#save
cprint('Escribiendo fichero...', color='cyan', end='\r')
s = dt.now()
g.save('testfile.enc')
e = dt.now()
ecprint(['Escritura de fichero ', str(e - s)],
color=['cyan', 'yellow'],
template='{} : {}')
#DECRYPT
#g = Giltzarrapo(n_processes = num_process)
g = Giltzarrapo()
#read
cprint('Leyendo fichero...', color='cyan', end='\r')
s = dt.now()
g.readEncrypted('testfile.enc')
e = dt.now()
ecprint(['Lectura de fichero ', str(e - s)],
color=['cyan', 'yellow'],
template='{} : {}')
#decrypt
cprint('Descifrando fichero...', color='cyan', end='\r')
s = dt.now()
g.decrypt(passwd, 'giltza_rsa', passph, selected_block=sb)
e = dt.now()
ecprint(['Descifrado de fichero', str(e - s)],
color=['cyan', 'yellow'],
template='{} : {}')
#save
cprint('Escribiendo fichero...', color='cyan', end='\r')
s = dt.now()
#Decrypt the file as one-liner
Giltzarrapo().readEncrypted(args.infile, authfile=args.auth).decrypt(
passwd, args.privkey, passphrase,
selected_block=args.block).save(args.outfile)
else:
#Encrypt the file step by step
ecprint('Starting decrypting module...', color='blue')
#Read the file
g = Giltzarrapo()
ecprint([args.infile, os.path.getsize(args.infile)],
color='yellow',
template='Reading file : {} ({} Bytes)')
if args.auth is not None:
ecprint(args.auth, color='yellow', template='Using auth file : {}')
g.readEncrypted(args.infile, authfile=args.auth)
ecprint(len(g.blocks), color='yellow', template='Blocks to decrypt: {}')
#Find the symetric block (this step is automatically done in the decryption if the block is not provided)
if args.block is None:
ecprint('Finding the symetric block...', color='blue')
args.block = g.findBlock(passwd, args.privkey, passphrase)
ecprint(args.block,
color='yellow',
template='Symetric block found: {}')
else:
ecprint(args.block,
color='yellow',
template='Preselected symetric block: {}')
#Decrypt the file