- I Planning an Installation using Cloud Lifecycle Manager
- 1 Registering SLES
- 2 Hardware and Software Support Matrix
- 3 Recommended Hardware Minimums for the Example Configurations
- 3.1 Recommended Hardware Minimums for an Entry-scale KVM
- 3.2 Recommended Hardware Minimums for an Entry-scale ESX KVM Model
- 3.3 Recommended Hardware Minimums for an Entry-scale ESX, KVM with Dedicated Cluster for Metering, Monitoring, and Logging
- 3.4 Recommended Hardware Minimums for an Ironic Flat Network Model
- 3.5 Recommended Hardware Minimums for an Entry-scale Swift Model
- 4 High Availability
- 4.1 High Availability Concepts Overview
- 4.2 Highly Available Cloud Infrastructure
- 4.3 High Availability of Controllers
- 4.4 High Availability Routing - Centralized
- 4.5 Availability Zones
- 4.6 Compute with KVM
- 4.7 Nova Availability Zones
- 4.8 Compute with ESX Hypervisor
- 4.9 cinder Availability Zones
- 4.10 Object Storage with Swift
- 4.11 Highly Available Cloud Applications and Workloads
- 4.12 What is not Highly Available?
- 4.13 More Information
- II Cloud Lifecycle Manager Overview
- 5 Input Model
- 6 Configuration Objects
- 7 Other Topics
- 8 Configuration Processor Information Files
- 8.1 address_info.yml
- 8.2 firewall_info.yml
- 8.3 route_info.yml
- 8.4 server_info.yml
- 8.5 service_info.yml
- 8.6 control_plane_topology.yml
- 8.7 network_topology.yml
- 8.8 region_topology.yml
- 8.9 service_topology.yml
- 8.10 private_data_metadata_ccp.yml
- 8.11 password_change.yml
- 8.12 explain.txt
- 8.13 CloudDiagram.txt
- 8.14 HTML Representation
- 9 Example Configurations
- 10 Modifying Example Configurations for Compute Nodes
- 11 Modifying Example Configurations for Object Storage using Swift
- 11.1 Object Storage using swift Overview
- 11.2 Allocating Proxy, Account, and Container (PAC) Servers for Object Storage
- 11.3 Allocating Object Servers
- 11.4 Creating Roles for swift Nodes
- 11.5 Allocating Disk Drives for Object Storage
- 11.6 Swift Requirements for Device Group Drives
- 11.7 Creating a Swift Proxy, Account, and Container (PAC) Cluster
- 11.8 Creating Object Server Resource Nodes
- 11.9 Understanding Swift Network and Service Requirements
- 11.10 Understanding Swift Ring Specifications
- 11.11 Designing Storage Policies
- 11.12 Designing Swift Zones
- 11.13 Customizing Swift Service Configuration Files
- 12 Alternative Configurations
- III Pre-Installation
- IV Cloud Installation
- 19 Overview
- 20 Preparing for Stand-Alone Deployment
- 21 Installing with the Install UI
- 22 Using Git for Configuration Management
- 23 Installing a Stand-Alone Cloud Lifecycle Manager
- 24 Installing Mid-scale and Entry-scale KVM
- 24.1 Important Notes
- 24.2 Prepare for Cloud Installation
- 24.3 Configuring Your Environment
- 24.4 Provisioning Your Baremetal Nodes
- 24.5 Running the Configuration Processor
- 24.6 Configuring TLS
- 24.7 Deploying the Cloud
- 24.8 Configuring a Block Storage Backend
- 24.9 Post-Installation Verification and Administration
- 25 DNS Service Installation Overview
- 26 Magnum Overview
- 27 Installing ESX Computes and OVSvAPP
- 27.1 Prepare for Cloud Installation
- 27.2 Setting Up the Cloud Lifecycle Manager
- 27.3 Overview of ESXi and OVSvApp
- 27.4 VM Appliances Used in OVSvApp Implementation
- 27.5 Prerequisites for Installing ESXi and Managing with vCenter
- 27.6 ESXi/vCenter System Requirements
- 27.7 Creating an ESX Cluster
- 27.8 Configuring the Required Distributed vSwitches and Port Groups
- 27.9 Create a SUSE-based Virtual Appliance Template in vCenter
- 27.10 ESX Network Model Requirements
- 27.11 Creating and Configuring Virtual Machines Based on Virtual Appliance Template
- 27.12 Collect vCenter Credentials and UUID
- 27.13 Edit Input Models to Add and Configure Virtual Appliances
- 27.14 Running the Configuration Processor With Applied Changes
- 27.15 Test the ESX-OVSvApp Environment
- 28 Integrating NSX for vSphere
- 29 Installing Baremetal (Ironic)
- 29.1 Installation for SUSE OpenStack Cloud Entry-scale Cloud with Ironic Flat Network
- 29.2 ironic in Multiple Control Plane
- 29.3 Provisioning Bare-Metal Nodes with Flat Network Model
- 29.4 Provisioning Baremetal Nodes with Multi-Tenancy
- 29.5 View Ironic System Details
- 29.6 Troubleshooting ironic Installation
- 29.7 Node Cleaning
- 29.8 Ironic and HPE OneView
- 29.9 RAID Configuration for Ironic
- 29.10 Audit Support for Ironic
- 30 Installation for SUSE OpenStack Cloud Entry-scale Cloud with Swift Only
- 31 Installing SLES Compute
- 32 Installing manila and Creating manila Shares
- 33 Installing SUSE CaaS Platform heat Templates
- 33.1 SUSE CaaS Platform heat Installation Procedure
- 33.2 Installing SUSE CaaS Platform with Multiple Masters
- 33.3 Deploy SUSE CaaS Platform Stack Using heat SUSE CaaS Platform Playbook
- 33.4 Deploy SUSE CaaS Platform Cluster with Multiple Masters Using heat CaasP Playbook
- 33.5 SUSE CaaS Platform OpenStack Image for heat SUSE CaaS Platform Playbook
- 33.6 Enabling the Cloud Provider Integration (CPI) Feature
- 33.7 Register SUSE CaaS Platform Cluster for Software Updates
- 34 Installing SUSE CaaS Platform v4 using terraform
- 35 Integrations
- 36 Troubleshooting the Installation
- 37 Troubleshooting the ESX
- V Post-Installation
- 38 Post Installation Tasks
- 39 UI Verification
- 40 Installing OpenStack Clients
- 41 Configuring Transport Layer Security (TLS)
- 41.1 Configuring TLS in the input model
- 41.2 User-provided certificates and trust chains
- 41.3 Edit the input model to include your certificate files
- 41.4 Generate a self-signed CA
- 41.5 Generate a certificate signing request
- 41.6 Generate a server certificate
- 41.7 Upload to the Cloud Lifecycle Manager
- 41.8 Configuring the cipher suite
- 41.9 Testing
- 41.10 Verifying that the trust chain is correctly deployed
- 41.11 Turning TLS on or off
- 42 Configuring Availability Zones
- 43 Configuring Load Balancer as a Service
- 44 Other Common Post-Installation Tasks
- VI Support
List of Figures
List of Tables
- 6.1 neutron.networks.vxlan
- 6.2 neutron.networks.vlan
- 6.3 neutron.networks.flat
- 6.4 neutron.l3_agent.external_network_bridge
- 14.1 Control Plane 1
- 14.2 Control Plane 2
- 14.3 Control Plane 3
- 17.1 Local Product Repositories for SUSE OpenStack Cloud
- 17.2 SMT Repositories Hosted on the Cloud Lifecycle Manager
- 17.3 Repository Locations on the Cloud Lifecycle Manager server
- 25.1 DNS Backends
- 26.1 Data
- 26.2 Interfaces
- 26.3 Security Groups
- 26.4 Network Ports
- 28.1 NSX Hardware Requirements for Virtual Machine Integration
- 28.2 NSX Hardware Requirements for Baremetal Integration
- 28.3 NSX Interface Requirements
List of Examples
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