def teardown():
sess.close()
(ms, intrnl) = get_reqs()
#TODO: move this general approach to test_dns???
# generalize the entire approach and take a count on the way in and out
qry = sess.query(ARecord).filter(
ARecord.name.like(AREC_PREFIX + '%'))
qry = qry.filter_by(dns_environment=intrnl)
if qry.count() == 0:
log.info('successful cascaded deletion of ARecords')
else:
log.error('ARecords left intact when they should be delete cascaded')
for rec in qry.filter_by(dns_domain=ms).all():
sess.delete(rec)
commit(sess)
log.debug('deleted ARecord %s' % rec.fqdn)
dns_count_after = sess.query(DnsRecord).count()
if dns_count_after != dns_count_b4:
log.warning('%s record(s) left after teardown in %s, should be %s' % (
dns_count_after, func_name(), dns_count_b4))
del_machines(sess, MCHN_PREFIX)
mchn_count_after = sess.query(Machine).count()
if mchn_count_b4 != mchn_count_after:
log.warning('%s machines left after %s, should be %s'%(
mchn_count_after, func_name(), mchn_count_b4))
def teardown():
sess.close()
(ms, intrnl) = get_reqs()
#TODO: move this general approach to test_dns???
# generalize the entire approach and take a count on the way in and out
qry = sess.query(ARecord).filter(ARecord.name.like(AREC_PREFIX + '%'))
qry = qry.filter_by(dns_environment=intrnl)
if qry.count() == 0:
log.info('successful cascaded deletion of ARecords')
else:
log.error('ARecords left intact when they should be delete cascaded')
for rec in qry.filter_by(dns_domain=ms).all():
sess.delete(rec)
commit(sess)
log.debug('deleted ARecord %s' % rec.fqdn)
dns_count_after = sess.query(DnsRecord).count()
if dns_count_after != dns_count_b4:
log.warning('%s record(s) left after teardown in %s, should be %s' %
(dns_count_after, func_name(), dns_count_b4))
del_machines(sess, MCHN_PREFIX)
mchn_count_after = sess.query(Machine).count()
if mchn_count_b4 != mchn_count_after:
log.warning('%s machines left after %s, should be %s' %
(mchn_count_after, func_name(), mchn_count_b4))
def add_arecord(ip):
""" adding a valid ARecord """
(ms, intrnl) = get_reqs()
a_rcrd = ARecord(name=AREC_PREFIX + str(unique_number.next()),
dns_domain=ms, dns_environment=intrnl,
ip=ip, comments='comment here', session=sess)
create(sess, a_rcrd)
assert a_rcrd, 'no a_record created by %s' % func_name()
sess.refresh(a_rcrd)
return a_rcrd
def test_primary_name():
mchn = add_machine(sess, MCHN_PREFIX + str(unique_number.next()))
#log.debug('created machine %s' % str(mchn.__dict__))
(ms, intrnl) = get_reqs()
a_rcrd = add_arecord(IP_ADDRS[0])
#log.debug(a_rcrd.__dict__)
pna = PrimaryNameAssociation(a_record_id=a_rcrd.dns_record_id,
hardware_entity=mchn)
create(sess, pna)
log.info(pna)
def test_primary_name():
mchn = add_machine(sess, MCHN_PREFIX + str(unique_number.next()))
#log.debug('created machine %s' % str(mchn.__dict__))
(ms, intrnl) = get_reqs()
a_rcrd = add_arecord(IP_ADDRS[0])
#log.debug(a_rcrd.__dict__)
pna = PrimaryNameAssociation(a_record_id=a_rcrd.dns_record_id,
hardware_entity=mchn)
create(sess, pna)
log.info(pna)
def add_arecord(ip):
""" adding a valid ARecord """
(ms, intrnl) = get_reqs()
a_rcrd = ARecord(name=AREC_PREFIX + str(unique_number.next()),
dns_domain=ms,
dns_environment=intrnl,
ip=ip,
comments='comment here',
session=sess)
create(sess, a_rcrd)
assert a_rcrd, 'no a_record created by %s' % func_name()
sess.refresh(a_rcrd)
return a_rcrd
