RDK Resources
[*RDK Preferred*]
Code Management Facility
RDK Forums
[RDK Conferences]
RDK Support
Archives
Papers & Presentations Archive
Released Automatics WiFi Related Testcases
| SI NO | Automation ID | Steps | Summary | Release |
|---|---|---|---|---|
| 1 | TC-RDKB-WIFI-1011 | 6 | Verify default SSID on devices using SNMP | Release 1 |
| 2 | TC-RDKB-WIFI-BAND-STEERING-1001 | 2 | Validate the default value of band steering Capacity using TR181 data object via WEBPA and verify this Parameter is read only | Release 1 |
| 3 | TC-RDKB-WIFI-ATM-1002 | 4 | Validate AirTimeManagement by Assigning Percentages to the Stations added via dmcli. (2.4Ghz) | Release 1 |
| 4 | TC-RDKB-WIFI-1010 | 6 | Verify default SSID using WebPA | Release 1 |
| 5 | TC-RDKB-WIFI-1016 | 11 | Verify telemetry for wifi channel bandwidth for 2.4G | Release 1 |
| 6 | TC-RDKB-WIFI-MESH-1000 | 7 | Verify Mesh Enable does not change the 5ghz channel to DFS range | Release 1 |
| 7 | TC-RDKB-DEF-SSID-5005 | 4 | Cross-verify the Default Private Wi-Fi SSID and password retrieved from WebPA with the configurations from SNMP | Release 2 |
| 8 | TC-RDKB-MESH-WIFI-1001 | 5 | Verify enabling Bridge Mode using WebPA when the MESH is enabled | Release 2 |
| 9 | TC-RDKB-MESH-WIFI-1002 | 5 | Verify enabling Bridge Mode using SNMP when the MESH is enabled | Release 2 |
| 10 | TC-RDKB-WIFI-RESTORE-1001 | 21 | Verify WiFi settings like SSID ,Network Security mode,Channel Selection Mode,Channel bandwidth,Network name enabled status,Guard interval ,Network active status,Supported Protocols,Radio Status and Radio Channel can be restored to default settings using webpa command for doing WIFI settings reset | Release 3 |
| 11 | TC-RDKB-MESH-WIFI-1004 | 2 | Verify enabling MESH when the Bridge Mode is enabled. | Release 3 |
| 12 | TC-RDKB-WIFI-2050 | 6 | Verify that Wi-Fi connectivity of 5 GHz frequency SSID is not affected when 2.4 GHz frequency SSID is disabled | Release 4 |
| 13 | TC-RDKB-WIFI-1001 | 18 | verify the status of wifi mesh service on enabling and disabling it | Release 4 |
| 14 | TC-RDKB-WIFI-5051 | 24 | Verify Management Frame Power Controls for 2.4 GHz and 5 GHz Radios using WebPA | Release 4 |
| 15 | TC-RDKB-WIFI-ATM-1001 | 3 | Validate AirTimeManagement by Assigning Values at APGroup Level | Release 4 |
| 16 | TC-RDKB-WIFI-TX-RATE-CONFIG-5064 | 17 | To verfiy high power support in 5GHZ band channel | Release 4 |
| 17 | TC-RDKB-WIFI-RESTORE-1002 | 19 | Verify WiFi settings like SSID ,Network Security mode,Channel Selection Mode,Channel bandwidth,Network name enabled status,Guard interval ,Network active status,Supported Protocols,Radio Status and Radio Channel can be restored to default settings using SNMP command for doing WIFI settings reset. | Release 4 |
| 18 | TC-RDKB-WIFI-TX-RATE-CONFIG-5061 | 48 | Verify the configuration of Transmission Control Rate for 2.4 GHz and 5GHz Radio using WebPA | Release 4 |
| 19 | TC-RDKB-WIFI-CON-PERF-1002 | 2 | Find out the average mean time for Wi-Fi connection establishment of 2.4GHz radio band with 20 times | Release 4 |
| 20 | TC-RDKB-WIFI-CON-PERF-1003 | 2 | Find out the average mean time for Wi-Fi connection establishment of 5GHz radio band with 20 times | Release 4 |
| 21 | TC-RDKB-WIFI-4001 | 10 | Ping via IPV4 and IPV6 on 2.4GHz when 5GHz is disabled. | Release 4 |
| 22 | TC-RDKB-WIFI-4002 | 10 | Ping via IPV4 and IPV6 on 5GHz when 2.4GHz is disabled. | Release 4 |
| 23 | TC-RDKB-WIFI-4003 | 12 | Test to verify that LAN side wireless CPE gets an IP address when dual radio bands(2.4GHZ and 5 GHZ) are enabled in CM | Release 4 |
| 24 | TC-RDKB-WIFI-4004 | 20 | Enable/Disable both 2.4GHz, and 5Ghz and confirm Client connects/disconnects successfully | Release 4 |
| 25 | TC-RDKB-WIFI-5001 | 15 | Verify 2.4 GHz WiFi beacon rate changing behavior | Release 4 |
| 26 | TC-RDKB-WIFI-2001 | 6 | Enable/Disable Broadcast SSID for 2.4 Ghz WiFi network and verify disabled status | Release 4 |
| 27 | TC-RDKB-WIFI-2002 | 6 | Enable/Disable Broadcast SSID for 5 Ghz WiFi network and verify disabled status | Release 4 |
| 28 | TC-RDKB-WIFI-BAND-STEERING-1005 | 3 | Verify Set or Get PhyRate threshold for 2.4GHz band to initiate Steering using TR69 data objects | Release 4 |
| 29 | TC-RDKB-WIFI-BAND-STEERING-1004 | 3 | Verify Set or Get PhyRate threshold for 5GHz band to initiate Steering using TR69 data objects | Release 4 |
| 30 | TC-RDKB-WIFI-BAND-STEERING-1011 | 15 | Set IdleInactiveTime and OverlaodInactiveTimne to values and verify cfg -s and lbd.conf is updated | Release 4 |
| 31 | TC-RDKB-WIFI-BAND-STEERING-1003 | 7 | verify the factory default value of Band steering paarmeters using webpa and dmcli | Release 4 |
| 32 | TC-RDKB-WIFI-CON-PERF-1000 | 5 | Find out the successful Wi-Fi connectivity rate of 2.4GHz radio band with 10 times in Wireless Gateway | Release 5 |
| 33 | TC-RDKB-WIFI-CON-PERF-1001 | 5 | Find out the successful Wi-Fi connectivity rate of 5GHz radio band with 10 times in Wireless Gateway | Release 5 |
| 34 | TC-RDKB-WIFI-5020 | 4 | Test to verify the default number of allowed clients for PublicWiFi Secure and open SSID using WebPA. | Release 5 |
| 35 | TC-RDKB-WIFI-CC-NEG-1001 | 22 | Validate that SSH, telnet to LAN geteway IP from connected clients is not successful | Release 5 |
| 36 | TC-RDKB-WIFI-5053 | 10 | Verify the reduction in power level of 2.4GHz WiFi Access Point does not impact the non-management frames | Release 5 |
| 37 | TC-RDKB-WIFI-5054 | 10 | Verify the reduction in power level of 5GHz WiFi Access Point does not impact the non-management frames. | Release 5 |
| 38 | TC-RDKB-WIFI-5014 | 15 | This test case is to Verify the controlled user access (Allow) for 5GHZ against different MAC addresses by way of MAC ACLs | Release 5 |
| 39 | TC-RDKB-WIFI_RADIO-1002 | 7 | Ability to disable WiFi Radio through WEBPA | Release 5 |
| 40 | TC-RDKB-WIFI-5011 | 14 | This test case is to verify the controlled user access (Allow All) to the Specific Device for 2.4 and 5 GHZ against different MAC addresses by way of MAC ACLs | Release 5 |
| 41 | TC-RDKB-WIFI-5012 | 15 | Verify the controlled user access (Allow) to the specific Devices for 2.4 GHZ against different MAC addresses by way of MACc ACLs | Release 5 |
| 42 | TC-RDKB-WIFI-CLIENT-1001 | 13 | Test to verify WiFi client connect disconnect events | Release 5 |
| 43 | TC-RDKB-WIFI-2GHZ-DHCP-IPV4-DSBLE-5001 | 5 | Verify the IP range in 2.4GHZ WiFi connected client when DHCP Server disabled. | Release 5 |
| 44 | TC-RDKB-WIFI-5GHZ-DHCP-IPV4-DSBLE-5001 | 5 | Verify the IP range in 5GHZ WiFi connected client when DHCP Server disabled. | Release 5 |
| 45 | TC-RDKB-WIFI-KEY-PHARSE-5001 | 14 | Verify 2.4 GHz SSID is enabled | Release 5 |
| 46 | TC-RDKB-WIFI-KEY-PHARSE-5002 | 14 | Verify that the passphrase key of WIFI access point can be updated for 5 Ghz | Release 5 |
| 47 | TC-RDKB-WIFI-4005 | 16 | Verify Security Mode for WiFi access bands (2.4 and 5 GHz) | Release 5 |
| 48 | TC-RDKB-WIFI-POSSIBLE-CHANNELS-1001 | 4 | Verify that WIFI radio does not support channel number other than the possible channels defined | Release 5 |
| 49 | TC-RDKB-WIFI-RESERVED-IP-1003 | 8 | Verify the Reserved IP for clients for Ethernet client | Release 5 |
| 50 | TC-RDKB-WIFI-RADIO-5001 | 25 | Verify that Wi-Fi connectivity of 2.4GHz frequency is not affected when 5GHz frequency Radio is disabled | Release 6 |
| 51 | TC-RDKB-WIFI-CC-IP-5001 | 30 | Verify that when WIFI Radio is disabled in CM, wireless CPE should not get an ip address | Release 6 |
| 52 | TC-RDKB-WIFI-CHNL-CONFIG-5073 | 18 | Verify Client Connectivity to 5GHz bands with Channel Selection Mode is Manual | Release 6 |
| 53 | TC-RDKB-WIFI-TRANS-1000 | 4 | Test to verify data transmission between 2 connected(LAN-WLAN;WLAN to LAN) clients | Release 6 |
| 54 | TC-RDKB-WIFI-CHNL-CONFIG-5072 | 20 | Verify Client Connectivity to 2.4GHz bands with Channel Selection Mode is Manual | Release 6 |
| 55 | TC-RDKB-WIFI-IE-1002 | 8 | Test to verify Wi-Fi Interworking Information Element | Release 6 |
| 56 | TC-RDKB-WIFI-TX-RATE-CONFIG-5062 | 29 | Test case is created as part of Configuration of Wi-Fi Tx Rate for 2.4GHz Radio and 5Ghz Radio | Release 6 |
| 57 | TC-RDKB-WIFISSID-2003 | 12 | Test case is to validate the failure authentication attempts | Release 6 |
| 58 | TC-RDKB-WIFI-CONFIG-CC-5001 | 22 | Verify the WIFI Connectivity on Dual Band Radio 802.11n client with security mode open | Release 6 |
| 59 | TC-RDKB-MFPCONFIG-1002 | 4 | Verify power cycle persist the MFPConfig values | Release 7 |
| 60 | TC-RDKB-MFPCONFIG-1003 | 4 | Verify MFPConfig is configurable by Wi-Fi HAL | Release 7 |
| 61 | TC-RDKB-WIFI_BLASTER-1001 | 13 | Test to verify Default values after factory reset and value persistent after reboot | Release 7 |
| 62 | TC-RDKB-WIFI_GAS-1001 | 25 | Verify WiFi GAS TR-181 parameters and their default values | Release 7 |
| 63 | TC-RDKB-FORCE_DISABLE_WIFI-1002 | 21 | Verify force disable wifi radio functionality in bridge mode | Release 7 |
| 64 | TC-RDKB-PUBLIC-WIFI-CONFIG-1001 | 8 | Validate the SSID name and BSSID of the Publicwifi | Release 7 |
| 65 | TC-RDKB-PUBLIC-WIFI-AUTO-CH-3001 | 21 | Private WiFi channel selection should remain same post PublicWiFi enabled | Release 7 |
| 66 | TC-RDKB-WIFI-RESERVED-IP-1001 | 9 | Verify the Reserved IP for clients for 2.4ghz | Release 7 |
| 67 | TC-RDKB-WIFI-RESERVED-IP-1002 | 9 | Verify the Reserved IP for clients for 5ghz | Release 7 |
| 68 | TC-RDKB-WIFI-SECTY-OPEN-5001 | 58 | Verify the WIFI Connectivity on Dual Band Radio for Client for 2.4 and 5 Ghz with security mode open | Release 7 |
| 69 | TC-RDKB-WIFI-CC-RADIO-5001 | 46 | Verify enable one radio & disable another radio and check the internet connectivity | Release 7 |
| 70 | TC-RDKB-WIFI-5015 | 15 | This test case is to Verify the controlled user access (Deny) for 5GHZ against different MAC addresses by way of MAC ACLs | Release 7 |
| 71 | TC-RDKB-WIFI-5013 | 15 | This test case is to Verify the controlled user access (Deny) for 2.4GHZ against different MAC addresses by way of MAC ACLs | Release 7 |
| 72 | TC-RDKB-WIFI-CONFIG-CC-5002 | 26 | Verify the WIFI Connectivity on Dual Band Radio 2.4 - 802.11n, 5-802.11ac with security mode WPA2-PSK ( AES ) | Release 7 |
| 73 | TC-RDKB-WIFI-CC-WIN-5004 | 12 | Method to verify Logging all occurrences of connections to LNF PSK SSIDs | Release 7 |
| 74 | TC-RDKB-WIFI-CHANNEL-5001 | 46 | Verify the default channel bandwidth and enable & disable the radio for 2.4GHz & 5GHz with connected clients | Release 7 |
| 75 | TC-RDKB-WIFI-CC-AUTH-1001 | 20 | Validate notification is not seen for unauthenticated clients | Release 8 |
| 76 | TC-RDKB-WIFI-5016 | 26 | Verify Connecting Multiple Clients to the Gateway device via Wi-Fi network and check the internet connectivity | Release 8 |
| 77 | TC-RDKB-WIFI-RESET-1001 | 17 | Verify WiFi status after disabling and enabling | Release 8 |
| 78 | TC-RDKB-WIFI-CC-OPEN-5001 | 16 | Verify WG supports Open Security mode for 2.4 &5 GHZ frequency band | Release 8 |
| 79 | TC-RDKB-WIFI-RESET-1002 | 17 | Verify WiFi status after disabling | Release 8 |
| 80 | TC-RDKB-WIFI-CC-WPA2-5001 | 22 | Verify WG supports WAP2(AES) Security mode for 2.4 &5 GHZ frequency band with valid & invalid key passpharse | Release 8 |
| 81 | TC-RDKB-BSSID-PERSIST-1001 | 10 | Test to validate the private 24/5ghz_Verify BSSID remains same after Factory Reset | Release 8 |
| 82 | TC-RDKB-WIFI-CC-WIN-5003 | 6 | Test to verify that 802.11a should not be able to connect to CM when operating standard is 'b,g,n', 'g,n' mode | Release 9 |
| 83 | TC-RDKB-2GHZ-HOME-NTW-PSWD-1001 | 6 | Verify the password validations when client connected to 2.4GHz | Release 9 |
| 84 | TC-RDKB-5GHZ-HOME-NTW-PSWD-1002 | 6 | Verify the password validations when client connected to 5GHz | Release 9 |
| 85 | TC-RDKB-LAN-HOME-NTW-PSWD-1003 | 6 | Verify the password validations when client connected to LAN | Release 9 |
| 86 | TC-RDKB-WIFI-SCRTY-CHECK-1001 | 12 | Validate Selecting open risky mode and cancelling it immediately should not gray out password field Ethernet | Release 9 |
| 87 | TC-RDKB-WIFI-SCRTY-CHECK-1002 | 12 | Validate Selecting open risky mode and cancelling it immediately should not gray out password field Wifi 2.4Ghz client | Release 9 |
| 88 | TC-RDKB-WIFI-SCRTY-CHECK-1003 | 12 | Validate Selecting open risky mode and cancelling it immediately should not gray out password field Wifi 5Ghz client | Release 9 |
| 89 | TC-RDKB-PWD-MGMT-1001 | 15 | Verify the password management for WEBUI user for Admin page | Release 9 |
| 90 | TC-RDKB-CON-DEV-5001 | 14 | Verify the details of connected clients can be retrieved from User admin page | Release 9 |
| 91 | TC-RDKB-CHANNEL-BANDWIDTH-1001 | 17 | Login to Lan side GUI page of device | Release 9 |
| 92 | TC-RDKB-WIFI-RADIO-3001 | 14 | Verify the configuration of Transmission Control Rate for 5Ghz(a,n,ac) Radio after reboot | Release 10 |
| 93 | TC-RDKB-WIFI-DHCP-SNMP-5001 | 12 | Validate the DHCP configuration Using SNMP | Release 10 |
| 94 | TC-RDKB-WIFI-PREFERPRIVATE-1002 | 15 | Prefer Private functionality should be applicable for Public WiFi open and secure hotspot SSIDs | Release 10 |
| 95 | TC-RDKB-PUBLIC-WIFI-CONFIG-5002 | 8 | Verify public WiFi Configuration Using LAN Admin Login | Release 10 |
| 96 | TC-RDKB-PUBLIC-WIFI-CONFIG-5003 | 8 | Verify public WiFi Configuration Using LAN Admin Login 5 GHz | Release 10 |
| 97 | TC-RDKB-WIFI-RADIO-3002 | 14 | Verify the configuration of Transmission Control Rate for 5Ghz(n) Radio after reboot | Release 10 |
| 98 | TC-RDKB-WIFI-PREFERPRIVATE-1003 | 15 | Connect to the Connected client having 2.4GHZ WiFi Capability | Release 10 |
| 99 | TC-RDKB-WIFI-MIGRATION-1001 | 51 | Verify WiFi settings after Migration to QA Release | Release11 |
| 100 | TC-RDKB-HOTSPOT_INVALID-1001 | 20 | Test to verify XPC notification for public hotspot parameters with invalid values using webpa | Release12 |
| 101 | TC-RDKB-CHANNEL-BANDWIDTH-1002 | 24 | Test to verify channel bandwidth of 5Ghz wifi ssid from Lan GUI | Release12 |
Overview
Community Forums
Content Tools
Tasks