Holodeck_5.2x

NSX BGP Peering Issue in Holodeck 5.2x Workload Domain

Pradeep Adapa1 Comment

Recently, while I was deploying an NSX Edge Cluster in the Workload domain in the Holodeck 5.2x (I deployed VCF 5.2.1) when I encountered an error in SDDC Manager “Verify NSX BGP Peering” which failed the Adding Edge Cluster task.

Here are the screens on how it looked once I logged into NSX Manager Web UI

You can see that the BGP Neighbors are showing as down in the UI
You can also see that the BGP Neighbors configuration is correct but they still show as down

After a lot of troubleshooting, I got some help from my fellow vExpert Abbed Sedkaoui who directed me to check the BGP Configuration in CloudBuilder and the config file to check was the gobgpd.conf file in /usr/bin

This is how the old configuration was in the gobgpd.conf file which only had the BGP Neighbor IPs of the NSX Edges and it Tier-0 Config from the Management Domain

Edit this gobgpd.conf file and add the Tier-0 Uplink Interfaces as BGP Neighbors in this file as the below Screenshot

I have added the uplink IPs (172.27.11.10,11.11, 172.27.12.10,12.11) to the BGP neighbors list

Once the file is saved (You will have to hit ESC and then type :wq!, hit Enter), you can restart the gobgpd service with the following command

systemctl restart gobgpd

This will restart the gobgpd service and in a few minutes you should see the BGP Neighbors going green instead of down status in the NSX Manager UI

here is the command to check the gobgpd status in cloud builder

systemctl status gobgpd

NOTE: All the above commands are to be executed as root in the cloudbuilder appliance, first you SSH into the appliance using admin credentials and then use su to login as root in the appliance. (su creds are same as admin creds in the holodeck lab)

Now you can restart the NSX BGP Peering task again in SDDC Manager and it should go through and create the Workload Domain.

How to Add NSX Edge Cluster to the Workload Domain in SDDC Manager

Pradeep Adapa1 Comment

This post is a continuation to the one which I made on How to Create a Workload Domain in the SDDC Manager.

Login into the SDDC Manager, Go to the Workload Domain which you have created (In my case the workload domain name is wld-domain), go to the Edge Clusters tab

Click on Edge Clusters tab

Ignore the Errors in my lab, that’s just license errors in the lab env.

Click on Add Edge Cluster option as in the screenshot below

Clicking on Add Edge Cluster will pop another window
Click on Select All option and click Begin to start the process
Provide the Cluster Name, MTU Size, Tier-0,1 Router Names, The Edge Cluster Profile Type is set to Default, provide the root passwords and credentials and click Next
Select the option ‘Custom’ under Edge Cluster Settings so that you can change the Edge Form Factor of the Edges (I used Medium in my lab), Select the HA option and scroll down to select the Routing type
Select the option EBGP as we are going to use the BGP routing protocol in this Lab as that is how holodeck was designed. Use the ASN as 65003 as NSX Edges will always be in this ASN according to the architecture diagram
Note the ASN of the NSX Edge Cluster and its BGP Neighbors (Cloud Builder acts as BGP Neighbor) here.
Next, we provide the Edge Node details
In the VM Management Portgroup Name, you can give the portgroup name which you want the SDDC Manager to create as it will create the portgroup, or you can use existing VM management portgroup which was already created when we created the workload domain. If you want to use the existing portgroup, just click on the option “USE ESXI MANAGEMENT VMK’S VLAN” which is also VLAN 10 and then provide the EDGE TEP details
Edge-1 TEP Details as per the holodeck architecture
First Tier-0 Uplink details
Second Tier-0 Uplink details
Once you have provided all the details for Edge Node 1, click on Add Edge Node option

Perform the same steps to add the Edge Node 2 as well but with its own IP Addresses

Two Edge Nodes have been Added
Summary Screenshot 1
Summary Screenshot 2
Summary Screenshot 3
Summary Screenshot 4
Summary Screenshot 5
Summary Screenshot 6
Summary Screenshot 7 – Click Next for Validation of the Edges Configuration
NSX Edge Cluster and its Validation

Once everything is Validated with no errors, it will start the Deployment of the Edge Cluster with Edges in the workload vcenter

Edge Cluster Progress
Completion of the NSX Edge Cluster in SDDC Manager
Verification of the NSX Edge Cluster with its Edges under the workload domain in SDDC Manager

This Concludes this post on how to deploy NSX Edge Cluster with 2 Edges in the Workload Domain using SDDC Manager

I have encountered an issue while deploying the NSX Edge Cluster in the workload domain in Holodeck and that is while it was trying the NSX BGP Peering Verification from the SDDC Manager and the BGP Neighbors were down. This was not provided in any documentation and I have documented about this issue and its resolution in this post.

Deploying Workload Domain in Holodeck Toolkit 5.2x

Pradeep Adapa1 Comment

In this post, I will be going over how to deploy a workload domain in the holodeck lab if you have only deployed the management domain with NSX Edge Cluster configured in it by using VLC GUI

In my lab, I was unsuccessful the first try in getting VLC GUI to deploy the workload management with NSX Edge Cluster in it, so I only deployed the management domain and then configured the workload domain using the SDDC Manager.

First, you will have to use “add_4_big_hosts_ESXi5-8.json” or “add_4_hosts_ESXi5-8.json” using the VLC GUI to provision 4 nested esxi hosts esxi5-esxi8 in the lab env.

Once the hosts are created, you will have to use the commission hosts option under Hosts in SDDC Manager to get the 4 esxi hosts into the SDDC Manager. Once the 4 esxi hosts are unassigned in the SDDC Manager, we will start the creation of the workload domain using the SDDC Manager.

Click on Workload Domains option on the left side, then click on the Workload Domain dropdown option and select the option VI-Workload Domain to start the workload domain creation
Enter the information like the domain name, organization name etc and select the SSO domain name, in my case, I selected the option “Join Management SSO Domain”
provide the cluster name and click next
Provide the details of the vcenter server to be deployed. These details should already be present in the Holo-Console under C:\VLC\VLC-Holo-Site-1\conf in the “additional_DNS_Entries.txt” file
Provide the network details to deploy the NSX Manager appliance and its Cluster IP.

NOTE: The SDDC Manager will only deploy 1 NSX Manager Appliance nsx1-wld even though you provide the network details for all 3 managers

Provide the NSX Credentials as present in the Holodeck Console VM and click Next to continue
Select the amount of failures to tolerate for the VSAN Storage (I have deployed VSAN OSA in this lab), I have also selected VSAN Dedup and Compression for the vsan datastore
select the esxi hosts (esxi-5 to esxi-8) and click Next
Under the Switch Configuration you can pick between these 3 options, but I picked the NSX Traffic Separation option as I wanted to have a separate dv switch for NSX traffic
Once you select the Switch Configuration Profile, You will need to select the VLAN for Management traffic, click on Edit as the screenshot above
Enter the VLAN as VLAN 10 as this is the vlan used for Host TEP for DHCP and NSX Overlay according to the holodeck architecture diagram as shown below
Click on Acknowledge for the Next option to appear
Click Next to Continue
Click on License Later as you can add the licenses later and continue
Check the Summary and click on Finish to Initiate the Workload Domain Creation in SDDC Manager
This Shows that the workload domain was created and you can confirm that by checking the task as well as going to Workload Domains and checking the workload domain (in my lab the name is wld-domain) is active.

Next Post will be on How to Add an NSX Edge Cluster to the workload domain.