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*** Settings ***
Documentation BMC and host redfish utility keywords.
Resource resource.robot
Resource bmc_redfish_resource.robot
*** Keywords ***
Redfish Power Operation
[Documentation] Do Redfish host power operation.
[Arguments] ${reset_type}
# Description of arguments:
# reset_type Type of power operation.
# (e.g. On/ForceOff/GracefulRestart/GracefulShutdown)
# Example:
# "Actions": {
# "#ComputerSystem.Reset": {
# "ResetType@Redfish.AllowableValues": [
# "On",
# "ForceOff",
# "ForceOn",
# "ForceRestart",
# "GracefulRestart",
# "GracefulShutdown"
# "PowerCycle",
# "Nmi"
# ],
# "target": "/redfish/v1/Systems/system/Actions/ComputerSystem.Reset"
# }
# }
${target}= redfish_utils.Get Target Actions /redfish/v1/Systems/system/ ComputerSystem.Reset
${payload}= Create Dictionary ResetType=${reset_type}
${resp}= Redfish.Post ${target} body=&{payload}
Redfish BMC Reset Operation
[Documentation] Do Redfish BMC reset operation.
[Arguments] ${reset_type}=GracefulRestart
# Example:
# "Actions": {
# "#Manager.Reset": {
# "ResetType@Redfish.AllowableValues": [
# "GracefulRestart",
# "ForceRestart"
# ],
# "target": "/redfish/v1/Managers/bmc/Actions/Manager.Reset"
# }
${target}= redfish_utils.Get Target Actions /redfish/v1/Managers/bmc/ Manager.Reset
${payload}= Create Dictionary ResetType=${reset_type}
Redfish.Post ${target} body=&{payload}
Reset BIOS Via Redfish
[Documentation] Do BIOS reset through Redfish.
${target}= redfish_utils.Get Target Actions /redfish/v1/Systems/system/Bios/ Bios.ResetBios
Redfish.Post ${target} valid_status_codes=[${HTTP_OK}]
Redfish Delete Session
[Documentation] Redfish delete session.
[Arguments] ${session_info}
# Description of argument(s):
# session_info Session information are stored in dictionary.
# ${session_info} = {
# 'SessionIDs': 'XXXXXXXXX',
# 'ClientID': 'XXXXXX',
# 'SessionToken': 'XXXXXXXXX',
# 'SessionResp': session response from redfish login
# }
# SessionIDs : Session IDs
# ClientID : Client ID
# SessionToken : Session token
# SessionResp : Response of creating an redfish login session
Redfish.Delete /redfish/v1/SessionService/Sessions/${session_info["SessionIDs"]}
Redfish Delete List Of Session
[Documentation] Redfish delete session from list of session records, individual session information
... are stored in dictionary.
[Arguments] ${session_info_list}
# Description of argument(s):
# session_info_list List contains individual session record are stored in dictionary.
# ${session_info_list} = [{
# 'SessionIDs': 'XXXXXXXXX',
# 'ClientID': 'XXXXXX',
# 'SessionToken': 'XXXXXXXXX',
# 'SessionResp': session response from redfish login
# }]
# SessionIDs : Session IDs
# ClientID : Client ID
# SessionToken : Session token
# SessionResp : Response of creating an redfish login session
FOR ${session_record} IN @{session_info_list}
Redfish.Delete /redfish/v1/SessionService/Sessions/${session_record["SessionIDs"]}
END
Delete All Redfish Sessions
[Documentation] Delete all active redfish sessions.
${saved_session_info}= Get Redfish Session Info
${resp_list}= Redfish_Utils.Get Member List
... /redfish/v1/SessionService/Sessions
# Remove the current login session from the list.
Remove Values From List ${resp_list} ${saved_session_info["location"]}
# Remove session with client_id populated from the list.
${client_id_list}= Get Session With Client Id ${resp_list}
Log To Console Client sessions skip list: ${client_id_list}
FOR ${client_session} IN @{client_id_list}
Remove Values From List ${resp_list} ${client_session}
END
FOR ${session} IN @{resp_list}
Run Keyword And Ignore Error Redfish.Delete ${session}
END
Get Session With Client Id
[Documentation] Iterate through the active sessions and return sessions populated with client id.
[Arguments] ${session_list}
# Description of argument(s):
# session_list Active session list from SessionService.
# "Oem": {
# "OpenBMC": {
# "@odata.type": "#OemSession.v1_0_0.Session",
# "ClientID": "MYID=Vd57f62*2811504"
# }
${client_id_sessions}= Create List
FOR ${session} IN @{session_list}
${resp}= Redfish.Get ${session} valid_status_codes=[200,404]
Run Keyword If '${resp.dict["Oem"]["OpenBMC"]["ClientID"]}' != '${EMPTY}'
... Append To List ${client_id_sessions} ${session}
END
[Return] ${client_id_sessions}
Get Valid FRUs
[Documentation] Return a dictionary containing all of the valid FRU records for the given fru_type.
[Arguments] ${fru_type}
# NOTE: A valid FRU record will have a "State" key of "Enabled" and a "Health" key of "OK".
# Description of argument(s):
# fru_type The type of fru (e.g. "Processors", "Memory", etc.).
${fru_records}= Redfish_Utils.Enumerate Request
... /redfish/v1/Systems/system/${fru_type} return_json=0
${fru_records}= Filter Struct ${fru_records} [('State', 'Enabled'), ('Health', 'OK')]
[Return] ${fru_records}
Get Num Valid FRUs
[Documentation] Return the number of valid FRU records for the given fru_type.
[Arguments] ${fru_type}
# Description of argument(s):
# fru_type The type of fru (e.g. "Processors", "Memory", etc.).
${fru_records}= Get Valid FRUs ${fru_type}
${num_valid_frus}= Get length ${fru_records}
[Return] ${num_valid_frus}
Verify Valid Records
[Documentation] Verify all records retrieved with the given arguments are valid.
[Arguments] ${record_type} ${redfish_uri} ${reading_type}
# Description of Argument(s):
# record_type The sensor record type (e.g. "PowerSupplies")
# redfish_uri The power supply URI (e.g. /redfish/v1/Chassis/chassis/Power)
# reading_type The power watt readings (e.g. "PowerInputWatts")
# A valid record will have "State" key "Enabled" and "Health" key "OK".
${records}= Redfish.Get Attribute ${redfish_uri} ${record_type}
Rprint Vars records
# Example output:
# records:
# [0]:
# [@odata.id]: /redfish/v1/Chassis/chassis/Power#/PowerControl/0
# [@odata.type]: #Power.v1_0_0.PowerControl
# [MemberId]: 0
# [Name]: Chassis Power Control
# [PowerConsumedWatts]: 264.0
# [PowerLimit]:
# [LimitInWatts]: None
# [PowerMetrics]:
# [AverageConsumedWatts]: 325
# [IntervalInMin]: 3
# [MaxConsumedWatts]: 538
# [Status]:
# [Health]: OK
# [State]: Enabled
${invalid_records}= Filter Struct ${records}
... [('Health', '^OK$'), ('State', '^Enabled$'), ('${reading_type}', '')] regex=1 invert=1
Valid Length invalid_records max_length=0
[Return] ${records}
Redfish Create User
[Documentation] Redfish create user.
[Arguments] ${user_name} ${password} ${role_id} ${enabled} ${force}=${False}
# Description of argument(s):
# user_name The user name to be created.
# password The password to be assigned.
# role_id The role ID of the user to be created.
# (e.g. "Administrator", "Operator", etc.).
# enabled Indicates whether the username being created.
# should be enabled (${True}, ${False}).
# force Delete user account and re-create if force is True.
${curr_role}= Run Keyword And Ignore Error Get User Role ${user_name}
# Ex: ${curr_role} = ('PASS', 'Administrator')
${user_exists}= Run Keyword And Return Status Should Be Equal As Strings ${curr_role}[0] PASS
# Delete user account when force is True.
Run Keyword If ${force} == ${True} Redfish.Delete ${REDFISH_ACCOUNTS_URI}${user_name}
... valid_status_codes=[${HTTP_OK}, ${HTTP_NOT_FOUND}]
# Create specified user when force is True or User does not exist.
${payload}= Create Dictionary
... UserName=${user_name} Password=${password} RoleId=${role_id} Enabled=${enabled}
Run Keyword If ${force} == ${True} or ${user_exists} == ${False}
... Redfish.Post ${REDFISH_ACCOUNTS_URI} body=&{payload}
... valid_status_codes=[${HTTP_CREATED}]
Get User Role
[Documentation] Get User Role.
[Arguments] ${user_name}
# Description of argument(s):
# user_name User name to get it's role.
${role_config}= Redfish_Utils.Get Attribute
... ${REDFISH_ACCOUNTS_URI}${user_name} RoleId
[Return] ${role_config}
Create Users With Different Roles
[Documentation] Create users with different roles.
[Arguments] ${users} ${force}=${False}
# Description of argument(s):
# users Dictionary of roles and user credentails to be created.
# Ex: {'Administrator': '[admin_user, TestPwd123]', 'Operator': '[operator_user, TestPwd123]'}
# force Delete given user account if already exists when force is True.
FOR ${role} IN @{users}
Redfish Create User ${users['${role}'][0]} ${users['${role}']}[1] ${role} ${True} ${force}
END
Delete BMC Users Via Redfish
[Documentation] Delete BMC users via redfish.
[Arguments] ${users}
# Description of argument(s):
# users Dictionary of roles and user credentials to be deleted.
FOR ${role} IN @{users}
Redfish.Delete /redfish/v1/AccountService/Accounts/${users['${role}'][0]}
... valid_status_codes=[${HTTP_OK}, ${HTTP_NOT_FOUND}]
END
Expire And Update New Password Via Redfish
[Documentation] Expire and change password and verify using password.
[Arguments] ${username} ${password} ${new_password}
# Description of argument(s):
# username The username to be used to login to the BMC.
# password The password to be used to login to the BMC.
# new_password The new password to be used to update password.
# Expire admin password using ssh.
Open Connection And Log In ${OPENBMC_USERNAME} ${OPENBMC_PASSWORD}
${output} ${stderr} ${rc}= BMC Execute Command passwd --expire ${username}
Should Contain Any ${output} password expiry information changed
... password changed
# Verify user password expired using Redfish
Verify User Password Expired Using Redfish ${username} ${password}
# Change user password.
Redfish.Patch /redfish/v1/AccountService/Accounts/${username}
... body={'Password': '${new_password}'}
Redfish.Logout
Verify User Password Expired Using Redfish
[Documentation] Checking whether user password expired or not using redfish.
# Description of argument(s):
# username The username to be used to login to the BMC.
# password The password to be used to login to the BMC.
[Arguments] ${username} ${password} ${expected_result}=${True}
Redfish.Login ${username} ${password}
${resp}= Redfish.Get /redfish/v1/AccountService/Accounts/${username}
Should Be Equal ${resp.dict["PasswordChangeRequired"]} ${expected_result}