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Table of Contents
- play_arrow Overview
- play_arrow Zero-Touch-Provisioning
- play_arrow Fabric Configuration
- Image Management
- Onboard Brownfield Devices
- Onboard Greenfield Devices
- Device Import
- Create Virtual Network
- Create Logical Routers
- Create Network Policy
- Create Network IPAM
- Reconfigure Roles
- Managing Custom Roles
- View Node Profile Information
- Monitoring Fabric Jobs
- Terminating Ongoing Fabric Jobs
- Adding a Leaf or Spine Device to an Existing Fabric Using ZTP
- Grouping Fabric Devices and Roles Using Device Functional Groups
- Creating Layer 3 PNF Service Chains for Inter-LR Traffic
- Creating VNF Service Chains for Inter-LR Traffic
- Retaining the AS Path Attribute in a Service Chain
- Assisted Replication of Broadcast, Unknown Unicast, and Multicast Traffic
- Running Generic Device Operations Commands In Contrail Command
- Adding DHCP Server Information for Virtual Networks and Logical Routers
- Return Material Authorization
- Approaches to Enable External Connectivity for Overlay Networks
- Contrail Networking Supported Hardware Platforms and Associated Roles And Node Profiles
- play_arrow Managing Data Center Devices
- Data Center Interconnect
- Logical Router Interconnect
- Configuring Data Center Gateway
- Virtual Port Groups
- Configuring Virtual Port Groups
- How to Detach and Attach a VMI to VPG
- Using Static, eBGP, PIM, and OSPF Protocols to Connect to Third-Party Network Devices
- Configuring Storm Control on Interfaces
- Creating Port Profiles, Storm Control Profiles, sFlow Profiles, or Telemetry Profiles by Cloning
- Configuring EVPN VXLAN Fabric with Multitenant Networking Services
- Edge-Routed Bridging for QFX Series Switches
- Activating Maintenance Mode on Data Center Devices
- Viewing the Network Topology
- Viewing Hardware Inventory of Data Center Devices
- Viewing Configuration of Devices Deployed in Contrail Fabric
- Detecting and Managing Manual CLI Configuration Changes
- Certificate Lifecycle Management Using Red Hat Identity Management
- Collapsed Spine Architecture
- Support for Superspine Role
- play_arrow High Availability in Contrail Networking
- play_arrow Integrating VMware with Contrail Networking Fabric
- play_arrow Integrating OpenStack with Contrail Networking Fabric
list Table of Contents
Launching and Deleting a Greenfield Bare Metal Server
date_range
07-Jun-23
This topic describes how to launch a greenfield bare metal server.
The tenant can delete a BMS when it is not needed in the network. When a BMS is disconnected from the tenant network, it is connected to the cleaning-network or the ironic-provisioning network. This network flip is done to prevent snooping of hackers when the BMS is being cleaned up. The ironic-provisioning network cleans up the server moves it back to the pool of available servers, to be ready for redeployment as a new BMS.
