CDRouter IPv6 Test Summaries

Test Case Summaries

Modules: 44
Test Cases: 732

Below is a summary of the testcases in each module

`ecn-v6.tcl`

IPv6 ECN Forwarding Tests

Test Name	Synopsis
`ipv6_ecn_tcp_1`	`TCP Download with ECN Capable Transport, ECN unaware DUT, ECT(0)`
`ipv6_ecn_tcp_2`	`TCP Download with ECN Capable Transport, ECN unaware DUT, ECT(1)`
`ipv6_ecn_tcp_3`	`TCP Download with ECN Capable Transport, ECN unaware DUT, Congestion Encountered`
`ipv6_ecn_tcp_4`	`TCP Upload with ECN Capable Transport, ECN unaware DUT, ECT(0)`
`ipv6_ecn_tcp_5`	`TCP Upload with ECN Capable Transport, ECN unaware DUT, ECT(1)`
`ipv6_ecn_tcp_6`	`TCP Upload with ECN Capable Transport, ECN unaware DUT, ECT(0), Congestion Encountered`

`basic-v6.tcl`

Basic IPv6 extension header processing tests

Test Name	Synopsis
`ipv6_basic_1`	`Verify DUT forwards packets with multiple extension headers`
`ipv6_basic_2`	`Verify DUT responds to packets with multiple extension headers`
`ipv6_basic_3`	`Verify DUT discards packets with unknown extension headers`
`ipv6_basic_4`	`Verify DUT discards packets with Next Header value of zero in extension header`
`ipv6_basic_5`	`Verify DUT ignores packets with extension header containing 'No Next Header'`
`ipv6_basic_6`	`Verify DUT forwards packets with extension headers containing 'No Next Header'`
`ipv6_basic_10`	`Verify DUT properly processes unknown Option Type identifiers with 00 high order bits`
`ipv6_basic_11`	`Verify DUT properly processes unknown Option Type identifiers with 01 high order bits`
`ipv6_basic_12`	`Verify DUT properly processes unknown Option Type identifiers with 10 high order bits - unicast destination`
`ipv6_basic_13`	`Verify DUT properly processes unknown Option Type identifiers with 10 high order bits - multicast destination`
`ipv6_basic_14`	`Verify DUT properly processes unknown Option Type identifiers with 11 high order bits - unicast destination`
`ipv6_basic_15`	`Verify DUT properly processes unknown Option Type identifiers with 11 high order bits - multicast destination`
`ipv6_basic_20`	`Verify DUT discards packets with Type 0 Routing Extension Header as an Intermediary Node`
`ipv6_basic_21`	`Verify DUT processes packets with Type 0 Routing Extension Header as an End Node`
`ipv6_basic_22`	`Verify DUT discards packets with Unknown Routing Extension Header as an Intermediary Node`
`ipv6_basic_23`	`Verify DUT processes packets with Unknown Routing Extension Header as an End Node`

`frag-v6.tcl`

IPv6 fragmentation tests

Test Name	Synopsis
`ipv6_frag_1`	`Verify DUT responds to fragmented ICMPv6 Echo Requests`
`ipv6_frag_2`	`Verify DUT forwards fragmented ICMPv6 packets`
`ipv6_frag_3`	`Verify DUT forwards fragmented UDP packets`

`ndp.tcl`

Neighbor Discovery Protocol and Router Advertisement tests for IPv6 devices

Test Name	Synopsis
`ipv6_ndp_1`	`Verify DUT responds to Router Solicitations on the LAN`
`ipv6_ndp_2`	`Verify DUT periodically sends unsolicited Router Advertisements`
`ipv6_ndp_10`	`Verify DUT responds to Neighbor Solicitations for its link-local address`
`ipv6_ndp_11`	`Verify DUT responds to Neighbor Solicitations for its global IPv6 address`
`ipv6_ndp_12`	`Verify DUT ignores Neighbor Solicitations with an invalid hop-count`
`ipv6_ndp_13`	`Verify DUT responds to DAD-style Neighbor Solicitations for link-local address on LAN`
`ipv6_ndp_14`	`Verify DUT ignores Neighbor Solicitations with a different target than itself`
`ipv6_ndp_15`	`Verify DUT ignores Neighbor Solicitations sent to the wrong Solicited-Node Multicast Address`
`ipv6_ndp_16`	`Verify DUT responds to DAD-style Neighbor Solicitations for global address on LAN`
`ipv6_ndp_20`	`Verify DUT sends ICMPv6 Redirect messages for neighbor traffic forwarded to it`
`ipv6_ndp_30`	`Verify Router Advertisements contain M bit and O bit based on LAN mode`
`ipv6_ndp_31`	`Verify Router Advertisements contain valid prefix, A bit, and L bit based on LAN settings`
`ipv6_ndp_32`	`Verify Router Advertisements contain RDNSS option`
`ipv6_ndp_33`	`Verify Router Advertisements contain DNSSL option`
`ipv6_ndp_34`	`Verify DUT does not advertise itself as a default router when WAN RA lifetime is 0`
`ipv6_ndp_40`	`Verify Neighbor Unreachability Detection`
`ipv6_ndp_41`	`Verify ICMPv6 Destination Unreachable sent on address resolution failure`

`ndp-wan.tcl`

Neighbor Discovery Protocol and Router Advertisement tests for the WAN side of IPv6 devices

Test Name	Synopsis
`ipv6_ndp_wan_1`	`Verify if DUT responds to Router Solicitations on the WAN`
`ipv6_ndp_wan_2`	`Verify if DUT periodically sends unsolicited Router Advertisements`
`ipv6_ndp_wan_3`	`Verify DUT can switch to a new default router after the original default router is invalidated`
`ipv6_ndp_wan_4`	`Verify DUT can switch to a new default router after the original default router expires`
`ipv6_ndp_wan_5`	`Verify DUT follows the Default Router Selection recommendations when it has one router in its Neighbor Cache`
`ipv6_ndp_wan_6`	`Verify DUT follows the Default Router Selection recommendations when it has two routers in its Default Router List`
`ipv6_ndp_wan_10`	`Verify DUT responds to Neighbor Solicitations on the WAN for its link-local address`
`ipv6_ndp_wan_11`	`Verify DUT responds to Neighbor Solicitations on the WAN for its global IPv6 address`
`ipv6_ndp_wan_12`	`Verify DUT ignores invalid Neighbor Solicitations sent on the WAN`
`ipv6_ndp_wan_13`	`Verify DUT responds to DAD-style Neighbor Solicitations on the WAN for its link local address`
`ipv6_ndp_wan_14`	`Verify DUT ignores Neighbor Solicitations with a different target than itself`
`ipv6_ndp_wan_15`	`Verify DUT ignores Neighbor Solicitations sent to the wrong Solicited-Node Multicast Address`
`ipv6_ndp_wan_16`	`Verify DUT responds to DAD-style Neighbor Solicitations on the WAN for its global IPv6 address`

`dhcpv6-c.tcl`

DHCPv6 client tests for the WAN side of the router

Test Name	Synopsis
`dhcpv6_1`	`Verify client requests the assignment of a non-temporary address`
`dhcpv6_2`	`Verify client renews non-temporary address when current binding expires`
`dhcpv6_4`	`Verify client obtains address from server using various undefined server DUID values`
`dhcpv6_5`	`Verify client sends a DHCPv6 Decline message`
`dhcpv6_10`	`Verify client ignores replies with mismatched client DUID`
`dhcpv6_11`	`Verify client ignores unknown or invalid DHCPv6 packets`
`dhcpv6_14`	`Verify client handles fragmented IPv6 packets`
`dhcpv6_15`	`Verify client ignores server messages with invalid UDP checksum`
`dhcpv6_16`	`Verify client composes DUID correctly`
`dhcpv6_20`	`Verify client restarts when NoBinding failure occurs during Renew`
`dhcpv6_21`	`Verify client restarts when UnspecFail failure occurs during Renew`
`dhcpv6_22`	`Verify client restarts DHCPv6 when Reply to Request contains IA lifetimes set to 0`
`dhcpv6_23`	`Verify client restarts DHCPv6 when Reply to Renew contains IA lifetimes set to 0`
`dhcpv6_24`	`Verify client restarts DHCPv6 when Reply to Rebind contains IA lifetimes set to 0`
`dhcpv6_30`	`Verify client sends Rebind message if Renew for non-temporary address fails`
`dhcpv6_31`	`Verify client sends Solicit message if Renew and Rebind for non-temporary address fails`
`dhcpv6_32`	`Verify client supports DHCPv6 Reconfigure Key Authentication`
`dhcpv6_33`	`Verify client ignores DHCPv6 Reconfigure without Authentication option`
`dhcpv6_34`	`Verify client ignores DHCPv6 Reconfigure with incorrect Reconfigure Key`
`dhcpv6_35`	`Verify client supports DHCPv6 Reconfigure with Rebind request`
`dhcpv6_36`	`Verify client ignores DHCPv6 Reconfigure requesting a Solicit`
`dhcpv6_50`	`Verify client retransmits DHCPv6 Solicit messages for non-temporary address`
`dhcpv6_51`	`Verify client retransmits DHCPv6 Request messages for non-temporary address`
`dhcpv6_52`	`Verify DHCPv6 Solicit retransmission times for IA_NA address bindings`
`dhcpv6_53`	`Verify DHCPv6 Request retransmission times for IA_NA address bindings`
`dhcpv6_54`	`Verify DHCPv6 Renew retransmission times for IA_NA address bindings`
`dhcpv6_55`	`Verify DHCPv6 Rebind retransmission times for IA_NA address bindings`
`dhcpv6_56`	`Verify DHCPv6 Decline retransmission times for IA_NA address bindings`
`dhcpv6_57`	`Verify all DHCPv6 times for IA_NA address bindings`
`dhcpv6_60`	`Verify client learns new non-temporary address when WAN DHCPv6 server renumbers`
`dhcpv6_100`	`Verify client obtains IPv6 address when server uses unknown DHCPv6 options`
`dhcpv6_101`	`Verify client ignores DHCPv6 messages with unknown options and invalid option length`
`dhcpv6_102`	`Verify client includes the Elapsed Time option with value 0 in first message`
`dhcpv6_103`	`Verify client increases value of Elapsed Time option when Solicit is retransmitted`
`dhcpv6_130`	`Verify client handles Server Unicast Option`
`dhcpv6_140`	`Verify client handles SOL_MAX_RT Option`
`dhcpv6_150`	`Verify DHCPv6 client includes vendor defined options`
`dhcpv6_160`	`Verify client supports DHCPv6 Rapid Commit option`

`dhcpv6-pd.tcl`

DHCPv6 prefix delegation tests for WAN to LAN IPv6 configuration

Test Name	Synopsis
`dhcpv6_pd_1`	`Verify client requests the assignment of an IPv6 prefix`
`dhcpv6_pd_2`	`Verify client renews prefix when current binding expires`
`dhcpv6_pd_10`	`Verify client sends router advertisements on LAN with delegated prefix`
`dhcpv6_pd_11`	`Verify client sends router advertisements on LAN with prefix lifetimes based on IA_PD lifetimes`
`dhcpv6_pd_12`	`Verify LAN side DHCPv6 client address is based on WAN side delegated prefix`
`dhcpv6_pd_13`	`Verify LAN side DHCPv6 client lifetime is based on WAN side IA_PD prefix lifetimes`
`dhcpv6_pd_14`	`Verify client router advertisements on LAN include expected subnet ID`
`dhcpv6_pd_15`	`Verify DUT does not advertise itself as a default router when WAN link is down`
`dhcpv6_pd_20`	`Verify client restarts when NoBinding failure occurs during IA_PD Renew`
`dhcpv6_pd_21`	`Verify client restarts when UnspecFail failure occurs during IA_PD Renew`
`dhcpv6_pd_22`	`Verify client restarts DHCPv6 when Reply to Request contains IA lifetimes set to 0`
`dhcpv6_pd_23`	`Verify client restarts DHCPv6 when Reply to Renew contains IA lifetimes set to 0`
`dhcpv6_pd_24`	`Verify client restarts DHCPv6 when Reply to Rebind contains IA lifetimes set to 0`
`dhcpv6_pd_30`	`Verify client sends Rebind message if Renew for prefix fails`
`dhcpv6_pd_31`	`Verify client sends Solicit message if Renew and Rebind for prefix fails`
`dhcpv6_pd_52`	`Verify DHCPv6 Solicit retransmission times for IA_PD prefix bindings`
`dhcpv6_pd_53`	`Verify DHCPv6 Request retransmission times for IA_PD prefix bindings`
`dhcpv6_pd_54`	`Verify DHCPv6 Renew retransmission times for IA_PD prefix bindings`
`dhcpv6_pd_55`	`Verify DHCPv6 Rebind retransmission times for IA_PD prefix bindings`
`dhcpv6_pd_57`	`Verify all DHCPv6 times for IA_PD address bindings`
`dhcpv6_pd_60`	`Verify client learns new IPv6 prefix when WAN DHCPv6 server renumbers`
`dhcpv6_pd_61`	`Verify LAN side DHCPv6 server switches to new IPv6 prefix when WAN DHCPv6 server renumbers`
`dhcpv6_pd_62`	`Verify DUT ages out prefix on LAN when WAN DHCPv6 server renumbers`
`dhcpv6_pd_63`	`Verify DUT performs Duplicate Address Detection on global LAN address`
`dhcpv6_pd_100`	`Verify client attempts to learn non-temporary address and prefix in a single DHCPv6 session`
`dhcpv6_pd_110`	`Verify packets to unreachable subnets in the delegated prefix are dropped`
`dhcpv6_pd_120`	`Verify LAN side DHCPv6 client address includes SLA ID`
`dhcpv6_pd_130`	`Verify Route Information option is advertised for delegated prefix`

`dhcpv6-s.tcl`

DHCPv6 server tests for the LAN side of the router

Test Name	Synopsis
`dhcpv6_server_1`	`Verify server assigns same address after client restart`
`dhcpv6_server_2`	`Verify server returns address within configured pool`
`dhcpv6_server_3`	`Verify server returns IP address with expected valid lifetime`
`dhcpv6_server_5`	`Verify server assigns address to client using undefined client DUID values`
`dhcpv6_server_8`	`Verify server ignores Solicits sent to unicast address`
`dhcpv6_server_9`	`Verify server provides DNS and domain information to clients`
`dhcpv6_server_10`	`Verify server ignores requests with mismatched server DUID`
`dhcpv6_server_11`	`Verify server ignores unknown or invalid DHCPv6 packets`
`dhcpv6_server_12`	`Verify server assigns address when IA_NA request from client does not contain an IPv6 address`
`dhcpv6_server_13`	`Verify server assigns multiple addresses to client using multiple IA_NA identifiers`
`dhcpv6_server_14`	`Verify server handles fragmented IPv6 packets`
`dhcpv6_server_15`	`Verify server ignores client request with invalid UDP checksum`
`dhcpv6_server_16`	`Verify server composes DUID correctly`
`dhcpv6_server_20`	`Verify server assigns same IPv6 address after DHCPv6 Request from client`
`dhcpv6_server_21`	`Verify server sends UseMulticast status code when client sends a unicast Request`
`dhcpv6_server_22`	`Verify server sends NotOnLink status code when client sends Request with invalid link address`
`dhcpv6_server_30`	`Verify server assigns same IPv6 address after DHCPv6 Confirm from client`
`dhcpv6_server_31`	`Verify server sends NotOnLink status code when client sends Confirm with invalid link address`
`dhcpv6_server_32`	`Verify server silently discards client Confirm messages that do not contain any addresses`
`dhcpv6_server_40`	`Verify server assigns same IPv6 address after DHCPv6 Renew from client`
`dhcpv6_server_41`	`Verify server sends UseMulticast status code when client sends unicast Renew`
`dhcpv6_server_42`	`Verify server sends NoBinding status code when client attempts to renew unknown IAID`
`dhcpv6_server_43`	`Verify server sends Reply with lifetimes of 0 when client attempts to renew unknown address`
`dhcpv6_server_50`	`Verify server assigns same IPv6 address after DHCPv6 Rebind from client`
`dhcpv6_server_52`	`Verify server sends Reply with lifetimes of 0 when client attempts to rebind with unknown address`
`dhcpv6_server_60`	`Verify server responds to an Information-request message from client`
`dhcpv6_server_70`	`Verify server assigns same IPv6 address after DHCPv6 Release from client`
`dhcpv6_server_71`	`Verify server sends UseMulticast status code when clients sends unicast DHCPv6 Release`
`dhcpv6_server_72`	`Verify server sends NoBinding status code when client attempts to release unknown IAID`
`dhcpv6_server_80`	`Verify server assigns IPv6 address after DHCPv6 Decline from client`
`dhcpv6_server_81`	`Verify server sends UseMulticast status code when client sends unicast DHCPv6 Decline`
`dhcpv6_server_82`	`Verify server sends NoBinding status code when client attempts to decline unknown IAID`
`dhcpv6_server_100`	`Verify server assigns IPv6 address when client uses unknown DHCPv6 options`
`dhcpv6_server_101`	`Verify server ignores client requests with invalid option length`
`dhcpv6_server_102`	`Verify server supports Rapid Commit option`
`dhcpv6_server_110`	`Verify server assigns same IPv6 address when client requests both IA_NA and IA_PD`
`dhcpv6_server_111`	`Verify server assigns same IPv6 address when client requests both IA_NA and IA_TA`
`dhcpv6_server_120`	`Verify server responds to Relay-Forward requests sent to the All_DHCP_Servers multicast address`
`dhcpv6_server_121`	`Verify server responds to Relay-Forward requests sent to server unicast address`
`dhcpv6_server_122`	`Verify server includes Interface-Id option in Relay-Reply if included by relay agent`

`pppoe-c-v6.tcl`

PPPoE client tests with IPv6 on the WAN side of the router

Test Name	Synopsis
`ipv6_pppoe_client_1`	`PPPoE client restarts PPPoE Discovery when PPP LCP Echo-Requests fail`
`ipv6_pppoe_client_10`	`PPPoE client restarts PPPoE Discovery when PPP LCP terminates PPP link`
`ipv6_pppoe_client_50`	`PPPoE PPP client replies to LCP Echo-Requests`
`ipv6_pppoe_client_60`	`PPPoE PPP client maintains LCP Magic Number during session`
`ipv6_pppoe_client_70`	`IPv6CP Configure-Requests include Interface Identifier option`
`ipv6_pppoe_client_200`	`PPPoE/PPP restarts if PPP authentication fails`
`ipv6_pppoe_client_210`	`PPPoE/PPP can recover if LCP renegotiation is attempted`
`ipv6_pppoe_client_230`	`PPPoE/PPP can recover if LCP Echo-Request contains bad length`
`ipv6_pppoe_client_300`	`PPPoE client recovers if PPPoE server drops PADR from PPPoE client`
`ipv6_pppoe_client_310`	`PPPoE client returns AC-Cookie in PADR when server sends AC-Cookie in PADO`
`ipv6_pppoe_client_320`	`PPPoE client maintains Relay-Session-Id during PPPoE session establishment`
`ipv6_pppoe_client_330`	`PPPoE client reconnects to server after 15 minute WAN disconnect`
`ipv6_pppoe_client_331`	`PPPoE client reconnects to server after 30 minute WAN disconnect`
`ipv6_pppoe_client_332`	`PPPoE client reconnects to server after 60 minute WAN disconnect`

`slaac-wan.tcl`

Autoconf / SLAAC client tests for the WAN side of the router

Test Name	Synopsis
`ipv6_slaac_wan_1`	`Verify DUT configures a new address using SLAAC when a new prefix is advertised on the WAN`
`ipv6_slaac_wan_10`	`Verify DUT sends DAD-style Neighbor Solicitations when configuring an address`
`ipv6_slaac_wan_11`	`Verify DUT does not configure an address when a DAD collision occurs`
`ipv6_slaac_wan_12`	`Verify DUT responds to Neighbor Solicitations for new configured address on WAN`
`ipv6_slaac_wan_13`	`Verify DUT responds to DAD-style Neighbor Solicitations for new configured address on WAN`
`ipv6_slaac_wan_20`	`Verify DUT does not configure an address when the A-bit is not set`
`ipv6_slaac_wan_21`	`Verify DUT does not configure an address when the advertised prefix is a link-local prefix`
`ipv6_slaac_wan_22`	`Verify DUT does not configure an address when the valid lifetime is 0`

`6to4.tcl`

6to4 tunnel tests for connecting IPv6 hosts over IPv4 networks

Test Name	Synopsis
`ipv6_6to4_1`	`Verify IPv6 Router Advertisements include 6to4 prefix based on IPv4 WAN`
`ipv6_6to4_2`	`Verify DUT assigns itself a global address on the LAN side 6to4 network`
`ipv6_6to4_3`	`Verify IPv6 Router Advertisements include SLA ID`
`ipv6_6to4_10`	`Verify packets to 6to4 addresses are tunneled directly to IPv4 address`
`ipv6_6to4_11`	`Verify packets to non 6to4 addresses are tunneled to 6to4 relay server`
`ipv6_6to4_12`	`Verify IPv4 src address of tunneled 6to4 packets matches WAN IPv4 address`
`ipv6_6to4_13`	`Verify encapsulating IPv4 header for 6to4 has the DF flag set correctly`
`ipv6_6to4_14`	`Verify DUT handles incoming 6to4 fragmented packets`
`ipv6_6to4_100`	`Verify IPv6 Router Advertisements announce new 6to4 prefix when IPv4 WAN changes`
`ipv6_6to4_101`	`Verify DUT updates global IPv6 address after IPv4 WAN change`
`ipv6_6to4_102`	`Verify DUT forwards tunneled IPv6 traffic after IPv4 WAN change`
`ipv6_6to4_103`	`Verify IPv6 router advertisements age out 6to4 prefix when IPv4 WAN link is down`
`ipv6_6to4_150`	`Verify LAN side DHCPv6 client address contains a 6to4 prefix based on IPv4 WAN`
`ipv6_6to4_160`	`Verify LAN side DHCPv6 client address contains a 6to4 prefix which includes SLA ID`

`6rd.tcl`

6rd tunnel tests for connecting IPv6 hosts over IPv4 networks

Test Name	Synopsis
`ipv6_6rd_1`	`Verify IPv6 Router Advertisements include 6rd prefix based on IPv4 WAN`
`ipv6_6rd_2`	`Verify DUT assigns itself a global address on the LAN side 6rd network`
`ipv6_6rd_3`	`Verify IPv6 Router Advertisements include subnet ID`
`ipv6_6rd_10`	`Verify packets to 6rd addresses are tunneled directly to IPv4 address`
`ipv6_6rd_11`	`Verify packets to non 6rd addresses are tunneled to 6rd relay server`
`ipv6_6rd_12`	`Verify IPv4 src address of tunneled 6rd packets matches WAN IPv4 address`
`ipv6_6rd_13`	`Verify encapsulating IPv4 header for 6rd has the DF flag set correctly`
`ipv6_6rd_14`	`Verify DUT handles incoming 6rd fragmented packets`
`ipv6_6rd_100`	`Verify IPv6 Router Advertisements announce new 6rd prefix when IPv4 WAN changes`
`ipv6_6rd_101`	`Verify DUT updates global IPv6 address after IPv4 WAN change`
`ipv6_6rd_102`	`Verify DUT forwards tunneled IPv6 traffic after IPv4 WAN change`
`ipv6_6rd_103`	`Verify IPv6 router advertisements age out 6rd prefix when IPv4 WAN link is down`
`ipv6_6rd_150`	`Verify LAN side DHCPv6 client address contains a 6rd prefix based on IPv4 WAN`
`ipv6_6rd_160`	`Verify LAN side DHCPv6 client address contains a 6rd prefix which includes SLA ID`

`icmp-v6.tcl`

ICMPv6 tests for baseline ICMPv6 not including Neighbor Discovery

Test Name	Synopsis
`icmpv6_1`	`Verify ICMPv6 Echo Requests work through DUT`
`icmpv6_2`	`Verify ICMPv6 Echo Requests from multiple LAN clients work through DUT`
`icmpv6_3`	`Verify DUT responds to ICMPv6 Echo Requests to its global IPv6 address from LAN`
`icmpv6_4`	`Verify DUT responds to ICMPv6 Echo Requests to its link-local address`
`icmpv6_5`	`Verify ICMPv6 Echo Requests to DUT's global IPv6 address behave as expected`
`icmpv6_6`	`Verify DUT responds to ICMPv6 Echo Requests sent to the All-Routers multicast group`
`icmpv6_7`	`Verify DUT responds to ICMPv6 Echo Requests to the All-Routers group from a global prefix`
`icmpv6_8`	`Verify DUT responds to ICMPv6 Echo Requests sent to the All-Nodes group from a link-local address`
`icmpv6_9`	`Verify DUT responds to ICMPv6 Echo Requests to the All-Nodes group from a global IPv6 address`
`icmpv6_10`	`Verify ICMPv6 Time Exceeded packet is sent when incoming Hop Limit is 0 or 1 on LAN`
`icmpv6_11`	`Verify DUT forwards inbound ICMPv6 Time Exceeded`
`icmpv6_12`	`Verify DUT forwards inbound ICMPv6 Destination Unreachable`
`icmpv6_13`	`Verify DUT forwards inbound ICMPv6 Packet Too Big messages`
`icmpv6_14`	`Verify DUT forwards inbound ICMPv6 Parameter Problem`
`icmpv6_20`	`Verify DUT supports Path MTU Discovery over WAN interface`
`icmpv6_30`	`Verify Path MTU value is consistent with Router Advertisement MTU value`
`icmpv6_31`	`Verify Packet Too Big messages as IPv6 WAN MTU changes`
`icmpv6_32`	`Verify ICMPv6 Time Exceeded packet is sent when incoming Hop Limit is 0 or 1 on WAN`
`icmpv6_33`	`Verify DUT responds to ICMPv6 Echo Request with Hop Limit of 0 on the LAN`
`icmpv6_34`	`Verify DUT responds to ICMPv6 Echo Request with Hop Limit of 0 on the WAN`

`firewall-v6.tcl`

IPv6 Firewall tests including port scans

Test Name	Synopsis
`ipv6_firewall_1`	`Inbound TCP connections to public side HTTP port are blocked`
`ipv6_firewall_2`	`Inbound TCP connections to LAN hosts are blocked`
`ipv6_firewall_100`	`TCP port scan the LAN Client from WAN to verify the DUT does not forward unsolicited packets`
`ipv6_firewall_101`	`UDP port scan the LAN Client from WAN to verify the DUT does not forward unsolicited packets`
`ipv6_firewall_110`	`TCP fragmentation port scan test to verify the DUT does not forward unsolicited packets`
`ipv6_firewall_301`	`Verify firewall blocks/accepts piggyback TCP SYN connections from WAN`
`ipv6_firewall_505`	`Verify outbound packets with forbidden source addresses are not forwarded onto the WAN`
`ipv6_firewall_506`	`Verify inbound packets with forbidden source addresses are not forwarded onto the LAN`
`ipv6_firewall_508`	`Verify outbound packets are not forwarded if the source address is not a prefix of the interior network`
`ipv6_firewall_509`	`Verify inbound packets are not forwarded if the source address is assigned for use on the interior network`
`ipv6_firewall_510`	`Verify outbound packets with link local source addresses are not forwarded to the WAN`
`ipv6_firewall_511`	`Verify inbound packets with link local source addresses are not forwarded to the LAN`
`ipv6_firewall_512`	`Verify inbound IPv6 DNS queries on the WAN are not processed by DNS proxy`
`ipv6_firewall_513`	`Verify inbound DHCPv6 discovery packets on the WAN are not processed by DHCPv6 server`
`ipv6_firewall_540`	`Verify ICMPv6 Destination Unreachable message from WAN does not destroy UDP firewall state`
`ipv6_firewall_541`	`Verify ICMPv6 Destination Unreachable message from WAN does not destroy TCP firewall state`
`ipv6_firewall_542`	`Verify ICMPv6 Packet Too Big message from WAN does not destroy UDP firewall state`
`ipv6_firewall_543`	`Verify ICMPv6 Packet Too Big message from WAN does not destroy TCP firewall state`

`firewall-out-v6.tcl`

IPv6 Firewall tests for limiting outbound access to services

Test Name	Synopsis
`ipv6_firewall_outbound_1`	`Verify CPE does not forward outbound TCP packets to ports that have been administratively blocked`
`ipv6_firewall_outbound_2`	`Verify CPE does not forward outbound UDP packets to ports that have been administratively blocked`
`ipv6_firewall_outbound_3`	`Verify CPE does not forward outbound IP packets for protocols that have been administratively blocked`

`apps-v6.tcl`

Application tests for IPv6

Test Name	Synopsis
`ipv6_app_100`	`Verify IPv6 HTTP session through the router`
`ipv6_app_110`	`Verify IPv6 HTTPS session through the router`
`ipv6_app_112`	`Verify IPv6 DNS query through the router`
`ipv6_app_114`	`Verify IPv6 FTP session through the router`
`ipv6_app_120`	`Verify IPv6 SMTP session through the router`
`ipv6_app_122`	`Verify IPv6 POP3 session through the router`
`ipv6_app_124`	`Verify IPv6 TFTP session through the router`
`ipv6_app_126`	`Verify IPv6 NTP session through the router`
`ipv6_app_130`	`Verify IPv6 STUN session through the router`
`ipv6_app_131`	`Verify IPv6 authenticated STUN session through the router`
`ipv6_app_140`	`Verify IPv6 L2GRE session through the router`
`ipv6_mptcp_1`	`Verify a Multipath TCP connection can be opened (IPv6)`
`ipv6_mptcp_2`	`Verify a Multipath TCP connection with two subflows can be opened (IPv6)`

`forward-v6.tcl`

IPv6 forwarding tests with different packet sizes and directions

Test Name	Synopsis
`ipv6_forward_1`	`Verify IPv6 Hop Limit is decremented for forwarded packets`
`ipv6_forward_2`	`Verify IPv6 packet is not forwarded when IPv6 Hop Limit is 1 or 0`
`ipv6_forward_3`	`Verify IPv6 packet can be forwarded back through incoming LAN interface`
`ipv6_forward_10`	`Forward IPv6 UDP packets with various packet lengths (LAN to WAN)`
`ipv6_forward_11`	`Forward IPv6 UDP packets with various packet lengths (WAN to LAN)`

`jumbo-v6.tcl`

Jumbo MTU IPv6 forwarding tests with different packet sizes and directions

Test Name	Synopsis
`ipv6_jumbo_1`	`Verify IPv6 Hop Limit is decremented for forwarded jumbo MTU packets`
`ipv6_jumbo_2`	`Verify jumbo MTU IPv6 packet is not forwarded when IPv6 Hop Limit is 1 or 0`
`ipv6_jumbo_3`	`Verify jumbo MTU IPv6 packet can be forwarded back through incoming LAN interface`
`ipv6_jumbo_10`	`Forward jumbo MTU IPv6 UDP packets with various packet lengths (LAN to WAN)`
`ipv6_jumbo_11`	`Forward jumbo MTU IPv6 UDP packets with various packet lengths (WAN to LAN)`

`scaling-v6.tcl`

Scaling tests for maximum number of IPv6 clients and connections (TCP, HTTP, etc)

Test Name	Synopsis
`ipv6_scale_1`	`Verify all IPv6 clients obtain an IPv6 address via autoconf or DHCPv6 and are operational`
`ipv6_scale_2`	`Verify all IPv6 clients with multiple TCP connections`
`ipv6_scale_3`	`Verify all IPv6 clients with single UDP connection`

`dslite.tcl`

DS-Lite tests for tunneling IPv4 over IPv6

Test Name	Synopsis
`dslite_1`	`Verify NAT is not enabled on DS-Lite B4 interface`
`dslite_10`	`Verify B4 Element announces itself as the IPv4 default gateway using DHCPv4`
`dslite_11`	`Verify B4 Element announces itself as the IPv4 DNS server using DHCPv4`
`dslite_20`	`Verify DS-Lite packet fragmentation occurs at IPv6 layer and not the IPv4 layer`
`dslite_21`	`Verify IPv4 ICMP Unreachable is generated if DF=1 and packet would fragment`
`dslite_22`	`Verify IPv4 packet is dropped if DF=1 and packet would fragment`
`dslite_30`	`Verify DNS queries sent to router over IPv4 are forwarded to IPv6 DNS server`
`dslite_40`	`Verify LAN clients can reach the IPv4 address of DS-Lite AFTR`
`dslite_41`	`Verify LAN clients can reach the IPv4 address of DS-Lite B4`
`dslite_42`	`Verify IPv4 TOS is copied to IPv6 Traffic Class`

`dns-v6.tcl`

IPv6 DNS proxy and DNS failover related tests

Test Name	Synopsis
`ipv6_dns_10`	`Verify IPv6 DNS proxy does not cache DNS entry when DNS TTL is 0`
`ipv6_dns_11`	`Verify IPv6 DNS proxy returns TTL of 0 when returned DNS TTL is 0`
`ipv6_dns_40`	`Verify AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_41`	`Verify AAAA IPv6 DNS queries can return no address for IPv6 to IPv4 failover`
`ipv6_dns_45`	`Verify IPv6 DNS failover when non-zero error codes are received in non-authoritative DNS response`
`ipv6_dns_46`	`Verify IPv6 DNS failover when non-zero error codes are received in authoritative DNS response`
`ipv6_dns_50`	`Verify Reverse PTR DNS queries to router are forwarded to real DNS server`
`ipv6_dns_51`	`Verify Reverse AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_60`	`Verify IPv6 DNS proxy fails over when new primary DNS server is learned`
`ipv6_dns_70`	`Verify IPv6 DNS lookups with multiple IPv4 responses`
`ipv6_dns_100`	`Verify IPv6 DNS proxy recovers after DNS server outage`
`ipv6_dns_110`	`Verify IPv6 DNS queries including the EDNS0 option`
`ipv6_dns_120`	`Verify large DNS responses using EDNS0 option`
`ipv6_dns_121`	`Verify maximum UDP payload value in EDNS0 option`
`ipv6_dns_130`	`Verify IPv6 DNS queries for TXT records`
`ipv6_dns_132`	`Verify DNS queries for CNAME records`
`ipv6_dns_133`	`Verify DNS queries for responses returning both CNAME and A records`
`ipv6_dns_134`	`Verify DNS queries for responses returning both CNAME and AAAA records`
`ipv6_dns_140`	`Verify IPv6 DNS queries for SPF records`
`ipv6_dns_141`	`Verify IPv6 DNS queries for SRV records`
`ipv6_dns_150`	`Verify DNS proxy behavior for DNS server status requests`
`ipv6_dns_200`	`Verify IPv6 DNS proxy does not mangle DNSSEC queries`
`ipv6_dns_201`	`Verify IPv6 DNS proxy does not mangle large DNSSEC responses`
`ipv6_dns_300`	`Verify IPv6 DNS proxy honors TTL values when caching responses`
`ipv6_dns_301`	`Verify maximum number of cached DNS responses`
`ipv6_dns_400`	`Verify parallel DNS queries`
`ipv6_dns_410`	`Verify DNS does not deploy NXDOMAIN hijacking for type A records`
`ipv6_dns_411`	`Verify DNS does not deploy NXDOMAIN hijacking for type AAAA records`
`ipv6_dns_420`	`Verify DNS proxy handles use of bit 0x20 in DNS labels`
`ipv6_dns_500`	`Verify DNS proxy enforces DNS strict privacy usage profile`

`dns-https-v6.tcl`

IPv6 DNS over HTTPS (DoH) proxy and DNS failover related tests

Test Name	Synopsis
`ipv6_dns_https_10`	`Verify IPv6 DNS proxy does not cache DNS entry when DNS TTL is 0`
`ipv6_dns_https_11`	`Verify IPv6 DNS proxy returns TTL of 0 when returned DNS TTL is 0`
`ipv6_dns_https_40`	`Verify AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_https_41`	`Verify AAAA IPv6 DNS queries can return no address for IPv6 to IPv4 failover`
`ipv6_dns_https_45`	`Verify IPv6 DNS failover when non-zero error codes are received in non-authoritative DNS response`
`ipv6_dns_https_46`	`Verify IPv6 DNS failover when non-zero error codes are received in authoritative DNS response`
`ipv6_dns_https_50`	`Verify Reverse PTR DNS queries to router are forwarded to real DNS server`
`ipv6_dns_https_51`	`Verify Reverse AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_https_60`	`Verify IPv6 DNS proxy fails over when new primary DNS server is learned`
`ipv6_dns_https_70`	`Verify IPv6 DNS lookups with multiple IPv4 responses`
`ipv6_dns_https_100`	`Verify IPv6 DNS proxy recovers after DNS server outage`
`ipv6_dns_https_110`	`Verify IPv6 DNS queries including the EDNS0 option`
`ipv6_dns_https_120`	`Verify large DNS responses using EDNS0 option`
`ipv6_dns_https_121`	`Verify maximum UDP payload value in EDNS0 option`
`ipv6_dns_https_130`	`Verify IPv6 DNS queries for TXT records`
`ipv6_dns_https_132`	`Verify DNS queries for CNAME records`
`ipv6_dns_https_133`	`Verify DNS queries for responses returning both CNAME and A records`
`ipv6_dns_https_134`	`Verify DNS queries for responses returning both CNAME and AAAA records`
`ipv6_dns_https_140`	`Verify IPv6 DNS queries for SPF records`
`ipv6_dns_https_141`	`Verify IPv6 DNS queries for SRV records`
`ipv6_dns_https_150`	`Verify DNS proxy behavior for DNS server status requests`
`ipv6_dns_https_200`	`Verify IPv6 DNS proxy does not mangle DNSSEC queries`
`ipv6_dns_https_201`	`Verify IPv6 DNS proxy does not mangle large DNSSEC responses`
`ipv6_dns_https_300`	`Verify IPv6 DNS proxy honors TTL values when caching responses`
`ipv6_dns_https_301`	`Verify maximum number of cached DNS responses`
`ipv6_dns_https_400`	`Verify parallel DNS queries`
`ipv6_dns_https_410`	`Verify DNS does not deploy NXDOMAIN hijacking for type A records`
`ipv6_dns_https_411`	`Verify DNS does not deploy NXDOMAIN hijacking for type AAAA records`
`ipv6_dns_https_420`	`Verify DNS proxy handles use of bit 0x20 in DNS labels`
`ipv6_dns_https_500`	`Verify DNS proxy enforces DNS strict privacy usage profile`

`dns-tcp-v6.tcl`

IPv6 DNS over TCP proxy and DNS failover related tests

Test Name	Synopsis
`ipv6_dns_tcp_10`	`Verify IPv6 DNS proxy does not cache DNS entry when DNS TTL is 0`
`ipv6_dns_tcp_11`	`Verify IPv6 DNS proxy returns TTL of 0 when returned DNS TTL is 0`
`ipv6_dns_tcp_40`	`Verify AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_tcp_41`	`Verify AAAA IPv6 DNS queries can return no address for IPv6 to IPv4 failover`
`ipv6_dns_tcp_45`	`Verify IPv6 DNS failover when non-zero error codes are received in non-authoritative DNS response`
`ipv6_dns_tcp_46`	`Verify IPv6 DNS failover when non-zero error codes are received in authoritative DNS response`
`ipv6_dns_tcp_50`	`Verify Reverse PTR DNS queries to router are forwarded to real DNS server`
`ipv6_dns_tcp_51`	`Verify Reverse AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_tcp_60`	`Verify IPv6 DNS proxy fails over when new primary DNS server is learned`
`ipv6_dns_tcp_70`	`Verify IPv6 DNS lookups with multiple IPv4 responses`
`ipv6_dns_tcp_100`	`Verify IPv6 DNS proxy recovers after DNS server outage`
`ipv6_dns_tcp_110`	`Verify IPv6 DNS queries including the EDNS0 option`
`ipv6_dns_tcp_120`	`Verify large DNS responses using EDNS0 option`
`ipv6_dns_tcp_121`	`Verify maximum UDP payload value in EDNS0 option`
`ipv6_dns_tcp_130`	`Verify IPv6 DNS queries for TXT records`
`ipv6_dns_tcp_132`	`Verify DNS queries for CNAME records`
`ipv6_dns_tcp_133`	`Verify DNS queries for responses returning both CNAME and A records`
`ipv6_dns_tcp_134`	`Verify DNS queries for responses returning both CNAME and AAAA records`
`ipv6_dns_tcp_140`	`Verify IPv6 DNS queries for SPF records`
`ipv6_dns_tcp_141`	`Verify IPv6 DNS queries for SRV records`
`ipv6_dns_tcp_150`	`Verify DNS proxy behavior for DNS server status requests`
`ipv6_dns_tcp_200`	`Verify IPv6 DNS proxy does not mangle DNSSEC queries`
`ipv6_dns_tcp_201`	`Verify IPv6 DNS proxy does not mangle large DNSSEC responses`
`ipv6_dns_tcp_300`	`Verify IPv6 DNS proxy honors TTL values when caching responses`
`ipv6_dns_tcp_301`	`Verify maximum number of cached DNS responses`
`ipv6_dns_tcp_400`	`Verify parallel DNS queries`
`ipv6_dns_tcp_410`	`Verify DNS does not deploy NXDOMAIN hijacking for type A records`
`ipv6_dns_tcp_411`	`Verify DNS does not deploy NXDOMAIN hijacking for type AAAA records`
`ipv6_dns_tcp_420`	`Verify DNS proxy handles use of bit 0x20 in DNS labels`
`ipv6_dns_tcp_500`	`Verify DNS proxy enforces DNS strict privacy usage profile`

`dns-tls-v6.tcl`

IPv6 DNS over TLS proxy and DNS failover related tests

Test Name	Synopsis
`ipv6_dns_tls_10`	`Verify IPv6 DNS proxy does not cache DNS entry when DNS TTL is 0`
`ipv6_dns_tls_11`	`Verify IPv6 DNS proxy returns TTL of 0 when returned DNS TTL is 0`
`ipv6_dns_tls_40`	`Verify AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_tls_41`	`Verify AAAA IPv6 DNS queries can return no address for IPv6 to IPv4 failover`
`ipv6_dns_tls_45`	`Verify IPv6 DNS failover when non-zero error codes are received in non-authoritative DNS response`
`ipv6_dns_tls_46`	`Verify IPv6 DNS failover when non-zero error codes are received in authoritative DNS response`
`ipv6_dns_tls_50`	`Verify Reverse PTR DNS queries to router are forwarded to real DNS server`
`ipv6_dns_tls_51`	`Verify Reverse AAAA IPv6 DNS queries to router are forwarded to real DNS server`
`ipv6_dns_tls_60`	`Verify IPv6 DNS proxy fails over when new primary DNS server is learned`
`ipv6_dns_tls_70`	`Verify IPv6 DNS lookups with multiple IPv4 responses`
`ipv6_dns_tls_100`	`Verify IPv6 DNS proxy recovers after DNS server outage`
`ipv6_dns_tls_110`	`Verify IPv6 DNS queries including the EDNS0 option`
`ipv6_dns_tls_120`	`Verify large DNS responses using EDNS0 option`
`ipv6_dns_tls_121`	`Verify maximum UDP payload value in EDNS0 option`
`ipv6_dns_tls_130`	`Verify IPv6 DNS queries for TXT records`
`ipv6_dns_tls_132`	`Verify DNS queries for CNAME records`
`ipv6_dns_tls_133`	`Verify DNS queries for responses returning both CNAME and A records`
`ipv6_dns_tls_134`	`Verify DNS queries for responses returning both CNAME and AAAA records`
`ipv6_dns_tls_140`	`Verify IPv6 DNS queries for SPF records`
`ipv6_dns_tls_141`	`Verify IPv6 DNS queries for SRV records`
`ipv6_dns_tls_150`	`Verify DNS proxy behavior for DNS server status requests`
`ipv6_dns_tls_200`	`Verify IPv6 DNS proxy does not mangle DNSSEC queries`
`ipv6_dns_tls_201`	`Verify IPv6 DNS proxy does not mangle large DNSSEC responses`
`ipv6_dns_tls_300`	`Verify IPv6 DNS proxy honors TTL values when caching responses`
`ipv6_dns_tls_301`	`Verify maximum number of cached DNS responses`
`ipv6_dns_tls_400`	`Verify parallel DNS queries`
`ipv6_dns_tls_410`	`Verify DNS does not deploy NXDOMAIN hijacking for type A records`
`ipv6_dns_tls_411`	`Verify DNS does not deploy NXDOMAIN hijacking for type AAAA records`
`ipv6_dns_tls_420`	`Verify DNS proxy handles use of bit 0x20 in DNS labels`
`ipv6_dns_tls_500`	`Verify DNS proxy enforces DNS strict privacy usage profile`

`url-filter-v6.tcl`

IPv6 URL filtering tests for LAN side HTTP clients

Test Name	Synopsis
`ipv6_urlfilter_10`	`Verify HTTP GETs to filtered URLs over IPv6 are blocked`
`ipv6_urlfilter_12`	`Verify HTTP GETs to filtered URLs over IPv6 are blocked without DNS lookups`
`ipv6_urlfilter_15`	`Verify HTTP HEADs to filtered URLs over IPv6 are blocked`
`ipv6_urlfilter_20`	`Verify HTTP POSTs to filtered URLs over IPv6 are blocked`
`ipv6_urlfilter_30`	`Verify URL filtering over IPv6 does not look at Cookie data`
`ipv6_urlfilter_40`	`Verify HTTPS GETs to filtered URLs over IPv6 are blocked`

`mcast-v6.tcl`

MLDv1/v2 and multicast data tests for IPv6 MLD proxy

Test Name	Synopsis
`ipv6_mcast_1`	`MLD packets from LAN are proxied to WAN interface`
`ipv6_mcast_2`	`Verify IPv6 Hop-Limit is decremented for multicast packets`
`ipv6_mcast_11`	`Forward Multicast IPv6 UDP packets with various packet lengths (LAN to WAN)`
`ipv6_mcast_12`	`Forward Multicast IPv6 UDP packets with various packet lengths (WAN to LAN)`
`ipv6_mcast_20`	`Verify MLD router periodically sends general MLD Query on LAN interface`
`ipv6_mcast_50`	`Multicast streams are not forwarded if no group members exist`
`ipv6_mcast_51`	`Multicast streams are not forwarded after last member leaves group`
`ipv6_mcast_52`	`Multicast streams are not forwarded after last member ages out`
`ipv6_mcast_53`	`MLD proxy interface answers MLD general query requests`
`ipv6_mcast_54`	`MLD proxy interface answers MLD specific query requests`
`ipv6_mcast_60`	`Verify MLD router sends MLD Group Specific Query after last member leaves group`
`ipv6_mcast_70`	`Verify MLD router sends MLD Leave after last group member ages out`
`ipv6_mcast_80`	`Verify MLD router accepts reports with unspecified source address`
`ipv6_mcast_81`	`Verify MLD snooping switch scenario with unspecified source address`
`ipv6_mcast_100`	`Verify the maximum number of multicast groups received on the LAN`
`ipv6_mcast_110`	`Verify IPTV channel change test scenario 1 (no overlap)`
`ipv6_mcast_120`	`Verify IPTV channel change test scenario 2 (overlap)`
`ipv6_mcast_200`	`Verify MLDv2 membership with source specific ALLOW_NEW_SOURCES/BLOCK_OLD_SOURCES`
`ipv6_mcast_210`	`Verify MLDv2 router blocks incoming multicast sources that do not match the source list`
`ipv6_mcast_220`	`Verify MLDv2 router blocks incoming sources on a per group basis`
`ipv6_mcast_230`	`Verify MLDv2 source specific group with multiple sources`
`ipv6_mcast_240`	`Verify MLDv2 general query requests with source specific memberships`
`ipv6_mcast_250`	`Verify MLDv2 specific query requests with source specific memberships`
`ipv6_mcast_260`	`Verify MLDv2 group and source specific query requests`
`ipv6_mcast_300`	`Verify MLDv2 maximum number of multicast groups with multiple group records`
`ipv6_mcast_310`	`Verify MLDv2 source specific IPTV channel change test scenario`

`ula.tcl`

IPv6 unique local address (ULA) test module

Test Name	Synopsis
`ula_1`	`Verify Router Advertisements include valid unique local prefix`
`ula_2`	`Verify Route Information option is advertised for unique local prefix`
`ula_3`	`Verify advertised unique local prefix includes A bit and L bit based on LAN settings`
`ula_4`	`Verify DUT responds to Neighbor Solicitations for its IPv6 unique local address`
`ula_5`	`Verify that DUT does not advertise unique local prefixes on the WAN`
`ula_10`	`Verify unique local prefix is advertised when WAN link is down`
`ula_11`	`Verify Route Information option for unique local prefix is valid when WAN link is down`
`ula_12`	`Verify DUT does not advertise itself as a default router when WAN link is down`
`ula_13`	`Verify unique local prefix is advertised when WAN RA lifetime is 0`
`ula_14`	`Verify Route Information option for unique local prefix is valid when WAN RA lifetime is 0`
`ula_20`	`Verify DUT responds to ICMPv6 Echo Requests to its IPv6 unique local address from LAN`
`ula_21`	`Verify DUT responds to ICMPv6 Echo Requests to the All-Routers group from a unique local prefix`
`ula_22`	`Verify DUT responds to ICMPv6 Echo Requests to the All Nodes group from a unique local IPv6 address`
`ula_30`	`Verify packets with IPv6 unique local source addresses are not forwarded to the WAN`
`ula_31`	`Verify packets with IPv6 unique local destination addresses are not forwarded to the WAN`
`ula_32`	`Verify packets with IPv6 unique local source addresses are not forwarded to the LAN`
`ula_33`	`Verify packets with IPv6 unique local destination addresses are not forwarded to the LAN`

`static-v6.tcl`

IPv6 static route related tests

Test Name	Synopsis
`static_v6_1`	`Verify all LAN IPv6 static routes with LAN side traffic only`
`static_v6_2`	`Verify all LAN IPv6 static routes with LAN to WAN traffic`
`static_v6_10`	`Verify all WAN IPv6 static routes`
`static_v6_20`	`Verify all WAN IPv6 static routes after WAN ISP address change`

`cpe-v6.tcl`

Tests to verify requirements in RFC 7084

Test Name	Synopsis
`cpe_v6_1`	`RA Prefix Information Option L-flag, L-flag=0 without Default Router`
`cpe_v6_2`	`RA Prefix Information Option L-flag, L-flag=1 without Default Router`
`cpe_v6_3`	`RA Prefix Information Option L-flag, L-flag=0 with Default Router`
`cpe_v6_4`	`RA Prefix Information Option L-flag, L-flag=1 with Default Router`
`cpe_v6_5`	`DHCPv6 Required Options`
`cpe_v6_6`	`RA M-flag is Set`
`cpe_v6_7`	`RA M and O flags Effect on DHCP Prefix Delegation, M-flag=1, O-flag=0`
`cpe_v6_8`	`RA M and O flags Effect on DHCP Prefix Delegation, M-flag=0, O-flag=1`
`cpe_v6_9`	`RA M and O flags Effect on DHCP Prefix Delegation, M-flag=1, O-flag=1`
`cpe_v6_10`	`No Global Address is Configured`
`cpe_v6_11`	`Different DHCPv6 Prefix Size from Hint`
`cpe_v6_12`	`Prevent Forwarding Loops`
`cpe_v6_13`	`Assign /64 Prefixes to LAN Interfaces, Prefix Length of /64`
`cpe_v6_14`	`Assign /64 Prefixes to LAN Interfaces, Prefix Length of /48`
`cpe_v6_15`	`Assign /64 Prefixes to LAN Interfaces, Prefix Length of /56`
`cpe_v6_16`	`RA Route Information Option, Having WAN Connectivity`
`cpe_v6_17`	`RA Route Information Option, Without WAN Connectivity`
`cpe_v6_18`	`No Prefixes Delegated`
`cpe_v6_19`	`No Prefixes Delegated, Delegated Prefix Expired`
`cpe_v6_20`	`Router Advertisement, Advertising Interface`
`cpe_v6_21`	`Delegated Prefix Change`
`cpe_v6_22`	`Default Source Address Selection, Prefer Appropriate Scope`
`cpe_v6_23`	`Default Source Address Selection, Avoid Deprecated Addresses`
`cpe_v6_24`	`Default Source Address Selection, Use Longest Matching Prefix`
`cpe_v6_25`	`Default Router Lost`
`cpe_v6_26`	`Forwarding before address acquisition - DHCPv6 Leases Expired`
`cpe_v6_27`	`Forwarding before address acquisition - Reboot`
`cpe_v6_28`	`No Default Router`
`cpe_v6_29`	`IPv6 Host on WAN`
`cpe_v6_30`	`Duplicate Address Detection before Router Discovery`
`cpe_v6_31`	`Persistent DUID`
`cpe_v6_32`	`Dual-Stack PPP Encapsulation`
`cpe_v6_33`	`Stateless Address Autoconfiguration on the WAN`
`cpe_v6_34`	`DHCPv6 on the WAN`
`cpe_v6_35`	`DHCPv6 NTP Server Option`
`cpe_v6_36`	`DHCPv6 SOL_MAX_RT Option`
`cpe_v6_37`	`Unique Local Addresses`
`cpe_v6_38`	`ULA Consistency`
`cpe_v6_39`	`ULA Site Border`
`cpe_v6_40`	`Router Lifetime with only ULA prefixes`
`cpe_v6_41`	`Dynamic Routing Protocols`
`cpe_v6_42`	`Prefix Exclude Option`
`cpe_v6_43`	`LAN DHCPv6 Server`
`cpe_v6_44`	`DNS Information in DHCPv6 Messages`
`cpe_v6_45`	`DNS Information in Router Advertisements`
`cpe_v6_46`	`Ingress Filtering`
`cpe_v6_47`	`Processing Router Advertisements on the LAN`

`sip-v6.tcl`

SIP over IPv6 testing

Test Name	Synopsis
`ipv6_sip_1`	`Verify SIPv6 registration`
`ipv6_sip_2`	`Verify SIPv6 registration with short format SIP headers`
`ipv6_sip_10`	`Verify SIPv6 outbound call`
`ipv6_sip_11`	`Verify short format SIP headers during outbound SIPv6 call`
`ipv6_sip_20`	`Verify SIPv6 inbound call`
`ipv6_sip_21`	`Verify short format SIP headers during inbound SIPv6 call`
`ipv6_sip_200`	`Verify outbound SIPv6 calls with multiple DHCP LAN clients`
`ipv6_sip_201`	`Verify outbound SIPv6 calls with multiple DHCP LAN clients without registering a port`
`ipv6_sip_300`	`Verify outbound SIPv6 calls with multiple DHCP LAN clients (TCP)`
`ipv6_sip_301`	`Verify outbound SIPv6 calls with multiple DHCP LAN clients (TCP) without registering a port`

`triggerp-v6.tcl`

Tests to verify configured IPv6 trigger ports on the router

Test Name	Synopsis
`ipv6_tport_10`	`Verify basic case for each configured IPv6 trigger port application`
`ipv6_tport_30`	`Verify multiple LAN hosts can use IPv6 trigger ports after mappings are aged out`

`rfc6092.tcl`

IETF RFC 6092 simple security in IPv6 gateway CPE tests

Test Name	Synopsis
`rfc6092_rec_1`	`Section 3.1: Stateless filters, REC-1`
`rfc6092_rec_2`	`Section 3.1: Stateless filters, REC-2`
`rfc6092_rec_3`	`Section 3.1: Stateless filters, REC-3`
`rfc6092_rec_4`	`Section 3.1: Stateless filters, REC-4`
`rfc6092_rec_5`	`Section 3.1: Stateless filters, REC-5`
`rfc6092_rec_6`	`Section 3.1: Stateless filters, REC-6`
`rfc6092_rec_7`	`Section 3.1: Stateless filters, REC-7`
`rfc6092_rec_8`	`Section 3.1: Stateless filters, REC-8`
`rfc6092_rec_9`	`Section 3.1: Stateless filters, REC-9`
`rfc6092_rec_10`	`Section 3.2.1: Internet Control and Management, REC-10`
`rfc6092_rec_12`	`Section 3.2.2: Upper Layer Transport Protocols, REC-12`
`rfc6092_rec_14`	`Section 3.2.3: UDP Filters, REC-14`
`rfc6092_rec_16`	`Section 3.2.3: UDP Filters, REC-16`
`rfc6092_rec_17`	`Section 3.2.3: UDP Filters, REC-17`
`rfc6092_rec_18`	`Section 3.2.3: UDP Filters, REC-18`
`rfc6092_rec_19`	`Section 3.2.3: UDP Filters, REC-19`
`rfc6092_rec_20`	`Section 3.2.3: UDP Filters, REC-20`
`rfc6092_rec_21`	`Section 3.2.4: IPSec and Internet Key Exchange (IKE), REC-21`
`rfc6092_rec_31`	`Section 3.3.1: TCP Filters, REC-31`
`rfc6092_rec_32`	`Section 3.3.1: TCP Filters, REC-32`
`rfc6092_rec_33`	`Section 3.3.1: TCP Filters, REC-33`
`rfc6092_rec_34`	`Section 3.3.1: TCP Filters, REC-34`
`rfc6092_rec_35`	`Section 3.3.1: TCP Filters, REC-35`
`rfc6092_rec_36`	`Section 3.3.1: TCP Filters, REC-36`
`rfc6092_rec_37`	`Section 3.3.1: TCP Filters, REC-37`
`rfc6092_rec_38`	`Section 3.3.2: SCTP Filters, REC-38`
`rfc6092_rec_39`	`Section 3.3.2: SCTP Filters, REC-39`
`rfc6092_rec_40a`	`Section 3.3.2: SCTP Filters, REC-40, Part A`
`rfc6092_rec_40b`	`Section 3.3.2: SCTP Filters, REC-40, Part B`
`rfc6092_rec_41`	`Section 3.3.2: SCTP Filters, REC-41`
`rfc6092_rec_42`	`Section 3.3.2: SCTP Filters, REC-42`

`rip-ng.tcl`

RIPng tests for LAN side of the router

Test Name	Synopsis
`ipv6_ripng_1`	`Verify router sends RIPng update on LAN side`
`ipv6_ripng_2`	`Verify router learns new RIPng routes from LAN side RIPng router`
`ipv6_ripng_5`	`Verify router responds to RIPng requests on LAN interface`
`ipv6_ripng_10`	`Verify router selects RIPng route with lowest metric`
`ipv6_ripng_12`	`Verify router ignores routes with a metric of 16`
`ipv6_ripng_20`	`Verify router uses split horizon or poison reverse for learned RIPng routes`
`ipv6_ripng_30`	`Verify router announces default route on LAN side`
`ipv6_ripng_100`	`Verify the maximum number of RIPng routes supported`
`ipv6_ripng_200`	`Verify router learns new RIPng routes from WAN side RIPng router`
`ipv6_ripng_300`	`Verify router processes Next Hop RTEs in RIPng route list`

`mdns-v6.tcl`

IPv6 mDNS related test cases

Test Name	Synopsis
`ipv6_mdns_10`	`Verify DUT responds to IPv6 one-shot mDNS query of its hostname`
`ipv6_mdns_11`	`Verify DUT responds to IPv6 one-shot mDNS reverse query of its LAN IP`
`ipv6_mdns_12`	`Verify DUT returns DNS-Service Discovery records for its web server over IPv6 using one-shot mDNS`
`ipv6_mdns_13`	`Verify DUT does not forward IPv6 LAN one-shot mDNS query onto the WAN`
`ipv6_mdns_14`	`Verify DUT returns TXT and SRV records for its web server over IPv6 using one-shot mDNS`
`ipv6_mdns_20`	`Verify DUT responds to IPv6 mDNS query of its hostname`
`ipv6_mdns_21`	`Verify DUT responds to IPv6 mDNS reverse query of its LAN IP`
`ipv6_mdns_22`	`Verify DUT returns DNS-Service Discovery records for its web server over IPv6`
`ipv6_mdns_23`	`Verify DUT does not forward IPv6 LAN mDNS query onto the WAN`
`ipv6_mdns_24`	`Verify DUT returns TXT and SRV records for its web server over IPv6`

`http-v6.tcl`

IPv6 HTTP related test cases

Test Name	Synopsis
`ipv6_http_100`	`Verify IPv6 HTTP/1.0 GET connections`
`ipv6_http_101`	`Verify IPv6 HTTP/1.0 POST connections`
`ipv6_http_102`	`Verify IPv6 HTTP/1.0 HEAD connections`
`ipv6_http_103`	`Verify IPv6 HTTP/1.0 GET connections with large number of headers`
`ipv6_http_200`	`Verify IPv6 HTTP/1.1 GET connections`
`ipv6_http_201`	`Verify IPv6 HTTP/1.1 POST connections`
`ipv6_http_202`	`Verify IPv6 HTTP/1.1 HEAD connections`
`ipv6_http_203`	`Verify IPv6 HTTP/1.1 PUT connections`
`ipv6_http_204`	`Verify IPv6 HTTP/1.1 OPTIONS connections`
`ipv6_http_205`	`Verify IPv6 HTTP/1.1 DELETE connections`
`ipv6_http_206`	`Verify IPv6 HTTP/1.1 GET connections with large number of headers`
`ipv6_http_250`	`Verify IPv6 HTTP/1.1 GET connections with chunked encoding`
`ipv6_http_260`	`Verify IPv6 HTTP/1.1 proxy idle timeout`
`ipv6_http_300`	`Verify IPv6 HTTP/1.1 WebSocket Ping message`
`ipv6_http_301`	`Verify IPv6 HTTP/1.1 WebSocket Text message`

`https-v6.tcl`

IPv6 HTTPS related test cases

Test Name	Synopsis
`ipv6_https_100`	`Verify IPv6 HTTPS/1.0 GET connections`
`ipv6_https_101`	`Verify IPv6 HTTPS/1.0 POST connections`
`ipv6_https_102`	`Verify IPv6 HTTPS/1.0 HEAD connections`
`ipv6_https_103`	`Verify IPv6 HTTPS/1.0 GET connections with large number of headers`
`ipv6_https_200`	`Verify IPv6 HTTPS/1.1 GET connections`
`ipv6_https_201`	`Verify IPv6 HTTPS/1.1 POST connections`
`ipv6_https_202`	`Verify IPv6 HTTPS/1.1 HEAD connections`
`ipv6_https_203`	`Verify IPv6 HTTPS/1.1 PUT connections`
`ipv6_https_204`	`Verify IPv6 HTTPS/1.1 OPTIONS connections`
`ipv6_https_205`	`Verify IPv6 HTTPS/1.1 DELETE connections`
`ipv6_https_206`	`Verify IPv6 HTTPS/1.1 GET connections with large number of headers`
`ipv6_https_250`	`Verify IPv6 HTTPS/1.1 GET connections with chunked encoding`
`ipv6_https_300`	`Verify IPv6 HTTPS/1.1 WebSocket Ping message`
`ipv6_https_301`	`Verify IPv6 HTTPS/1.1 WebSocket Text message`

`http2-v6.tcl`

IPv6 HTTP/2 related test cases

Test Name	Synopsis
`ipv6_http2_100`	`Verify HTTP/2 GET connections`
`ipv6_http2_101`	`Verify HTTP/2 POST connections`
`ipv6_http2_102`	`Verify HTTP/2 HEAD connections`
`ipv6_http2_103`	`Verify HTTP/2 PUT connections`
`ipv6_http2_104`	`Verify HTTP/2 OPTIONS connections`
`ipv6_http2_105`	`Verify HTTP/2 DELETE connections`
`ipv6_http2_106`	`Verify HTTP/2 GET connections with large number of headers`

`http2-tls-v6.tcl`

IPv6 HTTP/2 over TLS related test cases

Test Name	Synopsis
`ipv6_http2_tls_100`	`Verify HTTP/2 GET connections over TLS`
`ipv6_http2_tls_101`	`Verify HTTP/2 POST connections over TLS`
`ipv6_http2_tls_102`	`Verify HTTP/2 HEAD connections over TLS`
`ipv6_http2_tls_103`	`Verify HTTP/2 PUT connections over TLS`
`ipv6_http2_tls_104`	`Verify HTTP/2 OPTIONS connections over TLS`
`ipv6_http2_tls_105`	`Verify HTTP/2 DELETE connections over TLS`
`ipv6_http2_tls_106`	`Verify HTTP/2 GET connections over TLS with large number of headers`

`upnp-v6.tcl`

IPv6 UPnP tests for routers that support IGDv1/IGDv2 devices

Test Name	Synopsis
`ipv6_ssdp_1`	`Verify UPnP router responds to SSDP Discovery Requests on LAN (IPv6)`
`ipv6_ssdp_2`	`Verify UPnP router does not respond to SSDP Discovery Requests on WAN (IPv6)`
`ipv6_ssdp_3`	`Verify UPnP router supports discovery of required IGD devices and services (IPv6)`
`ipv6_ssdp_4`	`Verify UPnP router does not respond to SSDP Discovery Requests without MX header (IPv6)`
`ipv6_ssdp_5`	`Verify UPnP router responds to unicast SSDP Discovery Requests on LAN (IPv6)`
`ipv6_ssdp_6`	`Verify required headers of M-SEARCH responses on LAN (IPv6)`
`ipv6_upnp_10`	`Verify XML description of IGD root device can be parsed (IPv6)`
`ipv6_upnp_12`	`Verify XML descriptions cannot be loaded from the WAN side of router (IPv6)`
`ipv6_upnp_20`	`Verify XML description for WANIPConnection or WANPPPConnection service can be parsed (IPv6)`
`ipv6_upnp_25`	`Verify router responds to UPnP Query for ConnectionStatus (IPv6)`
`ipv6_upnp_30`	`Verify UPnP GetExternalIPAddress Action returns WAN IP address (IPv6)`
`ipv6_upnp_31`	`Verify UPnP GetStatusInfo Action returns correct ConnectionStatus information (IPv6)`
`ipv6_upnp_32`	`Verify UPnP GetStatusInfo Action returns increasing Uptime value (IPv6)`
`ipv6_upnp_35`	`Add/delete dynamic UPnP TCP port mapping for wildcard IP source address (IPv6)`
`ipv6_upnp_36`	`Add/delete dynamic UPnP TCP port mapping for specific IP source address (IPv6)`
`ipv6_upnp_40`	`Add/delete dynamic UPnP UDP port mapping for wildcard IP source address (IPv6)`
`ipv6_upnp_41`	`Add/delete dynamic UPnP UDP port mapping for specific IP source address (IPv6)`
`ipv6_upnp_45`	`Verify UPnP Router rejects new port mappings that conflict (IPv6)`
`ipv6_upnp_50`	`Verify dynamic UPnP port mapping is deleted when lease expires (IPv6)`
`ipv6_upnp_100`	`Maximum number of UPnP TCP dynamic port mappings (IPv6)`
`ipv6_upnp_200`	`Verify UPnP clients can subscribe/unsubcribe to events for WANIPConnection or WANPPPConnection (IPv6)`
`ipv6_upnp_201`	`Verify UPnP clients can subscribe to events with infinite subscription time (IPv6)`
`ipv6_upnp_202`	`Verify UPnP clients can renew NOTIFY events for WANIPConnection or WANPPPConnection (IPv6)`
`ipv6_upnp_203`	`Verify router sends UPnP NOTIFY events for ConnectionStatus (IPv6)`
`ipv6_upnp_204`	`Verify router sends UPnP NOTIFY events with updated ExternalIPAddress (IPv6)`
`ipv6_upnp_210`	`Verify router stops sending NOTIFY events when subscription expires (IPv6)`
`ipv6_upnp_220`	`Verify the maximum number of UPnP event subscriptions that can be created (IPv6)`
`ipv6_upnp_400`	`Check for UPnP format string vulnerability used by BCMPUPnP_Hunter malware`
`ipv6_ssdp_igd2_3`	`Verify UPnP router supports discovery of required IGD devices and services (IGD2,IPv6)`
`ipv6_upnp_igd2_10`	`Verify XML description of IGD root device can be parsed (IGD2,IPv6)`
`ipv6_upnp_igd2_12`	`Verify XML descriptions cannot be loaded from the WAN side of router (IGD2,IPv6)`
`ipv6_upnp_igd2_20`	`Verify XML description for WANIPConnection or WANPPPConnection service can be parsed (IGD2,IPv6)`
`ipv6_upnp_igd2_25`	`Verify router responds to UPnP Query for ConnectionStatus (IGD2,IPv6)`
`ipv6_upnp_igd2_30`	`Verify UPnP GetExternalIPAddress Action returns WAN IP address (IGD2,IPv6)`
`ipv6_upnp_igd2_31`	`Verify UPnP GetStatusInfo Action returns correct ConnectionStatus information (IGD2,IPv6)`
`ipv6_upnp_igd2_32`	`Verify UPnP GetStatusInfo Action returns increasing Uptime value (IGD2,IPv6)`
`ipv6_upnp_igd2_35`	`Add/delete dynamic UPnP TCP port mapping for wildcard IP source address (IGD2,IPv6)`
`ipv6_upnp_igd2_36`	`Add/delete dynamic UPnP TCP port mapping for specific IP source address (IGD2,IPv6)`
`ipv6_upnp_igd2_40`	`Add/delete dynamic UPnP UDP port mapping for wildcard IP source address (IGD2,IPv6)`
`ipv6_upnp_igd2_41`	`Add/delete dynamic UPnP UDP port mapping for specific IP source address (IGD2,IPv6)`
`ipv6_upnp_igd2_45`	`Verify UPnP Router rejects new port mappings that conflict (IGD2,IPv6)`
`ipv6_upnp_igd2_50`	`Verify dynamic UPnP port mapping is deleted when lease expires (IGD2,IPv6)`
`ipv6_upnp_igd2_100`	`Maximum number of UPnP TCP dynamic port mappings (IGD2,IPv6)`
`ipv6_upnp_igd2_200`	`Verify UPnP clients can subscribe/unsubcribe to events for WANIPConnection or WANPPPConnection (IGD2,IPv6)`
`ipv6_upnp_igd2_201`	`Verify UPnP clients can subscribe to events with infinite subscription time (IGD2,IPv6)`
`ipv6_upnp_igd2_202`	`Verify UPnP clients can renew NOTIFY events for WANIPConnection or WANPPPConnection (IGD2,IPv6)`
`ipv6_upnp_igd2_203`	`Verify router sends UPnP NOTIFY events for ConnectionStatus (IGD2,IPv6)`
`ipv6_upnp_igd2_204`	`Verify router sends UPnP NOTIFY events with updated ExternalIPAddress (IGD2,IPv6)`
`ipv6_upnp_igd2_210`	`Verify router stops sending NOTIFY events when subscription expires (IGD2,IPv6)`
`ipv6_upnp_igd2_220`	`Verify the maximum number of UPnP event subscriptions that can be created (IGD2,IPv6)`
`ipv6_upnp_igd2_230`	`Verify router responds to UPnP GetFirewallStatus action (IGD2,IPv6)`
`ipv6_upnp_igd2_300`	`Add/delete dynamic UPnP TCP port mapping for wildcard IPv6 source address (IGD2,IPv6)`
`ipv6_upnp_igd2_301`	`Add/delete dynamic UPnP TCP port mapping for specific IPv6 source address (IGD2,IPv6)`
`ipv6_upnp_igd2_302`	`Add/delete dynamic UPnP port mapping for wildcard IPv6 source address (IGD2,IPv6)`
`ipv6_upnp_igd2_303`	`Add/delete dynamic UPnP port mapping for specific IPv6 source address (IGD2,IPv6)`
`ipv6_upnp_igd2_304`	`Verify IPv6 dynamic UPnP port mapping is deleted when lease expires (IGD2,IPv6)`
`ipv6_upnp_igd2_305`	`Maximum number of UPnP IPv6 TCP dynamic port mappings (IGD2,IPv6)`
`ipv6_upnp_igd2_306`	`Update lease time for UPnP TCP port mapping (IGD2,IPv6)`
`ipv6_upnp_igd2_307`	`Verify GetPinholePackets action returns increasing packet count (IGD2,IPv6)`
`ipv6_upnp_igd2_400`	`Check for UPnP format string vulnerability used by BCMPUPnP_Hunter malware`

`ipv6-mss.tcl`

IPv6 MSS tests for routers that support IPv6 TCP MSS clamping

Test Name	Synopsis
`ipv6_mss_100`	`Verify basic MSS Clamping for TCP sessions`
`ipv6_mss_110`	`Verify MSS Clamping with TCP options from different clients`
`ipv6_mss_120`	`Verify MSS Clamping does not modify smaller MSS values`

`mape.tcl`

MAP-E / LW4o6 tests for mapping IPv4 to IPv6

Test Name	Synopsis
`mape_1`	`Verify MAP-E / LW4o6 CE translates outbound packets to destinations outside the MAP domain`
`mape_2`	`Verify MAP-E / LW4o6 CE translates inbound packets from destinations outside the MAP domain`
`mape_10`	`Verify MAP-E / LW4o6 CE translates outbound TCP connections with source port inside the PSID set`
`mape_11`	`Verify MAP-E / LW4o6 CE translates outbound TCP connections with source port outside the PSID set`
`mape_12`	`Verify MAP-E / LW4o6 CE translates outbound UDP connections with source port inside the PSID set`
`mape_13`	`Verify MAP-E / LW4o6 CE translates outbound UDP connections with source port outside the PSID set`
`mape_14`	`Verify MAP-E / LW4o6 CE does not translate packets with bad source address`
`mape_20`	`Verify MAP-E / LW4o6 CE sets IPv6 Hop Limit to correct value when translating packets`
`mape_21`	`Verify MAP-E / LW4o6 CE sets IPv6 Traffic Class to correct value when translating packets`
`mape_22`	`Verify MAP-E / LW4o6 CE sets IPv6 Flow Label to correct value when translating packets`
`mape_23`	`Verify MAP-E / LW4o6 CE sets IPv6 Next Header to correct value when translating packets`
`mape_30`	`Verify MAP-E / LW4o6 CE fragments large outbound packets with either IPv4 or IPv6`
`mape_31`	`Verify MAP-E / LW4o6 CE generates ICMPv4 Destination Unreachable if packet needs fragmentation and DF=1`
`mape_32`	`Verify MAP-E / LW4o6 CE properly handles outbound IPv4 fragments originating from LAN`
`mape_33`	`Verify MAP-E / LW4o6 CE properly handles outbound IPv4 fragments which require IPv6 fragmentation`
`mape_34`	`Verify MAP-E / LW4o6 CE properly handles incoming IPv6 fragments from BR`
`mape_35`	`Verify MAP-E / LW4o6 CE properly handles incoming IPv4 fragments from BR`
`mape_40`	`Verify MAP-E / LW4o6 CE properly rewrites ICMPv4 Identifier field`
`mape_41`	`Verify MAP-E / LW4o6 CE properly handles ICMPv4 error messages`

`mapt.tcl`

MAP-T tests for mapping IPv4 to IPv6

Test Name	Synopsis
`mapt_1`	`Verify MAP-T CE translates outbound packets to destinations outside the MAP domain`
`mapt_2`	`Verify MAP-T CE translates inbound packets from destinations outside the MAP domain`
`mapt_10`	`Verify MAP-T CE translates outbound TCP connections with source port inside the PSID set`
`mapt_11`	`Verify MAP-T CE translates outbound TCP connections with source port outside the PSID set`
`mapt_12`	`Verify MAP-T CE translates outbound UDP connections with source port inside the PSID set`
`mapt_13`	`Verify MAP-T CE translates outbound UDP connections with source port outside the PSID set`
`mapt_14`	`Verify MAP-T CE does not translate packets with bad source address`
`mapt_20`	`Verify MAP-T CE sets IPv6 Hop Limit to correct value when translating packets`
`mapt_21`	`Verify MAP-T CE sets IPv6 Traffic Class to correct value when translating packets`
`mapt_22`	`Verify MAP-T CE sets IPv6 Flow Label to correct value when translating packets`
`mapt_23`	`Verify MAP-T CE sets IPv6 Next Header to correct value when translating packets`
`mapt_24`	`Verify MAP-T CE ignores IPv4 options when translating packets`
`mapt_30`	`Verify MAP-T CE fragments large outbound packets with either IPv4 or IPv6`
`mapt_31`	`Verify MAP-T CE generates ICMPv4 Destination Unreachable if packet needs fragmentation and DF=1`
`mapt_32`	`Verify MAP-T CE properly handles outbound IPv4 fragments originating from LAN`
`mapt_33`	`Verify MAP-T CE properly handles outbound IPv4 fragments which require IPv6 fragmentation`
`mapt_34`	`Verify MAP-T CE properly handles incoming IPv6 fragments from BR`
`mapt_40`	`Verify MAP-T CE properly translates ICMPv4 packets`
`mapt_41`	`Verify MAP-T CE drops unsupported ICMPv4 message types`
`mapt_42`	`Verify MAP-T CE translates ICMPv4 Destination Unreachable codes into ICMPv6`

`ipsec-esp-v6.tcl`

IPv6 IPSEC ESP tests for IPSEC based VPNs

Test Name	Synopsis
`ipv6_esp_1`	`Verify the ESP header sequence number increases with each new IPv6 IPSEC ESP packet`
`ipv6_esp_3`	`Verify manual IPv6 IPSEC keys continue to work after ESP sequence number wraps`
`ipv6_esp_5`	`Verify no anti-relay techniques are used with manual IPv6 IPSEC keys`
`ipv6_esp_8`	`Verify inner IPv6 Hop Limit is decremented for IPSEC tunneled packet`
`ipv6_esp_10`	`Verify IPv6 packets with wrong ESP authentication are dropped`
`ipv6_esp_20`	`Verify Incoming IPv6 fragments for ESP tunnel are reassembled`
`ipv6_esp_21`	`Verify out-of-order IPv6 fragments for ESP tunnel are reassembled`
`ipv6_esp_100`	`Verify router supports PMTU discovery for packets sent over IPSEC tunnel`
`ipv6_esp_200`	`Verify return IPv6 traffic that does not use IPSEC/ESP is dropped`
`ipv6_esp_400`	`Verify all configured IPv6 IPSEC tunnels are operational`

`ipsecpt-v6.tcl`

IPv6 IPSEC based VPN pass through from the LAN to the WAN

Test Name	Synopsis
`ipv6_ipsecpt_1`	`Verify IPv6 IKE packets pass through router on UDP port 500`
`ipv6_ipsecpt_2`	`Verify tunnel mode IPv6 IPSEC packets pass through router`
`ipv6_ipsecpt_3`	`Fragmented tunnel mode IPv6 IPSEC packets are forwarded between LAN and WAN`
`ipv6_ipsecpt_100`	`Verify the maximum number of IPv6 IPSEC connections for a single LAN host`
`ipv6_ipsecpt_110`	`Verify IPv6 IPSEC connections with multiple LAN clients using same VPN server`
`ipv6_ipsecpt_120`	`Verify IPv6 IKE with multiple LAN clients using same VPN server`

Product

Search Results

CDRouter IPv6 Test Summaries

Test Case Summaries

ecn-v6.tcl

basic-v6.tcl

frag-v6.tcl

ndp.tcl

ndp-wan.tcl

dhcpv6-c.tcl

dhcpv6-pd.tcl

dhcpv6-s.tcl

pppoe-c-v6.tcl

slaac-wan.tcl

6to4.tcl

6rd.tcl

icmp-v6.tcl

firewall-v6.tcl

firewall-out-v6.tcl

apps-v6.tcl

forward-v6.tcl

jumbo-v6.tcl

scaling-v6.tcl

dslite.tcl

dns-v6.tcl

dns-https-v6.tcl

dns-tcp-v6.tcl

dns-tls-v6.tcl

url-filter-v6.tcl

mcast-v6.tcl

ula.tcl

static-v6.tcl

cpe-v6.tcl

sip-v6.tcl

triggerp-v6.tcl

rfc6092.tcl

rip-ng.tcl

mdns-v6.tcl

http-v6.tcl

https-v6.tcl

http2-v6.tcl

http2-tls-v6.tcl

upnp-v6.tcl

ipv6-mss.tcl

mape.tcl

mapt.tcl

ipsec-esp-v6.tcl

ipsecpt-v6.tcl