HP Distributed Cloud Networking manual In-band and Loopback IP Interfaces

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#--------------------------------------------------

echo "Virtual Switch Controller Configuration"

#--------------------------------------------------

exit all configure

vswitch-controller

xmpp-server "NSC-vPE1:password@xmpp.example.com"open-flow

auto-peer 10.9.0.0/24 exit

exit xmpp exit

exit

In-band and Loopback IP Interfaces

The excerpt below shows how to configure the in-band interface IP (name control with IP address 10.9.0.7) as well as the loopback (name system with IP address 10.0.0.7) IP interfaces. The loopback IP is needed if any IGP or BGP routing protocols will be configured. If using BGP, an autonomous system needs to be configured (65000). Optionally, static routes can be configured as well (for the in-band) routing table.

#--------------------------------------------------

echo "Router (Network Side) Configuration"

#--------------------------------------------------

exit all configure

router

interface "control" address 10.9.0.7/24

no shutdown exit

interface "system" address 10.0.0.7/32 no shutdown

exit

autonomous-system 65000

#--------------------------------------------------

echo "Static Route Configuration"

#--------------------------------------------------

static-route 1.2.3.4/32 next-hop 10.9.0.100

exit all

Network Protocols (OSPF and BGP)

The following sections show the commands to configure OSPF for area 0.0.0.0.

HP VSC Basic Configuration

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Contents HP Distributed Cloud Networking 3.0.R2 Installation Guide Warranty Table of Contents HP VRS and VRS-G Software Installation Documentation feedback Appendix Emulated Ethernet NIC Notes Audience About This GuideHP DCN Overview HP DCN Overview and InfrastructureHP Virtualized Services Directory HP DCN Infrastructure Requirements and Recommendations HP DCN Installation OverviewInstallation Setup HP VSD Installation Overview HP DCN Software InstallationInstallation Types HP VSD Hardware and Software RequirementsReinstalling HP VSD Installation MethodsSet Up Appliance VMs HP VSD Installation Using QCow2 ImageTo change the root password, on each node, run Verify the appliance VMs are running Connect to Appliance VMsConfigure DNS Server Configure NetworkingPing the gateway in this example, 192.168.100.1. ping Verify the DNS reverse named file records as follows Set up forward DNS records as followsInstall HP VSD using qcow2 Configure NTP ServerSet Up VM for ISO HP VSD Installation Using ISO Disc ImageInstall VSD on Node Install HP VSD Using ISO Configure Networking, DNS, and NTPExtract and Mount ISO Image Xmpp Import Certificates on the ServersIf you are using an Ldap store, see Using an Ldap Store Example of Load Balancer ConfigurationLdap Store HP VSC Installation Notes HP VSC Software InstallationHP VSC Software Installation Procedure on KVM For single disk deployment use Copy HP VSC disks for libvirt accessFor legacy two disk deployment use Emulated Disks Notes Emulated Ethernet NIC Notes HP VSC Software Installation Procedure on VMwareInstalling HP VSC on Esxi Using OVA HP VSC Software Installation Procedure on VMware HP VSC Software Installation HP VSC Software Installation Procedure on VMware HP VSC Update HP VSC configuration and rebootHP VSC Boot Options File Configuration HP VSC Basic ConfigurationSistency file .ndx which will preserve system Dns‐domain dns‐name no dns‐domain To check connectivity To enable index persistence, the command isSystem-level HP VSC Configuration HP VSC System and Protocol ConfigurationNTP Servers and Time Zone In-band and Loopback IP Interfaces HP VSC Software Installation Post-install Security Tasks TCP Tftp VRS and VRS-G Installation Overview HP VRS and VRS-G Software InstallationPreparing the Hypervisor Install dependencies for Rhel Installing the VRS or VRS-G SoftwareVRS on Rhel This section containsIf you have modified /etc/default/openvswitch, restart Install the VRS package for RhelInstall dependencies RebootInstall the following packages using dpkg VRS on Ubuntu 12.04 LTS with Ubuntu 12.04 Cloud PackagesRestart the VRS service Installing the VRS Kernel Module for Mpls over GREVRS-G on Rhel or Ubuntu This section contains the following subsectionsInstall dependencies for Dkms Installing VRS Kernel Module On RhelReboot to pick up correct kernel To verify which kernel is currently runningInstalling VRS Kernel Module On Ubuntu Configuring and Running VRS or VRS-GTo customize, use scripts that you run after bootup Verify that the VRS processes restart correctlyVMware VRS VM Deployment Creating the dVSwitchIntroduction PrerequisitesVSphere vSwitch Configurations Verifying the Creation of the dVSwitchVSwitch0 VSwitch1Information Needed Deployment of dVRSVerifying Deployment Additional Verification Deployment of dVRSClean Install on XenServer VRS Installation on Citrix XenServerInstall in the following order Remove stock openvswitchEnsue, with the following error Introduction BlockReboot XenServer InstallationVerification Ensure that the xenmon to OVS socket is up Upgrade Existing dVRS Installation on XenServerGives hpManagedNetworks Uuid = HPNetUUID Verify HPManagedNetwork is created Ensure that all packages are installedRoot 15072 0.0 0.0 4032 772 hvc0 + 1545 Specifying the Active and Standby HP VSCs Running and Configuring VRSActive Contoller Standby ControllerVRS Installation on Citrix XenServer Software technical support and software updates How to contact HPSupport and Other Resources Gather information before contacting an authorized supportRelated information Related information Support and Other Resources Documentation feedback Appendix Emulated Ethernet NIC Notes Modify the eth0 configurationEdit or create the br0 configuration