def compute():
if len(self.shares) > 1:
print threshold_scheme.recover_secret(self.shares)
else:
tkMessageBox.showerror(message='Need more shares!',
title='Invalid Entry')
print('Generating secret fragments...')
fragments = threshold_scheme.share_secret(secret, t, n)
print('Shares:')
i = 0
for f in fragments:
i += 1
print('Share #{}:\np:\t\t\t{}\ncoprime:\t{}\nshare:\t\t{}\n'.format(i, f['p'], f['d'], f['k']))
# recovery part
print('\n--- recovery of secret ---')
# choosing any t parts can recover secret
shuffle(fragments)
recovery_set = fragments[:t]
print('Recovery set:')
i = 0
for f in recovery_set:
i += 1
print('Recovery part #{}:\np:\t\t\t{}\ncoprime:\t{}\nshare:\t\t{}\n'.format(i, f['p'], f['d'], f['k']))
start_time = time()
encrypted_secret = threshold_scheme.recover_secret(recovery_set)
elapsed_time = time() - start_time
if encrypted_secret == secret:
print('--- SUCCESS ---\nTime elapsed: {}\nSecret:\n{}'.format(elapsed_time, encrypted_secret))
else:
print("--- ERROR Decrypted secret doesn't equal encrypted secret ---\nTime elapsed: {}\nSecret:\n{}\n".format(elapsed_time, encrypted_secret))
if input('Enter "exit" to exit. Any other input will restart program: ').lower() != 'exit':
restart()
def compute():
if len(self.shares) > 1:
print threshold_scheme.recover_secret(self.shares)
else:
tkMessageBox.showerror(message = 'Need more shares!', title = 'Invalid Entry')
