The engineer is writing code to modify Policy objects.

Yes. This implementation follows the essential IdentityIQ transaction-locking pattern for modifying a persistent SailPoint object. ObjectUtil.transactionLock() retrieves the named Policy object while obtaining a transaction-level database lock. A transaction lock is appropriate when processing needs exclusive access to an object for the duration of a short transaction and must prevent another transaction from updating the same object simultaneously.

After obtaining the locked Policy object, the engineer performs the required changes and then calls context.saveObject(object). saveObject() persists changes to an object derived from SailPointObject; however, persistence is not complete until the transaction is committed. The subsequent context.commitTransaction() therefore completes the modification and releases the transaction-level database lock as the transaction finishes.

SailPoint ' s documented transaction-lock example follows essentially the same sequence: obtain the object using ObjectUtil.transactionLock, modify it, invoke context.saveObject, and commit. Calling context.decache(object) afterward may be useful to remove the object from the context cache, particularly in longer-running processing, but its omission does not invalidate this basic implementation.

References/topics: IdentityIQ Engineer — ObjectUtil, transaction locking, Policy objects, SailPointContext persistence, object save/commit lifecycle.

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