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 test_create_local_disk():
""" create a local disk """
print 'setup finished'
machine = add_machine(sess, MACHINE_NAME, MODEL)
assert machine, "Could not create machine in %s"% (inspect.stack()[1][3])
print machine
disk = LocalDisk(machine=machine, capacity=180, controller_type='scsi')
add(sess, disk)
commit(sess)
assert disk, 'no disk created by %s'% (inspect.stack()[1][3])
print disk
disk_id_cache.append(disk.id)
def test_no_duplicate_primary_name_entries():
""" Ensures that a primary name can not be duplicated """
a_rcrd = sess.query(ARecord).filter_by(ip=IP_ADDRS[0]).first()
assert a_rcrd, 'No a_record in %s' % func_name()
mchn = add_machine(sess, MCHN_PREFIX + str(unique_number.next()))
assert mchn, 'no machine created in %s' % func_name()
try:
pna = PrimaryNameAssociation(hardware_entity=mchn, a_record=a_rcrd)
#a_record_id=a_rcrd.dns_record_id)
sess.add(pna)
sess.commit()
print 'should fail but %r ' % pna
except Exception, e:
sess.rollback()
raise e
def test_no_duplicate_primary_name_entries():
""" Ensures that a primary name can not be duplicated """
a_rcrd = sess.query(ARecord).filter_by(ip=IP_ADDRS[0]).first()
assert a_rcrd, 'No a_record in %s' % func_name()
mchn = add_machine(sess, MCHN_PREFIX + str(unique_number.next()))
assert mchn, 'no machine created in %s' % func_name()
try:
pna = PrimaryNameAssociation(hardware_entity=mchn, a_record=a_rcrd)
#a_record_id=a_rcrd.dns_record_id)
sess.add(pna)
sess.commit()
print 'should fail but %r ' % pna
except Exception, e:
sess.rollback()
raise e
def test_create_nas_disk():
svc = add_service(sess, NAS_SVC)
assert svc, 'no %s service created by %s' %(NAS_SVC, inspect.stack()[1][3])
si = add_service_instance(sess, NAS_SVC, SHARE_NAME)
assert si, 'no instance created in %s'% (inspect.stack()[1][3])
machine = add_machine(sess, MACHINE_NAME, MODEL)
assert machine, "Could not create machine in %s"% (inspect.stack()[1][3])
print machine
disk = NasDisk(machine=machine, capacity=40, controller_type='sata',
device_name='c_drive', address='0:1:0', service_instance=si)
add(sess, disk)
commit(sess)
assert disk, 'no nas disk created in %s'% (inspect.stack()[1][3])
print disk
disk_id_cache.append(disk.id)
