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6390db3502
This uses the UniversalPreferencesWrite function to set the browser preferences to allow negotiation and ticket forwarding in the IPA domain. A self-signed certificate is generated to sign the javascript.
299 lines
11 KiB
Python
299 lines
11 KiB
Python
# Authors: Karl MacMillan <kmacmillan@mentalrootkit.com>
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#
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# Copyright (C) 2007 Red Hat
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# see file 'COPYING' for use and warranty information
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#
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# This program is free software; you can redistribute it and/or
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# modify it under the terms of the GNU General Public License as
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# published by the Free Software Foundation; version 2 or later
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#
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# This program is distributed in the hope that it will be useful,
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# but WITHOUT ANY WARRANTY; without even the implied warranty of
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# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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# GNU General Public License for more details.
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#
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# You should have received a copy of the GNU General Public License
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# along with this program; if not, write to the Free Software
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# Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
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#
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import os, stat, subprocess, re
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import sha
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from ipa import ipautil
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class CertDB(object):
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def __init__(self, dir):
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self.secdir = dir
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self.noise_fname = self.secdir + "/noise.txt"
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self.passwd_fname = self.secdir + "/pwdfile.txt"
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self.certdb_fname = self.secdir + "/cert8.db"
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self.keydb_fname = self.secdir + "/key3.db"
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self.secmod_fname = self.secdir + "/secmod.db"
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self.cacert_fname = self.secdir + "/cacert.asc"
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self.pk12_fname = self.secdir + "/cacert.p12"
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self.pin_fname = self.secdir + "/pin.txt"
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self.certreq_fname = self.secdir + "/tmpcertreq"
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self.certder_fname = self.secdir + "/tmpcert.der"
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# Making this a starting value that will generate
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# unique values for the current DB is the
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# responsibility of the caller for now. In the
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# future we might automatically determine this
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# for a given db.
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self.cur_serial = 1000
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self.cacert_name = "CA certificate"
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self.valid_months = "120"
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self.keysize = "1024"
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# We are going to set the owner of all of the cert
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# files to the owner of the containing directory
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# instead of that of the process. This works when
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# this is called by root for a daemon that runs as
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# a normal user
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mode = os.stat(self.secdir)
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self.uid = mode[stat.ST_UID]
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self.gid = mode[stat.ST_GID]
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def next_serial(self):
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r = self.cur_serial
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self.cur_serial += 1
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return str(r)
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def set_perms(self, fname, write=False):
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os.chown(fname, self.uid, self.gid)
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perms = stat.S_IRUSR
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if write:
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perms |= stat.S_IWUSR
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os.chmod(fname, perms)
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def gen_password(self):
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return sha.sha(ipautil.ipa_generate_password()).hexdigest()
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def run_certutil(self, args, stdin=None):
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new_args = ["/usr/bin/certutil", "-d", self.secdir]
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new_args = new_args + args
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ipautil.run(new_args, stdin)
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def run_signtool(self, args, stdin=None):
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new_args = ["/usr/bin/signtool", "-d", self.secdir]
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new_args = new_args + args
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ipautil.run(new_args, stdin)
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def create_noise_file(self):
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ipautil.backup_file(self.noise_fname)
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f = open(self.noise_fname, "w")
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f.write(self.gen_password())
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self.set_perms(self.noise_fname)
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def create_passwd_file(self, passwd=True):
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ipautil.backup_file(self.passwd_fname)
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f = open(self.passwd_fname, "w")
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if passwd:
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f.write(self.gen_password())
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else:
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f.write("\n")
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f.close()
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self.set_perms(self.passwd_fname)
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def create_certdbs(self):
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ipautil.backup_file(self.certdb_fname)
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ipautil.backup_file(self.keydb_fname)
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ipautil.backup_file(self.secmod_fname)
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self.run_certutil(["-N",
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"-f", self.passwd_fname])
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self.set_perms(self.passwd_fname, write=True)
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def create_ca_cert(self):
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# Generate the encryption key
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self.run_certutil(["-G", "-z", self.noise_fname, "-f", self.passwd_fname])
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# Generate the self-signed cert
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self.run_certutil(["-S", "-n", self.cacert_name,
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"-s", "cn=CAcert",
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"-x",
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"-t", "CT,,C",
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"-m", self.next_serial(),
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"-v", self.valid_months,
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"-z", self.noise_fname,
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"-f", self.passwd_fname])
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# export the CA cert for use with other apps
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ipautil.backup_file(self.cacert_fname)
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self.run_certutil(["-L", "-n", "CA certificate",
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"-a",
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"-o", self.cacert_fname])
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self.set_perms(self.cacert_fname)
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ipautil.backup_file(self.pk12_fname)
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ipautil.run(["/usr/bin/pk12util", "-d", self.secdir,
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"-o", self.pk12_fname,
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"-n", "CA certificate",
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"-w", self.passwd_fname,
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"-k", self.passwd_fname])
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self.set_perms(self.pk12_fname)
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def load_cacert(self, cacert_fname):
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self.run_certutil(["-A", "-n", self.cacert_name,
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"-t", "CT,,C",
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"-a",
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"-i", cacert_fname])
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def create_server_cert(self, nickname, name, other_certdb=None):
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cdb = other_certdb
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if not cdb:
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cdb = self
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self.request_cert(name)
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cdb.issue_server_cert(self.certreq_fname, self.certder_fname)
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self.add_cert(self.certder_fname, nickname)
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os.unlink(self.certreq_fname)
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os.unlink(self.certder_fname)
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def create_signing_cert(self, nickname, name, other_certdb=None):
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cdb = other_certdb
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if not cdb:
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cdb = self
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self.request_cert(name)
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cdb.issue_signing_cert(self.certreq_fname, self.certder_fname)
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self.add_cert(self.certder_fname, nickname)
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os.unlink(self.certreq_fname)
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os.unlink(self.certder_fname)
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def request_cert(self, name):
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self.run_certutil(["-R", "-s", name,
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"-o", self.certreq_fname,
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"-g", self.keysize,
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"-z", self.noise_fname,
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"-f", self.passwd_fname])
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def issue_server_cert(self, certreq_fname, cert_fname):
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p = subprocess.Popen(["/usr/bin/certutil",
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"-d", self.secdir,
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"-C", "-c", self.cacert_name,
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"-i", certreq_fname,
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"-o", cert_fname,
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"-m", self.next_serial(),
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"-v", self.valid_months,
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"-f", self.passwd_fname,
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"-1", "-5"],
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stdin=subprocess.PIPE,
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stdout=subprocess.PIPE)
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# Bah - this sucks, but I guess it isn't possible to fully
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# control this with command line arguments.
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#
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# What this is requesting is:
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# -1 (Create key usage extension)
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# 2 - Key encipherment
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# 9 - done
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# n - not critical
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#
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# -5 (Create netscape cert type extension)
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# 1 - SSL Server
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# 9 - done
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# n - not critical
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p.stdin.write("2\n9\nn\n1\n9\nn\n")
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p.wait()
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def issue_signing_cert(self, certreq_fname, cert_fname):
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p = subprocess.Popen(["/usr/bin/certutil",
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"-d", self.secdir,
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"-C", "-c", self.cacert_name,
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"-i", certreq_fname,
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"-o", cert_fname,
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"-m", self.next_serial(),
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"-v", self.valid_months,
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"-f", self.passwd_fname,
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"-1", "-5"],
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stdin=subprocess.PIPE,
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stdout=subprocess.PIPE)
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# Bah - this sucks, but I guess it isn't possible to fully
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# control this with command line arguments.
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#
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# What this is requesting is:
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# -1 (Create key usage extension)
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# 0 - Digital Signature
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# 5 - Cert signing key
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# 9 - done
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# n - not critical
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#
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# -5 (Create netscape cert type extension)
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# 3 - Object Signing
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# 9 - done
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# n - not critical
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p.stdin.write("0\n5\n9\nn\n3\n9\nn\n")
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p.wait()
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def add_cert(self, cert_fname, nickname):
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self.run_certutil(["-A", "-n", nickname,
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"-t", "u,u,u",
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"-i", cert_fname,
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"-f", cert_fname])
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def create_pin_file(self):
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ipautil.backup_file(self.pin_fname)
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f = open(self.pin_fname, "w")
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f.write("Internal (Software) Token:")
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pwd = open(self.passwd_fname)
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f.write(pwd.read())
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f.close()
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self.set_perms(self.pin_fname)
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def trust_root_cert(self, nickname):
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p = subprocess.Popen(["/usr/bin/certutil", "-d", self.secdir,
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"-O", "-n", nickname], stdout=subprocess.PIPE)
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chain = p.stdout.read()
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chain = chain.split("\n")
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root_nickname = re.match('\ *"(.*)".*', chain[0]).groups()[0]
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self.run_certutil(["-M", "-n", root_nickname,
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"-t", "CT,CT,"])
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def find_server_certs(self):
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p = subprocess.Popen(["/usr/bin/certutil", "-d", self.secdir,
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"-L"], stdout=subprocess.PIPE)
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certs = p.stdout.read()
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certs = certs.split("\n")
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server_certs = []
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for cert in certs:
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fields = cert.split()
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if not len(fields):
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continue
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flags = fields[-1]
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if 'u' in flags:
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name = " ".join(fields[0:-1])
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server_certs.append((name, flags))
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return server_certs
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def import_pkcs12(self, pkcs12_fname):
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try:
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ipautil.run(["/usr/bin/pk12util", "-d", self.secdir,
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"-i", pkcs12_fname])
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except ipautil.CalledProcessError, e:
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if e.returncode == 17:
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raise RuntimeError("incorrect password")
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else:
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raise RuntimeError("unknown error import pkcs#12 file")
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def create_self_signed(self, passwd=True):
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self.create_noise_file()
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self.create_passwd_file(passwd)
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self.create_certdbs()
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self.create_ca_cert()
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self.create_pin_file()
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def create_from_cacert(self, cacert_fname, passwd=False):
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self.create_noise_file()
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self.create_passwd_file(passwd)
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self.create_certdbs()
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self.load_cacert(cacert_fname)
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