def test_split_host_port(self):
host_port = "abc:abc"
host, port = utils.split_host_port(host_port)
self.assertEqual((host, port), ("abc:abc", 53))
host_port = "abc:25"
host, port = utils.split_host_port(host_port)
self.assertEqual((host, port), ("abc", 25))
def test_split_host_port(self):
host_port = "abc:abc"
host, port = utils.split_host_port(host_port)
self.assertEqual((host, port), ("abc:abc", 53))
host_port = "abc:25"
host, port = utils.split_host_port(host_port)
self.assertEqual((host, port), ("abc", 25))
def _parse_server(self, cfg_server):
try:
(host, port) = utils.split_host_port(cfg_server)
port = int(port)
except ValueError:
host = str(cfg_server)
port = DEFAULT_PORT
return {'host': host, 'port': port}
def _parse_server(self, cfg_server):
try:
(host, port) = utils.split_host_port(cfg_server)
port = int(port)
except ValueError:
host = str(cfg_server)
port = DEFAULT_PORT
return {'host': host, 'port': port}
def get_master_by_ip(self, host):
"""
Utility to get the master by it's ip for this domain.
"""
for srv in self.masters:
srv_host, _ = utils.split_host_port(srv.to_data())
if host == srv_host:
return srv
return False
def get_master_by_ip(self, host):
"""
Utility to get the master by it's ip for this domain.
"""
for srv in self.masters:
srv_host, _ = utils.split_host_port(srv)
if host == srv_host:
return srv
return False
def __init__(self):
self.masters = []
for server in CONF['service:agent'].masters:
raw_server = utils.split_host_port(server)
master = {'host': raw_server[0], 'port': int(raw_server[1])}
self.masters.append(master)
LOG.info("Agent masters: %(masters)s", {'masters': self.masters})
self.allow_notify = CONF['service:agent'].allow_notify
self.transfer_source = CONF['service:agent'].transfer_source
backend_driver = cfg.CONF['service:agent'].backend_driver
self.backend = agent_backend.get_backend(backend_driver, self)
def __init__(self):
self.masters = []
for server in CONF['service:agent'].masters:
raw_server = utils.split_host_port(server)
master = {'host': raw_server[0], 'port': int(raw_server[1])}
self.masters.append(master)
LOG.info("Agent masters: %(masters)s", {'masters': self.masters})
self.allow_notify = CONF['service:agent'].allow_notify
self.transfer_source = CONF['service:agent'].transfer_source
backend_driver = cfg.CONF['service:agent'].backend_driver
self.backend = agent_backend.get_backend(backend_driver, self)
def upgrade(migrate_engine):
meta.bind = migrate_engine
zone_attibutes_table = Table('zone_attributes', meta, autoload=True)
connection = migrate_engine.connect()
transaction = connection.begin()
try:
zone_masters_table.create()
masters = select([
zone_attibutes_table.c.id, zone_attibutes_table.c.version,
zone_attibutes_table.c.created_at,
zone_attibutes_table.c.updated_at, zone_attibutes_table.c.value,
zone_attibutes_table.c.zone_id
]).where(zone_attibutes_table.c.key == 'master').execute().fetchall()
masters_input = []
for master in masters:
host, port = utils.split_host_port(
master[zone_attibutes_table.c.value])
masters_input.append({
'id':
master[zone_attibutes_table.c.id],
'version':
master[zone_attibutes_table.c.version],
'created_at':
master[zone_attibutes_table.c.created_at],
'updated_at':
master[zone_attibutes_table.c.updated_at],
'zone_id':
master[zone_attibutes_table.c.zone_id],
'host':
host,
'port':
port
})
zone_attibutes_table.insert(masters_input)
zone_attibutes_table.delete().where(
zone_attibutes_table.c.key == 'master')
zone_attibutes_table.c.key.alter(type=String(50))
transaction.commit()
except Exception:
transaction.rollback()
raise
def expand_servers(servers):
"""
Expands list of server:port into a list of dicts.
Example: [{"host": ..., "port": 53}]
"""
data = []
for srv in servers:
if isinstance(srv, basestring):
host, port = utils.split_host_port(srv, 53)
srv = {"ip": host, "port": port}
data.append(srv)
return data
def expand_servers(servers):
"""
Expands list of server:port into a list of dicts.
Example: [{"host": ..., "port": 53}]
"""
data = []
for srv in servers:
if isinstance(srv, basestring):
host, port = utils.split_host_port(srv, 53)
srv = {"ip": host, "port": port}
data.append(srv)
return data
def upgrade(migrate_engine):
meta.bind = migrate_engine
zone_attibutes_table = Table('zone_attributes', meta, autoload=True)
connection = migrate_engine.connect()
transaction = connection.begin()
try:
zone_masters_table.create()
masters = select(
[
zone_attibutes_table.c.id,
zone_attibutes_table.c.version,
zone_attibutes_table.c.created_at,
zone_attibutes_table.c.updated_at,
zone_attibutes_table.c.value,
zone_attibutes_table.c.zone_id
]
).where(
zone_attibutes_table.c.key == 'master'
).execute().fetchall()
masters_input = []
for master in masters:
host, port = utils.split_host_port(
master[zone_attibutes_table.c.value])
masters_input.append({
'id': master[zone_attibutes_table.c.id],
'version': master[zone_attibutes_table.c.version],
'created_at': master[zone_attibutes_table.c.created_at],
'updated_at': master[zone_attibutes_table.c.updated_at],
'zone_id': master[zone_attibutes_table.c.zone_id],
'host': host,
'port': port
})
zone_attibutes_table.insert(masters_input)
zone_attibutes_table.delete().where(
zone_attibutes_table.c.key == 'master')
zone_attibutes_table.c.key.alter(type=String(50))
transaction.commit()
except Exception:
transaction.rollback()
raise
def _parse_master(master):
try:
(ip_address, port) = utils.split_host_port(master)
except ValueError:
ip_address = str(master)
port = DEFAULT_MASTER_PORT
try:
port = int(port)
except ValueError:
raise exceptions.ConfigurationError(
'Invalid port "%s" in masters option.' % port)
if port < 0 or port > 65535:
raise exceptions.ConfigurationError(
'Port "%s" is not between 0 and 65535 in masters option.' %
port)
try:
socket.inet_pton(socket.AF_INET, ip_address)
except socket.error:
raise exceptions.ConfigurationError(
'Invalid IP address "%s" in masters option.' % ip_address)
return {'ip-address': ip_address, 'port': port}
def __init__(self, *a, **kw):
"""Configure the backend"""
super(DjbdnsBackend, self).__init__(*a, **kw)
conf = cfg.CONF[CFG_GROUP_NAME]
self._resolver = dns.resolver.Resolver(configure=False)
self._resolver.timeout = SOA_QUERY_TIMEOUT
self._resolver.lifetime = SOA_QUERY_TIMEOUT
self._resolver.nameservers = [conf.query_destination]
self._masters = [
utils.split_host_port(ns)
for ns in cfg.CONF['service:agent'].masters
]
LOG.info("Resolvers: %r", self._resolver.nameservers)
LOG.info("AXFR masters: %r", self._masters)
if not self._masters:
raise exceptions.Backend("Missing agent AXFR masters")
self._tcpclient_cmd_name = conf.tcpclient_cmd_name
self._axfr_get_cmd_name = conf.axfr_get_cmd_name
# Directory where data.cdb lives, usually /var/lib/djbdns/root
tinydns_root_dir = os.path.join(conf.tinydns_datadir, 'root')
# Usually /var/lib/djbdns/root/data.cdb
self._tinydns_cdb_filename = os.path.join(tinydns_root_dir, 'data.cdb')
LOG.info("data.cdb path: %r", self._tinydns_cdb_filename)
# Where the agent puts the zone datafiles,
# usually /var/lib/djbdns/datafiles
self._datafiles_dir = datafiles_dir = os.path.join(
conf.tinydns_datadir, 'datafiles')
self._datafiles_tmp_path_tpl = os.path.join(datafiles_dir, "%s.ztmp")
self._datafiles_path_tpl = os.path.join(datafiles_dir, "%s.zonedata")
self._datafiles_path_glob = self._datafiles_path_tpl % '*'
self._check_dirs(tinydns_root_dir, datafiles_dir)
def __init__(self, *a, **kw):
"""Configure the backend"""
super(DjbdnsBackend, self).__init__(*a, **kw)
self._resolver = dns.resolver.Resolver(configure=False)
self._resolver.timeout = SOA_QUERY_TIMEOUT
self._resolver.lifetime = SOA_QUERY_TIMEOUT
self._resolver.nameservers = [cfg.CONF[CFG_GROUP].query_destination]
self._masters = [utils.split_host_port(ns)
for ns in cfg.CONF['service:agent'].masters]
LOG.info("Resolvers: %r", self._resolver.nameservers)
LOG.info("AXFR masters: %r", self._masters)
if not self._masters:
raise exceptions.Backend("Missing agent AXFR masters")
self._tcpclient_cmd_name = cfg.CONF[CFG_GROUP].tcpclient_cmd_name
self._axfr_get_cmd_name = cfg.CONF[CFG_GROUP].axfr_get_cmd_name
# Directory where data.cdb lives, usually /var/lib/djbdns/root
tinydns_root_dir = os.path.join(cfg.CONF[CFG_GROUP].tinydns_datadir,
'root')
# Usually /var/lib/djbdns/root/data.cdb
self._tinydns_cdb_filename = os.path.join(tinydns_root_dir, 'data.cdb')
LOG.info("data.cdb path: %r", self._tinydns_cdb_filename)
# Where the agent puts the zone datafiles,
# usually /var/lib/djbdns/datafiles
self._datafiles_dir = datafiles_dir = os.path.join(
cfg.CONF[CFG_GROUP].tinydns_datadir,
'datafiles')
self._datafiles_tmp_path_tpl = os.path.join(datafiles_dir, "%s.ztmp")
self._datafiles_path_tpl = os.path.join(datafiles_dir, "%s.zonedata")
self._datafiles_path_glob = self._datafiles_path_tpl % '*'
self._check_dirs(tinydns_root_dir, datafiles_dir)
def test_split_host_port_with_invalid_port(self):
host, port = utils.split_host_port('abc:abc')
self.assertEqual(('abc:abc', 53), (host, port))
def test_split_host_port(self):
host, port = utils.split_host_port('abc:25')
self.assertEqual(('abc', 25), (host, port))
def from_config(cls, CONF, pool_id):
pool_target_ids = CONF['pool:%s' % pool_id].targets
pool_nameserver_ids = CONF['pool:%s' % pool_id].nameservers
pool_also_notifies = CONF['pool:%s' % pool_id].also_notifies
# Build Base Pool
pool = {
'id': pool_id,
'description': 'Pool built from configuration on %s' % CONF.host,
'targets': [],
'nameservers': [],
'also_notifies': [],
}
# Build Pool Also Notifies
for pool_also_notify in pool_also_notifies:
host, port = utils.split_host_port(pool_also_notify)
pool['also_notifies'].append({
'host': host,
'port': port,
})
# Build Pool Targets
for pool_target_id in pool_target_ids:
pool_target_group = 'pool_target:%s' % pool_target_id
pool_target = {
'id': pool_target_id,
'type': CONF[pool_target_group].type,
'masters': [],
'options': [],
}
# Build Pool Target Masters
for pool_target_master in CONF[pool_target_group].masters:
host, port = utils.split_host_port(pool_target_master)
pool_target['masters'].append({
'host': host,
'port': port,
})
# Build Pool Target Options
for k, v in CONF[pool_target_group].options.items():
pool_target['options'].append({
'key': k,
'value': v,
})
pool['targets'].append(pool_target)
# Build Pool Nameservers
for pool_nameserver_id in pool_nameserver_ids:
pool_nameserver_group = 'pool_nameserver:%s' % pool_nameserver_id
pool_nameserver = {
'id': pool_nameserver_id,
'host': CONF[pool_nameserver_group].host,
'port': CONF[pool_nameserver_group].port,
}
pool['nameservers'].append(pool_nameserver)
return cls.from_dict(pool)
def from_config(cls, CONF, pool_id):
pool_target_ids = CONF['pool:%s' % pool_id].targets
pool_nameserver_ids = CONF['pool:%s' % pool_id].nameservers
pool_also_notifies = CONF['pool:%s' % pool_id].also_notifies
# Build Base Pool
pool = {
'id': pool_id,
'description': 'Pool built from configuration on %s' % CONF.host,
'targets': [],
'nameservers': [],
'also_notifies': [],
}
# Build Pool Also Notifies
for pool_also_notify in pool_also_notifies:
host, port = utils.split_host_port(pool_also_notify)
pool['also_notifies'].append({
'host': host,
'port': port,
})
# Build Pool Targets
for pool_target_id in pool_target_ids:
pool_target_group = 'pool_target:%s' % pool_target_id
pool_target = {
'id': pool_target_id,
'type': CONF[pool_target_group].type,
'masters': [],
'options': [],
}
# Build Pool Target Masters
for pool_target_master in CONF[pool_target_group].masters:
host, port = utils.split_host_port(pool_target_master)
pool_target['masters'].append({
'host': host,
'port': port,
})
# Build Pool Target Options
for k, v in CONF[pool_target_group].options.items():
pool_target['options'].append({
'key': k,
'value': v,
})
pool['targets'].append(pool_target)
# Build Pool Nameservers
for pool_nameserver_id in pool_nameserver_ids:
pool_nameserver_group = 'pool_nameserver:%s' % pool_nameserver_id
pool_nameserver = {
'id': pool_nameserver_id,
'host': CONF[pool_nameserver_group].host,
'port': CONF[pool_nameserver_group].port,
}
pool['nameservers'].append(pool_nameserver)
return cls.from_dict(pool)
def from_data(cls, data):
host, port = utils.split_host_port(data)
dict_data = {"host": host, "port": port}
return cls(**dict_data)
def _parse_object(cls, value, object, *args, **kwargs):
object.host, object.port = utils.split_host_port(value)
return object
def from_data(cls, data):
host, port = utils.split_host_port(data)
dict_data = {"host": host, "port": port}
return cls(**dict_data)
def from_data(cls, data):
host, port = utils.split_host_port(data)
return cls.from_dict({"host": host, "port": port})