1*** Settings *** 2Documentation Network interface IPv6 configuration and verification 3 ... tests. 4 5Resource ../../lib/bmc_redfish_resource.robot 6Resource ../../lib/openbmc_ffdc.robot 7Resource ../../lib/bmc_ipv6_utils.robot 8Resource ../../lib/external_intf/vmi_utils.robot 9Resource ../../lib/bmc_network_utils.robot 10Library ../../lib/bmc_network_utils.py 11Library Collections 12Library Process 13 14Test Setup Test Setup Execution 15Test Teardown Test Teardown Execution 16Suite Setup Suite Setup Execution 17Suite Teardown Redfish.Logout 18 19Test Tags BMC_IPv6 20 21*** Variables *** 22${test_ipv6_addr} 2001:db8:3333:4444:5555:6666:7777:8888 23${test_ipv6_invalid_addr} 2001:db8:3333:4444:5555:6666:7777:JJKK 24${test_ipv6_addr1} 2001:db8:3333:4444:5555:6666:7777:9999 25${invalid_hexadec_ipv6} x:x:x:x:x:x:10.5.5.6 26${ipv6_multi_short} 2001::33::111 27# Valid prefix length is a integer ranges from 1 to 128. 28${test_prefix_length} 64 29${ipv6_gw_addr} 2002:903:15F:32:9:3:32:1 30${prefix_length_def} None 31${invalid_staticv6_gateway} 9.41.164.1 32${linklocal_addr_format} fe80::[0-9a-f:]+$ 33${new_mac_addr} AA:E2:84:14:28:79 34 35*** Test Cases *** 36 37Get IPv6 Address And Verify 38 [Documentation] Get IPv6 Address And Verify. 39 [Tags] Get_IPv6_Address_And_Verify 40 41 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 42 Verify IPv6 On BMC ${ipv6_network_configuration['Address']} 43 END 44 45 46Get PrefixLength And Verify 47 [Documentation] Get IPv6 prefix length and verify. 48 [Tags] Get_PrefixLength_And_Verify 49 50 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 51 Verify IPv6 On BMC ${ipv6_network_configuration['PrefixLength']} 52 END 53 54 55Get IPv6 Default Gateway And Verify 56 [Documentation] Get IPv6 default gateway and verify. 57 [Tags] Get_IPv6_Default_Gateway_And_Verify 58 59 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 60 ${ipv6_gateway}= Get From Dictionary ${resp.dict} IPv6DefaultGateway 61 Verify IPv6 Default Gateway On BMC ${ipv6_gateway} 62 63 64Verify All Configured IPv6 And PrefixLength On BMC 65 [Documentation] Verify IPv6 address and its prefix length on BMC. 66 [Tags] Verify_All_Configured_IPv6_And_PrefixLength_On_BMC 67 68 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 69 Verify IPv6 And PrefixLength ${ipv6_network_configuration['Address']} 70 ... ${ipv6_network_configuration['PrefixLength']} 71 END 72 73 74Configure IPv6 Address And Verify 75 [Documentation] Configure IPv6 address and verify. 76 [Tags] Configure_IPv6_Address_And_Verify 77 [Teardown] Run Keywords 78 ... Delete IPv6 Address ${test_ipv6_addr} AND Test Teardown Execution 79 [Template] Configure IPv6 Address On BMC 80 81 82 # IPv6 address Prefix length 83 ${test_ipv6_addr} ${test_prefix_length} 84 85 86Delete IPv6 Address And Verify 87 [Documentation] Delete IPv6 address and verify. 88 [Tags] Delete_IPv6_Address_And_Verify 89 90 Configure IPv6 Address On BMC ${test_ipv6_addr} ${test_prefix_length} 91 92 Delete IPv6 Address ${test_ipv6_addr} 93 94 95Modify IPv6 Address And Verify 96 [Documentation] Modify IPv6 address and verify. 97 [Tags] Modify_IPv6_Address_And_Verify 98 [Teardown] Run Keywords 99 ... Delete IPv6 Address ${test_ipv6_addr1} AND Test Teardown Execution 100 101 Configure IPv6 Address On BMC ${test_ipv6_addr} ${test_prefix_length} 102 103 Modify IPv6 Address ${test_ipv6_addr} ${test_ipv6_addr1} ${test_prefix_length} 104 105 106Verify Persistency Of IPv6 After BMC Reboot 107 [Documentation] Verify persistency of IPv6 after BMC reboot. 108 [Tags] Verify_Persistency_Of_IPv6_After_BMC_Reboot 109 [Teardown] Run Keywords 110 ... Delete IPv6 Address ${test_ipv6_addr} AND Test Teardown Execution 111 112 Configure IPv6 Address On BMC ${test_ipv6_addr} ${test_prefix_length} 113 114 Redfish OBMC Reboot (off) stack_mode=skip 115 116 # Verifying persistency of IPv6. 117 Verify IPv6 On BMC ${test_ipv6_addr} 118 119 120Enable SLAAC On BMC And Verify 121 [Documentation] Enable SLAAC on BMC and verify. 122 [Tags] Enable_SLAAC_On_BMC_And_Verify 123 124 Set SLAAC Configuration State And Verify ${True} 125 126 127Enable DHCPv6 Property On BMC And Verify 128 [Documentation] Enable DHCPv6 property on BMC and verify. 129 [Tags] Enable_DHCPv6_Property_On_BMC_And_Verify 130 131 Set And Verify DHCPv6 Property Enabled 132 133 134Disable DHCPv6 Property On BMC And Verify 135 [Documentation] Disable DHCPv6 property on BMC and verify. 136 [Tags] Disable_DHCPv6_Property_On_BMC_And_Verify 137 138 Set And Verify DHCPv6 Property Disabled 139 140 141Verify Persistency Of DHCPv6 On Reboot 142 [Documentation] Verify persistency of DHCPv6 property on reboot. 143 [Tags] Verify_Persistency_Of_DHCPv6_On_Reboot 144 145 Set And Verify DHCPv6 Property Enabled 146 Redfish OBMC Reboot (off) stack_mode=skip 147 Verify DHCPv6 Property Enabled 148 149 150Configure Invalid Static IPv6 And Verify 151 [Documentation] Configure invalid static IPv6 and verify. 152 [Tags] Configure_Invalid_Static_IPv6_And_Verify 153 [Template] Configure IPv6 Address On BMC 154 155 #invalid_ipv6 prefix length valid_status_code 156 ${ipv4_hexword_addr} ${test_prefix_length} ${HTTP_BAD_REQUEST} 157 ${invalid_hexadec_ipv6} ${test_prefix_length} ${HTTP_BAD_REQUEST} 158 ${ipv6_multi_short} ${test_prefix_length} ${HTTP_BAD_REQUEST} 159 160 161 162Configure IPv6 Static Default Gateway And Verify 163 [Documentation] Configure IPv6 static default gateway and verify. 164 [Tags] Configure_IPv6_Static_Default_Gateway_And_Verify 165 [Template] Configure IPv6 Static Default Gateway On BMC 166 167 # static_def_gw prefix length valid_status_code 168 ${ipv6_gw_addr} ${prefix_length_def} ${HTTP_OK} 169 ${invalid_staticv6_gateway} ${test_prefix_length} ${HTTP_BAD_REQUEST} 170 171 172Modify Static Default Gateway And Verify 173 [Documentation] Modify static default gateway and verify. 174 [Tags] Modify_Static_Default_Gateway_And_Verify 175 [Setup] Configure IPv6 Static Default Gateway On BMC ${ipv6_gw_addr} ${prefix_length_def} 176 177 Modify IPv6 Static Default Gateway On BMC ${test_ipv6_addr1} ${prefix_length_def} ${HTTP_OK} ${ipv6_gw_addr} 178 179 180Delete IPv6 Static Default Gateway And Verify 181 [Documentation] Delete IPv6 static default gateway and verify. 182 [Tags] Delete_IPv6_Static_Default_Gateway_And_Verify 183 [Setup] Configure IPv6 Static Default Gateway On BMC ${ipv6_gw_addr} ${prefix_length_def} 184 185 Delete IPv6 Static Default Gateway ${ipv6_gw_addr} 186 187 188Verify Coexistence Of Linklocalv6 And Static IPv6 On BMC 189 [Documentation] Verify linklocalv6 And static IPv6 both exist. 190 [Tags] Verify_Coexistence_Of_Linklocalv6_And_Static_IPv6_On_BMC 191 [Setup] Configure IPv6 Address On BMC ${test_ipv6_addr} ${test_prefix_length} 192 [Teardown] Delete IPv6 Address ${test_ipv6_addr} 193 194 Check Coexistence Of Linklocalv6 And Static IPv6 195 196 197Verify IPv6 Linklocal Address Is In Correct Format 198 [Documentation] Verify linklocal address has network part as fe80 and 199 ... host part as EUI64. 200 [Tags] Verify_IPv6_Linklocal_Address_Is_In_Correct_Format 201 202 Check If Linklocal Address Is In Correct Format 203 204 205Verify BMC Gets SLAAC Address On Enabling SLAAC 206 [Documentation] On enabling SLAAC verify SLAAC address comes up. 207 [Tags] Verify_BMC_Gets_SLAAC_Address_On_Enabling_SLAAC 208 [Setup] Set SLAAC Configuration State And Verify ${False} 209 210 Set SLAAC Configuration State And Verify ${True} 211 Sleep ${NETWORK_TIMEOUT} 212 Check BMC Gets SLAAC Address 213 214 215Enable And Verify DHCPv6 Property On Eth1 When DHCPv6 Property Enabled On Eth0 216 [Documentation] Verify DHCPv6 on eth1 when DHCPv6 property is enabled on eth0. 217 [Tags] Enable_And_Verify_DHCPv6_Property_On_Eth1_When_DHCPv6_Property_Enabled_On_Eth0 218 [Setup] Get The Initial DHCPv6 Settings 219 [Teardown] Run Keywords Set And Verify DHCPv6 Property ${dhcpv6_channel_1} ${1} 220 ... AND Set And Verify DHCPv6 Property ${dhcpv6_channel_2} ${2} 221 222 Set And Verify DHCPv6 Property Enabled ${1} 223 Set And Verify DHCPv6 Property Enabled ${2} 224 225 226Enable And Verify SLAAC Property On Eth1 When SLAAC Property Enabled On Eth0 227 [Documentation] Enable and verify SLAAC property on Eth1 when SLAAC property enabled on Eth0. 228 [Tags] Enable_And_Verify_SLAAC_Property_On_Eth1_When_SLAAC_Property_Enabled_On_Eth0 229 [Setup] Get The Initial SLAAC Settings 230 [Teardown] Run Keywords Set SLAAC Configuration State And Verify ${slaac_channel_1} [${HTTP_OK}] ${1} 231 ... AND Set SLAAC Configuration State And Verify ${slaac_channel_2} [${HTTP_OK}] ${2} 232 233 Set SLAAC Configuration State And Verify ${True} [${HTTP_OK}] ${1} 234 Set SLAAC Configuration State And Verify ${True} [${HTTP_OK}] ${2} 235 236 # Check all the addresses and address origins remain intact. 237 Verify All The Addresses Are Intact 238 239 240Verify Autoconfig Is Present On Ethernet Interface 241 [Documentation] Verify autoconfig is present on ethernet interface. 242 [Tags] Verify_Autoconfig_Is_Present_On_Ethernet_Interface 243 244 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 245 Should Contain ${resp.dict} StatelessAddressAutoConfig 246 247 248Verify Interface ID Of SLAAC And LinkLocal Addresses Are Same 249 [Documentation] Validate interface id of SLAAC and link-local addresses are same. 250 [Tags] Verify_Interface_ID_Of_SLAAC_And_LinkLocal_Addresses_Are_Same 251 252 @{ipv6_addressorigin_list} ${ipv6_linklocal_addr}= Get Address Origin List And Address For Type LinkLocal 253 @{ipv6_addressorigin_list} ${ipv6_slaac_addr}= Get Address Origin List And Address For Type SLAAC 254 255 ${linklocal_interface_id}= Get Interface ID Of IPv6 ${ipv6_linklocal_addr} 256 ${slaac_interface_id}= Get Interface ID Of IPv6 ${ipv6_slaac_addr} 257 258 Should Be Equal ${linklocal_interface_id} ${slaac_interface_id} 259 260 261Verify Persistency Of Link Local IPv6 On BMC Reboot 262 [Documentation] Verify persistency of link local on BMC reboot. 263 [Tags] Verify_Persistency_Of_Link_Local_IPv6_On_BMC_Reboot 264 265 # Capturing the linklocal before reboot. 266 @{ipv6_address_origin_list} ${linklocal_addr_before_reboot}= 267 ... Get Address Origin List And Address For Type LinkLocal 268 269 # Rebooting BMC. 270 Redfish OBMC Reboot (off) stack_mode=skip 271 272 @{ipv6_address_origin_list} ${linklocal_addr_after_reboot}= 273 ... Get Address Origin List And Address For Type LinkLocal 274 275 # Verifying the linklocal must be the same before and after reboot. 276 Should Be Equal ${linklocal_addr_before_reboot} ${linklocal_addr_after_reboot} 277 ... msg=IPv6 Linklocal address has changed after reboot. 278 279 280Modify MAC and Verify BMC Reinitializing Linklocal 281 [Documentation] Modify MAC and verify BMC reinitializing linklocal. 282 [Tags] Modify_MAC_and_Verify_BMC_Reinitializing_Linklocal 283 [Teardown] Configure MAC Settings ${original_address} 284 285 ${original_address}= Get BMC MAC Address 286 @{ipv6_addressorigin_list} ${ipv6_before_linklocal_addr}= Get Address Origin List And Address For Type LinkLocal 287 288 # Modify MAC Address Of Ethernet Interface. 289 Configure MAC Settings ${new_mac_addr} 290 Sleep 30s 291 Wait For Host To Ping ${OPENBMC_HOST} ${NETWORK_TIMEOUT} 292 @{ipv6_addressorigin_list} ${ipv6_linklocal_after_addr}= Get Address Origin List And Address For Type LinkLocal 293 294 # Verify whether the linklocal has changed and is in the the correct format. 295 Check If Linklocal Address Is In Correct Format 296 Should Not Be Equal ${ipv6_before_linklocal_addr} ${ipv6_linklocal_after_addr} 297 298 299Add Multiple IPv6 Address And Verify 300 [Documentation] Add multiple IPv6 address and verify. 301 [Tags] Add_Multiple_IPv6_Address_And_Verify 302 [Teardown] Run Keywords 303 ... Delete IPv6 Address ${test_ipv6_addr} AND Delete IPv6 Address ${test_ipv6_addr1} 304 ... AND Test Teardown Execution 305 306 Configure Multiple IPv6 Address on BMC ${test_prefix_length} 307 308 309Verify Coexistence Of Static IPv6 And SLAAC On BMC 310 [Documentation] Verify static IPv6 And SLAAC both exist. 311 [Tags] Verify_Coexistence_Of_Static_IPv6_And_SLAAC_On_BMC 312 [Setup] Configure IPv6 Address On BMC ${test_ipv6_addr} ${test_prefix_length} 313 Set SLAAC Configuration State And Verify ${True} 314 [Teardown] Delete IPv6 Address ${test_ipv6_addr} 315 316 Sleep ${NETWORK_TIMEOUT}s 317 318 Check Coexistence Of Static IPv6 And SLAAC 319 320 321Verify Coexistence Of Link Local And DHCPv6 On BMC 322 [Documentation] Verify link local And dhcpv6 both coexist. 323 [Tags] Verify_Coexistence_Of_Link_Local_And_DHCPv6_On_BMC 324 [Setup] Set DHCPv6 Property Enabled ${2} 325 326 Sleep ${NETWORK_TIMEOUT}s 327 328 Check Coexistence Of Link Local And DHCPv6 329 330 331*** Keywords *** 332 333Suite Setup Execution 334 [Documentation] Do suite setup execution. 335 336 Redfish.Login 337 ${active_channel_config}= Get Active Channel Config 338 Set Suite Variable ${active_channel_config} 339 340 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 341 342 Set Suite variable ${ethernet_interface} 343 344 ${initial_ipv4_addressorigin_list} ${initial_ipv4_addr_list}= Get Address Origin List And IPv4 or IPv6 Address IPv4Addresses 345 ${initial_ipv6_addressorigin_list} ${initial_ipv6_addr_list}= Get Address Origin List And IPv4 or IPv6 Address IPv6Addresses 346 347 Set Suite Variable ${initial_ipv4_addressorigin_list} 348 Set Suite Variable ${initial_ipv4_addr_list} 349 Set Suite Variable ${initial_ipv6_addressorigin_list} 350 Set Suite Variable ${initial_ipv6_addr_list} 351 352 353Test Setup Execution 354 [Documentation] Test setup execution. 355 356 @{ipv6_network_configurations}= Get IPv6 Network Configuration 357 Set Test Variable @{ipv6_network_configurations} 358 359 # Get BMC IPv6 address and prefix length. 360 ${ipv6_data}= Get BMC IPv6 Info 361 Set Test Variable ${ipv6_data} 362 363 364Test Teardown Execution 365 [Documentation] Test teardown execution. 366 367 FFDC On Test Case Fail 368 369 370Get IPv6 Network Configuration 371 [Documentation] Get Ipv6 network configuration. 372 # Sample output: 373 # { 374 # "@odata.id": "/redfish/v1/Managers/${MANAGER_ID}/EthernetInterfaces/eth0", 375 # "@odata.type": "#EthernetInterface.v1_4_1.EthernetInterface", 376 # "DHCPv4": { 377 # "DHCPEnabled": false, 378 # "UseDNSServers": false, 379 # "UseDomainName": true, 380 # "UseNTPServers": false 381 # }, 382 # "DHCPv6": { 383 # "OperatingMode": "Disabled", 384 # "UseDNSServers": false, 385 # "UseDomainName": true, 386 # "UseNTPServers": false 387 # }, 388 # "Description": "Management Network Interface", 389 # "FQDN": "localhost", 390 # "HostName": "localhost", 391 # "IPv4Addresses": [ 392 # { 393 # "Address": "xx.xx.xx.xx", 394 # "AddressOrigin": "Static", 395 # "Gateway": "xx.xx.xx.1", 396 # "SubnetMask": "xx.xx.xx.0" 397 # }, 398 # { 399 # "Address": "169.254.xx.xx", 400 # "AddressOrigin": "IPv4LinkLocal", 401 # "Gateway": "0.0.0.0", 402 # "SubnetMask": "xx.xx.0.0" 403 # }, 404 # ], 405 # "IPv4StaticAddresses": [ 406 # { 407 # "Address": "xx.xx.xx.xx", 408 # "AddressOrigin": "Static", 409 # "Gateway": "xx.xx.xx.1", 410 # "SubnetMask": "xx.xx.0.0" 411 # } 412 # } 413 # ], 414 # "IPv6AddressPolicyTable": [], 415 # "IPv6Addresses": [ 416 # { 417 # "Address": "fe80::xxxx:xxxx:xxxx:xxxx", 418 # "AddressOrigin": "LinkLocal", 419 # "AddressState": null, 420 # "PrefixLength": xx 421 # } 422 # ], 423 # "IPv6DefaultGateway": "", 424 # "IPv6StaticAddresses": [ 425 # { "Address": "xxxx:xxxx:xxxx:xxxx::xxxx", 426 # "AddressOrigin": "Static", 427 # "AddressState": null, 428 # "PrefixLength": xxx 429 # } 430 # ], 431 # "Id": "eth0", 432 # "InterfaceEnabled": true, 433 # "LinkStatus": "LinkUp", 434 # "MACAddress": "xx:xx:xx:xx:xx:xx", 435 # "Name": "Manager Ethernet Interface", 436 # "NameServers": [], 437 # "SpeedMbps": 0, 438 # "StaticNameServers": [], 439 # "Status": { 440 # "Health": "OK", 441 # "HealthRollup": "OK", 442 # "State": "Enabled" 443 # }, 444 # "VLANs": { 445 # "@odata.id": "/redfish/v1/Managers/${MANAGER_ID}/EthernetInterfaces/eth0/VLANs" 446 447 448 ${active_channel_config}= Get Active Channel Config 449 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${active_channel_config['${CHANNEL_NUMBER}']['name']} 450 451 @{ipv6_network_configurations}= Get From Dictionary ${resp.dict} IPv6StaticAddresses 452 RETURN @{ipv6_network_configurations} 453 454 455Verify IPv6 And PrefixLength 456 [Documentation] Verify IPv6 address and prefix length on BMC. 457 [Arguments] ${ipv6_addr} ${prefix_len} 458 459 # Description of the argument(s): 460 # ipv6_addr IPv6 address to be verified. 461 # prefix_len PrefixLength value to be verified. 462 463 # Catenate IPv6 address and its prefix length. 464 ${ipv6_with_prefix}= Catenate ${ipv6_addr}/${prefix_len} 465 466 # Get IPv6 address details on BMC using IP command. 467 @{ip_data}= Get BMC IPv6 Info 468 469 # Verify if IPv6 and prefix length is configured on BMC. 470 471 Should Contain ${ip_data} ${ipv6_with_prefix} 472 ... msg=IPv6 and prefix length pair does not exist. 473 474 475Configure IPv6 Address On BMC 476 [Documentation] Add IPv6 Address on BMC. 477 [Arguments] ${ipv6_addr} ${prefix_len} ${valid_status_codes}=${HTTP_OK} 478 479 # Description of argument(s): 480 # ipv6_addr IPv6 address to be added (e.g. "2001:EEEE:2222::2022"). 481 # prefix_len Prefix length for the IPv6 to be added 482 # (e.g. "64"). 483 # valid_status_codes Expected return code from patch operation 484 # (e.g. "200"). 485 486 ${prefix_length}= Convert To Integer ${prefix_len} 487 ${empty_dict}= Create Dictionary 488 ${ipv6_data}= Create Dictionary Address=${ipv6_addr} 489 ... PrefixLength=${prefix_length} 490 491 ${patch_list}= Create List 492 493 # Get existing static IPv6 configurations on BMC. 494 ${ipv6_network_configurations}= Get IPv6 Network Configuration 495 ${num_entries}= Get Length ${ipv6_network_configurations} 496 497 FOR ${INDEX} IN RANGE 0 ${num_entries} 498 Append To List ${patch_list} ${empty_dict} 499 END 500 501 ${valid_status_codes}= Set Variable If '${valid_status_codes}' == '${HTTP_OK}' 502 ... ${HTTP_OK},${HTTP_NO_CONTENT} 503 ... ${valid_status_codes} 504 505 # We need not check for existence of IPv6 on BMC while adding. 506 Append To List ${patch_list} ${ipv6_data} 507 ${data}= Create Dictionary IPv6StaticAddresses=${patch_list} 508 509 ${active_channel_config}= Get Active Channel Config 510 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 511 512 Redfish.patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} body=&{data} 513 ... valid_status_codes=[${valid_status_codes}] 514 515 Return From Keyword If '${valid_status_codes}' != '${HTTP_OK},${HTTP_NO_CONTENT}' 516 517 # Note: Network restart takes around 15-18s after patch request processing. 518 Sleep ${NETWORK_TIMEOUT}s 519 Wait For Host To Ping ${OPENBMC_HOST} ${NETWORK_TIMEOUT} 520 521 Verify IPv6 And PrefixLength ${ipv6_addr} ${prefix_len} 522 523 # Verify if existing static IPv6 addresses still exist. 524 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 525 Verify IPv6 On BMC ${ipv6_network_configuration['Address']} 526 END 527 528 Validate IPv6 Network Config On BMC 529 530 531Configure Multiple IPv6 Address on BMC 532 [Documentation] Add multiple IPv6 address on BMC. 533 [Arguments] ${prefix_len} 534 ... ${valid_status_codes}=[${HTTP_OK},${HTTP_NO_CONTENT}] 535 536 # Description of argument(s): 537 # prefix_len Prefix length for the IPv6 to be added 538 # (e.g. "64"). 539 # valid_status_codes Expected return code from patch operation 540 # (e.g. "200"). 541 542 ${ipv6_list}= Create List ${test_ipv6_addr} ${test_ipv6_addr1} 543 ${prefix_length}= Convert To Integer ${prefix_len} 544 ${empty_dict}= Create Dictionary 545 ${patch_list}= Create List 546 547 # Get existing static IPv6 configurations on BMC. 548 ${ipv6_network_configurations}= Get IPv6 Network Configuration 549 ${num_entries}= Get Length ${ipv6_network_configurations} 550 551 FOR ${INDEX} IN RANGE 0 ${num_entries} 552 Append To List ${patch_list} ${empty_dict} 553 END 554 555 # We need not check for existence of IPv6 on BMC while adding. 556 FOR ${ipv6_addr} IN @{ipv6_list} 557 ${ipv6_data}= Create Dictionary Address=${ipv6_addr} PrefixLength=${prefix_length} 558 Append To List ${patch_list} ${ipv6_data} 559 END 560 ${data}= Create Dictionary IPv6StaticAddresses=${patch_list} 561 562 ${active_channel_config}= Get Active Channel Config 563 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 564 565 Redfish.patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} body=&{data} 566 ... valid_status_codes=${valid_status_codes} 567 568 IF ${valid_status_codes} != [${HTTP_OK}, ${HTTP_NO_CONTENT}] 569 Fail msg=Static address not added correctly 570 END 571 572 # Note: Network restart takes around 15-18s after patch request processing. 573 Sleep ${NETWORK_TIMEOUT}s 574 Wait For Host To Ping ${OPENBMC_HOST} ${NETWORK_TIMEOUT} 575 576 # Verify newly added ip address on CLI. 577 FOR ${ipv6_addr} IN @{ipv6_list} 578 Verify IPv6 And PrefixLength ${ipv6_addr} ${prefix_len} 579 END 580 581 # Verify if existing static IPv6 addresses still exist. 582 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 583 Verify IPv6 On BMC ${ipv6_network_configuration['Address']} 584 END 585 586 # Get the latest ipv6 network configurations. 587 @{ipv6_network_configurations}= Get IPv6 Network Configuration 588 589 # Verify newly added ip address on BMC. 590 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 591 Should Contain Match ${ipv6_list} ${ipv6_network_configuration['Address']} 592 END 593 594 Validate IPv6 Network Config On BMC 595 596 597Validate IPv6 Network Config On BMC 598 [Documentation] Check that IPv6 network info obtained via redfish matches info 599 ... obtained via CLI. 600 601 @{ipv6_network_configurations}= Get IPv6 Network Configuration 602 ${ipv6_data}= Get BMC IPv6 Info 603 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 604 Should Contain Match ${ipv6_data} ${ipv6_network_configuration['Address']}/* 605 ... msg=IPv6 address does not exist. 606 END 607 608 609Delete IPv6 Address 610 [Documentation] Delete IPv6 address of BMC. 611 [Arguments] ${ipv6_addr} 612 ... ${valid_status_codes}=[${HTTP_OK},${HTTP_ACCEPTED},${HTTP_NO_CONTENT}] 613 614 # Description of argument(s): 615 # ipv6_addr IPv6 address to be deleted (e.g. "2001:1234:1234:1234::1234"). 616 # valid_status_codes Expected return code from patch operation 617 # (e.g. "200"). See prolog of rest_request 618 # method in redfish_plus.py for details. 619 620 ${empty_dict}= Create Dictionary 621 ${patch_list}= Create List 622 623 @{ipv6_network_configurations}= Get IPv6 Network Configuration 624 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 625 IF '${ipv6_network_configuration['Address']}' == '${ipv6_addr}' 626 Append To List ${patch_list} ${null} 627 ELSE 628 Append To List ${patch_list} ${empty_dict} 629 END 630 END 631 632 ${ip_found}= Run Keyword And Return Status List Should Contain Value 633 ... ${patch_list} ${null} msg=${ipv6_addr} does not exist on BMC 634 Pass Execution If ${ip_found} == ${False} ${ipv6_addr} does not exist on BMC 635 636 # Run patch command only if given IP is found on BMC 637 ${data}= Create Dictionary IPv6StaticAddresses=${patch_list} 638 639 ${active_channel_config}= Get Active Channel Config 640 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 641 642 Redfish.patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} body=&{data} 643 ... valid_status_codes=${valid_status_codes} 644 645 # Note: Network restart takes around 15-18s after patch request processing 646 Sleep ${NETWORK_TIMEOUT}s 647 Wait For Host To Ping ${OPENBMC_HOST} ${NETWORK_TIMEOUT} 648 649 # IPv6 address that is deleted should not be there on BMC. 650 ${delete_status}= Run Keyword And Return Status Verify IPv6 On BMC ${ipv6_addr} 651 IF '${valid_status_codes}' == '[${HTTP_OK},${HTTP_ACCEPTED},${HTTP_NO_CONTENT}]' 652 Should Be True '${delete_status}' == '${False}' 653 ELSE 654 Should Be True '${delete_status}' == '${True}' 655 END 656 657 Validate IPv6 Network Config On BMC 658 659 660Modify IPv6 Address 661 [Documentation] Modify and verify IPv6 address of BMC. 662 [Arguments] ${ipv6} ${new_ipv6} ${prefix_len} 663 ... ${valid_status_codes}=[${HTTP_OK}, ${HTTP_NO_CONTENT}] 664 665 # Description of argument(s): 666 # ipv6 IPv6 address to be replaced (e.g. "2001:AABB:CCDD::AAFF"). 667 # new_ipv6 New IPv6 address to be configured. 668 # prefix_len Prefix length value (Range 1 to 128). 669 # valid_status_codes Expected return code from patch operation 670 # (e.g. "200", "201"). 671 672 ${empty_dict}= Create Dictionary 673 ${patch_list}= Create List 674 ${prefix_length}= Convert To Integer ${prefix_len} 675 ${ipv6_data}= Create Dictionary 676 ... Address=${new_ipv6} PrefixLength=${prefix_length} 677 678 # Sample IPv6 network configurations: 679 # "IPv6AddressPolicyTable": [], 680 # "IPv6Addresses": [ 681 # { 682 # "Address": "X002:db8:0:2::XX0", 683 # "AddressOrigin": "DHCPv6", 684 # "PrefixLength": 128 685 # }, 686 # { 687 # "Address": “X002:db8:0:2:a94:XXff:fe82:XXXX", 688 # "AddressOrigin": "SLAAC", 689 # "PrefixLength": 64 690 # }, 691 # { 692 # "Address": “Y002:db8:0:2:a94:efff:fe82:5000", 693 # "AddressOrigin": "Static", 694 # "PrefixLength": 56 695 # }, 696 # { 697 # "Address": “Z002:db8:0:2:a94:efff:fe82:5000", 698 # "AddressOrigin": "Static", 699 # "PrefixLength": 56 700 # }, 701 # { 702 # "Address": “Xe80::a94:efff:YYYY:XXXX", 703 # "AddressOrigin": "LinkLocal", 704 # "PrefixLength": 64 705 # }, 706 # { 707 # "Address": “X002:db8:1:2:eff:233:fee:546", 708 # "AddressOrigin": "Static", 709 # "PrefixLength": 56 710 # } 711 # ], 712 # "IPv6DefaultGateway": “XXXX::ab2e:80fe:87df:XXXX”, 713 # "IPv6StaticAddresses": [ 714 # { 715 # "Address": “X002:db8:0:2:a94:efff:fe82:5000", 716 # "PrefixLength": 56 717 # }, 718 # { 719 # "Address": “Y002:db8:0:2:a94:efff:fe82:5000", 720 # "PrefixLength": 56 721 # }, 722 # { 723 # "Address": “Z002:db8:1:2:eff:233:fee:546", 724 # "PrefixLength": 56 725 # } 726 # ], 727 # "IPv6StaticDefaultGateways": [], 728 729 # Find the position of IPv6 address to be modified. 730 @{ipv6_network_configurations}= Get IPv6 Network Configuration 731 FOR ${ipv6_network_configuration} IN @{ipv6_network_configurations} 732 IF '${ipv6_network_configuration['Address']}' == '${ipv6}' 733 Append To List ${patch_list} ${ipv6_data} 734 ELSE 735 Append To List ${patch_list} ${empty_dict} 736 END 737 END 738 739 # Modify the IPv6 address only if given IPv6 is found 740 ${ip_found}= Run Keyword And Return Status List Should Contain Value 741 ... ${patch_list} ${ipv6_data} msg=${ipv6} does not exist on BMC 742 Pass Execution If ${ip_found} == ${False} ${ipv6} does not exist on BMC 743 744 ${data}= Create Dictionary IPv6StaticAddresses=${patch_list} 745 746 ${active_channel_config}= Get Active Channel Config 747 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 748 749 Redfish.patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 750 ... body=&{data} valid_status_codes=${valid_status_codes} 751 752 # Note: Network restart takes around 15-18s after patch request processing. 753 Sleep ${NETWORK_TIMEOUT}s 754 Wait For Host To Ping ${OPENBMC_HOST} ${NETWORK_TIMEOUT} 755 756 # Verify if new IPv6 address is configured on BMC. 757 Verify IPv6 On BMC ${new_ipv6} 758 759 # Verify if old IPv6 address is erased. 760 ${cmd_status}= Run Keyword And Return Status 761 ... Verify IPv6 On BMC ${ipv6} 762 Should Be Equal ${cmd_status} ${False} msg=Old IPv6 address is not deleted. 763 764 Validate IPv6 Network Config On BMC 765 766 767Set SLAAC Configuration State And Verify 768 [Documentation] Set SLAAC configuration state and verify. 769 [Arguments] ${slaac_state} ${valid_status_codes}=[${HTTP_OK},${HTTP_ACCEPTED},${HTTP_NO_CONTENT}] 770 ... ${channel_number}=${CHANNEL_NUMBER} 771 772 # Description of argument(s): 773 # slaac_state SLAAC state('True' or 'False'). 774 # valid_status_code Expected valid status codes. 775 # channel_number Channel number 1(eth0) or 2(eth1). 776 777 ${active_channel_config}= Get Active Channel Config 778 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 779 780 ${data}= Set Variable If ${slaac_state} == ${False} ${DISABLE_SLAAC} ${ENABLE_SLAAC} 781 ${resp}= Redfish.Patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 782 ... body=${data} valid_status_codes=${valid_status_codes} 783 784 # Verify SLAAC is set correctly. 785 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 786 ${slaac_verify}= Get From Dictionary ${resp.dict} StatelessAddressAutoConfig 787 788 IF '${slaac_verify['IPv6AutoConfigEnabled']}' != '${slaac_state}' 789 Fail msg=SLAAC not set properly. 790 END 791 792Set And Verify DHCPv6 Property 793 [Documentation] Set DHCPv6 property and verify. 794 [Arguments] ${dhcpv6_operating_mode}=${Disabled} ${channel_number}=${CHANNEL_NUMBER} 795 796 # Description of argument(s): 797 # dhcpv6_operating_mode Enabled if user wants to enable DHCPv6('Enabled' or 'Disabled'). 798 # channel_number Channel number 1 or 2. 799 800 Set DHCPv6 Property ${dhcpv6_operating_mode} ${channel_number} 801 Verify DHCPv6 Property ${dhcpv6_operating_mode} ${channel_number} 802 803 804Set DHCPv6 Property 805 [Documentation] Set DHCPv6 attribute is enables or disabled. 806 [Arguments] ${dhcpv6_operating_mode}=${Disabled} ${channel_number}=${CHANNEL_NUMBER} 807 808 # Description of argument(s): 809 # dhcpv6_operating_mode Enabled if user wants to enable DHCPv6('Enabled' or 'Disabled'). 810 # channel_number Channel number 1 or 2. 811 812 ${data}= Set Variable If '${dhcpv6_operating_mode}' == 'Disabled' ${DISABLE_DHCPv6} ${ENABLE_DHCPv6} 813 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 814 815 Redfish.Patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 816 ... body=${data} valid_status_codes=[${HTTP_OK},${HTTP_NO_CONTENT}] 817 818 819Verify DHCPv6 Property 820 [Documentation] Verify DHCPv6 settings is enabled or disabled. 821 [Arguments] ${dhcpv6_operating_mode} ${channel_number}=${CHANNEL_NUMBER} 822 823 # Description of Argument(s): 824 # dhcpv6_operating_mode Enable/ Disable DHCPv6. 825 # channel_number Channel number 1 or 2. 826 827 ${ethernet_interface}= Set Variable ${active_channel_config['${CHANNEL_NUMBER}']['name']} 828 829 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 830 ${dhcpv6_verify}= Get From Dictionary ${resp.dict} DHCPv6 831 832 Should Be Equal '${dhcpv6_verify['OperatingMode']}' '${dhcpv6_operating_mode}' 833 834 835Get IPv6 Static Default Gateway 836 [Documentation] Get IPv6 static default gateway. 837 838 ${active_channel_config}= Get Active Channel Config 839 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${active_channel_config['${CHANNEL_NUMBER}']['name']} 840 841 @{ipv6_static_defgw_configurations}= Get From Dictionary ${resp.dict} IPv6StaticDefaultGateways 842 RETURN @{ipv6_static_defgw_configurations} 843 844 845Configure IPv6 Static Default Gateway On BMC 846 [Documentation] Configure IPv6 static default gateway on BMC. 847 [Arguments] ${ipv6_gw_addr} ${prefix_length_def} 848 ... ${valid_status_codes}=${HTTP_OK} 849 850 # Description of argument(s): 851 # ipv6_gw_addr IPv6 Static Default Gateway address to be configured. 852 # prefix_len_def Prefix length value (Range 1 to 128). 853 # valid_status_codes Expected return code from patch operation 854 # (e.g. "200", "204".) 855 856 # Prefix Length is passed as None. 857 IF '${prefix_length_def}' == '${None}' 858 ${ipv6_gw}= Create Dictionary Address=${ipv6_gw_addr} 859 ELSE 860 ${ipv6_gw}= Create Dictionary Address=${ipv6_gw_addr} Prefix Length=${prefix_length_def} 861 END 862 863 ${ipv6_static_def_gw}= Get IPv6 Static Default Gateway 864 865 ${num_entries}= Get Length ${ipv6_static_def_gw} 866 867 ${patch_list}= Create List 868 ${empty_dict}= Create Dictionary 869 870 FOR ${INDEX} IN RANGE 0 ${num_entries} 871 Append To List ${patch_list} ${empty_dict} 872 END 873 874 ${valid_status_codes}= Set Variable If '${valid_status_codes}' == '${HTTP_OK}' 875 ... ${HTTP_OK},${HTTP_NO_CONTENT} 876 ... ${valid_status_codes} 877 878 Append To List ${patch_list} ${ipv6_gw} 879 ${data}= Create Dictionary IPv6StaticDefaultGateways=${patch_list} 880 881 Redfish.Patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 882 ... body=${data} valid_status_codes=[${valid_status_codes}] 883 884 # Verify the added static default gateway is present in Redfish Get Output. 885 ${ipv6_staticdef_gateway}= Get IPv6 Static Default Gateway 886 887 ${ipv6_static_def_gw_list}= Create List 888 FOR ${ipv6_staticdef_gateway} IN @{ipv6_staticdef_gateway} 889 ${value}= Get From Dictionary ${ipv6_staticdef_gateway} Address 890 Append To List ${ipv6_static_def_gw_list} ${value} 891 END 892 893 IF '${valid_status_codes}' != '${HTTP_OK},${HTTP_NO_CONTENT}' 894 Should Not Contain ${ipv6_static_def_gw_list} ${ipv6_gw_addr} 895 ELSE 896 Should Contain ${ipv6_static_def_gw_list} ${ipv6_gw_addr} 897 END 898 899 900Modify IPv6 Static Default Gateway On BMC 901 [Documentation] Modify and verify IPv6 address of BMC. 902 [Arguments] ${ipv6_gw_addr} ${new_static_def_gw} ${prefix_length} 903 ... ${valid_status_codes}=[${HTTP_OK},${HTTP_ACCEPTED}] 904 905 # Description of argument(s): 906 # ipv6_gw_addr IPv6 static default gateway address to be replaced (e.g. "2001:AABB:CCDD::AAFF"). 907 # new_static_def_gw New static default gateway address to be configured. 908 # prefix_length Prefix length value (Range 1 to 128). 909 # valid_status_codes Expected return code from patch operation 910 # (e.g. "200", "204"). 911 912 ${empty_dict}= Create Dictionary 913 ${patch_list}= Create List 914 # Prefix Length is passed as None. 915 IF '${prefix_length_def}' == '${None}' 916 ${modified_ipv6_gw_addripv6_data}= Create Dictionary Address=${new_static_def_gw} 917 ELSE 918 ${modified_ipv6_gw_addripv6_data}= Create Dictionary Address=${new_static_def_gw} Prefix Length=${prefix_length_def} 919 END 920 921 @{ipv6_static_def_gw_list}= Get IPv6 Static Default Gateway 922 923 FOR ${ipv6_static_def_gw} IN @{ipv6_static_def_gw_list} 924 IF '${ipv6_static_def_gw['Address']}' == '${ipv6_gw_addr}' 925 Append To List ${patch_list} ${modified_ipv6_gw_addripv6_data} 926 ELSE 927 Append To List ${patch_list} ${empty_dict} 928 END 929 END 930 931 # Modify the IPv6 address only if given IPv6 static default gateway is found. 932 ${ip_static_def_gw_found}= Run Keyword And Return Status List Should Contain Value 933 ... ${patch_list} ${modified_ipv6_gw_addripv6_data} msg=${ipv6_gw_addr} does not exist on BMC 934 Pass Execution If ${ip_static_def_gw_found} == ${False} ${ipv6_gw_addr} does not exist on BMC 935 936 ${data}= Create Dictionary IPv6StaticDefaultGateways=${patch_list} 937 938 Redfish.Patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 939 ... body=&{data} valid_status_codes=${valid_status_codes} 940 941 ${ipv6_staticdef_gateway}= Get IPv6 Static Default Gateway 942 943 ${ipv6_static_def_gw_list}= Create List 944 FOR ${ipv6_staticdef_gateway} IN @{ipv6_staticdef_gateway} 945 ${value}= Get From Dictionary ${ipv6_staticdef_gateway} Address 946 Append To List ${ipv6_static_def_gw_list} ${value} 947 END 948 949 Should Contain ${ipv6_static_def_gw_list} ${new_static_def_gw} 950 # Verify if old static default gateway address is erased. 951 Should Not Contain ${ipv6_static_def_gw_list} ${ipv6_gw_addr} 952 953 954Delete IPv6 Static Default Gateway 955 [Documentation] Delete IPv6 static default gateway on BMC. 956 [Arguments] ${ipv6_gw_addr} 957 ... ${valid_status_codes}=[${HTTP_OK},${HTTP_ACCEPTED},${HTTP_NO_CONTENT}] 958 959 # Description of argument(s): 960 # ipv6_gw_addr IPv6 Static Default Gateway address to be deleted. 961 # valid_status_codes Expected return code from patch operation 962 # (e.g. "200"). 963 964 ${patch_list}= Create List 965 ${empty_dict}= Create Dictionary 966 967 ${ipv6_static_def_gw_list}= Create List 968 @{ipv6_static_defgw_configurations}= Get IPv6 Static Default Gateway 969 970 FOR ${ipv6_staticdef_gateway} IN @{ipv6_static_defgw_configurations} 971 ${value}= Get From Dictionary ${ipv6_staticdef_gateway} Address 972 Append To List ${ipv6_static_def_gw_list} ${value} 973 END 974 975 ${defgw_found}= Run Keyword And Return Status List Should Contain Value 976 ... ${ipv6_static_def_gw_list} ${ipv6_gw_addr} msg=${ipv6_gw_addr} does not exist on BMC 977 Skip If ${defgw_found} == ${False} ${ipv6_gw_addr} does not exist on BMC 978 979 FOR ${ipv6_static_def_gw} IN @{ipv6_static_defgw_configurations} 980 IF '${ipv6_static_def_gw['Address']}' == '${ipv6_gw_addr}' 981 Append To List ${patch_list} ${null} 982 ELSE 983 Append To List ${patch_list} ${empty_dict} 984 END 985 END 986 987 # Run patch command only if given IP is found on BMC. 988 ${data}= Create Dictionary IPv6StaticDefaultGateways=${patch_list} 989 990 Redfish.Patch ${REDFISH_NW_ETH_IFACE}${ethernet_interface} body=&{data} 991 ... valid_status_codes=${valid_status_codes} 992 993 ${data}= Create Dictionary IPv6StaticDefaultGateways=${patch_list} 994 995 @{ipv6_static_defgw_configurations}= Get IPv6 Static Default Gateway 996 Should Not Contain Match ${ipv6_static_defgw_configurations} ${ipv6_gw_addr} 997 ... msg=IPv6 Static default gateway does not exist. 998 999 1000Check Coexistence Of Linklocalv6 And Static IPv6 1001 [Documentation] Verify both linklocalv6 and static IPv6 exist. 1002 1003 # Verify the address origin contains static and linklocal. 1004 @{ipv6_addressorigin_list} ${ipv6_linklocal_addr}= Get Address Origin List And Address For Type LinkLocal 1005 1006 Should Match Regexp ${ipv6_linklocal_addr} ${linklocal_addr_format} 1007 Should Contain ${ipv6_addressorigin_list} Static 1008 1009 1010Check Coexistence Of Static IPv6 And SLAAC 1011 [Documentation] Verify both static IPv6 and SLAAC exist. 1012 1013 # Verify the address origin contains static and slaac. 1014 @{ipv6_addressorigin_list} ${ipv6_static_addr}= 1015 ... Get Address Origin List And Address For Type Static 1016 1017 @{ipv6_addressorigin_list} ${ipv6_slaac_addr}= 1018 ... Get Address Origin List And Address For Type SLAAC 1019 1020 1021Check Coexistence Of Link Local And DHCPv6 1022 [Documentation] Verify both link local and dhcpv6 coexist. 1023 1024 # Verify the address origin contains dhcpv6 and link local. 1025 @{ipv6_address_origin_list} ${ipv6_link_local_addr}= 1026 ... Get Address Origin List And Address For Type LinkLocal 1027 1028 @{ipv6_address_origin_list} ${ipv6_dhcpv6_addr}= 1029 ... Get Address Origin List And Address For Type DHCPv6 1030 1031 Should Match Regexp ${ipv6_link_local_addr} ${linklocal_addr_format} 1032 1033 1034Check If Linklocal Address Is In Correct Format 1035 [Documentation] Linklocal address has network part fe80 and host part EUI64. 1036 1037 # Fetch the linklocal address. 1038 @{ipv6_addressorigin_list} ${ipv6_linklocal_addr}= Get Address Origin List And Address For Type LinkLocal 1039 1040 # Follow EUI64 from MAC. 1041 ${system_mac}= Get BMC MAC Address 1042 ${split_octets}= Split String ${system_mac} : 1043 ${first_octet}= Evaluate int('${split_octets[0]}', 16) 1044 ${flipped_hex}= Evaluate format(${first_octet} ^ 2, '02x') 1045 ${grp1}= Evaluate re.sub(r'^0+', '', '${flipped_hex}${split_octets[1]}') modules=re 1046 ${grp2}= Evaluate re.sub(r'^0+', '', '${split_octets[2]}ff') modules=re 1047 ${grp3}= Evaluate re.sub(r'^0+', '', '${split_octets[4]}${split_octets[5]}') modules=re 1048 ${linklocal}= Set Variable fe80::${grp1}:${grp2}:fe${split_octets[3]}:${grp3} 1049 1050 # Verify the linklocal obtained is the same as on the machine. 1051 Should Be Equal ${linklocal} ${ipv6_linklocal_addr} 1052 1053 1054Check BMC Gets SLAAC Address 1055 [Documentation] Check BMC gets slaac address. 1056 1057 @{ipv6_addressorigin_list} ${ipv6_slaac_addr}= Get Address Origin List And Address For Type SLAAC 1058 1059 1060Get The Initial DHCPv6 Setting On Each Interface 1061 [Documentation] Get the initial DHCPv6 setting of each interface. 1062 [Arguments] ${channel_number} 1063 1064 # Description of the argument(s): 1065 # channel_number Channel number 1 or 2. 1066 1067 ${ethernet_interface}= Set Variable ${active_channel_config['${channel_number}']['name']} 1068 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 1069 ${initial_dhcpv6_iface}= Get From Dictionary ${resp.dict} DHCPv6 1070 IF ${channel_number}==${1} 1071 Set Test Variable ${dhcpv6_channel_1} ${initial_dhcpv6_iface['OperatingMode']} 1072 ELSE 1073 Set Test Variable ${dhcpv6_channel_2} ${initial_dhcpv6_iface['OperatingMode']} 1074 END 1075 1076 1077Get The Initial DHCPv6 Settings 1078 [Documentation] Get the initial DHCPv6 settings of both the interfaces. 1079 1080 Get The Initial DHCPv6 Setting On Each Interface ${1} 1081 Get The Initial DHCPv6 Setting On Each Interface ${2} 1082 1083 1084Get The Initial SLAAC Settings 1085 [Documentation] Get the initial SLAAC settings of both the interfaces. 1086 1087 Get The Initial SLAAC Setting On Each Interface ${1} 1088 Get The Initial SLAAC Setting On Each Interface ${2} 1089 1090 1091Get The Initial SLAAC Setting On Each Interface 1092 [Documentation] Get the initial SLAAC setting of the interface. 1093 [Arguments] ${channel_number} 1094 1095 # Description of the argument(s): 1096 # channel_number Channel number 1 or 2. 1097 1098 ${ethernet_interface}= Set Variable ${active_channel_config['${channel_number}']['name']} 1099 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${ethernet_interface} 1100 ${initial_slaac_iface}= Get From Dictionary ${resp.dict} StatelessAddressAutoConfig 1101 IF ${channel_number}==${1} 1102 Set Test Variable ${slaac_channel_1} ${initial_slaac_iface['IPv6AutoConfigEnabled']} 1103 ELSE 1104 Set Test Variable ${slaac_channel_2} ${initial_slaac_iface['IPv6AutoConfigEnabled']} 1105 END 1106 1107 1108Get Address Origin List And IPv4 or IPv6 Address 1109 [Documentation] Get address origin list and address for type. 1110 [Arguments] ${ip_address_type} 1111 1112 # Description of the argument(s): 1113 # ip_address_type Type of IPv4 or IPv6 address to be checked. 1114 1115 ${resp}= Redfish.Get ${REDFISH_NW_ETH_IFACE}${active_channel_config['${CHANNEL_NUMBER}']['name']} 1116 @{ip_addresses}= Get From Dictionary ${resp.dict} ${ip_address_type} 1117 1118 ${ip_addressorigin_list}= Create List 1119 ${ip_addr_list}= Create List 1120 FOR ${ip_address} IN @{ip_addresses} 1121 ${ip_addressorigin}= Get From Dictionary ${ip_address} AddressOrigin 1122 Append To List ${ip_addressorigin_list} ${ip_addressorigin} 1123 Append To List ${ip_addr_list} ${ip_address['Address']} 1124 END 1125 RETURN ${ip_addressorigin_list} ${ip_addr_list} 1126 1127 1128Verify All The Addresses Are Intact 1129 [Documentation] Verify all the addresses and address origins remain intact. 1130 1131 # Verify that it will not impact the IPv4 configuration. 1132 Sleep ${NETWORK_TIMEOUT} 1133 Wait For Host To Ping ${OPENBMC_HOST} ${NETWORK_TIMEOUT} 1134 1135 # IPv6 address must be present. 1136 @{ipv6_addressorigin_list} ${ipv6_slaac_addr}= Get Address Origin List And Address For Type SLAAC 1137 @{ipv6_addressorigin_list} ${ipv6_linklocal_addr}= Get Address Origin List And Address For Type LinkLocal 1138 1139 # IPv4 and IPv6 addresses must remain intact. 1140 ${ipv4_addressorigin_list} ${ipv4_addr_list}= Get Address Origin List And IPv4 or IPv6 Address IPv4Addresses 1141 ${ipv6_addressorigin_list} ${ipv6_addr_list}= Get Address Origin List And IPv4 or IPv6 Address IPv6Addresses 1142 1143 ${ipv6_is_subset}= Evaluate set(${initial_ipv6_addr_list}).issubset(set(${ipv6_addr_list})) 1144 Should Be True ${ipv6_is_subset} 1145 1146 Should be Equal ${initial_ipv4_addressorigin_list} ${ipv4_addressorigin_list} 1147 Should be Equal ${initial_ipv4_addr_list} ${ipv4_addr_list} 1148 1149 1150Get Interface ID Of IPv6 1151 [Documentation] Get interface id of IPv6 address. 1152 [Arguments] ${ipv6_address} 1153 1154 # Description of the argument(s): 1155 # ${ipv6_address} IPv6 Address to extract the last 4 hextets. 1156 1157 # Last 64 bits of SLAAC and Linklocal must be the same. 1158 # Sample IPv6 network configurations. 1159 #"IPv6AddressPolicyTable": [], 1160 # "IPv6Addresses": [ 1161 # { 1162 # "Address": "fe80::xxxx:xxxx:xxxx:xxxx", 1163 # "AddressOrigin": "LinkLocal", 1164 # "AddressState": null, 1165 # "PrefixLength": xx 1166 # } 1167 # ], 1168 # { 1169 # "Address": "2002:xxxx:xxxx:xxxx:xxxx", 1170 # "AddressOrigin": "SLAAC", 1171 # "PrefixLength": 64 1172 # } 1173 # ], 1174 1175 ${split_ip_address}= Split String ${ipv6_address} : 1176 ${missing_ip}= Evaluate 8 - len(${split_ip_address}) + 1 1177 ${expanded_ip}= Create List 1178 1179 FOR ${hextet} IN @{split_ip_address} 1180 IF '${hextet}' == '' 1181 FOR ${i} IN RANGE ${missing_ip} 1182 Append To List ${expanded_ip} 0000 1183 END 1184 ELSE 1185 Append To List ${expanded_ip} ${hextet} 1186 END 1187 END 1188 ${interface_id}= Evaluate ':'.join(${expanded_ip}[-4:]) 1189 RETURN ${interface_id} 1190