# Save all the command line arguments as attributes of self
self.__dict__.update(args.__dict__)
def name_as_invoked(self):
return self.prog_name
# Main (fold)
cmd_line = CommandLine(sys.argv)
try:
with Logging(
argv=sys.argv, prog_name=cmd_line.name_as_invoked(),
use_notifier=cmd_line.notify
) as logger:
generator = PasswordGenerator(
logger=logger,
init=cmd_line.init,
stateless=cmd_line.stateless)
if cmd_line.init:
logger.terminate()
# Open the accounts file
generator.read_accounts(cmd_line.template)
# If requested, list the available templates and then exit
if cmd_line.list:
logger.display(
"MASTER PASSWORDS:\n " + '\n '.join(
sorted(generator.master_password.password_names())))
logger.display(
"\nTEMPLATES:\n " + '\n '.join(
sorted(generator.all_templates())))
from .authkeys import AuthKeys
from .utils import run_sftp, date
from shlib import to_path, Run
from inform import (
comment, cull, conjoin, error, fatal, fmt, narrate, os_error, warn
)
from abraxas import PasswordGenerator, PasswordError, Logging
import pexpect
# Open Abraxas password generator
logger = Logging(exception=PasswordError)
pw = PasswordGenerator(logger=logger)
pw.read_accounts()
# Class that manages the SSH key pairs
class Key:
def __init__(self, name, data, update, skip, trial_run):
self.keyname = name
self.data = data
self.update = update
self.skip = skip
self.trial_run = trial_run
self.warning = ''
narrate(name)
def generate(self):
comment(' creating key')
keyname = self.keyname
data = self.data
servers = self.data.get('servers', [])
