Difference between revisions of "Vnx-labo-openstack"
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+ | <li>Openstack Ocata:</li> | ||
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+ | <li>[[Vnx-labo-openstack-4nodes-classic-ovs-ocata|Four-nodes-classic-openvswitch]]: a basic scenario using Openstack Ocata made of four virtual machines: a controller, a network node and two compute nodes all based on LXC. The deployement scenario used is [http://docs.openstack.org/mitaka/networking-guide/scenario-classic-ovs.html Classic with Open vSwitch]</li> | ||
+ | </ul> | ||
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<li>Openstack Mitaka:</li> | <li>Openstack Mitaka:</li> | ||
<ul> | <ul> |
Revision as of 01:30, 13 November 2018
VNX Openstack laboratories
This is a set of Openstack tutorial scenarios designed to experiment with Openstack free and open-source software platform for cloud-computing.
Several tutorial scenarios are available covering Kilo, Liberty and Mitaka Openstack versions and several deployment configurations:
- Openstack Ocata:
- Four-nodes-classic-openvswitch: a basic scenario using Openstack Ocata made of four virtual machines: a controller, a network node and two compute nodes all based on LXC. The deployement scenario used is Classic with Open vSwitch
- Openstack Mitaka:
- Four-nodes-classic-openvswitch: a basic scenario using Openstack Mitaka made of four virtual machines: a controller based on LXC and a network and two compute nodes based on KVM. The deployement scenario used is Classic with Open vSwitch
- Openstack Liberty:
- Liberty 3-nodes-basic: a basic scenario using Openstack Liberty made of three KVM virtual machines: a controller with networking capabilities and two compute nodes.
- Liberty 4-nodes-legacy-openvswitch: a basic scenario using Openstack Liberty made of four virtual machines: a controller based on LXC and a network and two compute nodes based on KVM. The deployement scenario used is Legacy with Open vSwitch
- Openstack Kilo:
- Kilo 4-nodes-basic: a basic scenario using Openstack Kilo made of four virtual machines: a controller based on LXC and a network node and two compute nodes based on KVM.