Easy CA management
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
import cmd
import sys
from models.ssh import SSHAuthority
from models.ssl import SSLAuthority
from manager import sign_request
__doc__= """
Class to make a shell and interact with the user
"""
class CAManagerShell(cmd.Cmd):
intro= """# LILiK CA Manager #
Welcome to the certification authority shell.
Type help or ? to list commands.
"""
prompt= "(CA Manager)> "
def __init__(self, ca_manager):
super(CAManagerShell, self).__init__()
self.ca_manager = ca_manager
def do_ls_cas(self, l):
'List the available certification authorities: LS_CA'
for i, authority in enumerate(self.ca_manager.ca):
print('- %d - %s' % (i, authority))
def do_ls_certificates(self, l):
'List the issued certificates: LS_CERTIFICATE'
for i, cert in enumerate(self.ca_manager.certificate):
print('- %d - %s' % (i, cert))
def do_ls_requests(self, l):
'List the available certification requests: LS_REQUESTS'
print_available_requests(self.ca_manager)
def do_describe_cas(self, l):
'Show certification authority information: DESCRIBE_CAS'
ca_id = l.split()[0]
ca = self.ca_manager.ca[ca_id]
if ca:
ca_description = """
Certification authority: %s
--------------------------------------------------
CA type: %s
CA name: %s
Serial: %s
"""
ca_info = (
ca_id,
ca.__class__.__name__,
ca.name,
ca.serial,
)
print(ca_description % ca_info)
else:
print("No CA found for id: '%s'" % request_id)
def do_describe_certificate(self, l):
'Show certificate information: DESCRIBE_CERTIFICATE'
certificate_id = l.split()[0]
cert = self.ca_manager.certificate[certificate_id]
if cert:
cert_description = """
Certificate %s
--------------------------------------------------
Signin authority: %s
Signed on: %s
Receiver: %s
Certificate Serial: %s
Validity Interval: %s
"""
request_info = (
certificate_id,
cert.signed_by,
cert.date_issued,
cert.receiver,
cert.serial_number,
cert.validity_interval,
)
print(cert_description % cert_info)
else:
print('No certificate found for id: "%s"' % cert_id)
pass
def do_describe_request(self, l):
'Show sign request information: DESCRIBE_REQUEST'
request_id = l.split()[0]
request = self.ca_manager.request[request_id]
if request:
request_description = """
Request %s
--------------------------------------------------
Request type: %s
%s
Key %s
"""
request_info = (
request_id,
request.__class__.__name__,
request.fields,
request.key_data,
)
print(request_description % request_info)
else:
print('No request found for id: "%s"' % request_id)
def do_drop_request(self, l):
'Delete a sign request: DROP_REQUEST'
request_id = l.split()[0]
del self.ca_manager.request[request_id]
def do_gen_ssh(self, l):
'Generate a SSH Certification authority: GEN_SSH id name'
argv = l.split(maxsplit=1)
ca_id = argv[0]
name = argv[1]
new_auth = SSHAuthority(
ca_id = ca_id,
name = name,
serial = 0,
)
new_auth.generate()
new_auth.save()
def do_gen_ssl(self, l):
'Generate a SSL Certification authority'
argv = l.split(maxsplit=1)
ca_id = argv[0]
name = argv[1]
new_auth = SSLAuthority(
ca_id = ca_id,
name = name,
serial = 0,
)
new_auth.generate()
new_auth.save()
def do_sign_request(self, l):
'Sign a request using a CA: SIGN_REQUEST ca_id request_id'
argv = l.split()
argc = len(argv)
# argument number is too low
if argc < 2:
if argc == 0:
# print available ca
print("Available authority")
print_available_authorities(self.ca_manager)
print("==================")
# print available requests
print("Available request")
print_available_requests(self.ca_manager)
else:
authority_id, request_id = argv[0], argv[1]
sign_request(self.ca_manager, request_id, authority_id)
def complete_sign_request(self, text, line, begidx, endidx):
ca_results = [
a for a in self.ca_manager.ca if a.ca_id.startswith(text)
]
req_result = [
a for a in self.ca_manager.request if a.req_id.startswith(text)
]
return ' '.join(results)
def complete(self, text, state):
results = super().complete(text, state)
if results is not None:
return "%s "%results
return results
def do_quit(self, l):
'Quit this shell'
return True
def print_available_authorities(ca_manager):
for i, ca_item in enumerate(ca_manager.ca):
print("- %d : %s" % (i , ca_item))
def print_available_requests(ca_manager):
for i, request in enumerate(ca_manager.request):
print("- %d : %s" % (i, request))