def __show_stats():
if _args['table_id'] == None or _args['counter_id'] == None:
print(
'Missing attributes to show stats - Needed table-id and counter-id'
)
sys.exit(1)
nas_acl.print_stats(int(_args['table_id']), int(_args['counter_id']))
def acl_ut_stats_get(table_id=None, counter_id=None):
global total, passed
total.append(sys._getframe().f_code.co_name)
try:
print '#### Stats Show ####'
nas_acl.print_stats(table_id, entry_id)
passed.append(sys._getframe().f_code.co_name)
except RuntimeError:
print (sys._getframe().f_code.co_name + ": Error in Get")
def acl_ut_stats_get(table_id=None, counter_id=None):
global total, passed
total.append(sys._getframe().f_code.co_name)
try:
print '#### Stats Show ####'
nas_acl.print_stats(table_id, entry_id)
passed.append(sys._getframe().f_code.co_name)
except RuntimeError:
print (sys._getframe().f_code.co_name + ": Error in Get")
def main():
tid = nas_acl.create_table(stage='EGRESS',
prio=99,
allow_filters=[
'SRC_IP', 'DST_IP', 'IN_PORT', 'OUT_PORT',
'L4_SRC_PORT', 'L4_DST_PORT'
])
#
# ACL Entry to drop all packets received from DST_IP on L4_DST_PORT
#
# ACL counter to count number of dropped packets
#counter_mac = nas_acl.create_counter(table_id=tid, types=['PACKET'])
# CPS Create the ACL entry
eid_tcp = nas_acl.create_entry(table_id=tid,
prio=512,
filter_map={
'SRC_IP': {
'addr': '23.0.0.1',
'mask': '255.0.0.0'
},
'L4_SRC_PORT': 443,
},
action_map={'PACKET_ACTION': 'DROP'})
"""
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)
#return tid,eid_mac
#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)
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"
#
# ACL Entry to set traffic class for packets destined to IP 23.0.0.1
# with a DSCP range 8-15
#
# ACL counter to count number of dropped packets
counter_ip = nas_acl.create_counter(table_id=tid, types=['PACKET'])
# CPS Create the ACL entry
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"
