Files
learnharness/tests/graph-view-filters.test.ts
T
amosblomqvist 52c02533d1 extraction: the spine stage — cross-stretch assembly between extract and audit
Per-batch pipeline is now extract → spine → audit → merge (owner order,
2026-09-30), the spine inside the serialized audit section so it reads
the graph exactly as the following audit will. Measured motive: 0 of 133
chains in the live corpus crossed a stretch boundary — no stage minted
cross-stretch chains.

- src/agent/subagents/spine.ts: SESSION/NOTES spine preambles + shared
  SPINE_CORE (span doctrine; extraction doctrines carried over), the
  submit_spine TypeBox schema, validateSpine (mechanical span law: every
  chain touches >=1 fresh endpoint AND >=1 existing digest endpoint;
  unknown ids, self-reference, and id collisions are loud), the digest
  prompt builder, and the runner (strong tier, retry-only).
- extraction.ts: 'assembling' phase, spine stage in the per-need gate,
  usage/billing stage, assemble() inside withAuditLock for both front
  doors; first stretch of a source skips the call (empty digest, no
  spend); the audit sees COMBINED propositions (chunk + connectives),
  never chains; merger receives the combined findings.
- core/graph.ts mergeFindings: chain endpoints resolve through the
  job-local map OR pass through verbatim as existing n_ ids (the spine's
  mixed namespace).
- EXTRACTION_CORE: steps-of-reasoning selection bar (examples, notation
  glosses, and restatements that no argument needs are not steps).
- Factory chunk budget 4096 -> 8192 (fewer seams, more local context).
- healStringifiedArrays moved to the shared submit seam (submit-agent.ts).
- Cost panel: Assembly row; usage records carry a spine stage (optional
  on legacy records).
- Tests +5: prompt pins, span-law matrix, digest rendering, seeded
  end-to-end flow (spanning chain + connective, verbatim n_ endpoint,
  spine billed as its own stage), non-spanning refused + retried.
2026-09-30 16:38:45 +03:00

71 lines
2.0 KiB
TypeScript

/**
* Legend/filters predicate tests — the pure half of the graph-view filters
* panel (isNodeVisible); the sigma reducers just consume its verdict.
*/
import assert from "node:assert/strict";
import { describe, it } from "node:test";
import { displayCostTotals, isNodeVisible } from "../components/graph-view.tsx";
const node = {
name: "Money multiplier",
statement: "The maximum ratio of broad money a bank can create from each unit of base money.",
};
describe("isNodeVisible (search predicate)", () => {
it("is visible with an empty query", () => {
assert.equal(isNodeVisible(node, ""), true);
});
it("search matches the statement case-insensitively", () => {
assert.equal(isNodeVisible(node, "MONEY multiplier"), true);
});
it("search matches the statement when the name does not", () => {
assert.equal(isNodeVisible(node, "MAXIMUM ratio"), true);
assert.equal(isNodeVisible(node, " velocity"), false);
});
it("search matches the name when the statement does not", () => {
assert.equal(isNodeVisible(node, "money MULTIPLIER"), true);
assert.equal(isNodeVisible(node, " banking"), false);
});
it("whitespace-only query is no filter", () => {
assert.equal(isNodeVisible(node, " "), true);
});
});
describe("displayCostTotals (naming-free cost fold)", () => {
const stage = (dollars: number, unpricedRuns = 0) => ({
runs: dollars > 0 ? 1 : 0,
dollars,
unpricedRuns,
tokens: {
inputTokens: 0,
outputTokens: 0,
cacheReadTokens: 0,
cacheWriteTokens: 0,
reasoningTokens: 0,
},
});
const costs = {
stages: {
extraction: stage(1.25, 1),
spine: stage(0), // spine channel exists since 2026-09-30 — zero spend here
audit: stage(0.75),
naming: stage(9.99, 2), // dead channel — must never reach the display
},
} as const;
it("sums the live stages only — the dead namer's spend is invisible", () => {
assert.equal(displayCostTotals(costs).totalDollars, 2);
});
it("unpriced counts fold the same two stages", () => {
assert.equal(displayCostTotals(costs).unpricedRuns, 1);
});
});