def changedbkey(conf, newpassphrase, passwd, passphrase):
if PasswdManager.verbose:
cprint('Reading and decrypting database', color='blue')
g = Giltzarrapo().readEncrypted(conf['dbfile']).decrypt(
passwd, conf['privkey'], passphrase)
if PasswdManager.verbose:
cprint('Generating rsa key pair', color='blue')
keys_path, keyname = '/'.join(
conf['privkey'].split('/')[:-1]), conf['privkey'].split('/')[-1]
os.rename(conf['privkey'], '{}/.old.{}'.format(keys_path, keyname))
os.rename(conf['pubkey'], '{}/.old.{}.pub'.format(keys_path, keyname))
privkey, pubkey = Giltzarrapo.generateRSApair(newpassphrase,
dir=keys_path,
name=keyname)
if PasswdManager.verbose:
print(
cprepare('Old keys moved to :\n - Privkey :', color='blue'),
cprepare('{}/.old.{}'.format(keys_path, keyname),
color='lblue'),
cprepare('\n - Pubkey :', color='blue'),
cprepare('{}/.old.{}.pub'.format(keys_path, keyname),
color='lblue'))
if PasswdManager.verbose:
print(cprepare('New keys saved at :\n - Privkey :', color='blue'),
cprepare(privkey, color='lblue'),
cprepare('\n - Pubkey :', color='blue'),
cprepare(pubkey, color='lblue'))
if PasswdManager.verbose:
cprint('Encrypting database with the new key pair', color='blue')
g.encrypt(passwd, pubkey).save(conf['dbfile'])
def create(dbname, passwd, passphrase, databases_path, keys_path):
if PasswdManager.verbose:
print(cprepare('Creating', color='blue'),
cprepare(dbname, color='lblue'),
cprepare('database', color='blue'))
g = Giltzarrapo()
InternalPasswdManager.append(
g,
'passranoid_database:v1.1\tpassranoid_interface:v1.2\tpassranoid_config:v1\n'
)
g.status = 'plain'
if PasswdManager.verbose:
cprint('Generating rsa key pair', color='blue')
privkey, pubkey = Giltzarrapo.generateRSApair(passphrase,
dir=keys_path,
name=dbname)
if PasswdManager.verbose:
print(cprepare('Keys saved at :\n - Privkey :', color='blue'),
cprepare(privkey, color='lblue'),
cprepare('\n - Pubkey :', color='blue'),
cprepare(pubkey, color='lblue'))
if PasswdManager.verbose:
print(
cprepare('Saving database at :', color='blue'),
cprepare('{}/{}'.format(databases_path, dbname),
color='lblue'))
g.encrypt(passwd, pubkey).save('{}/{}'.format(databases_path, dbname))
import sys
from giltzarrapo import Giltzarrapo
from printer import cprint, ecprint
from datetime import datetime as dt
passph = '123'
passwd = 'abc'
num_process = 3
sb = None
if '-e' in sys.argv:
#RSA KEYS
cprint('Generando claves...', color='cyan', end='\r')
s = dt.now()
Giltzarrapo.generateRSApair(passphrase=passph)
e = dt.now()
ecprint(['Generacion de claves ', str(e - s)],
color=['cyan', 'yellow'],
template='{} : {}')
#ENCRYPT
g = Giltzarrapo(n_processes=num_process)
#read
cprint('Leyendo fichero...', color='cyan', end='\r')
s = dt.now()
g.readPlain('testfile.txt')
e = dt.now()
ecprint(['Lectura de fichero ', str(e - s)],
color=['cyan', 'yellow'],
template='{} : {}')
#encrypt
'Enter file in which to save the key ({}): '.format(default_path))
if keypath == "": keypath = default_path
passphrase = getpass('Enter passphrase (empty for no passphrase): ')
rpassphrase = getpass('Enter same passphrase again: ')
if passphrase != rpassphrase:
ecprint('Passphrases do not match', color='red')
sys.exit()
keyargs = {
'dir': '/'.join(keypath.split('/')[:-1]),
'name': keypath.split('/')[-1]
}
#Generate new a new pair of keys
privKey, pubKey = Giltzarrapo.generateRSApair(
passphrase=passphrase,
**{k: v
for k, v in keyargs.items() if v is not ""})
args.key = pubKey
if args.verbose:
ecprint(privKey,
color='yellow',
template='Your identification has been saved in {}')
ecprint(pubKey,
color='yellow',
template='Your public key has been save in {}')
args.fast = True if (args.fast is 'on') else False
if not args.verbose:
#Encrypt the file as one-liner