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This was my second session presented at the Red Hat Forum in Tokyo, November 2012. There's a lot of animation in this presentation. The animation doesn't show well, but the basic ideas kinda show through. This presentation takes participants from a basic 1 or 2 node install to a Highly Available, Load Balanced, horizontally scaled deployment.
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OpenStackArchitecture Design
Dan Radez | Sr. Software Engineer, RED HAT
OpenStack Architecture Design
● Logical Architecture● Basic Architecture● Scaled Architecture● Highly Available / Load Balanced
OpenStack Architecture Design
Logical Architecture
Logical OpenStack Architecture
● Control● Compute● Network
OpenStack Architecture Design
Basic Architecture
Control / Network Compute
Basic OpenStack Architecture
● Control● Compute● Network
Basic OpenStack Architecture
Control / Network Compute
● API
● Horizon
● Networking
● Database
● Messaging
● Hypervisor
● Compute Service
● Network Agent
Basic OpenStack Architecture
Control
● API
● Horizon
● Database
● Messaging
● Hypervisor
● Compute Service
● Network Agent
Network Compute
● Networking
OpenStack Architecture Design
Scaled Architecture
Scaled OpenStack Architecture
Control
● API
● Horizon
● Database
● Messaging
● Hypervisor
● Compute Service
● Network Agent
Network Compute
● Networking
Scaled OpenStack Architecture
Control
● API
● Horizon
● Database
● Messaging
● Hypervisor
● Compute Service
● Network Agent
Network Compute
● Networking
Compute Compute ComputeCompute
Compute
Compute Compute ComputeCompute
Compute Compute ComputeCompute
Community Supported, RPM based
Deployment options● Interactively● Answer file● Quick Start● All-in-one
Features● Single-host install● Multi-host install● RHOS, RDO, EPEL
http://openstack.redhat.com
Scaled OpenStack Architecture
Control
● API
● Horizon
● Database
● Messaging
● Hypervisor
● Compute Service
● Network Agent
Network Compute
● Networking
Compute Compute ComputeCompute
Compute
Compute Compute ComputeCompute
Compute Compute ComputeCompute
Database Messaging
● Keystone
● Nova
● Glance
● Cinder
● Swift Proxy
Horizon
Scaled OpenStack Architecture
Control
● API
● Horizon
● Database
● Messaging
Swift Proxy Cinder
Glance Nova
Scaled OpenStack Architecture
Keystone Horizon
● Keystone
● Nova
● Glance
● Cinder
● Swift Proxy
Database Messaging
Swift Proxy Cinder
Glance Nova
Scaled OpenStack Architecture
Keystone Horizon
SwiftNetwork
Database Messaging
Swift Proxy Cinder
Glance Nova
Scaled OpenStack Architecture
Keystone Horizon
SwiftNetwork
Compute
Database Messaging
OpenStack Architecture Design
High Availability
Load Balancing
High Availability / Load Balancing
Pacemaker
● HAProxy
● Database
● Messaging
● Floating IPs
● Shared DB Storage
● Nova consoleauth
● API Services
HAProxy
High Availability / Load Balancing
● HAProxy
● Database
● Messaging
● Floating IP
● Shared DB Storage
● Nova consoleauth
Pacemaker Pacemaker Pacemaker
High Availability / Load Balancing
● HAProxy
● Floating IP1
● Consoleauth
● Floating IP4
Pacemaker Pacemaker Pacemaker● Database
● Floating IP2
● DB Storage
● Messaging
● Floating IP3
Swift Proxy Cinder
Glance Nova
Keystone Horizon
OpenStack Architecture Design
● Logical Architecture● Basic Architecture● Scaled Architecture● Highly Available / Load Balanced
Resources
● RDO: openstack.redhat.com
● https://access.redhat.com/knowledge/docs/en-US/Red_Hat_OpenStack
● OpenStack.org
● TryStack.org
● Puppetlabs.com
● Djangoproject.com
● http://radez.fedorapeople.org/RHForum_slides2.pdf
