Nonrolling Mode Exclusive - Opatchauto72030 Execute In

: If your patch bundle permits, decouple the Grid Infrastructure patching from the Database patching to isolate infrastructure issues from database workloads.

To resolve this and execute correctly, follow these "exclusive" operational rules:

The error typically occurs when you attempt to patch a Shared Grid Infrastructure (GI) Home in "rolling" mode. Because a shared home resides on a shared file system (like ACFS or OCFS2), binaries cannot be updated node-by-node while other nodes are still running from that same home. opatchauto72030 execute in nonrolling mode exclusive

All nodes are shut down, and the patch is applied to the shared grid home simultaneously.

One of the most critical aspects of OPatchAuto is its support for two primary patching modes: and Non-Rolling . The choice between these modes determines the impact on database availability and is often dictated by the nature of the patch itself as well as the architecture of your Oracle Cluster. : If your patch bundle permits, decouple the

Before diving into the specifics, it is essential to understand the tool at the center of this discussion. is an advanced orchestration utility that automates the patching process for Grid Infrastructure (GI) and Oracle RAC (Real Application Clusters) environments. Unlike the basic opatch command, which applies patches to a single Oracle home in a "binary patching" fashion, OPatchAuto manages end-to-end configuration patching. It handles pre-patch checks, service shutdown, binary patch application, and service restart across multiple nodes, significantly reducing manual intervention and the risk of human error.

to use non-rolling mode. Navigate to your patch directory and run the following as # Example syntax for 12c or 19c All nodes are shut down, and the patch

It stops the Oracle Clusterware stack on the local node ( crsctl stop crs ).

When applying a patch using the -nonrolling flag, the orchestration flow changes completely. Prior to Oracle 12c, a non-rolling patch required every single piece of infrastructure to be completely dark before modifying binaries. Modern iterations of opatchauto (12c through 19c and up to Oracle 26) use a structured, multi-phase method to maintain local tracking: Sequence Phase Target Scope Active Status Requirement Local Node (where command is typed)