/*
* Copyright (c) 2015-2017 Cisco and/or its affiliates.
* 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:
*
*     http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/

#include <vnet/vnet.h>
#include <vlibmemory/api.h>
#include <vnet/session/application.h>
#include <vnet/session/application_interface.h>

typedef struct
{
  /*
   * Server app parameters
   */
  unix_shared_memory_queue_t **vpp_queue;
  unix_shared_memory_queue_t *vl_input_queue;	/**< Sever's event queue */

  u32 app_index;		/**< Server app index */
  u32 my_client_index;		/**< API client handle */
  u32 node_index;		/**< process node index for evnt scheduling */

  /*
   * Config params
   */
  u8 no_echo;			/**< Don't echo traffic */
  u32 fifo_size;			/**< Fifo size */
  u32 rcv_buffer_size;		/**< Rcv buffer size */
  u32 prealloc_fifos;		/**< Preallocate fifos */
  u32 private_segment_count;	/**< Number of private segments  */
  u32 private_segment_size;	/**< Size of private segments  */
  char *server_uri;		/**< Server URI */

  /*
   * Test state
   */
  u8 **rx_buf;			/**< Per-thread RX buffer */
  u64 byte_index;
  u32 **rx_retries;

  vlib_main_t *vlib_main;
} builtin_server_main_t;

builtin_server_main_t builtin_server_main;

int
builtin_session_accept_callback (stream_session_t * s)
{
  builtin_server_main_t *bsm = &builtin_server_main;

  bsm->vpp_queue[s->thread_index] =
    session_manager_get_vpp_event_queue (s->thread_index);
  s->session_state = SESSION_STATE_READY;
  bsm->byte_index = 0;
  vec_validate (bsm->rx_retries[s->thread_index], s->session_index);
  bsm->rx_retries[s->thread_index][s->session_index] = 0;
  return 0;
}

void
builtin_session_disconnect_callback (stream_session_t * s)
{
  builtin_server_main_t *bsm = &builtin_server_main;
  vnet_disconnect_args_t _a, *a = &_a;

  a->handle = session_handle (s);
  a->app_index = bsm->app_index;
  vnet_disconnect_session (a);
}

void
builtin_session_reset_callback (stream_session_t * s)
{
  clib_warning ("Reset session %U", format_stream_session, s, 2);
  stream_session_cleanup (s);
}


int
builtin_session_connected_callback (u32 app_index, u32 api_context,
				    stream_session_t * s, u8 is_fail)
{
  clib_warning ("called...");
  return -1;
}

int
builtin_add_segment_callback (u32 client_index,
			      const u8 * seg_name, u32 seg_size)
{
  clib_warning ("called...");
  return -1;
}

int
builtin_redirect_connect_callback (u32 client_index, void *mp)
{
  clib_warning ("called...");
  return -1;
}

void
test_bytes (builtin_server_main_t * bsm, int actual_transfer)
{
  int i;
  u32 my_thread_id = vlib_get_thread_index ();

  for (i = 0; i < actual_transfer; i++)
    {
      if (bsm->rx_buf[my_thread_id][i] != ((bsm->byte_index + i) & 0xff))
	{
	  clib_warning ("at %lld expected %d got %d", bsm->byte_index + i,
			(bsm->byte_index + i) & 0xff,
			bsm->rx_buf[my_thread_id][i]);
	}
    }
  bsm->byte_index += actual_transfer;
}

/*
 * If no-echo, just read the data and be done with it
 */
int
builtin_server_rx_callback_no_echo (stream_session_t * s)
{
  builtin_server_main_t *bsm = &builtin_server_main;
  u32 my_thread_id = vlib_get_thread_index ();
  int actual_transfer;
  svm_fifo_t *rx_fifo;

  rx_fifo = s->server_rx_fifo;

  do
    {
      actual_transfer =
	svm_fifo_dequeue_nowait (rx_fifo, bsm->rcv_buffer_size,
				 bsm->rx_buf[my_thread_id]);
    }
  while (actual_transfer > 0);
  return 0;
}

int
builtin_server_rx_callback (stream_session_t * s)
{
  u32 n_written, max_dequeue, max_enqueue, max_transfer;
  int actual_transfer;
  svm_fifo_t *tx_fifo, *rx_fifo;
  builtin_server_main_t *bsm = &builtin_server_main;
  session_fifo_event_t evt;
  u32 thread_index = vlib_get_thread_index ();

  ASSERT (s->thread_index == thread_index);

  rx_fifo = s->server_rx_fifo;
  tx_fifo = s->server_tx_fifo;

  ASSERT (rx_fifo->master_thread_index == thread_index);
  ASSERT (tx_fifo->master_thread_index == thread_index);

  max_dequeue = svm_fifo_max_dequeue (s->server_rx_fifo);
  max_enqueue = svm_fifo_max_enqueue (s->server_tx_fifo);

  if (PREDICT_FALSE (max_dequeue == 0))
    return 0;

  /* Number of bytes we're going to copy */
  max_transfer = (max_dequeue < max_enqueue) ? max_dequeue : max_enqueue;

  /* No space in tx fifo */
  if (PREDICT_FALSE (max_transfer == 0))
    {
      /* XXX timeout for session that are stuck */

    rx_event:
      /* Program self-tap to retry */
      if (svm_fifo_set_event (rx_fifo))
	{
	  unix_shared_memory_queue_t *q;
	  evt.fifo = rx_fifo;
	  evt.event_type = FIFO_EVENT_BUILTIN_RX;

	  q = bsm->vpp_queue[thread_index];
	  if (PREDICT_FALSE (q->cursize == q->maxsize))
	    clib_warning ("out of event queue space");
	  else if (unix_shared_memory_queue_add (q, (u8 *) & evt, 0))
	    clib_warning ("failed to enqueue self-tap");

	  if (bsm->rx_retries[thread_index][s->session_index] == 500000)
	    {
	      clib_warning ("session stuck: %U", format_stream_session, s, 2);
	    }
	  if (bsm->rx_retries[thread_index][s->session_index] < 500001
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#!/usr/bin/env python3
from __future__ import print_function

"""ACL plugin - MACIP tests
"""
import binascii
import ipaddress
import random
from socket import inet_ntop, inet_pton, AF_INET, AF_INET6
from struct import pack, unpack
import re
import unittest
from ipaddress import ip_network, IPv4Network, IPv6Network

import scapy.compat
from scapy.packet import Raw
from scapy.layers.l2 import Ether
from scapy.layers.inet import IP, UDP
from scapy.layers.inet6 import IPv6

from framework import VppTestCase, VppTestRunner
from vpp_lo_interface import VppLoInterface
from vpp_l2 import L2_PORT_TYPE
from vpp_sub_interface import (
    L2_VTR_OP,
    VppSubInterface,
    VppDot1QSubint,
    VppDot1ADSubint,
)
from vpp_acl import (
    AclRule,
    VppAcl,
    VppAclInterface,
    VppEtypeWhitelist,
    VppMacipAclInterface,
    VppMacipAcl,
    MacipRule,
)
from vpp_papi import MACAddress


class MethodHolder(VppTestCase):
    DEBUG = False

    BRIDGED = True
    ROUTED = False

    IS_IP4 = False
    IS_IP6 = True

    DOT1AD = "dot1ad"
    DOT1Q = "dot1q"
    PERMIT_TAGS = True
    DENY_TAGS = False

    # rule types
    DENY = 0
    PERMIT = 1

    # ACL types
    EXACT_IP = 1
    SUBNET_IP = 2
    WILD_IP = 3

    EXACT_MAC = 1
    WILD_MAC = 2
    OUI_MAC = 3

    ACLS = []

    @classmethod
    def setUpClass(cls):
        """
        Perform standard class setup (defined by class method setUpClass in
        class VppTestCase) before running the test case, set test case related
        variables and configure VPP.
        """
        super(MethodHolder, cls).setUpClass()

        cls.pg_if_packet_sizes = [64, 512, 1518, 9018]  # packet sizes
        cls.bd_id = 111
        cls.remote_hosts_count = 200

        try:
            # create 4 pg interfaces, 1 loopback interface
            cls.create_pg_interfaces(range(4))
            cls.create_loopback_interfaces(1)

            # create 2 subinterfaces
            cls.subifs = [
                VppDot1QSubint(cls, cls.pg1, 10),
                VppDot1ADSubint(cls, cls.pg2, 20, 300, 400),
                VppDot1QSubint(cls, cls.pg3, 30),
                VppDot1ADSubint(cls, cls.pg3, 40, 600, 700),
            ]

            cls.subifs[0].set_vtr(L2_VTR_OP.L2_POP_1, inner=10, push1q=1)
            cls.subifs[1].set_vtr(L2_VTR_OP.L2_POP_2, outer=300, inner=400, push1q=1)
            cls.subifs[2].set_vtr(L2_VTR_OP.L2_POP_1, inner=30, push1q=1)
            cls.subifs[3].set_vtr(L2_VTR_OP.L2_POP_2, outer=600, inner=700, push1q=1)

            cls.interfaces = list(cls.pg_interfaces)
            cls.interfaces.extend(cls.lo_interfaces)
            cls.interfaces.extend(cls.subifs)

            for i in cls.interfaces:
                i.admin_up()

            # Create BD with MAC learning enabled and put interfaces to this BD
            cls.vapi.sw_interface_set_l2_bridge(
                rx_sw_if_index=cls.loop0.sw_if_index,
                bd_id=cls.bd_id,
                port_type=L2_PORT_TYPE.BVI,
            )
            cls.vapi.sw_interface_set_l2_bridge(
                rx_sw_if_index=cls.pg0.sw_if_index, bd_id=cls.bd_id
            )
            cls.vapi.sw_interface_set_l2_bridge(
                rx_sw_if_index=cls.pg1.sw_if_index, bd_id=cls.bd_id
            )
            cls.vapi.sw_interface_set_l2_bridge(
                rx_sw_if_index=cls.subifs[0].sw_if_index, bd_id=cls.bd_id
            )
            cls.vapi.sw_interface_set_l2_bridge(
                rx_sw_if_index=cls.subifs[1].sw_if_index, bd_id=cls.bd_id
            )

            # Configure IPv4/6 addresses on loop interface and routed interface
            cls.loop0.config_ip4()
            cls.loop0.config_ip6()
            cls.pg2.config_ip4()
            cls.pg2.config_ip6()
            cls.pg3.config_ip4()
            cls.pg3.config_ip6()

            # Configure MAC address binding to IPv4 neighbors on loop0
            cls.loop0.generate_remote_hosts(cls.remote_hosts_count)
            # Modify host mac addresses to have different OUI parts
            for i in range(2, cls.remote_hosts_count + 2):
                mac = cls.loop0.remote_hosts[i - 2]._mac.split(":")
                mac[2] = format(int(mac[2], 16) + i, "02x")
                cls.loop0.remote_hosts[i - 2]._mac = ":".join(mac)

            cls.loop0.configure_ipv4_neighbors()
            cls.loop0.configure_ipv6_neighbors()

            # configure MAC address on pg3
            cls.pg3.resolve_arp()
            cls.pg3.resolve_ndp()

            # configure MAC address on subifs
            for i in cls.subifs:
                i.config_ip4()
                i.resolve_arp()
                i.config_ip6()

            # configure MAC address on pg2
            cls.pg2.resolve_arp()
            cls.pg2.resolve_ndp()

            # Loopback BVI interface has remote hosts
            # one half of hosts are behind pg0 second behind pg1,pg2,pg3 subifs
            cls.pg0.remote_hosts = cls.loop0.remote_hosts[:100]
            cls.subifs[0].remote_hosts = cls.loop0.remote_hosts[100:125]
            cls.subifs[1].remote_hosts = cls.loop0.remote_hosts[125:150]
            cls.subifs[2].remote_hosts = cls.loop0.remote_hosts[150:175]
            cls.subifs[3].remote_hosts = cls.loop0.remote_hosts[175:]

        except Exception:
            super(MethodHolder, cls).tearDownClass()
            raise

    @classmethod
    def tearDownClass(cls):
        super(MethodHolder, cls).tearDownClass()

    def setUp(self):
        super(MethodHolder, self).setUp()
        self.reset_packet_infos()

    def show_commands_at_teardown(self):
        self.logger.info(self.vapi.ppcli("show interface address"))
        self.logger.info(self.vapi.ppcli("show hardware"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip acl"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip interface"))
        self.logger.info(self.vapi.ppcli("sh classify tables verbose"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin acl"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin interface"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin tables"))
        # print(self.vapi.ppcli("show interface address"))
        # print(self.vapi.ppcli("show hardware"))
        # print(self.vapi.ppcli("sh acl-plugin macip interface"))
        # print(self.vapi.ppcli("sh acl-plugin macip acl"))

    def macip_acl_dump_debug(self):
        acls = self.vapi.macip_acl_dump()
        if self.DEBUG:
            for acl in acls:
                # print("ACL #"+str(acl.acl_index))
                for r in acl.r:
                    rule = "ACTION"
                    if r.is_permit == 1:
                        rule = "PERMIT"
                    elif r.is_permit == 0:
                        rule = "DENY  "
                    """
                    print("    IP6" if r.is_ipv6 else "    IP4",
                          rule,
                          binascii.hexlify(r.src_mac),
                          binascii.hexlify(r.src_mac_mask),
                          unpack('<16B', r.src_ip_addr),
                          r.src_ip_prefix_len)
                    """
        return acls

    def create_rules(
        self, mac_type=EXACT_MAC, ip_type=EXACT_IP, acl_count=1, rules_count=None
    ):
        acls = []
        if rules_count is None:
            rules_count = [1]
        src_mac = int("220000dead00", 16)
        for acl in range(2, (acl_count + 1) * 2):
            rules = []
            host = random.choice(self.loop0.remote_hosts)
            is_ip6 = acl % 2
            ip4 = host.ip4.split(".")
            ip6 = list(unpack("<16B", inet_pton(AF_INET6, host.ip6)))

            if ip_type == self.EXACT_IP:
                prefix_len4 = 32
                prefix_len6 = 128
            elif ip_type == self.WILD_IP:
                ip4 = [0, 0, 0, 0]
                ip6 = [0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0, 0]
                prefix_len4 = 0
                prefix_len6 = 0
                rules_count[int((acl / 2) - 1)] = 1
            else:
                prefix_len4 = 24
                prefix_len6 = 64

            if mac_type == self.EXACT_MAC:
                mask = "ff:ff:ff:ff:ff:ff"
            elif mac_type == self.WILD_MAC:
                mask = "00:00:00:00:00:00"
            elif mac_type == self.OUI_MAC:
                mask = "ff:ff:ff:00:00:00"
            else:
                mask = "ff:ff:ff:ff:ff:00"

            ip = ip6 if is_ip6 else ip4
            ip_len = prefix_len6 if is_ip6 else prefix_len4

            for i in range(0, (rules_count[int((acl / 2) - 1)])):
                src_mac += 16777217
                if mac_type == self.WILD_MAC:
                    mac = "00:00:00:00:00:00"
                elif mac_type == self.OUI_MAC:
                    mac = (
                        ":".join(re.findall("..", "{:02x}".format(src_mac))[:3])
                        + ":00:00:00"
                    )
                else:
                    mac = ":".join(re.findall("..", "{:02x}".format(src_mac)))

                if ip_type == self.EXACT_IP:
                    ip4[3] = random.randint(100, 200)
                    ip6[15] = random.randint(100, 200)
                elif ip_type == self.SUBNET_IP:
                    ip4[2] = random.randint(100, 200)
                    ip4[3] = 0
                    ip6[7] = random.randint(100, 200)
                    ip6[15] = 0
                ip_pack = b""
                for j in range(0, len(ip)):
                    ip_pack += pack("<B", int(ip[j]))

                rule = MacipRule(
                    is_permit=self.PERMIT,
                    src_prefix=ip_network((ip_pack, ip_len)),
                    src_mac=MACAddress(mac).packed,
                    src_mac_mask=MACAddress(mask).packed,
                )
                rules.append(rule)
                if ip_type == self.WILD_IP:
                    break

            acls.append(rules)
            src_mac += 1099511627776
        return acls

    def apply_macip_rules(self, acls):
        macip_acls = []
        for acl in acls:
            macip_acl = VppMacipAcl(self, rules=acl)
            macip_acl.add_vpp_config()
            macip_acls.append(macip_acl)
        return macip_acls

    def verify_macip_acls(self, acl_count, rules_count, expected_count=2):
        reply = self.macip_acl_dump_debug()
        for acl in range(2, (acl_count + 1) * 2):
            self.assertEqual(reply[acl - 2].count, rules_count[acl // 2 - 1])

        self.vapi.macip_acl_interface_get()

        self.vapi.macip_acl_interface_add_del(sw_if_index=0, acl_index=0)
        self.vapi.macip_acl_interface_add_del(sw_if_index=1, acl_index=1)

        reply = self.vapi.macip_acl_interface_get()
        self.assertEqual(reply.count, expected_count)

    def create_stream(
        self,
        mac_type,
        ip_type,
        packet_count,
        src_if,
        dst_if,
        traffic,
        is_ip6,
        tags=PERMIT_TAGS,
    ):
        # exact MAC and exact IP
        # exact MAC and subnet of IPs
        # exact MAC and wildcard IP
        # wildcard MAC and exact IP
        # wildcard MAC and subnet of IPs
        # wildcard MAC and wildcard IP
        # OUI restricted MAC and exact IP
        # OUI restricted MAC and subnet of IPs
        # OUI restricted MAC and wildcard IP

        packets = []
        macip_rules = []
        acl_rules = []
        ip_permit = ""
        mac_permit = ""
        dst_mac = ""
        mac_rule = "00:00:00:00:00:00"
        mac_mask = "00:00:00:00:00:00"
        for p in range(0, packet_count):
            remote_dst_index = p % len(dst_if.remote_hosts)
            remote_dst_host = dst_if.remote_hosts[remote_dst_index]

            dst_port = 1234 + p
            src_port = 4321 + p
            is_permit = self.PERMIT if p % 3 == 0 else self.DENY
            denyMAC = True if not is_permit and p % 3 == 1 else False
            denyIP = True if not is_permit and p % 3 == 2 else False
            if not is_permit and ip_type == self.WILD_IP:
                denyMAC = True
            if not is_permit and mac_type == self.WILD_MAC:
                denyIP = True

            if traffic == self.BRIDGED:
                if is_permit:
                    src_mac = remote_dst_host._mac
                    dst_mac = "de:ad:00:00:00:00"
                    src_ip4 = remote_dst_host.ip4
                    dst_ip4 = src_if.remote_ip4
                    src_ip6 = remote_dst_host.ip6
                    dst_ip6 = src_if.remote_ip6
                    ip_permit = src_ip6 if is_ip6 else src_ip4
                    mac_permit = src_mac
                if denyMAC:
                    mac = src_mac.split(":")
                    mac[0] = format(int(mac[0], 16) + 1, "02x")
                    src_mac = ":".join(mac)
                    if is_ip6:
                        src_ip6 = ip_permit
                    else:
                        src_ip4 = ip_permit
                if denyIP:
                    if ip_type != self.WILD_IP:
                        src_mac = mac_permit
                    src_ip4 = remote_dst_host.ip4
                    dst_ip4 = src_if.remote_ip4
                    src_ip6 = remote_dst_host.ip6
                    dst_ip6 = src_if.remote_ip6
            else:
                if is_permit:
                    src_mac = remote_dst_host._mac
                    dst_mac = src_if.local_mac
                    src_ip4 = src_if.remote_ip4
                    dst_ip4 = remote_dst_host.ip4
                    src_ip6 = src_if.remote_ip6
                    dst_ip6 = remote_dst_host.ip6
                    ip_permit = src_ip6 if is_ip6 else src_ip4
                    mac_permit = src_mac
                if denyMAC:
                    mac = src_mac.split(":")
                    mac[0] = format(int(mac[0], 16) + 1, "02x")
                    src_mac = ":".join(mac)
                    if is_ip6:
                        src_ip6 = ip_permit
                    else:
                        src_ip4 = ip_permit
                if denyIP:
                    src_mac = remote_dst_host._mac
                    if ip_type != self.WILD_IP:
                        src_mac = mac_permit
                    src_ip4 = remote_dst_host.ip4
                    dst_ip4 = src_if.remote_ip4
                    src_ip6 = remote_dst_host.ip6
                    dst_ip6 = src_if.remote_ip6

            if is_permit:
                info = self.create_packet_info(src_if, dst_if)
                payload = self.info_to_payload(info)
            else:
                payload = "to be blocked"

            if mac_type == self.WILD_MAC:
                mac = src_mac.split(":")
                for i in range(1, 5):
                    mac[i] = format(random.randint(0, 255), "02x")
                src_mac = ":".join(mac)

            # create packet
            packet = Ether(src=src_mac, dst=dst_mac)
            ip_rule = src_ip6 if is_ip6 else src_ip4
            if is_ip6:
                if ip_type != self.EXACT_IP:
                    sub_ip = list(unpack("<16B", inet_pton(AF_INET6, ip_rule)))
                    if ip_type == self.WILD_IP:
                        sub_ip[0] = random.randint(240, 254)
                        sub_ip[1] = random.randint(230, 239)
                        sub_ip[14] = random.randint(100, 199)
                        sub_ip[15] = random.randint(200, 255)
                    elif ip_type == self.SUBNET_IP:
                        if denyIP:
                            sub_ip[2] = int(sub_ip[2]) + 1
                        sub_ip[14] = random.randint(100, 199)
                        sub_ip[15] = random.randint(200, 255)
                    packed_src_ip6 = b"".join([scapy.compat.chb(x) for x in sub_ip])
                    src_ip6 = inet_ntop(AF_INET6, packed_src_ip6)
                packet /= IPv6(src=src_ip6, dst=dst_ip6)
            else:
                if ip_type != self.EXACT_IP:
                    sub_ip = ip_rule.split(".")
                    if ip_type == self.WILD_IP:
                        sub_ip[0] = random.randint(1, 49)
                        sub_ip[1] = random.randint(50, 99)
                        sub_ip[2] = random.randint(100, 199)
                        sub_ip[3] = random.randint(200, 255)
                    elif ip_type == self.SUBNET_IP:
                        if denyIP:
                            sub_ip[1] = int(sub_ip[1]) + 1
                        sub_ip[2] = random.randint(100, 199)
                        sub_ip[3] = random.randint(200, 255)
                    src_ip4 = ".".join(["{!s}".format(x) for x in sub_ip])
                packet /= IP(src=src_ip4, dst=dst_ip4, frag=0, flags=0)

            packet /= UDP(sport=src_port, dport=dst_port) / Raw(payload)

            packet[Raw].load += b" mac:%s" % src_mac.encode("utf-8")

            size = self.pg_if_packet_sizes[p % len(self.pg_if_packet_sizes)]
            if isinstance(src_if, VppSubInterface):
                size = size + 4
            if isinstance(src_if, VppDot1QSubint):
                if src_if is self.subifs[0]:
                    if tags == self.PERMIT_TAGS:
                        packet = src_if.add_dot1q_layer(packet, 10)
                    else:
                        packet = src_if.add_dot1q_layer(packet, 11)
                else:
                    if tags == self.PERMIT_TAGS:
                        packet = src_if.add_dot1q_layer(packet, 30)
                    else:
                        packet = src_if.add_dot1q_layer(packet, 33)
            elif isinstance(src_if, VppDot1ADSubint):
                if src_if is self.subifs[1]:
                    if tags == self.PERMIT_TAGS:
                        packet = src_if.add_dot1ad_layer(packet, 300, 400)
                    else:
                        packet = src_if.add_dot1ad_layer(packet, 333, 444)
                else:
                    if tags == self.PERMIT_TAGS:
                        packet = src_if.add_dot1ad_layer(packet, 600, 700)
                    else:
                        packet = src_if.add_dot1ad_layer(packet, 666, 777)
            self.extend_packet(packet, size)
            packets.append(packet)

            # create suitable MACIP rule
            if mac_type == self.EXACT_MAC:
                mac_rule = src_mac
                mac_mask = "ff:ff:ff:ff:ff:ff"
            elif mac_type == self.WILD_MAC:
                mac_rule = "00:00:00:00:00:00"
                mac_mask = "00:00:00:00:00:00"
            elif mac_type == self.OUI_MAC:
                mac = src_mac.split(":")
                mac[3] = mac[4] = mac[5] = "00"
                mac_rule = ":".join(mac)
                mac_mask = "ff:ff:ff:00:00:00"

            if is_ip6:
                if ip_type == self.WILD_IP:
                    ip = "0::0"
                else:
                    ip = src_ip6
                    if ip_type == self.SUBNET_IP:
                        sub_ip = list(unpack("<16B", inet_pton(AF_INET6, ip)))
                        for i in range(8, 16):
                            sub_ip[i] = 0
                        packed_ip = b"".join([scapy.compat.chb(x) for x in sub_ip])
                        ip = inet_ntop(AF_INET6, packed_ip)
            else:
                if ip_type == self.WILD_IP:
                    ip = "0.0.0.0"
                else:
                    ip = src_ip4
                    if ip_type == self.SUBNET_IP:
                        sub_ip = ip.split(".")
                        sub_ip[2] = sub_ip[3] = "0"
                        ip = ".".join(sub_ip)

            prefix_len = 128 if is_ip6 else 32
            if ip_type == self.WILD_IP:
                prefix_len = 0
            elif ip_type == self.SUBNET_IP:
                prefix_len = 64 if is_ip6 else 16
            ip_rule = inet_pton(AF_INET6 if is_ip6 else AF_INET, ip)

            # create suitable ACL rule
            if is_permit:
                rule_l4_sport = packet[UDP].sport
                rule_l4_dport = packet[UDP].dport
                rule_family = AF_INET6 if packet.haslayer(IPv6) else AF_INET
                rule_prefix_len = 128 if packet.haslayer(IPv6) else 32
                rule_l3_layer = IPv6 if packet.haslayer(IPv6) else IP
                if packet.haslayer(IPv6):
                    rule_l4_proto = packet[UDP].overload_fields[IPv6]["nh"]
                else:
                    rule_l4_proto = packet[IP].proto

                src_network = ip_network((packet[rule_l3_layer].src, rule_prefix_len))
                dst_network = ip_network((packet[rule_l3_layer].dst, rule_prefix_len))
                acl_rule = AclRule(
                    is_permit=is_permit,
                    proto=rule_l4_proto,
                    src_prefix=src_network,
                    dst_prefix=dst_network,
                    sport_from=rule_l4_sport,
                    sport_to=rule_l4_sport,
                    dport_from=rule_l4_dport,
                    dport_to=rule_l4_dport,
                )
                acl_rules.append(acl_rule)

            if mac_type == self.WILD_MAC and ip_type == self.WILD_IP and p > 0:
                continue

            if is_permit:
                macip_rule = MacipRule(
                    is_permit=is_permit,
                    src_prefix=ip_network((ip_rule, prefix_len)),
                    src_mac=MACAddress(mac_rule).packed,
                    src_mac_mask=MACAddress(mac_mask).packed,
                )
                macip_rules.append(macip_rule)

        # deny all other packets
        if not (mac_type == self.WILD_MAC and ip_type == self.WILD_IP):
            network = IPv6Network((0, 0)) if is_ip6 else IPv4Network((0, 0))
            macip_rule = MacipRule(
                is_permit=0,
                src_prefix=network,
                src_mac=MACAddress("00:00:00:00:00:00").packed,
                src_mac_mask=MACAddress("00:00:00:00:00:00").packed,
            )
            macip_rules.append(macip_rule)

        network = IPv6Network((0, 0)) if is_ip6 else IPv4Network((0, 0))
        acl_rule = AclRule(
            is_permit=0,
            src_prefix=network,
            dst_prefix=network,
            sport_from=0,
            sport_to=0,
            dport_from=0,
            dport_to=0,
        )
        acl_rules.append(acl_rule)
        return {"stream": packets, "macip_rules": macip_rules, "acl_rules": acl_rules}

    def verify_capture(self, stream, capture, is_ip6):
        """
        :param stream:
        :param capture:
        :param is_ip6:
        :return:
        """
        # p_l3 = IPv6 if is_ip6 else IP
        # if self.DEBUG:
        #     for p in stream:
        #         print(p[Ether].src, p[Ether].dst, p[p_l3].src, p[p_l3].dst)
        #
        # acls = self.macip_acl_dump_debug()

        # TODO : verify
        # for acl in acls:
        #     for r in acl.r:
        #         print(binascii.hexlify(r.src_mac), \
        #               binascii.hexlify(r.src_mac_mask),\
        #               unpack('<16B', r.src_ip_addr), \
        #               r.src_ip_prefix_len)
        #
        # for p in capture:
        #     print(p[Ether].src, p[Ether].dst, p[p_l3].src, p[p_l3].dst
        #     data = p[Raw].load.split(':',1)[1])
        #     print(p[p_l3].src, data)

    def run_traffic(
        self,
        mac_type,
        ip_type,
        traffic,
        is_ip6,
        packets,
        do_not_expected_capture=False,
        tags=None,
        apply_rules=True,
        isMACIP=True,
        permit_tags=PERMIT_TAGS,
        try_replace=False,
    ):
        self.reset_packet_infos()

        if tags is None:
            tx_if = self.pg0 if traffic == self.BRIDGED else self.pg3
            rx_if = self.pg3 if traffic == self.BRIDGED else self.pg0
            src_if = self.pg3
            dst_if = self.loop0
        else:
            if tags == self.DOT1Q:
                if traffic == self.BRIDGED:
                    tx_if = self.subifs[0]
                    rx_if = self.pg0
                    src_if = self.subifs[0]
                    dst_if = self.loop0
                else:
                    tx_if = self.subifs[2]
                    rx_if = self.pg0
                    src_if = self.subifs[2]
                    dst_if = self.loop0
            elif tags == self.DOT1AD:
                if traffic == self.BRIDGED:
                    tx_if = self.subifs[1]
                    rx_if = self.pg0
                    src_if = self.subifs[1]
                    dst_if = self.loop0
                else:
                    tx_if = self.subifs[3]
                    rx_if = self.pg0
                    src_if = self.subifs[3]
                    dst_if = self.loop0
            else:
                return

        test_dict = self.create_stream(
            mac_type,
            ip_type,
            packets,
            src_if,
            dst_if,
            traffic,
            is_ip6,
            tags=permit_tags,
        )

        if apply_rules:
            if isMACIP:
                self.acl = VppMacipAcl(self, rules=test_dict["macip_rules"])
            else:
                self.acl = VppAcl(self, rules=test_dict["acl_rules"])
            self.acl.add_vpp_config()

            if isMACIP:
                self.acl_if = VppMacipAclInterface(
                    self, sw_if_index=tx_if.sw_if_index, acls=[self.acl]
                )
                self.acl_if.add_vpp_config()

                dump = self.acl_if.dump()
                self.assertTrue(dump)
                self.assertEqual(dump[0].acls[0], self.acl.acl_index)
            else:
                self.acl_if = VppAclInterface(
                    self, sw_if_index=tx_if.sw_if_index, n_input=1, acls=[self.acl]
                )
                self.acl_if.add_vpp_config()
        else:
            if hasattr(self, "acl_if"):
                self.acl_if.remove_vpp_config()
        if try_replace and hasattr(self, "acl"):
            if isMACIP:
                self.acl.modify_vpp_config(test_dict["macip_rules"])
            else:
                self.acl.modify_vpp_config(test_dict["acl_rules"])

        if not isinstance(src_if, VppSubInterface):
            tx_if.add_stream(test_dict["stream"])
        else:
            tx_if.parent.add_stream(test_dict["stream"])
        self.pg_enable_capture(self.pg_interfaces)
        self.pg_start()

        if do_not_expected_capture:
            rx_if.get_capture(0)
        else:
            if (
                traffic == self.BRIDGED
                and mac_type == self.WILD_MAC
                and ip_type == self.WILD_IP
            ):
                capture = rx_if.get_capture(packets)
            else:
                capture = rx_if.get_capture(
                    self.get_packet_count_for_if_idx(dst_if.sw_if_index)
                )
            self.verify_capture(test_dict["stream"], capture, is_ip6)
        if not isMACIP:
            if hasattr(self, "acl_if"):
                self.acl_if.remove_vpp_config()
            if hasattr(self, "acl"):
                self.acl.remove_vpp_config()

    def run_test_acls(
        self, mac_type, ip_type, acl_count, rules_count, traffic=None, ip=None
    ):
        self.apply_macip_rules(
            self.create_rules(mac_type, ip_type, acl_count, rules_count)
        )
        self.verify_macip_acls(acl_count, rules_count)

        if traffic is not None:
            self.run_traffic(self.EXACT_MAC, self.EXACT_IP, traffic, ip, 9)


class TestMACIP_IP4(MethodHolder):
    """MACIP with IP4 traffic"""

    @classmethod
    def setUpClass(cls):
        super(TestMACIP_IP4, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestMACIP_IP4, cls).tearDownClass()

    def test_acl_bridged_ip4_exactMAC_exactIP(self):
        """IP4 MACIP exactMAC|exactIP ACL bridged traffic"""
        self.run_traffic(self.EXACT_MAC, self.EXACT_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_bridged_ip4_exactMAC_subnetIP(self):
        """IP4 MACIP exactMAC|subnetIP ACL bridged traffic"""

        self.run_traffic(self.EXACT_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_bridged_ip4_exactMAC_wildIP(self):
        """IP4 MACIP exactMAC|wildIP ACL bridged traffic"""

        self.run_traffic(self.EXACT_MAC, self.WILD_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_bridged_ip4_ouiMAC_exactIP(self):
        """IP4 MACIP ouiMAC|exactIP ACL bridged traffic"""

        self.run_traffic(self.OUI_MAC, self.EXACT_IP, self.BRIDGED, self.IS_IP4, 3)

    def test_acl_bridged_ip4_ouiMAC_subnetIP(self):
        """IP4 MACIP ouiMAC|subnetIP ACL bridged traffic"""

        self.run_traffic(self.OUI_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_bridged_ip4_ouiMAC_wildIP(self):
        """IP4 MACIP ouiMAC|wildIP ACL bridged traffic"""

        self.run_traffic(self.OUI_MAC, self.WILD_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_ac_bridgedl_ip4_wildMAC_exactIP(self):
        """IP4 MACIP wildcardMAC|exactIP ACL bridged traffic"""

        self.run_traffic(self.WILD_MAC, self.EXACT_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_bridged_ip4_wildMAC_subnetIP(self):
        """IP4 MACIP wildcardMAC|subnetIP ACL bridged traffic"""

        self.run_traffic(self.WILD_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_bridged_ip4_wildMAC_wildIP(self):
        """IP4 MACIP wildcardMAC|wildIP ACL bridged traffic"""

        self.run_traffic(self.WILD_MAC, self.WILD_IP, self.BRIDGED, self.IS_IP4, 9)

    def test_acl_routed_ip4_exactMAC_exactIP(self):
        """IP4 MACIP exactMAC|exactIP ACL routed traffic"""
        self.run_traffic(self.EXACT_MAC, self.EXACT_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_exactMAC_subnetIP(self):
        """IP4 MACIP exactMAC|subnetIP ACL routed traffic"""
        self.run_traffic(self.EXACT_MAC, self.SUBNET_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_exactMAC_wildIP(self):
        """IP4 MACIP exactMAC|wildIP ACL routed traffic"""
        self.run_traffic(self.EXACT_MAC, self.WILD_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_ouiMAC_exactIP(self):
        """IP4 MACIP ouiMAC|exactIP ACL routed traffic"""

        self.run_traffic(self.OUI_MAC, self.EXACT_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_ouiMAC_subnetIP(self):
        """IP4 MACIP ouiMAC|subnetIP ACL routed traffic"""

        self.run_traffic(self.OUI_MAC, self.SUBNET_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_ouiMAC_wildIP(self):
        """IP4 MACIP ouiMAC|wildIP ACL routed traffic"""

        self.run_traffic(self.OUI_MAC, self.WILD_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_wildMAC_exactIP(self):
        """IP4 MACIP wildcardMAC|exactIP ACL routed traffic"""

        self.run_traffic(self.WILD_MAC, self.EXACT_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_wildMAC_subnetIP(self):
        """IP4 MACIP wildcardMAC|subnetIP ACL routed traffic"""

        self.run_traffic(self.WILD_MAC, self.SUBNET_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_routed_ip4_wildMAC_wildIP(self):
        """IP4 MACIP wildcardMAC|wildIP ACL"""

        self.run_traffic(self.WILD_MAC, self.WILD_IP, self.ROUTED, self.IS_IP4, 9)

    def test_acl_replace_traffic_ip4(self):
        """MACIP replace ACL with IP4 traffic"""
        self.run_traffic(
            self.OUI_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP4, 9, try_replace=True
        )
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.BRIDGED,
            self.IS_IP4,
            9,
            try_replace=True,
        )


class TestMACIP_IP6(MethodHolder):
    """MACIP with IP6 traffic"""

    @classmethod
    def setUpClass(cls):
        super(TestMACIP_IP6, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestMACIP_IP6, cls).tearDownClass()

    def test_acl_bridged_ip6_exactMAC_exactIP(self):
        """IP6 MACIP exactMAC|exactIP ACL bridged traffic"""

        self.run_traffic(self.EXACT_MAC, self.EXACT_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_exactMAC_subnetIP(self):
        """IP6 MACIP exactMAC|subnetIP ACL bridged traffic"""

        self.run_traffic(self.EXACT_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_exactMAC_wildIP(self):
        """IP6 MACIP exactMAC|wildIP ACL bridged traffic"""

        self.run_traffic(self.EXACT_MAC, self.WILD_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_ouiMAC_exactIP(self):
        """IP6 MACIP oui_MAC|exactIP ACL bridged traffic"""

        self.run_traffic(self.OUI_MAC, self.EXACT_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_ouiMAC_subnetIP(self):
        """IP6 MACIP ouiMAC|subnetIP ACL bridged traffic"""

        self.run_traffic(self.OUI_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_ouiMAC_wildIP(self):
        """IP6 MACIP ouiMAC|wildIP ACL bridged traffic"""

        self.run_traffic(self.OUI_MAC, self.WILD_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_wildMAC_exactIP(self):
        """IP6 MACIP wildcardMAC|exactIP ACL bridged traffic"""

        self.run_traffic(self.WILD_MAC, self.EXACT_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_wildMAC_subnetIP(self):
        """IP6 MACIP wildcardMAC|subnetIP ACL bridged traffic"""

        self.run_traffic(self.WILD_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_bridged_ip6_wildMAC_wildIP(self):
        """IP6 MACIP wildcardMAC|wildIP ACL bridged traffic"""

        self.run_traffic(self.WILD_MAC, self.WILD_IP, self.BRIDGED, self.IS_IP6, 9)

    def test_acl_routed_ip6_exactMAC_exactIP(self):
        """IP6 MACIP exactMAC|exactIP ACL routed traffic"""

        self.run_traffic(self.EXACT_MAC, self.EXACT_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_exactMAC_subnetIP(self):
        """IP6 MACIP exactMAC|subnetIP ACL routed traffic"""

        self.run_traffic(self.EXACT_MAC, self.SUBNET_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_exactMAC_wildIP(self):
        """IP6 MACIP exactMAC|wildIP ACL routed traffic"""

        self.run_traffic(self.EXACT_MAC, self.WILD_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_ouiMAC_exactIP(self):
        """IP6 MACIP ouiMAC|exactIP ACL routed traffic"""

        self.run_traffic(self.OUI_MAC, self.EXACT_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_ouiMAC_subnetIP(self):
        """IP6 MACIP ouiMAC|subnetIP ACL routed traffic"""

        self.run_traffic(self.OUI_MAC, self.SUBNET_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_ouiMAC_wildIP(self):
        """IP6 MACIP ouiMAC|wildIP ACL routed traffic"""

        self.run_traffic(self.OUI_MAC, self.WILD_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_wildMAC_exactIP(self):
        """IP6 MACIP wildcardMAC|exactIP ACL routed traffic"""

        self.run_traffic(self.WILD_MAC, self.EXACT_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_wildMAC_subnetIP(self):
        """IP6 MACIP wildcardMAC|subnetIP ACL routed traffic"""

        self.run_traffic(self.WILD_MAC, self.SUBNET_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_routed_ip6_wildMAC_wildIP(self):
        """IP6 MACIP wildcardMAC|wildIP ACL"""

        self.run_traffic(self.WILD_MAC, self.WILD_IP, self.ROUTED, self.IS_IP6, 9)

    def test_acl_replace_traffic_ip6(self):
        """MACIP replace ACL with IP6 traffic"""
        self.run_traffic(
            self.OUI_MAC, self.SUBNET_IP, self.BRIDGED, self.IS_IP6, 9, try_replace=True
        )
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.BRIDGED,
            self.IS_IP6,
            9,
            try_replace=True,
        )


class TestMACIP(MethodHolder):
    """MACIP Tests"""

    @classmethod
    def setUpClass(cls):
        super(TestMACIP, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestMACIP, cls).tearDownClass()

    def test_acl_1_2(self):
        """MACIP ACL with 2 entries"""

        self.run_test_acls(self.EXACT_MAC, self.WILD_IP, 1, [2])

    def test_acl_1_5(self):
        """MACIP ACL with 5 entries"""

        self.run_test_acls(self.EXACT_MAC, self.SUBNET_IP, 1, [5])

    def test_acl_1_10(self):
        """MACIP ACL with 10 entries"""

        self.run_test_acls(self.EXACT_MAC, self.EXACT_IP, 1, [10])

    def test_acl_1_20(self):
        """MACIP ACL with 20 entries"""

        self.run_test_acls(self.OUI_MAC, self.WILD_IP, 1, [20])

    def test_acl_1_50(self):
        """MACIP ACL with 50 entries"""

        self.run_test_acls(self.OUI_MAC, self.SUBNET_IP, 1, [50])

    def test_acl_1_100(self):
        """MACIP ACL with 100 entries"""

        self.run_test_acls(self.OUI_MAC, self.EXACT_IP, 1, [100])

    def test_acl_2_X(self):
        """MACIP 2 ACLs each with 100+ entries"""

        self.run_test_acls(self.OUI_MAC, self.SUBNET_IP, 2, [100, 200])

    def test_acl_10_X(self):
        """MACIP 10 ACLs each with 100+ entries"""

        self.run_test_acls(
            self.EXACT_MAC,
            self.EXACT_IP,
            10,
            [100, 120, 140, 160, 180, 200, 210, 220, 230, 240],
        )

    def test_acl_10_X_traffic_ip4(self):
        """MACIP 10 ACLs each with 100+ entries with IP4 traffic"""

        self.run_test_acls(
            self.EXACT_MAC,
            self.EXACT_IP,
            10,
            [100, 120, 140, 160, 180, 200, 210, 220, 230, 240],
            self.BRIDGED,
            self.IS_IP4,
        )

    def test_acl_10_X_traffic_ip6(self):
        """MACIP 10 ACLs each with 100+ entries with IP6 traffic"""

        self.run_test_acls(
            self.EXACT_MAC,
            self.EXACT_IP,
            10,
            [100, 120, 140, 160, 180, 200, 210, 220, 230, 240],
            self.BRIDGED,
            self.IS_IP6,
        )

    def test_acl_replace(self):
        """MACIP replace ACL"""

        r1 = self.create_rules(acl_count=3, rules_count=[2, 2, 2])
        r2 = self.create_rules(mac_type=self.OUI_MAC, ip_type=self.SUBNET_IP)
        macip_acls = self.apply_macip_rules(r1)

        acls_before = self.macip_acl_dump_debug()

        # replace acls #2, #3 with new
        macip_acls[2].modify_vpp_config(r2[0])
        macip_acls[3].modify_vpp_config(r2[1])

        acls_after = self.macip_acl_dump_debug()

        # verify changes
        self.assertEqual(len(acls_before), len(acls_after))
        for acl1, acl2 in zip(
            acls_before[:2] + acls_before[4:], acls_after[:2] + acls_after[4:]
        ):
            self.assertEqual(len(acl1), len(acl2))

            self.assertEqual(len(acl1.r), len(acl2.r))
            for r1, r2 in zip(acl1.r, acl2.r):
                self.assertEqual(len(acl1.r), len(acl2.r))
                self.assertEqual(acl1.r, acl2.r)
        for acl1, acl2 in zip(acls_before[2:4], acls_after[2:4]):
            self.assertEqual(len(acl1), len(acl2))

            self.assertNotEqual(len(acl1.r), len(acl2.r))
            for r1, r2 in zip(acl1.r, acl2.r):
                self.assertNotEqual(len(acl1.r), len(acl2.r))
                self.assertNotEqual(acl1.r, acl2.r)

    def test_delete_intf(self):
        """MACIP ACL delete intf with acl"""

        intf_count = len(self.interfaces) + 1
        intf = []
        macip_alcs = self.apply_macip_rules(
            self.create_rules(acl_count=3, rules_count=[3, 5, 4])
        )

        intf.append(VppLoInterface(self))
        intf.append(VppLoInterface(self))

        sw_if_index0 = intf[0].sw_if_index
        macip_acl_if0 = VppMacipAclInterface(
            self, sw_if_index=sw_if_index0, acls=[macip_alcs[1]]
        )
        macip_acl_if0.add_vpp_config()

        reply = self.vapi.macip_acl_interface_get()
        self.assertEqual(reply.count, intf_count + 1)
        self.assertEqual(reply.acls[sw_if_index0], 1)

        sw_if_index1 = intf[1].sw_if_index
        macip_acl_if1 = VppMacipAclInterface(
            self, sw_if_index=sw_if_index1, acls=[macip_alcs[0]]
        )
        macip_acl_if1.add_vpp_config()

        reply = self.vapi.macip_acl_interface_get()
        self.assertEqual(reply.count, intf_count + 2)
        self.assertEqual(reply.acls[sw_if_index1], 0)

        intf[0].remove_vpp_config()
        reply = self.vapi.macip_acl_interface_get()
        self.assertEqual(reply.count, intf_count + 2)
        self.assertEqual(reply.acls[sw_if_index0], 4294967295)
        self.assertEqual(reply.acls[sw_if_index1], 0)

        intf.append(VppLoInterface(self))
        intf.append(VppLoInterface(self))
        sw_if_index2 = intf[2].sw_if_index
        sw_if_index3 = intf[3].sw_if_index
        macip_acl_if2 = VppMacipAclInterface(
            self, sw_if_index=sw_if_index2, acls=[macip_alcs[1]]
        )
        macip_acl_if2.add_vpp_config()
        macip_acl_if3 = VppMacipAclInterface(
            self, sw_if_index=sw_if_index3, acls=[macip_alcs[1]]
        )
        macip_acl_if3.add_vpp_config()

        reply = self.vapi.macip_acl_interface_get()
        self.assertEqual(reply.count, intf_count + 3)
        self.assertEqual(reply.acls[sw_if_index1], 0)
        self.assertEqual(reply.acls[sw_if_index2], 1)
        self.assertEqual(reply.acls[sw_if_index3], 1)
        self.logger.info("MACIP ACL on multiple interfaces:")
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip acl"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip acl index 1234"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip acl index 1"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip acl index 0"))
        self.logger.info(self.vapi.ppcli("sh acl-plugin macip interface"))

        intf[2].remove_vpp_config()
        intf[1].remove_vpp_config()

        reply = self.vapi.macip_acl_interface_get()
        self.assertEqual(reply.count, intf_count + 3)
        self.assertEqual(reply.acls[sw_if_index0], 4294967295)
        self.assertEqual(reply.acls[sw_if_index1], 4294967295)
        self.assertEqual(reply.acls[sw_if_index2], 4294967295)
        self.assertEqual(reply.acls[sw_if_index3], 1)

        intf[3].remove_vpp_config()
        reply = self.vapi.macip_acl_interface_get()

        self.assertEqual(len([x for x in reply.acls if x != 4294967295]), 0)


class TestACL_dot1q_bridged(MethodHolder):
    """ACL on dot1q bridged subinterfaces Tests"""

    @classmethod
    def setUpClass(cls):
        super(TestACL_dot1q_bridged, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestACL_dot1q_bridged, cls).tearDownClass()

    def test_acl_bridged_ip4_subif_dot1q(self):
        """IP4 ACL SubIf Dot1Q bridged traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.BRIDGED,
            self.IS_IP4,
            9,
            tags=self.DOT1Q,
            isMACIP=False,
        )

    def test_acl_bridged_ip6_subif_dot1q(self):
        """IP6 ACL SubIf Dot1Q bridged traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.BRIDGED,
            self.IS_IP6,
            9,
            tags=self.DOT1Q,
            isMACIP=False,
        )


class TestACL_dot1ad_bridged(MethodHolder):
    """ACL on dot1ad bridged subinterfaces Tests"""

    @classmethod
    def setUpClass(cls):
        super(TestACL_dot1ad_bridged, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestACL_dot1ad_bridged, cls).tearDownClass()

    def test_acl_bridged_ip4_subif_dot1ad(self):
        """IP4 ACL SubIf Dot1AD bridged traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.BRIDGED,
            self.IS_IP4,
            9,
            tags=self.DOT1AD,
            isMACIP=False,
        )

    def test_acl_bridged_ip6_subif_dot1ad(self):
        """IP6 ACL SubIf Dot1AD bridged traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.BRIDGED,
            self.IS_IP6,
            9,
            tags=self.DOT1AD,
            isMACIP=False,
        )


class TestACL_dot1q_routed(MethodHolder):
    """ACL on dot1q routed subinterfaces Tests"""

    @classmethod
    def setUpClass(cls):
        super(TestACL_dot1q_routed, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestACL_dot1q_routed, cls).tearDownClass()

    def test_acl_routed_ip4_subif_dot1q(self):
        """IP4 ACL SubIf Dot1Q routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP4,
            9,
            tags=self.DOT1Q,
            isMACIP=False,
        )

    def test_acl_routed_ip6_subif_dot1q(self):
        """IP6 ACL SubIf Dot1Q routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP6,
            9,
            tags=self.DOT1Q,
            isMACIP=False,
        )

    def test_acl_routed_ip4_subif_dot1q_deny_by_tags(self):
        """IP4 ACL SubIf wrong tags Dot1Q routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP4,
            9,
            True,
            tags=self.DOT1Q,
            isMACIP=False,
            permit_tags=self.DENY_TAGS,
        )

    def test_acl_routed_ip6_subif_dot1q_deny_by_tags(self):
        """IP6 ACL SubIf wrong tags Dot1Q routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP6,
            9,
            True,
            tags=self.DOT1Q,
            isMACIP=False,
            permit_tags=self.DENY_TAGS,
        )


class TestACL_dot1ad_routed(MethodHolder):
    """ACL on dot1ad routed subinterfaces Tests"""

    @classmethod
    def setUpClass(cls):
        super(TestACL_dot1ad_routed, cls).setUpClass()

    @classmethod
    def tearDownClass(cls):
        super(TestACL_dot1ad_routed, cls).tearDownClass()

    def test_acl_routed_ip6_subif_dot1ad(self):
        """IP6 ACL SubIf Dot1AD routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP6,
            9,
            tags=self.DOT1AD,
            isMACIP=False,
        )

    def test_acl_routed_ip4_subif_dot1ad(self):
        """IP4 ACL SubIf Dot1AD routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP4,
            9,
            tags=self.DOT1AD,
            isMACIP=False,
        )

    def test_acl_routed_ip6_subif_dot1ad_deny_by_tags(self):
        """IP6 ACL SubIf wrong tags Dot1AD routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP6,
            9,
            True,
            tags=self.DOT1AD,
            isMACIP=False,
            permit_tags=self.DENY_TAGS,
        )

    def test_acl_routed_ip4_subif_dot1ad_deny_by_tags(self):
        """IP4 ACL SubIf wrong tags Dot1AD routed traffic"""
        self.run_traffic(
            self.EXACT_MAC,
            self.EXACT_IP,
            self.ROUTED,
            self.IS_IP4,
            9,
            True,
            tags=self.DOT1AD,
            isMACIP=False,
            permit_tags=self.DENY_TAGS,
        )


if __name__ == "__main__":
    unittest.main(testRunner=VppTestRunner)