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SL_REMAPPING_SP_PUB_TRUSTED_TIME_OK
Where the failure occurs in Software Protection Platform
Keep the symbolic result SL_REMAPPING_SP_PUB_TRUSTED_TIME_OK together with HRESULT 0x4004D30F. The producer is the trusted store and secure-timer layer; at the protected state store that keeps namespaced entries, attributes, secure timers, trusted time, hardware binding, rearm state and integrity breadcrumbs, Windows determined that the trusted-time refresh found that protected time was already current and no update was necessary.
the first result diagnostic fork is precise: this is a successful informational outcome, not a time-skew failure. That is why this result can require a different correction from the same visible activation banner.
Checks in the useful order
- Start with the earliest event carrying this result; later status queries may only report the resulting unlicensed or notification state.
- tie the event to one Application ID/Activation ID, handle, namespace, token or crypto object rather than to the computer in general.
- use read-only inspection first: compare TrustedTime, system UTC time, refresh request and resulting LicenseStatusReason.
- check whether the issue reproduces after normal service restart without altering signed store or policy data.
- After a supported repair for it, query the same object and confirm that the original boundary no longer fails.
Where it sits in the licensing pipeline
Trusted-store results concern protected persistent state; deleting the store can erase the evidence that distinguishes missing data, capacity, access, binding and integrity failures. The decisive proof for it is to compare TrustedTime, system UTC time, refresh request and resulting LicenseStatusReason.
A positive trusted-time or rearm/recreation result must be interpreted by HRESULT severity and the subsequent license state, not by treating every nonzero value as a fatal error. Keep that product/object identity because the same service can expose several independent licensing instances.
Evidence worth preserving
| Item | Why it matters here |
|---|---|
| tamper/recreation/rearm events in chronological order | Reveals whether servicing, migration, restore, cloning or concurrent work changed the precondition. |
| namespace, entry key and attribute name | Identifies the protected object or product instance that returned the code. |
| entry/timer flags including read-only state | Separates format/version failure from damage, absence or access failure. |
| requested and actual data size | Shows the state transition immediately before the HRESULT. |
| trusted time, timer deadline and hardware-binding state | Correlates service-level evidence with storage, crypto or policy evidence. |
Code-specific check: compare TrustedTime, system UTC time, refresh request and resulting LicenseStatusReason.
A narrow remediation path
Leave trusted time intact and continue with the caller’s normal success path. Preserve the original store, event export, hashes and licensing inventory until the operation succeeds and the expected state survives any required restart.
Representative case: A scheduled refresh runs shortly after another successful trusted-time update.
Comparison with neighboring results
| Result | Different condition |
|---|---|
SL_REMAPPING_SP_PUB_TS_TAMPERED | Compared with this result, the trusted store failed an integrity check and its protected state cannot be accepted as authentic. |
SL_REMAPPING_SP_PUB_TS_REARMED | Compared with this result, the trusted store has completed a supported rearm transition and licensing timers/state were reset according to policy. |
SL_REMAPPING_SP_PUB_TS_RECREATED | Compared with it, the trusted store was recreated rather than opened in its previous generation. |
Actions that usually destroy useful evidence
- do not manually deleting protected store files before collecting state and event evidence.
- do not using rearm as a generic repair for unrelated activation or integrity errors.
- While resolving it, do not use unofficial activation tools, patched binaries, copied stores, disabled integrity checks or hand-edited signed data; they can create a second tamper condition.
Verification after correction
Repeat the operation that originally produced it, not merely a UI refresh. Confirm the exact product/object completes, review LicenseStatus and LicenseStatusReason when applicable, and check that no related boundary replaces it.
Regression testing, retain one failing fixture that reproduces “the trusted-time refresh found that protected time was already current and no update was necessary” and one passing fixture that changes only the decisive precondition; this avoids mistaking a broad reset for verification.
Technical references
- SoftwareLicensingProduct WMI class — official platform context used to interpret it.
- SoftwareLicensingService WMI class — supported state, API or recovery information relevant to it.
- Slmgr.vbs options — reference for it evidence collection and post-repair verification.
- Rebuild the Tokens.dat file — technical contract for the subsystem producing it.
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