def bind_port_to_segment(self, port_dict):
"""bind_port_to_network. This call makes the REST request to the
external SDN controller for provisioning VLAN for the switch port where
bare metal is connected.
"""
LOG.debug("bind_port_to_segment with port dict %(port_dict)s",
{'port_dict': port_dict})
bind_dict = self._get_bind_dict(port_dict)
is_lag = port_dict['port']['is_lag']
if is_lag:
resp = self._do_lag_request(port_dict, True, None)
else:
resp = self._do_vlan_provisioning(port_dict, True)
port_id = port_dict['port']['id']
if resp.status_code == 204:
db.update_hp_ironic_swport_map_with_seg_id(self.context,
bind_dict)
return hp_const.BIND_SUCCESS
elif resp.status_code == 200:
LOG.debug("lag request for physicalInterfaces is succeeded")
lag_id = uuidutils.generate_uuid()
ext_lag_id = resp.json()['lagId']
lag_dict = {'id': lag_id,
'external_lag_id': ext_lag_id,
'neutron_port_id': port_id}
db.add_hp_switch_lag_port(self.context,
lag_dict)
db.update_hp_ironic_swport_map_with_seg_id(self.context,
bind_dict)
db.update_hp_ironic_swport_map_with_lag_id(self.context,
lag_dict)
self._update_hp_sw_lag_id(self.context, lag_dict)
return hp_const.BIND_SUCCESS
else:
return hp_const.BIND_FAILURE
def test_update_hp_ironic_swport_map_with_seg_id(self):
"""Test update_hp_ironic_swport_map_with_seg_id method."""
rec_dict = self._get_ironic_switch_port_map_dict()
db.add_hp_ironic_switch_port_mapping(self.ctx, rec_dict)
db.update_hp_ironic_swport_map_with_seg_id(
self.ctx, {'neutron_port_id': "n1234",
'access_type': "access",
'segmentation_id': 200,
'bind_requested': True})
result = db.get_hp_ironic_swport_map_by_id(
self.ctx, {'neutron_port_id': "n1234"})
self.assertEqual(200, result.segmentation_id)
def test_update_hp_ironic_swport_map_with_seg_id(self):
"""Test update_hp_ironic_swport_map_with_seg_id method."""
self._add_switch_and_lag_port()
rec_dict = self._get_ironic_switch_port_map_dict()
db.add_hp_ironic_switch_port_mapping(self.ctx, rec_dict)
db.update_hp_ironic_swport_map_with_seg_id(
self.ctx, {'neutron_port_id': "n1234",
'access_type': "access",
'segmentation_id': 200,
'host_id': 'ironic'})
result = db.get_hp_ironic_swport_map_by_id(
self.ctx, {'neutron_port_id': "n1234"})
self.assertEqual(200, result[0].segmentation_id)
def test_update_hp_ironic_swport_map_with_seg_id(self):
"""Test update_hp_ironic_swport_map_with_seg_id method."""
rec_dict = self._get_ironic_switch_port_map_dict()
db.add_hp_ironic_switch_port_mapping(self.ctx, rec_dict)
db.update_hp_ironic_swport_map_with_seg_id(
self.ctx, {
'neutron_port_id': "n1234",
'access_type': "access",
'segmentation_id': 200,
'bind_requested': True
})
result = db.get_hp_ironic_swport_map_by_id(
self.ctx, {'neutron_port_id': "n1234"})
self.assertEqual(200, result.segmentation_id)
def bind_port_to_segment(self, port_dict):
"""bind_port_to_network. This call makes the REST request to the
external SDN controller for provisioning VLAN for the switch port where
bare metal is connected.
"""
LOG.debug("bind_port_to_segment with port dict %(port_dict)s",
{'port_dict': port_dict})
bind_dict = self._get_bind_dict(port_dict)
resp = self._do_vlan_provisioning(port_dict, True)
if resp.status_code == 204:
LOG.debug("PUT request for physicalInterfaces is succeeded")
db.update_hp_ironic_swport_map_with_seg_id(self.context, bind_dict)
return hp_const.BIND_SUCCESS
else:
return hp_const.BIND_FAILURE
def bind_port_to_segment(self, port_dict):
"""bind_port_to_network. This call makes the REST request to the
external SDN controller for provisioning VLAN for the switch port where
bare metal is connected.
"""
LOG.debug("bind_port_to_segment with port dict %(port_dict)s",
{'port_dict': port_dict})
bind_dict = self._get_bind_dict(port_dict)
resp = self._do_vlan_provisioning(port_dict, True)
if resp.status_code == 204:
LOG.debug("PUT request for physicalInterfaces is succeeded")
db.update_hp_ironic_swport_map_with_seg_id(self.context,
bind_dict)
return hp_const.BIND_SUCCESS
else:
return hp_const.BIND_FAILURE