*** Settings *** Documentation Test BMC manager time functionality. Resource ../../lib/resource.robot Resource ../../lib/bmc_redfish_resource.robot Resource ../../lib/common_utils.robot Resource ../../lib/openbmc_ffdc.robot Resource ../../lib/utils.robot Resource ../../lib/rest_client.robot Library ../../lib/gen_robot_valid.py Test Setup Printn Test Teardown Test Teardown Execution Suite Setup Suite Setup Execution Suite Teardown Suite Teardown Execution *** Variables *** ${max_time_diff_in_seconds} 6 # The "offset" consists of the value "26" specified for hours. Redfish will # convert that to the next day + 2 hours. ${date_time_with_offset} 2019-04-25T26:24:46+00:00 ${expected_date_time} 2019-04-26T02:24:46+00:00 ${invalid_datetime} "2019-04-251T12:24:46+00:00" ${ntp_server_1} "9.9.9.9" ${ntp_server_2} "2.2.3.3" &{original_ntp} &{EMPTY} *** Test Cases *** Verify Redfish BMC Time [Documentation] Verify that date/time obtained via redfish matches ... date/time obtained via BMC command line. [Tags] Verify_Redfish_BMC_Time ${redfish_date_time}= Redfish Get DateTime ${cli_date_time}= CLI Get BMC DateTime ${time_diff}= Subtract Date From Date ${cli_date_time} ... ${redfish_date_time} ${time_diff}= Evaluate abs(${time_diff}) Rprint Vars redfish_date_time cli_date_time time_diff Should Be True ${time_diff} < ${max_time_diff_in_seconds} ... The difference between Redfish time and CLI time exceeds the allowed time difference. Verify Set Time Using Redfish [Documentation] Verify set time using redfish API. [Tags] Verify_Set_Time_Using_Redfish Set Time To Manual Mode ${old_bmc_time}= CLI Get BMC DateTime # Add 3 days to current date. ${new_bmc_time}= Add Time to Date ${old_bmc_time} 3 Days Redfish Set DateTime ${new_bmc_time} ${cli_bmc_time}= CLI Get BMC DateTime ${time_diff}= Subtract Date From Date ${cli_bmc_time} ... ${new_bmc_time} ${time_diff}= Evaluate abs(${time_diff}) Rprint Vars old_bmc_time new_bmc_time cli_bmc_time time_diff max_time_diff_in_seconds Should Be True ${time_diff} < ${max_time_diff_in_seconds} ... The difference between Redfish time and CLI time exceeds the allowed time difference. # Setting back to old bmc time. Redfish Set DateTime ${old_bmc_time} Verify Set DateTime With Offset Using Redfish [Documentation] Verify set DateTime with offset using redfish API. [Tags] Verify_Set_DateTime_With_Offset_Using_Redfish [Teardown] Run Keywords Redfish Set DateTime AND FFDC On Test Case Fail Redfish Set DateTime ${date_time_with_offset} ${cli_bmc_time}= CLI Get BMC DateTime ${date_time_diff}= Subtract Date From Date ${cli_bmc_time} ... ${expected_date_time} exclude_millis=yes ${date_time_diff}= Convert to Integer ${date_time_diff} Rprint Vars date_time_with_offset expected_date_time cli_bmc_time ... date_time_diff max_time_diff_in_seconds Valid Range date_time_diff 0 ${max_time_diff_in_seconds} Verify Set DateTime With Invalid Data Using Redfish [Documentation] Verify error while setting invalid DateTime using Redfish. [Tags] Verify_Set_DateTime_With_Invalid_Data_Using_Redfish Redfish Set DateTime ${invalid_datetime} valid_status_codes=[${HTTP_BAD_REQUEST}] Verify DateTime Persists After Reboot [Documentation] Verify date persists after BMC reboot. [Tags] Verify_DateTime_Persists_After_Reboot # Synchronize BMC date/time to local system date/time. ${local_system_time}= Get Current Date Redfish Set DateTime ${local_system_time} Redfish OBMC Reboot (off) Redfish.Login ${bmc_time}= CLI Get BMC DateTime ${local_system_time}= Get Current Date ${time_diff}= Subtract Date From Date ${bmc_time} ... ${local_system_time} ${time_diff}= Evaluate abs(${time_diff}) Rprint Vars local_system_time bmc_time time_diff max_time_diff_in_seconds Should Be True ${time_diff} < ${max_time_diff_in_seconds} ... The difference between Redfish time and CLI time exceeds the allowed time difference. Verify NTP Server Set [Documentation] Verify NTP server set. [Tags] Verify_NTP_Server_Set Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} ... body={'NTP':{'NTPServers': ['${ntp_server_1}', '${ntp_server_2}']}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] ${network_protocol}= Redfish.Get Properties ${REDFISH_NW_PROTOCOL_URI} Should Contain ${network_protocol["NTP"]["NTPServers"]} ${ntp_server_1} ... msg=NTP server value ${ntp_server_1} not stored. Should Contain ${network_protocol["NTP"]["NTPServers"]} ${ntp_server_2} ... msg=NTP server value ${ntp_server_2} not stored. Verify NTP Server Value Not Duplicated [Documentation] Verify NTP servers value not same for both primary and secondary server. [Tags] Verify_NTP_Server_Value_Not_Duplicated Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} ... body={'NTP':{'NTPServers': ['${ntp_server_1}', '${ntp_server_1}']}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] ${network_protocol}= Redfish.Get Properties ${REDFISH_NW_PROTOCOL_URI} Should Contain X Times ${network_protocol["NTP"]["NTPServers"]} ${ntp_server_1} 1 ... msg=NTP primary and secondary server values should not be same. Verify NTP Server Setting Persist After BMC Reboot [Documentation] Verify NTP server setting persist after BMC reboot. [Tags] Verify_NTP_Server_Setting_Persist_After_BMC_Reboot Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} ... body={'NTP':{'NTPServers': ['${ntp_server_1}', '${ntp_server_2}']}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] Redfish OBMC Reboot (off) Redfish.Login ${network_protocol}= Redfish.Get Properties ${REDFISH_NW_PROTOCOL_URI} Should Contain ${network_protocol["NTP"]["NTPServers"]} ${ntp_server_1} ... msg=NTP server value ${ntp_server_1} not stored. Should Contain ${network_protocol["NTP"]["NTPServers"]} ${ntp_server_2} ... msg=NTP server value ${ntp_server_2} not stored. Verify Enable NTP [Documentation] Verify NTP protocol mode can be enabled. [Teardown] Restore NTP Mode [Tags] Verify_Enable_NTP ${original_ntp}= Redfish.Get Attribute ${REDFISH_NW_PROTOCOL_URI} NTP Set Suite Variable ${original_ntp} Rprint Vars original_ntp # The following patch command should set the ["NTP"]["ProtocolEnabled"] property to "True". Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} body={'NTP':{'ProtocolEnabled': ${True}}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] ${ntp}= Redfish.Get Attribute ${REDFISH_NW_PROTOCOL_URI} NTP Rprint Vars ntp Valid Value ntp["ProtocolEnabled"] valid_values=[True] Verify Immediate Consumption Of BMC Date [Documentation] Verify immediate change in BMC date time. [Tags] Verify_Immediate_Consumption_Of_BMC_Date [Setup] Run Keywords Set Time To Manual Mode AND ... Redfish Set DateTime valid_status_codes=[${HTTP_OK}] [Teardown] Run Keywords FFDC On Test Case Fail AND ... Redfish Set DateTime valid_status_codes=[${HTTP_OK}] [Template] Set BMC Date And Verify # host_state on off *** Keywords *** Test Teardown Execution [Documentation] Do the post test teardown. FFDC On Test Case Fail Redfish Get DateTime [Documentation] Returns BMC Datetime value from Redfish. ${date_time}= Redfish.Get Attribute ${REDFISH_BASE_URI}Managers/bmc DateTime [Return] ${date_time} Redfish Set DateTime [Documentation] Set DateTime using Redfish. [Arguments] ${date_time}=${EMPTY} &{kwargs} # Description of argument(s): # date_time New time to set for BMC (eg. # "2019-06-30 09:21:28"). If this value is # empty, it will be set to the UTC current # date time of the local system. # kwargs Additional parameters to be passed directly to # th Redfish.Patch function. A good use for # this is when testing a bad date-time, the # caller can specify # valid_status_codes=[${HTTP_BAD_REQUEST}]. # Assign default value of UTC current date time if date_time is empty. ${date_time}= Run Keyword If ... '${date_time}' == '${EMPTY}' Get Current Date time_zone=UTC ... ELSE ... Set Variable ${date_time} Wait Until Keyword Succeeds 1min 5sec ... Redfish.Patch ${REDFISH_BASE_URI}Managers/bmc body={'DateTime': '${date_time}'} &{kwargs} Set Time To Manual Mode [Documentation] Set date time to manual mode via Redfish. Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} body={'NTP':{'ProtocolEnabled': ${False}}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] Restore NTP Mode [Documentation] Restore the original NTP mode. Return From Keyword If &{original_ntp} == &{EMPTY} Print Timen Restore NTP Mode. Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} ... body={'NTP':{'ProtocolEnabled': ${original_ntp["ProtocolEnabled"]}}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] Suite Setup Execution [Documentation] Do the suite level setup. Printn Redfish.Login Get NTP Initial Status Set Time To Manual Mode Suite Teardown Execution [Documentation] Do the suite level teardown. Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} ... body={'NTP':{'NTPServers': ['${EMPTY}', '${EMPTY}']}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] Set Time To Manual Mode Restore NTP Status Redfish.Logout Set NTP state [Documentation] Set NTP service inactive. [Arguments] ${state} Redfish.Patch ${REDFISH_NW_PROTOCOL_URI} body={'NTP':{'ProtocolEnabled': ${state}}} ... valid_status_codes=[${HTTP_OK}, ${HTTP_NO_CONTENT}] Get NTP Initial Status [Documentation] Get NTP service Status. ${original_ntp}= Redfish.Get Attribute ${REDFISH_NW_PROTOCOL_URI} NTP Set Suite Variable ${original_ntp} Restore NTP Status [Documentation] Restore NTP Status. Run Keyword If '${original_ntp["ProtocolEnabled"]}' == 'True' ... Set NTP state ${TRUE} ... ELSE Set NTP state ${FALSE} Set BMC Date And Verify [Documentation] Set BMC Date Time at a given host state and verify. [Arguments] ${host_state} # Description of argument(s): # host_state Host state at which date time will be updated for verification # (eg. on, off). Run Keyword If '${host_state}' == 'on' ... Redfish Power On stack_mode=skip ... ELSE ... Redfish Power off stack_mode=skip ${current_date}= Get Current Date time_zone=UTC ${new_value}= Subtract Time From Date ${current_date} 1 day Redfish Set DateTime ${new_value} valid_status_codes=[${HTTP_OK}] ${current_value}= Redfish Get DateTime ${time_diff}= Subtract Date From Date ${current_value} ${new_value} Should Be True '${time_diff}'<='3'