def test_vlan_id_filter():
print 'Creating ACL table'
table_id = nas_acl.create_table('INGRESS', 100,
['OUTER_VLAN_ID', 'INNER_VLAN_ID'])
print 'Table ID: %d' % table_id
print 'Creating ACL entry'
entry_id_1 = nas_acl.create_entry(table_id, 1, {
'OUTER_VLAN_ID': {
'data': 0
},
'INNER_VLAN_ID': {
'data': 0
}
}, {'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id_1
entry_id_2 = nas_acl.create_entry(table_id, 2, {
'OUTER_VLAN_ID': {
'data': 100
},
'INNER_VLAN_ID': {
'data': 200
}
}, {'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id_2
nas_acl.print_entry(table_id)
print 'Deleting ACL entry'
nas_acl.delete_entry(table_id, entry_id_1)
nas_acl.delete_entry(table_id, entry_id_2)
print 'Deleting ACL table'
nas_acl.delete_table(table_id)
def test_update_entry_action():
print 'Creating ACL table'
table_id = nas_acl.create_table('INGRESS', 100, ['IN_INTF'])
print 'Table ID: %d' % table_id
print 'Creating ACL entry'
entry_id = nas_acl.create_entry(table_id, 1, {'IN_INTF': 'e101-001-0'},
{'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id
print 'Trying to set user trap ID with drop action (expected fail)'
with pytest.raises(RuntimeError):
nas_acl.replace_entry_action_list(table_id, entry_id, {
'PACKET_ACTION': 'DROP',
'SET_USER_TRAP_ID': 2
})
nas_acl.print_entry(table_id, entry_id)
print 'Trying to set user trap ID with trap to CPU action'
try:
nas_acl.replace_entry_action_list(table_id, entry_id, {
'PACKET_ACTION': 'TRAP_TO_CPU',
'SET_USER_TRAP_ID': 2
})
except RuntimeError:
assert False
nas_acl.print_entry(table_id, entry_id)
print 'Restoring ACL entry actions'
try:
nas_acl.replace_entry_action_list(table_id, entry_id,
{'PACKET_ACTION': 'DROP'})
except RuntimeError:
assert False
nas_acl.print_entry(table_id, entry_id)
print 'Deleting ACL entry'
nas_acl.delete_entry(table_id, entry_id)
print 'Deleting ACL table'
nas_acl.delete_table(table_id)
def __delete_table():
_table = nas_acl.find_table(priority=_args['table_priority'],matchfields=_args['table_match'],\
table_stage=_args['table_stage'])
if _table != None:
_id = _table.extract_id()
nas_acl.delete_table(_id)
print('Table deleted...')
sys.exit(0)
def __delete_table():
if _args['table_id'] == None:
print(
'Missing mandatory attributes to delete table- required table-id and prerequisit is to delete the entry before deleting table using delete-entry'
)
sys.exit(1)
nas_acl.delete_table(int(_args['table_id']))
print('Table deleted...')
sys.exit(0)
def acl_ut_table_delete(table_id):
global total, passed
total.append(sys._getframe().f_code.co_name)
try:
nas_acl.delete_table(table_id)
except RuntimeError:
print "Failed to delete table"
return
print "Table ", str(entry_id), " deleted sucessfully"
passed.append(sys._getframe().f_code.co_name)
def acl_ut_table_delete(table_id):
global total, passed
total.append(sys._getframe().f_code.co_name)
try:
nas_acl.delete_table(table_id)
except RuntimeError:
print "Failed to delete table"
return
print "Table ", str(entry_id), " deleted sucessfully"
passed.append(sys._getframe().f_code.co_name)
def test_bridge_type_filter():
print 'Createing Ingress ACL table'
ing_table_id = nas_acl.create_table('INGRESS', 101, ['BRIDGE_TYPE'])
print 'Table ID: %d' % ing_table_id
print 'Creating Ingress ACL entry'
entry_id_1 = nas_acl.create_entry(ing_table_id, 1,
{'BRIDGE_TYPE': 'BRIDGE_1Q'},
{'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id_1
entry_id_2 = nas_acl.create_entry(ing_table_id, 2,
{'BRIDGE_TYPE': 'BRIDGE_1D'},
{'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id_2
nas_acl.print_entry(ing_table_id)
print 'Createing Egress ACL table'
eg_table_id = nas_acl.create_table('EGRESS', 101, ['BRIDGE_TYPE'])
print 'Table ID: %d' % eg_table_id
print 'Creating Egress ACL entry'
entry_id_3 = nas_acl.create_entry(eg_table_id, 1,
{'BRIDGE_TYPE': 'BRIDGE_1Q'},
{'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id_3
entry_id_4 = nas_acl.create_entry(eg_table_id, 2,
{'BRIDGE_TYPE': 'BRIDGE_1D'},
{'PACKET_ACTION': 'DROP'})
print 'Entry ID: %d' % entry_id_4
nas_acl.print_entry(eg_table_id)
print 'Deleting ACL entry'
nas_acl.delete_entry(ing_table_id, entry_id_1)
nas_acl.delete_entry(ing_table_id, entry_id_2)
nas_acl.delete_entry(eg_table_id, entry_id_3)
nas_acl.delete_entry(eg_table_id, entry_id_4)
print 'Deleting ACL table'
nas_acl.delete_table(ing_table_id)
nas_acl.delete_table(eg_table_id)
eid_ip = nas_acl.create_entry(table_id=tid,
prio=511,
filter_map={
'DST_IP': '23.0.0.1',
'DSCP': {
'data': 0x08,
'mask': 0x38
}
},
action_map={
'SET_TC': 4,
'SET_COUNTER': counter_ip
})
# Print both entries in ACL table
nas_acl.print_entry(tid)
raw_input("Press Enter to clean up the ACL entries and table ...")
# Print the ACL stats object
nas_acl.print_stats(tid, counter_ip)
nas_acl.print_stats(tid, counter_mac)
# Clean up
nas_acl.delete_entry(tid, eid_ip)
nas_acl.delete_entry(tid, eid_mac)
nas_acl.delete_counter(tid, counter_ip)
nas_acl.delete_counter(tid, counter_mac)
nas_acl.delete_table(tid)
print "Clean up Successful"
table_id=tid,
entry_id=eid,
filter_map=filters)
nas_acl.print_entry(tid, eid)
# Completely overwrite the action list with another set of actions
print "Replaced action list - new action - Mirror egress"
actions = {
'MIRROR_EGRESS':
{'index': mirr_id_2, 'data': mirr_opq_2} # Attaching external obj
# to ACL
# action
}
nas_acl.replace_entry_action_list(
table_id=tid,
entry_id=eid,
action_map=actions)
nas_acl.print_entry(tid, eid)
except RuntimeError as r:
print r
# Clean up
nas_acl.delete_entry(tid, eid)
nas_acl.delete_counter(tid, counter_id)
a_utl.mirror_delete(mirr_id_1)
a_utl.mirror_delete(mirr_id_2)
nas_acl.delete_table(tid)
print "Clean up Successful"
