Test Report: DLINK_top100_ipv4
Testsuite: CDRouter 11.6.2
Device: D-Link DIR-809
Result: The package completed successfully
Started: Oct 20, 2019 15:09:00 PM
Duration: 12:10
Tags:
fw1.12
- Config Name
- DLINK_DIR809
- Description
- Ethernet based tests
- Package Name
- DLINK_top100_ipv4
- Description
- Summary
100 testcases, runs normally
- Notes
-
There are no notes saved for this result.
| Time | Test Name | Description | ||
|---|---|---|---|---|
| 00:15 | start | CDRouter Startup | ||
| 00:00 | cdrouter_basic_1 | Router responds to ARP request on LAN interface | ||
| 00:00 | cdrouter_dhcp_server_1 | Verify DHCP server returns same IP address when client renews | ||
| 00:01 | cdrouter_dhcp_server_6 | Verify DHCP server returns same IP address when client restarts | ||
| 00:01 | cdrouter_dhcp_server_7 | Verify DHCP server returns same IP address when client releases then restarts | ||
| 00:01 | cdrouter_dhcp_server_8 | Verify DHCP server returns same IP address when client restarts using Requested IP Address option | ||
| 00:03 | cdrouter_dhcp_server_100 | Verify DHCP server accepts DHCP client packets with IPv4 length less than 576 | ||
| 00:09 | cdrouter_dhcp_server_200 | Verify DHCP server rejects DHCPREQUESTS with IP address of other clients | ||
| 00:03 | cdrouter_dhcp_server_301 | Verify DHCP server handles client option with length 0 | ||
| 00:05 | cdrouter_dhcp_server_501 | Verify DHCP server allows multiple DHCP clients with same name (DHCP option 12) | ||
| 00:03 | cdrouter_dhcp_server_520 | Verify DHCP server uses IPv4 broadcast when DHCP client sets broadcast flag | ||
| 00:03 | cdrouter_dhcp_server_710 | Verify DHCP server handles clients using V-I Vendor-Specific Information option | ||
| 00:03 | cdrouter_dhcp_server_720 | Verify DHCP server handles clients using V-I Vendor Class option | ||
| 00:00 | cdrouter_nat_1 | Outbound TCP connections use NAPT | ||
| 00:00 | cdrouter_nat_2 | Outbound UDP connections use NAPT | ||
| 00:27 | cdrouter_nat_100 | Maximum number of TCP connections with single LAN host | ||
| 00:04 | cdrouter_nat_101 | NAPT with multiple LAN hosts using the same TCP source port | ||
| 00:01 | cdrouter_nat_120 | NAPT with a TCP and UDP connection using the same source port | ||
| 00:00 | cdrouter_nat_130 | Verify NAPT with outbound TCP connections using high and low source ports | ||
| 00:02 | cdrouter_nat_150 | Verify TCP source port can be reused after a passive close behind NAPT | ||
| 00:01 | cdrouter_nat_200 | Maximum number of UDP connections with single LAN host | ||
| 00:03 | cdrouter_nat_201 | NAPT with multiple LAN hosts using the same UDP source port | ||
| 00:05 | cdrouter_nat_300 | Verify NAPT checks source IP address of inbound UDP packets | ||
| 00:00 | cdrouter_nat_320 | UDP headers with a checksum equal to 0 should not be modified | ||
| 00:00 | cdrouter_nat_330 | Outbound TCP connection using IPv4 options | ||
| 00:10 | cdrouter_nat_340 | Outbound UDP connection using IPv4 options | ||
| 00:00 | cdrouter_nat_350 | Verify NAPT uses port parity preservation | ||
| 00:00 | cdrouter_nat_360 | Verify ICMP Destination Unreachable message from WAN does not destroy NAT UDP mapping | ||
| 00:00 | cdrouter_nat_361 | Verify ICMP Destination Unreachable message from WAN does not destroy NAT TCP mapping | ||
| 00:00 | cdrouter_nat_400 | Verify basic MSS Clamping for TCP sessions | ||
| 00:00 | cdrouter_nat_401 | Verify MSS Clamping with TCP options from different clients | ||
| 00:01 | cdrouter_nat_410 | Verify MSS Clamping does not modify smaller MSS values | ||
| 00:00 | cdrouter_icmp_1 | Verify ICMP Echo Requests (ping) work through router | ||
| 00:02 | cdrouter_icmp_2 | Verify ICMP Echo Requests from multiple LAN clients work through router | ||
| 00:00 | cdrouter_icmp_5 | Verify ICMP Echo Requests to router's LAN side IP address from the LAN | ||
| 00:00 | cdrouter_icmp_6 | Verify ICMP Echo Requests to router's WAN side IP address from the LAN | ||
| 00:00 | cdrouter_icmp_10 | Verify ICMP Time Exceeded packet is sent when incoming UDP TTL is 1 | ||
| 00:00 | cdrouter_icmp_11 | Verify NAT translates IP address in ICMP Time Exceeded packet | ||
| 00:00 | cdrouter_icmp_12 | Verify NAT translates IP address in ICMP Destination Unreachable with code port unreachable | ||
| 00:00 | cdrouter_icmp_13 | Verify NAT translates IP address in ICMP Destination Unreachable with code fragmentation needed | ||
| 00:00 | cdrouter_icmp_14 | Verify NAT translates IP address in outbound ICMP Destination Unreachable with code port unreachable | ||
| 00:09 | cdrouter_icmp_20 | Verify router supports Path MTU Discovery over WAN interface | ||
| 00:20 | cdrouter_firewall_1 | Inbound TCP connections to public side HTTP port are blocked | ||
| 00:10 | cdrouter_firewall_2 | Inbound TCP connections to LAN hosts are blocked | ||
| 02:52 | cdrouter_firewall_100 | Perform TCP port scan test on router's public WAN IP address | ||
| 02:47 | cdrouter_firewall_101 | Perform UDP port scan test on router's public WAN IP address | ||
| 03:24 | cdrouter_firewall_110 | Perform TCP fragmentation port scan test on router's public WAN IP address | ||
| 00:00 | cdrouter_firewall_508 | Verify outbound packets are not forwarded if the source address is not a prefix of the interior network | ||
| 00:00 | cdrouter_forward_1 | Verify IPv4 TTL is decremented for forwarded packets | ||
| 00:01 | cdrouter_app_2 | Verify router supports the active mode FTP PORT command | ||
| 00:05 | cdrouter_app_3 | Multiple FTP connections using the same source port | ||
| 00:06 | cdrouter_app_10 | Connections opened for FTP PORT command check for correct IPv4 address | ||
| 00:06 | cdrouter_app_11 | Verify FTP PORT command succeeds when TCP segment is retransmitted | ||
| 00:06 | cdrouter_app_12 | Verify FTP PORT translation stays the same when TCP segment is retransmitted | ||
| 00:01 | cdrouter_app_15 | Verify router supports the active mode FTP EPRT command | ||
| 00:02 | cdrouter_app_16 | Verify translation of EPRT command accepts non default delimiters | ||
| 00:01 | cdrouter_app_17 | Verify router supports the passive mode FTP PASV command | ||
| 00:01 | cdrouter_app_18 | Verify router supports the passive mode FTP EPSV command | ||
| 00:00 | cdrouter_app_21 | Verify DNS queries sent to primary DNS server | ||
| 00:00 | cdrouter_app_22 | Verify DNS queries sent to backup DNS server | ||
| 00:00 | cdrouter_app_30 | Verify DNS queries sent directly to a 3rd party DNS server | ||
| 00:00 | cdrouter_app_110 | Verify HTTPS session through the router | ||
| 00:00 | cdrouter_app_120 | Verify SMTP session through the router | ||
| 00:00 | cdrouter_app_122 | Verify POP3 session through the router | ||
| 00:00 | cdrouter_app_124 | Verify TFTP session through the router | ||
| 00:00 | cdrouter_app_126 | Verify NTP session through the router | ||
| 00:00 | cdrouter_app_130 | Verify STUN session through the router | ||
| 00:00 | cdrouter_app_131 | Verify authenticated STUN session through the router | ||
| 00:01 | dns_10 | Verify DNS proxy does not cache DNS entry when DNS TTL is 0 | ||
| 00:00 | dns_11 | Verify DNS proxy returns TTL of 0 when returned DNS TTL is 0 | ||
| 00:00 | dns_40 | Verify AAAA IPv6 DNS queries to router are forwarded to real DNS server | ||
| 00:00 | dns_50 | Verify Reverse PTR DNS queries to router are forwarded to real DNS server | ||
| 00:00 | dns_51 | Verify Reverse AAAA IPv6 DNS queries to router are forwarded to real DNS server | ||
| 00:00 | dns_70 | Verify DNS lookups with multiple IPv4 responses | ||
| 00:00 | dns_110 | Verify DNS queries including the EDNS0 option | ||
| 00:00 | dns_120 | Verify large DNS responses using EDNS0 option | ||
| 00:00 | dns_121 | Verify maximum UDP payload value in EDNS0 option | ||
| 00:00 | dns_130 | Verify DNS queries for TXT records | ||
| 00:00 | dns_132 | Verify DNS queries for CNAME records | ||
| 00:00 | dns_133 | Verify DNS queries for responses returning both CNAME and A records | ||
| 00:00 | dns_134 | Verify DNS queries for responses returning both CNAME and AAAA records | ||
| 00:00 | dns_140 | Verify DNS queries for SPF records | ||
| 00:00 | dns_141 | Verify DNS queries for SRV records | ||
| 00:00 | dns_200 | Verify DNS proxy does not mangle DNSSEC queries | ||
| 00:00 | dns_201 | Verify DNS proxy does not mangle large DNSSEC responses | ||
| 00:00 | dns_400 | Verify parallel DNS queries | ||
| 00:00 | dns_410 | Verify DNS does not deploy NXDOMAIN hijacking for type A records | ||
| 00:00 | cdrouter_http_200 | Verify HTTP/1.1 GET connections | ||
| 00:00 | cdrouter_http_201 | Verify HTTP/1.1 POST connections | ||
| 00:01 | cdrouter_https_200 | Verify HTTPS/1.1 GET connections | ||
| 00:00 | cdrouter_https_201 | Verify HTTPS/1.1 POST connections | ||
| 00:00 | cdrouter_http2_100 | Verify HTTP/2 GET connections | ||
| 00:01 | cdrouter_http2_101 | Verify HTTP/2 POST connections | ||
| 00:00 | cdrouter_http2_tls_100 | Verify HTTP/2 GET connections over TLS | ||
| 00:00 | cdrouter_http2_tls_101 | Verify HTTP/2 POST connections over TLS | ||
| 00:02 | cdrouter_ipsecpt_200 | IPSEC pass through without NAT-T based IPSEC client | ||
| 00:02 | cdrouter_ipsecpt_210 | IPSEC pass through with NAT-T based IPSEC client | ||
| 00:00 | cdrouter_pptppt_1 | PPTP control session can be established at port 1723 | ||
| 00:01 | cdrouter_pptppt_2 | Tunneled PPTP data packets pass through router (PPP over GRE) | ||
| 00:01 | cdrouter_l2tppt_1 | Verify L2TP session passes through router | ||
| 00:04 | cdrouter_l2tppt_2 | Verify L2TP over IPSEC session passes through router | ||
| 00:00 | final | CDRouter Shutdown Sequence |