-# Copyright (c) 2016 Cisco and/or its affiliates.
+# Copyright (c) 2022 Cisco and/or its affiliates.
+# Copyright (c) 2022 PANTHEON.tech s.r.o.
# Licensed under the Apache License, Version 2.0 (the "License");
# you may not use this file except in compliance with the License.
# You may obtain a copy of the License at:
"""IPsec utilities library."""
-from ipaddress import ip_network
+import os
-from enum import Enum
+from enum import Enum, IntEnum
+from io import open
+from ipaddress import ip_network, ip_address
+from random import choice
+from string import ascii_letters
+from resources.libraries.python.Constants import Constants
+from resources.libraries.python.IncrementUtil import ObjIncrement
+from resources.libraries.python.InterfaceUtil import InterfaceUtil, \
+ InterfaceStatusFlags
+from resources.libraries.python.IPAddress import IPAddress
+from resources.libraries.python.IPUtil import IPUtil, IpDscp, \
+ MPLS_LABEL_INVALID, NetworkIncrement
+from resources.libraries.python.PapiExecutor import PapiSocketExecutor
+from resources.libraries.python.ssh import scp_node
+from resources.libraries.python.topology import Topology, NodeType
from resources.libraries.python.VatExecutor import VatExecutor
-from resources.libraries.python.topology import Topology
-from resources.libraries.python.VatJsonUtil import VatJsonUtil
+from resources.libraries.python.VPPUtil import VPPUtil
+
+
+IPSEC_UDP_PORT_NONE = 0xffff
+
+
+def gen_key(length):
+ """Generate random string as a key.
+
+ :param length: Length of generated payload.
+ :type length: int
+ :returns: The generated payload.
+ :rtype: bytes
+ """
+ return u"".join(
+ choice(ascii_letters) for _ in range(length)
+ ).encode(encoding=u"utf-8")
-# pylint: disable=too-few-public-methods
class PolicyAction(Enum):
"""Policy actions."""
- BYPASS = 'bypass'
- DISCARD = 'discard'
- PROTECT = 'protect'
+ BYPASS = (u"bypass", 0)
+ DISCARD = (u"discard", 1)
+ PROTECT = (u"protect", 3)
- def __init__(self, string):
- self.string = string
+ def __init__(self, policy_name, policy_int_repr):
+ self.policy_name = policy_name
+ self.policy_int_repr = policy_int_repr
+
+ def __str__(self):
+ return self.policy_name
+
+ def __int__(self):
+ return self.policy_int_repr
class CryptoAlg(Enum):
"""Encryption algorithms."""
- AES_CBC_128 = ('aes-cbc-128', 'AES-CBC', 16)
- AES_CBC_192 = ('aes-cbc-192', 'AES-CBC', 24)
- AES_CBC_256 = ('aes-cbc-256', 'AES-CBC', 32)
+ AES_CBC_128 = (u"aes-cbc-128", 1, u"AES-CBC", 16)
+ AES_CBC_256 = (u"aes-cbc-256", 3, u"AES-CBC", 32)
+ AES_GCM_128 = (u"aes-gcm-128", 7, u"AES-GCM", 16)
+ AES_GCM_256 = (u"aes-gcm-256", 9, u"AES-GCM", 32)
- def __init__(self, alg_name, scapy_name, key_len):
+ def __init__(self, alg_name, alg_int_repr, scapy_name, key_len):
self.alg_name = alg_name
+ self.alg_int_repr = alg_int_repr
self.scapy_name = scapy_name
self.key_len = key_len
class IntegAlg(Enum):
"""Integrity algorithm."""
- SHA1_96 = ('sha1-96', 'HMAC-SHA1-96', 20)
- SHA_256_128 = ('sha-256-128', 'SHA2-256-128', 32)
- SHA_384_192 = ('sha-384-192', 'SHA2-384-192', 48)
- SHA_512_256 = ('sha-512-256', 'SHA2-512-256', 64)
+ SHA_256_128 = (u"sha-256-128", 4, u"SHA2-256-128", 32)
+ SHA_512_256 = (u"sha-512-256", 6, u"SHA2-512-256", 64)
- def __init__(self, alg_name, scapy_name, key_len):
+ def __init__(self, alg_name, alg_int_repr, scapy_name, key_len):
self.alg_name = alg_name
+ self.alg_int_repr = alg_int_repr
self.scapy_name = scapy_name
self.key_len = key_len
-class IPsecUtil(object):
- """IPsec utilities."""
+class IPsecProto(IntEnum):
+ """IPsec protocol."""
+ IPSEC_API_PROTO_ESP = 50
+ IPSEC_API_PROTO_AH = 51
+
- # pylint: disable=too-many-arguments
- # pylint: disable=too-many-locals
+class IPsecSadFlags(IntEnum):
+ """IPsec Security Association Database flags."""
+ IPSEC_API_SAD_FLAG_NONE = 0
+ # Enable extended sequence numbers
+ IPSEC_API_SAD_FLAG_USE_ESN = 0x01
+ # Enable Anti - replay
+ IPSEC_API_SAD_FLAG_USE_ANTI_REPLAY = 0x02
+ # IPsec tunnel mode if non-zero, else transport mode
+ IPSEC_API_SAD_FLAG_IS_TUNNEL = 0x04
+ # IPsec tunnel mode is IPv6 if non-zero, else IPv4 tunnel
+ # only valid if is_tunnel is non-zero
+ IPSEC_API_SAD_FLAG_IS_TUNNEL_V6 = 0x08
+ # Enable UDP encapsulation for NAT traversal
+ IPSEC_API_SAD_FLAG_UDP_ENCAP = 0x10
+ # IPsec SA is or inbound traffic
+ IPSEC_API_SAD_FLAG_IS_INBOUND = 0x40
+
+
+class TunnelEncpaDecapFlags(IntEnum):
+ """Flags controlling tunnel behaviour."""
+ TUNNEL_API_ENCAP_DECAP_FLAG_NONE = 0
+ # at encap, copy the DF bit of the payload into the tunnel header
+ TUNNEL_API_ENCAP_DECAP_FLAG_ENCAP_COPY_DF = 1
+ # at encap, set the DF bit in the tunnel header
+ TUNNEL_API_ENCAP_DECAP_FLAG_ENCAP_SET_DF = 2
+ # at encap, copy the DSCP bits of the payload into the tunnel header
+ TUNNEL_API_ENCAP_DECAP_FLAG_ENCAP_COPY_DSCP = 4
+ # at encap, copy the ECN bit of the payload into the tunnel header
+ TUNNEL_API_ENCAP_DECAP_FLAG_ENCAP_COPY_ECN = 8
+ # at decap, copy the ECN bit of the tunnel header into the payload
+ TUNNEL_API_ENCAP_DECAP_FLAG_ENCAP_SET_ECN = 16
+
+
+class TunnelMode(IntEnum):
+ """Tunnel modes."""
+ # point-to-point
+ TUNNEL_API_MODE_P2P = 0
+ # multi-point
+ TUNNEL_API_MODE_MP = 1
+
+
+class IPsecUtil:
+ """IPsec utilities."""
@staticmethod
def policy_action_bypass():
"""Return policy action bypass.
- :return: PolicyAction enum BYPASS object.
+ :returns: PolicyAction enum BYPASS object.
:rtype: PolicyAction
"""
return PolicyAction.BYPASS
def policy_action_discard():
"""Return policy action discard.
- :return: PolicyAction enum DISCARD object.
+ :returns: PolicyAction enum DISCARD object.
:rtype: PolicyAction
"""
return PolicyAction.DISCARD
def policy_action_protect():
"""Return policy action protect.
- :return: PolicyAction enum PROTECT object.
+ :returns: PolicyAction enum PROTECT object.
:rtype: PolicyAction
"""
return PolicyAction.PROTECT
def crypto_alg_aes_cbc_128():
"""Return encryption algorithm aes-cbc-128.
- :return: CryptoAlg enum AES_CBC_128 object.
+ :returns: CryptoAlg enum AES_CBC_128 object.
:rtype: CryptoAlg
"""
return CryptoAlg.AES_CBC_128
@staticmethod
- def crypto_alg_aes_cbc_192():
- """Return encryption algorithm aes-cbc-192.
+ def crypto_alg_aes_cbc_256():
+ """Return encryption algorithm aes-cbc-256.
- :return: CryptoAlg enum AES_CBC_192 objec.
+ :returns: CryptoAlg enum AES_CBC_256 object.
:rtype: CryptoAlg
"""
- return CryptoAlg.AES_CBC_192
+ return CryptoAlg.AES_CBC_256
@staticmethod
- def crypto_alg_aes_cbc_256():
- """Return encryption algorithm aes-cbc-256.
+ def crypto_alg_aes_gcm_128():
+ """Return encryption algorithm aes-gcm-128.
- :return: CryptoAlg enum AES_CBC_256 object.
+ :returns: CryptoAlg enum AES_GCM_128 object.
:rtype: CryptoAlg
"""
- return CryptoAlg.AES_CBC_256
+ return CryptoAlg.AES_GCM_128
+
+ @staticmethod
+ def crypto_alg_aes_gcm_256():
+ """Return encryption algorithm aes-gcm-256.
+
+ :returns: CryptoAlg enum AES_GCM_128 object.
+ :rtype: CryptoAlg
+ """
+ return CryptoAlg.AES_GCM_256
@staticmethod
def get_crypto_alg_key_len(crypto_alg):
:param crypto_alg: Encryption algorithm.
:type crypto_alg: CryptoAlg
- :return: Key length.
+ :returns: Key length.
:rtype: int
"""
return crypto_alg.key_len
:param crypto_alg: Encryption algorithm.
:type crypto_alg: CryptoAlg
- :return: Algorithm scapy name.
+ :returns: Algorithm scapy name.
:rtype: str
"""
return crypto_alg.scapy_name
- @staticmethod
- def integ_alg_sha1_96():
- """Return integrity algorithm SHA1-96.
-
- :return: IntegAlg enum SHA1_96 object.
- :rtype: IntegAlg
- """
- return IntegAlg.SHA1_96
-
@staticmethod
def integ_alg_sha_256_128():
"""Return integrity algorithm SHA-256-128.
- :return: IntegAlg enum SHA_256_128 object.
+ :returns: IntegAlg enum SHA_256_128 object.
:rtype: IntegAlg
"""
return IntegAlg.SHA_256_128
- @staticmethod
- def integ_alg_sha_384_192():
- """Return integrity algorithm SHA-384-192.
-
- :return: IntegAlg enum SHA_384_192 object.
- :rtype: IntegAlg
- """
- return IntegAlg.SHA_384_192
-
@staticmethod
def integ_alg_sha_512_256():
"""Return integrity algorithm SHA-512-256.
- :return: IntegAlg enum SHA_512_256 object.
+ :returns: IntegAlg enum SHA_512_256 object.
:rtype: IntegAlg
"""
return IntegAlg.SHA_512_256
def get_integ_alg_key_len(integ_alg):
"""Return integrity algorithm key length.
+ None argument is accepted, returning zero.
+
:param integ_alg: Integrity algorithm.
- :type integ_alg: IntegAlg
- :return: Key length.
+ :type integ_alg: Optional[IntegAlg]
+ :returns: Key length.
:rtype: int
"""
- return integ_alg.key_len
+ return 0 if integ_alg is None else integ_alg.key_len
@staticmethod
def get_integ_alg_scapy_name(integ_alg):
:param integ_alg: Integrity algorithm.
:type integ_alg: IntegAlg
- :return: Algorithm scapy name.
+ :returns: Algorithm scapy name.
:rtype: str
"""
return integ_alg.scapy_name
@staticmethod
- def vpp_ipsec_add_sad_entry(node, sad_id, spi, crypto_alg, crypto_key,
- integ_alg, integ_key, tunnel_src=None,
- tunnel_dst=None):
+ def ipsec_proto_esp():
+ """Return IPSec protocol ESP.
+
+ :returns: IPsecProto enum ESP object.
+ :rtype: IPsecProto
+ """
+ return int(IPsecProto.IPSEC_API_PROTO_ESP)
+
+ @staticmethod
+ def ipsec_proto_ah():
+ """Return IPSec protocol AH.
+
+ :returns: IPsecProto enum AH object.
+ :rtype: IPsecProto
+ """
+ return int(IPsecProto.IPSEC_API_PROTO_AH)
+
+ @staticmethod
+ def vpp_ipsec_select_backend(node, protocol, index=1):
+ """Select IPsec backend.
+
+ :param node: VPP node to select IPsec backend on.
+ :param protocol: IPsec protocol.
+ :param index: Backend index.
+ :type node: dict
+ :type protocol: IPsecProto
+ :type index: int
+ :raises RuntimeError: If failed to select IPsec backend or if no API
+ reply received.
+ """
+ cmd = u"ipsec_select_backend"
+ err_msg = f"Failed to select IPsec backend on host {node[u'host']}"
+ args = dict(
+ protocol=protocol,
+ index=index
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_set_async_mode(node, async_enable=1):
+ """Set IPsec async mode on|off.
+
+ :param node: VPP node to set IPsec async mode.
+ :param async_enable: Async mode on or off.
+ :type node: dict
+ :type async_enable: int
+ :raises RuntimeError: If failed to set IPsec async mode or if no API
+ reply received.
+ """
+ cmd = u"ipsec_set_async_mode"
+ err_msg = f"Failed to set IPsec async mode on host {node[u'host']}"
+ args = dict(
+ async_enable=async_enable
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_crypto_sw_scheduler_set_worker(
+ node, workers, crypto_enable=False):
+ """Enable or disable crypto on specific vpp worker threads.
+
+ :param node: VPP node to enable or disable crypto for worker threads.
+ :param workers: List of VPP thread numbers.
+ :param crypto_enable: Disable or enable crypto work.
+ :type node: dict
+ :type workers: Iterable[int]
+ :type crypto_enable: bool
+ :raises RuntimeError: If failed to enable or disable crypto for worker
+ thread or if no API reply received.
+ """
+ for worker in workers:
+ cmd = u"crypto_sw_scheduler_set_worker"
+ err_msg = f"Failed to disable/enable crypto for worker thread " \
+ f"on host {node[u'host']}"
+ args = dict(
+ worker_index=worker - 1,
+ crypto_enable=crypto_enable
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_crypto_sw_scheduler_set_worker_on_all_duts(
+ nodes, workers, crypto_enable=False):
+ """Enable or disable crypto on specific vpp worker threads.
+
+ :param node: VPP node to enable or disable crypto for worker threads.
+ :param workers: List of VPP thread numbers.
+ :param crypto_enable: Disable or enable crypto work.
+ :type node: dict
+ :type workers: Iterable[int]
+ :type crypto_enable: bool
+ :raises RuntimeError: If failed to enable or disable crypto for worker
+ thread or if no API reply received.
+ """
+ for node in nodes.values():
+ if node[u"type"] == NodeType.DUT:
+ thread_data = VPPUtil.vpp_show_threads(node)
+ worker_cnt = len(thread_data) - 1
+ if not worker_cnt:
+ return None
+ worker_ids = list()
+ for item in thread_data:
+ if str(item.cpu_id) in workers.split(u","):
+ worker_ids.append(item.id)
+
+ IPsecUtil.vpp_ipsec_crypto_sw_scheduler_set_worker(
+ node, workers=worker_ids, crypto_enable=crypto_enable
+ )
+
+ @staticmethod
+ def vpp_ipsec_add_sad_entry(
+ node, sad_id, spi, crypto_alg, crypto_key, integ_alg=None,
+ integ_key=u"", tunnel_src=None, tunnel_dst=None):
"""Create Security Association Database entry on the VPP node.
:param node: VPP node to add SAD entry on.
:type spi: int
:type crypto_alg: CryptoAlg
:type crypto_key: str
- :type integ_alg: str
+ :type integ_alg: Optional[IntegAlg]
+ :type integ_key: str
+ :type tunnel_src: str
+ :type tunnel_dst: str
+ """
+ if isinstance(crypto_key, str):
+ crypto_key = crypto_key.encode(encoding=u"utf-8")
+ if isinstance(integ_key, str):
+ integ_key = integ_key.encode(encoding=u"utf-8")
+ ckey = dict(
+ length=len(crypto_key),
+ data=crypto_key
+ )
+ ikey = dict(
+ length=len(integ_key),
+ data=integ_key if integ_key else 0
+ )
+
+ flags = int(IPsecSadFlags.IPSEC_API_SAD_FLAG_NONE)
+ if tunnel_src and tunnel_dst:
+ flags = flags | int(IPsecSadFlags.IPSEC_API_SAD_FLAG_IS_TUNNEL)
+ src_addr = ip_address(tunnel_src)
+ dst_addr = ip_address(tunnel_dst)
+ if src_addr.version == 6:
+ flags = \
+ flags | int(IPsecSadFlags.IPSEC_API_SAD_FLAG_IS_TUNNEL_V6)
+ else:
+ src_addr = u""
+ dst_addr = u""
+
+ cmd = u"ipsec_sad_entry_add_del_v3"
+ err_msg = f"Failed to add Security Association Database entry " \
+ f"on host {node[u'host']}"
+ sad_entry = dict(
+ sad_id=int(sad_id),
+ spi=int(spi),
+ crypto_algorithm=crypto_alg.alg_int_repr,
+ crypto_key=ckey,
+ integrity_algorithm=integ_alg.alg_int_repr if integ_alg else 0,
+ integrity_key=ikey,
+ flags=flags,
+ tunnel=dict(
+ src=str(src_addr),
+ dst=str(dst_addr),
+ table_id=0,
+ encap_decap_flags=int(
+ TunnelEncpaDecapFlags.TUNNEL_API_ENCAP_DECAP_FLAG_NONE
+ ),
+ dscp=int(IpDscp.IP_API_DSCP_CS0),
+ ),
+ protocol=int(IPsecProto.IPSEC_API_PROTO_ESP),
+ udp_src_port=4500, # default value in api
+ udp_dst_port=4500 # default value in api
+ )
+ args = dict(
+ is_add=True,
+ entry=sad_entry
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_add_sad_entries(
+ node, n_entries, sad_id, spi, crypto_alg, crypto_key,
+ integ_alg=None, integ_key=u"", tunnel_src=None, tunnel_dst=None):
+ """Create multiple Security Association Database entries on VPP node.
+
+ :param node: VPP node to add SAD entry on.
+ :param n_entries: Number of SAD entries to be created.
+ :param sad_id: First SAD entry ID. All subsequent SAD entries will have
+ id incremented by 1.
+ :param spi: Security Parameter Index of first SAD entry. All subsequent
+ SAD entries will have spi incremented by 1.
+ :param crypto_alg: The encryption algorithm name.
+ :param crypto_key: The encryption key string.
+ :param integ_alg: The integrity algorithm name.
+ :param integ_key: The integrity key string.
+ :param tunnel_src: Tunnel header source IPv4 or IPv6 address. If not
+ specified ESP transport mode is used.
+ :param tunnel_dst: Tunnel header destination IPv4 or IPv6 address. If
+ not specified ESP transport mode is used.
+ :type node: dict
+ :type n_entries: int
+ :type sad_id: int
+ :type spi: int
+ :type crypto_alg: CryptoAlg
+ :type crypto_key: str
+ :type integ_alg: Optional[IntegAlg]
:type integ_key: str
:type tunnel_src: str
:type tunnel_dst: str
"""
- ckey = crypto_key.encode('hex')
- ikey = integ_key.encode('hex')
- tunnel = ''
- if tunnel_src is not None and tunnel_dst is not None:
- tunnel = 'tunnel_src {0} tunnel_dst {1}'.format(tunnel_src,
- tunnel_dst)
- out = VatExecutor.cmd_from_template(node,
- "ipsec/ipsec_sad_add_entry.vat",
- sad_id=sad_id, spi=spi,
- calg=crypto_alg.alg_name, ckey=ckey,
- ialg=integ_alg.alg_name, ikey=ikey,
- tunnel=tunnel)
- VatJsonUtil.verify_vat_retval(
- out[0],
- err_msg='Add SAD entry failed on {0}'.format(node['host']))
+ if isinstance(crypto_key, str):
+ crypto_key = crypto_key.encode(encoding=u"utf-8")
+ if isinstance(integ_key, str):
+ integ_key = integ_key.encode(encoding=u"utf-8")
+ if tunnel_src and tunnel_dst:
+ src_addr = ip_address(tunnel_src)
+ dst_addr = ip_address(tunnel_dst)
+ else:
+ src_addr = u""
+ dst_addr = u""
+
+ addr_incr = 1 << (128 - 96) if src_addr.version == 6 \
+ else 1 << (32 - 24)
+
+ if int(n_entries) > 10:
+ tmp_filename = f"/tmp/ipsec_sad_{sad_id}_add_del_entry.script"
+
+ with open(tmp_filename, 'w') as tmp_file:
+ for i in range(n_entries):
+ integ = f"integ-alg {integ_alg.alg_name} " \
+ f"integ-key {integ_key.hex()}" \
+ if integ_alg else u""
+ tunnel = f"tunnel src {src_addr + i * addr_incr} " \
+ f"tunnel dst {dst_addr + i * addr_incr}" \
+ if tunnel_src and tunnel_dst else u""
+ conf = f"exec ipsec sa add {sad_id + i} esp spi {spi + i} "\
+ f"crypto-alg {crypto_alg.alg_name} " \
+ f"crypto-key {crypto_key.hex()} " \
+ f"{integ} {tunnel}\n"
+ tmp_file.write(conf)
+ vat = VatExecutor()
+ vat.execute_script(
+ tmp_filename, node, timeout=300, json_out=False,
+ copy_on_execute=True
+ )
+ os.remove(tmp_filename)
+ return
+
+ ckey = dict(
+ length=len(crypto_key),
+ data=crypto_key
+ )
+ ikey = dict(
+ length=len(integ_key),
+ data=integ_key if integ_key else 0
+ )
+
+ flags = int(IPsecSadFlags.IPSEC_API_SAD_FLAG_NONE)
+ if tunnel_src and tunnel_dst:
+ flags = flags | int(IPsecSadFlags.IPSEC_API_SAD_FLAG_IS_TUNNEL)
+ if src_addr.version == 6:
+ flags = flags | int(
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_IS_TUNNEL_V6
+ )
+
+ cmd = u"ipsec_sad_entry_add_del_v3"
+ err_msg = f"Failed to add Security Association Database entry " \
+ f"on host {node[u'host']}"
+
+ sad_entry = dict(
+ sad_id=int(sad_id),
+ spi=int(spi),
+ crypto_algorithm=crypto_alg.alg_int_repr,
+ crypto_key=ckey,
+ integrity_algorithm=integ_alg.alg_int_repr if integ_alg else 0,
+ integrity_key=ikey,
+ flags=flags,
+ tunnel=dict(
+ src=str(src_addr),
+ dst=str(dst_addr),
+ table_id=0,
+ encap_decap_flags=int(
+ TunnelEncpaDecapFlags.TUNNEL_API_ENCAP_DECAP_FLAG_NONE
+ ),
+ dscp=int(IpDscp.IP_API_DSCP_CS0),
+ ),
+ protocol=int(IPsecProto.IPSEC_API_PROTO_ESP),
+ udp_src_port=4500, # default value in api
+ udp_dst_port=4500 # default value in api
+ )
+ args = dict(
+ is_add=True,
+ entry=sad_entry
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ for i in range(n_entries):
+ args[u"entry"][u"sad_id"] = int(sad_id) + i
+ args[u"entry"][u"spi"] = int(spi) + i
+ args[u"entry"][u"tunnel"][u"src"] = (
+ str(src_addr + i * addr_incr)
+ if tunnel_src and tunnel_dst else src_addr
+ )
+ args[u"entry"][u"tunnel"][u"dst"] = (
+ str(dst_addr + i * addr_incr)
+ if tunnel_src and tunnel_dst else dst_addr
+ )
+ history = bool(not 1 < i < n_entries - 2)
+ papi_exec.add(cmd, history=history, **args)
+ papi_exec.get_replies(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_set_ip_route(
+ node, n_tunnels, tunnel_src, traffic_addr, tunnel_dst, interface,
+ raddr_range, dst_mac=None):
+ """Set IP address and route on interface.
+
+ :param node: VPP node to add config on.
+ :param n_tunnels: Number of tunnels to create.
+ :param tunnel_src: Tunnel header source IPv4 or IPv6 address.
+ :param traffic_addr: Traffic destination IP address to route.
+ :param tunnel_dst: Tunnel header destination IPv4 or IPv6 address.
+ :param interface: Interface key on node 1.
+ :param raddr_range: Mask specifying range of Policy selector Remote IP
+ addresses. Valid values are from 1 to 32 in case of IPv4 and to 128
+ in case of IPv6.
+ :param dst_mac: The MAC address of destination tunnels.
+ :type node: dict
+ :type n_tunnels: int
+ :type tunnel_src: str
+ :type traffic_addr: str
+ :type tunnel_dst: str
+ :type interface: str
+ :type raddr_range: int
+ :type dst_mac: str
+ """
+ tunnel_src = ip_address(tunnel_src)
+ tunnel_dst = ip_address(tunnel_dst)
+ traffic_addr = ip_address(traffic_addr)
+ tunnel_dst_prefix = 128 if tunnel_dst.version == 6 else 32
+ addr_incr = 1 << (128 - raddr_range) if tunnel_src.version == 6 \
+ else 1 << (32 - raddr_range)
+
+ if int(n_tunnels) > 10:
+ tmp_filename = u"/tmp/ipsec_set_ip.script"
+
+ with open(tmp_filename, 'w') as tmp_file:
+ if_name = Topology.get_interface_name(node, interface)
+ for i in range(n_tunnels):
+ tunnel_dst_addr = tunnel_dst + i * addr_incr
+ conf = f"exec set interface ip address {if_name} " \
+ f"{tunnel_src + i * addr_incr}/{raddr_range}\n" \
+ f"exec ip route add {traffic_addr + i}/" \
+ f"{tunnel_dst_prefix} " \
+ f"via {tunnel_dst_addr} {if_name}\n" \
+ f"exec ip route add {tunnel_dst_addr}/" \
+ f"{tunnel_dst_prefix} " \
+ f"via {tunnel_dst_addr} {if_name}\n"
+ if dst_mac:
+ conf = f"{conf}exec set ip neighbor {if_name} " \
+ f"{tunnel_dst + i * addr_incr} {dst_mac}\n"
+ tmp_file.write(conf)
+
+ VatExecutor().execute_script(
+ tmp_filename, node, timeout=300, json_out=False,
+ copy_on_execute=True
+ )
+ os.remove(tmp_filename)
+ return
+
+ cmd1 = u"sw_interface_add_del_address"
+ args1 = dict(
+ sw_if_index=InterfaceUtil.get_interface_index(node, interface),
+ is_add=True,
+ del_all=False,
+ prefix=None
+ )
+ cmd2 = u"ip_route_add_del"
+ args2 = dict(
+ is_add=1,
+ is_multipath=0,
+ route=None
+ )
+ cmd3 = u"ip_neighbor_add_del"
+ args3 = dict(
+ is_add=True,
+ neighbor=dict(
+ sw_if_index=Topology.get_interface_sw_index(node, interface),
+ flags=0,
+ mac_address=str(dst_mac),
+ ip_address=None
+ )
+ )
+ err_msg = f"Failed to configure IP addresses, IP routes and " \
+ f"IP neighbor on interface {interface} on host {node[u'host']}" \
+ if dst_mac \
+ else f"Failed to configure IP addresses and IP routes " \
+ f"on interface {interface} on host {node[u'host']}"
+
+ with PapiSocketExecutor(node) as papi_exec:
+ for i in range(n_tunnels):
+ tunnel_dst_addr = tunnel_dst + i * addr_incr
+ args1[u"prefix"] = IPUtil.create_prefix_object(
+ tunnel_src + i * addr_incr, raddr_range
+ )
+ args2[u"route"] = IPUtil.compose_vpp_route_structure(
+ node, traffic_addr + i,
+ prefix_len=tunnel_dst_prefix,
+ interface=interface, gateway=tunnel_dst_addr
+ )
+ history = bool(not 1 < i < n_tunnels - 2)
+ papi_exec.add(cmd1, history=history, **args1).\
+ add(cmd2, history=history, **args2)
+
+ args2[u"route"] = IPUtil.compose_vpp_route_structure(
+ node, tunnel_dst_addr,
+ prefix_len=tunnel_dst_prefix,
+ interface=interface, gateway=tunnel_dst_addr
+ )
+ papi_exec.add(cmd2, history=history, **args2)
+
+ if dst_mac:
+ args3[u"neighbor"][u"ip_address"] = ip_address(
+ tunnel_dst_addr
+ )
+ papi_exec.add(cmd3, history=history, **args3)
+ papi_exec.get_replies(err_msg)
@staticmethod
def vpp_ipsec_add_spd(node, spd_id):
:type node: dict
:type spd_id: int
"""
- out = VatExecutor.cmd_from_template(node, "ipsec/ipsec_spd_add.vat",
- spd_id=spd_id)
- VatJsonUtil.verify_vat_retval(
- out[0],
- err_msg='Add SPD {0} failed on {1}'.format(spd_id, node['host']))
+ cmd = u"ipsec_spd_add_del"
+ err_msg = f"Failed to add Security Policy Database " \
+ f"on host {node[u'host']}"
+ args = dict(
+ is_add=True,
+ spd_id=int(spd_id)
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
@staticmethod
def vpp_ipsec_spd_add_if(node, spd_id, interface):
:type spd_id: int
:type interface: str or int
"""
- if isinstance(interface, basestring):
- sw_if_index = Topology.get_interface_sw_index(node, interface)
- else:
- sw_if_index = interface
- out = VatExecutor.cmd_from_template(node,
- "ipsec/ipsec_interface_add_spd.vat",
- spd_id=spd_id, sw_if_id=sw_if_index)
- VatJsonUtil.verify_vat_retval(
- out[0],
- err_msg='Add interface {0} to SPD {1} failed on {2}'.format(
- interface, spd_id, node['host']))
-
- @staticmethod
- def vpp_ipsec_spd_add_entry(node, spd_id, priority, action, inbound=True,
- sa_id=None, laddr_range=None, raddr_range=None,
- proto=None, lport_range=None, rport_range=None):
+ cmd = u"ipsec_interface_add_del_spd"
+ err_msg = f"Failed to add interface {interface} to Security Policy " \
+ f"Database {spd_id} on host {node[u'host']}"
+ args = dict(
+ is_add=True,
+ sw_if_index=InterfaceUtil.get_interface_index(node, interface),
+ spd_id=int(spd_id)
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_create_spds_match_nth_entry(
+ node, dir1_interface, dir2_interface, entry_amount,
+ local_addr_range, remote_addr_range, action=PolicyAction.BYPASS,
+ inbound=False, bidirectional=True):
+ """Create one matching SPD entry for inbound or outbound traffic on
+ a DUT for each traffic direction and also create entry_amount - 1
+ non-matching SPD entries. Create a Security Policy Database on each
+ outbound interface where these entries will be configured.
+ The matching SPD entry will have the lowest priority, input action and
+ will be configured to match the IP flow. The non-matching entries will
+ be the same, except with higher priority and non-matching IP flows.
+
+ Action Protect is currently not supported.
+
+ :param node: VPP node to configured the SPDs and their entries.
+ :param dir1_interface: The interface in direction 1 where the entries
+ will be checked.
+ :param dir2_interface: The interface in direction 2 where the entries
+ will be checked.
+ :param entry_amount: The number of SPD entries to configure. If
+ entry_amount == 1, no non-matching entries will be configured.
+ :param local_addr_range: Matching local address range in direction 1
+ in format IP/prefix or IP/mask. If no mask is provided, it's
+ considered to be /32.
+ :param remote_addr_range: Matching remote address range in
+ direction 1 in format IP/prefix or IP/mask. If no mask is
+ provided, it's considered to be /32.
+ :param action: Policy action.
+ :param inbound: If True policy is for inbound traffic, otherwise
+ outbound.
+ :param bidirectional: When True, will create SPDs in both directions
+ of traffic. When False, only in one direction.
+ :type node: dict
+ :type dir1_interface: Union[string, int]
+ :type dir2_interface: Union[string, int]
+ :type entry_amount: int
+ :type local_addr_range:
+ Union[string, ipaddress.IPv4Address, ipaddress.IPv6Address]
+ :type remote_addr_range:
+ Union[string, ipaddress.IPv4Address, ipaddress.IPv6Address]
+ :type action: IPsecUtil.PolicyAction
+ :type inbound: bool
+ :type bidirectional: bool
+ :raises NotImplementedError: When the action is PolicyAction.PROTECT.
+ """
+
+ if action == PolicyAction.PROTECT:
+ raise NotImplementedError('Policy action PROTECT is not supported.')
+
+ spd_id_dir1 = 1
+ spd_id_dir2 = 2
+ matching_priority = 1
+
+ IPsecUtil.vpp_ipsec_add_spd(node, spd_id_dir1)
+ IPsecUtil.vpp_ipsec_spd_add_if(node, spd_id_dir1, dir1_interface)
+ # matching entry direction 1
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ node, spd_id_dir1, matching_priority, action,
+ inbound=inbound, laddr_range=local_addr_range,
+ raddr_range=remote_addr_range
+ )
+
+ if bidirectional:
+ IPsecUtil.vpp_ipsec_add_spd(node, spd_id_dir2)
+ IPsecUtil.vpp_ipsec_spd_add_if(node, spd_id_dir2, dir2_interface)
+
+ # matching entry direction 2, the address ranges are switched
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ node, spd_id_dir2, matching_priority, action,
+ inbound=inbound, laddr_range=remote_addr_range,
+ raddr_range=local_addr_range
+ )
+
+ # non-matching entries
+ no_match_entry_amount = entry_amount - 1
+ if no_match_entry_amount > 0:
+ # create a NetworkIncrement representation of the network,
+ # then skip the matching network
+ no_match_local_addr_range = NetworkIncrement(
+ ip_network(local_addr_range)
+ )
+ next(no_match_local_addr_range)
+
+ no_match_remote_addr_range = NetworkIncrement(
+ ip_network(remote_addr_range)
+ )
+ next(no_match_remote_addr_range)
+
+ # non-matching entries direction 1
+ IPsecUtil.vpp_ipsec_add_spd_entries(
+ node, no_match_entry_amount, spd_id_dir1,
+ ObjIncrement(matching_priority + 1, 1), action,
+ inbound=inbound, laddr_range=no_match_local_addr_range,
+ raddr_range=no_match_remote_addr_range
+ )
+
+ if bidirectional:
+ # reset the networks so that we're using a unified config
+ # the address ranges are switched
+ no_match_remote_addr_range = NetworkIncrement(
+ ip_network(local_addr_range)
+ )
+ next(no_match_remote_addr_range)
+
+ no_match_local_addr_range = NetworkIncrement(
+ ip_network(remote_addr_range)
+ )
+ next(no_match_local_addr_range)
+ # non-matching entries direction 2
+ IPsecUtil.vpp_ipsec_add_spd_entries(
+ node, no_match_entry_amount, spd_id_dir2,
+ ObjIncrement(matching_priority + 1, 1), action,
+ inbound=inbound, laddr_range=no_match_local_addr_range,
+ raddr_range=no_match_remote_addr_range
+ )
+
+ IPsecUtil.vpp_ipsec_show_all(node)
+
+ @staticmethod
+ def vpp_ipsec_add_spd_entry(
+ node, spd_id, priority, action, inbound=True, sa_id=None,
+ proto=None, laddr_range=None, raddr_range=None, lport_range=None,
+ rport_range=None, is_ipv6=False):
"""Create Security Policy Database entry on the VPP node.
:param node: VPP node to add SPD entry on.
:param action: Policy action.
:param inbound: If True policy is for inbound traffic, otherwise
outbound.
- :param sa_id: SAD entry ID for protect action.
- :param laddr_range: Policy selector local IPv4 or IPv6 address range in
- format IP/prefix or IP/mask. If no mask is provided, it's considered
- to be /32.
- :param raddr_range: Policy selector remote IPv4 or IPv6 address range in
- format IP/prefix or IP/mask. If no mask is provided, it's considered
- to be /32.
+ :param sa_id: SAD entry ID for action PolicyAction.PROTECT.
:param proto: Policy selector next layer protocol number.
+ :param laddr_range: Policy selector local IPv4 or IPv6 address range
+ in format IP/prefix or IP/mask. If no mask is provided,
+ it's considered to be /32.
+ :param raddr_range: Policy selector remote IPv4 or IPv6 address range
+ in format IP/prefix or IP/mask. If no mask is provided,
+ it's considered to be /32.
:param lport_range: Policy selector local TCP/UDP port range in format
<port_start>-<port_end>.
:param rport_range: Policy selector remote TCP/UDP port range in format
<port_start>-<port_end>.
+ :param is_ipv6: True in case of IPv6 policy when IPv6 address range is
+ not defined so it will default to address ::/0, otherwise False.
:type node: dict
:type spd_id: int
:type priority: int
- :type action: PolicyAction
+ :type action: IPsecUtil.PolicyAction
:type inbound: bool
:type sa_id: int
+ :type proto: int
:type laddr_range: string
:type raddr_range: string
+ :type lport_range: string
+ :type rport_range: string
+ :type is_ipv6: bool
+ """
+ if laddr_range is None:
+ laddr_range = u"::/0" if is_ipv6 else u"0.0.0.0/0"
+
+ if raddr_range is None:
+ raddr_range = u"::/0" if is_ipv6 else u"0.0.0.0/0"
+
+ local_net = ip_network(laddr_range, strict=False)
+ remote_net = ip_network(raddr_range, strict=False)
+
+ cmd = u"ipsec_spd_entry_add_del"
+ err_msg = f"Failed to add entry to Security Policy Database " \
+ f"{spd_id} on host {node[u'host']}"
+
+ spd_entry = dict(
+ spd_id=int(spd_id),
+ priority=int(priority),
+ is_outbound=not inbound,
+ sa_id=int(sa_id) if sa_id else 0,
+ policy=int(action),
+ protocol=int(proto) if proto else 0,
+ remote_address_start=IPAddress.create_ip_address_object(
+ remote_net.network_address
+ ),
+ remote_address_stop=IPAddress.create_ip_address_object(
+ remote_net.broadcast_address
+ ),
+ local_address_start=IPAddress.create_ip_address_object(
+ local_net.network_address
+ ),
+ local_address_stop=IPAddress.create_ip_address_object(
+ local_net.broadcast_address
+ ),
+ remote_port_start=int(rport_range.split(u"-")[0]) if rport_range
+ else 0,
+ remote_port_stop=int(rport_range.split(u"-")[1]) if rport_range
+ else 65535,
+ local_port_start=int(lport_range.split(u"-")[0]) if lport_range
+ else 0,
+ local_port_stop=int(lport_range.split(u"-")[1]) if rport_range
+ else 65535
+ )
+ args = dict(
+ is_add=True,
+ entry=spd_entry
+ )
+ with PapiSocketExecutor(node) as papi_exec:
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_add_spd_entries(
+ node, n_entries, spd_id, priority, action, inbound, sa_id=None,
+ proto=None, laddr_range=None, raddr_range=None, lport_range=None,
+ rport_range=None, is_ipv6=False):
+ """Create multiple Security Policy Database entries on the VPP node.
+
+ :param node: VPP node to add SPD entries on.
+ :param n_entries: Number of SPD entries to be added.
+ :param spd_id: SPD ID to add entries on.
+ :param priority: SPD entries priority, higher number = higher priority.
+ :param action: Policy action.
+ :param inbound: If True policy is for inbound traffic, otherwise
+ outbound.
+ :param sa_id: SAD entry ID for action PolicyAction.PROTECT.
+ :param proto: Policy selector next layer protocol number.
+ :param laddr_range: Policy selector local IPv4 or IPv6 address range
+ in format IP/prefix or IP/mask. If no mask is provided,
+ it's considered to be /32.
+ :param raddr_range: Policy selector remote IPv4 or IPv6 address range
+ in format IP/prefix or IP/mask. If no mask is provided,
+ it's considered to be /32.
+ :param lport_range: Policy selector local TCP/UDP port range in format
+ <port_start>-<port_end>.
+ :param rport_range: Policy selector remote TCP/UDP port range in format
+ <port_start>-<port_end>.
+ :param is_ipv6: True in case of IPv6 policy when IPv6 address range is
+ not defined so it will default to address ::/0, otherwise False.
+ :type node: dict
+ :type n_entries: int
+ :type spd_id: int
+ :type priority: IPsecUtil.ObjIncrement
+ :type action: IPsecUtil.PolicyAction
+ :type inbound: bool
+ :type sa_id: IPsecUtil.ObjIncrement
:type proto: int
+ :type laddr_range: IPsecUtil.NetworkIncrement
+ :type raddr_range: IPsecUtil.NetworkIncrement
:type lport_range: string
:type rport_range: string
+ :type is_ipv6: bool
"""
- direction = 'inbound' if inbound else 'outbound'
-
- act_str = action.value
- if PolicyAction.PROTECT == action and sa_id is not None:
- act_str += 'sa_id {0}'.format(sa_id)
-
- selector = ''
- if laddr_range is not None:
- net = ip_network(unicode(laddr_range), strict=False)
- selector += 'laddr_start {0} laddr_stop {1} '.format(
- net.network_address, net.broadcast_address)
- if raddr_range is not None:
- net = ip_network(unicode(raddr_range), strict=False)
- selector += 'raddr_start {0} raddr_stop {1} '.format(
- net.network_address, net.broadcast_address)
- if proto is not None:
- selector += 'protocol {0} '.format(proto)
- if lport_range is not None:
- selector += 'lport_start {p[0]} lport_stop {p[1]} '.format(
- p=lport_range.split('-'))
- if rport_range is not None:
- selector += 'rport_start {p[0]} rport_stop {p[1]} '.format(
- p=rport_range.split('-'))
-
- out = VatExecutor.cmd_from_template(node,
- "ipsec/ipsec_spd_add_entry.vat",
- spd_id=spd_id, priority=priority,
- action=act_str, direction=direction,
- selector=selector)
- VatJsonUtil.verify_vat_retval(
- out[0],
- err_msg='Add entry to SPD {0} failed on {1}'.format(spd_id,
- node['host']))
-
- @staticmethod
- def vpp_ipsec_show(node):
- """Run "show ipsec" debug CLI command.
+ if laddr_range is None:
+ laddr_range = u"::/0" if is_ipv6 else u"0.0.0.0/0"
+ laddr_range = NetworkIncrement(ip_network(laddr_range), 0)
+
+ if raddr_range is None:
+ raddr_range = u"::/0" if is_ipv6 else u"0.0.0.0/0"
+ raddr_range = NetworkIncrement(ip_network(raddr_range), 0)
+
+ lport_range_start = 0
+ lport_range_stop = 65535
+ if lport_range:
+ lport_range_start, lport_range_stop = lport_range.split('-')
+
+ rport_range_start = 0
+ rport_range_stop = 65535
+ if rport_range:
+ rport_range_start, rport_range_stop = rport_range.split('-')
+
+ if int(n_entries) > 10:
+ tmp_filename = f"/tmp/ipsec_spd_{spd_id}_add_del_entry.script"
+
+ with open(tmp_filename, 'w') as tmp_file:
+ for _ in range(n_entries):
+ direction = u'inbound' if inbound else u'outbound'
+ sa = f' sa {sa_id.inc_fmt()}' if sa_id is not None else ''
+ protocol = f' protocol {protocol}' if proto else ''
+ local_port_range = f' local-port-range ' \
+ f'{lport_range_start} - {lport_range_stop}' \
+ if lport_range else ''
+ remote_port_range = f' remote-port-range ' \
+ f'{rport_range_start} - {rport_range_stop}' \
+ if rport_range else ''
+
+ spd_cfg = f"exec ipsec policy add spd {spd_id} " \
+ f"priority {priority.inc_fmt()} {direction}" \
+ f"{protocol} action {action}{sa} " \
+ f"local-ip-range {laddr_range.inc_fmt()} " \
+ f"remote-ip-range {raddr_range.inc_fmt()}" \
+ f"{local_port_range}{remote_port_range}\n"
+
+ tmp_file.write(spd_cfg)
+
+ VatExecutor().execute_script(
+ tmp_filename, node, timeout=300, json_out=False,
+ copy_on_execute=True
+ )
+ os.remove(tmp_filename)
+ return
+
+ for _ in range(n_entries):
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ node, spd_id, next(priority), action, inbound,
+ next(sa_id) if sa_id is not None else sa_id,
+ proto, next(laddr_range), next(raddr_range), lport_range,
+ rport_range, is_ipv6
+ )
+
+ @staticmethod
+ def _ipsec_create_tunnel_interfaces_dut1_vat(
+ nodes, tun_ips, if1_key, if2_key, n_tunnels, crypto_alg, integ_alg,
+ raddr_ip2, addr_incr, spi_d, existing_tunnels=0):
+ """Create multiple IPsec tunnel interfaces on DUT1 node using VAT.
+
+ Generate random keys and return them (so DUT2 or TG can decrypt).
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param tun_ips: Dictionary with VPP node 1 ipsec tunnel interface
+ IPv4/IPv6 address (ip1) and VPP node 2 ipsec tunnel interface
+ IPv4/IPv6 address (ip2).
+ :param if1_key: VPP node 1 interface key from topology file.
+ :param if2_key: VPP node 2 / TG node (in case of 2-node topology)
+ interface key from topology file.
+ :param n_tunnels: Number of tunnel interfaces to be there at the end.
+ :param crypto_alg: The encryption algorithm name.
+ :param integ_alg: The integrity algorithm name.
+ :param raddr_ip2: Policy selector remote IPv4/IPv6 start address for the
+ first tunnel in direction node2->node1.
+ :param spi_d: Dictionary with SPIs for VPP node 1 and VPP node 2.
+ :param addr_incr: IP / IPv6 address incremental step.
+ :param existing_tunnels: Number of tunnel interfaces before creation.
+ Useful mainly for reconf tests. Default 0.
+ :type nodes: dict
+ :type tun_ips: dict
+ :type if1_key: str
+ :type if2_key: str
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type integ_alg: Optional[IntegAlg]
+ :type raddr_ip2: IPv4Address or IPv6Address
+ :type addr_incr: int
+ :type spi_d: dict
+ :type existing_tunnels: int
+ :returns: Generated ckeys and ikeys.
+ :rtype: List[bytes], List[bytes]
+ """
+ tmp_fn1 = u"/tmp/ipsec_create_tunnel_dut1.config"
+ if1_n = Topology.get_interface_name(nodes[u"DUT1"], if1_key)
+
+ ckeys = [bytes()] * existing_tunnels
+ ikeys = [bytes()] * existing_tunnels
+
+ vat = VatExecutor()
+ with open(tmp_fn1, u"w") as tmp_f1:
+ rmac = Topology.get_interface_mac(nodes[u"DUT2"], if2_key) \
+ if u"DUT2" in nodes.keys() \
+ else Topology.get_interface_mac(nodes[u"TG"], if2_key)
+ if not existing_tunnels:
+ tmp_f1.write(
+ f"exec create loopback interface\n"
+ f"exec set interface state loop0 up\n"
+ f"exec set interface ip address {if1_n} "
+ f"{tun_ips[u'ip2'] - 1}/"
+ f"{len(tun_ips[u'ip2'].packed)*8*3//4}\n"
+ f"exec set ip neighbor {if1_n} {tun_ips[u'ip2']} {rmac} "
+ f"static\n"
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ ckeys.append(
+ gen_key(IPsecUtil.get_crypto_alg_key_len(crypto_alg))
+ )
+ ikeys.append(
+ gen_key(IPsecUtil.get_integ_alg_key_len(integ_alg))
+ )
+ if integ_alg:
+ integ = f"integ-alg {integ_alg.alg_name} " \
+ f"integ-key {ikeys[i].hex()} "
+ else:
+ integ = u""
+ tmp_f1.write(
+ f"exec set interface ip address loop0 "
+ f"{tun_ips[u'ip1'] + i * addr_incr}/32\n"
+ f"exec create ipip tunnel "
+ f"src {tun_ips[u'ip1'] + i * addr_incr} "
+ f"dst {tun_ips[u'ip2']} "
+ f"p2p\n"
+ f"exec ipsec sa add {i} "
+ f"spi {spi_d[u'spi_1'] + i} "
+ f"crypto-alg {crypto_alg.alg_name} "
+ f"crypto-key {ckeys[i].hex()} "
+ f"{integ}"
+ f"esp\n"
+ f"exec ipsec sa add {100000 + i} "
+ f"spi {spi_d[u'spi_2'] + i} "
+ f"crypto-alg {crypto_alg.alg_name} "
+ f"crypto-key {ckeys[i].hex()} "
+ f"{integ}"
+ f"esp\n"
+ f"exec ipsec tunnel protect ipip{i} "
+ f"sa-out {i} "
+ f"sa-in {100000 + i} "
+ f"add\n"
+ )
+ vat.execute_script(
+ tmp_fn1, nodes[u"DUT1"], timeout=1800, json_out=False,
+ copy_on_execute=True,
+ history=bool(n_tunnels < 100)
+ )
+ os.remove(tmp_fn1)
+
+ with open(tmp_fn1, 'w') as tmp_f1:
+ for i in range(existing_tunnels, n_tunnels):
+ tmp_f1.write(
+ f"exec set interface unnumbered ipip{i} use {if1_n}\n"
+ f"exec set interface state ipip{i} up\n"
+ f"exec ip route add "
+ f"{raddr_ip2 + i}/{len(raddr_ip2.packed)*8} "
+ f"via ipip{i}\n"
+ )
+ vat.execute_script(
+ tmp_fn1, nodes[u"DUT1"], timeout=1800, json_out=False,
+ copy_on_execute=True,
+ history=bool(n_tunnels < 100)
+ )
+ os.remove(tmp_fn1)
+
+ return ckeys, ikeys
+
+ @staticmethod
+ def _ipsec_create_tunnel_interfaces_dut2_vat(
+ nodes, tun_ips, if2_key, n_tunnels, crypto_alg, ckeys, integ_alg,
+ ikeys, raddr_ip1, addr_incr, spi_d, existing_tunnels=0):
+ """Create multiple IPsec tunnel interfaces on DUT2 node using VAT.
+
+ This method accesses keys generated by DUT1 method
+ and does not return anything.
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param tun_ips: Dictionary with VPP node 1 ipsec tunnel interface
+ IPv4/IPv6 address (ip1) and VPP node 2 ipsec tunnel interface
+ IPv4/IPv6 address (ip2).
+ :param if2_key: VPP node 2 / TG node (in case of 2-node topology)
+ interface key from topology file.
+ :param n_tunnels: Number of tunnel interfaces to be there at the end.
+ :param crypto_alg: The encryption algorithm name.
+ :param ckeys: List of encryption keys.
+ :param integ_alg: The integrity algorithm name.
+ :param ikeys: List of integrity keys.
+ :param spi_d: Dictionary with SPIs for VPP node 1 and VPP node 2.
+ :param addr_incr: IP / IPv6 address incremental step.
+ :param existing_tunnels: Number of tunnel interfaces before creation.
+ Useful mainly for reconf tests. Default 0.
+ :type nodes: dict
+ :type tun_ips: dict
+ :type if2_key: str
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type ckeys: Sequence[bytes]
+ :type integ_alg: Optional[IntegAlg]
+ :type ikeys: Sequence[bytes]
+ :type addr_incr: int
+ :type spi_d: dict
+ :type existing_tunnels: int
+ """
+ tmp_fn2 = u"/tmp/ipsec_create_tunnel_dut2.config"
+ if2_n = Topology.get_interface_name(nodes[u"DUT2"], if2_key)
+
+ vat = VatExecutor()
+ with open(tmp_fn2, 'w') as tmp_f2:
+ if not existing_tunnels:
+ tmp_f2.write(
+ f"exec set interface ip address {if2_n}"
+ f" {tun_ips[u'ip2']}/{len(tun_ips[u'ip2'].packed)*8*3/4}\n"
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ if integ_alg:
+ integ = f"integ-alg {integ_alg.alg_name} " \
+ f"integ-key {ikeys[i].hex()} "
+ else:
+ integ = u""
+ tmp_f2.write(
+ f"exec create ipip tunnel "
+ f"src {tun_ips[u'ip2']} "
+ f"dst {tun_ips[u'ip1'] + i * addr_incr} "
+ f"p2p\n"
+ f"exec ipsec sa add {100000 + i} "
+ f"spi {spi_d[u'spi_2'] + i} "
+ f"crypto-alg {crypto_alg.alg_name} "
+ f"crypto-key {ckeys[i].hex()} "
+ f"{integ}"
+ f"esp\n"
+ f"exec ipsec sa add {i} "
+ f"spi {spi_d[u'spi_1'] + i} "
+ f"crypto-alg {crypto_alg.alg_name} "
+ f"crypto-key {ckeys[i].hex()} "
+ f"{integ}"
+ f"esp\n"
+ f"exec ipsec tunnel protect ipip{i} "
+ f"sa-out {100000 + i} "
+ f"sa-in {i} "
+ f"add\n"
+ )
+ vat.execute_script(
+ tmp_fn2, nodes[u"DUT2"], timeout=1800, json_out=False,
+ copy_on_execute=True,
+ history=bool(n_tunnels < 100)
+ )
+ os.remove(tmp_fn2)
+
+ with open(tmp_fn2, 'w') as tmp_f2:
+ if not existing_tunnels:
+ tmp_f2.write(
+ f"exec ip route add {tun_ips[u'ip1']}/8 "
+ f"via {tun_ips[u'ip2'] - 1} {if2_n}\n"
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ tmp_f2.write(
+ f"exec set interface unnumbered ipip{i} use {if2_n}\n"
+ f"exec set interface state ipip{i} up\n"
+ f"exec ip route add "
+ f"{raddr_ip1 + i}/{len(raddr_ip1.packed)*8} "
+ f"via ipip{i}\n"
+ )
+ vat.execute_script(
+ tmp_fn2, nodes[u"DUT2"], timeout=1800, json_out=False,
+ copy_on_execute=True,
+ history=bool(n_tunnels < 100)
+ )
+ os.remove(tmp_fn2)
+
+ @staticmethod
+ def _ipsec_create_loopback_dut1_papi(nodes, tun_ips, if1_key, if2_key):
+ """Create loopback interface and set IP address on VPP node 1 interface
+ using PAPI.
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param tun_ips: Dictionary with VPP node 1 ipsec tunnel interface
+ IPv4/IPv6 address (ip1) and VPP node 2 ipsec tunnel interface
+ IPv4/IPv6 address (ip2).
+ :param if1_key: VPP node 1 interface key from topology file.
+ :param if2_key: VPP node 2 / TG node (in case of 2-node topology)
+ interface key from topology file.
+ :type nodes: dict
+ :type tun_ips: dict
+ :type if1_key: str
+ :type if2_key: str
+ """
+ with PapiSocketExecutor(nodes[u"DUT1"]) as papi_exec:
+ # Create loopback interface on DUT1, set it to up state
+ cmd = u"create_loopback_instance"
+ args = dict(
+ mac_address=0,
+ is_specified=False,
+ user_instance=0,
+ )
+ err_msg = f"Failed to create loopback interface " \
+ f"on host {nodes[u'DUT1'][u'host']}"
+ loop_sw_if_idx = papi_exec.add(cmd, **args). \
+ get_sw_if_index(err_msg)
+ cmd = u"sw_interface_set_flags"
+ args = dict(
+ sw_if_index=loop_sw_if_idx,
+ flags=InterfaceStatusFlags.IF_STATUS_API_FLAG_ADMIN_UP.value
+ )
+ err_msg = f"Failed to set loopback interface state up " \
+ f"on host {nodes[u'DUT1'][u'host']}"
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+ # Set IP address on VPP node 1 interface
+ cmd = u"sw_interface_add_del_address"
+ args = dict(
+ sw_if_index=InterfaceUtil.get_interface_index(
+ nodes[u"DUT1"], if1_key
+ ),
+ is_add=True,
+ del_all=False,
+ prefix=IPUtil.create_prefix_object(
+ tun_ips[u"ip2"] - 1, 96 if tun_ips[u"ip2"].version == 6
+ else 24
+ )
+ )
+ err_msg = f"Failed to set IP address on interface {if1_key} " \
+ f"on host {nodes[u'DUT1'][u'host']}"
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+ cmd2 = u"ip_neighbor_add_del"
+ args2 = dict(
+ is_add=1,
+ neighbor=dict(
+ sw_if_index=Topology.get_interface_sw_index(
+ nodes[u"DUT1"], if1_key
+ ),
+ flags=1,
+ mac_address=str(
+ Topology.get_interface_mac(nodes[u"DUT2"], if2_key)
+ if u"DUT2" in nodes.keys()
+ else Topology.get_interface_mac(
+ nodes[u"TG"], if2_key
+ )
+ ),
+ ip_address=tun_ips[u"ip2"].compressed
+ )
+ )
+ err_msg = f"Failed to add IP neighbor on interface {if1_key}"
+ papi_exec.add(cmd2, **args2).get_reply(err_msg)
+
+ return loop_sw_if_idx
+
+ @staticmethod
+ def _ipsec_create_tunnel_interfaces_dut1_papi(
+ nodes, tun_ips, if1_key, if2_key, n_tunnels, crypto_alg, integ_alg,
+ raddr_ip2, addr_incr, spi_d, existing_tunnels=0):
+ """Create multiple IPsec tunnel interfaces on DUT1 node using PAPI.
+
+ Generate random keys and return them (so DUT2 or TG can decrypt).
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param tun_ips: Dictionary with VPP node 1 ipsec tunnel interface
+ IPv4/IPv6 address (ip1) and VPP node 2 ipsec tunnel interface
+ IPv4/IPv6 address (ip2).
+ :param if1_key: VPP node 1 interface key from topology file.
+ :param if2_key: VPP node 2 / TG node (in case of 2-node topology)
+ interface key from topology file.
+ :param n_tunnels: Number of tunnel interfaces to be there at the end.
+ :param crypto_alg: The encryption algorithm name.
+ :param integ_alg: The integrity algorithm name.
+ :param raddr_ip2: Policy selector remote IPv4/IPv6 start address for the
+ first tunnel in direction node2->node1.
+ :param spi_d: Dictionary with SPIs for VPP node 1 and VPP node 2.
+ :param addr_incr: IP / IPv6 address incremental step.
+ :param existing_tunnels: Number of tunnel interfaces before creation.
+ Useful mainly for reconf tests. Default 0.
+ :type nodes: dict
+ :type tun_ips: dict
+ :type if1_key: str
+ :type if2_key: str
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type integ_alg: Optional[IntegAlg]
+ :type raddr_ip2: IPv4Address or IPv6Address
+ :type addr_incr: int
+ :type spi_d: dict
+ :type existing_tunnels: int
+ :returns: Generated ckeys and ikeys.
+ :rtype: List[bytes], List[bytes]
+ """
+ if not existing_tunnels:
+ loop_sw_if_idx = IPsecUtil._ipsec_create_loopback_dut1_papi(
+ nodes, tun_ips, if1_key, if2_key
+ )
+ else:
+ loop_sw_if_idx = InterfaceUtil.vpp_get_interface_sw_index(
+ nodes[u"DUT1"], u"loop0"
+ )
+ with PapiSocketExecutor(nodes[u"DUT1"]) as papi_exec:
+ # Configure IP addresses on loop0 interface
+ cmd = u"sw_interface_add_del_address"
+ args = dict(
+ sw_if_index=loop_sw_if_idx,
+ is_add=True,
+ del_all=False,
+ prefix=None
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"prefix"] = IPUtil.create_prefix_object(
+ tun_ips[u"ip1"] + i * addr_incr,
+ 128 if tun_ips[u"ip1"].version == 6 else 32
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # Configure IPIP tunnel interfaces
+ cmd = u"ipip_add_tunnel"
+ ipip_tunnel = dict(
+ instance=Constants.BITWISE_NON_ZERO,
+ src=None,
+ dst=None,
+ table_id=0,
+ flags=int(
+ TunnelEncpaDecapFlags.TUNNEL_API_ENCAP_DECAP_FLAG_NONE
+ ),
+ mode=int(TunnelMode.TUNNEL_API_MODE_P2P),
+ dscp=int(IpDscp.IP_API_DSCP_CS0)
+ )
+ args = dict(
+ tunnel=ipip_tunnel
+ )
+ ipip_tunnels = [None] * existing_tunnels
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"tunnel"][u"src"] = IPAddress.create_ip_address_object(
+ tun_ips[u"ip1"] + i * addr_incr
+ )
+ args[u"tunnel"][u"dst"] = IPAddress.create_ip_address_object(
+ tun_ips[u"ip2"]
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add IPIP tunnel interfaces on host" \
+ f" {nodes[u'DUT1'][u'host']}"
+ ipip_tunnels.extend(
+ [
+ reply[u"sw_if_index"]
+ for reply in papi_exec.get_replies(err_msg)
+ if u"sw_if_index" in reply
+ ]
+ )
+ # Configure IPSec SAD entries
+ ckeys = [bytes()] * existing_tunnels
+ ikeys = [bytes()] * existing_tunnels
+ cmd = u"ipsec_sad_entry_add_del_v3"
+ c_key = dict(
+ length=0,
+ data=None
+ )
+ i_key = dict(
+ length=0,
+ data=None
+ )
+ sad_entry = dict(
+ sad_id=None,
+ spi=None,
+ protocol=int(IPsecProto.IPSEC_API_PROTO_ESP),
+ crypto_algorithm=crypto_alg.alg_int_repr,
+ crypto_key=c_key,
+ integrity_algorithm=integ_alg.alg_int_repr if integ_alg else 0,
+ integrity_key=i_key,
+ flags=None,
+ tunnel=dict(
+ src=0,
+ dst=0,
+ table_id=0,
+ encap_decap_flags=int(
+ TunnelEncpaDecapFlags.TUNNEL_API_ENCAP_DECAP_FLAG_NONE
+ ),
+ dscp=int(IpDscp.IP_API_DSCP_CS0),
+ ),
+ salt=0,
+ udp_src_port=IPSEC_UDP_PORT_NONE,
+ udp_dst_port=IPSEC_UDP_PORT_NONE,
+ )
+ args = dict(
+ is_add=True,
+ entry=sad_entry
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ ckeys.append(
+ gen_key(IPsecUtil.get_crypto_alg_key_len(crypto_alg))
+ )
+ ikeys.append(
+ gen_key(IPsecUtil.get_integ_alg_key_len(integ_alg))
+ )
+ # SAD entry for outband / tx path
+ args[u"entry"][u"sad_id"] = i
+ args[u"entry"][u"spi"] = spi_d[u"spi_1"] + i
+
+ args[u"entry"][u"crypto_key"][u"length"] = len(ckeys[i])
+ args[u"entry"][u"crypto_key"][u"data"] = ckeys[i]
+ if integ_alg:
+ args[u"entry"][u"integrity_key"][u"length"] = len(ikeys[i])
+ args[u"entry"][u"integrity_key"][u"data"] = ikeys[i]
+ args[u"entry"][u"flags"] = int(
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_NONE
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # SAD entry for inband / rx path
+ args[u"entry"][u"sad_id"] = 100000 + i
+ args[u"entry"][u"spi"] = spi_d[u"spi_2"] + i
+
+ args[u"entry"][u"crypto_key"][u"length"] = len(ckeys[i])
+ args[u"entry"][u"crypto_key"][u"data"] = ckeys[i]
+ if integ_alg:
+ args[u"entry"][u"integrity_key"][u"length"] = len(ikeys[i])
+ args[u"entry"][u"integrity_key"][u"data"] = ikeys[i]
+ args[u"entry"][u"flags"] = int(
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_NONE |
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_IS_INBOUND
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add IPsec SAD entries on host" \
+ f" {nodes[u'DUT1'][u'host']}"
+ papi_exec.get_replies(err_msg)
+ # Add protection for tunnels with IPSEC
+ cmd = u"ipsec_tunnel_protect_update"
+ n_hop = dict(
+ address=0,
+ via_label=MPLS_LABEL_INVALID,
+ obj_id=Constants.BITWISE_NON_ZERO
+ )
+ ipsec_tunnel_protect = dict(
+ sw_if_index=None,
+ nh=n_hop,
+ sa_out=None,
+ n_sa_in=1,
+ sa_in=None
+ )
+ args = dict(
+ tunnel=ipsec_tunnel_protect
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"tunnel"][u"sw_if_index"] = ipip_tunnels[i]
+ args[u"tunnel"][u"sa_out"] = i
+ args[u"tunnel"][u"sa_in"] = [100000 + i]
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add protection for tunnels with IPSEC " \
+ f"on host {nodes[u'DUT1'][u'host']}"
+ papi_exec.get_replies(err_msg)
+
+ # Configure unnumbered interfaces
+ cmd = u"sw_interface_set_unnumbered"
+ args = dict(
+ is_add=True,
+ sw_if_index=InterfaceUtil.get_interface_index(
+ nodes[u"DUT1"], if1_key
+ ),
+ unnumbered_sw_if_index=0
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"unnumbered_sw_if_index"] = ipip_tunnels[i]
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # Set interfaces up
+ cmd = u"sw_interface_set_flags"
+ args = dict(
+ sw_if_index=0,
+ flags=InterfaceStatusFlags.IF_STATUS_API_FLAG_ADMIN_UP.value
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"sw_if_index"] = ipip_tunnels[i]
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # Configure IP routes
+ cmd = u"ip_route_add_del"
+ args = dict(
+ is_add=1,
+ is_multipath=0,
+ route=None
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"route"] = IPUtil.compose_vpp_route_structure(
+ nodes[u"DUT1"], (raddr_ip2 + i).compressed,
+ prefix_len=128 if raddr_ip2.version == 6 else 32,
+ interface=ipip_tunnels[i]
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add IP routes on host " \
+ f"{nodes[u'DUT1'][u'host']}"
+ papi_exec.get_replies(err_msg)
+
+ return ckeys, ikeys
+
+ @staticmethod
+ def _ipsec_create_tunnel_interfaces_dut2_papi(
+ nodes, tun_ips, if2_key, n_tunnels, crypto_alg, ckeys, integ_alg,
+ ikeys, raddr_ip1, addr_incr, spi_d, existing_tunnels=0):
+ """Create multiple IPsec tunnel interfaces on DUT2 node using PAPI.
+
+ This method accesses keys generated by DUT1 method
+ and does not return anything.
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param tun_ips: Dictionary with VPP node 1 ipsec tunnel interface
+ IPv4/IPv6 address (ip1) and VPP node 2 ipsec tunnel interface
+ IPv4/IPv6 address (ip2).
+ :param if2_key: VPP node 2 / TG node (in case of 2-node topology)
+ interface key from topology file.
+ :param n_tunnels: Number of tunnel interfaces to be there at the end.
+ :param crypto_alg: The encryption algorithm name.
+ :param ckeys: List of encryption keys.
+ :param integ_alg: The integrity algorithm name.
+ :param ikeys: List of integrity keys.
+ :param spi_d: Dictionary with SPIs for VPP node 1 and VPP node 2.
+ :param addr_incr: IP / IPv6 address incremental step.
+ :param existing_tunnels: Number of tunnel interfaces before creation.
+ Useful mainly for reconf tests. Default 0.
+ :type nodes: dict
+ :type tun_ips: dict
+ :type if2_key: str
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type ckeys: Sequence[bytes]
+ :type integ_alg: Optional[IntegAlg]
+ :type ikeys: Sequence[bytes]
+ :type addr_incr: int
+ :type spi_d: dict
+ :type existing_tunnels: int
+ """
+ with PapiSocketExecutor(nodes[u"DUT2"]) as papi_exec:
+ if not existing_tunnels:
+ # Set IP address on VPP node 2 interface
+ cmd = u"sw_interface_add_del_address"
+ args = dict(
+ sw_if_index=InterfaceUtil.get_interface_index(
+ nodes[u"DUT2"], if2_key
+ ),
+ is_add=True,
+ del_all=False,
+ prefix=IPUtil.create_prefix_object(
+ tun_ips[u"ip2"], 96 if tun_ips[u"ip2"].version == 6
+ else 24
+ )
+ )
+ err_msg = f"Failed to set IP address on interface {if2_key} " \
+ f"on host {nodes[u'DUT2'][u'host']}"
+ papi_exec.add(cmd, **args).get_reply(err_msg)
+ # Configure IPIP tunnel interfaces
+ cmd = u"ipip_add_tunnel"
+ ipip_tunnel = dict(
+ instance=Constants.BITWISE_NON_ZERO,
+ src=None,
+ dst=None,
+ table_id=0,
+ flags=int(
+ TunnelEncpaDecapFlags.TUNNEL_API_ENCAP_DECAP_FLAG_NONE
+ ),
+ mode=int(TunnelMode.TUNNEL_API_MODE_P2P),
+ dscp=int(IpDscp.IP_API_DSCP_CS0)
+ )
+ args = dict(
+ tunnel=ipip_tunnel
+ )
+ ipip_tunnels = [None] * existing_tunnels
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"tunnel"][u"src"] = IPAddress.create_ip_address_object(
+ tun_ips[u"ip2"]
+ )
+ args[u"tunnel"][u"dst"] = IPAddress.create_ip_address_object(
+ tun_ips[u"ip1"] + i * addr_incr
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add IPIP tunnel interfaces on host" \
+ f" {nodes[u'DUT2'][u'host']}"
+ ipip_tunnels.extend(
+ [
+ reply[u"sw_if_index"]
+ for reply in papi_exec.get_replies(err_msg)
+ if u"sw_if_index" in reply
+ ]
+ )
+ # Configure IPSec SAD entries
+ cmd = u"ipsec_sad_entry_add_del_v3"
+ c_key = dict(
+ length=0,
+ data=None
+ )
+ i_key = dict(
+ length=0,
+ data=None
+ )
+ sad_entry = dict(
+ sad_id=None,
+ spi=None,
+ protocol=int(IPsecProto.IPSEC_API_PROTO_ESP),
+ crypto_algorithm=crypto_alg.alg_int_repr,
+ crypto_key=c_key,
+ integrity_algorithm=integ_alg.alg_int_repr if integ_alg else 0,
+ integrity_key=i_key,
+ flags=None,
+ tunnel=dict(
+ src=0,
+ dst=0,
+ table_id=0,
+ encap_decap_flags=int(
+ TunnelEncpaDecapFlags.TUNNEL_API_ENCAP_DECAP_FLAG_NONE
+ ),
+ dscp=int(IpDscp.IP_API_DSCP_CS0),
+ ),
+ salt=0,
+ udp_src_port=IPSEC_UDP_PORT_NONE,
+ udp_dst_port=IPSEC_UDP_PORT_NONE,
+ )
+ args = dict(
+ is_add=True,
+ entry=sad_entry
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ ckeys.append(
+ gen_key(IPsecUtil.get_crypto_alg_key_len(crypto_alg))
+ )
+ ikeys.append(
+ gen_key(IPsecUtil.get_integ_alg_key_len(integ_alg))
+ )
+ # SAD entry for outband / tx path
+ args[u"entry"][u"sad_id"] = 100000 + i
+ args[u"entry"][u"spi"] = spi_d[u"spi_2"] + i
+
+ args[u"entry"][u"crypto_key"][u"length"] = len(ckeys[i])
+ args[u"entry"][u"crypto_key"][u"data"] = ckeys[i]
+ if integ_alg:
+ args[u"entry"][u"integrity_key"][u"length"] = len(ikeys[i])
+ args[u"entry"][u"integrity_key"][u"data"] = ikeys[i]
+ args[u"entry"][u"flags"] = int(
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_NONE
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # SAD entry for inband / rx path
+ args[u"entry"][u"sad_id"] = i
+ args[u"entry"][u"spi"] = spi_d[u"spi_1"] + i
+
+ args[u"entry"][u"crypto_key"][u"length"] = len(ckeys[i])
+ args[u"entry"][u"crypto_key"][u"data"] = ckeys[i]
+ if integ_alg:
+ args[u"entry"][u"integrity_key"][u"length"] = len(ikeys[i])
+ args[u"entry"][u"integrity_key"][u"data"] = ikeys[i]
+ args[u"entry"][u"flags"] = int(
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_NONE |
+ IPsecSadFlags.IPSEC_API_SAD_FLAG_IS_INBOUND
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add IPsec SAD entries on host" \
+ f" {nodes[u'DUT2'][u'host']}"
+ papi_exec.get_replies(err_msg)
+ # Add protection for tunnels with IPSEC
+ cmd = u"ipsec_tunnel_protect_update"
+ n_hop = dict(
+ address=0,
+ via_label=MPLS_LABEL_INVALID,
+ obj_id=Constants.BITWISE_NON_ZERO
+ )
+ ipsec_tunnel_protect = dict(
+ sw_if_index=None,
+ nh=n_hop,
+ sa_out=None,
+ n_sa_in=1,
+ sa_in=None
+ )
+ args = dict(
+ tunnel=ipsec_tunnel_protect
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"tunnel"][u"sw_if_index"] = ipip_tunnels[i]
+ args[u"tunnel"][u"sa_out"] = 100000 + i
+ args[u"tunnel"][u"sa_in"] = [i]
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add protection for tunnels with IPSEC " \
+ f"on host {nodes[u'DUT2'][u'host']}"
+ papi_exec.get_replies(err_msg)
+
+ if not existing_tunnels:
+ # Configure IP route
+ cmd = u"ip_route_add_del"
+ route = IPUtil.compose_vpp_route_structure(
+ nodes[u"DUT2"], tun_ips[u"ip1"].compressed,
+ prefix_len=32 if tun_ips[u"ip1"].version == 6 else 8,
+ interface=if2_key,
+ gateway=(tun_ips[u"ip2"] - 1).compressed
+ )
+ args = dict(
+ is_add=1,
+ is_multipath=0,
+ route=route
+ )
+ papi_exec.add(cmd, **args)
+ # Configure unnumbered interfaces
+ cmd = u"sw_interface_set_unnumbered"
+ args = dict(
+ is_add=True,
+ sw_if_index=InterfaceUtil.get_interface_index(
+ nodes[u"DUT2"], if2_key
+ ),
+ unnumbered_sw_if_index=0
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"unnumbered_sw_if_index"] = ipip_tunnels[i]
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # Set interfaces up
+ cmd = u"sw_interface_set_flags"
+ args = dict(
+ sw_if_index=0,
+ flags=InterfaceStatusFlags.IF_STATUS_API_FLAG_ADMIN_UP.value
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"sw_if_index"] = ipip_tunnels[i]
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ # Configure IP routes
+ cmd = u"ip_route_add_del"
+ args = dict(
+ is_add=1,
+ is_multipath=0,
+ route=None
+ )
+ for i in range(existing_tunnels, n_tunnels):
+ args[u"route"] = IPUtil.compose_vpp_route_structure(
+ nodes[u"DUT1"], (raddr_ip1 + i).compressed,
+ prefix_len=128 if raddr_ip1.version == 6 else 32,
+ interface=ipip_tunnels[i]
+ )
+ papi_exec.add(
+ cmd, history=bool(not 1 < i < n_tunnels - 2), **args
+ )
+ err_msg = f"Failed to add IP routes " \
+ f"on host {nodes[u'DUT2'][u'host']}"
+ papi_exec.get_replies(err_msg)
+
+ @staticmethod
+ def vpp_ipsec_create_tunnel_interfaces(
+ nodes, tun_if1_ip_addr, tun_if2_ip_addr, if1_key, if2_key,
+ n_tunnels, crypto_alg, integ_alg, raddr_ip1, raddr_ip2, raddr_range,
+ existing_tunnels=0, return_keys=False):
+ """Create multiple IPsec tunnel interfaces between two VPP nodes.
+
+ Some deployments (e.g. devicetest) need to know the generated keys.
+ But other deployments (e.g. scale perf test) would get spammed
+ if we returned keys every time.
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param tun_if1_ip_addr: VPP node 1 ipsec tunnel interface IPv4/IPv6
+ address.
+ :param tun_if2_ip_addr: VPP node 2 ipsec tunnel interface IPv4/IPv6
+ address.
+ :param if1_key: VPP node 1 interface key from topology file.
+ :param if2_key: VPP node 2 / TG node (in case of 2-node topology)
+ interface key from topology file.
+ :param n_tunnels: Number of tunnel interfaces to be there at the end.
+ :param crypto_alg: The encryption algorithm name.
+ :param integ_alg: The integrity algorithm name.
+ :param raddr_ip1: Policy selector remote IPv4/IPv6 start address for the
+ first tunnel in direction node1->node2.
+ :param raddr_ip2: Policy selector remote IPv4/IPv6 start address for the
+ first tunnel in direction node2->node1.
+ :param raddr_range: Mask specifying range of Policy selector Remote
+ IPv4/IPv6 addresses. Valid values are from 1 to 32 in case of IPv4
+ and to 128 in case of IPv6.
+ :param existing_tunnels: Number of tunnel interfaces before creation.
+ Useful mainly for reconf tests. Default 0.
+ :param return_keys: Whether generated keys should be returned.
+ :type nodes: dict
+ :type tun_if1_ip_addr: str
+ :type tun_if2_ip_addr: str
+ :type if1_key: str
+ :type if2_key: str
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type integ_alg: Optonal[IntegAlg]
+ :type raddr_ip1: string
+ :type raddr_ip2: string
+ :type raddr_range: int
+ :type existing_tunnels: int
+ :type return_keys: bool
+ :returns: Ckeys, ikeys, spi_1, spi_2.
+ :rtype: Optional[List[bytes], List[bytes], int, int]
+ """
+ n_tunnels = int(n_tunnels)
+ existing_tunnels = int(existing_tunnels)
+ spi_d = dict(
+ spi_1=100000,
+ spi_2=200000
+ )
+ tun_ips = dict(
+ ip1=ip_address(tun_if1_ip_addr),
+ ip2=ip_address(tun_if2_ip_addr)
+ )
+ raddr_ip1 = ip_address(raddr_ip1)
+ raddr_ip2 = ip_address(raddr_ip2)
+ addr_incr = 1 << (128 - raddr_range) if tun_ips[u"ip1"].version == 6 \
+ else 1 << (32 - raddr_range)
+
+ if n_tunnels - existing_tunnels > 10:
+ ckeys, ikeys = IPsecUtil._ipsec_create_tunnel_interfaces_dut1_vat(
+ nodes, tun_ips, if1_key, if2_key, n_tunnels, crypto_alg,
+ integ_alg, raddr_ip2, addr_incr, spi_d, existing_tunnels
+ )
+ if u"DUT2" in nodes.keys():
+ IPsecUtil._ipsec_create_tunnel_interfaces_dut2_vat(
+ nodes, tun_ips, if2_key, n_tunnels, crypto_alg, ckeys,
+ integ_alg, ikeys, raddr_ip1, addr_incr, spi_d,
+ existing_tunnels
+ )
+ else:
+ ckeys, ikeys = IPsecUtil._ipsec_create_tunnel_interfaces_dut1_papi(
+ nodes, tun_ips, if1_key, if2_key, n_tunnels, crypto_alg,
+ integ_alg, raddr_ip2, addr_incr, spi_d, existing_tunnels
+ )
+ if u"DUT2" in nodes.keys():
+ IPsecUtil._ipsec_create_tunnel_interfaces_dut2_papi(
+ nodes, tun_ips, if2_key, n_tunnels, crypto_alg, ckeys,
+ integ_alg, ikeys, raddr_ip1, addr_incr, spi_d,
+ existing_tunnels
+ )
+
+ if return_keys:
+ return ckeys, ikeys, spi_d[u"spi_1"], spi_d[u"spi_2"]
+ return None
+
+ @staticmethod
+ def _create_ipsec_script_files(dut, instances):
+ """Create script files for configuring IPsec in containers
+
+ :param dut: DUT node on which to create the script files
+ :param instances: number of containers on DUT node
+ :type dut: string
+ :type instances: int
+ """
+ scripts = []
+ for cnf in range(0, instances):
+ script_filename = (
+ f"/tmp/ipsec_create_tunnel_cnf_{dut}_{cnf + 1}.config"
+ )
+ scripts.append(open(script_filename, 'w'))
+ return scripts
+
+ @staticmethod
+ def _close_and_copy_ipsec_script_files(
+ dut, nodes, instances, scripts):
+ """Close created scripts and copy them to containers
+
+ :param dut: DUT node on which to create the script files
+ :param nodes: VPP nodes
+ :param instances: number of containers on DUT node
+ :param scripts: dictionary holding the script files
+ :type dut: string
+ :type nodes: dict
+ :type instances: int
+ :type scripts: dict
+ """
+ for cnf in range(0, instances):
+ scripts[cnf].close()
+ script_filename = (
+ f"/tmp/ipsec_create_tunnel_cnf_{dut}_{cnf + 1}.config"
+ )
+ scp_node(nodes[dut], script_filename, script_filename)
+
+
+ @staticmethod
+ def vpp_ipsec_create_tunnel_interfaces_in_containers(
+ nodes, if1_ip_addr, if2_ip_addr, n_tunnels, crypto_alg, integ_alg,
+ raddr_ip1, raddr_ip2, raddr_range, n_instances):
+ """Create multiple IPsec tunnel interfaces between two VPP nodes.
+
+ :param nodes: VPP nodes to create tunnel interfaces.
+ :param if1_ip_addr: VPP node 1 interface IP4 address.
+ :param if2_ip_addr: VPP node 2 interface IP4 address.
+ :param n_tunnels: Number of tunnell interfaces to create.
+ :param crypto_alg: The encryption algorithm name.
+ :param integ_alg: The integrity algorithm name.
+ :param raddr_ip1: Policy selector remote IPv4 start address for the
+ first tunnel in direction node1->node2.
+ :param raddr_ip2: Policy selector remote IPv4 start address for the
+ first tunnel in direction node2->node1.
+ :param raddr_range: Mask specifying range of Policy selector Remote
+ IPv4 addresses. Valid values are from 1 to 32.
+ :param n_instances: Number of containers.
+ :type nodes: dict
+ :type if1_ip_addr: str
+ :type if2_ip_addr: str
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type integ_alg: Optional[IntegAlg]
+ :type raddr_ip1: string
+ :type raddr_ip2: string
+ :type raddr_range: int
+ :type n_instances: int
+ """
+ spi_1 = 100000
+ spi_2 = 200000
+ addr_incr = 1 << (32 - raddr_range)
+
+ dut1_scripts = IPsecUtil._create_ipsec_script_files(
+ u"DUT1", n_instances
+ )
+ dut2_scripts = IPsecUtil._create_ipsec_script_files(
+ u"DUT2", n_instances
+ )
+
+ for cnf in range(0, n_instances):
+ dut1_scripts[cnf].write(
+ u"create loopback interface\n"
+ u"set interface state loop0 up\n\n"
+ )
+ dut2_scripts[cnf].write(
+ f"ip route add {if1_ip_addr}/8 via "
+ f"{ip_address(if2_ip_addr) + cnf + 100} memif1/{cnf + 1}\n\n"
+ )
+
+ for tnl in range(0, n_tunnels):
+ cnf = tnl % n_instances
+ ckey = getattr(
+ gen_key(IPsecUtil.get_crypto_alg_key_len(crypto_alg)), u"hex"
+ )
+ integ = u""
+ ikey = getattr(
+ gen_key(IPsecUtil.get_integ_alg_key_len(integ_alg)), u"hex"
+ )
+ if integ_alg:
+ integ = (
+ f"integ-alg {integ_alg.alg_name} "
+ f"local-integ-key {ikey} "
+ f"remote-integ-key {ikey} "
+ )
+ # Configure tunnel end point(s) on left side
+ dut1_scripts[cnf].write(
+ u"set interface ip address loop0 "
+ f"{ip_address(if1_ip_addr) + tnl * addr_incr}/32\n"
+ f"create ipsec tunnel "
+ f"local-ip {ip_address(if1_ip_addr) + tnl * addr_incr} "
+ f"local-spi {spi_1 + tnl} "
+ f"remote-ip {ip_address(if2_ip_addr) + cnf} "
+ f"remote-spi {spi_2 + tnl} "
+ f"crypto-alg {crypto_alg.alg_name} "
+ f"local-crypto-key {ckey} "
+ f"remote-crypto-key {ckey} "
+ f"instance {tnl // n_instances} "
+ f"salt 0x0 "
+ f"{integ} \n"
+ f"set interface unnumbered ipip{tnl // n_instances} use loop0\n"
+ f"set interface state ipip{tnl // n_instances} up\n"
+ f"ip route add {ip_address(raddr_ip2)+tnl}/32 "
+ f"via ipip{tnl // n_instances}\n\n"
+ )
+ # Configure tunnel end point(s) on right side
+ dut2_scripts[cnf].write(
+ f"set ip neighbor memif1/{cnf + 1} "
+ f"{ip_address(if1_ip_addr) + tnl * addr_incr} "
+ f"02:02:00:00:{17:02X}:{cnf:02X} static\n"
+ f"create ipsec tunnel local-ip {ip_address(if2_ip_addr) + cnf} "
+ f"local-spi {spi_2 + tnl} "
+ f"remote-ip {ip_address(if1_ip_addr) + tnl * addr_incr} "
+ f"remote-spi {spi_1 + tnl} "
+ f"crypto-alg {crypto_alg.alg_name} "
+ f"local-crypto-key {ckey} "
+ f"remote-crypto-key {ckey} "
+ f"instance {tnl // n_instances} "
+ f"salt 0x0 "
+ f"{integ}\n"
+ f"set interface unnumbered ipip{tnl // n_instances} "
+ f"use memif1/{cnf + 1}\n"
+ f"set interface state ipip{tnl // n_instances} up\n"
+ f"ip route add {ip_address(raddr_ip1) + tnl}/32 "
+ f"via ipip{tnl // n_instances}\n\n"
+ )
+
+ IPsecUtil._close_and_copy_ipsec_script_files(
+ u"DUT1", nodes, n_instances, dut1_scripts)
+ IPsecUtil._close_and_copy_ipsec_script_files(
+ u"DUT2", nodes, n_instances, dut2_scripts)
+
+ @staticmethod
+ def vpp_ipsec_add_multiple_tunnels(
+ nodes, interface1, interface2, n_tunnels, crypto_alg, integ_alg,
+ tunnel_ip1, tunnel_ip2, raddr_ip1, raddr_ip2, raddr_range):
+ """Create multiple IPsec tunnels between two VPP nodes.
+
+ :param nodes: VPP nodes to create tunnels.
+ :param interface1: Interface name or sw_if_index on node 1.
+ :param interface2: Interface name or sw_if_index on node 2.
+ :param n_tunnels: Number of tunnels to create.
+ :param crypto_alg: The encryption algorithm name.
+ :param integ_alg: The integrity algorithm name.
+ :param tunnel_ip1: Tunnel node1 IPv4 address.
+ :param tunnel_ip2: Tunnel node2 IPv4 address.
+ :param raddr_ip1: Policy selector remote IPv4 start address for the
+ first tunnel in direction node1->node2.
+ :param raddr_ip2: Policy selector remote IPv4 start address for the
+ first tunnel in direction node2->node1.
+ :param raddr_range: Mask specifying range of Policy selector Remote
+ IPv4 addresses. Valid values are from 1 to 32.
+ :type nodes: dict
+ :type interface1: str or int
+ :type interface2: str or int
+ :type n_tunnels: int
+ :type crypto_alg: CryptoAlg
+ :type integ_alg: Optional[IntegAlg]
+ :type tunnel_ip1: str
+ :type tunnel_ip2: str
+ :type raddr_ip1: string
+ :type raddr_ip2: string
+ :type raddr_range: int
+ """
+ spd_id = 1
+ p_hi = 100
+ p_lo = 10
+ sa_id_1 = 100000
+ sa_id_2 = 200000
+ spi_1 = 300000
+ spi_2 = 400000
+ dut1_local_outbound_range = ip_network(f"{tunnel_ip1}/8", False).\
+ with_prefixlen
+ dut1_remote_outbound_range = ip_network(f"{tunnel_ip2}/8", False).\
+ with_prefixlen
+
+ crypto_key = gen_key(
+ IPsecUtil.get_crypto_alg_key_len(crypto_alg)
+ ).decode()
+ integ_key = gen_key(
+ IPsecUtil.get_integ_alg_key_len(integ_alg)
+ ).decode() if integ_alg else u""
+
+ rmac = Topology.get_interface_mac(nodes[u"DUT2"], interface2) \
+ if u"DUT2" in nodes.keys() \
+ else Topology.get_interface_mac(nodes[u"TG"], interface2)
+ IPsecUtil.vpp_ipsec_set_ip_route(
+ nodes[u"DUT1"], n_tunnels, tunnel_ip1, raddr_ip2, tunnel_ip2,
+ interface1, raddr_range, rmac)
+
+ IPsecUtil.vpp_ipsec_add_spd(nodes[u"DUT1"], spd_id)
+ IPsecUtil.vpp_ipsec_spd_add_if(nodes[u"DUT1"], spd_id, interface1)
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ nodes[u"DUT1"], spd_id, p_hi, PolicyAction.BYPASS, inbound=False,
+ proto=50, laddr_range=dut1_local_outbound_range,
+ raddr_range=dut1_remote_outbound_range
+ )
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ nodes[u"DUT1"], spd_id, p_hi, PolicyAction.BYPASS, inbound=True,
+ proto=50, laddr_range=dut1_remote_outbound_range,
+ raddr_range=dut1_local_outbound_range
+ )
+
+ IPsecUtil.vpp_ipsec_add_sad_entries(
+ nodes[u"DUT1"], n_tunnels, sa_id_1, spi_1, crypto_alg, crypto_key,
+ integ_alg, integ_key, tunnel_ip1, tunnel_ip2
+ )
+
+ IPsecUtil.vpp_ipsec_add_spd_entries(
+ nodes[u"DUT1"], n_tunnels, spd_id, priority=ObjIncrement(p_lo, 0),
+ action=PolicyAction.PROTECT, inbound=False,
+ sa_id=ObjIncrement(sa_id_1, 1),
+ raddr_range=NetworkIncrement(ip_network(raddr_ip2))
+ )
+
+ IPsecUtil.vpp_ipsec_add_sad_entries(
+ nodes[u"DUT1"], n_tunnels, sa_id_2, spi_2, crypto_alg, crypto_key,
+ integ_alg, integ_key, tunnel_ip2, tunnel_ip1
+ )
+ IPsecUtil.vpp_ipsec_add_spd_entries(
+ nodes[u"DUT1"], n_tunnels, spd_id, priority=ObjIncrement(p_lo, 0),
+ action=PolicyAction.PROTECT, inbound=True,
+ sa_id=ObjIncrement(sa_id_2, 1),
+ raddr_range=NetworkIncrement(ip_network(raddr_ip1))
+ )
+
+ if u"DUT2" in nodes.keys():
+ rmac = Topology.get_interface_mac(nodes[u"DUT1"], interface1)
+ IPsecUtil.vpp_ipsec_set_ip_route(
+ nodes[u"DUT2"], n_tunnels, tunnel_ip2, raddr_ip1, tunnel_ip1,
+ interface2, raddr_range, rmac)
+
+ IPsecUtil.vpp_ipsec_add_spd(nodes[u"DUT2"], spd_id)
+ IPsecUtil.vpp_ipsec_spd_add_if(nodes[u"DUT2"], spd_id, interface2)
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ nodes[u"DUT2"], spd_id, p_hi, PolicyAction.BYPASS,
+ inbound=False, proto=50, laddr_range=dut1_remote_outbound_range,
+ raddr_range=dut1_local_outbound_range
+ )
+ IPsecUtil.vpp_ipsec_add_spd_entry(
+ nodes[u"DUT2"], spd_id, p_hi, PolicyAction.BYPASS,
+ inbound=True, proto=50, laddr_range=dut1_local_outbound_range,
+ raddr_range=dut1_remote_outbound_range
+ )
+
+ IPsecUtil.vpp_ipsec_add_sad_entries(
+ nodes[u"DUT2"], n_tunnels, sa_id_1, spi_1, crypto_alg,
+ crypto_key, integ_alg, integ_key, tunnel_ip1, tunnel_ip2
+ )
+ IPsecUtil.vpp_ipsec_add_spd_entries(
+ nodes[u"DUT2"], n_tunnels, spd_id,
+ priority=ObjIncrement(p_lo, 0),
+ action=PolicyAction.PROTECT, inbound=True,
+ sa_id=ObjIncrement(sa_id_1, 1),
+ raddr_range=NetworkIncrement(ip_network(raddr_ip2))
+ )
+
+ IPsecUtil.vpp_ipsec_add_sad_entries(
+ nodes[u"DUT2"], n_tunnels, sa_id_2, spi_2, crypto_alg,
+ crypto_key, integ_alg, integ_key, tunnel_ip2, tunnel_ip1
+ )
+ IPsecUtil.vpp_ipsec_add_spd_entries(
+ nodes[u"DUT2"], n_tunnels, spd_id,
+ priority=ObjIncrement(p_lo, 0),
+ action=PolicyAction.PROTECT, inbound=False,
+ sa_id=ObjIncrement(sa_id_2, 1),
+ raddr_range=NetworkIncrement(ip_network(raddr_ip1))
+ )
+
+ @staticmethod
+ def vpp_ipsec_show_all(node):
+ """Run "show ipsec all" debug CLI command.
:param node: Node to run command on.
:type node: dict
"""
- VatExecutor().execute_script("ipsec/ipsec_show.vat", node,
- json_out=False)
+ PapiSocketExecutor.run_cli_cmd(node, u"show ipsec all")
+
+ @staticmethod
+ def show_ipsec_security_association(node):
+ """Show IPSec security association.
+
+ :param node: DUT node.
+ :type node: dict
+ """
+ cmds = [
+ u"ipsec_sa_v3_dump"
+ ]
+ PapiSocketExecutor.dump_and_log(node, cmds)
Code Review / csit.git / blobdiff