inputs.json schema 1 declares 11 cases and 9 snapshots before any new scanner run. Run .venv/bin/python -m openultrasast.push_inputs benchmarks/push/inputs.json. It is offline by default, even if the ordinary repository network environment variable is set. --fetch explicitly permits the existing repository resolver to fetch missing pinned commits. No project scripts, npm installation, or scanner are executed. Nonzero exit means at least one case has invalid input or an explicit missing prerequisite; the complete population stays in JSON.

Each snapshot references an existing repository recipe (with an optional full commit override), plus a census of readable witness/context/license blobs. The commit identifies the whole tree; the file list is provenance evidence, not an analysis scope or graph allowlist. Future replay must materialize the pinned tree and apply declared authored edits before the ranker chooses scope. Bytes come from git cat-file at the full SHA rather than the mutable cached working tree. SHA-256 and byte length are checked for every listed blob. An authored replacement must match exactly once, declare provenance, and verify both the original and resulting identity.

PMPro uses upstream 2.9.7 and 2.9.8. Its SQL query changes from interpolation to $wpdb->prepare. The introducing replay reverses the reviewed pair; it does not claim that 2.9.7 historically introduced the CVE. NodeGoat's contribution handler evaluates three request fields before numeric validation. Its authored repair replaces these eval calls with Number, eliminating JavaScript execution; it is not represented as an upstream security fix or a comprehensive numeric-validation repair. Its commented tutorial repair remains unchanged. Existing injection facts include JavaScript eval; actual frontend, ranker and arbiter behavior remains to be measured.

Both benign variants change only a comment on the vulnerable base. They mean no new defect, not repository-clean, and deliberately retain backlog to test whether the hook becomes a nag. The PMPro source pair is GPL-2.0; NodeGoat is Apache-2.0. Only hashes and small authored edit instructions are stored here; repository source stays in the external opt-in cache.

Ghost is reserved independently for its production Node API, CommonJS module boundaries and async endpoint methods, with public reviewable history at https://github.com/TryGhost/Ghost/security/advisories. The pin declares Ghost 6.64.0-rc.0 and Express 4.22.2. It does not establish ESM or Express 5 coverage. Selection inspected only the manifest, license and endpoint shape, not scanner results. Their source bytes were read at the pinned raw GitHub URLs and hashed; the offline validator still requires Git object availability. Its supported-family positive/fixed/benign population must be independently reviewed and frozen before scanning. If inspected results inform tuning, retire its holdout status. No reserved security case is silently inferred from the existence of an advisory.

All capabilities remain experimental: NodeGoat is inspected transfer/development data and cannot qualify production Node support; Node evidence cannot qualify PHP or Python. Independent PHP and Python populations are explicitly missing in capability_prerequisites. VAmPI retains all three known targets (including SQLI), with vulnerable=1; these snapshot regressions are not paired pushes. Libpng is an envelope/unsupported-arithmetic control, not a detection success or a supported miss. The validator makes no finding, precision, recall, silence, latency or admission claim.

Frozen diagnostic scoring (task 1.3)

push_scoring consumes recorded execution evidence; it does not run the scanner or implement push delta/admission policy. Freeze the workload and expected configuration before executing it:

.venv/bin/python -m openultrasast.push_scoring freeze benchmarks/push/inputs.json benchmarks/push/diagnostic-config-v1.json > /tmp/profile.json
.venv/bin/python -m openultrasast.push_scoring score /tmp/profile.json benchmarks/push/input-validation.json benchmarks/push/unmeasured-run-v1.json

The committed v1 profile reserves the 11 declared cases and exact tip target locations. It is a proposed 30-second evidence-mode experiment, not measured performance. The unmeasured-run-v1.json deliberately contains no executions: scoring it exits 1, retains all 11 unresolved cases, and earns no recall, coverage or admission. An invalid profile/runtime identity exits 2. A fully resolved diagnostic score exits 0; that exit status is not capability admission. Freeze a new version when configuration, source manifest, core, facts, query semantics or scope changes; do not edit a measured profile to match later execution. Runtime context must record the actual values, not merely copy an expected profile hash. Profiles are content identities, not signatures.

Each records entry supplies case_id, actual ranking_mode, rank (or null), exact selected/deferred question IDs, queries, alerts, delta, coverage, cache_state and nonnegative elapsed timings including total. Cache states distinguish cold, warm_changed and identical_tip; stage costs remain beside each outcome. Queries supply id, status and outcome. A positive needs a finding with the exact frozen site and family, a supported rung, and a nonempty actual witness. A transitive claim additionally needs a recorded origin and ordered flow from that region to the frozen target's path/function. Missing rank never proves transitivity. Negative answers require the exact target and a witnessed discharge; empty/failed queries cannot earn fixed-side silence. These checks establish evidence association, not the truth of an arbitrary supplied witness: use engine output and review the attribution.

Alerts are separate from raw findings. Only reviewed actionable_true alerts with review_evidence, question_id and exact site association can contribute precision; unreviewed/wrong-target alerts remain in its denominator. Benign comment changes retain vulnerable backlog, so a raw positive is not automatically a new alert. The scorer consumes a recorded delta; task 5.1 supplies replay, and the policy tasks establish it.

Reports retain unresolved cases, sample counts, Wilson intervals, separate regression results, per-capability metrics, coverage and cold/warm latency. Missing benign runs have unknown interruption rate. VAmPI's readable regression may be measured while independent admission prerequisites remain missing. Unsupported/unreviewed populations stay visible. All results remain experimental pending the later joint admission gate.