pvillard31 opened a new pull request, #11618:
URL: https://github.com/apache/nifi/pull/11618

   # Summary
   
   NIFI-16286 - Prevent stale Parameter Context provenance from breaking 
context retrieval
   
   Parameter Context update requests can round-trip effective Parameter DTOs 
containing source-context metadata and incorrectly persist that client-supplied 
context ID on a locally accepted Parameter. If the referenced source context is 
later deleted, the stale provenance can cause Parameter Context listing, detail 
retrieval, or effective-update analysis to fail with 
`ResourceNotFoundException`. Normalize locally accepted Parameters so ownership 
is determined by the target context, preserve valid inherited provenance, and 
make DTO rendering and update analysis tolerate missing or concurrently removed 
source contexts with value-safe warning diagnostics. Add unit, standalone, and 
clustered regression coverage for local, provided, asset-backed, inherited, 
missing-source, and concurrent-removal scenarios.
   
   Explanations for the changes:
   
   - `StandardParameterContextDAO`
   
   Normalize the provenance of Parameters accepted as local definitions instead 
of copying `ParameterDTO.parameterContext.id` from the request. This prevents 
response metadata round-tripped by a client from creating a local Parameter 
that incorrectly references another, potentially deleted, Parameter Context, 
while preserving values, sensitivity, descriptions, provider status, and asset 
references.
   
   - `DtoFactory`
   
   Resolve a Parameter’s source through the inheritance graph first, then 
consult the global lookup only when the source is known to exist. If the source 
is missing or disappears during lookup, report the Parameter as locally defined 
and emit a value-safe warning instead of allowing `ResourceNotFoundException` 
to break Parameter Context listing or detail retrieval.
   
   - `StandardNiFiServiceFacade`
   
   Apply the same missing-source containment while calculating effective 
Parameter updates and affected components. Valid inherited provenance remains 
unchanged, but an unresolved or concurrently removed source now falls back to 
the current context with a diagnostic warning rather than failing the 
update-analysis request.
   
   # Tracking
   
   Please complete the following tracking steps prior to pull request creation.
   
   ### Issue Tracking
   
   - [Apache NiFi Jira](https://issues.apache.org/jira/browse/NIFI) issue 
created
   
   ### Pull Request Tracking
   
   - Pull Request title starts with Apache NiFi Jira issue number, such as 
`NIFI-00000`
   - Pull Request commit message starts with Apache NiFi Jira issue number, as 
such `NIFI-00000`
   - Pull request contains [commits 
signed](https://docs.github.com/en/authentication/managing-commit-signature-verification/signing-commits)
 with a registered key indicating `Verified` status
   
   ### Pull Request Formatting
   
   - Pull Request based on current revision of the `main` branch
   - Pull Request refers to a feature branch with one commit containing changes
   
   # Verification
   
   Please indicate the verification steps performed prior to pull request 
creation.
   
   ### Build
   
   - [ ] Build completed using `./mvnw clean install -P contrib-check`
     - [ ] JDK 21
     - [ ] JDK 25
   
   ### Licensing
   
   - [ ] New dependencies are compatible with the [Apache License 
2.0](https://apache.org/licenses/LICENSE-2.0) according to the [License 
Policy](https://www.apache.org/legal/resolved.html)
   - [ ] New dependencies are documented in applicable `LICENSE` and `NOTICE` 
files
   
   ### Documentation
   
   - [ ] Documentation formatting appears as expected in rendered files
   


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