Book Image

Learning VMware vRealize Automation

By : SRIRAM RAJENDRAN, Sriram Rajendran
Book Image

Learning VMware vRealize Automation

By: SRIRAM RAJENDRAN, Sriram Rajendran

Overview of this book

With the growing interest in Software Defined Data Centers (SDDC), vRealize Automation offers data center users an organized service catalog and governance for administrators. This way, end users gain autonomy while the IT department stays in control, making sure security and compliance requirements are met. Learning what each component does and how they dovetail with each other will bolster your understanding of vRealize Automation. The book starts off with an introduction to the distributed architecture that has been tested and installed in large scale deployments. Implementing and configuring distributed architecture with custom certificates is unarguably a demanding task, and it will be covered next. After this, we will progress with the installation. A vRealize Automation blueprint can be prepared in multiple ways; we will focus solely on vSphere endpoint blueprint. After this, we will discuss the high availability configuration via NSX loadbalancer for vRealize Orchestrator. Finally, we end with Advanced Service Designer, which provides service architects with the ability to create advanced services and publish them as catalog items.
Table of Contents (15 chapters)
Learning VMware vRealize Automation
Credits
About the Author
About the Reviewers
www.PacktPub.com
Preface
Index

Startup order


As you have understood that the vRealize Automation solution has multiple components, the startup order for every component plays an important role when recovering from a power outage or an orchestrated shutdown. Here is the recommended startup method.

Start with the load balancer; ensure that it is fully functional before moving on to the next step. If NSX LB is used, connect to the NSX Edge appliance via SSH and execute the command (show service loadbalancer monitor) and check whether the configuration is intact and enabled:

  1. Power on the PostgreSQL and MSSQL database machines if external to your servers. If embedded with the CAFÉ nodes, these must come up first in the boot order.

  2. Power on the identity appliance or vSphere SSO/PSC, and wait until the startup finishes. Before moving on to the next step, do the following:

    1. Connect to the SSO/PSC web portal using its virtual IP (only for SSO and PSC, if they are behind a load balancer). For example, https://psc.pkct.local (this should take you to the SSO/PSC page).

    2. For the identity appliance, connect to the VAMI page. For example, https://FQDN-of-Identify-Appliance:5480

  3. Power on the primary vRealize Appliance. If you are running a distributed deployment, start the secondary virtual appliances next and wait until the startup finishes.

  4. Power on vRealize Orchestrator. If you are running a distributed deployment, start the secondary appliances next and wait until the startup finishes.

  5. Power on the primary web node and wait until the startup finishes:

    1. If you are running a distributed deployment, start all the secondary web nodes.

  6. Power on all the Manager Service nodes.

  7. Power on the Distributed Execution Manager Orchestrator, Workers, and all vRealize Automation agents.

  8. You can start these components in any order and you do not need to wait for one startup to finish before you start another.

Once all these steps are completed, perform the following steps:

  1. In a simple deployment—https://FQDN-or-IP-of-CAFE:5480/ and wait until all the services show up as REGISTERED.

  2. In a distributed deployment—https://FQDN-or-IP-of-CAF É(1/2..n):5480 and wait until all the services show up as REGISTERED.