OpenStack Certification Training

In this five-part lab, we will quickly spin up a virtual machine using a stock Cirros image to familiarize ourselves with Nova Compute. Once the instance has been created, we will practice creating images, and attaching a Cinder block storage volume using the Horizon dashboard.

In this Live lab we are going to work securing access to our instance virtual machines. First we will create a key pair that can be used to access our virtual machine. Then we will create a new security group and add rules to that group. Then finally we will launch new virtual machine instances to confirm our rules.

In this live lab we are going to create a container and upload a test file.  We will then create a public URL and test.

In this Live Lab we are going to create a volume from an existing image. We then mount this volume to a new running instance.

In this scenario we will create a new volume and then take a volume snapshot.  We will then create a volume backup and then restore a backup to a new volume.

In this lab scenario we prepare encryption before we can create an encrypted volume.  We then can create a block volume that is encrypted.

Use pre-made Ubuntu and CentOS images to learn about OpenStack Glance.

In this Lab we will crate a private subnet to work with Virtual Machines to be deployed to.

Use pre-made Ubuntu and CentOS images to learn about OpenStack Glance.

In this lab, you will be creating a new service and related endpoints on the command line.

In this lab, you will be creating a new project, user, and role on the command line and manage an existing project and user in the dashboard.

In this lab, we will be using creating a new domain as well as a project and group within it. We will also add a role to a group within the project and group.

In this lab, you will be downloading the image already on the system to the /tmp directory, uploading an image to a project, and then sharing it with another project and changing the minimum ram.

In this lab you will be creating a new external shared network. You will also be creating a new project network with subnets and attaching it to the new external network. Lastly you will delete the network.

In this lab, you will be creating a new security group with rules and then adding the group to an existing server. In addition you will be adding rules to an existing security group.

In this lab, you will be creating a new flavor and key pair in order to use with a new instance you will be creating. Once finished you will create a snapshot of the instance.

In this lab, you will be modifying quotas as requested.

In this lab, you will be creating a new container and a file to upload to it. You will set read and write ACLs as well as expire the file.

In this lab, you will be creating a new volume and attaching it to an existing instance. You will also take a snapshot of an existing instance.

In this lab, you will be creating an orchestration stack with a provided template.

In this lab, you will be putting your knowledge from the lessons and labs together to complete various scenarios.

In this lab, you will create a new volume called volume3 for the purpose of locating the request in the logs and saving it in a file called /root/volume.log.

In this lab, you will be creating a new server in the demo project and a floating IP to associate it with on the CLI and in the dashboard.

In this lab, you will create a new project and user and assign a role to the user for that project on the command line; you will then repeat the tasks via the dashboard.

In this lab, you will upload an image to a project using one of the command-line clients as well as the dashboard. You will launch an instance from one of the images you uploaded in the dashboard.

In this lab, you will be managing policies to prevent non-admin users from creating new images.

In this lab, you will create a new project and modify its quota on both the command line and dashboard.

In this lab, you will create a new key pair from both the command line and dashboard.

In this lab, you will create a new Heat stack using the provided template on the command line; you will then repeat the tasks via the dashboard.

In this lab, you will be creating new volumes and attaching them to a new instance, using both the command-line and dashboard.

In this lab, you will be creating new containers with objects using files provided, using the command-line. As well as, creating read and write ACLs on the command line.

In this lab you will be creating a new external shared network and creating a new project network with subnets and attaching it to the new external network in both the command-line and in the dashboard. You will delete the network on the command line before moving to the dashboard, note that the external network will need to be deleted by admin.

In this lab, you will be creating a new instance on both the command-line and in the dashboard.

In this lab, you will be creating floating IPs and allocating them to a server both on the command line and in the dashboard.

In this lab, you will be creating new security groups on the command line and in the dashboard which will have a rule to allow SSH.

In this lab, you will be putting your knowledge from the lessons and labs together to complete various scenarios.

In this lab, you will be creating new flavors on the command line as well as in the dashboard.

In this Lab we are going to familiarize ourselves with how the Linux Academy OpenStack Lab environment is setup.

Familiarizing yourself with the Horizon Dashboard as a non-admin user.

In this Live Lab we will familiarize ourself with the administrative Admin panel when using an administrative admin for OpenStack.

Use the Horizon Dashboard to launch our first virtual machine

In this Lab, we are going to learn to use the nova compute CLI in order to launch an instance instead of from the web Dashboard. We are first going to connect to our instance in the Dashboard in order to learn how to download from any OpenStack environment what is called the OpenStack RC file. An OpenStack RC file is used to set environment variables in our Linux terminal session in order to set project-specific credentials for the OpenStack CLI services such as Compute, Image, and Identity services.

In this Lab, we are going to familiarize ourselves with how to navigate an OpenStack’s existing Network setup and familiarize ourselves with the Network Topology screens.

In this Lab, we are going to use the OpenStack Dashboard to manage Swift Object Containers. We are also going to use Horizon Dashboard to upload an object to a new container.

In this Hands On Lab we will practice taking most of what we have learned in this course and manage an OpenStack cloud.

In this lab, we are going to use keystone to create a new project and user and assign some roles.

In this Lab, we are going to learn to use the nova compute CLI in order to launch an instance instead of from the web Dashboard. We are first going to connect to our instance in the Dashboard in order to learn how to download from any OpenStack environment what is called the OpenStack RC file. An OpenStack RC file is used to set environment variables in our Linux terminal session in order to set project-specific credentials for the OpenStack CLI services such as Compute, Image, and Identity services.

In this lab we are going to pause, suspend, and resume instance states. We then learn how to shelve and un-shleve instances and then terminate them.

In this Live Lab we are going to first create our own unique flavor size and then edit an existing. We then end this Live lab by editing the default values for Project Quotas.

In this lab, you will be utilizing the CLI to find information about an OpenStack installation.

In this lab, you will be creating a new container and uploading a file d to it. You will set read and write ACLs as well as expire the file.

In this lab, you will be creating a new role and managing policies to prevent users without permissions from creating new images.

In this lab you will perform an OpenStack command and then locate the related information in the logs.