Files
tessera-ctl/apps/api/src/tenders/tender-normalizer.service.spec.ts
T
schalli f9591dc491 feat(11-03): cpvDivisions column — normalizer + backfill migration
Adds Tender.cpvDivisions String[] (@@index Gin) derived at ingestion time
via cpv-catalog.ts's divisionOf() — replaces exact-match cpvCodes
comparison with a typesafe, GIN-indexable hasSome target (FILTER-03,
Pitfall 2). Backfill migration 20260721150000_tender_cpv_divisions_backfill
applied locally: 1612/1671 rows populated across all observed divisions
(741 rows carry division '45' — Bauarbeiten); idempotent (second run:
UPDATE 0, ADD COLUMN IF NOT EXISTS / CREATE INDEX IF NOT EXISTS both skip
cleanly). Applied via docker exec psql + `prisma migrate resolve
--applied` + `prisma generate` against the local dev DB only — no
Docker deploy on the test server.

Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
2026-07-21 16:11:40 +02:00

214 lines
7.3 KiB
TypeScript

import AdmZip from 'adm-zip';
import { XMLParser } from 'fast-xml-parser';
import { readFileSync } from 'fs';
import { join } from 'path';
import { describe, expect, it } from 'vitest';
import type { RawTenderRecord } from './tender.types';
import { TenderNormalizerService } from './tender-normalizer.service';
/**
* Loads a real notice pair (eForms-DE XML + OCDS JSON) directly from the
* committed fixture ZIPs and assembles it into a RawTenderRecord — the same
* real-fixture precedent as the DKV PDF parser, kept independent of
* DoeOpenDataAdapter so this unit test exercises TenderNormalizerService in
* isolation as a pure mapping function.
*/
const FIXTURES_DIR = join(__dirname, '__fixtures__');
const xmlParser = new XMLParser({
removeNSPrefix: true,
ignoreAttributes: false,
attributeNamePrefix: '@_',
});
function loadRawNoticePair(basename: string): RawTenderRecord {
const eformsZip = new AdmZip(
readFileSync(join(FIXTURES_DIR, 'doe-eforms-sample.zip')),
);
const ocdsZip = new AdmZip(
readFileSync(join(FIXTURES_DIR, 'doe-ocds-sample.zip')),
);
const xmlEntry = eformsZip.getEntry(`${basename}.xml`);
const jsonEntry = ocdsZip.getEntry(`${basename}.json`);
if (!xmlEntry || !jsonEntry) {
throw new Error(`Fixture entry missing for ${basename}`);
}
const eformsPayload = xmlParser.parse(xmlEntry.getData().toString('utf8'));
const ocdsDocument = JSON.parse(jsonEntry.getData().toString('utf8'));
const release = ocdsDocument.releases[0];
return {
sourceType: 'doe-opendata',
sourcePortal: 'doe-opendata',
sourceNoticeId: release.id,
ocid: release.ocid,
sourceUrl: ocdsDocument.uri,
fetchedAt: new Date(),
publishedAt: ocdsDocument.publishedDate
? new Date(ocdsDocument.publishedDate)
: null,
eformsPayload,
ocdsPayload: release,
};
}
// Real notice: eForms XML has a structured
// ProcurementProjectLot/TenderingProcess/TenderSubmissionDeadlinePeriod/EndDate
// (2026-08-18), while the paired OCDS release has no `tender.tenderPeriod` at
// all (RESEARCH.md Pattern 3 live cross-check).
const NOTICE_WITH_EFORMS_ONLY_DEADLINE =
'019f64ec-cd64-4c09-8fd7-4fd12d8eea64-01';
// Real notice: neither the eForms XML nor the OCDS release carries a
// deadline or estimated value (RESEARCH.md Pattern 4 — the common case).
const NOTICE_WITH_NO_DEADLINE_OR_VALUE =
'001c68dd-258a-4bf7-a264-478604ad9c3e-01';
describe('TenderNormalizerService', () => {
const service = new TenderNormalizerService();
it('recovers deadlineAt from eForms-DE XML when the OCDS release has no tenderPeriod (SCHEMA-01 key assertion)', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const normalized = service.normalize(raw);
expect(normalized.deadlineAt).not.toBeNull();
expect(normalized.deadlineAt?.getUTCFullYear()).toBe(2026);
expect(normalized.deadlineAt?.getUTCMonth()).toBe(7); // August (0-indexed)
expect(normalized.deadlineAt?.getUTCDate()).toBe(18);
});
it('normalizes missing deadline/value to null, not thrown or zero', () => {
const raw = loadRawNoticePair(NOTICE_WITH_NO_DEADLINE_OR_VALUE);
const normalized = service.normalize(raw);
expect(normalized.deadlineAt).toBeNull();
expect(normalized.estimatedValue).toBeNull();
expect(normalized.title).toBeTruthy();
});
it('derives bundesland from region NUTS-1 prefix (FILTER-02, Pitfall 1)', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const normalized = service.normalize(raw);
if (normalized.region) {
expect(normalized.bundesland).not.toBeNull();
} else {
expect(normalized.bundesland).toBeNull();
}
});
it('bundesland is null when region is null/absent — never crashes', () => {
const raw = loadRawNoticePair(NOTICE_WITH_NO_DEADLINE_OR_VALUE);
const rawWithoutRegion: RawTenderRecord = {
...raw,
ocdsPayload: {
...(raw.ocdsPayload as Record<string, unknown>),
buyer: {
...(raw.ocdsPayload as { buyer?: Record<string, unknown> })?.buyer,
address: { postalCode: '12345' },
},
},
};
const normalized = service.normalize(rawWithoutRegion);
expect(normalized.region).toBeNull();
expect(normalized.bundesland).toBeNull();
});
it('derives distinct cpvDivisions (leading 2 digits) from cpvCodes (FILTER-03, Pitfall 2)', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const normalized = service.normalize(raw);
expect(Array.isArray(normalized.cpvDivisions)).toBe(true);
for (const division of normalized.cpvDivisions) {
expect(division).toMatch(/^\d{2}$/);
}
// Every cpvCodes entry must normalize into one of the derived divisions.
for (const code of normalized.cpvCodes) {
const digits = code.replace(/\D/g, '');
if (digits.length >= 2) {
expect(normalized.cpvDivisions).toContain(digits.slice(0, 2));
}
}
});
it('cpvDivisions is an empty array when cpvCodes is empty — never crashes', () => {
const raw = loadRawNoticePair(NOTICE_WITH_NO_DEADLINE_OR_VALUE);
const rawWithoutCpv: RawTenderRecord = {
...raw,
ocdsPayload: {
...(raw.ocdsPayload as Record<string, unknown>),
tender: {
...(raw.ocdsPayload as { tender?: Record<string, unknown> })?.tender,
items: [],
},
},
};
const normalized = service.normalize(rawWithoutCpv);
expect(normalized.cpvDivisions).toEqual([]);
});
it('dedupKey = ocid when present', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const normalized = service.normalize(raw);
expect(raw.ocid).toBeTruthy();
expect(normalized.dedupKey).toBe(raw.ocid);
});
it('dedupKey falls back to sourcePortal:sourceNoticeId when ocid is absent', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const rawWithoutOcid: RawTenderRecord = { ...raw, ocid: undefined };
const normalized = service.normalize(rawWithoutOcid);
expect(normalized.dedupKey).toBe(
`${raw.sourcePortal}:${raw.sourceNoticeId}`,
);
});
it('contentHash is a stable sha256 over title+deadline+value+status', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const first = service.normalize(raw);
const second = service.normalize(raw);
expect(first.contentHash).toBe(second.contentHash);
expect(first.contentHash).toMatch(/^[a-f0-9]{64}$/);
});
it('contentHash changes when the deadline changes', () => {
const raw = loadRawNoticePair(NOTICE_WITH_EFORMS_ONLY_DEADLINE);
const original = service.normalize(raw);
// Mutate the eForms deadline to simulate a Fristverlängerung (SCHEMA-02).
const mutatedEformsPayload = JSON.parse(JSON.stringify(raw.eformsPayload));
const root =
mutatedEformsPayload[Object.keys(mutatedEformsPayload)[0]];
const lots = Array.isArray(root.ProcurementProjectLot)
? root.ProcurementProjectLot
: [root.ProcurementProjectLot];
for (const lot of lots) {
lot.TenderingProcess.TenderSubmissionDeadlinePeriod.EndDate =
'2026-12-31+01:00';
}
const mutatedRaw: RawTenderRecord = {
...raw,
eformsPayload: mutatedEformsPayload,
};
const mutated = service.normalize(mutatedRaw);
expect(mutated.contentHash).not.toBe(original.contentHash);
});
});