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STATEREPOSITORY_E_LOCKED_SHAREDCACHE_TIMEOUT_EXCEEDED
The scope of STATEREPOSITORY_E_LOCKED_SHAREDCACHE_TIMEOUT_EXCEEDED is Windows StateRepository: shared-cache locking did not clear before the repository timeout. Preserve 0x8067000F beside the returning call before cleanup or retry creates a more generic secondary failure.
Read the boundary first
When it is returned, StateRepository is infrastructure for the Windows application model. During a this result investigation, the HRESULTs expose distinctions familiar from transactional stores: optimistic concurrency, an unfinished prepared statement, database-versus-table locking, shared-cache contention, recovery, schema compatibility, corruption, and service shutdown. These are not interchangeable reasons to delete the repository.
During a this result investigation, a shared-cache timeout implicates connection coordination within the cache group. One connection can retain a schema or table lock while another waits, even though both belong to the same service process.
The first owner to inspect is the StateRepository request, database connection, prepared statement, transaction, schema generation, or service lifecycle that rejected the operation.
Keep neighboring conditions separate
When it is returned, the retry variant means waiting remains within policy; this code records that the policy expired.
Do not focus only on external processes or file-sharing modes.
Incident record for this HRESULT
| Capture | Diagnostic value |
|---|---|
| Cache-group membership for it. | This places the failure on the lifecycle or transaction timeline and helps test the Windows StateRepository boundary. |
| Schema/table lock owners for it. | This separates caller input from environment and service state and helps test the Windows StateRepository boundary. |
| Connection thread stacks for it. | This provides a stable comparison across retries or another machine and helps test the Windows StateRepository boundary. |
| Active statements and transaction age for it. | This identifies the exact object or resource generation involved and helps test the Windows StateRepository boundary. |
Reproduce without destroying evidence
The investigation should change one variable at a time and keep the original failing sample.
- First: Audit every connection in the shared cache.
- Next: End long read statements before schema or write work.
- Then: Compare with private-cache connections.
- Finally: Use a deterministic connection-order test.
Three useful controls
- Isolated connection against a repository copy: for it, a changed result separates retained object, connection, path, host, or device state from the original input. Hold constant: for it, preserve schema, data generation, and transaction sequence.
- Reduced failing operation: If this result follows the reduced step, the rejecting transition is localized. Hold constant: for it, retain cache-group membership and remove only unrelated work.
- Targeted corrective control: Use this as a diagnostic branch rather than a blanket workaround: audit every connection in the shared cache. Hold constant: for it, keep the original this result sample available for the final regression test.
Definition of done
Closure for it requires the same cache-group workload completes under the original timeout with no abandoned statements; then repeat the next lifecycle operation to detect stale state.
Technical references
The references below define the API family or storage/protocol behavior used to interpret this result.
- Microsoft Win32 metadata: winerror.h
- SQLite: File locking and concurrency
- SQLite: Result and extended result codes
- SQLite: Shared-cache locking model
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