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Edit: ntpkeygen
#! /usr/bin/python3 -s # -*- coding: utf-8 -*- ''' ntpkeygen - generate cryptographic keys for NTP clients and servers All file names are like "ntpkey_<type>_<hostname>.<filestamp>", where <type> is the file type, <hostname> the generating host name and <filestamp> the generation time in NTP seconds. The NTP programs expect generic names such as "ntpkey_<type>_whimsy.udel.edu" with the association maintained by soft links. Following is a list of file types. ntpkey_AES_<hostname>.<filestamp> AES (128-bit) keys used to compute CMAC mode authentcation using shared key cryptography The file can be edited by hand to support MD5 and SHA-1 for old digest mode authentication. ''' from __future__ import print_function import os import sys import socket import time import getopt import stat try: import secrets def gen_key(bytes, asciified=True): if asciified: result = '' for index in range(bytes): # Start ASCII characters with 0x24 so as not to include comment-beginning # result += chr(0x24 + secrets.randbelow(0x5a)) return result else: return secrets.token_hex(bytes) except ImportError: import random def gen_key(bytes, asciified=True): result = '' if asciified: for index in range(bytes): # Start ASCII characters with 0x24 so as not to include comment-beginning # result += chr(random.randint(0x24, 0x7e)) else: for index in range(bytes): result += "%02x" % random.randint(0x0, 0xff) return result # # Cryptodefines # NUMKEYS = 10 # number of keys generated of each type KEYSIZE = 16 # maximum key size def gen_keys(ident, groupname): "Generate semi-random AES keys for versions of ntpd with CMAC support." with fheader("AES", ident, groupname) as wp: for i in range(1, NUMKEYS+1): key = gen_key(KEYSIZE, True) wp.write("%2d AES %s\n" % (i, key)) for i in range(1, NUMKEYS+1): key = gen_key(KEYSIZE, False) wp.write("%2d AES %s\n" % (i + NUMKEYS, key)) # # Generate file header and link # def fheader(fileid, # file name id ulink, # linkname owner # owner name ): "Generate file header and link" try: filename = "ntpkey_%s_%s.%u" % (fileid, owner, int(time.time())) orig_umask = os.umask(stat.S_IWGRP | stat.S_IRWXO) wp = open(filename, "w") os.umask(orig_umask) linkname = "ntp.keys" if os.path.exists(linkname): os.remove(linkname) # The symlink() line below matters os.symlink(filename, linkname) sys.stderr.write("Generating new %s file and link\n" % ulink) sys.stderr.write("%s->%s\n" % (linkname, filename)) wp.write("# %s\n# %s\n" % (filename, time.ctime())) return wp except IOError: sys.stderr.write("Key file creation or link failed.\n") raise SystemExit(1) if __name__ == '__main__': try: (options, arguments) = getopt.getopt(sys.argv[1:], "hV", ["help", "version"]) except getopt.GetoptError as e: print(e) raise SystemExit(1) for (switch, val) in options: if switch in ("-h", "--help"): print("usage: ntpkeygen") raise SystemExit(0) elif switch in ("-V", "--version"): print("ntpkeygen ntpsec-1.2.2a") raise SystemExit(0) # The seed is ignored by random.SystemRandom, # even though the docs do not say so. gen_keys("AES", socket.gethostname()) raise SystemExit(0) # end