An Open Virtual Appliance (OVA) is a Virtual Machine (VM) image that consists of a pre-installed and pre-configured operating system as well as one or more applications packaged for easy deployment and testing. This document describes how to use a CORTX OVA for the purposes of single-node CORTX testing.
All of the following hypervisors should work: VMware ESX Server, VMware vSphere, VMware Fusion, and VMware Workstation.
Important: If you are running the VM in any of the VMWare hypervisors, it is not recommended to use VMware Tools, as CORTX may break due to kernel dependencies. For the same reason, please do not update the operating system in the image as that also might cause it to fail.
The procedure to install CORTX on OVA is mentioned below.
From our release page, download and then uncompress the cortx-va-1.0.1.zip file that contains the virtual machine image.
Import the OVA image by referring to these instructions.
- For VMware related troubleshooting, please refer to VM Documents.
Open the VM console, and login with the below credentials.
- Username: cortx
- Password: opensource!
Become the root user by running the following command.
- sudo su -
Change the hostname by running the following command:
hostnamectl set-hostname --static --transient --pretty <new-name>
If you receive Access denied message, remove immutable settings on the /etc/hostname file and run the command again. To remove immutable setting from /etc/hostname, run the following command.
- chattr -i /etc/hostname
To verify the change in hostname, run the following command:
- hostnamectl status
Note: Both short hostnames and FQDNs are accepted. If you do not have a DNS server with which to register the VM, you can access it directly using its IP addresses. However, the hostname is mandatory and should be configured.
Start the CORTX services by running this bootstrap.sh script:
sh /opt/seagate/cortx/provisioner/cli/virtual_appliance/bootstrap.sh
Run the below mentioned commands to check the status of different services that are part of CORTX.
systemctl status rabbitmq-server systemctl status elasticsearch systemctl status haproxy systemctl status s3authserver systemctl status sspl-ll hctl status systemctl status csm_agent systemctl status csm_web
The below images shows the output of a successful systemctl command; notice how the service is active.
If the SSPL service is inactive, run the below commands.
/opt/seagate/cortx/sspl/bin/sspl_setup post_install -p SINGLE /opt/seagate/cortx/sspl/bin/sspl_setup config -f systemctl start sspl-ll
If any other service is inactive, run the below mentioned command.
systemctl start|restart <service_name>
By default, port 80 may be closed. Run the below mentioned command to open port 80.
salt '*' cmd.run "firewall-cmd --zone=public-data-zone --add-port=80/tcp --permanent" salt '*' cmd.run "firewall-cmd --reload"
Run ip a l and record the IP addresses of the following interfaces:
- ens192 - management
- ens256 - public data
- If you do not see IP addresses like in the above image, you might need to change your virtual networking configuration for which these instructions are hopefully useful.
At this point, CORTX should be running on your system. Confirm this by running the S3 sanity test using the script mentioned below.
sh /opt/seagate/cortx/s3/scripts/s3-sanity-test.sh
Using the management IP from the ip a l command, refer to these instructions to configure the CORTX GUI.
Now that you have the complete system up and running, using the data IP from the ip a l command, use these instructions to test the system and observe activity in the GUI. For example, the below picture shows a CORTX dashboard after a user did an S3 put followed by an S3 get.
Please use these instructions which describe how to use the command line interface to query and monitor the configuration, health, and activity of your CORTX system.
BOOM. You're all done and you're AWESOME. Thanks for checking out the CORTX system; we hope you liked it. Hopefully you'll stick around and participate in our community and help make it even better.
If you have a firewall between CORTX and the rest of your infrastructure, including but not limited to S3 clients, web browser, and so on, ensure that the ports mentioned below are open to provide access to CORTX.
| Port number | Protocols | Destination network on CORTX |
| 22 | TCP | Management network |
| 53 | TCP/UDP | Management network and Public Data network |
| 123 | TCP/UDP | Management network |
| 443 | HTTPS | Public Data network |
| 9443 | HTTPS | Public Data network |
| 28100 | TCP (HTTPS) | Management network |
If your disk does not have space, run the following command to clean up the logs from the /var/log file.
rm /var/log/<file to be deleted>
To restart the CORTX OVA, follow the below mentioned procedures, in the order of listing.
- Shutdown CORTX
- Restart CORTX
Click here to view the procedure.
- Stop all S3 I/O traffic from S3 clients to VA.
- Login to the CORTX Virtual Appliance as cortx and run the following.
- sudo su -
- Stop CORTX I/O subsystem by running the following command.
- hctl shutdown
- After executing the previous command, shutdown the OVA by running the following command.
- poweroff
Click here to view the procedure.
- Power on the Virtual Appliance VM.
- Login to the CORTX OVA as cortx and run the following.
- sudo su -
- Start CORTX I/O subsystem by running the following command.
- hctl start