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feat(carriers): three cases minted, and the id is named rather than adopted

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Both runtimes answered the 2026-08-11 decision request, and they did not ask
for the same name. The guard ruled `sanitize:` names its `Finding.detector`
and offered all three labels for verbatim adoption. llm-security, asked
directly, answered that the name would make its conformance result read as a
claim about neutralisation it does not perform.

Two things decided it. The guard's own unprompted correction: prefix ==
detector holds for those six labels and is no general law in its runtime
(`egress:*` carries detector="output"; decode-and-rescan yields two-part
`decoded:lexicon:*`). A prefix whose meaning is recoverable only by reading
one implementation cannot carry a shared id space. And a measurement taken
here at be9759b: on the surface the guard's own ruling pinned, `sanitize()`
returns changed text on all three carriers, so the counterargument's decisive
case -- that `scan_output` mutates nothing -- does not reach this surface.

Not a mediation. Neither runtime claimed the shared id must equal its label,
and `override:ignore-previous` already carries two different alias strings.

- carriers.json 0.1.0 -> 0.2.0: carrier:zero-width / :bidi-override /
  :unicode-tag, aliased to the guard's labels. No aliases.llm_security --
  that runtime's carrier findings carry no id yet, and publishing the alias
  is the irreversible act that forces the table into its declared set.
- manifest 0.3.4 -> 0.4.0: entry_points_by_scope, carrying findings accessor
  and fixture presentation per scope per runtime. This was objection (c), and
  it blocked minting harder than the name did.
- Corpus 90 -> 93. Measured through sanitize(text, source=Source.INPUT) at
  guard v0.7.0; verified by a separate checker that re-derives everything from
  disk -- a generator agreeing with itself proves nothing.
- CLAUDE.md gains the two rules that are not derivable from the data: a shared
  id space cannot rest on a one-runtime prefix, and publishing an alias -- not
  minting the case -- is the irreversible act.

Not minted on purpose: no artifact-side id (the other runtime would only fail
them), and no ZWJ-exemption case (U+200D between two emoji is exempt on both
guard surfaces since v0.6.1; the fixture avoids it rather than trips it).

Co-Authored-By: Claude Opus 5 <noreply@anthropic.com>
Claude-Session: https://claude.ai/code/session_01U3o4zSQ2kwLsgJNU7apK3Z
This commit is contained in:
Kjell Tore Guttormsen 2026-08-13 21:17:44 +02:00
commit 8f08e9ac73
11 changed files with 350 additions and 30 deletions
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79
CHANGELOG.md
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@ -9,6 +9,85 @@ Versioning note: the repository tag versions **the contract** (file set, key nam
case ids, disposition semantics). Each JSON file additionally carries its own
`"version"` field, bumped when that file changes.
## [0.5.0] — 2026-08-13
**Three cases minted, and the id they carry is the first in this repository that was *named*
rather than adopted. Both consuming runtimes answered the decision request of 2026-08-11, and
they did not ask for the same name.**
### Added
- `conformance/carrier__zero-width`, `carrier__bidi-override`, `carrier__unicode-tag` — the
first cases scoped to `codepoints/carriers.json`. Corpus goes 90 → **93**. Measured through
the guard's input surface `sanitize(text, source=Source.INPUT)` at `be9759b` (v0.7.0),
findings read at `.report.findings`. Each input produces exactly one in-scope finding and no
residue.
- `codepoints/carriers.json` `0.1.0` → `0.2.0` — a `pattern_id_space` block carrying
`carrier:zero-width`, `carrier:bidi-override` and `carrier:unicode-tag`, each aliased to the
guard's label. **These ids name what was OBSERVED, not what was done about it**, and that is a
departure from how every other id space here was built: the lexicon's 83 and active content's
6 were adopted verbatim from a runtime's own labels.
The guard ruled — measured, and correctly — that its `sanitize:` prefix names the producing
module in `Finding.detector` and never an action, offering all three for verbatim adoption.
The other runtime, asked the question directly, answered that the name would make its
conformance result read as a claim about neutralisation it does not perform. Two things
decided it against verbatim adoption. First, the guard's own unprompted correction: prefix ==
detector holds for those six labels and is **no general law** in its runtime (`egress:*`
carries `detector="output"`; decode-and-rescan yields two-part `decoded:lexicon:*`), and a
prefix whose meaning is recoverable only by reading one implementation cannot carry a *shared*
id space. Second, a measurement taken here on 2026-08-13: on the very surface the guard's
ruling pinned, `sanitize()` returns changed text on all three carriers — so the counter-
argument's decisive case, that `scan_output` mutates nothing, does not reach this surface.
This is not a mediation between two runtimes. Neither claimed the shared id must equal its own
label, and the shape is the one the lexicon already had: `override:ignore-previous` carries two
*different* alias strings today, and neither runtime's label is the id.
- `conformance/manifest.json` `0.3.4` → `0.4.0` — `entry_points_by_scope`, stating entry point,
**findings accessor** and **fixture presentation** per scope per runtime. The corpus previously
pinned one entry point per runtime for all cases, which held for exactly as long as every case
was reachable from one surface. Neither pinned entry point reaches carriers. Both runtimes
said independently that the manifest was the right place for this: the guard rather than grow
an API wrapper for this corpus's benefit, llm-security to record that its carrier entry point
is path-based and **cannot measure a bare `input.txt`** — the fixture must reach it as a
discovered file. Also adds `carrier_measurement`.
### Fixed
- `conformance/manifest.json` — the retired carrier blocker asserted a general rule, "THE PREFIX
NAMES THE DETECTOR", about a runtime this repository does not own. The guard corrected it at
its commit `0903785`: true of those six labels, false as a law. The claim is now **scoped to
the six** wherever it is stated, and the general form appears nowhere — checked across
`CONVENTIONS.md`, `README.md`, `spec/` and `docs/`. The retired text is kept verbatim under
`scope_planned.blockers_resolved`, because a record corrected in place cannot be audited.
### Notes
- **`not-applicable` here records a missing name, not a missing capability.** Both runtimes
implement the carrier tables — llm-security builds its zero-width, tag-range and BIDI sets from
this very file — but its carrier findings carry no id yet (`scanner: 'UNI'`, a severity and a
prose title). So `carriers.json` carries **no `aliases.llm_security`**, the file stays outside
that runtime's declared set, and the three cases are `not-applicable` there today. This is
deliberate and stated in the file: publishing that alias is the irreversible act, since it
forces the table into that runtime's declared set by force of its own test suite. The slot is
filled when the label exists and is named to us.
- **Not minted, on purpose.** No artifact-side carrier id (`output:zero-width-present`,
`output:bidi-present`, `lexicon:unicode-tags-present`) — the other runtime has no artifact
surface for carriers, so those cases could only fail there, and a permanently red gate is one a
reader learns to ignore. And no case for the ZWJ exemption: U+200D between two emoji is exempt
on both guard surfaces since v0.6.1, verified here, and the zero-width fixture carries a bare
U+200B between two letters so as not to be failed by design. Whether that exemption is a shared
rule or one runtime's policy has not been put to the other runtime.
- **The guard's v0.7.0 does not move a published fixture.** Re-measured, not inferred: all six
active-content cases produce their committed verdicts at `be9759b`, and the new
`active:raw-html-link` label is confirmed to reach `<a>` and `<area>` only, with
`<a onclick=…>` still grading `active:raw-html` at HIGH. Adopting that seventh construct into
`signatures/active-content.json` is a separate decision and is **not** taken here.
## [0.4.3] — 2026-08-11
**No fixture, id or `expected.json` moved — a runtime that passes `0.4.2` passes `0.4.3`

28
CLAUDE.md
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@ -65,6 +65,34 @@ Ingen. Data + prosa. Filformater: JSON (data + schema), Markdown (spec), rå tek
- `expected.json` er ground truth. Er en runtime uenig med `expected.json`, er runtimen
feil — med mindre fixturen selv bevises feil, og da endres fixturen i eget commit med
begrunnelse.
- **En case er ikke mintbar uten inngangspunkt for sitt scope.** Korpuset pinner ikke
lenger ett inngangspunkt per runtime for alt — `manifest.json` →
`entry_points_by_scope` bærer inngangspunkt, **findings-accessor** og
**fixture-presentasjon** per scope per runtime. En runtime hvis flate er sti-basert kan
ikke måle en løs `input.txt`, og en fixture den får som løs tekst måler ingenting
samtidig som den ser ut som en pass. Nytt scope ⇒ fyll ut alle tre FØR første case.
- **Generatoren verifiserer aldri seg selv.** En mint krever en separat sjekker som leser
fixturene tilbake fra disk og utleder alt på nytt (digest, id fra case-id, scope,
exact-within-scope). Ligger i scratchpad, aldri i repoet.
### Id-rom: adoptert vs. navngitt
Standard er **adopsjon verbatim** fra en runtimes egne labels (leksikonets 83, active
contents 6). Å NAVNGI en id her er unntaket og krever at begge runtimes er spurt først —
`carrier:*` er den eneste så langt, og `carriers.json` bærer begrunnelsen.
To regler som ikke er utledbare fra dataene:
- **Et prefiks som bare betyr noe inne i én runtime kan ikke bære et DELT id-rom.** Guarden
korrigerte oss selv på at «prefiks == `detector`-feltet» gjelder seks carrier-labels og
er ingen lov i deres runtime. Skriv aldri den generelle formen; skop påstanden til de
konkrete id-ene.
- **Å publisere `aliases.<runtime>` er den irreversible handlingen, ikke å minte casen.**
Konsumentens testsuite utleder sitt registrerte tabellsett ved å gå gjennom HELE den
vendorede fila og registrere tabellen om ÉN node bærer aliaset. Granulariteten er FILA.
Ett alias tvinger tabellen inn i deres `DECLARED_TABLES` og forplikter dem på hver case
scopet dit. Mangler alias-strengen: **la slotten stå tom og si det** — `not-applicable`
som registrerer et manglende NAVN er ærlig; en gjettet alias-streng er det ikke.
### Sikkerhetskritiske tabeller — aldri fra hukommelse

39
README.md
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@ -24,7 +24,7 @@ As a `git subtree` (recommended: history is preserved and upgrades are a single
```bash
git subtree add --prefix vendor/commons \
https://git.fromaitochitta.com/open/llm-security-commons.git v0.4.3 --squash
https://git.fromaitochitta.com/open/llm-security-commons.git v0.5.0 --squash
# later, to move to a newer tag
git subtree pull --prefix vendor/commons \
@ -34,7 +34,7 @@ git subtree pull --prefix vendor/commons \
Or pin a tag and copy — `fork-and-own` is an explicitly supported path:
```bash
git clone --depth 1 --branch v0.4.3 \
git clone --depth 1 --branch v0.5.0 \
https://git.fromaitochitta.com/open/llm-security-commons.git
```
@ -51,7 +51,7 @@ and keeping it that small is the point.
| Path | Contents |
| --- | --- |
| [`lexicon/injection-lexicon.json`](lexicon/injection-lexicon.json) | Prompt-injection pattern lexicon: 83 patterns in four **severity** families (`critical`, `high`, `medium`, `hybrid`), each with a stable `id` and per-runtime aliases. The thematic class (`override:`, `evasion:`, `hitl-trap:`, …) is the id prefix, not the family. |
| [`codepoints/carriers.json`](codepoints/carriers.json) | Invisible and deceptive carriers: zero-width characters, BIDI controls, Unicode Tag block ranges, and the homoglyph map. |
| [`codepoints/carriers.json`](codepoints/carriers.json) | Invisible and deceptive carriers: zero-width characters, BIDI controls, Unicode Tag block ranges, and the homoglyph map. Carries three commons-owned ids (`carrier:zero-width`, `carrier:bidi-override`, `carrier:unicode-tag`) for the carriers observable on an input surface — the only id space here that was *named* rather than adopted verbatim from a runtime, and the file records why. |
| [`signatures/secret-egress.json`](signatures/secret-egress.json) | Credential and token shapes that must never leave a machine, in a portable regex dialect. |
| [`signatures/malware-signatures.json`](signatures/malware-signatures.json) | Known-bad **identity** for the malicious-code class (`SIG`): seven tight signatures over four families — PHP webshells, reverse shells, cryptominers, offensive tooling. Seven signatures are not malware coverage, and the file says so. |
| [`signatures/active-content.json`](signatures/active-content.json) | Active content that renders or fetches on its own — Markdown images, links, reference definitions and autolinks, `data:` URIs, active HTML. The EchoLeak class. |
@ -60,15 +60,15 @@ and keeping it that small is the point.
| [`schema/finding.schema.json`](schema/finding.schema.json) | **Normative.** The finding contract — closed against its producer, ten properties — plus the SARIF output profile. The JSONL profile is recorded as `not applicable`, with the reason. |
| [`schema/conformance-declaration.schema.json`](schema/conformance-declaration.schema.json) | **Normative.** The shape a runtime publishes alongside a conformance result: which commons tables it implements, the commons commit it measured, and the four verdict counts. Required by the corpus spec §1.1; not validated by anything here, because nothing here runs. |
| [`spec/conformance-corpus.md`](spec/conformance-corpus.md) | **Normative.** How to read the corpus: what a case is, why `input.txt` is bytes rather than text, what `exact-within-scope` requires of a runtime, and how a runtime declares its table set so a case scoped outside it reads as `not-applicable` rather than as a failure. |
| [`conformance/`](conformance/) | 90 cases. One directory per case: `input.txt` in, `expected.json` out. Ground truth. 84 cover the injection lexicon — 83 one per pattern, both seeding runtimes measured producing the same verdict on all 83, plus one variant case gating a pattern form against its predecessor. Six cover active content and are measured against the one runtime that implements that table — `not-applicable` for the other, not failing. See [`conformance/manifest.json`](conformance/manifest.json). |
| `spec/decode-pipeline.md` | **Planned, still not shipped as of v0.4.3.** The decode order, in RFC 2119 language. Two runtimes that decode in different orders will disagree on identical input. Writing it needs the decode implementation, which is engine code and has not been supplied — and a normative spec guessed from a data dump would be worse than an absent one. |
| [`conformance/`](conformance/) | 93 cases. One directory per case: `input.txt` in, `expected.json` out. Ground truth. 84 cover the injection lexicon — 83 one per pattern, both seeding runtimes measured producing the same verdict on all 83, plus one variant case gating a pattern form against its predecessor. Six cover active content and are measured against the one runtime that implements that table — `not-applicable` for the other, not failing. Three cover the input-side carriers, added in v0.5.0. See [`conformance/manifest.json`](conformance/manifest.json). |
| `spec/decode-pipeline.md` | **Planned, still not shipped as of v0.5.0.** The decode order, in RFC 2119 language. Two runtimes that decode in different orders will disagree on identical input. Writing it needs the decode implementation, which is engine code and has not been supplied — and a normative spec guessed from a data dump would be worse than an absent one. |
| [`docs/extraction-plan.md`](docs/extraction-plan.md) | Informative: where each file was seeded from, and what v0.1.0 promised. |
| [`docs/lexicon-port-divergence.md`](docs/lexicon-port-divergence.md) | Informative: a measured disagreement between two ports of the injection lexicon — 13 patterns that behave differently, in both directions. Most of it is still open, and the two rows that closed in v0.4.0 closed because the runtime that owns the value decided, not because this document found them wrong. |
Every JSON file carries a top-level `version`. Every normative specification carries a
`Status: normative` marker. Rows marked **Planned** are named here because the layout is
part of the contract, but the file does not exist yet — they are not links, and nothing in
v0.4.3 depends on them.
v0.5.0 depends on them.
Each data file records its own provenance and, in `verified`, how strongly it is backed.
`calibration/calibration.json` is currently the one file that says `false`: it was
@ -89,8 +89,8 @@ in its own commit, with the reason written down.
There is **no CI in this organisation** and nothing runs that comparison automatically. It
runs in each consumer's own test suite, against a pinned tag.
The corpus covers two tables, and they do not carry equal weight — treating them as one
number would misreport both:
The corpus covers three tables, and they do not carry equal weight — treating them as one
number would misreport all three:
- `lexicon/injection-lexicon.json` — 84 cases over 83 patterns. Both seeding runtimes
implement it and both ratified its id space. One pattern carries a second, variant case;
@ -100,16 +100,21 @@ number would misreport both:
runtime declares which commons data files it implements, and a case scoped outside that
set was never addressed to it. See [§1.1](spec/conformance-corpus.md) — and note that
`not-applicable` says the corpus did not ask, never that the runtime is blind.
- `codepoints/carriers.json` — 3 cases, added in v0.5.0. **Both** runtimes implement these
tables; only one has published a label for the finding. So these three are `not-applicable`
for the other *today*, and this is the one place in the corpus where that verdict records a
missing **name** rather than a missing capability. It lapses the moment that runtime names
its label and the alias is added.
Four cases remain unshipped, for the carrier and secret-egress tables, and neither is
blocked on effort. Carriers has no *ratified* id space: six labels exist to adopt verbatim
from one runtime, but adopting them would hand the other an id asserting a strip it does not
perform, and publishing a single alias would force that runtime's declared table set to widen
— turning three cases it cannot reach from `not-applicable` into failures. Put to both
runtimes as a decision request on 2026-08-11; unanswered. Secret egress is not an id question at all — the two
runtimes carry *different tables*, 19 entries against 25, cut at different granularities.
`conformance/manifest.json` records both blockers under `scope_planned.blockers`, measured,
so the gap is visible rather than inferred.
One case remains unshipped, for the secret-egress table, and it is not blocked on effort.
It is not an id question at all — the two runtimes carry *different tables*, 19 entries
against 25, cut at different granularities, and a shared id space presupposes a reconciliation
nobody has performed. `conformance/manifest.json` records that blocker under
`scope_planned.blockers`, measured, so the gap is visible rather than inferred.
The carrier blocker closed in v0.5.0 and is kept, with its retired text, under
`scope_planned.blockers_resolved` — including the correction one runtime volunteered against
a general rule this repository had written down and should not have.
## Non-goals

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@ -1,8 +1,62 @@
{
"version": "0.1.0",
"version": "0.2.0",
"id": "carriers",
"description": "Invisible and deceptive code-point carriers: characters and ranges that let text carry content a reader cannot see, or that let one script impersonate another. Six independent tables. They overlap but are NOT interchangeable, and this file deliberately does not merge them.",
"owasp": "LLM01",
"pattern_id_space": {
"added_in": "0.2.0",
"$comment": "Stable, commons-owned identifiers so a conformance fixture can name a carrier finding. Unlike `lexicon/injection-lexicon.json` and `signatures/active-content.json`, whose ids were adopted VERBATIM from a runtime's own labels, these three were NAMED HERE. That difference is the whole decision recorded below, and it is why this file carries no `label_format` field: no runtime's label format produces these strings.",
"field": "the `id` of each entry in `ids` below",
"scope_of_this_id_space": "The three carriers observable on an INPUT surface. This id space deliberately does NOT name the artifact-side observations of the same carriers - see `not_minted` below. An id here asserts that a carrier was OBSERVED in the scanned text; it asserts nothing about what any runtime did with it.",
"ids": [
{
"id": "carrier:zero-width",
"observes": "one or more code points from the `zero_width` table present in the scanned text",
"table": "zero_width",
"aliases": {
"llm_ingestion_guard": "sanitize:zero-width"
}
},
{
"id": "carrier:bidi-override",
"observes": "one or more code points from the `bidi` table present in the scanned text",
"table": "bidi",
"aliases": {
"llm_ingestion_guard": "sanitize:bidi-override"
}
},
{
"id": "carrier:unicode-tag",
"observes": "one or more code points from the `unicode_tags` range present in the scanned text",
"table": "unicode_tags",
"aliases": {
"llm_ingestion_guard": "sanitize:unicode-tag"
}
}
],
"why_named_here_rather_than_adopted": {
"the_candidate": "The guard emits exactly three labels on the pinned input surface - `sanitize:zero-width`, `sanitize:bidi-override`, `sanitize:unicode-tag` - and offered them for verbatim adoption on 2026-08-11, on the same precedent that moved the lexicon's 83 ids into this repository. Adopting them would have cost nothing to invent.",
"why_not": "The other consuming runtime was asked directly whether `sanitize:` troubled it and answered that it did, with a reason that survives measurement: it detects and reports carriers and does not strip them, so an alias to an id named after stripping would make its conformance result read as a claim about neutralisation it never performed.",
"the_guard_s_counterargument_and_its_limit": "The guard's ruling was that the prefix names the DETECTOR - the producing module, carried in `Finding.detector` - and never an action, with `scan_output` emitting `output:zero-width-present` while mutating nothing as the decisive case. That is true of `scan_output`. It is NOT true of the surface the same ruling pinned for these three: measured 2026-08-13 at guard `be9759b` (v0.7.0), `sanitize(text, source=Source.INPUT)` returns `SanitizeResult.text != text` on all three carriers. The module named by the prefix does strip, on exactly the surface these ids are measured through.",
"the_decisive_one": "The guard also corrected us, unprompted, that `prefix == the detector field` holds for those six labels and is NO general law in its runtime: `egress:*` carries `detector=\"output\"`, and decode-and-rescan produces two-part `decoded:lexicon:*`. A prefix that means one thing inside one runtime and not the next is not a property a SHARED id space can rest on. Promoting it to the commons id would publish, to every future runtime, a prefix whose meaning is only recoverable by reading one implementation.",
"the_precedent_that_settles_the_shape": "`lexicon/injection-lexicon.json` already carries TWO different alias strings per id - `override:ignore-previous` aliases to the prose `\"override: ignore previous instructions\"` in one runtime and the kebab `\"override:ignore-previous\"` in the other. Neither runtime's label IS the id. Naming these three here is that same shape, not a new one.",
"not_a_mediation": "Both runtimes were asked and both answered before this was decided. The guard never claimed the shared id must equal its label - it argued that adopting verbatim was SAFE - and stated it would rather the id space be shared than private. `carrier:*` plus its alias is shared. Ratified by the operator 2026-08-13."
},
"llm_security_alias_deliberately_absent": {
"status": "PENDING - not an omission, and not the guard-only id space that was considered and rejected.",
"why": "That runtime's carrier findings carry no id today: `scanner: 'UNI'`, a severity and a prose title, stated by it on 2026-08-13. There is no alias string to publish, and this repository does not write detection data from recollection. It confirmed it will adopt commons ids for carriers and add its own label; the alias slot is filled when that label exists and is named to us, in a further minor bump of this file.",
"consequence_stated_rather_than_left_to_be_discovered": "That runtime derives its registered table set by walking each vendored file for any node carrying an `aliases.llm_security` key. Until this file carries one, `codepoints/carriers.json` is outside its declared set, and under spec/conformance-corpus.md section 1.1 the three carrier cases are `not-applicable` there - enumerated, never silently dropped, and neither passes nor failures. Publishing the alias is the act that changes this, and it is irreversible in the direction that matters: it obliges that runtime to run every case scoped to this file."
},
"not_minted": {
"$comment": "Recorded so that three ids reads as a decision rather than as an incomplete extraction.",
"artifact_side_observations": "The guard observes the same three carriers on its artifact surface too, under `output:zero-width-present`, `output:bidi-present` and `lexicon:unicode-tags-present` - note that the third is NOT `output:`-prefixed, which is intentional and stable in that runtime: the tag DECODE lives in its lexicon module and the presence signal is the same mechanism read at a different depth. No commons id is minted for these. The other runtime has no artifact surface for carriers, so minting them would produce cases it could only fail, and a permanently red gate is one a reader learns to ignore.",
"the_zwj_exemption": "U+200D between two emoji is EXEMPT on both of the guard's surfaces since v0.6.1, verified here 2026-08-13 at `be9759b`: `family <emoji>ZWJ<emoji> here` produces no finding and leaves the text unmodified, while a bare U+200D between two letters produces `sanitize:zero-width`. This is a real behavioural boundary and a candidate for a variant case (`carrier__zero-width--emoji-zwj-exempt`). It is NOT minted here because only three cases were ratified, and because whether the exemption is a shared rule or one runtime's policy has not been put to the other runtime."
},
"verified": {
"method": "Every id's alias was measured, not transcribed: guard v0.7.0 (`be9759b`) was extracted to a scratch tree and each carrier probe run through `sanitize(text, source=Source.INPUT)`, reading `.report.findings`. The three labels above are what that surface emitted, with `detector=\"sanitize\"` on all three and severities HIGH / HIGH / CRITICAL. `disposition._CARRIER_LABELS` was read in the same execution and lists all six carrier labels, confirming the input/artifact split above.",
"date": "2026-08-13"
}
},
"$comment": "Extracted without behaviour change from llm-security/scanners/unicode-scanner.mjs (the charset constants) and llm-security/scanners/lib/string-utils.mjs (HOMOGLYPH_MAP), delivered as operator dump 2/2 through the local coord mailbox on 2026-08-09. The fold algorithm itself (NFKC normalise, then map lookup) is ENGINE code and stays in the consumer; only the table moves here. Character names are resolved from the Unicode character database via Python's unicodedata, not written from recollection.",
"provenance": {
"source_repo": "llm-security",

19
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@ -0,0 +1,19 @@
{
"$comment": "Generated from a measurement, not written by hand. Normative semantics: spec/conformance-corpus.md. Measurement header and per-runtime provenance: conformance/manifest.json.",
"case_id": "carrier__bidi-override",
"input": {
"file": "input.txt",
"bytes": 17,
"sha256": "460d6ce9a116d34eb2db0307df7629ea9a8c428e53052913b702496bae695f09"
},
"scope": [
"codepoints/carriers.json"
],
"match": "exact-within-scope",
"findings": [
{
"pattern_id": "carrier:bidi-override"
}
],
"observed_out_of_scope": {}
}

1
conformance/carrier__bidi-override/input.txt Normal file
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invoice‮gnp.exe

19
conformance/carrier__unicode-tag/expected.json Normal file
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{
"$comment": "Generated from a measurement, not written by hand. Normative semantics: spec/conformance-corpus.md. Measurement header and per-runtime provenance: conformance/manifest.json.",
"case_id": "carrier__unicode-tag",
"input": {
"file": "input.txt",
"bytes": 57,
"sha256": "353ddbb36ee9037afc0a2a3e47c2496f76702233fb1cabb9d18b5f98bd8e412c"
},
"scope": [
"codepoints/carriers.json"
],
"match": "exact-within-scope",
"findings": [
{
"pattern_id": "carrier:unicode-tag"
}
],
"observed_out_of_scope": {}
}

1
conformance/carrier__unicode-tag/input.txt Normal file
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The quarterly report is attached.󠁨󠁩󠁤󠁤󠁥󠁮

19
conformance/carrier__zero-width/expected.json Normal file
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{
"$comment": "Generated from a measurement, not written by hand. Normative semantics: spec/conformance-corpus.md. Measurement header and per-runtime provenance: conformance/manifest.json.",
"case_id": "carrier__zero-width",
"input": {
"file": "input.txt",
"bytes": 27,
"sha256": "b25844ee91347c3ea4d13dcb2cebed894cb1c3a31fa5e14e1b584ffaf2d20da5"
},
"scope": [
"codepoints/carriers.json"
],
"match": "exact-within-scope",
"findings": [
{
"pattern_id": "carrier:zero-width"
}
],
"observed_out_of_scope": {}
}

1
conformance/carrier__zero-width/input.txt Normal file
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transfer to acc​ount 4711

116
conformance/manifest.json
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