| This 4 day course covers the fundamentals of the OpenStack open source IAAS (Infrastructure As A Service) cloud solution, used for creating private clouds. After a short cloud and OpenStack primer, students will learn the architecture of OpenStack. This course introduces base components in detail such as the Horizon GUI dashboard and the OpenStack CLI. Other components learned are the Keystone identity system, the Nova compute service, the Neutron network service, and software-defined networking, the Glance image service, the Cinder block storage service, the Ceilometer metering solution, the Heat orchestration services, and the Swift object store.
Structure: 50% theory 50% hands-on lab exercises Target audience: Developers, SysAdmins, and DevOps wanting to obtain working knowledge about the OpenStack open source cloud system. Certification: This course prepares participants for certification. The Certified OpenStack Administrator (COA) certification is the only sponsored certification by the OpenStack Foundation. Prerequisites: Basic Linux systems administration, networking, and virtualization. Supported Distributions: Liberty Detailed Course Outline: 1. Introduction 1. Overview 2. Core Projects 3. Core Project – Nova 4. Core Project – Neutron 5. Core Project – Glance, Cinder 6. Core Project – Ceilometer 7. Core Project – Heat 8. Core Project – Swift 9. OpenStack Architecture 10. Virtual Machine Provisioning Walk Through Lab Exercises 11. Understanding the classroom environment 12. Perform initial health check 13. Test instance creation 2. Controller Node 1. Overview Horizon and OpenStack 2. Keystone Architecture 3. Keystone User Management 4. Keystone CLI overview 5. Service API + Keystone 6. OpenStack Messaging and Queues 7. Message Queue Configuration 8. Image Management (Glance) 9. Glance CLI Overview 10. Creation of custom images 11. OpenStack Storage (Cinder) 12. Cinder CLI Overview 13. Managing volumes Lab Exercises 14. Create and manage users, roles, tenants, and quotas 15. Create and manage images 16. Create and manage volumes 17. Check messaging 3. Compute Node 1. Linux virtualization basics 2. Hypervisors, KVM, Linux bridges 3. VM Placement 4. VM provisioning in-depth 5. Instance management 6. Nova CLI overview 7. Boot/Terminate Instance 8. Attach volume to instance Lab Exercises 9. Configure flat networking 10. Create and manage vm instances 11. Configure VM metadata 4. Network Node 1. Networking in OpenStack 2. OpenStack Networking Concepts 3. Nova-network vs. Neutron 4. Neutron architecture and plugins 5. OpenVSwitch concepts 6. Neutron agents 7. Network management 8. Neutron CLI overview 9. Manage networks 10. Manage subnets 11. Manager routers 12. Manage ports 13. Manage floating IPs Lab Exercises 14. Create routers, networks, subnets 15. Associate floating IPs 16. Throubleshoot Neutron networking 5. Ceilometer 1. Ceilometer background and use cases 2. Ceilometer architecture 3. Ceilometer meters and pipelines 4. Ceilometer deployment Lab Exercises 5. Working with ceilometer 6. Heat 1. Heat Overview 2. Architecture 3. AWS CloudFormation template format 4. Heat services 5. heat-api 6. heat-cfn-api 7. heat-engine 8. Configuring Heat 9. Configuring images for use with Heat 10. Creating a stack Lab Exercises 11. Creating a stack 7. Object Storage Service – Swift 1. Swift Overview 2. Swift Architecture 3. Accounts, containers, objects, and rings 4. Nodes types : auth, proxy, storage 5. Partitions, zones, replication 6. Using Swift 7. Accounts 8. Creating and managing objects 9. Object server management 10. Container server management 11. Account server management 12. Proxy server management 13. Ring management 14. Large objects Lab Exercises H. Appendix: OpenStack Installation
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