def cosign(args): try: backup_mpk = MasterKey.from_key(args.private) except EncodingError: backup_mpk = MasterKey.from_seed_hex(args.private) batch = Batch.from_file(args.load) batch.validate() # todo - validation original_merkle_root = batch.merkle_root batch.sign(master_private_key=backup_mpk) if batch.merkle_root != original_merkle_root: batch.to_file(args.save) else: print "! All signatures failed: wrong private key used, or malformed batch"
def get_test_master_keys(): return [MasterKey.from_seed_hex(seed_hex) for seed_hex in hex_seeds]
def get_test_master_xpub_keys(): return [MasterKey.from_hwif(hwif) for hwif in xpub_strings]
except IOError:
insecure_seed_base = ''.join([random.choice('0123456789abcdef') for i in range(0, 128)]) # please do not use this in production or you'll lose your coins
with open(SEED_FILE, 'w') as fp:
fp.write(insecure_seed_base)
def __rotate(string, times=1):
for i in range(0, times):
letters = list(string)
letters.append(letters.pop(0))
string = ''.join(letters)
return string
# creating seeds
hex_seeds = [insecure_seed_base, __rotate(insecure_seed_base, 1), __rotate(insecure_seed_base, 2), __rotate(insecure_seed_base, 3)]
xpub_strings = [str(MasterKey.from_seed_hex(seed_hex).hwif()) for seed_hex in hex_seeds]
def get_test_master_keys():
return [MasterKey.from_seed_hex(seed_hex) for seed_hex in hex_seeds]
def get_test_hex_seeds():
return hex_seeds
def get_test_master_xpub_keys():
return [MasterKey.from_hwif(hwif) for hwif in xpub_strings]
def get_test_master_xpub_strings():
