def acl_replace_with_icmp_traffic(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
seq_num = '1'
proto = 'icmp'
src_port = ''
dst_port = ''
count_str = ''
step(str(step_num) +
'.a Configure an ACL with a %s icmp %s %s rule'
% (action, src_ip, dst_ip))
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify ICMP packets')
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) +
'.c Create new ACL with a %s icmp %s %s rule and apply to same'
'port'
% (action, src_ip, dst_ip))
acl_name2 = 'test2'
action = 'deny'
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name2, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name2,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify ICMP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
unconfigure_acl(self._sw1, self._aclAddrType, acl_name2)
def acl_deny_udp_on_multiple_ports(self, step, step_num):
self._check_basic_private_variables(step_num)
assert self._sec_int is not None
acl_name = 'test'
step(
str(step_num) +
'.a Configure an ACL with a deny udp and permit icmp rule')
seq_num = '1'
action = 'deny'
proto = 'udp'
src_ip = self._tx_host_ip
src_port = ''
dst_ip = self._rx_host_ip
dst_port = ''
count_str = ''
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
seq_num = '2'
action = 'permit'
proto = 'icmp'
src_ip = 'any'
dst_ip = 'any'
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
for inter_num in (self._pri_int, self._sec_int):
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=inter_num,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.c Create and verify reverse UDP packets')
self._create_and_verify_traffic_l3('UDP',
rx_expect,
direction='reverse')
step(str(step_num) + '.d Create and verify ICMP packets')
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.e Create and verify reverse ICMP packets')
self._create_and_verify_traffic_l3('ICMP',
rx_expect,
direction='reverse')
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_permit_icmp_on_multiple_ports(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
step(str(step_num) +
'.a Configure an ACL with a %s icmp %s %s rule'
% (action, src_ip, dst_ip))
seq_num = '11'
proto = 'icmp'
src_port = ''
dst_port = ''
count_str = ''
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
# Switching the src_ip and the dst_ip
src_ip = self._rx_host_ip
dst_ip = self._tx_host_ip
step(str(step_num) +
'.b Add to an ACL with a %s icmp %s %s rule'
% (action, src_ip, dst_ip))
seq_num = '12'
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._sec_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.d Create and verify ICMP packets')
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.e Create and verify reverse ICMP packets')
self._create_and_verify_traffic_l3('ICMP', rx_expect,
direction='reverse')
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_deny_udp_on_multiple_ports(self, step, step_num):
self._check_basic_private_variables(step_num)
assert self._sec_int is not None
acl_name = 'test'
step(str(step_num) +
'.a Configure an ACL with a deny udp and permit icmp rule')
seq_num = '1'
action = 'deny'
proto = 'udp'
src_ip = self._tx_host_ip
src_port = ''
dst_ip = self._rx_host_ip
dst_port = ''
count_str = ''
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
seq_num = '2'
action = 'permit'
proto = 'icmp'
src_ip = 'any'
dst_ip = 'any'
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
for inter_num in (self._pri_int, self._sec_int):
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=inter_num,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.c Create and verify reverse UDP packets')
self._create_and_verify_traffic_l3('UDP', rx_expect,
direction='reverse')
step(str(step_num) + '.d Create and verify ICMP packets')
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.e Create and verify reverse ICMP packets')
self._create_and_verify_traffic_l3('ICMP', rx_expect,
direction='reverse')
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_replace_with_icmp_traffic(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
seq_num = '1'
proto = 'icmp'
src_port = ''
dst_port = ''
count_str = ''
step(
str(step_num) + '.a Configure an ACL with a %s icmp %s %s rule' %
(action, src_ip, dst_ip))
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify ICMP packets')
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(
str(step_num) +
'.c Create new ACL with a %s icmp %s %s rule and apply to same'
'port' % (action, src_ip, dst_ip))
acl_name2 = 'test2'
action = 'deny'
configure_acl_l3(self._sw1, self._aclAddrType, acl_name2, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name2,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify ICMP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
unconfigure_acl(self._sw1, self._aclAddrType, acl_name2)
def acl_permit_icmp_on_multiple_ports(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
step(
str(step_num) + '.a Configure an ACL with a %s icmp %s %s rule' %
(action, src_ip, dst_ip))
seq_num = '11'
proto = 'icmp'
src_port = ''
dst_port = ''
count_str = ''
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
# Switching the src_ip and the dst_ip
src_ip = self._rx_host_ip
dst_ip = self._tx_host_ip
step(
str(step_num) + '.b Add to an ACL with a %s icmp %s %s rule' %
(action, src_ip, dst_ip))
seq_num = '12'
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._sec_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.d Create and verify ICMP packets')
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.e Create and verify reverse ICMP packets')
self._create_and_verify_traffic_l3('ICMP',
rx_expect,
direction='reverse')
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_modify_after_sending_udp_traffic(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
step(str(step_num) +
'.a Configure an ACL with 1 %s udp %s %s rule'
% (action, src_ip, dst_ip))
seq_num = '1'
proto = 'udp'
src_port = ''
dst_port = ''
count_str = ''
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify UDP packets')
rx_expect = True
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.c Create and verify other UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
action = 'deny'
step(str(step_num) +
'.d Modify ACL with 1 %s udp %s %s rule'
% (action, src_ip, dst_ip))
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
step(str(step_num) + '.e Create and verify UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.f Create and verify other UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.g Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_modify_after_sending_udp_traffic(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
step(
str(step_num) + '.a Configure an ACL with 1 %s udp %s %s rule' %
(action, src_ip, dst_ip))
seq_num = '1'
proto = 'udp'
src_port = ''
dst_port = ''
count_str = ''
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify UDP packets')
rx_expect = True
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.c Create and verify other UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
action = 'deny'
step(
str(step_num) + '.d Modify ACL with 1 %s udp %s %s rule' %
(action, src_ip, dst_ip))
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
step(str(step_num) + '.e Create and verify UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.f Create and verify other UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.g Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_permit_icmp_hitcount(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
count_str = 'count'
step(
str(step_num) +
'.a Configure an ACL with a %s icmp %s %s %s rule' %
(action, src_ip, dst_ip, count_str))
seq_num = '50'
proto = 'icmp'
src_port = ''
dst_port = ''
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify ICMP packets')
self._clear_hitcounts(acl_name, self._pri_int)
self.print_clr("INFO", "Delaying 6 seconds to allow the acl to be"
" applied")
sleep(6)
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
# delay added to retrieve correct hitcount
self.print_clr(
"INFO", "Delaying 6 seconds to allow the hits to show"
" up in the osvdb")
sleep(6)
assert (self._get_hitcount(
sw=self._sw1,
acl_name=acl_name,
inter_num=self._pri_int,
target_ace_str='%s %s %s %s %s count' %
(seq_num, action, proto, src_ip, dst_ip)) == '10')
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_permit_icmp_hitcount(self, step, step_num):
self._check_basic_private_variables(step_num)
acl_name = 'test'
action = 'permit'
src_ip = self._tx_host_ip
dst_ip = self._rx_host_ip
count_str = 'count'
step(str(step_num) +
'.a Configure an ACL with a %s icmp %s %s %s rule'
% (action, src_ip, dst_ip, count_str))
seq_num = '50'
proto = 'icmp'
src_port = ''
dst_port = ''
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify ICMP packets')
self._clear_hitcounts(acl_name, self._pri_int)
self.print_clr("INFO", "Delaying 6 seconds to allow the acl to be"
" applied")
sleep(6)
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect)
# delay added to retrieve correct hitcount
self.print_clr("INFO", "Delaying 6 seconds to allow the hits to show"
" up in the osvdb")
sleep(6)
assert(self._get_hitcount(sw=self._sw1, acl_name=acl_name,
inter_num=self._pri_int,
target_ace_str='%s %s %s %s %s count'
% (seq_num, action, proto, src_ip, dst_ip))
== '10')
step(str(step_num) + '.f Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def common_in_out_apply_one_acl_one_ace_test(
sw, acl_addr_type, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, app_type, interface_num,
dir_list, count, log
):
assert sw is not None
assert acl_addr_type in ('ip', 'ipv6', 'mac')
assert isinstance(acl_name, str)
assert isinstance(seq_num, str)
assert action in ('permit', 'deny')
assert isinstance(proto, str)
assert isinstance(src_ip, str)
assert isinstance(src_port, str)
assert isinstance(dst_ip, str)
assert isinstance(dst_port, str)
assert app_type in ('port', 'vlan')
assert isinstance(interface_num, str)
assert isinstance(dir_list, list)
assert count in ('count', '')
assert log in ('log', '')
for direction in dir_list:
assert direction in ['in', 'out']
configure_acl_l3(
sw=sw, acl_addr_type=acl_addr_type, acl_name=acl_name, seq_num=seq_num,
action=action, proto=proto, src_ip=src_ip,
src_port=src_port, dst_ip=dst_ip, dst_port=dst_port, count=count,
log=log
)
for direction in dir_list:
apply_acl(
sw=sw, app_type=app_type, interface_num=interface_num,
acl_addr_type=acl_addr_type, acl_name=acl_name, direction=direction
)
for direction in dir_list:
no_apply_interface(
sw=sw, app_type=app_type, interface_num=interface_num,
acl_addr_type=acl_addr_type, acl_name=acl_name, direction=direction
)
unconfigure_ace(
sw=sw, acl_addr_type=acl_addr_type, acl_name=acl_name,
seq_num=seq_num
)
def acl_action_udp_dotted_netmask(self, step, step_num, action_str):
self._check_basic_private_variables(step_num)
assert isinstance(action_str, str) and \
action_str in ('permit', 'deny')
acl_name = 'test'
src_ip = self._rm_host_num_and_add_prefix(self._tx_host_ip,
'255.255.255.254')
dst_ip = self._rm_host_num_and_add_prefix(self._rx_host_ip,
'255.255.255.0')
step(str(step_num) +
'.a Configure an ACL with 1 %s udp %s %s rule'
% (action_str, src_ip, dst_ip))
seq_num = '1'
action = action_str
proto = 'udp'
src_port = ''
dst_port = ''
count_str = ''
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name, seq_num, action, proto,
src_ip, src_port, dst_ip, dst_port, count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify UDP packets')
rx_expect = True if action_str == 'permit' else False
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.c Create and verify ICMP packets')
rx_expect = False
self._create_and_verify_traffic_l3('ICMP', rx_expect)
step(str(step_num) + '.d Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_action_udp_sport_eq_param(self, step, step_num, action_str):
self._check_basic_private_variables(step_num)
assert isinstance(action_str, str) and \
action_str in ('permit', 'deny')
acl_name = 'test'
src_ip = self._tx_host_ip
src_port = 'eq 5555'
dst_ip = self._rx_host_ip
step(
str(step_num) + '.a Configure an ACL with 1 %s udp %s %s %s rule' %
(action_str, src_ip, src_port, dst_ip))
seq_num = '1'
action = action_str
proto = 'udp'
dst_port = ''
count_str = ''
configure_acl_l3(self._sw1, self._aclAddrType, acl_name, seq_num,
action, proto, src_ip, src_port, dst_ip, dst_port,
count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=self._pri_int,
acl_addr_type=self._aclAddrType,
acl_name=acl_name,
direction=self._aclDir)
step(str(step_num) + '.b Create and verify UDP packets')
rx_expect = True if action_str == 'permit' else False
self._create_and_verify_traffic_l3('UDP', rx_expect)
step(str(step_num) + '.c Create and verify other UDP packets')
rx_expect = False
self._create_and_verify_traffic_l3('UDP',
rx_expect,
src_port='1000',
dst_port='5555')
step(str(step_num) + '.d Remove the configured ACL')
unconfigure_acl(self._sw1, self._aclAddrType, acl_name)
def acl_config_persistance(self, step, step_num, entries_list):
self._check_basic_private_variables(step_num)
# Verify entries_list is a list of integers with no more than 2 entries
# (for now).
assert isinstance(entries_list, list) and\
len(entries_list) <= 2
for i in list(range(len(entries_list))):
assert isinstance(entries_list[i], int)
seq_num = '1'
action = 'permit'
proto = 'icmp'
src_port = ''
dst_port = ''
count_str = 'count'
tx_dir = ['forward', 'reverse']
interface_num_list = [self._pri_int, self._sec_int]
acl_name = ['test', 'test2']
range_lt_gt_count = 0
target_ace_list = []
for i in list(range(len(entries_list))):
if tx_dir[i] == 'forward':
src_ip, dst_ip = self._tx_host_ip, self._rx_host_ip
else:
dst_ip, src_ip = self._tx_host_ip, self._rx_host_ip
step(str(step_num) +
'.a Configure an ACL with a %s %s %s %s %s rule'
% (action, proto, src_ip, dst_ip, count_str))
configure_acl_l3(
self._sw1, self._aclAddrType, acl_name[i], seq_num, action,
proto, src_ip, src_port, dst_ip, dst_port, count_str
)
step(str(step_num) +
'.b Configure the ACL another %s random rules (off by one'
' because we already\nconfigured one rule that we will use'
' for traffic tests later)' % (str(entries_list[i] - 1)))
for seq in list(range(2, entries_list[i] + 1)):
r_action = choice(["permit", "deny"])
r_proto = choice([str(randrange(1, 255)), 'tcp', 'udp',
'sctp'])
r_src_ip = self._rand_ip_address_with_prefix()
r_dst_ip = self._rand_ip_address_with_prefix()
r_src_port, range_lt_gt_count = self._rand_port(
r_proto,
range_lt_gt_count
)
r_dst_port, range_lt_gt_count = self._rand_port(
r_proto,
range_lt_gt_count
)
r_count_str = choice(['count', ''])
configure_acl_l3(
self._sw1, self._aclAddrType,
acl_name[i], str(seq),
r_action, r_proto,
r_src_ip, r_src_port,
r_dst_ip, r_dst_port,
r_count_str
)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=interface_num_list[i],
acl_addr_type=self._aclAddrType,
acl_name=acl_name[i],
direction=self._aclDir)
self._clear_hitcounts(acl_name[i], interface_num_list[i])
step(str(step_num) + '.c Create and verify ICMP packets')
sleep(6)
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect,
direction=tx_dir[i])
sleep(6) # delay to retrieve correct hitcount
target_ace_list.append('%s %s %s %s %s count'
% (seq_num, action, proto, src_ip, dst_ip))
assert(self._get_hitcount(sw=self._sw1, acl_name=acl_name[i],
inter_num=interface_num_list[i],
target_ace_str=target_ace_list[i])
== '10')
# Check the running and startup config are the same before reboot
self.print_clr("INFO", "Copying the running config to the startup"
" config")
self._sw1._shells['vtysh']._timeout = 1500
self._sw1.libs.vtysh.copy_running_config_startup_config()
run_res_before_boot = self._sw1.libs.vtysh.show_running_config()
start_res_before_boot = self._sw1.libs.vtysh.show_startup_config()
assert(run_res_before_boot == start_res_before_boot)
self.print_clr("INFO", "Rebooting Switch")
reboot_switch(self._sw1)
self.print_clr("INFO", "Delaying 60 seconds while switch inits")
sleep(60)
# Check the running config is still the same as before
run_res_after_boot = self._sw1.libs.vtysh.show_running_config()
assert(run_res_before_boot == run_res_after_boot)
# Check the startup config is the same and the current running
start_res_after_boot = self._sw1.libs.vtysh.show_startup_config()
assert(run_res_after_boot == start_res_after_boot)
# Check that the applied ACL still works along with logging
step(str(step_num) + '.d Create and verify ICMP packets')
for i in list(range(len(entries_list))):
self._clear_hitcounts(acl_name[i], interface_num_list[i])
rx_expect = True
self._create_and_verify_traffic_l3('ICMP', rx_expect,
direction=tx_dir[i])
sleep(6) # delay tp retrieve correct hitcount
assert(self._get_hitcount(sw=self._sw1, acl_name=acl_name[i],
inter_num=interface_num_list[i],
target_ace_str=target_ace_list[i])
== '10')
step(str(step_num) + '.e Remove the configured ACL(s)')
for i in list(range(len(entries_list))):
unconfigure_acl(self._sw1, self._aclAddrType, acl_name[i])
def test_ace_apply(topology, step):
test_num = 0
"""
Test apply of ACEs to ports.
Build a topology of one switch. Tested the ability to properly add ACL,
delete ACL.
"""
ops1 = topology.get('ops1')
assert ops1 is not None
acl_name = 'test1'
seq_num = '1'
test_num += 1
step(
'#### T{test_num} Add Permit ACE ####\n'
'#### to existing IPv4 ACL ####'
.format(**locals())
)
configure_acl_l3(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num,
action='permit', proto='pim', src_ip='1.2.3.4', src_port='',
dst_ip='5.6.7.8', dst_port='', count='', log=''
)
test_num += 1
step(
'#### T{test_num} Add Deny ACE ####\n'
'#### to existing IPv4 ACL ####'
.format(**locals())
)
configure_acl_l3(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num,
action='deny', proto='igmp', src_ip='1.2.3.4', src_port='',
dst_ip='5.6.7.8', dst_port='', count='', log=''
)
test_num += 1
step(
'#### T{test_num} Add Permit ACE ####\n'
'#### to existing IPv4 ACL ####\n'
'#### with just count ####'
.format(**locals())
)
configure_acl_l3(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num,
action='permit', proto='igmp', src_ip='9.10.11.12', src_port='',
dst_ip='13.14.15.16', dst_port='', count='count', log=''
)
test_num += 1
step(
'#### T{test_num} Add Permit ACE ####\n'
'#### to existing IPv4 ACL ####\n'
'#### with count and log ####'
.format(**locals())
)
configure_acl_l3(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num,
action='permit', proto='igmp', src_ip='17.18.19.20', src_port='',
dst_ip='21.22.23.24', dst_port='', count='count', log='log'
)
test_num += 1
step(
'#### T{test_num} Add Permit ACE ####\n'
'#### to existing IPv4 ACL ####\n'
'#### with just log ####'
.format(**locals())
)
configure_acl_l3(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num,
action='permit', proto='igmp', src_ip='25.26.27.28', src_port='',
dst_ip='29.30.31.32', dst_port='', count='', log='log'
)
test_num += 1
step(
'#### T{test_num} Remove ACE ####\n'
'#### from existing IPv4 ACL ####'
.format(**locals())
)
unconfigure_ace(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num=seq_num
)
test_num += 1
step(
'#### T{test_num} Remove IPv4 ACL ####'
.format(**locals())
)
unconfigure_acl(sw=ops1, acl_addr_type='ip', acl_name=acl_name)
for direction in ['in', 'out']:
dir_synonym = "Ingress" if direction == 'in' else "Egress"
acl_name = 'testApplyACL_{dir_synonym}'.format(**locals())
test_num += 1
step(
'## T{test_num} Applying {dir_synonym} IPV4 ACL ##\n'
'#### T{test_num}a Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### ACL does not exist ####'
.format(**locals())
)
with pytest.raises(exceptions.AclDoesNotExistException):
apply_acl(
sw=ops1, app_type='port', interface_num='4',
acl_addr_type='ip', acl_name=acl_name, direction=direction
)
step(
'#### T{test_num}b Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### igmp protocol ####'
.format(**locals())
)
seq_num = '4'
configure_acl_l3(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num,
action='permit', proto='igmp', src_ip='1.2.3.4/255.0.0.0',
src_port='', dst_ip='5.6.7.8/255.255.0.0', dst_port='', count='',
log=''
)
interface_num = '4'
apply_acl(
sw=ops1, app_type='port', interface_num='4', acl_addr_type='ip',
acl_name=acl_name, direction=direction
)
unconfigure_ace(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num=seq_num
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} no ACL ####\n'
'#### on interface 4 ####'
.format(**locals())
)
no_apply_interface(
sw=ops1, app_type='port', interface_num=interface_num,
acl_addr_type='ip', acl_name=acl_name, direction=direction
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### A.B.C.D/M Network ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='6',
action='permit', proto='igmp',
src_ip='1.2.3.4/8', src_port='',
dst_ip='5.6.7.8/24', dst_port='',
app_type='port', interface_num='5', direction=direction,
count='', log=''
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### A.B.C.D Host count ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='7',
action='permit', proto='igmp',
src_ip='1.2.3.4', src_port='',
dst_ip='5.6.7.8', dst_port='',
app_type='port', interface_num='7', direction=direction,
count='count', log=''
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### Numbered proto and any host log ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='8',
action='permit', proto='4',
src_ip='any', src_port='',
dst_ip='any', dst_port='',
app_type='port', interface_num='8', direction=direction,
count='', log='log'
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### sctp eq L4 count log####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='9',
action='permit', proto='sctp',
src_ip='172.21.30.4', src_port='eq 10',
dst_ip='5.6.7.8/24', dst_port='eq 11',
app_type='port', interface_num='9', direction=direction,
count='count', log='log'
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### sctp eq L4 ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='10',
action='permit', proto='sctp',
src_ip='172.21.30.4', src_port='eq 10',
dst_ip='5.6.7.8/24', dst_port='eq 11',
app_type='port', interface_num='10', direction=direction,
count='', log=''
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### sctp gt L4 count ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='11',
action='permit', proto='sctp',
src_ip='172.21.30.4/24', src_port='gt 10',
dst_ip='5.6.7.8/24', dst_port='gt 11',
app_type='port', interface_num='11', direction=direction,
count='count', log=''
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### sctp lt L4 log ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='12',
action='permit', proto='sctp',
src_ip='172.21.30.4/24', src_port='lt 10',
dst_ip='5.6.7.8/24', dst_port='lt 11',
app_type='port', interface_num='12', direction=direction,
count='', log='log'
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### sctp range L4 count log ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='13',
action='permit', proto='sctp',
src_ip='1.2.3.4/1', src_port='range 100 500',
dst_ip='5.6.7.8/32', dst_port='range 40 50',
app_type='port', interface_num='13', direction=direction,
count='count', log='log'
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### tcp deny eq L4 ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='14',
action='deny', proto='tcp',
src_ip='1.2.3.4/8', src_port='eq 4',
dst_ip='5.6.7.8/24', dst_port='eq 40',
app_type='port', interface_num='14', direction=direction,
count='', log=''
)
test_num += 1
step(
'#### T{test_num} Apply {dir_synonym} IPV4 ACL ####\n'
'#### to interface ####\n'
'#### tcp deny range L4 count ####'
.format(**locals())
)
common_apply_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name, seq_num='15',
action='deny', proto='tcp',
src_ip='1.2.3.4/8', src_port='range 4 6',
dst_ip='5.6.7.8/24', dst_port='range 40 60',
app_type='port', interface_num='15', direction=direction,
count='count', log=''
)
test_num += 1
step(
'#### T{test_num} Remove {dir_synonym} IPV4 ACL ####'
.format(**locals())
)
unconfigure_acl(sw=ops1, acl_addr_type='ip', acl_name=acl_name)
# END for direction in ['in' : 'out']:
# Beginning of mixing ingress with egress using a single ACL
acl_name = "testIngressEgressOneACL"
for dir_list in [['in', 'out'], ['out', 'in']]:
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### deny udp any Host L4 range ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='1', action='deny', proto='udp',
src_ip='any', src_port='',
dst_ip='1.1.1.1', dst_port='range 0 65535',
app_type='port', interface_num='1', dir_list=dir_list,
count='', log=''
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### permit tcp Network L4 lt Non-contiguous L4 gt count ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='2', action='permit', proto='tcp',
src_ip='1.1.1.0/24', src_port='lt 42',
dst_ip='1.1.0.0/255.0.255.255', dst_port='gt 50',
app_type='port', interface_num='2', dir_list=dir_list,
count='count', log=''
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### deny sctp Host L4 eq any log ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='3', action='deny', proto='sctp',
src_ip='1.1.1.1', src_port='eq 1000',
dst_ip='any', dst_port='',
app_type='port', interface_num='3', dir_list=dir_list,
count='', log='log'
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### permit udp Host L4 range Network L4 lt count log ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='4', action='permit', proto='udp',
src_ip='1.1.1.1', src_port='range 1 65534',
dst_ip='1.1.1.0/255.255.255.0', dst_port='lt 65535',
app_type='port', interface_num='4', dir_list=dir_list,
count='count', log='log'
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### deny tcp non-contiguous Network gt Network eq ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='5', action='deny', proto='tcp',
src_ip='18.32.144.40/254.228.144.172', src_port='gt 0',
dst_ip='1.1.0.0/16', dst_port='eq 42',
app_type='port', interface_num='5', dir_list=dir_list,
count='', log=''
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### permit sctp any Host count ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='6', action='permit', proto='sctp',
src_ip='any', src_port='',
dst_ip='1.1.1.1', dst_port='',
app_type='port', interface_num='6', dir_list=dir_list,
count='count', log=''
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### deny icmp any Host log ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='7', action='deny', proto='icmp',
src_ip='any', src_port='',
dst_ip='1.1.1.1', dst_port='',
app_type='port', interface_num='7', dir_list=dir_list,
count='', log='log'
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### permit 255 Network Network count log ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='8', action='permit', proto='255',
src_ip='1.1.1.0/24', src_port='',
dst_ip='1.1.0.0/255.255.0.0', dst_port='',
app_type='port', interface_num='8', dir_list=dir_list,
count='count', log='log'
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port, ACL, and ACE ####\n'
'#### deny 0 Non-contiguous any ####'
.format(**locals())
)
common_in_out_apply_one_acl_one_ace_test(
sw=ops1, acl_addr_type='ip', acl_name=acl_name,
seq_num='9', action='deny', proto='0',
src_ip='255.0.255.255/255.0.255.255', src_port='',
dst_ip='any', dst_port='',
app_type='port', interface_num='9', dir_list=dir_list,
count='', log=''
)
# End for dir_list in [['in', 'out'], ['out', 'in']]:
test_num += 1
step(
'#### T{test_num} Remove Ingress Egress IPV4 ACL ####'
.format(**locals())
)
unconfigure_acl(sw=ops1, acl_addr_type='ip', acl_name=acl_name)
# Begin testing different Ingress and Egress ACLs applied to one port
acl_name_in = 'testIngress'
acl_name_out = 'testEgress'
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port with two ACLs with one ACE each ####\n'
'#### Ingress permit udp any Network L4 lt ####\n'
'#### Egress deny tcp Host L4 range Network L4 gt ####'
.format(**locals())
)
common_in_out_apply_different_acl_test(
sw=ops1, acl_addr_type='ip',
acl_name_list=[acl_name_in, acl_name_out],
seq_num_list=['1', '1'],
action_list=['permit', 'deny'],
proto_list=['udp', 'tcp'],
src_ip_list=['any', '1.1.1.1'],
src_port_list=['', 'range 1 2'],
dst_ip_list=['1.1.1.0/24', '1.1.0.0/255.255.0.0'],
dst_port_list=['lt 42', 'gt 50'],
app_type='port', interface_num='1',
dir_list=['in', 'out'],
count_list=['', ''],
log_list=['', '']
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port with two ACLs with one ACE each count ####\n'
'#### Egress deny sctp non-contiguous L4 eq any log ####\n'
'#### Ingress permit 250 any Host ####'
.format(**locals())
)
common_in_out_apply_different_acl_test(
sw=ops1, acl_addr_type='ip',
acl_name_list=[acl_name_out, acl_name_in],
seq_num_list=['2', '500'],
action_list=['deny', 'permit'],
proto_list=['sctp', '250'],
src_ip_list=['1.0.1.1/255.0.255.255', 'any'],
src_port_list=['eq 1024', ''],
dst_ip_list=['any', '1.1.1.2'],
dst_port_list=['', ''],
app_type='port', interface_num='2',
dir_list=['out', 'in'],
count_list=['count', ''],
log_list=['', 'log']
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port with two ACLs with one ACE each ####\n'
'#### Ingress permit icmp any any log ####\n'
'#### Egress permit icmp any any count ####'
.format(**locals())
)
common_in_out_apply_different_acl_test(
sw=ops1, acl_addr_type='ip',
acl_name_list=[acl_name_in, acl_name_out],
seq_num_list=['4', '4'],
action_list=['permit', 'permit'],
proto_list=['icmp', 'icmp'],
src_ip_list=['any', 'any'],
src_port_list=['', ''],
dst_ip_list=['any', 'any'],
dst_port_list=['', ''],
app_type='port', interface_num='3',
dir_list=['in', 'out'],
count_list=['', 'count'],
log_list=['log', '']
)
test_num += 1
step(
'#### T{test_num} Mix Ingress and Egress IPV4 ACL ####\n'
'#### On one port with two ACLs with one ACE each ####\n'
'#### Egress deny igmp Network Network count log ####\n'
'#### Ingress deny pim non-contiguous any count log ####'
.format(**locals())
)
common_in_out_apply_different_acl_test(
sw=ops1, acl_addr_type='ip',
acl_name_list=[acl_name_out, acl_name_in],
seq_num_list=['4', '5'],
action_list=['deny', 'deny'],
proto_list=['igmp', 'pim'],
src_ip_list=['1.1.1.0/24', '1.0.1.1/255.0.255.255'],
src_port_list=['', ''],
dst_ip_list=['1.1.0.0/255.255.0.0', 'any'],
dst_port_list=['', ''],
app_type='port', interface_num='4',
dir_list=['out', 'in'],
count_list=['count', 'count'],
log_list=['log', 'log']
)
test_num += 1
step(
'#### T{test_num} Remove Ingress IPV4 ACL ####'
.format(**locals())
)
unconfigure_acl(sw=ops1, acl_addr_type='ip', acl_name=acl_name_in)
test_num += 1
step(
'#### T{test_num} Remove Ingress IPV4 ACL ####'
.format(**locals())
)
unconfigure_acl(sw=ops1, acl_addr_type='ip', acl_name=acl_name_out)
def acl_config_persistance(self, step, step_num, entries_list):
self._check_basic_private_variables(step_num)
# Verify entries_list is a list of integers with no more than 2 entries
# (for now).
assert isinstance(entries_list, list) and\
len(entries_list) <= 2
for i in list(range(len(entries_list))):
assert isinstance(entries_list[i], int)
seq_num = '1'
action = 'permit'
proto = 'icmp'
src_port = ''
dst_port = ''
count_str = 'count'
tx_dir = ['forward', 'reverse']
interface_num_list = [self._pri_int, self._sec_int]
acl_name = ['test', 'test2']
range_lt_gt_count = 0
target_ace_list = []
for i in list(range(len(entries_list))):
if tx_dir[i] == 'forward':
src_ip, dst_ip = self._tx_host_ip, self._rx_host_ip
else:
dst_ip, src_ip = self._tx_host_ip, self._rx_host_ip
step(
str(step_num) +
'.a Configure an ACL with a %s %s %s %s %s rule' %
(action, proto, src_ip, dst_ip, count_str))
configure_acl_l3(self._sw1, self._aclAddrType, acl_name[i],
seq_num, action, proto, src_ip, src_port, dst_ip,
dst_port, count_str)
step(
str(step_num) +
'.b Configure the ACL another %s random rules (off by one'
' because we already\nconfigured one rule that we will use'
' for traffic tests later)' % (str(entries_list[i] - 1)))
for seq in list(range(2, entries_list[i] + 1)):
r_action = choice(["permit", "deny"])
r_proto = choice(
[str(randrange(1, 255)), 'tcp', 'udp', 'sctp'])
r_src_ip = self._rand_ip_address_with_prefix()
r_dst_ip = self._rand_ip_address_with_prefix()
r_src_port, range_lt_gt_count = self._rand_port(
r_proto, range_lt_gt_count)
r_dst_port, range_lt_gt_count = self._rand_port(
r_proto, range_lt_gt_count)
r_count_str = choice(['count', ''])
configure_acl_l3(self._sw1, self._aclAddrType, acl_name[i],
str(seq), r_action, r_proto, r_src_ip,
r_src_port, r_dst_ip, r_dst_port, r_count_str)
apply_acl(sw=self._sw1,
app_type=self._aclApp,
interface_num=interface_num_list[i],
acl_addr_type=self._aclAddrType,
acl_name=acl_name[i],
direction=self._aclDir)
self._clear_hitcounts(acl_name[i], interface_num_list[i])
step(str(step_num) + '.c Create and verify ICMP packets')
sleep(6)
rx_expect = True
self._create_and_verify_traffic_l3('ICMP',
rx_expect,
direction=tx_dir[i])
sleep(6) # delay to retrieve correct hitcount
target_ace_list.append('%s %s %s %s %s count' %
(seq_num, action, proto, src_ip, dst_ip))
assert (self._get_hitcount(
sw=self._sw1,
acl_name=acl_name[i],
inter_num=interface_num_list[i],
target_ace_str=target_ace_list[i]) == '10')
# Check the running and startup config are the same before reboot
self.print_clr("INFO", "Copying the running config to the startup"
" config")
self._sw1._shells['vtysh']._timeout = 1500
self._sw1.libs.vtysh.copy_running_config_startup_config()
run_res_before_boot = self._sw1.libs.vtysh.show_running_config()
start_res_before_boot = self._sw1.libs.vtysh.show_startup_config()
assert (run_res_before_boot == start_res_before_boot)
self.print_clr("INFO", "Rebooting Switch")
reboot_switch(self._sw1)
self.print_clr("INFO", "Delaying 60 seconds while switch inits")
sleep(60)
# Check the running config is still the same as before
run_res_after_boot = self._sw1.libs.vtysh.show_running_config()
assert (run_res_before_boot == run_res_after_boot)
# Check the startup config is the same and the current running
start_res_after_boot = self._sw1.libs.vtysh.show_startup_config()
assert (run_res_after_boot == start_res_after_boot)
# Check that the applied ACL still works along with logging
step(str(step_num) + '.d Create and verify ICMP packets')
for i in list(range(len(entries_list))):
self._clear_hitcounts(acl_name[i], interface_num_list[i])
rx_expect = True
self._create_and_verify_traffic_l3('ICMP',
rx_expect,
direction=tx_dir[i])
sleep(6) # delay tp retrieve correct hitcount
assert (self._get_hitcount(
sw=self._sw1,
acl_name=acl_name[i],
inter_num=interface_num_list[i],
target_ace_str=target_ace_list[i]) == '10')
step(str(step_num) + '.e Remove the configured ACL(s)')
for i in list(range(len(entries_list))):
unconfigure_acl(self._sw1, self._aclAddrType, acl_name[i])
def common_in_out_apply_different_acl_test(
sw, acl_addr_type, acl_name_list, seq_num_list, action_list,
proto_list, src_ip_list, src_port_list, dst_ip_list, dst_port_list,
app_type, interface_num, dir_list, count_list, log_list
):
assert sw is not None
assert acl_addr_type in ('ip', 'ipv6', 'mac')
assert isinstance(acl_name_list, list)
for acl_name in acl_name_list:
assert isinstance(acl_name, str)
assert isinstance(seq_num_list, list)
for seq_num in seq_num_list:
assert isinstance(seq_num, str)
assert isinstance(action_list, list)
for action in action_list:
assert action in ('permit', 'deny')
assert isinstance(proto_list, list)
for proto in proto_list:
assert isinstance(proto, str)
assert isinstance(src_ip_list, list)
for src_ip in src_ip_list:
assert isinstance(src_ip, str)
assert isinstance(src_port_list, list)
for src_port in src_port_list:
assert isinstance(src_port, str)
assert isinstance(dst_ip_list, list)
for dst_ip in dst_ip_list:
assert isinstance(dst_ip, str)
assert app_type in ('port', 'vlan')
assert isinstance(interface_num, str)
assert isinstance(dir_list, list)
for direction in dir_list:
assert direction in ['in', 'out']
assert isinstance(count_list, list)
for count in count_list:
assert count in ('count', '')
assert isinstance(log_list, list)
for log in log_list:
assert log in ('log', '')
# For each acl named, there needs to be one ACE and one direction for the
# acl to applied to the one interface
for i in list(range(len(acl_name_list))):
configure_acl_l3(
sw=sw, acl_addr_type=acl_addr_type, acl_name=acl_name_list[i],
seq_num=seq_num_list[i], action=action_list[i],
proto=proto_list[i], src_ip=src_ip_list[i],
src_port=src_port_list[i], dst_ip=dst_ip_list[i],
dst_port=dst_port_list[i], count=count_list[i], log=log_list[i]
)
for i in list(range(len(acl_name_list))):
apply_acl(
sw=sw, app_type=app_type, interface_num=interface_num,
acl_addr_type=acl_addr_type, acl_name=acl_name_list[i],
direction=dir_list[i]
)
for i in list(range(len(acl_name_list))):
no_apply_interface(
sw=sw, app_type=app_type, interface_num=interface_num,
acl_addr_type=acl_addr_type, acl_name=acl_name_list[i],
direction=dir_list[i]
)
for i in list(range(len(acl_name_list))):
unconfigure_ace(
sw=sw, acl_addr_type=acl_addr_type, acl_name=acl_name_list[i],
seq_num=seq_num_list[i]
)
