Records/npm/tldts/failure issue

Where it was measured

PASS means the release recorded a passing observation at PROJECT_COMPILE and no record of this failure. That is the nearest thing to absence this network can report, not a proof of it.

• 7.4.12 FAIL
• 7.4.11 not measured
• 7.4.10 not measured
• 7.0.19 not measured
• 6.1.86 PASS 8 passing observations

Where it reproduced

• executionContext=node · moduleSystem=esm · os=windows · runtime=node@24.13 ×1 2026-09-13 → 2026-09-13

Nearest known PASS/FAIL boundaries

The two adjacent releases the verdict changes across. Releases nothing measured do not close the gap; they are counted instead.

• Last passing release 6.1.86 → first failing release 7.4.12

  Releases between them never measured at this stage: 3

  What differs across the boundary

  • tldts-core 6.1.86 → 7.4.12 evidence

  A version that moved across the boundary is a candidate, not a cause. Only a receipt that recorded the failure and the tree it resolved in the same run is marked as evidence.

Dependency versions across releases

What each release of this package resolved its children to. A child whose version moved is listed first: that is where an upgrade changed something underneath you.

Moved: 1 · unchanged at every release: 0

An edge records that a resolver placed one release beside another on a real machine. It is not a claim that the two work together; that question is answered by samples and contracts, not by presence here.

Evidence gaps

• Releases in this window never measured at PROJECT_COMPILE: 3
• No failure domain was inferred for this failure.

Published answers for the affected releases

• tldts 7.4.12: getDomain, getHostname, getPublicSuffix Built ? This network offers one thing: a sample that builds. It ran the sample in a sandbox and kept the signed receipt. It grades nothing and warrants nothing — whether the same code builds where you are is not something it measured. HOWgetDomaingetHostnamegetPublicSuffixparse MIT-0 · 2026-09-13