def Create_wallet_file():
# create the clinet object
devices = Wait_for_devices()
transport = Choose_device(devices)
client = TrezorClient(transport)
# Label your wallet, something like 'lumen'.
print('Please provide label for new drive: ')
label = input()
print('Computer asked TREZOR for new strong password.\n')
print('Please confirm action on your device.\n')
trezor_entropy = client.get_entropy(32)
urandom_entropy = os.urandom(32)
passw = hashlib.sha256(trezor_entropy + urandom_entropy).digest()
if len(passw) != 32:
raise Exception("32 bytes password expected")
bip32_path = [10, 0]
passw_encrypted = client.encrypt_keyvalue(bip32_path, label, passw, False, True)
wallet_info = {'label': label,
'bip32_path': bip32_path,
'password_encrypted_hex': binascii.hexlify(passw_encrypted).decode(),
'Address':Keypair.from_raw_seed(passw).address().decode()}
#Store the wallet Information
with open('Stellar_wallet.json', 'w') as fp:
json.dump(wallet_info, fp)
print('Please disconnect your Trezor hardware wallet.')
def main():
if 'encfs_root' not in os.environ:
sys.stderr.write(
'\nThis is not a standalone script and is not meant to be run independently.\n'
)
sys.stderr.write(
'\nUsage: encfs --standard --extpass=./encfs_aes_getpass.py ~/.crypt ~/crypt\n'
)
sys.exit(1)
devices = wait_for_devices()
transport = choose_device(devices)
client = TrezorClient(transport)
rootdir = os.environ['encfs_root'] # Read "man encfs" for more
passw_file = os.path.join(rootdir, 'password.dat')
if not os.path.exists(passw_file):
# New encfs drive, let's generate password
sys.stderr.write('Please provide label for new drive: ')
label = input()
sys.stderr.write('Computer asked TREZOR for new strong password.\n')
sys.stderr.write('Please confirm the action on your device ...\n')
# 32 bytes, good for AES
trezor_entropy = client.get_entropy(32)
urandom_entropy = os.urandom(32)
passw = hashlib.sha256(trezor_entropy + urandom_entropy).digest()
if len(passw) != 32:
raise ValueError("32 bytes password expected")
bip32_path = [10, 0]
passw_encrypted = client.encrypt_keyvalue(bip32_path, label, passw,
False, True)
data = {
'label':
label,
'bip32_path':
bip32_path,
'password_encrypted_hex':
binascii.hexlify(passw_encrypted).decode('ascii')
}
json.dump(data, open(passw_file, 'w'))
# Let's load password
data = json.load(open(passw_file, 'r'))
sys.stderr.write('Please confirm the action on your device ...\n')
passw = client.decrypt_keyvalue(
data['bip32_path'], data['label'],
binascii.unhexlify(data['password_encrypted_hex']), False, True)
print(passw)
def main():
if not 'encfs_root' in os.environ:
sys.stderr.write('\nThis is not a standalone script and is not meant to be run independently.\n')
sys.stderr.write('\nUsage: encfs --standard --extpass=./encfs_aes_getpass.py ~/.crypt ~/crypt\n')
sys.exit(1)
devices = wait_for_devices()
transport = choose_device(devices)
client = TrezorClient(transport)
rootdir = os.environ['encfs_root'] # Read "man encfs" for more
passw_file = os.path.join(rootdir, 'password.dat')
if not os.path.exists(passw_file):
# New encfs drive, let's generate password
sys.stderr.write('Please provide label for new drive: ')
label = input()
sys.stderr.write('Computer asked TREZOR for new strong password.\n')
sys.stderr.write('Please confirm action on your device.\n')
# 32 bytes, good for AES
trezor_entropy = client.get_entropy(32)
urandom_entropy = os.urandom(32)
passw = hashlib.sha256(trezor_entropy + urandom_entropy).digest()
if len(passw) != 32:
raise Exception("32 bytes password expected")
bip32_path = [10, 0]
passw_encrypted = client.encrypt_keyvalue(bip32_path, label, passw, False, True)
data = {'label': label,
'bip32_path': bip32_path,
'password_encrypted_hex': binascii.hexlify(passw_encrypted)}
json.dump(data, open(passw_file, 'wb'))
# Let's load password
data = json.load(open(passw_file, 'r'))
sys.stderr.write('Please confirm action on your device.\n')
passw = client.decrypt_keyvalue(data['bip32_path'],
data['label'],
binascii.unhexlify(data['password_encrypted_hex']),
False, True)
print(passw)
def main():
devices = wait_for_devices()
transport = choose_device(devices)
client = TrezorClient(transport)
rootdir = os.environ['encfs_root'] # Read "man encfs" for more
passw_file = os.path.join(rootdir, 'password.dat')
if not os.path.exists(passw_file):
# New encfs drive, let's generate password
sys.stderr.write('Please provide label for new drive: ')
label = raw_input()
sys.stderr.write('Computer asked Trezor for new strong password.\n')
sys.stderr.write('Please confirm action on your device.\n')
# 32 bytes, good for AES
trezor_entropy = client.get_entropy(32)
urandom_entropy = os.urandom(32)
passw = hashlib.sha256(trezor_entropy + urandom_entropy).digest()
if len(passw) != 32:
raise Exception("32 bytes password expected")
bip32_path = [10, 0]
passw_encrypted = client.encrypt_keyvalue(bip32_path, label, passw,
False, True)
data = {
'label': label,
'bip32_path': bip32_path,
'password_encrypted_hex': binascii.hexlify(passw_encrypted)
}
json.dump(data, open(passw_file, 'wb'))
# Let's load password
data = json.load(open(passw_file, 'r'))
sys.stderr.write('Please confirm action on your device.\n')
passw = client.decrypt_keyvalue(
data['bip32_path'], data['label'],
binascii.unhexlify(data['password_encrypted_hex']), False, True)
print passw
#!/usr/bin/env python2
from trezorlib.client import TrezorClient
from trezorlib.transport_hid import HidTransport
from binascii import hexlify, unhexlify
# for more details on this, see python-trezor
client = TrezorClient(HidTransport(HidTransport.enumerate()[0]))
bip32_path = client.expand_path("10015'/0'")
masterkey = client.encrypt_keyvalue(
bip32_path, "Enable labeling?",
unhexlify(
"fedcba98765432100123456789abcdeffedcba98765432100123456789abcdef"),
True, True)
print 'Key:', hexlify(masterkey)
#!/usr/bin/env python2
from trezorlib.client import TrezorClient
from trezorlib.transport_hid import HidTransport
from binascii import hexlify, unhexlify
# for more details on this, see python-trezor
client = TrezorClient(HidTransport(HidTransport.enumerate()[0]))
bip32_path = client.expand_path("10015'/0'")
masterkey = client.encrypt_keyvalue(
bip32_path,
"Enable labeling?",
unhexlify("fedcba98765432100123456789abcdeffedcba98765432100123456789abcdef"),
True,
True
)
print 'Key:', hexlify(masterkey)
