def _confirm_pdb(self):
self.filtered_pdb = dictionary_filter(
path.join(self.args["pwstore"], self.args["pwname"]),
self.passworddb.pwdb,
[self.args["identity"], "recipients"],
)
yield "The following password files have matched:"
yield "\n".join(self.filtered_pdb.keys())
correct = input("Are these correct? (y/N) ")
if not correct or correct.lower()[0] == "n":
self.args["pwname"] = input("Please try a new filter: ")
yield from self._confirm_pdb()
def _run_command_execution(self):
""" Run function for class. """
####################################################################
passworddb = PasswordDB()
passworddb.load_from_directory(self.args['pwstore'])
filtered_pdb = util.dictionary_filter(
path.join(self.args['pwstore'], self.args['pwname']),
passworddb.pwdb,
[self.args['identity'], 'recipients']
)
self.recipient_list.append(str(self.args['identity']))
self.recipient_list = list(set(self.recipient_list))
print("The following users will receive the password:"******", ".join(self.recipient_list))
print("The following password files have matched:")
print(*filtered_pdb.keys(), sep="\n")
correct_distribution = input("Are these lists correct? (y/N) ")
if correct_distribution and correct_distribution.lower()[0] == 'y':
passworddb.pwdb = filtered_pdb
db_len = len(passworddb.pwdb.keys())
i = 0
self.progress_bar(i, db_len)
for dist_pass, _ in passworddb.pwdb.items():
password = PasswordEntry()
password.read_password_data(dist_pass)
if self.args['identity'] in password.recipients.keys():
# we shouldn't modify escrow on distribute
self.args['min_escrow'] = None
self.args['escrow_users'] = None
plaintext_pw = password.decrypt_entry(
self.identities.iddb[self.args['identity']],
passphrase=self.passphrase,
card_slot=self.args['card_slot'])
password.read_password_data(dist_pass)
password.add_recipients(secret=plaintext_pw,
distributor=self.args['identity'],
recipients=self.recipient_list,
identitydb=self.identities,
passphrase=self.passphrase,
card_slot=self.args['card_slot'],
pwstore=self.args['pwstore']
)
password.write_password_data(dist_pass)
i += 1
self.progress_bar(i, db_len)
# format the progress bar appropriately after the loop
print("")
else:
print("Exiting due to wrong password list")
def _run_command_execution(self):
""" Run function for class. """
####################################################################
passworddb = PasswordDB()
passworddb.load_from_directory(self.args['pwstore'])
result = {}
for pwname, passwordentry in passworddb.pwdb.items():
if self.args['recovery'] and passwordentry.escrow:
for rec_list in passwordentry.escrow.keys():
recipients = passwordentry.escrow[rec_list]['recipients']
for key, value in recipients.items():
if key == self.args['identity']:
result[pwname] = {
'name': passwordentry.metadata['name'],
'group': rec_list,
'stake_holders': list(recipients.keys()),
'distributor': value['distributor'],
'minimum_shares': passwordentry.escrow[rec_list]['metadata']['minimum_escrow']
}
elif not self.args['recovery'] and self.args['identity'] in passwordentry.recipients.keys():
result[pwname] = {
'name': passwordentry.metadata['name'],
'distributor': passwordentry.recipients[self.args['identity']]['distributor']
}
if 'filter' in self.args and self.args['filter']:
result = dictionary_filter(self.args['filter'], result)
print("Passwords for '%s':" % self.args['identity'])
for key, value in result.items():
print("%s\n %s\n %s" %
(
self.color_print(key + ":",
"first_level"),
self.color_print("Distributor: ",
"second_level") + value['distributor'],
self.color_print("Name: ",
"second_level") + value['name']
))
def _run_command_execution(self):
####################################################################
"""Run function for class."""
####################################################################
result = {}
for pwname, passwordentry in self.passworddb.pwdb.items():
if self.args["recovery"] and passwordentry.escrow:
for rec_list in passwordentry.escrow.keys():
recipients = passwordentry.escrow[rec_list]["recipients"]
for key, value in recipients.items():
if key == self.args["identity"]:
result[pwname] = {
"name":
passwordentry.metadata["name"],
"group":
rec_list,
"stake_holders":
list(recipients.keys()),
"distributor":
value["distributor"],
"minimum_shares":
passwordentry.escrow[rec_list]["metadata"]
["minimum_escrow"],
}
elif (not self.args["recovery"] and self.args["identity"]
in passwordentry.recipients.keys()):
result[pwname] = {
"name":
passwordentry.metadata["name"],
"distributor":
passwordentry.recipients[self.args["identity"]]
["distributor"],
}
if "filter" in self.args and self.args["filter"]:
result = dictionary_filter(self.args["filter"], result)
yield f"Passwords for '{self.args['identity']}':"
for key, value in sorted(result.items()):
yield f"{self.color_print(key + ':', 'first_level')}\n {self.color_print('Distributor: ', 'second_level') + value['distributor']}\n {self.color_print('Name: ', 'second_level') + value['name']}"
def _run_command_execution(self):
""" Run function for class. """
####################################################################
if self.args['verbosity'] != -1:
print('Certificate store: "%s"' % self.args['certpath'])
print('Key store: "%s"' % self.args['keypath'])
print('CA Bundle file: "%s"' % self.args['cabundle'])
print('Looking for Key Extension: "%s"' %
self.identities.extensions['key'])
print('Looking for Certificate Extension: "%s"' %
self.identities.extensions['certificate'])
print("Loaded %s identities:\n" % len(self.identities.iddb.keys()))
# we don't want to overwrite iddb because of the interpreter
if 'filter' in self.args and self.args['filter']:
tempiddb = util.dictionary_filter(self.args['filter'],
self.identities.iddb)
else:
tempiddb = self.identities.iddb
for key, _ in tempiddb.items():
self._print_identity(key)