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|---|---|---|
0074239638
conformance vectors, ROADMAP
874 tests pass workspace-wide, 0 fail, 52 ignored.
jouleclaw-cascade::lawful (NEW)
LawfulPrimitive trait + LawfulRegistry + LawfulHit. The L1 trait
surface every consumer can plug their lexicon into. Tiny by design
— three methods (id, try_resolve, declared_cost_uj). Pattern-lang's
pattern-core + cortex-ir synthesizer is the largest known consumer
(688+ primitives); smaller consumers ship a handful of arithmetic
helpers. Runtimes that ship no lawful library construct an empty
registry and the cascade walks past L1 to L2. 5 unit tests
passing.
jouleclaw-edge (NEW — replaces deferred joule-edge port)
End-to-end edge demo + LawfulRegistryTier shim. Registers every
portable JouleClaw tier (EbmTier, MrlTier, LiquidTier, PrismTier,
LmmTier) plus an L1 wrapper that delegates to a consumer-supplied
LawfulRegistry. `cargo run --bin jouleclaw-edge` prints the
cascade trace for 6 representative queries. The OpenIE-IP-bound
tier types (joule_l1::LawfulTier/PlannerTier/WorldModelTier,
lean_bridge::LeanProofTier, synth::SynthesisTier) were dropped
during the port — they re-enter at the consumer site through the
registry shim and any consumer-side tiers the consumer cares to
register. 3 lib tests passing.
conformance/v1 (3 wire vectors)
cache-hit/ — L0 repeat-query receipt
with empty tools_touched
breaker-trips-on-budget-exhaust/ — thermodynamic kill-switch
proof (budget_uj=100 vs L3
inference estimate)
joule-mcp-cbor-negotiation/ — 4-row capability handshake
matrix (the canonical tag
is x-jouleclaw/joule-mcp@1)
Each vector ships input.txt + receipt.json + README.md. Receipt
bodies use the standard Receipt schema from jouleclaw-prov.
ROADMAP.md
Plans the deferred work explicitly:
near-term (v0.2): gemma4 port, edge-server, conformance vector
population, SHA256SUMS + release signature
medium-term (v0.3): split jouleclaw-omni into separate per-
subsystem crates (hal/tensor/diffusion/
musicgen/whisper/gaussian3d/video/fusion/
modality-*); extract jouleclaw-backend-{cuda,
rocm,vulkan} from the omni HAL
long-term (v1.0): multi-machine cascade; hardware-attested
receipt schema v2; second-language reference
impl (Go or Zig)
Explicitly NOT on the roadmap: training framework, a specific
signing key topology, a blessed retrieval API.
Public sites (separate commits below)
transaction.science main site → 5-card open-standards grid live
(commit
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| input.txt | ||
| README.md | ||
| receipt.json | ||
Conformance vector — cache-hit (L0)
Exercises the L0:Cache tier. A conforming runtime MUST resolve a repeat
query at L0 and emit a receipt whose tier == "L0" and whose
tools_touched is empty.
What the runtime does
- Receives
input.txtfor the first time. Resolves it through the normal cascade (any tier may answer — doesn't matter for this vector). Caches the result keyed byblake3(normalised_input). - Receives the same input a second time. The L0 cache lookup hits and the runtime returns the cached answer without invoking any downstream tier.
- Emits the receipt in
receipt.jsonfor the second invocation.
Acceptance bounds
The conforming implementation's receipt for the second invocation MUST match the canonical receipt on:
tier— exactly"L0"input_hash— exactly the canonical valuetools_touched— exactly empty ([])claims— exactly empty ([])joules_uj— within the platform'sProvenanceband:HwShunt: declared ± 20%ModelBased: declared ± 50%Estimator: declared ± 200%
id and closed_at are per-run and not compared.
Files
input.txt— the repeated queryreceipt.json— the canonical receipt the second invocation must reproduce (reference hardware: Apple M5 Max, jouleclaw-rs v0.1.0)
This is the simplest conformance vector. Any runtime that can't pass this one isn't a JouleClaw runtime — it's just an inference server with the word "JouleClaw" pasted on top.