Coverage for ipaserver/install/bindinstance: 15%

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# Authors: Simo Sorce <ssorce@redhat.com>

# see file 'COPYING' for use and warranty information

# This program is free software; you can redistribute it and/or modify

# it under the terms of the GNU General Public License as published by

# the Free Software Foundation, either version 3 of the License, or

# (at your option) any later version.

# This program is distributed in the hope that it will be useful,

# but WITHOUT ANY WARRANTY; without even the implied warranty of

# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the

# GNU General Public License for more details.

# You should have received a copy of the GNU General Public License

# along with this program. If not, see <http://www.gnu.org/licenses/>.

import tempfile

import os

import pwd

import netaddr

import re

import ldap

import installutils

import service

from ipaserver.plugins import ldap2

from ipaserver.install.dsinstance import realm_to_serverid

from ipaserver.install.cainstance import IPA_CA_CNAME

from ipapython import sysrestore, ipautil, ipaldap

from ipapython.ipa_log_manager import *

from ipapython.dn import DN

import ipalib

from ipalib import api, errors

from ipalib.util import (validate_zonemgr, normalize_zonemgr,

get_dns_forward_zone_update_policy, get_dns_reverse_zone_update_policy,

normalize_zone, get_reverse_zone_default, zone_is_reverse)

NAMED_CONF = '/etc/named.conf'

RESOLV_CONF = '/etc/resolv.conf'

named_conf_section_ipa_start_re = re.compile('\s*dynamic-db\s+"ipa"\s+{')

named_conf_section_options_start_re = re.compile('\s*options\s+{')

named_conf_section_end_re = re.compile('};')

named_conf_arg_ipa_re = re.compile(r'(?P<indent>\s*)arg\s+"(?P<name>\S+)\s(?P<value>[^"]+)";')

named_conf_arg_options_re = re.compile(r'(?P<indent>\s*)(?P<name>\S+)\s+"(?P<value>[^"]+)"\s*;')

named_conf_arg_ipa_template = "%(indent)sarg \"%(name)s %(value)s\";\n"

named_conf_arg_options_template = "%(indent)s%(name)s \"%(value)s\";\n"

def check_inst(unattended):

has_bind = True

# So far this file is always present in both RHEL5 and Fedora if all the necessary

# bind packages are installed (RHEL5 requires also the pkg: caching-nameserver)

if not os.path.exists('/etc/named.rfc1912.zones'):

print "BIND was not found on this system"

print "Please install the 'bind' package and start the installation again"

has_bind = False

# Also check for the LDAP BIND plug-in

if not os.path.exists('/usr/lib/bind/ldap.so') and \

not os.path.exists('/usr/lib64/bind/ldap.so'):

print "The BIND LDAP plug-in was not found on this system"

print "Please install the 'bind-dyndb-ldap' package and start the installation again"

has_bind = False

if not has_bind:

return False

if not unattended and os.path.exists(NAMED_CONF):

msg = "Existing BIND configuration detected, overwrite?"

return ipautil.user_input(msg, False)

return True

def create_reverse():

return ipautil.user_input("Do you want to configure the reverse zone?", True)

def named_conf_exists():

try:

named_fd = open(NAMED_CONF, 'r')

except IOError:

return False

lines = named_fd.readlines()

named_fd.close()

for line in lines:

if line.startswith('dynamic-db "ipa"'):

return True

return False

NAMED_SECTION_OPTIONS = "options"

NAMED_SECTION_IPA = "ipa"

def named_conf_get_directive(name, section=NAMED_SECTION_IPA):

"""Get a configuration option in bind-dyndb-ldap section of named.conf"""

if section == NAMED_SECTION_IPA:

named_conf_section_start_re = named_conf_section_ipa_start_re

named_conf_arg_re = named_conf_arg_ipa_re

elif section == NAMED_SECTION_OPTIONS:

named_conf_section_start_re = named_conf_section_options_start_re

named_conf_arg_re = named_conf_arg_options_re

else:

raise NotImplementedError('Section "%s" is not supported' % section)

with open(NAMED_CONF, 'r') as f:

target_section = False

for line in f:

if named_conf_section_start_re.match(line):

target_section = True

continue

if named_conf_section_end_re.match(line):

if target_section:

break

if target_section:

match = named_conf_arg_re.match(line)

if match and name == match.group('name'):

return match.group('value')

def named_conf_set_directive(name, value, section=NAMED_SECTION_IPA):

"""

Set configuration option in bind-dyndb-ldap section of named.conf.

When the configuration option with given name does not exist, it

is added at the end of ipa section in named.conf.

If the value is set to None, the configuration option is removed

from named.conf.

"""

new_lines = []

if section == NAMED_SECTION_IPA:

named_conf_section_start_re = named_conf_section_ipa_start_re

named_conf_arg_re = named_conf_arg_ipa_re

named_conf_arg_template = named_conf_arg_ipa_template

elif section == NAMED_SECTION_OPTIONS:

named_conf_section_start_re = named_conf_section_options_start_re

named_conf_arg_re = named_conf_arg_options_re

named_conf_arg_template = named_conf_arg_options_template

else:

raise NotImplementedError('Section "%s" is not supported' % section)

with open(NAMED_CONF, 'r') as f:

target_section = False

matched = False

last_indent = "\t"

for line in f:

if named_conf_section_start_re.match(line):

target_section = True

if named_conf_section_end_re.match(line):

if target_section and not matched and \

value is not None:

# create a new conf

new_conf = named_conf_arg_template \

% dict(indent=last_indent,

name=name,

value=value)

new_lines.append(new_conf)

target_section = False

if target_section and not matched:

match = named_conf_arg_re.match(line)

if match:

last_indent = match.group('indent')

if name == match.group('name'):

matched = True

if value is not None:

if not isinstance(value, basestring):

value = str(value)

new_conf = named_conf_arg_template \

% dict(indent=last_indent,

name=name,

value=value)

new_lines.append(new_conf)

continue

new_lines.append(line)

# write new configuration

with open(NAMED_CONF, 'w') as f:

f.write("".join(new_lines))

def dns_container_exists(fqdn, suffix, dm_password=None, ldapi=False, realm=None):

"""

Test whether the dns container exists.

"""

def object_exists(dn): # FIXME, this should be a IPAdmin/ldap2 method so it can be shared

"""

Test whether the given object exists in LDAP.

"""

assert isinstance(dn, DN)

try:

conn.get_entry(dn)

except errors.NotFound:

return False

else:

return True

assert isinstance(suffix, DN)

try:

# At install time we may need to use LDAPI to avoid chicken/egg

# issues with SSL certs and truting CAs

if ldapi:

conn = ipaldap.IPAdmin(host=fqdn, ldapi=True, realm=realm)

else:

conn = ipaldap.IPAdmin(host=fqdn, port=636, cacert=service.CACERT)

if dm_password:

conn.do_simple_bind(bindpw=dm_password)

else:

conn.do_sasl_gssapi_bind()

except ldap.SERVER_DOWN:

raise RuntimeError('LDAP server on %s is not responding. Is IPA installed?' % fqdn)

ret = object_exists(DN(('cn', 'dns'), suffix))

conn.unbind()

return ret

def dns_zone_exists(name):

try:

zone = api.Command.dnszone_show(unicode(name))

except ipalib.errors.NotFound:

return False

if len(zone) == 0:

return False

else:

return True

def get_reverse_record_name(zone, ip_address):

ip = netaddr.IPAddress(ip_address)

rev = '.' + normalize_zone(zone)

fullrev = '.' + normalize_zone(ip.reverse_dns)

if not fullrev.endswith(rev):

raise ValueError("IP address does not match reverse zone")

return fullrev[1:-len(rev)]

def verify_reverse_zone(zone, ip_address):

try:

get_reverse_record_name(zone, ip_address)

except ValueError:

print "Invalid reverse zone %s" % zone

return False

return True

def find_reverse_zone(ip_address):

ip = netaddr.IPAddress(ip_address)

zone = normalize_zone(ip.reverse_dns)

while len(zone) > 0:

if dns_zone_exists(zone):

return zone

foo, bar, zone = zone.partition('.')

return None

def get_reverse_zone(ip_address):

return find_reverse_zone(ip_address) or get_reverse_zone_default(ip_address)

def read_reverse_zone(default, ip_address):

while True:

zone = ipautil.user_input("Please specify the reverse zone name", default=default)

if not zone:

return None

if verify_reverse_zone(zone, ip_address):

break

return normalize_zone(zone)

def add_zone(name, zonemgr=None, dns_backup=None, ns_hostname=None, ns_ip_address=None,

update_policy=None, force=False):

if zone_is_reverse(name):

# always normalize reverse zones

name = normalize_zone(name)

if update_policy is None:

if zone_is_reverse(name):

update_policy = get_dns_reverse_zone_update_policy(api.env.realm, name)

else:

update_policy = get_dns_forward_zone_update_policy(api.env.realm)

if zonemgr is None:

zonemgr = 'hostmaster.%s' % name

if ns_hostname is None:

# automatically retrieve list of DNS masters

dns_masters = api.Object.dnsrecord.get_dns_masters()

if not dns_masters:

raise installutils.ScriptError(

"No IPA server with DNS support found!")

ns_main = dns_masters.pop(0)

ns_replicas = dns_masters

else:

ns_main = ns_hostname

ns_replicas = []

ns_main = normalize_zone(ns_main)

if ns_ip_address is not None:

ns_ip_address = unicode(ns_ip_address)

try:

api.Command.dnszone_add(unicode(name),

idnssoamname=unicode(ns_main),

idnssoarname=unicode(zonemgr),

ip_address=ns_ip_address,

idnsallowdynupdate=True,

idnsupdatepolicy=unicode(update_policy),

idnsallowquery=u'any',

idnsallowtransfer=u'none',

force=force)

except (errors.DuplicateEntry, errors.EmptyModlist):

pass

nameservers = ns_replicas + [ns_main]

for hostname in nameservers:

hostname = normalize_zone(hostname)

add_ns_rr(name, hostname, dns_backup=None, force=True)

def add_rr(zone, name, type, rdata, dns_backup=None, **kwargs):

addkw = { '%srecord' % str(type.lower()) : unicode(rdata) }

addkw.update(kwargs)

try:

api.Command.dnsrecord_add(unicode(zone), unicode(name), **addkw)

except (errors.DuplicateEntry, errors.EmptyModlist):

pass

if dns_backup:

dns_backup.add(zone, type, name, rdata)

def add_fwd_rr(zone, host, ip_address):

addr = netaddr.IPAddress(ip_address)

if addr.version == 4:

add_rr(zone, host, "A", ip_address)

elif addr.version == 6:

add_rr(zone, host, "AAAA", ip_address)

def add_ptr_rr(zone, ip_address, fqdn, dns_backup=None):

name = get_reverse_record_name(zone, ip_address)

add_rr(zone, name, "PTR", fqdn+".", dns_backup)

def add_ns_rr(zone, hostname, dns_backup=None, force=True):

if not hostname.endswith('.'):

hostname += '.'

add_rr(zone, "@", "NS", hostname, dns_backup=dns_backup,

force=force)

def del_rr(zone, name, type, rdata):

delkw = { '%srecord' % str(type.lower()) : unicode(rdata) }

try:

api.Command.dnsrecord_del(unicode(zone), unicode(name), **delkw)

except (errors.NotFound, errors.AttrValueNotFound, errors.EmptyModlist):

pass

def get_rr(zone, name, type):

rectype = '%srecord' % unicode(type.lower())

ret = api.Command.dnsrecord_find(unicode(zone), unicode(name))

if ret['count'] > 0:

for r in ret['result']:

if rectype in r:

return r[rectype]

return []

def zonemgr_callback(option, opt_str, value, parser):

"""

Properly validate and convert --zonemgr Option to IA5String

"""

# validate the value first

try:

validate_zonemgr(value)

except ValueError, e:

parser.error("invalid zonemgr: " + unicode(e))

parser.values.zonemgr = value

class DnsBackup(object):

def __init__(self, service):

self.service = service

self.zones = {}

def add(self, zone, record_type, host, rdata):

"""

Backup a DNS record in the file store so it can later be removed.

"""

if zone not in self.zones:

zone_id = len(self.zones)

self.zones[zone] = (zone_id, 0)

self.service.backup_state("dns_zone_%s" % zone_id, zone)

(zone_id, record_id) = self.zones[zone]

self.service.backup_state("dns_record_%s_%s" % (zone_id, record_id),

"%s %s %s" % (record_type, host, rdata))

self.zones[zone] = (zone_id, record_id + 1)

def clear_records(self, have_ldap):

"""

Remove all records from the file store. If we are connected to

ldap, we will also remove them there.

"""

i = 0

while True:

zone = self.service.restore_state("dns_zone_%s" % i)

if not zone:

return

j = 0

while True:

dns_record = self.service.restore_state("dns_record_%s_%s" % (i, j))

if not dns_record:

break

if have_ldap:

type, host, rdata = dns_record.split(" ", 2)

try:

delkw = { '%srecord' % str(type.lower()) : unicode(rdata) }

api.Command.dnsrecord_del(unicode(zone), unicode(host), **delkw)

except:

pass

j += 1

i += 1

class BindInstance(service.Service):

def __init__(self, fstore=None, dm_password=None):

service.Service.__init__(self, "named",

service_desc="DNS",

dm_password=dm_password,

ldapi=False,

autobind=service.DISABLED

)

self.dns_backup = DnsBackup(self)

self.named_user = None

self.domain = None

self.host = None

self.ip_address = None

self.realm = None

self.forwarders = None

self.sub_dict = None

self.reverse_zone = None

self.dm_password = dm_password

if fstore:

self.fstore = fstore

else:

self.fstore = sysrestore.FileStore('/var/lib/ipa/sysrestore')

suffix = ipautil.dn_attribute_property('_suffix')

def setup(self, fqdn, ip_address, realm_name, domain_name, forwarders, ntp,

reverse_zone, named_user="named", zonemgr=None,

zone_refresh=0, persistent_search=True, serial_autoincrement=True,

ca_configured=None):

self.named_user = named_user

self.fqdn = fqdn

self.ip_address = ip_address

self.realm = realm_name

self.domain = domain_name

self.forwarders = forwarders

self.host = fqdn.split(".")[0]

self.suffix = ipautil.realm_to_suffix(self.realm)

self.ntp = ntp

self.reverse_zone = reverse_zone

self.zone_refresh = zone_refresh

self.persistent_search = persistent_search

self.serial_autoincrement = serial_autoincrement

self.ca_configured = ca_configured

if not zonemgr:

self.zonemgr = 'hostmaster.%s' % self.domain

else:

self.zonemgr = normalize_zonemgr(zonemgr)

self.__setup_sub_dict()

@property

def host_domain(self):

return '.'.join(self.fqdn.split(".")[1:])

@property

def host_in_rr(self):

# when a host is not in a default domain, it needs to be referred

# with FQDN and not in a domain-relative host name

if not self.host_in_default_domain():

return normalize_zone(self.fqdn)

return self.host

def host_in_default_domain(self):

return normalize_zone(self.host_domain) == normalize_zone(self.domain)

def create_sample_bind_zone(self):

bind_txt = ipautil.template_file(ipautil.SHARE_DIR + "bind.zone.db.template", self.sub_dict)

[bind_fd, bind_name] = tempfile.mkstemp(".db","sample.zone.")

os.write(bind_fd, bind_txt)

os.close(bind_fd)

print "Sample zone file for bind has been created in "+bind_name

def create_instance(self):

try:

self.stop()

except:

pass

# get a connection to the DS

self.ldap_connect()

if installutils.record_in_hosts(self.ip_address, self.fqdn) is None:

installutils.add_record_to_hosts(self.ip_address, self.fqdn)

if not dns_container_exists(self.fqdn, self.suffix, realm=self.realm,

ldapi=True, dm_password=self.dm_password):

self.step("adding DNS container", self.__setup_dns_container)

if dns_zone_exists(self.domain):

self.step("adding NS record to the zone", self.__add_self_ns)

else:

self.step("setting up our zone", self.__setup_zone)

if self.reverse_zone is not None:

self.step("setting up reverse zone", self.__setup_reverse_zone)

self.step("setting up our own record", self.__add_self)

self.step("setting up CA CNAME record", self.__add_ipa_ca_cname)

self.step("setting up kerberos principal", self.__setup_principal)

self.step("setting up named.conf", self.__setup_named_conf)

self.step("restarting named", self.__start)

self.step("configuring named to start on boot", self.__enable)

self.step("changing resolv.conf to point to ourselves", self.__setup_resolv_conf)

self.start_creation()

def __start(self):

try:

self.backup_state("running", self.is_running())

self.restart()

except:

print "named service failed to start"

def __enable(self):

self.backup_state("enabled", self.is_running())

# We do not let the system start IPA components on its own,

# Instead we reply on the IPA init script to start only enabled

# components as found in our LDAP configuration tree

try:

self.ldap_enable('DNS', self.fqdn, self.dm_password, self.suffix)

except errors.DuplicateEntry:

# service already exists (forced DNS reinstall)

# don't crash, just report error

root_logger.error("DNS service already exists")

def __setup_sub_dict(self):

if self.forwarders:

fwds = "\n"

for forwarder in self.forwarders:

fwds += "\t\t%s;\n" % forwarder

fwds += "\t"

else:

fwds = " "

if self.ntp:

optional_ntp = "\n;ntp server\n"

optional_ntp += "_ntp._udp\t\tIN SRV 0 100 123\t%s" % self.host_in_rr

else:

optional_ntp = ""

boolean_var = {}

for var in ('persistent_search', 'serial_autoincrement'):

boolean_var[var] = "yes" if getattr(self, var, False) else "no"

self.sub_dict = dict(FQDN=self.fqdn,

IP=self.ip_address,

DOMAIN=self.domain,

HOST=self.host,

REALM=self.realm,

SERVER_ID=realm_to_serverid(self.realm),

FORWARDERS=fwds,

SUFFIX=self.suffix,

OPTIONAL_NTP=optional_ntp,

ZONEMGR=self.zonemgr,

ZONE_REFRESH=self.zone_refresh,

IPA_CA_CNAME=IPA_CA_CNAME,

PERSISTENT_SEARCH=boolean_var['persistent_search'],

SERIAL_AUTOINCREMENT=boolean_var['serial_autoincrement'],)

def __setup_dns_container(self):

self._ldap_mod("dns.ldif", self.sub_dict)

def __setup_zone(self):

nameserver_ip_address = self.ip_address

if not self.host_in_default_domain():

# add DNS domain for host first

root_logger.debug("Host domain (%s) is different from DNS domain (%s)!" \

% (self.host_domain, self.domain))

root_logger.debug("Add DNS zone for host first.")

add_zone(self.host_domain, self.zonemgr, dns_backup=self.dns_backup,

ns_hostname=api.env.host, ns_ip_address=self.ip_address, force=True)

# Nameserver is in self.host_domain, no forward record added to self.domain

nameserver_ip_address = None

# Always use force=True as named is not set up yet

add_zone(self.domain, self.zonemgr, dns_backup=self.dns_backup,

ns_hostname=api.env.host, ns_ip_address=nameserver_ip_address,

force=True)

def __add_self_ns(self):

add_ns_rr(self.domain, api.env.host, self.dns_backup, force=True)

def __add_ipa_ca_cname(self):

if self.ca_configured is False:

root_logger.debug("CA is not configured, skip this step")

return

elif self.ca_configured is None:

# we do not know if CA is configured for this host and we can

# add the CA CNAME record. So we need to find out

root_logger.debug("Check if CA is enabled for this host")

base_dn = DN(('cn', api.env.host), ('cn', 'masters'), ('cn', 'ipa'),

('cn', 'etc'), api.env.basedn)

ldap_filter = '(&(objectClass=ipaConfigObject)(cn=CA))'

try:

api.Backend.ldap2.find_entries(filter=ldap_filter, base_dn=base_dn)

except ipalib.errors.NotFound:

# CA is not configured

root_logger.debug("CA is not configured")

return

else:

root_logger.debug("CA is configured for this host, continue")

add_rr(self.domain, IPA_CA_CNAME, "CNAME", self.host_in_rr)

def __add_self(self):

zone = self.domain

resource_records = (

("_ldap._tcp", "SRV", "0 100 389 %s" % self.host_in_rr),

("_kerberos", "TXT", self.realm),

("_kerberos._tcp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kerberos._udp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kerberos-master._tcp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kerberos-master._udp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kpasswd._tcp", "SRV", "0 100 464 %s" % self.host_in_rr),

("_kpasswd._udp", "SRV", "0 100 464 %s" % self.host_in_rr),

)

for (host, type, rdata) in resource_records:

if type == "SRV":

add_rr(zone, host, type, rdata, self.dns_backup)

else:

add_rr(zone, host, type, rdata)

if self.ntp:

add_rr(zone, "_ntp._udp", "SRV", "0 100 123 %s" % self.host_in_rr)

# Add forward and reverse records to self

add_fwd_rr(self.host_domain, self.host, self.ip_address)

if self.reverse_zone is not None and dns_zone_exists(self.reverse_zone):

add_ptr_rr(self.reverse_zone, self.ip_address, self.fqdn)

def __setup_reverse_zone(self):

# Always use force=True as named is not set up yet

add_zone(self.reverse_zone, self.zonemgr, ns_hostname=api.env.host,

dns_backup=self.dns_backup, force=True)

def __setup_principal(self):

dns_principal = "DNS/" + self.fqdn + "@" + self.realm

installutils.kadmin_addprinc(dns_principal)

# Store the keytab on disk

self.fstore.backup_file("/etc/named.keytab")

installutils.create_keytab("/etc/named.keytab", dns_principal)

p = self.move_service(dns_principal)

if p is None:

# the service has already been moved, perhaps we're doing a DNS reinstall

dns_principal = DN(('krbprincipalname', dns_principal),

('cn', 'services'), ('cn', 'accounts'), self.suffix)

else:

dns_principal = p

# Make sure access is strictly reserved to the named user

pent = pwd.getpwnam(self.named_user)

os.chown("/etc/named.keytab", pent.pw_uid, pent.pw_gid)

os.chmod("/etc/named.keytab", 0400)

# modify the principal so that it is marked as an ipa service so that

# it can host the memberof attribute, then also add it to the

# dnsserver role group, this way the DNS is allowed to perform

# DNS Updates

dns_group = DN(('cn', 'DNS Servers'), ('cn', 'privileges'), ('cn', 'pbac'), self.suffix)

mod = [(ldap.MOD_ADD, 'member', dns_principal)]

try:

self.admin_conn.modify_s(dns_group, mod)

except ldap.TYPE_OR_VALUE_EXISTS:

pass

except Exception, e:

root_logger.critical("Could not modify principal's %s entry: %s" \

% (dns_principal, str(e)))

raise

# bind-dyndb-ldap persistent search feature requires both size and time

# limit-free connection

mod = [(ldap.MOD_REPLACE, 'nsTimeLimit', '-1'),

(ldap.MOD_REPLACE, 'nsSizeLimit', '-1'),

(ldap.MOD_REPLACE, 'nsIdleTimeout', '-1'),

(ldap.MOD_REPLACE, 'nsLookThroughLimit', '-1')]

try:

self.admin_conn.modify_s(dns_principal, mod)

except Exception, e:

root_logger.critical("Could not set principal's %s LDAP limits: %s" \

% (dns_principal, str(e)))

raise

def __setup_named_conf(self):

self.fstore.backup_file(NAMED_CONF)

named_txt = ipautil.template_file(ipautil.SHARE_DIR + "bind.named.conf.template", self.sub_dict)

named_fd = open(NAMED_CONF, 'w')

named_fd.seek(0)

named_fd.truncate(0)

named_fd.write(named_txt)

named_fd.close()

def __setup_resolv_conf(self):

self.fstore.backup_file(RESOLV_CONF)

resolv_txt = "search "+self.domain+"\nnameserver "+self.ip_address+"\n"

resolv_fd = open(RESOLV_CONF, 'w')

resolv_fd.seek(0)

resolv_fd.truncate(0)

resolv_fd.write(resolv_txt)

resolv_fd.close()

def add_master_dns_records(self, fqdn, ip_address, realm_name, domain_name,

reverse_zone, ntp=False, ca_configured=None):

self.fqdn = fqdn

self.ip_address = ip_address

self.realm = realm_name

self.domain = domain_name

self.host = fqdn.split(".")[0]

self.suffix = ipautil.realm_to_suffix(self.realm)

self.ntp = ntp

self.reverse_zone = reverse_zone

self.ca_configured = ca_configured

self.__add_self()

self.__add_ipa_ca_cname()

def add_ipa_ca_cname(self, fqdn, domain_name, ca_configured=True):

self.host = fqdn.split(".")[0]

self.fqdn = fqdn

self.domain = domain_name

self.ca_configured = ca_configured

self.__add_ipa_ca_cname()

def remove_master_dns_records(self, fqdn, realm_name, domain_name):

host = fqdn.split(".")[0]

self.host = host

self.fqdn = fqdn

self.domain = domain_name

suffix = ipautil.realm_to_suffix(realm_name)

zone = domain_name

resource_records = (

("_ldap._tcp", "SRV", "0 100 389 %s" % self.host_in_rr),

("_kerberos._tcp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kerberos._udp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kerberos-master._tcp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kerberos-master._udp", "SRV", "0 100 88 %s" % self.host_in_rr),

("_kpasswd._tcp", "SRV", "0 100 464 %s" % self.host_in_rr),

("_kpasswd._udp", "SRV", "0 100 464 %s" % self.host_in_rr),

("_ntp._udp", "SRV", "0 100 123 %s" % self.host_in_rr),

(IPA_CA_CNAME, "CNAME", self.host_in_rr),

("@", "NS", fqdn+"."),

)

for (record, type, rdata) in resource_records:

del_rr(zone, record, type, rdata)

areclist = [("A", x) for x in get_rr(zone, host, "A")] + [("AAAA", x) for x in get_rr(zone, host, "AAAA")]

for (type, rdata) in areclist:

del_rr(zone, host, type, rdata)

rzone = find_reverse_zone(rdata)

if rzone is not None:

record = get_reverse_record_name(rzone, rdata)

del_rr(rzone, record, "PTR", fqdn+".")

# remove also master NS record from the reverse zone

del_rr(rzone, "@", "NS", fqdn+".")

def check_global_configuration(self):

"""

Check global DNS configuration in LDAP server and inform user when it

set and thus overrides his configured options in named.conf.

"""

result = api.Command.dnsconfig_show()

global_conf_set = any(param in result['result'] for \

param in api.Object['dnsconfig'].params)

if not global_conf_set:

print "Global DNS configuration in LDAP server is empty"

print "You can use 'dnsconfig-mod' command to set global DNS options that"

print "would override settings in local named.conf files"

return

print "Global DNS configuration in LDAP server is not empty"

print "The following configuration options override local settings in named.conf:"

print ""

textui = ipalib.cli.textui()

api.Command.dnsconfig_show.output_for_cli(textui, result, None, reverse=False)

def uninstall(self):

if self.is_configured():

self.print_msg("Unconfiguring %s" % self.service_name)

running = self.restore_state("running")

enabled = self.restore_state("enabled")

self.dns_backup.clear_records(api.Backend.ldap2.isconnected())

if not running is None:

self.stop()

for f in [NAMED_CONF, RESOLV_CONF]:

try:

self.fstore.restore_file(f)

except ValueError, error:

root_logger.debug(error)

pass

if not enabled is None and not enabled:

self.disable()

if not running is None and running:

self.start()

Coverage for ipaserver/install/bindinstance : 15%

530 statements 78 run 452 missing 0 excluded