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OpenStack Cloud Computing Cookbook

OpenStack Cloud Computing Cookbook

By : Kevin Jackson, Cody Bunch, Egle Sigler, James Denton
4.3 (10)
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OpenStack Cloud Computing Cookbook

OpenStack Cloud Computing Cookbook

4.3 (10)
By: Kevin Jackson, Cody Bunch, Egle Sigler, James Denton

Overview of this book

This is the fourth edition of the industry-acclaimed OpenStack Cloud Computing Cookbook, created by four recognized OpenStack experts. It has now been updated to work with the latest OpenStack builds, using tools and processes based on their collective and vast OpenStack experience. OpenStack Open Source Cloud software is one of the most used cloud infrastructures to support a wide variety of use cases, from software development to big data analysis. It is developed by a thriving community of individual developers from around the globe and backed by most of the leading players in the cloud space today. We make it simple to implement, massively scalable, and able to store a large pool of data and networking resources. OpenStack has a strong ecosystem that helps you provision your cloud storage needs. Add OpenStack's enterprise features to reduce the cost of your business. This book will begin by showing you the steps to build up an OpenStack private cloud environment using Ansible. You'll then discover the uses of cloud services such as the identity service, image service, and compute service. You'll dive into Neutron, the OpenStack Networking service, and get your hands dirty with configuring networks, routers, load balancers, and more. You’ll then gather more expert knowledge on OpenStack cloud computing by managing your cloud's security and migration. After that, we delve into OpenStack Object storage and you’ll see how to manage servers and work with objects, cluster, and storage functionalities. Finally, you will learn about OpenStack dashboard, Ansible, Keystone, and other interesting topics.
Table of Contents (15 chapters)
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OpenStack Cloud Computing Cookbook Fourth Edition
OpenStack Cloud Computing Cookbook Fourth Edition
Contributors
Contributors
Preface
Preface
Another Book You May Enjoy
Another Book You May Enjoy
Free Chapter
1
Installing OpenStack with Ansible
Installing OpenStack with Ansible
Introduction – the OpenStack architecture
Host network configuration
Root SSH keys configuration
Installing Ansible, playbooks, and dependencies
Configuring the installation
Running the OpenStack-Ansible playbooks
Troubleshooting the installation
Manually testing the installation
Modifying the OpenStack configuration
Virtual lab - vagrant up!
2
The OpenStack Client
The OpenStack Client
Introduction – using OpenStack
Installing Python on Windows
Installing the OpenStack clients
Configuring your Linux or macOS environment
Configuring your Windows environment
Common OpenStack networking tasks
Common OpenStack server (instances) tasks
Common OpenStack image tasks
Common OpenStack identity tasks
Common OpenStack storage tasks
Common OpenStack orchestration tasks
3
Keystone – OpenStack Identity Service
Keystone – OpenStack Identity Service
Introduction – OpenStack Identity
Creating OpenStack domains in Keystone
Enabling domains in the OpenStack dashboard
Creating OpenStack projects in Keystone
Configuring roles in Keystone
Adding users in Keystone
Configuring groups in Keystone
Deleting projects
Deleting users
Deleting roles
Deleting groups
Deleting domains
OpenStack endpoint information
4
Neutron – OpenStack Networking
Neutron – OpenStack Networking
Introduction to OpenStack networking
Managing networks, subnets, and ports
Creating provider networks
Creating tenant networks
Creating ports
Updating network attributes
Deleting ports
Deleting networks
Managing routers and floating IPs
Attaching networks to routers
Creating and assigning floating IPs
Deleting routers
Managing security groups
Managing load balancers
5
Nova – OpenStack Compute
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Nova – OpenStack Compute
Introduction to OpenStack Compute
Adding a compute host using OpenStack-Ansible
Suspending a host for maintenance
Configuring Nova Scheduler to use host aggregates
Creating a host aggregate
Adding a compute host to a host aggregate
Removing a compute host from a host aggregate
Adding metadata to a host aggregate
Deleting a host aggregate
Creating an Availability Zone
Booting an instance into an Availability Zone
Removing an Availability Zone
Creating a flavor
Deleting a flavor
Setting CPU limits for a flavor
Setting IOPS limits for a flavor
Booting an instance
Stopping an instance
Deleting an instance
Live migration
Snapshotting an instance
Booting an instance from a snapshot
Rescuing an instance
Shelving an instance
Reviewing the console logs
6
Glance – OpenStack Image Service
Glance – OpenStack Image Service
Introduction to OpenStack Image services
Managing images
Using image snapshots
Using image metadata
Protecting images
Deactivating images
Creating custom images
7
Cinder – OpenStack Block Storage
Cinder – OpenStack Block Storage
Introduction
Configuring Cinder volume services
Creating volumes
Attaching volumes to an instance
Detaching volumes from an instance
Deleting volumes
Working with volume snapshots
Configuring volume types
Enabling volume encryption
Configuring volume Quality of Service (QoS)
Resetting volume state
8
Swift – OpenStack Object Storage
Swift – OpenStack Object Storage
Introduction – OpenStack Object Storage
Creating object containers
Deleting object containers
Uploading objects
Uploading large objects
Downloading objects
Deleting objects
Container ACLs
9
OpenStack Orchestration Using Heat and Ansible
OpenStack Orchestration Using Heat and Ansible
Introduction – orchestrating with OpenStack
Creating your first stack
Launching your stack with Heat
Viewing the resources and output of a stack created with Heat
Deleting a Heat stack
Updating a Heat stack
Installing and configuring Ansible for OpenStack
Using Ansible to launch instances
Using Ansible to orchestrate software installation
Using Ansible to orchestrate software installations across multiple instances
Using Ansible to fully orchestrate the creation of a web server and load balancer stack
10
Using OpenStack Dashboard
Using OpenStack Dashboard
Introduction – OpenStack Dashboard
Using OpenStack Dashboard for key management
Using OpenStack Dashboard to manage Neutron networks and routers
Using OpenStack Dashboard for security group management
Using OpenStack Dashboard to launch instances
Using OpenStack Dashboard to delete instances
Using OpenStack Dashboard to add new projects
Using OpenStack Dashboard for user management
Using OpenStack Dashboard with LBaaS
Using OpenStack Dashboard with OpenStack Orchestration
Index
Index

Creating an Availability Zone

Availability Zones (AZs) are a special case of host aggregates. Here, host aggregates are used by Nova to make scheduling decisions; they are generally only visible to operators and administrators of the OpenStack Cloud. AZs are the end-user visible component. An AZ can be configured, like host aggregates, to represent features of the hardware.

AZs are typically used to define failure domains, such as a cabinet or data center, or even geography. When configuring AZs, it is important to note that a host can only be a member of one AZ at a time.

Note

As AZs are a special use-case of host aggregates, a lot of operations, such as adding and removing hosts are the same. Thus, they are not repeated here.

Creating an AZ is a two-step process. First, we create an aggregate with the --zone parameter, or add it to an existing aggregate. Second, a host needs to be added to the aggregate before instances can be scheduled into the zone.

Getting ready

To create an AZ, you will...

End of Section 11
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