blob: 7d913e3764a2785d497c7c47f40fcb33fde91261 [file] [log] [blame]
*** Settings ***
Documentation Test suite for OpenBMC IPMI user management.
Resource ../lib/ipmi_client.robot
Resource ../lib/openbmc_ffdc.robot
Resource ../lib/bmc_network_utils.robot
Library ../lib/ipmi_utils.py
Test Setup Printn
Suite Setup Suite Setup Execution
Test Teardown Test Teardown Execution
Force Tags IPMI_User
*** Variables ***
${invalid_username} user%
${invalid_password} abc123
${new_username} newuser
${root_userid} 1
${operator_level_priv} 0x3
${user_priv} 2
${operator_priv} 3
${admin_level_priv} 4
${valid_password} 0penBmc1
${max_password_length} 20
${ipmi_setaccess_cmd} channel setaccess
&{password_values} 16=0penBmc10penBmc2 17=0penBmc10penBmc2B
... 20=0penBmc10penBmc2Bmc3 21=0penBmc10penBmc2Bmc34
... 7=0penBmc 8=0penBmc0
${expected_max_ids} 15
${root_pattern} ^.*\\sroot\\s.*ADMINISTRATOR.*$
${empty_name_pattern} ^User Name\\s.*\\s:\\s$
# User defined count.
${USER_LOOP_COUNT} 20
*** Test Cases ***
Verify IPMI User Summary
[Documentation] Verify IPMI maximum supported IPMI user ID and
... enabled user from user summary.
[Tags] Verify_IPMI_User_Summary
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${initial_user_count} ${maximum_ids}= Get Enabled User Count
${random_userid} ${random_username}= Create Random IPMI User
Wait And Confirm New User Entry ${random_username}
Set Test Variable ${random_userid}
Run IPMI Standard Command user enable ${random_userid}
# Verify number of currently enabled users.
${current_user_count} ${maximum_ids}= Get Enabled User Count
${calculated_count}= Evaluate ${initial_user_count} + 1
Should Be Equal As Integers ${current_user_count} ${calculated_count}
# Verify maximum user count IPMI local user can have.
Should Be Equal As Integers ${maximum_ids} ${expected_max_ids}
Verify IPMI User List
[Documentation] Verify user list via IPMI.
[Tags] Verify_IPMI_User_List
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
Run IPMI Standard Command user enable ${random_userid}
# Delay added for IPMI user to get enabled.
Sleep 5s
# Set admin privilege and enable IPMI messaging for newly created user.
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv}
${users_access}= Get User Access Ipmi ${CHANNEL_NUMBER}
Rprint Vars users_access
${index}= Evaluate ${random_userid} - 1
# Verify the user access of created user.
Valid Value users_access[${index}]['id'] ['${random_userid}']
Valid Value users_access[${index}]['name'] ['${random_username}']
Valid Value users_access[${index}]['callin'] ['true']
Valid Value users_access[${index}]['link'] ['false']
Valid Value users_access[${index}]['auth'] ['true']
Valid Value users_access[${index}]['ipmi'] ['ADMINISTRATOR']
Verify IPMI User Creation With Valid Name And ID
[Documentation] Create user via IPMI and verify.
[Tags] Verify_IPMI_User_Creation_With_Valid_Name_And_ID
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Verify IPMI User Creation With Invalid Name
[Documentation] Verify error while creating IPMI user with invalid
... name (e.g. user name with special characters).
[Tags] Verify_IPMI_User_Creation_With_Invalid_Name
${random_userid}= Find Free User Id
${msg}= Run Keyword And Expect Error * Run IPMI Standard Command
... user set name ${random_userid} ${invalid_username}
Should Contain ${msg} Invalid data
Verify IPMI User Creation With Invalid ID
[Documentation] Verify error while creating IPMI user with invalid
... ID(i.e. any number greater than 15 or 0).
[Tags] Verify_IPMI_User_Creation_With_Invalid_ID
@{id_list}= Create List
${random_invalid_id}= Evaluate random.randint(16, 1000) modules=random
Append To List ${id_list} ${random_invalid_id}
Append To List ${id_list} 0
FOR ${id} IN @{id_list}
${msg}= Run Keyword And Expect Error * Run IPMI Standard Command
... user set name ${id} newuser
Should Contain Any ${msg} User ID is limited to range Parameter out of range
END
Verify Setting IPMI User With Invalid Password
[Documentation] Verify error while setting IPMI user with invalid
... password.
[Tags] Verify_Setting_IPMI_User_With_Invalid_Password
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
# Set invalid password for newly created user.
${msg}= Run Keyword And Expect Error * Run IPMI Standard Command
... user set password ${random_userid} ${invalid_password}
# Delay added for user password to get set.
Sleep 5s
Should Contain ${msg} Set User Password command failed
Verify Setting IPMI Root User With New Name
[Documentation] Verify error while setting IPMI root user with new
... name.
[Tags] Verify_Setting_IPMI_Root_User_With_New_Name
# Set invalid password for newly created user.
${msg}= Run Keyword And Expect Error * Run IPMI Standard Command
... user set name ${root_userid} abcd
Should Contain ${msg} Set User Name command failed
Verify IPMI User Password Via Test Command
[Documentation] Verify IPMI user password using test command.
[Tags] Verify_IPMI_User_Password_Via_Test_Command
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
# Set valid password for newly created user.
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Verify newly set password using test command.
${msg}= Run IPMI Standard Command
... user test ${random_userid} ${max_password_length} ${valid_password}
Should Contain ${msg} Success
Verify Setting Valid Password For IPMI User
[Documentation] Set valid password for IPMI user and verify.
[Tags] Verify_Setting_Valid_Password_For_IPMI_User
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
# Set valid password for newly created user.
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
Run IPMI Standard Command user enable ${random_userid}
# Delay added for IPMI user to get enable
Sleep 5s
# Set admin privilege and enable IPMI messaging for newly created user
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv}
Verify IPMI Username And Password ${random_username} ${valid_password}
Verify IPMI User Creation With Same Name
[Documentation] Verify error while creating two IPMI user with same name.
[Tags] Verify_IPMI_User_Creation_With_Same_Name
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
# Set same username for another IPMI user.
${rand_userid_two}= Find Free User Id
${msg}= Run Keyword And Expect Error * Run IPMI Standard Command
... user set name ${rand_userid_two} ${random_username}
Should Contain ${msg} Invalid data field in request
Verify Setting IPMI User With Null Password
[Documentation] Verify error while setting IPMI user with null
... password.
[Tags] Verify_Setting_IPMI_User_With_Null_Password
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
# Set null password for newly created user.
${msg}= Run Keyword And Expect Error * Run IPMI Standard Command
... user set password ${random_userid} ""
Should Contain ${msg} Invalid data field in request
Verify IPMI User Deletion
[Documentation] Delete user via IPMI and verify.
[Tags] Verify_IPMI_User_Deletion
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
# Delete IPMI User and verify
Run IPMI Standard Command user set name ${random_userid} ""
${user_info}= Get User Info ${random_userid} ${CHANNEL_NUMBER}
Should Be Equal ${user_info['user_name']} ${EMPTY}
Test IPMI User Privilege Level
[Documentation] Verify IPMI user with user privilege can only run user level commands.
[Tags] Test_IPMI_User_Privilege_Level
[Template] Test IPMI User Privilege
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
#Privilege level User Cmd Status Operator Cmd Status Admin Cmd Status
${user_priv} Passed Failed Failed
Test IPMI Operator Privilege Level
[Documentation] Verify IPMI user with operator privilege can only run user and operator levels commands.
... level is set to operator.
[Tags] Test_IPMI_Operator_Privilege_Level
[Template] Test IPMI User Privilege
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
#Privilege level User Cmd Status Operator Cmd Status Admin Cmd Status
${operator_priv} Passed Passed Failed
Test IPMI Administrator Privilege Level
[Documentation] Verify IPMI user with admin privilege can run all levels command.
[Tags] Test_IPMI_Administrator_Privilege_Level
[Template] Test IPMI User Privilege
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
#Privilege level User Cmd Status Operator Cmd Status Admin Cmd Status
${admin_level_priv} Passed Passed Passed
Enable IPMI User And Verify
[Documentation] Enable IPMI user and verify that the user is able
... to run IPMI command.
[Tags] Enable_IPMI_User_And_Verify
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Set admin privilege and enable IPMI messaging for newly created user.
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv}
# Delay added for user privilege to get set.
Sleep 5s
Enable IPMI User And Verify ${random_userid}
Wait And Confirm New Username And Password ${random_username} ${valid_password}
# Verify that enabled IPMI user is able to run IPMI command.
Verify IPMI Username And Password ${random_username} ${valid_password}
Disable IPMI User And Verify
[Documentation] Disable IPMI user and verify that that the user
... is unable to run IPMI command.
[Tags] Disable_IPMI_User_And_Verify
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Set admin privilege and enable IPMI messaging for newly created user.
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv}
# Disable IPMI user and verify.
Run IPMI Standard Command user disable ${random_userid}
${user_info}= Get User Info ${random_userid} ${CHANNEL_NUMBER}
Should Be Equal ${user_info['enable_status']} disabled
# Verify that disabled IPMI user is unable to run IPMI command.
${msg}= Run Keyword And Expect Error * Verify IPMI Username And Password
... ${random_username} ${valid_password}
Should Contain ${msg} Unable to establish IPMI
Verify IPMI Root User Password Change
[Documentation] Change IPMI root user password and verify that
... root user is able to run IPMI command.
[Tags] Verify_IPMI_Root_User_Password_Change
[Setup] Skip if len( '${OPENBMC_PASSWORD}' ) < 8
... msg= Do not run this test if len( OPENBMC_PASSWORD ) < 8
# Reason: if OPENBMC_PASSWORD is not at least 8 characters,
# it cannot be restored in the Teardown step.
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Run Keyword If "${TEST STATUS}" != "SKIP"
... Wait Until Keyword Succeeds 15 sec 5 sec
... Restore Default Password For IPMI Root User
# Set new password for root user.
Run IPMI Standard Command
... user set password ${root_userid} ${valid_password}
# Delay added for user password to get set.
Sleep 5s
# Verify that root user is able to run IPMI command using new password.
Wait Until Keyword Succeeds 15 sec 5 sec Verify IPMI Username And Password
... root ${valid_password}
Verify Administrator And User Privilege For Different Channels
[Documentation] Set administrator and user privilege for different channels and verify.
[Tags] Verify_Administrator_And_User_Privilege_For_Different_Channels
[Setup] Check Active Ethernet Channels
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Set admin privilege for newly created user with channel 1.
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv} ${CHANNEL_NUMBER}
# Set user privilege for newly created user with channel 2.
Set Channel Access ${random_userid} ipmi=on privilege=${user_priv} ${secondary_channel_number}
Enable IPMI User And Verify ${random_userid}
# Verify that user is able to run administrator level IPMI command with channel 1.
Verify IPMI Command ${random_username} ${valid_password} Administrator ${CHANNEL_NUMBER}
# Verify that user is unable to run IPMI command with channel 2.
Run IPMI Standard Command
... sel info ${secondary_channel_number} expected_rc=${1} U=${random_username} P=${valid_password}
Verify Operator And User Privilege For Different Channels
[Documentation] Set operator and user privilege for different channels and verify.
[Tags] Verify_Operator_And_User_Privilege_For_Different_Channels
[Setup] Check Active Ethernet Channels
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Set operator privilege for newly created user with channel 1.
Set Channel Access ${random_userid} ipmi=on privilege=${operator_priv} ${CHANNEL_NUMBER}
# Set user privilege for newly created user with channel 2.
Set Channel Access ${random_userid} ipmi=on privilege=${user_priv} ${secondary_channel_number}
Enable IPMI User And Verify ${random_userid}
# Verify that user is able to run operator level IPMI command with channel 1.
Verify IPMI Command ${random_username} ${valid_password} Operator ${CHANNEL_NUMBER}
# Verify that user is able to run user level IPMI command with channel 2.
Verify IPMI Command ${random_username} ${valid_password} User ${secondary_channel_number}
Verify Setting IPMI User With Max Password Length
[Documentation] Verify IPMI user creation with password length of 20 characters.
[Tags] Verify_Setting_IPMI_User_With_Max_Password_Length
[Template] Set User Password And Verify
# password_length password_option expected_status
20 20 ${True}
Verify Setting IPMI User With Invalid Password Length
[Documentation] Verify that IPMI user cannot be set with 21 character password using 16 char
... or 20 char password option.
[Tags] Verify_Setting_IPMI_User_With_Invalid_Password_Length
[Template] Set User Password And Verify
# password_length password_option expected_status
21 16 ${False}
21 20 ${False}
Verify Setting IPMI User With 16 Character Password
[Documentation] Verify that IPMI user can create a 16 character password using 16 char or 20
... char password option.
[Tags] Verify_Setting_IPMI_User_With_16_Character_Password
[Template] Set User Password And Verify
# password_length password_option expected_status
16 16 ${True}
16 20 ${True}
Verify Default Selection Of 16 Character Password For IPMI User
[Documentation] Verify that ipmitool by default opts for the 16 character option when given a
... password whose length is in between 17 and 20.
[Tags] Verify_Default_Selection_Of_16_Character_Password_For_IPMI_User
[Template] Set User Password And Verify
# password_length password_option expected_status
17 16 ${True}
20 16 ${True}
Verify Minimum Password Length For IPMI User
[Documentation] Verify minimum password length of 8 characters.
[Tags] Verify_Minimum_Password_Length_For_IPMI_User
[Template] Set User Password And Verify
# password_length password_option expected_status
7 16 ${False}
8 16 ${True}
7 20 ${False}
8 20 ${True}
Verify Continuous IPMI Command Execution
[Documentation] Verify that continuous IPMI command execution runs fine.
[Tags] Verify_Continuous_IPMI_Command_Execution
FOR ${i} IN RANGE ${USER_LOOP_COUNT}
Run IPMI Standard Command lan print
Run IPMI Standard Command power status
Run IPMI Standard Command fru list
Run IPMI Standard Command sel list
END
Modify IPMI User
[Documentation] Verify modified IPMI user is communicating via IPMI.
[Tags] Modify_IPMI_User
[Teardown] Run Keywords FFDC On Test Case Fail AND
... Delete Created User ${random_userid}
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Set admin privilege and enable IPMI messaging for newly created user.
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv}
# Delay added for user privilege to get set.
Sleep 5s
Enable IPMI User And Verify ${random_userid}
# Verify that user is able to run administrator level IPMI command.
Verify IPMI Command ${random_username} ${valid_password} Administrator ${CHANNEL_NUMBER}
# Set different username for same IPMI user.
Run IPMI Standard Command
... user set name ${random_userid} ${new_username}
Wait And Confirm New Username And Password ${new_username} ${valid_password}
# Verify that user is able to run administrator level IPMI command.
Verify IPMI Command ${new_username} ${valid_password} Administrator ${CHANNEL_NUMBER}
*** Keywords ***
Restore Default Password For IPMI Root User
[Documentation] Restore default password for IPMI root user
${result}= Run External IPMI Standard Command
... user set password ${root_userid} ${OPENBMC_PASSWORD}
... P=${valid_password}
Should Contain ${result} Set User Password command successful
# Verify that root user is able to run IPMI command using default password.
Verify IPMI Username And Password root ${OPENBMC_PASSWORD}
Test IPMI User Privilege
[Documentation] Test IPMI user privilege by executing IPMI command with different privileges.
[Arguments] ${privilege_level} ${user_cmd_status} ${operator_cmd_status} ${admin_cmd_status}
# Description of argument(s):
# privilege_level Privilege level of IPMI user (e.g. 4, 3).
# user_cmd_status Expected status of IPMI command run with the "User"
# privilege (i.e. "Passed" or "Failed").
# operator_cmd_status Expected status of IPMI command run with the "Operator"
# privilege (i.e. "Passed" or "Failed").
# admin_cmd_status Expected status of IPMI command run with the "Administrator"
# privilege (i.e. "Passed" or "Failed").
# Create IPMI user and set valid password.
${random_username}= Generate Random String 8 [LETTERS]
${random_userid}= Evaluate random.randint(2, 15) modules=random
IPMI Create User ${random_userid} ${random_username}
Set Test Variable ${random_userid}
Run IPMI Standard Command
... user set password ${random_userid} ${valid_password}
# Set privilege and enable IPMI messaging for newly created user.
Set Channel Access ${random_userid} ipmi=on privilege=${privilege_level}
# Delay added for user privilege to get set.
Sleep 5s
Enable IPMI User And Verify ${random_userid}
Verify IPMI Command ${random_username} ${valid_password} User
... expected_status=${user_cmd_status}
Verify IPMI Command ${random_username} ${valid_password} Operator
... expected_status=${operator_cmd_status}
Verify IPMI Command ${random_username} ${valid_password} Administrator
... expected_status=${admin_cmd_status}
Verify IPMI Command
[Documentation] Verify IPMI command execution with given username,
... password, privilege and expected status.
[Arguments] ${username} ${password} ${privilege} ${channel}=${1} ${expected_status}=Passed
# Description of argument(s):
# username The user name (e.g. "root", "robert", etc.).
# password The user password (e.g. "0penBmc", "0penBmc1", etc.).
# privilege The session privilege for IPMI command (e.g. "User", "Operator", etc.).
# channel The user channel number (e.g. "1" or "2").
# expected_status Expected status of IPMI command run with the user
# of above password and privilege (i.e. "Passed" or "Failed").
${expected_rc}= Set Variable If '${expected_status}' == 'Passed' ${0} ${1}
Wait Until Keyword Succeeds 15 sec 5 sec Run IPMI Standard Command
... sel info ${channel} expected_rc=${expected_rc} U=${username} P=${password}
... L=${privilege}
Set User Password And Verify
[Documentation] Create a user and set its password with given length and option.
[Arguments] ${password_length} ${password_option} ${expected_result}
[Teardown] Run Keyword Delete Created User ${random_userid}
# Description of argument(s):
# password_length Length of password to be generated and used (e.g. "16").
# password_option Password length option to be given in IPMI command (e.g. "16", "20").
# expected_result Expected result for setting the user's password (e.g. "True", "False").
Rprint Vars password_length password_option expected_result
${random_userid} ${random_username}= Create Random IPMI User
Set Test Variable ${random_userid}
${password}= Get From Dictionary ${password_values} ${password_length}
Rprint Vars random_userid password
# Set password for newly created user.
${status}= Run Keyword And Return Status Run IPMI Standard Command
... user set password ${random_userid} ${password} ${password_option}
Rprint Vars status
Valid Value status [${expected_result}]
Return From Keyword If '${expected_result}' == '${False}'
# Set admin privilege and enable IPMI messaging for newly created user.
Set Channel Access ${random_userid} ipmi=on privilege=${admin_level_priv}
# Delay added for user privilege to get set.
Sleep 5s
Enable IPMI User And Verify ${random_userid}
# For password_option 16, passwords with length between 17 and 20 will be truncated.
# For all other cases, passwords will be retained as it is to verify.
${truncated_password}= Set Variable ${password[:${password_option}]}
Rprint Vars truncated_password
${status}= Run Keyword And Return Status Verify IPMI Username And Password ${random_username}
... ${truncated_password}
Rprint Vars status
Valid Value status [${expected_result}]
Test Teardown Execution
[Documentation] Do the test teardown execution.
FFDC On Test Case Fail
Check Active Ethernet Channels
[Documentation] Check active ethernet channels and set suite variables.
${channel_number_list}= Get Active Ethernet Channel List
${channel_length}= Get Length ${channel_number_list}
Skip If '${channel_length}' == '1'
... msg= Skips this test case as only one channel was in active.
FOR ${channel_num} IN @{channel_number_list}
${secondary_channel_number}= Set Variable If ${channel_num} != ${CHANNEL_NUMBER} ${channel_num}
END
Set Suite Variable ${secondary_channel_number}
Suite Setup Execution
[Documentation] Make sure the enabled user count is below maximum,
... and prepares administrative user list suite variables.
Check Enabled User Count
# Skip root user checking if user decides not to use root user as default.
Run Keyword If '${IPMI_USERNAME}' == 'root' Determine Root User Id
Check Enabled User Count
[Documentation] Ensure that there are available user IDs.
# Check for the enabled user count
${resp}= Run IPMI Standard Command user summary ${CHANNEL_NUMBER}
${enabled_user_count}=
... Get Lines Containing String ${resp} Enabled User Count
Should not contain ${enabled_user_count} ${expected_max_ids}
... msg=IPMI have reached maximum user count
Determine Root User Id
[Documentation] Determines the user ID of the root user.
${resp}= Wait Until Keyword Succeeds 15 sec 1 sec Run IPMI Standard Command
... user list
@{lines}= Split To Lines ${resp}
${root_userid}= Set Variable ${-1}
${line_count}= Get Length ${lines}
FOR ${id_index} IN RANGE 1 ${line_count}
${line}= Get From List ${lines} ${id_index}
${root_found}= Get Lines Matching Regexp ${line} ${root_pattern}
IF '${root_found}' != '${EMPTY}'
${root_userid}= Set Variable ${id_index}
Exit For Loop
END
END
Set Suite Variable ${root_userid}
Log To Console The root user ID is ${root_userid}.
Run Keyword If ${root_userid} < ${1} Fail msg= Did not identify root user ID.
Wait And Confirm New Username And Password
[Documentation] Wait in loop trying to to confirm Username And Password.
[Arguments] ${username} ${password}
# Description of argument(s):
# username The user name (e.g. "root", "robert", etc.).
# password The user password (e.g. "0penBmc", "0penBmc1", etc.).
# Give time for previous command to complete.
Sleep 5s
# Looping verify that root user is able to run IPMI command using new password.
Wait Until Keyword Succeeds 15 sec 5 sec Verify IPMI Username And Password
... ${username} ${password}
Get Enabled User Count
[Documentation] Return as integers: current number of enabled users and
... Maximum number of Ids.
# Isolate 'Enabled User Count' value and convert to integer
${resp}= Wait Until Keyword Succeeds 15 sec 1 sec Run IPMI Standard Command
... user summary ${CHANNEL_NUMBER}
${user_count_line}= Get Lines Containing String ${resp} Enabled User Count
${count}= Fetch From Right ${user_count_line} \:
${user_count}= Convert To Integer ${count}
# Isolate 'Maximum IDs' value and convert to integer
${maximum_ids}= Get Lines Containing String ${resp} Maximum IDs
${max_ids}= Fetch From Right ${maximum_ids} \:
${int_maximum_ids_count}= Convert To Integer ${max_ids}
[Return] ${user_count} ${int_maximum_ids_count}
Wait And Confirm New User Entry
[Documentation] Wait in loop until new user appears with given username.
[Arguments] ${username}
# Description of argument(s):
# username The user name (e.g. "root", "robert", etc.).
Wait Until Keyword Succeeds 45 sec 1 sec Verify IPMI Username Visible
... ${username}
Verify IPMI Username Visible
[Documentation] Confirm that username is present in user list.
[Arguments] ${username}
# Description of argument(s):
# username The user name (e.g. "root", "robert", etc.).
${resp}= Run IPMI Standard Command user list
Should Contain ${resp} ${username}
Find Free User Id
[Documentation] Find a user ID that is not being used.
Check Enabled User Count
FOR ${num} IN RANGE 300
${random_userid}= Evaluate random.randint(1, ${expected_max_ids}) modules=random
${access}= Run IPMI Standard Command channel getaccess ${CHANNEL_NUMBER} ${random_userid}
${name_line}= Get Lines Containing String ${access} User Name
Log To Console For ID ${random_userid}: ${name_line}
${is_empty}= Run Keyword And Return Status
... Should Match Regexp ${name_line} ${empty_name_pattern}
Exit For Loop If ${is_empty} == ${True}
END
[Return] ${random_userid}