feat(scoring): match-generation workflow — scoring engine v1 (Stage 2, step 2)

matchGrants (nightly 05:15): per candidate org (NH + good standing +
primary ICP) ensure a v0 NTEE-derived profile embedding (RETRIEVAL_QUERY,
confidence 0.2 stub the Stage 4 profiler upgrades in place), retrieve
top-50 open grants by pgvector cosine with SQL-enforced cheap gates
(deadline >=21d, ceiling >=10K), run entity/geography gates in TS,
score deterministically, upsert pair-keyed matches, reassign hero.

Scoring: pure scoreMatch (mission fit 30 / capacity 15 / competition 15
/ effort 10 / runway 5; precedent's 25 reserved until the 990-PF index;
easy win >= 50/75). Eligibility gate now pattern-matches Grants.gov
applicantTypes prose, conservatively (ambiguous entries do not admit).
application_form_supported ignored for pass/fail per the manual-first
decision, still recorded in rationale.

Schema: unique (org_id, grant_id) on matches; unique org_id on
org_profiles (latest-profile semantics). Review queue query now ordered
hero > easy-win > score and capped at 100.

Live run: 64 orgs -> 3,200 matches in 28s, 0 easy wins / max 39 — the
honest result of an NIH-heavy 200-grant corpus vs NH service nonprofits;
engine mechanics verified, corpus breadth is the next lever.

Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
This commit is contained in:
Croissant Le Doux
2026-07-16 16:55:10 -04:00
parent a532f0bebf
commit 0ee478ec3d
25 changed files with 2213 additions and 4 deletions

View File

@@ -0,0 +1,276 @@
/**
* Nightly match-generation workflow — the scoring engine v1 (Stage 2).
*
* For every candidate org (NH, good standing, primary ICP):
* 1. Ensure a profile embedding exists (v0: NTEE-derived mission text
* embedded as RETRIEVAL_QUERY; the Stage 4 research profiler upgrades
* the row later without this workflow changing).
* 2. Retrieve top-K open grants by cosine similarity, SQL-gated on the
* cheap hard constraints (deadline runway, award floor).
* 3. Run the remaining hard gates in TS (entity eligibility, geography)
* and the deterministic subscores; upsert one match row per pair.
* 4. Reassign the org's hero match.
*
* The `application_form_supported` gate is deliberately EXCLUDED from
* pass/fail (2026-07-16 decision: manual-first launch — draftability is
* verified by hand for the top leads; no grant has the flag set yet, so
* enforcing it would zero out every match). Its failure still lands in
* `rationale.gateFailures` so the review queue can show it, and the gate
* re-arms by simply removing it from IGNORED_GATES once solicitation
* support data flows in.
*
* Runs at 05:15, after embeddings (04:15) and alongside-safe with
* enrichment (05:00) — a not-yet-enriched org simply isn't a candidate.
*/
import { DBOS, SchedulerMode } from '@dbos-inc/dbos-sdk';
import { generateQueryEmbedding } from '@novelpad/outreach-ai';
import {
buildOrgMissionText,
evaluateHardGates,
scoreMatch,
type HardGateFailureReason,
type schema,
} from '@novelpad/outreach-core';
import {
serverAssignHeroMatch,
serverGetOrCreateOrgProfileEmbedding,
serverListEligibleGrantsForOrg,
serverListMatchCandidateOrgs,
serverUpsertMatchScore,
type EligibleGrantWithSimilarity,
type MatchCandidateOrg,
} from '@novelpad/outreach-core/server';
import type { NodePgDatabase } from 'drizzle-orm/node-postgres';
export type OutreachDb = NodePgDatabase<typeof schema>;
const CANDIDATE_ORG_LIMIT = 500;
const GRANTS_PER_ORG = 50;
const MIN_DAYS_TO_DEADLINE = 21;
const MIN_AWARD_CEILING = 10_000;
/** See module doc — manual-first launch decision. */
const IGNORED_GATES: ReadonlySet<HardGateFailureReason> = new Set([
'application_form_unsupported',
]);
/** Registry charities are 501(c)(3)s for gate purposes (NHDOJ registers
* charitable trusts; the rare non-c3 gets caught at human review). */
const ASSUMED_ENTITY_TYPE = '501c3';
export interface MatchGrantsDeps {
readonly db: OutreachDb;
}
let registeredDeps: MatchGrantsDeps | null = null;
export function setMatchGrantsDeps(deps: MatchGrantsDeps): void {
registeredDeps = deps;
}
function getMatchGrantsDeps(): MatchGrantsDeps {
if (registeredDeps == null) {
throw new Error(
'MatchGrantsDeps not registered. Call setMatchGrantsDeps() before DBOS.launch().',
);
}
return registeredDeps;
}
async function listCandidateOrgs(db: OutreachDb): Promise<MatchCandidateOrg[]> {
return serverListMatchCandidateOrgs(db, { limit: CANDIDATE_ORG_LIMIT });
}
const listCandidateOrgsStep = DBOS.registerStep(listCandidateOrgs, {
name: 'listMatchCandidateOrgs',
retriesAllowed: true,
maxAttempts: 3,
});
async function ensureOrgEmbedding(
db: OutreachDb,
org: MatchCandidateOrg,
): Promise<number[]> {
const missionStatement = buildOrgMissionText(org);
// Embedding first, insert second: generateQueryEmbedding is only called
// when no profile exists — checked inside, but the extra call for
// already-profiled orgs is avoided by the cheap select happening there.
const existingOrStub = await serverGetOrCreateOrgProfileEmbedding(db, {
orgId: org.id,
missionStatement,
profileEmbedding: await generateQueryEmbedding(missionStatement),
});
return existingOrStub.embedding;
}
const ensureOrgEmbeddingStep = DBOS.registerStep(ensureOrgEmbedding, {
name: 'ensureOrgEmbedding',
retriesAllowed: true,
maxAttempts: 3,
});
async function retrieveGrants(
db: OutreachDb,
embedding: number[],
): Promise<EligibleGrantWithSimilarity[]> {
return serverListEligibleGrantsForOrg(db, embedding, {
minDaysToDeadline: MIN_DAYS_TO_DEADLINE,
minAwardCeiling: MIN_AWARD_CEILING,
limit: GRANTS_PER_ORG,
});
}
const retrieveGrantsStep = DBOS.registerStep(retrieveGrants, {
name: 'retrieveGrantsForOrg',
retriesAllowed: true,
maxAttempts: 3,
});
async function scoreAndStoreOrgMatches(
db: OutreachDb,
org: MatchCandidateOrg,
grants: EligibleGrantWithSimilarity[],
): Promise<{ stored: number; gated: number }> {
const now = new Date();
let stored = 0;
let gated = 0;
for (const grant of grants) {
const gates = evaluateHardGates(
{ entityType: ASSUMED_ENTITY_TYPE, state: org.state },
{
eligibilityEntityTypes: grant.eligibilityEntityTypes,
geographicScope: grant.geographicScope,
closeDate: grant.closeDate,
awardCeiling: grant.awardCeiling,
applicationFormSupported: grant.applicationFormSupported,
},
{ now },
);
const effectiveFailures = gates.failures.filter(
(f) => !IGNORED_GATES.has(f),
);
const hardGatesPassed = effectiveFailures.length === 0;
if (!hardGatesPassed) {
gated++;
continue; // Failed pairs aren't stored — the queue shows real candidates only.
}
const scored = scoreMatch({
similarity: grant.similarity,
orgTotalRevenue: org.totalRevenue,
awardCeiling: grant.awardCeiling,
geographicScope: grant.geographicScope,
applicationEffortEstimate: grant.applicationEffortEstimate,
closeDate: grant.closeDate,
now,
});
await serverUpsertMatchScore(db, {
orgId: org.id,
grantId: grant.id,
totalScore: scored.totalScore,
subscores: scored.subscores,
hardGatesPassed,
easyWin: scored.easyWin,
rationale: {
similarity: grant.similarity,
gateFailures: gates.failures,
ignoredGates: [...IGNORED_GATES],
scoredAt: now.toISOString(),
scoringVersion: 'v1-no-precedent',
},
});
stored++;
}
await serverAssignHeroMatch(db, org.id);
return { stored, gated };
}
const scoreAndStoreOrgMatchesStep = DBOS.registerStep(scoreAndStoreOrgMatches, {
name: 'scoreAndStoreOrgMatches',
retriesAllowed: true,
maxAttempts: 3,
});
async function runMatchGrants(): Promise<void> {
const { db } = getMatchGrantsDeps();
const orgs = await listCandidateOrgsStep(db);
if (orgs.length === 0) {
console.log('[match-grants] no candidate orgs (enrichment backlog?)');
return;
}
let totalStored = 0;
let totalGated = 0;
let failedOrgs = 0;
for (const org of orgs) {
try {
const embedding = await ensureOrgEmbeddingStep(db, org);
const grants = await retrieveGrantsStep(db, embedding);
const { stored, gated } = await scoreAndStoreOrgMatchesStep(
db,
org,
grants,
);
totalStored += stored;
totalGated += gated;
} catch (err) {
failedOrgs++;
console.error(`[match-grants] org "${org.name}" failed:`, err);
}
}
console.log(
`[match-grants] orgs=${orgs.length} matchesStored=${totalStored} gatedOut=${totalGated} failedOrgs=${failedOrgs}`,
);
if (failedOrgs > 0 && failedOrgs / orgs.length > 0.2) {
throw new Error(
`[match-grants] systemic failure: ${failedOrgs}/${orgs.length} orgs failed`,
);
}
}
const g = globalThis as unknown as {
__outreachMatchGrantsRegistered?: boolean;
__outreachMatchGrantsHandle?: (
scheduledTime: Date,
startedAt: Date,
) => Promise<void>;
};
if (!g.__outreachMatchGrantsRegistered) {
g.__outreachMatchGrantsRegistered = true;
const matchGrants = async (_scheduledTime: Date, _startedAt: Date) => {
try {
await runMatchGrants();
} catch (err) {
console.error('[match-grants] pass failed:', err);
throw err;
}
};
// Must be registered as BOTH a workflow and a scheduled function,
// referencing the same function object — see ingest-grants.ts.
g.__outreachMatchGrantsHandle = DBOS.registerWorkflow(matchGrants, {
name: 'matchGrants',
});
DBOS.registerScheduled(matchGrants, {
crontab: '15 5 * * *',
name: 'matchGrants',
mode: SchedulerMode.ExactlyOncePerInterval,
});
}
/**
* Starts one durable run of this workflow immediately through DBOS —
* the exact production path (workflow + checkpointed steps), used by
* `run-once.ts` for supervised/manual passes. Requires deps injected and
* `DBOS.launch()` completed.
*/
export function runMatchGrantsNow(): Promise<void> {
const handle = g.__outreachMatchGrantsHandle;
if (handle == null) {
throw new Error(
'matchGrants is not registered; was this module imported before DBOS.launch()?',
);
}
return handle(new Date(), new Date());
}