Skip to main content

Create virtual BMCs for controlling virtual instances via IPMI for vSphere environment

Project description

VirtualBMC for vSphere (vbmc4vsphere)

Downloads

⚠️ IMPORTANT UPDATES ⚠️

Since 0.1.0, the commands have been renamed to vsbmc and vsbmcd to allow coexistence with the original VirtualBMC. Also, the path to the configuration files has been changed.

To migrate your old configuration files, please refer to the migration guide on the GitHub Wiki page.

Table of Contents

Overview

A virtual BMC for controlling virtual machines using IPMI commands for the VMware vSphere environment.

In other words, this is the VMware vSphere version of VirtualBMC part of the OpenStack project.

This can be used as a BMC of Nested-ESXi, therefore you can make the vSphere DPM work in your nested environment for testing purpose.

Demo

See:

Disclaimer

  • For testing purposes only. Not for production use.
  • The vCenter Server credentials including password are stored in plain text.
  • The vSphere DPM can be enabled with VirtualBMC for vSphere, but be careful with the recommendations presented in the vSphere DPM in nested environments may not be accurate or meet expectations. See the wiki page for detail.

Installation

python -m pip install vbmc4vsphere

If you want to run VirtualBMC for vSphere in Docker container, see the guide on wiki page.

vSphere Permissions

The following are the minimum permissions needed on vSphere for VirtualBMC for vSphere (queried using govc).

VirtualMachine.Config.Settings
VirtualMachine.Interact.PowerOff
VirtualMachine.Interact.PowerOn
VirtualMachine.Interact.Reset
Global.Diagnostics

Supported IPMI commands

# Power the virtual machine on, off, graceful off, reset, and NMI.
# Note that NMI is currently experimental.
ipmitool -I lanplus -U admin -P password -H 192.168.0.1 -p 6230 power on|off|soft|reset|diag

# Check the power status.
ipmitool -I lanplus -U admin -P password -H 192.168.0.1 -p 6230 power status

# Set the boot device to network, disk or cdrom.
ipmitool -I lanplus -U admin -P password -H 192.168.0.1 -p 6230 chassis bootdev pxe|disk|cdrom

# Get the current boot device.
ipmitool -I lanplus -U admin -P password -H 192.168.0.1 -p 6230 chassis bootparam get 5

# Get the channel info. Note that its output is always a dummy, not actual information.
ipmitool -I lanplus -U admin -P password -H 192.168.0.1 -p 6230 channel info

# Get the network info. Note that its output is always a dummy, not actual information.
ipmitool -I lanplus -U admin -P password -H 192.168.0.1 -p 6230 lan print 1
  • Experimental support: power diag
    • The command returns a response immediately, but the virtual machine receives NMI 60 seconds later. This depends on the behavior of debug-hung-vm on the ESXi.

Architecture

Architecture

Quick Start

Install VirtualBMC for vSphere on some linux host, start vsbmcd daemon, and then configure through vsbmc command.

Installation

python -m pip install vbmc4vsphere

Start Daemon

  • Start daemon:

    vsbmcd
    

    By default, daemon starts in background. You can start it in foreground by --foreground option to get logs.

    vsbmcd --foreground
    

Configure VirtualBMC

  • In order to see all command options supported by the vsbmc tool do:

    vsbmc --help
    

    It’s also possible to list the options from a specific command. For example, in order to know what can be provided as part of the add command do:

    vsbmc add --help
    
  • Adding a new virtual BMC to control VM called lab-vesxi01:

    vsbmc add lab-vesxi01 --port 6230 --viserver 192.168.0.1 --viserver-username vsbmc@vsphere.local --viserver-password my-secure-password
    
    • Binding a network port number below 1025 is restricted and only users with privilege will be able to start a virtual BMC on those ports.
    • Passing the credential for your vCenter Server is required.
    • By default, IPMI credential is configured as admin and password. You can specify your own username and password by --username and --password at this time.
  • Adding a additional virtual BMC to control VM called lab-vesxi02:

    vsbmc add lab-vesxi02 --port 6231 --viserver 192.168.0.1 --viserver-username vsbmc@vsphere.local --viserver-password my-secure-password
    
    • Specify a different port for each virtual machine.
  • Starting the virtual BMC to control VMs:

    vsbmc start lab-vesxi01
    vsbmc start lab-vesxi02
    
  • Getting the list of virtual BMCs including their VM name and IPMI network endpoints they are reachable at:

    $ vsbmc list
    +-------------+---------+---------+------+
    | VM name     | Status  | Address | Port |
    +-------------+---------+---------+------+
    | lab-vesxi01 | running | ::      | 6230 |
    | lab-vesxi02 | running | ::      | 6231 |
    +-------------+---------+---------+------+
    
  • To view configuration information for a specific virtual BMC:

    $ vsbmc show lab-vesxi01
    +-------------------+---------------------+
    | Property          | Value               |
    +-------------------+---------------------+
    | active            | False               |
    | address           | ::                  |
    | password          | ***                 |
    | port              | 6230                |
    | status            | running             |
    | username          | admin               |
    | viserver          | 192.168.0.1         |
    | viserver_password | ***                 |
    | viserver_username | vsbmc@vsphere.local |
    | vm_name           | lab-vesxi01         |
    | vm_uuid           | None                |
    +-------------------+---------------------+
    
  • Stopping the virtual BMC:

    vsbmc stop lab-vesxi01
    vsbmc stop lab-vesxi02
    

Server Simulation

Once the virtual BMC for a specific VM has been created and started you can then issue IPMI commands against the address and port of that virtual BMC to control the VM.

In this example, if your VirtualBMC host has 192.168.0.100, you can control:

  • lab-vesxi01 through 192.168.0.100:6230
  • lab-vesxi02 through 192.168.0.100:6231

by using IPMI. For example:

  • To power on the virtual machine lab-vesxi01:

    $ ipmitool -I lanplus -H 192.168.0.100 -p 6230 -U admin -P password chassis power on
    Chassis Power Control: Up/On
    
  • To check its power status:

    $ ipmitool -I lanplus -H 192.168.0.100 -p 6230 -U admin -P password chassis power status
    Chassis Power is on
    
  • To shutdown lab-vesxi01:

    $ ipmitool -I lanplus -H 192.168.0.100 -p 6230 -U admin -P password chassis power soft
    Chassis Power Control: Soft
    
  • To reset the lab-vesxi02:

    $ ipmitool -I lanplus -H 192.168.0.100 -p 6231 -U admin -P password chassis power reset
    Chassis Power Control: Reset
    

Tips

Optional configuration file

Both vsbmcd and vsbmc can make use of an optional configuration file, which is looked for in the following locations (in this order):

  • VBMC4VSPHERE_CONFIG environment variable pointing to a file
  • $HOME/.vsbmc/vbmc4vsphere.conf file
  • /etc/vbmc4vsphere/vbmc4vsphere.conf file

If no configuration file has been found, the internal defaults apply.

The configuration files are not created automatically unless you create them manually. And even if you don't create a configuration file, it won't matter in most cases.

Below is a sample of vbmc4vsphere.conf.

[default]
#show_passwords = false
config_dir = /home/vsbmc/.vsbmc
#pid_file = /home/vsbmc/.vsbmc/master.pid
#server_port = 50891
#server_response_timeout = 5000
#server_spawn_wait = 3000

[log]
# logfile = /home/vsbmc/.vsbmc/log/vbmc4vsphere.log
debug = true 

[ipmi]
session_timeout = 10

Manage stored data manually

Once you invoke vsbmc add command, everything that you specified will be stored as config file per virtual machine under $HOME/.vsbmc/ by default. There files can be used backup/restoration, migration, and of course can be managed by any kind of configuration management tools. Please note everything including password stored in plain text in these config file.

The path for these files can be changed by config_dir in your vbmc4vsphere.conf described above.

$ cat ~/.vsbmc/lab-vesxi01/config
[VirtualBMC]
username = admin
password = password
address = ::
port = 6230
vm_name = lab-vesxi01
vm_uuid = 903a0dfb-68d1-4d2e-9674-10e353a733ca
viserver = 192.168.0.1
viserver_username = vsbmc@vsphere.local
viserver_password = my-secure-password
active = True

Use in large-scale vSphere deployments

You can use UUID instead of name to identify virtual machine by specifying --vm-uuid option in vsbmc add command. This makes response time for IPMI command faster in large-scale vSphere deployments with a large number of virtual machines.

vsbmc add lab-vesxi01 \
  --vm-uuid 903a0dfb-68d1-4d2e-9674-10e353a733ca \
  --port 6230 \
  --viserver 192.168.0.1 \
  --viserver-username vsbmc@vsphere.local \
  --viserver-password my-secure-password

The UUID for virtual machines can be gathered in various ways like govc and PowerCLI.

# Get UUID by govc
$ govc vm.info lab-vesxi01
Name:           lab-vesxi01
  ...
  UUID:         903a0dfb-68d1-4d2e-9674-10e353a733ca
  ...
# Get UUID by PowerCLI
> (Get-VM lab-vesxi01).ExtensionData.Config.Uuid
903a0dfb-68d1-4d2e-9674-10e353a733ca

Use with Nested-ESXi and vCenter Server

In the vCenter Server, by using VirtualBMC for vSphere (0.0.3 or later), you can enable the vSphere DPM: Distributed Power Management feature for Nested-ESXi host that is running in your VMware vSphere environment.

So you can achieve:

  • Power-On the virtual ESXi in the same way as for physical ESXi.
  • Automated power on/off control of ESXi hosts based on the load of the host cluster by vCenter Server.

See 📖the guide on GitHub Wiki page to use with Nested-ESXi and vCenter Server.

Use with Nested-KVM and oVirt

In the oVirt, by using VirtualBMC for vSphere, you can enable the Power Management feature for Nested-KVM that is running in your vSphere environment.

See 📖the guide on GitHub Wiki page to use with Nested-KVM and oVirt.

Use with OpenShift Bare Metal IPI

With VirtualBMC for vSphere, you can control your virtual machines in the same way as a physical server. This means that tasks that require a physical BMC can be done in a virtual environment.

One such example is the provisioning of a physical server.

Here's how to automatically provision OpenShift to a physical server, called Bare Metal IPI, using a virtual machine in vSphere environment with VirtualBMC for vSphere.

See 📖the guide to GitHub Wiki page to use with OpenShift Bare Metal IPI.

Reference resources

This project is started based on the copy of VirtualBMC 2.1.0.dev and customized to support the VMware vSphere environment instead of the OpenStack.

Project details


Download files

Download the file for your platform. If you're not sure which to choose, learn more about installing packages.

Source Distribution

vbmc4vsphere-0.3.0.tar.gz (32.6 kB view hashes)

Uploaded source

Built Distribution

vbmc4vsphere-0.3.0-py3-none-any.whl (32.1 kB view hashes)

Uploaded py3

Supported by

AWS AWS Cloud computing Datadog Datadog Monitoring Facebook / Instagram Facebook / Instagram PSF Sponsor Fastly Fastly CDN Google Google Object Storage and Download Analytics Huawei Huawei PSF Sponsor Microsoft Microsoft PSF Sponsor NVIDIA NVIDIA PSF Sponsor Pingdom Pingdom Monitoring Salesforce Salesforce PSF Sponsor Sentry Sentry Error logging StatusPage StatusPage Status page