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Course Outline

1. Introduction to OpenStack

  • The history of cloud computing and OpenStack
  • Key characteristics of cloud services
  • Cloud deployment models
    • Private, public, and hybrid clouds
    • On-premise, IaaS, PaaS, and SaaS architectures
  • Public and private cloud implementations utilizing OpenStack
  • Comparison between open source and commercial OpenStack distributions
  • Different OpenStack deployment strategies
  • The OpenStack ecosystem
    • Core modules
    • Underlying infrastructure tools
    • Integration points
  • The OpenStack lifecycle
  • OpenStack certification pathways
  • Course-specific OpenStack lab environment (VM) setup

2. Hands-on OpenStack administration workshop 

  • Acquainting yourself with OpenStack 
    • Core components (Keystone, Glance, Nova, Neutron, Cinder, Swift, Heat)
    • Mechanisms for interacting with the OpenStack cloud
    • Daemon operations and API communication flows
  • Keystone - Identity management service
    • Understanding domains, projects, users, and roles
    • Managing the Keystone catalogue, services, and endpoints
    • Creating and managing domains, groups, projects, users, and roles
    • Validating Keystone service functionality
  • Glance - Image service
    • Image attributes (properties, metadata, formats, containers)
    • Processes for uploading and downloading images
    • Mechanisms for image sharing
    • Configuring quotas for the image service
    • Validating Glance service functionality
  • Neutron - Networking
    • Essential Neutron network resource types
    • Managing tenant networks and subnets
    • Configuring security groups and rules
    • Implementing East-West routing
    • Utilizing network namespaces
    • Managing external and provider networks
    • Implementing North-South routing
    • Handling Floating IP management
    • Configuring network quotas
    • Basic network troubleshooting techniques (e.g., namespaces, tcpdump)
    • Reviewing networking quota settings
    • Validating Neutron service functionality
  • Nova - Compute service
    • Hypervisor interfaces
    • Key pair management
    • Flavour management
    • Instance parameter configuration
    • Instance creation procedures
    • Verifying newly spawned instances
    • Creating snapshots
    • General instance management
    • Assigning floating IPs
    • Using the interactive console and reviewing console logs
    • Applying security groups
    • Configuring compute quotas
    • Retrieving statistics from Nova
    • Using the Placement API and Nova Cells v2
    • Validating Nova service functionality
  • Cinder - Block Storage
    • Volume parameters
    • Volume creation
    • General volume management
    • Attaching volumes to Nova instances
    • Managing volume snapshots
    • Managing volume backups
    • Restoring from backups
    • Configuring volume quotas
    • Adding new storage backends
    • Integration with LVM, storage arrays, and Ceph storage backends
    • Implementing Ceph within OpenStack
    • Validating Cinder service functionality
  • Swift - Object Storage
    • Swift components and internal processes
    • Managing containers and objects
    • Configuring access control lists (ACLs)
    • Setting object expiration policies
    • Understanding the Ring and storage policies
    • Monitoring available storage capacity
    • Configuring quotas
    • Validating Swift service functionality
  • Heat - Orchestration
    • Heat Orchestration Templates and their constituent parts
    • Creating a Heat stack
    • Validating the deployed Heat stack
    • Updating an existing Heat stack
    • Validating Heat service functionality

Requirements

  • Foundational Linux administration capabilities
  • Essential networking understanding
  • Introductory grasp of cloud computing concepts
 14 Hours

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