def set_port_egr_map(port_name, map_id, eg_map_name):
# Set the TC to Q map for port e00-1
op = nas_qos.EgPortCPSObj(ifname=port_name)
op.set_attr(eg_map_name, map_id)
upd = ('set', op.data())
if cps_utils.CPSTransaction([upd]).commit() == False:
print "Failed to set " + eg_map_name + " for port " + port_name
else:
print "Successfully set " + eg_map_name + " for port " + port_name
def bind_obj_to_port(attr_name, obj_id, direction, ifname):
dbg_print('{0} Binding on port {1}: {2} = {3}'.format(
direction, ifname, attr_name, str(obj_id)))
port = None
if direction == 'ingress':
port = nas_qos.IngPortCPSObj(ifname=ifname,
list_of_attr_value_pairs=[(attr_name,
obj_id)])
else:
port = nas_qos.EgPortCPSObj(ifname=ifname,
list_of_attr_value_pairs=[(attr_name,
obj_id)])
upd = ('set', port.data())
ret_cps_data = cps_utils.CPSTransaction([upd]).commit()
if ret_cps_data == False:
raise RuntimeError("Failed to bind " + attr_name + " to port " +
ifname)
def test_qos_port_egress(port_name):
print 'Test qos port-egress for port %s' % port_name
"""
print 'Start to create port-egress map profiles'
tc_color_dot1p_entries = [(0, 'RED', 0), (0, 'GREEN', 1), (5, 'RED', 2)]
tc_color_dot1p_id = create_map_example('tc-color-to-dot1p-map',
tc_color_dot1p_entries)
if tc_color_dot1p_id == None:
print 'Failed to cread tc-color-to-dot1p map'
return False
get_map_example('tc-color-to-dot1p-map', tc_color_dot1p_id)
tc_color_dscp_entries = [(0, 'GREEN', 0), (1, 'YELLOW', 1), (2, 'RED', 2)]
tc_color_dscp_id = create_map_example('tc-color-to-dscp-map',
tc_color_dscp_entries)
if tc_color_dscp_id == None:
print 'Failed to cread tc-color-to-dscp map'
return False
get_map_example('tc-color-to-dscp-map', tc_color_dscp_id)
"""
print 'Start to create scheduler profile'
sched_id = scheduler_profile_create_example(
'WRR', 50, 10000, 200, 50000, 200)
if sched_id is None:
print 'Failed to create scheduler profile'
return False
scheduler_profile_get_example(sched_id)
print 'Setup port egress porfile with maps and scheduler'
attr_entries = [ # ('tc-color-to-dot1p-map', tc_color_dot1p_id),
#('tc-color-to-dscp-map', tc_color_dscp_id),
('scheduler-profile-id', sched_id)]
port_eg_obj = nas_qos.EgPortCPSObj(ifname=port_name,
list_of_attr_value_pairs=attr_entries)
upd = ('set', port_eg_obj.data())
if cps_utils.CPSTransaction([upd]).commit() == False:
print 'Failed to set maps and scheduler for port %s' % port_name
return False
return_data_list = []
ret = cps.get([port_eg_obj.data()], return_data_list)
if ret:
print '#### Port Egress Profile ####'
for cps_ret_data in return_data_list:
m = nas_qos.EgPortCPSObj(cps_data=cps_ret_data)
m.print_obj()
else:
print 'Error in get'
return False
print 'Reset map and scheduler in port egress profile'
attr_entries = [ # ('tc-color-to-dot1p-map', 0),
#('tc-color-to-dscp-map', 0),
('scheduler-profile-id', 0)]
port_eg_obj = nas_qos.EgPortCPSObj(ifname=port_name,
list_of_attr_value_pairs=attr_entries)
upd = ('set', port_eg_obj.data())
if cps_utils.CPSTransaction([upd]).commit() == False:
print 'Failed to set maps and scheduler for port %s' % port_name
return False
return_data_list = []
ret = cps.get([port_eg_obj.data()], return_data_list)
if ret:
print '#### Port Egress Profile ####'
for cps_ret_data in return_data_list:
m = nas_qos.EgPortCPSObj(cps_data=cps_ret_data)
m.print_obj()
else:
print 'Error in get'
return False
"""
print 'Start to delete port-egress map profiles'
ret = delete_map_example('tc-color-to-dot1p-map', tc_color_dot1p_id)
if ret == False:
print 'Failed to delete tc-color-to-dot1p map'
return False
ret = delete_map_example('tc-color-to-dscp-map', tc_color_dscp_id)
if ret == False:
print 'Failed to delete tc-color-to-dscp map'
return False
"""
print 'Start to delete scheduler profile'
ret = scheduler_profile_delete_example(sched_id)
if ret is None:
print 'Failed to delete scheduler profile'
return False
return True