def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.fibs = []
for fib_info_file in self.test_params.get('fib_info_files'):
self.fibs.append(fib.Fib(fib_info_file))
ptf_test_port_map = self.test_params.get('ptf_test_port_map')
with open(ptf_test_port_map) as f:
self.ptf_test_port_map = json.load(f)
self.router_macs = self.test_params.get('router_macs')
self.src_ip_range = [
unicode(x) for x in self.test_params['src_ip_range'].split(',')
]
self.dst_ip_range = [
unicode(x) for x in self.test_params['dst_ip_range'].split(',')
]
self.src_ip_interval = lpm.LpmDict.IpInterval(
ip_address(self.src_ip_range[0]), ip_address(self.src_ip_range[1]))
self.dst_ip_interval = lpm.LpmDict.IpInterval(
ip_address(self.dst_ip_range[0]), ip_address(self.dst_ip_range[1]))
self.vlan_ids = self.test_params.get('vlan_ids', [])
self.hash_keys = self.test_params.get(
'hash_keys', ['src-ip', 'dst-ip', 'src-port', 'dst-port'])
self.src_ports = [int(port) for port in self.ptf_test_port_map.keys()]
self.balancing_range = self.test_params.get(
'balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_times = self.test_params.get(
'balancing_test_times', self.BALANCING_TEST_TIMES)
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.router_mac = self.test_params['router_mac']
self.fib = fib.Fib(self.test_params['fib_info'])
if self.test_params['testbed_type'] == 't1' or self.test_params[
'testbed_type'] == 't1-lag':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't1-64-lag':
self.src_ports = [
0, 1, 4, 5, 16, 17, 20, 21, 34, 36, 37, 38, 39, 42, 44, 45, 46,
47, 50, 52, 53, 54, 55, 58, 60, 61, 62, 63
]
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
if self.test_params['testbed_type'] == 't0-64':
self.src_ports = [
0, 1, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 20, 21,
22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 36, 37, 38, 39, 40,
41, 42, 48, 52, 53, 54, 55, 56, 57, 58
]
if self.test_params['testbed_type'] == 't0-116':
self.src_ports = range(0, 24) + range(32, 120)
# which type of tunneled trafic to test (IPv4 in IPv4, IPv6 in IPv4, IPv6 in IPv4, IPv6 in IPv6)
self.test_outer_ipv4 = self.test_params.get('outer_ipv4', True)
self.test_outer_ipv6 = self.test_params.get('outer_ipv6', True)
self.test_inner_ipv4 = self.test_params.get('inner_ipv4', True)
self.test_inner_ipv6 = self.test_params.get('inner_ipv6', True)
self.summary = {}
def setUp(self):
'''
@summary: Setup for the test
Two test parameters are used:
- fib_info: the FIB information generated according to the testbed
- router_mac: the MAC address of the DUT used to create the eth_dst
of the packet
- testbed_type: the type of the testbed used to determine the source
port
TODO: Have a separate line in fib_info/file to indicate all UP ports
'''
self.dataplane = ptf.dataplane_instance
self.fib = fib.Fib(self.test_params['fib_info'])
self.router_mac = self.test_params['router_mac']
self.test_ipv4 = self.test_params.get('ipv4', True)
self.test_ipv6 = self.test_params.get('ipv6', True)
self.balancing_range = self.test_params.get(
'balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_ratio = self.test_params.get(
'balancing_test_ratio', self.DEFAULT_BALANCING_TEST_RATIO)
if self.test_params['testbed_type'] == 't1' or self.test_params[
'testbed_type'] == 't1-lag':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
if self.test_params['testbed_type'] == 't0-64':
self.src_ports = range(0, 2) + range(4, 18) + range(
20, 33) + range(36, 43) + range(48, 49) + range(52, 59)
if self.test_params['testbed_type'] == 't0-116':
self.src_ports = range(0, 24) + range(32, 120)
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.fib = fib.Fib(self.test_params['fib_info'])
self.router_mac = self.test_params['router_mac']
self.src_ip_range = [unicode(x) for x in self.test_params['src_ip_range'].split(',')]
self.dst_ip_range = [unicode(x) for x in self.test_params['dst_ip_range'].split(',')]
self.test_hash_srcip = self.test_params.get('hash_srcip', True)
self.test_hash_dstip = self.test_params.get('hash_dstip', True)
self.test_hash_srcport = self.test_params.get('hash_srcport', True)
self.test_hash_dstport = self.test_params.get('hash_dstport', True)
self.test_hash_inport = self.test_params.get('hash_inport', False)
self.test_ipv4 = self.test_params.get('ipv4', True)
self.test_ipv6 = self.test_params.get('ipv6', True)
self.balancing_range = self.test_params.get('balancing_range', self.DEFAULT_BALANCING_RANGE)
# Provide the list of all UP interfaces with index in sequence order starting from 0
if self.test_params['testbed_type'] == 't1' or self.test_params['testbed_type'] == 't1-lag':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't1-64-lag' or self.test_params['testbed_type'] == 't1-64-lag-clet':
self.src_ports = [0, 1, 4, 5, 16, 17, 20, 21, 34, 36, 37, 38, 39, 42, 44, 45, 46, 47, 50, 52, 53, 54, 55, 58, 60, 61, 62, 63]
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
if self.test_params['testbed_type'] == 't0-56':
self.src_ports = [0, 1, 4, 5, 8, 9] + range(12, 18) + [20, 21, 24, 25, 28, 29, 32, 33, 36, 37] + range(40, 46) + [48, 49, 52, 53]
if self.test_params['testbed_type'] == 't0-64':
self.src_ports = range(0, 2) + range(4, 18) + range(20, 33) + range(36, 43) + range(48, 49) + range(52, 59)
if self.test_params['testbed_type'] == 't0-116':
self.src_ports = range(0, 120)
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.router_mac = self.test_params['router_mac']
self.fib = fib.Fib(self.test_params['fib_info'])
if self.test_params['testbed_type'] == 't1' or self.test_params['testbed_type'] == 't1-lag':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't1-64-lag' or self.test_params['testbed_type'] == 't1-64-lag-clet':
self.src_ports = [0, 1, 4, 5, 16, 17, 20, 21, 34, 36, 37, 38, 39, 42, 44, 45, 46, 47, 50, 52, 53, 54, 55, 58, 60, 61, 62, 63]
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
if self.test_params['testbed_type'] == 't0-64':
self.src_ports = [0, 1, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, 20, 21, 22, 23, 24, 25, 26, 27, 28, 29, 30, 31, 32, 36, 37, 38, 39, 40, 41, 42, 48, 52, 53, 54, 55, 56, 57, 58]
if self.test_params['testbed_type'] == 't0-116':
self.src_ports = range(0, 24) + range(32, 120)
if self.test_params['testbed_type'] == 't0-52':
self.src_ports = range(0, 52)
# which type of tunneled trafic to test (IPv4 in IPv4, IPv6 in IPv4, IPv6 in IPv4, IPv6 in IPv6)
self.test_outer_ipv4 = self.test_params.get('outer_ipv4', True)
self.test_outer_ipv6 = self.test_params.get('outer_ipv6', True)
self.test_inner_ipv4 = self.test_params.get('inner_ipv4', True)
self.test_inner_ipv6 = self.test_params.get('inner_ipv6', True)
# Index of current DSCP and TTL value in allowed DSCP_RANGE and TTL_RANGE
self.dscp_in_idx = 0 # DSCP of inner layer.
self.dscp_out_idx = len(self.DSCP_RANGE) / 2 # DSCP of outer layer. Set different initial dscp_in and dscp_out
self.ttl_in_idx = 0 # TTL of inner layer.
self.ttl_out_idx = len(self.TTL_RANGE) / 2 # TTL of outer layer. Set different initial ttl_in and ttl_out
self.summary = {}
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.fib = fib.Fib(self.test_params['fib_info'])
self.testbed_type = self.test_params['testbed_type']
self.router_mac = self.test_params['router_mac']
self.in_ports = self.test_params['in_ports']
self.src_ip_range = [
unicode(x) for x in self.test_params['src_ip_range'].split(',')
]
self.dst_ip_range = [
unicode(x) for x in self.test_params['dst_ip_range'].split(',')
]
self.src_ip_interval = lpm.LpmDict.IpInterval(
ip_address(self.src_ip_range[0]), ip_address(self.src_ip_range[1]))
self.dst_ip_interval = lpm.LpmDict.IpInterval(
ip_address(self.dst_ip_range[0]), ip_address(self.dst_ip_range[1]))
self.vlan_ids = self.test_params.get('vlan_ids', [])
self.hash_keys = self.test_params.get(
'hash_keys', ['src-ip', 'dst-ip', 'src-port', 'dst-port'])
self.dst_macs = self.test_params.get('dst_macs', []) # TODO
self.balancing_range = self.test_params.get(
'balancing_range', self.DEFAULT_BALANCING_RANGE)
def setUp(self):
'''
@summary: Setup for the test
Two test parameters are used:
- fib_info: the FIB information generated according to the testbed
- router_mac: the MAC address of the DUT used to create the eth_dst
of the packet
- testbed_type: the type of the testbed used to determine the source
port
- src_port: this list should include all enabled ports, both up links
and down links.
TODO: Have a separate line in fib_info/file to indicate all UP ports
'''
self.dataplane = ptf.dataplane_instance
self.fib = fib.Fib(self.test_params['fib_info'])
self.router_mac = self.test_params['router_mac']
self.test_ipv4 = self.test_params.get('ipv4', True)
self.test_ipv6 = self.test_params.get('ipv6', True)
self.balancing_range = self.test_params.get('balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_ratio = self.test_params.get('balancing_test_ratio', self.DEFAULT_BALANCING_TEST_RATIO)
if self.test_params['testbed_type'] == 't1' or self.test_params['testbed_type'] == 't1-lag':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't1-64-lag':
self.src_ports = [0, 1, 4, 5, 16, 17, 20, 21, 34, 36, 37, 38, 39, 42, 44, 45, 46, 47, 50, 52, 53, 54, 55, 58, 60, 61, 62, 63]
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
if self.test_params['testbed_type'] == 't0-64':
self.src_ports = range(0, 2) + range(4, 18) + range(20, 33) + range(36, 43) + range(48, 49) + range(52, 59)
if self.test_params['testbed_type'] == 't0-116':
self.src_ports = range(0, 120)
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.router_mac = self.test_params['router_mac']
self.fib = fib.Fib(self.test_params['fib_info'])
self.src_ports = [
int(port) for port in self.test_params['src_ports'].split(',')
]
# which type of tunneled trafic to test (IPv4 in IPv4, IPv6 in IPv4, IPv6 in IPv4, IPv6 in IPv6)
self.test_outer_ipv4 = self.test_params.get('outer_ipv4', True)
self.test_outer_ipv6 = self.test_params.get('outer_ipv6', True)
self.test_inner_ipv4 = self.test_params.get('inner_ipv4', True)
self.test_inner_ipv6 = self.test_params.get('inner_ipv6', True)
self.vlan_ip = self.test_params.get('vlan_ip')
self.vlan_ipv6 = self.test_params.get('vlan_ipv6')
# Index of current DSCP and TTL value in allowed DSCP_RANGE and TTL_RANGE
self.dscp_in_idx = 0 # DSCP of inner layer.
self.dscp_out_idx = len(
self.DSCP_RANGE
) / 2 # DSCP of outer layer. Set different initial dscp_in and dscp_out
self.ttl_in_idx = 0 # TTL of inner layer.
self.ttl_out_idx = len(
self.TTL_RANGE
) / 2 # TTL of outer layer. Set different initial ttl_in and ttl_out
self.summary = {}
def setUp(self):
'''
@summary: Setup for the test
Some test parameters are used:
- fib_info: the FIB information generated according to the testbed
- router_mac: the MAC address of the DUT used to create the eth_dst
of the packet
- testbed_type: the type of the testbed used to determine the source
port
- src_ports: this list should include all enabled ports, both up links
and down links.
- pkt_action: expect to receive test traffic or not. Default: fwd
- ipv4/ipv6: enable ipv4/ipv6 tests
Other test parameters:
- ttl: ttl of test pkts. Auto decrease 1 for expected pkts.
- ip_options enable ip option header in ipv4 pkts. Default: False(disable)
- src_vid vlan tag id of src pkts. Default: None(untag)
- dst_vid vlan tag id of dst pkts. Default: None(untag)
TODO: Have a separate line in fib_info/file to indicate all UP ports
'''
self.dataplane = ptf.dataplane_instance
fib_info = self.test_params.get('fib_info', None)
self.fib = fib.Fib(self.test_params['fib_info']) if fib_info is not None else None
self.router_mac = self.test_params.get('router_mac', None)
self.pktlen = self.test_params.get('testbed_mtu', 1500)
self.test_ipv4 = self.test_params.get('ipv4', True)
self.test_ipv6 = self.test_params.get('ipv6', True)
self.test_balancing = self.test_params.get('test_balancing', True)
self.balancing_range = self.test_params.get('balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_times = self.test_params.get('balancing_test_times', self.BALANCING_TEST_TIMES)
self.balancing_test_ratio = self.test_params.get('balancing_test_ratio', self.DEFAULT_BALANCING_TEST_RATIO)
self.pkt_action = self.test_params.get('pkt_action', self.ACTION_FWD)
self.ttl = self.test_params.get('ttl', 64)
self.ip_options = self.test_params.get('ip_options', False)
self.src_vid = self.test_params.get('src_vid', None)
self.dst_vid = self.test_params.get('dst_vid', None)
self.src_ports = self.test_params.get('src_ports', None)
if self.src_ports is None:
# Provide the list of all UP interfaces with index in sequence order starting from 0
if self.test_params['testbed_type'] == 't1' or self.test_params['testbed_type'] == 't1-lag' or self.test_params['testbed_type'] == 't0-64-32':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't1-64-lag' or self.test_params['testbed_type'] == 't1-64-lag-clet':
self.src_ports = [0, 1, 4, 5, 16, 17, 20, 21, 34, 36, 37, 38, 39, 42, 44, 45, 46, 47, 50, 52, 53, 54, 55, 58, 60, 61, 62, 63]
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
if self.test_params['testbed_type'] == 't0-52':
self.src_ports = range(0, 52)
if self.test_params['testbed_type'] == 't0-56':
self.src_ports = [0, 1, 4, 5, 8, 9] + range(12, 18) + [20, 21, 24, 25, 28, 29, 32, 33, 36, 37] + range(40, 46) + [48, 49, 52, 53]
if self.test_params['testbed_type'] == 't0-64':
self.src_ports = range(0, 2) + range(4, 18) + range(20, 33) + range(36, 43) + range(48, 49) + range(52, 59)
if self.test_params['testbed_type'] == 't0-116':
self.src_ports = range(0, 120)
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.fib = fib.Fib(self.test_params['fib_info'])
self.router_mac = self.test_params['router_mac']
inner_src_ip_range = [
unicode(x)
for x in self.test_params['inner_src_ip_range'].split(',')
]
inner_dst_ip_range = [
unicode(x)
for x in self.test_params['inner_dst_ip_range'].split(',')
]
self.inner_src_ip_interval = lpm.LpmDict.IpInterval(
ip_address(inner_src_ip_range[0]),
ip_address(inner_src_ip_range[1]))
self.inner_dst_ip_interval = lpm.LpmDict.IpInterval(
ip_address(inner_dst_ip_range[0]),
ip_address(inner_dst_ip_range[1]))
outer_src_ip_range = [
unicode(x)
for x in self.test_params['outer_src_ip_range'].split(',')
]
outer_dst_ip_range = [
unicode(x)
for x in self.test_params['outer_dst_ip_range'].split(',')
]
self.outer_src_ip_interval = lpm.LpmDict.IpInterval(
ip_address(outer_src_ip_range[0]),
ip_address(outer_src_ip_range[1]))
self.outer_dst_ip_interval = lpm.LpmDict.IpInterval(
ip_address(outer_dst_ip_range[0]),
ip_address(outer_dst_ip_range[1]))
self.hash_keys = self.test_params.get(
'hash_keys', ['src-ip', 'dst-ip', 'src-port', 'dst-port'])
self.src_ports = self.test_params['src_ports']
self.vxlan_port = self.test_params['vxlan_port']
self.symmetric_hashing = self.test_params.get('symmetric_hashing',
False)
self.outer_dst_ip = self.outer_dst_ip_interval.get_first_ip()
self.next_hop = self.fib[self.outer_dst_ip]
self.exp_port_list = self.next_hop.get_next_hop_list()
assert (len(self.exp_port_list) > 1)
for exp_port in self.exp_port_list:
assert exp_port not in self.src_ports
self.balancing_range = self.test_params.get(
'balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_times = self.test_params.get(
'balancing_test_times', self.BALANCING_TEST_TIMES)
def setUp(self):
'''
@summary: Setup for the test
Some test parameters are used:
- setup_info: various configuration required by the FIB ptf test
- src_ports: this list should include all enabled ports, both up links
and down links.
- pkt_action: expect to receive test traffic or not. Default: fwd
- ipv4/ipv6: enable ipv4/ipv6 tests
Other test parameters:
- ttl: ttl of test pkts. Auto decrease 1 for expected pkts.
- ip_options enable ip option header in ipv4 pkts. Default: False(disable)
- src_vid vlan tag id of src pkts. Default: None(untag)
- dst_vid vlan tag id of dst pkts. Default: None(untag)
- ignore_ttl: mask the ttl field in the expected packet
- single_fib_for_duts: have a single fib file for all DUTs in multi-dut case. Default: False
'''
self.dataplane = ptf.dataplane_instance
self.fibs = []
for fib_info_file in self.test_params.get('fib_info_files'):
self.fibs.append(fib.Fib(fib_info_file))
ptf_test_port_map = self.test_params.get('ptf_test_port_map')
with open(ptf_test_port_map) as f:
self.ptf_test_port_map = json.load(f)
self.pktlen = self.test_params.get('testbed_mtu', 9114)
self.test_ipv4 = self.test_params.get('ipv4', True)
self.test_ipv6 = self.test_params.get('ipv6', True)
self.test_balancing = self.test_params.get('test_balancing', True)
self.balancing_range = self.test_params.get('balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_times = self.test_params.get('balancing_test_times', self.BALANCING_TEST_TIMES)
self.balancing_test_number = self.test_params.get('balancing_test_number', self.DEFAULT_BALANCING_TEST_NUMBER)
self.balancing_test_count = 0
self.pkt_action = self.test_params.get('pkt_action', self.ACTION_FWD)
self.ttl = self.test_params.get('ttl', 64)
self.ip_options = False
ip_options_list = self.test_params.get('ip_options', False)
if isinstance(ip_options_list, list) and ip_options_list:
self.ip_options = scapy.IPOption(ip_options_list[0])
for opt in ip_options_list[1:]:
self.ip_options /= scapy.IPOption(opt)
self.src_vid = self.test_params.get('src_vid', None)
self.dst_vid = self.test_params.get('dst_vid', None)
self.src_ports = self.test_params.get('src_ports', None)
if not self.src_ports:
self.src_ports = [int(port) for port in self.ptf_test_port_map.keys()]
self.ignore_ttl = self.test_params.get('ignore_ttl', False)
self.single_fib = self.test_params.get('single_fib_for_duts', "multiple-fib")
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.router_mac = self.test_params['router_mac']
self.fib = fib.Fib(self.test_params['fib_info'])
if self.test_params['testbed_type'] == 't1' or self.test_params[
'testbed_type'] == 't1-lag':
self.src_ports = range(0, 32)
if self.test_params['testbed_type'] == 't0':
self.src_ports = range(1, 25) + range(28, 32)
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
# which type of tunneled trafic to test (IPv4 in IPv4, IPv6 in IPv4, IPv6 in IPv4, IPv6 in IPv6)
self.test_outer_ipv4 = self.test_params.get('outer_ipv4', True)
self.test_outer_ipv6 = self.test_params.get('outer_ipv6', True)
self.test_inner_ipv4 = self.test_params.get('inner_ipv4', True)
self.test_inner_ipv6 = self.test_params.get('inner_ipv6', True)
self.lo_ips = self.test_params.get('lo_ips')
self.lo_ipv6s = self.test_params.get('lo_ipv6s')
self.router_macs = self.test_params.get('router_macs')
self.dscp_mode = self.test_params.get('dscp_mode')
self.ttl_mode = self.test_params.get('ttl_mode')
self.ignore_ttl = self.test_params.get('ignore_ttl', False)
self.single_fib = self.test_params.get('single_fib_for_duts', False)
# multi asic platforms have internal routing hops
# this param will be used to set the correct ttl values for inner packet
# this value is zero for single asic platform
self.max_internal_hops = self.test_params.get('max_internal_hops', 0)
if self.max_internal_hops:
self.TTL_RANGE = list(range(self.max_internal_hops + 1, 63))
self.fibs = []
for fib_info_file in self.test_params.get('fib_info_files'):
self.fibs.append(fib.Fib(fib_info_file))
ptf_test_port_map = self.test_params.get('ptf_test_port_map')
with open(ptf_test_port_map) as f:
self.ptf_test_port_map = json.load(f)
self.src_ports = [int(port) for port in self.ptf_test_port_map.keys()]
# Index of current DSCP and TTL value in allowed DSCP_RANGE and TTL_RANGE
self.dscp_in_idx = 0 # DSCP of inner layer.
self.dscp_out_idx = len(
self.DSCP_RANGE
) / 2 # DSCP of outer layer. Set different initial dscp_in and dscp_out
self.ttl_in_idx = 0 # TTL of inner layer.
self.ttl_out_idx = len(
self.TTL_RANGE
) / 2 # TTL of outer layer. Set different initial ttl_in and ttl_out
self.summary = {}
def setUp(self):
'''
@summary: Setup for the test
Some test parameters are used:
- setup_info: various configuration required by the FIB ptf test
- src_ports: this list should include all enabled ports, both up links
and down links.
- pkt_action: expect to receive test traffic or not. Default: fwd
- ipv4/ipv6: enable ipv4/ipv6 tests
Other test parameters:
- ttl: ttl of test pkts. Auto decrease 1 for expected pkts.
- ip_options enable ip option header in ipv4 pkts. Default: False(disable)
- src_vid vlan tag id of src pkts. Default: None(untag)
- dst_vid vlan tag id of dst pkts. Default: None(untag)
'''
self.dataplane = ptf.dataplane_instance
self.fibs = []
for fib_info_file in self.test_params.get('fib_info_files'):
self.fibs.append(fib.Fib(fib_info_file))
ptf_test_port_map = self.test_params.get('ptf_test_port_map')
with open(ptf_test_port_map) as f:
self.ptf_test_port_map = json.load(f)
self.router_macs = self.test_params.get('router_macs')
self.pktlen = self.test_params.get('testbed_mtu', 1500)
self.test_ipv4 = self.test_params.get('ipv4', True)
self.test_ipv6 = self.test_params.get('ipv6', True)
self.test_balancing = self.test_params.get('test_balancing', True)
self.balancing_range = self.test_params.get('balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_times = self.test_params.get('balancing_test_times', self.BALANCING_TEST_TIMES)
self.balancing_test_number = self.test_params.get('balancing_test_number', self.DEFAULT_BALANCING_TEST_NUMBER)
self.balancing_test_count = 0
self.pkt_action = self.test_params.get('pkt_action', self.ACTION_FWD)
self.ttl = self.test_params.get('ttl', 64)
self.ip_options = self.test_params.get('ip_options', False)
self.src_vid = self.test_params.get('src_vid', None)
self.dst_vid = self.test_params.get('dst_vid', None)
self.src_ports = self.test_params.get('src_ports', None)
if not self.src_ports:
self.src_ports = [int(port) for port in self.ptf_test_port_map.keys()]
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.fibs = []
for fib_info_file in self.test_params.get('fib_info_files'):
self.fibs.append(fib.Fib(fib_info_file))
ptf_test_port_map = self.test_params.get('ptf_test_port_map')
with open(ptf_test_port_map) as f:
self.ptf_test_port_map = json.load(f)
self.src_ip_range = [
six.text_type(x)
for x in self.test_params['src_ip_range'].split(',')
]
self.dst_ip_range = [
six.text_type(x)
for x in self.test_params['dst_ip_range'].split(',')
]
self.src_ip_interval = lpm.LpmDict.IpInterval(
ip_address(self.src_ip_range[0]), ip_address(self.src_ip_range[1]))
self.dst_ip_interval = lpm.LpmDict.IpInterval(
ip_address(self.dst_ip_range[0]), ip_address(self.dst_ip_range[1]))
self.vlan_ids = self.test_params.get('vlan_ids', [])
self.hash_keys = self.test_params.get(
'hash_keys', ['src-ip', 'dst-ip', 'src-port', 'dst-port'])
self.src_ports = [int(port) for port in self.ptf_test_port_map.keys()]
self.balancing_range = self.test_params.get(
'balancing_range', self.DEFAULT_BALANCING_RANGE)
self.balancing_test_times = self.test_params.get(
'balancing_test_times', self.BALANCING_TEST_TIMES)
self.ignore_ttl = self.test_params.get('ignore_ttl', False)
self.single_fib = self.test_params.get('single_fib_for_duts', False)
# set the base mac here to make it persistent across calls of check_ip_route
self.base_mac = self.dataplane.get_mac(
*random.choice(list(self.dataplane.ports.keys())))
def setUp(self):
'''
@summary: Setup for the test
'''
self.dataplane = ptf.dataplane_instance
self.router_mac = self.test_params['router_mac']
self.fib = fib.Fib(self.test_params['fib_info'])
self.src_ports = [
int(port) for port in self.test_params['src_ports'].split(',')
]
# which type of tunneled trafic to test (IPv4 in IPv4, IPv6 in IPv4, IPv6 in IPv4, IPv6 in IPv6)
self.test_outer_ipv4 = self.test_params.get('outer_ipv4', True)
self.test_outer_ipv6 = self.test_params.get('outer_ipv6', True)
self.test_inner_ipv4 = self.test_params.get('inner_ipv4', True)
self.test_inner_ipv6 = self.test_params.get('inner_ipv6', True)
self.vlan_ip = self.test_params.get('vlan_ip')
self.vlan_ipv6 = self.test_params.get('vlan_ipv6')
# Index of current DSCP and TTL value in allowed DSCP_RANGE and TTL_RANGE
self.dscp_in_idx = 0 # DSCP of inner layer.
self.dscp_out_idx = len(
self.DSCP_RANGE
) / 2 # DSCP of outer layer. Set different initial dscp_in and dscp_out
self.ttl_in_idx = 0 # TTL of inner layer.
self.ttl_out_idx = len(
self.TTL_RANGE
) / 2 # TTL of outer layer. Set different initial ttl_in and ttl_out
# multi asic platforms have internal routing hops
# this param will be used to set the correct ttl values for inner packet
# this value is zero for single asic platform
self.max_internal_hops = self.test_params.get('max_internal_hops', 0)
if self.max_internal_hops:
self.TTL_RANGE = list(range(self.max_internal_hops + 1, 63))
self.ignore_ttl = self.test_params.get('ignore_ttl', False)
self.summary = {}
