvk) = mix_ttp_th_keygen(params, t, n, q) # sign enc_sigs = [mix_sign(params, ski, cm, c, pub, proof_s, clear_m) for ski in sk] (h, enc_epsilon) = zip(*enc_sigs) sigs = [(h[0], elgamal_dec(params, priv, enc)) for enc in enc_epsilon] # aggregate signatures sig = aggregate_th_sign(params, sigs) # randomize signature sig = randomize(params, sig) # generate kappa and proof of correctness (kappa, proof_v) = show_mix_sign(params, vvk, hidden_m) # verify signature assert mix_verify(params, vvk, kappa, sig, proof_v, clear_m)
def test_threshold_blind_sign(): params = setup() # user parameters m = 10 t, n = 2, 4 # generate key (sk, vk, vvk) = ttp_th_keygen(params, t, n) (priv, pub) = elgamal_keygen(params) # generate commitment and encryption for blind signature (cm, c, proof_s) = prepare_blind_sign(params, m, pub) # sign blind_sigs = [blind_sign(params, ski, cm, c, pub, proof_s) for ski in sk] (h, enc_sig) = zip(*blind_sigs) sigs = [(h[0], elgamal_dec(params, priv, enc_sigi)) for enc_sigi in enc_sig] # affregate signatures sig = aggregate_th_sign(params, sigs) # randomize signature sig = randomize(params, sig) # generate kappa and proof of correctness (kappa, proof_v) = show_blind_sign(params, vvk, m) # verify signature assert blind_verify(params, vvk, kappa, sig, proof_v)
def execute():
first_user = setup()
second_user = setup()
first_user.get('https://bairdchat.azurewebsites.net')
second_user.get('https://bairdchat.azurewebsites.net')
actions1 = ActionChains(first_user)
actions2 = ActionChains(second_user)
time.sleep(2)
first_name_input = first_user.find_element_by_id('userInput')
second_name_input = second_user.find_element_by_id('userInput')
first_connect = first_user.find_element_by_id('connection-form-btn')
second_connect = second_user.find_element_by_id('connection-form-btn')
type_in_el(first_name_input, "John Doe")
type_in_el(second_name_input, "Moto Moto")
time.sleep(4)
click_el(actions1, first_connect)
click_el(actions2, second_connect)
time.sleep(2)
first_message_input = first_user.find_element_by_id('messageInput')
second_message_input = second_user.find_element_by_id('messageInput')
type_in_el(first_message_input, "Howdy!")
type_in_el(second_message_input, "You as big as you plumpy!")
enter(first_message_input)
enter(second_message_input)
time.sleep(3)
first_user.close()
second_user.close()
def execute():
browser = setup()
browser.get("https://zachbaird.me")
# Wait for the browser to load the page.
time.sleep(2)
actions = ActionChains(browser)
theme_switch = browser.find_element_by_id('input-25')
click_el(actions, theme_switch)
time.sleep(2)
browser.close()
def test_threshold_sign(): params = setup() # user parameters m = 10 t, n = 2, 4 # generate key (sk, vk, vvk) = ttp_th_keygen(params, t, n) # sign sigs = [sign(params, ski, m) for ski in sk] # affregate signatures sig = aggregate_th_sign(params, sigs) # randomize signature sig = randomize(params, sig) # verify signature assert verify(params, vvk, m, sig)
def test_mix_sign(): # user parameters q = 7 # number of messages hidden_m = [10] * 5 # hideen message clear_m = [3] * 2 # clear messages params = setup(q) (priv, pub) = elgamal_keygen(params) # El Gamal keypair # generate commitment and encryption for mix signature (cm, c, proof_s) = prepare_mix_sign(params, clear_m, hidden_m, pub) # signer 1 (sk1, vk1) = mix_keygen(params, q) mix_sig1 = mix_sign(params, sk1, cm, c, pub, proof_s, clear_m) (h, enc_sig1) = mix_sig1 sig1 = (h, elgamal_dec(params, priv, enc_sig1)) # signer 1 (sk2, vk2) = mix_keygen(params, q) mix_sig2 = mix_sign(params, sk2, cm, c, pub, proof_s, clear_m) (h, enc_sig2) = mix_sig2 sig2 = (h, elgamal_dec(params, priv, enc_sig2)) # aggregate signatures sig = aggregate_sign(sig1, sig2) # randomize signature sig = randomize(params, sig) # aggregate keys vk = mix_aggregate_keys([vk1, vk2]) # generate kappa and proof of correctness (kappa, proof_v) = show_mix_sign(params, vk, hidden_m) # verify signature assert mix_verify(params, vk, kappa, sig, proof_v, clear_m)
def test_blind_sign(): params = setup() # user parameters m = 5 # message (priv, pub) = elgamal_keygen(params) # El Gamal keypair # generate commitment and encryption for blind signature (cm, c, proof_s) = prepare_blind_sign(params, m, pub) # signer 1 (sk1, vk1) = keygen(params) blind_sig1 = blind_sign(params, sk1, cm, c, pub, proof_s) (h, enc_sig1) = blind_sig1 sig1 = (h, elgamal_dec(params, priv, enc_sig1)) # signer 2 (sk2, vk2) = keygen(params) blind_sig2 = blind_sign(params, sk2, cm, c, pub, proof_s) (h, enc_sig2) = blind_sig2 sig2 = (h, elgamal_dec(params, priv, enc_sig2)) # aggregate signatures sig = aggregate_sign(sig1, sig2) # randomize signature sig = randomize(params, sig) # aggregate keys vk = aggregate_keys(vk1, vk2) # generate kappa and proof of correctness (kappa, proof_v) = show_blind_sign(params, vk, m) # verify signature assert blind_verify(params, vk, kappa, sig, proof_v)
]
SERVER_PORT = [80] * len(SERVER_ADDR)
REPEAT = 10
ROUTE_SERVER_INFO = "/"
ROUTE_KEY_SET = "/key/set"
ROUTE_SIGN_PUBLIC = "/sign/public"
ROUTE_SIGN_PRIVATE = "/sign/private"
# parameters
ATTRIBUTE = 10
N = len(SERVER_ADDR)
T = 2 # does not impact latency
# crypto
params = setup()
(sk, _, vvk) = ttp_th_keygen(params, T, N)
# timings
mem = []
tic = 0
##########################################
# utils
##########################################
# test server connection
def test_connection():
for i in range(N):
r = requests.get(
"http://"+SERVER_ADDR[i]+":"+str(SERVER_PORT[i])+ROUTE_SERVER_INFO
from lib import get_file, setup,getCOGpval, getCOGfunction, getinfoNCBI, get_best_hit
from matplotlib_venn import venn3,venn3_circles
import matplotlib.pyplot as plt
import pandas as pd
import numpy as np
files = ["HMM_precision.txt","HMM_coverage.txt","DIAMOND_precision.txt","DIAMOND_coverage.txt","Blastp_thermococcis_precision.txt","Blastp_thermococcales_precision.txt"]
filename = ["HMM one-to-one","HMM coverage","DIAMOND one-to-one","DIAMOND coverage","Blastp NR Thermococcis","Blastp NR Thermococcales"]
if __name__ == '__main__':
while True:
# We store the user answers
answer1,answer2 = setup()
# Get functional annotations from HMM method
HMM_function = getCOGfunction(get_file(files[answer1[0]]))
# Same for DIAMOND
DIAMOND_function = getCOGfunction(get_file(files[answer1[1]]))
# Get p_values from HMM method
HMM_p_vals = getCOGpval(get_file(files[answer1[0]]))
# Same for DIAMOND
DIAMOND_p_vals = getCOGpval(get_file(files[answer1[1]]))
# Finally, get accession numbers from NR
NR_accession = getinfoNCBI(get_file(files[answer2]))
#!/usr/bin/env python3
import os
import sys
from pathlib import Path
if sys.version_info < (3, 4):
raise SystemExit("Sorry, this code need Python 3.4 or higher")
else:
try:
next(filter(lambda file: file.name == "docker-compose.yml", Path(os.getcwd()).glob("*")))
except StopIteration as e:
print("ERROR: You must execute this script in the root lecture viewer directory")
sys.exit(1)
from lib import setup
setup()
#import projectAFunctions
#from project_A import project_A
from project_A import *
#import project_A.project_A
#import project_A
if __name__ == "__main__":
print("\n**** Main ****\n")
argumentsObject = getArguments()
config = parseArguments(argumentsObject)
# cleanup
setup(config)
# execute differ task
#execute_task("perform_diff",config)
# execute_project_A_function(config)
perform_diff(config)
# generate report html and mail
#generate_report(config)
# mail report
#mail_report(config)
cleanup(config)
