Fix audit generation and enrichment fallback

This commit is contained in:
2026-06-07 23:03:57 +02:00
parent e9463e8ef2
commit 470fb0f348
10 changed files with 2190 additions and 138 deletions

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@@ -0,0 +1,76 @@
---
id: TASK-30
title: Externalisiere die persönliche Audit-Pipeline
status: In Progress
assignee: []
created_date: '2026-06-06 18:44'
updated_date: '2026-06-07 20:27'
labels: []
dependencies: []
priority: high
ordinal: 32000
---
## Description
<!-- SECTION:DESCRIPTION:BEGIN -->
Baue die Pipeline für audit.matthias-meister-webdesign.de so um, dass ressourcenintensive Website-Erfassung über externe API-Services statt Playwright läuft, während die Codebase später SaaS-fähig bleibt.
<!-- SECTION:DESCRIPTION:END -->
## Acceptance Criteria
<!-- AC:BEGIN -->
- [x] #1 Neue Audit-Pipeline nutzt Jina/ScreenshotOne/PageSpeed/OpenRouter über serverseitige Managed-Konfiguration und schreibt bestehende Audit-Artefakte weiter.
- [x] #2 Usage- und Kostenereignisse werden pro Lauf/Provider persistiert und im Settings-/Readiness-Kontext sichtbar gemacht.
- [x] #3 Die v3-Skill-Registry wird geparst und in Audit-Generierung sowie Tests über das neue Finding-Schema genutzt.
- [x] #4 Outreach bleibt persönlicher SMTP-Dogfood-Kanal; bestehende Freigabe-Gates bleiben intakt und SaaS-Mailbox-Onboarding wird nicht eingeführt.
- [x] #5 Bestehende Tests plus neue TDD-Tests für Service-Adapter, Usage-Logging und Skill-Registry laufen erfolgreich.
<!-- AC:END -->
## Implementation Plan
<!-- SECTION:PLAN:BEGIN -->
1. Baseline und Arbeitsbranch sichern
2. Service-Adapter und Usage-Logging TDD implementieren
3. v3-Skill-Registry und Audit-Schema TDD implementieren
4. Pipeline-Orchestrierung auf externe Services umstellen
5. Settings/Readiness und Dokumentation aktualisieren
6. Reviews, Integration und vollständige Verifikation
<!-- SECTION:PLAN:END -->
## Implementation Notes
<!-- SECTION:NOTES:BEGIN -->
Worker B: Start TDD-Slice fuer v3 Skill-Registry und Finding-Schemas. Write-Set: lib/skills-registry.ts, lib/ai/schemas.ts, Skill-/Schema-Tests.
Baseline vor Umsetzung: `pnpm test` grün mit 307/307 Tests auf Branch `codex/pipeline-first-external-services`. Drei parallele Worker gestartet: Service-Adapter/Usage, v3-Skill-Registry/Schema, Operations-Readiness/Doku.
Worker B: GREEN fuer v3 Registry/Schemas. parseSkillsRegistry erkennt v3 YAML-Metablocks aus v2_elemente/skills.md und bleibt legacy-kompatibel; AI-Schemas enthalten v3 Finding-Items plus Audit-Aggregate. Gezielte Worker-B-Tests: 17/17 gruen. Gesamtes pnpm test weiterhin durch parallele fremde Tests blockiert (external-audit-services, operational-readiness).
Worker B: Final fokussierte Verifikation nach Mischformat-Test: 18/18 gruen fuer audit-skill-registry-v3, ai-schemas und skills-registry.
Worker B Quality Review: Start TDD-Fix fuer strengere v3 Audit-Schemas und keine heuristischen v3-Kategorien.
Worker B Quality Review: GREEN. v3 Audit-Schema rejected blank text/empty arrays, ctaType auf anruf|termin|rueckruf begrenzt; v3 Registry gibt ohne explizite Kategorie keine category mehr aus. Fokussierte Tests: 21/21 gruen.
Worker B Quality Review: Erweiterte fokussierte Verifikation inkl. audit-evidence: 27/27 gruen.
Grundslices reviewt: A Service-Adapter/Usage approved, B v3 Skill-Registry/Schemas approved, C Operations-Readiness/Doku approved. Reviewer-Verifikation: C `pnpm test` 321/321; B fokussiert 21/21; A fokussiert 7/7.
Worker D: GREEN fuer Convex Usage-/Kostenpersistenz-Slice. Added usageEvents schema with provider/operation/runId/leadId/auditId/estimatedCostUsd/tokens/callCounts/createdAt, bounded indexes, internal recordUsageEvent mutation, and bounded usage queries by latest/run/lead/audit/provider. RED confirmed via failing usage-events-source contract before implementation; final verification `pnpm test -- tests/usage-events-source.test.ts` passed with tsc and 332/332 tests. Task intentionally remains In Progress pending orchestrator/user confirmation.
Worker D Quality Review: GREEN fuer UsageEvents numeric guardrails. RED bestaetigt durch neuen Source-Contract fuer assertValidUsageEventNumbers vor ctx.db.insert. recordUsageEvent validiert jetzt estimatedCostUsd als finite non-negative number und alle token/callCounts-Felder als finite non-negative integers, um negative Werte, NaN, Infinity und Bruchwerte vor Persistenz zu blockieren. Final verification `pnpm test -- tests/usage-events-source.test.ts` passed with tsc and 334/334 tests. Task bleibt In Progress.
UsageEvents-Slice approved: schema/module/tests mit Guardrails fuer finite non-negative Kosten und integer Tokens/CallCounts; D Spec+Quality approved.
Worker E: RED/GREEN fuer externe Audit-Orchestrierung abgeschlossen. RED bestaetigt mit neuem tests/external-audit-pipeline-source.test.ts: fehlende externe Helper, UsageEvents und Jina-Markdown-Anbindung. GREEN: auditGenerationAction bereitet ScreenshotOne/Jina-Capture aus started.lead.websiteUrl/websiteDomain vor, guardet ScreenshotOne ueber SCREENSHOTONE_API_KEY, nutzt optional JINA_API_KEY, persistiert erfolgreiche ScreenshotOne-Bilder via ctx.storage.store + internal.auditGeneration.persistExternalCaptureScreenshot in websiteCrawlScreenshots, gibt Jina-Markdown in buildAuditEvidenceInput/Prompts und protokolliert usageEvents fuer screenshotone/jina audit_capture sowie openrouter audit_generation. Fokussierte Verifikation: pnpm test -- tests/external-audit-pipeline-source.test.ts gruen mit 335/335 Tests.
Worker E Quality Review: RED/GREEN fuer drei Review-Issues abgeschlossen. RED: tests/external-audit-pipeline-source.test.ts fiel auf fehlende Capture-Timeouts/Body-Limits, unsichere Error-Pfade und fehlende German-Copy-Usage-Aggregation. GREEN: auditGenerationAction nutzt EXTERNAL_CAPTURE_TIMEOUT_MS mit AbortController, MAX_SCREENSHOT_BYTES, MAX_JINA_MARKDOWN_BYTES und MAX_JINA_MARKDOWN_CHARS; Screenshot/Jina Bodies werden stream-basiert begrenzt statt response.blob()/response.text(); messageFromError sanitizt ueber sanitizeSecretCandidates inkl. SCREENSHOTONE_API_KEY/JINA_API_KEY und alle Error-Pfade nutzen safeErrorSummary; German-Copy UsageEvent aggregiert alle sechs OpenRouter-Aufrufe der Stufe. Verifikation: pnpm test -- tests/external-audit-pipeline-source.test.ts gruen mit 341/341 Tests.
Orchestrator final verification: AC #1 checked after external Capture/Generation pipeline uses ScreenshotOne/Jina/PageSpeed/OpenRouter server-side configuration, persists screenshots to existing websiteCrawlScreenshots/artifacts, and records provider usage. AC #4 checked because outreach remains the personal SMTP dogfood flow with existing review gates; no SaaS mailbox onboarding was introduced. Final review found no P0/P1 blockers. Task remains In Progress pending Matthias manual confirmation before Done.
2026-06-07: Investigating user report that audit runs fail and Convex table rows mention Azure. Repository search found no azure/Azure/AZURE string in code or backlog, so initial hypothesis is that Azure comes from an external provider/model error surfaced through OpenRouter/AI SDK or persisted raw error details from a live Convex run, not from application code.
2026-06-07: Root cause for failed auditGenerations confirmed from live error: OpenRouter routed an OpenAI-compatible request through an Azure-backed provider path using strict structured outputs. AI SDK 6/OpenAI strictJsonSchema rejects response_format JSON schemas where an object property exists but is omitted from required; Zod .optional() generated exactly that for auditClassificationSchema.usedSkills. Classification failed before any audit could complete. Applied TDD fix: changed generated-output schemas used by generateObject from optional top-level fields to nullable fields for auditClassificationSchema.usedSkills, followUpDraftSchema.followInDays/goals, and qualityReviewSchema.notes; updated prompt/action null handling. RED confirmed focused schema test failed on missing usedSkills; GREEN verification passed: focused ai-schemas test 11/11, pnpm test 365/365, pnpm exec tsc -p tsconfig.json --pretty false, pnpm lint 0 errors with two pre-existing BetterAuth generated warnings, pnpm exec tsc -p convex/tsconfig.json --pretty false. Convex SaaS typecheck could not be completed because sandbox network failed and escalation was rejected due external code/metadata upload risk; user approval is required for that exact command.
2026-06-07 follow-up live Convex investigation for run j97d4ytrzccqcx3vc05dre30rh886wz4 on dev deployment different-caterpillar-213: Azure schema blocker is resolved; classification/multimodal/germanCopy succeeded. Current hard failure is qualityReview. Convex auditGenerations quality parsedJson shows LLM QA isValid=false for subjective copy notes (langatmig/redundant), plus German-Copy-Guard issues. Local reproduction of the live German copy showed deterministic guard false positives: emailBody missed observation/suggestion because observed text used "festgestellt" outside the narrow token pattern, and callScript.closeLine incorrectly required Ich-form for a collaborative closing line. Implemented TDD fix: German guard now recognizes festgestellt/feststellen/feststellbar and noun-form "Vorschlag"; call-script close lines no longer require Ich-form. Audit action now hard-blocks only deterministic German-Copy-Guard failures; subjective LLM QA false is persisted/logged as warning while allowing the audit to continue. Added regression tests for the live copy and source contract. Verification passed: pnpm test 366/366, pnpm exec tsc -p tsconfig.json --pretty false, pnpm lint 0 errors with two existing BetterAuth generated warnings, pnpm exec tsc -p convex/tsconfig.json --pretty false. Attempted Convex dev deployment was rejected by approval reviewer because it changes shared Dev behavior and user has not explicitly approved deployment.
<!-- SECTION:NOTES:END -->

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@@ -0,0 +1,50 @@
---
id: TASK-43
title: Stabilisiere Website-Enrichment ohne Playwright-Abbruch
status: In Progress
assignee: []
created_date: '2026-06-07 19:40'
updated_date: '2026-06-07 20:57'
labels: []
dependencies: []
priority: high
ordinal: 45000
---
## Description
<!-- SECTION:DESCRIPTION:BEGIN -->
Investigate and fix the Convex websiteEnrichmentAction crash where Playwright/Chromium closes during lead enrichment after a new lead is created. The action should not fail the lead pipeline when browser-based enrichment crashes.
<!-- SECTION:DESCRIPTION:END -->
## Acceptance Criteria
<!-- AC:BEGIN -->
- [x] #1 The root cause and affected call path are documented in task notes
- [x] #2 Lead enrichment degrades gracefully when browser/page/context is closed
- [x] #3 Regression tests cover the browser-closed failure path or removal of Playwright dependency
- [x] #4 Relevant verification commands pass
<!-- AC:END -->
## Implementation Plan
<!-- SECTION:PLAN:BEGIN -->
1. Reproduce and trace the browser-closed failure path in websiteEnrichmentAction
2. Compare with existing graceful-failure paths and Convex action constraints
3. Add a RED regression test for page/context/browser closed during page capture
4. Delegate a minimal fix that degrades enrichment instead of crashing
5. Run focused and full verification; leave task In Progress until Matthias confirms Done
<!-- SECTION:PLAN:END -->
## Implementation Notes
<!-- SECTION:NOTES:BEGIN -->
Root-cause investigation: The reported Convex log is from internal action websiteEnrichmentAction:processLeadEnrichment, not auditGenerationAction. The action still launches Playwright/Chromium for legacy lead website enrichment. The log shows navigation reached the target page multiple times, then Playwright threw `Target page, context or browser has been closed`. Current code has an outer catch, but the outer finally closes desktopContext/mobileContext/browser without protection; if a resource is already closed, cleanup can throw after the catch and surface as Convex Uncaught Error. Helper-level page.close() calls are also unprotected and can obscure the original browser failure. Hypothesis: cleanup must be best-effort and browser/page instability should finish the run as failed/degraded, queue PageSpeed if possible, and patch lead reason instead of crashing the action runtime.
TASK-43 Worker update: Website-Enrichment-only fix. RED test added in tests/website-enrichment-action.test.ts for best-effort Playwright cleanup; initial focused run failed on missing isPlaywrightTargetClosedError/closePlaywrightResourceSafely contract. Minimal fix in convex/websiteEnrichmentAction.ts adds isPlaywrightTargetClosedError and closePlaywrightResourceSafely; page.close(), desktopContext.close(), mobileContext.close(), and browser.close() now run through the safe helper. Target/page/context/browser closed cleanup errors are swallowed so the existing action catch/failure path can persist failed runs, queue PageSpeed when possible, and patch lead reason. Unexpected cleanup close failures are swallowed with console.warn. No AuditGeneration, ScreenshotOne, or Jina slices touched by this TASK-43 change. Verification: pnpm test -- tests/website-enrichment-action.test.ts passed after RED/GREEN (386 pass, 0 fail); pnpm exec tsc --noEmit passed; pnpm lint passed with 2 existing generated-file warnings in convex/betterAuth/_generated; pnpm test passed (364 pass, 0 fail); git diff --check passed.
Live follow-up 2026-06-07 22:34 CEST: Audit generation now succeeds, but website_enrichment still fails before useful extraction when TASK8_BROWSER_ASSET_URL / Chromium source is not configured. New objective for this task slice: remove the Chromium/Playwright hard requirement by adding a no-browser enrichment path, or otherwise prevent the website_enrichment run from failing solely because no browser asset is configured.
Follow-up fix: The live Convex run j9737mz0tkgdbg6mzjxjd1w7018878b1 failed because processLeadEnrichment still treated missing TASK8_BROWSER_ASSET_URL / Chromium source as a fatal Playwright bootstrap error. Added a browserless fetch fallback in convex/websiteEnrichmentAction.ts: when no Chromium source is configured, the action records a warning, fetches homepage/relevant static subpages directly with bounded response reads, extracts metadata/links/contact candidates via the existing website-crawler helpers, persists websiteCrawlPages/websiteCrawlLinks/websiteEmailCandidates/websiteTechnicalChecks with screenshots=[], patches the lead, queues PageSpeed, and finishes website_enrichment as succeeded if direct crawl succeeds. Existing Playwright path remains available when Chromium is configured. Regression source tests now cover the no-Chromium branch and browserless persistence. Verification: pnpm test -- tests/website-enrichment-action.test.ts passed; pnpm exec tsc -p convex/tsconfig.json --pretty false passed; pnpm exec tsc -p tsconfig.json --pretty false passed; pnpm test passed (368/368); pnpm lint passed with 2 existing generated BetterAuth warnings; git diff --check passed.
Final verification after robustness cleanup: pnpm test -- tests/website-enrichment-action.test.ts passed (392/392 in focused harness); pnpm exec tsc -p convex/tsconfig.json --pretty false passed; pnpm exec tsc -p tsconfig.json --pretty false passed; git diff --check passed; pnpm test passed (368/368); pnpm lint passed with the same two generated BetterAuth unused-disable warnings and 0 errors.
<!-- SECTION:NOTES:END -->

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@@ -17,7 +17,7 @@ import {
getUsableContactEmailFromEntries,
normalizeEmailAddress,
} from "../lib/lead-discovery-google";
import { api, internal } from "./_generated/api";
import { internal } from "./_generated/api";
import type { Doc, Id } from "./_generated/dataModel";
import { internalAction, type ActionCtx } from "./_generated/server";
@@ -30,6 +30,17 @@ const ACTION_TIMEOUT_BUFFER_MS = 5_000;
const MAX_PERSISTED_LINKS = 120;
const MAX_PERSISTED_EMAIL_CANDIDATES = 40;
const SCREENSHOT_MIME_TYPE = "image/png";
const MAX_BROWSERLESS_PAGE_BYTES = 750_000;
const MAX_BROWSERLESS_LINK_TEXT_CHARS = 180;
const BROWSERLESS_CRAWL_PATHS = [
"/",
"/kontakt",
"/impressum",
"/leistungen",
"/ueber-uns",
];
const BROWSERLESS_USER_AGENT =
"Mozilla/5.0 (compatible; WebDevPipelineBot/1.0; +https://webdev-pipeline.local)";
const CHROMIUM_SOURCE_MARKER_FILE = path.join(tmpdir(), "chromium-source.sha256");
const CHROMIUM_EXECUTABLE_PATH = path.join(tmpdir(), "chromium");
const CHROMIUM_PACK_PATH = path.join(tmpdir(), "chromium-pack");
@@ -116,11 +127,41 @@ type ServerlessChromiumModule = {
inflate: (filePath: string) => Promise<string>;
setupLambdaEnvironment: (baseLibPath: string) => void;
};
type PlaywrightClosableResource = {
close: () => Promise<unknown>;
};
function messageFromError(error: unknown) {
return error instanceof Error ? error.message : String(error);
}
function isPlaywrightTargetClosedError(error: unknown) {
const message = messageFromError(error);
return /Target page, context or browser has been closed|Target closed|Browser has been closed|Context has been closed|Page has been closed/i.test(
message,
);
}
async function closePlaywrightResourceSafely(
resource: PlaywrightClosableResource | null,
label: string,
) {
if (!resource) {
return;
}
try {
await resource.close();
} catch (error) {
if (isPlaywrightTargetClosedError(error)) {
return;
}
console.warn(`Playwright cleanup ignored failed close for ${label}.`, {
error: messageFromError(error),
});
}
}
function readPositiveIntEnv(key: string, fallback: number) {
const raw = process.env[key]?.trim();
if (!raw) {
@@ -230,6 +271,280 @@ function isGenericBusinessEmail(email: string) {
return GENERIC_EMAIL_LOCALS.has(base);
}
function decodeHtmlCodePoint(rawCode: string, radix: number) {
const codePoint = Number.parseInt(rawCode, radix);
if (!Number.isFinite(codePoint) || codePoint < 0 || codePoint > 0x10ffff) {
return "";
}
try {
return String.fromCodePoint(codePoint);
} catch {
return "";
}
}
function decodeHtmlText(input: string) {
return input
.replace(/&#(\d+);/g, (_, code: string) =>
decodeHtmlCodePoint(code, 10),
)
.replace(/&#x([0-9a-f]+);/gi, (_, code: string) =>
decodeHtmlCodePoint(code, 16),
)
.replace(/&nbsp;|&#xa0;|&#160;/gi, " ")
.replace(/&amp;/gi, "&")
.replace(/&lt;/gi, "<")
.replace(/&gt;/gi, ">")
.replace(/&quot;/gi, '"')
.replace(/&#39;|&apos;/gi, "'")
.replace(/\s+/g, " ")
.trim();
}
function stripHtmlForLabel(input: string) {
return decodeHtmlText(
input
.replace(/<script[\s\S]*?<\/script>/gi, " ")
.replace(/<style[\s\S]*?<\/style>/gi, " ")
.replace(/<[^>]*>/g, " "),
);
}
function getHtmlAttribute(tag: string, attribute: string) {
const match = new RegExp(
`\\b${attribute}\\s*=\\s*(?:"([^"]*)"|'([^']*)'|([^\\s>]+))`,
"i",
).exec(tag);
const value = match?.[1] ?? match?.[2] ?? match?.[3];
return value ? decodeHtmlText(value) : "";
}
function extractFirstTagText(html: string, tagName: string) {
const match = new RegExp(`<${tagName}\\b[^>]*>([\\s\\S]*?)<\\/${tagName}>`, "i").exec(
html,
);
return match?.[1] ? stripHtmlForLabel(match[1]) : "";
}
function extractMetaDescriptionFromHtml(html: string) {
const metaTags = html.matchAll(/<meta\b[^>]*>/gi);
for (const match of metaTags) {
const tag = match[0] ?? "";
const name = getHtmlAttribute(tag, "name") || getHtmlAttribute(tag, "property");
if (!/^(description|og:description|twitter:description)$/i.test(name)) {
continue;
}
const content = getHtmlAttribute(tag, "content");
if (content) {
return content;
}
}
return "";
}
function extractHeadingsFromHtml(html: string) {
return Array.from(html.matchAll(/<h[1-3]\b[^>]*>([\s\S]*?)<\/h[1-3]>/gi))
.map((match) => stripHtmlForLabel(match[1] ?? ""))
.filter((heading) => heading.length > 0)
.slice(0, 12);
}
function extractAnchorLinksFromHtml(
html: string,
finalUrl: string,
rootUrl: string,
) {
return Array.from(html.matchAll(/<a\b([^>]*)>([\s\S]*?)<\/a>/gi))
.map((match) => {
const href = getHtmlAttribute(match[1] ?? "", "href");
const normalizedHref = normalizeCrawlUrl(href, finalUrl);
if (!normalizedHref) {
return null;
}
return {
href: normalizedHref,
text: stripHtmlForLabel(match[2] ?? "").slice(
0,
MAX_BROWSERLESS_LINK_TEXT_CHARS,
),
isInternal: isSameRegistrableHostishDomain(normalizedHref, rootUrl),
};
})
.filter(
(entry): entry is { href: string; text: string; isInternal: boolean } =>
entry !== null,
);
}
function makeBrowserlessCrawlTargets(
rootUrl: string,
homepageLinks: string[],
maxPages: number,
) {
const normalizedRoot = normalizeCrawlUrl(rootUrl);
if (!normalizedRoot) {
return [];
}
const discoveredUrls = discoverRelevantSubpageUrls(homepageLinks, normalizedRoot);
const fallbackUrls = BROWSERLESS_CRAWL_PATHS.map((pathname) =>
normalizeCrawlUrl(pathname, normalizedRoot),
).filter((url): url is string => url !== null);
const seen = new Set<string>();
const targets: string[] = [];
for (const candidate of [normalizedRoot, ...discoveredUrls, ...fallbackUrls]) {
const normalized = normalizeCrawlUrl(candidate, normalizedRoot);
if (!normalized || seen.has(normalized)) {
continue;
}
seen.add(normalized);
targets.push(normalized);
if (targets.length >= maxPages) {
break;
}
}
return targets;
}
async function readLimitedBrowserlessResponseText(
response: Response,
signal?: AbortSignal,
) {
if (!response.body) {
return "";
}
const reader = response.body.getReader();
const chunks: Uint8Array[] = [];
let totalBytes = 0;
try {
while (true) {
if (signal?.aborted) {
throw new Error("Website-Enrichment Fetch wurde abgebrochen.");
}
const { done, value } = await reader.read();
if (done) {
break;
}
if (!value) {
continue;
}
const nextChunk = value.slice(
0,
Math.max(0, MAX_BROWSERLESS_PAGE_BYTES - totalBytes),
);
if (nextChunk.length > 0) {
chunks.push(nextChunk);
totalBytes += nextChunk.length;
}
if (totalBytes >= MAX_BROWSERLESS_PAGE_BYTES) {
await reader.cancel().catch(() => undefined);
break;
}
}
} finally {
reader.releaseLock();
}
const output = new Uint8Array(totalBytes);
let offset = 0;
for (const chunk of chunks) {
output.set(chunk, offset);
offset += chunk.length;
}
return new TextDecoder().decode(output);
}
async function fetchBrowserlessPage(targetUrl: string, timeoutMs: number) {
const controller = new AbortController();
const timeout = setTimeout(() => controller.abort(), Math.max(1, timeoutMs));
try {
const response = await fetch(targetUrl, {
headers: { "User-Agent": BROWSERLESS_USER_AGENT },
redirect: "follow",
signal: controller.signal,
});
const contentType = response.headers.get("content-type") ?? "";
if (
response.status >= 400 ||
(contentType && !/text|html|xml|xhtml/i.test(contentType))
) {
await response.body?.cancel().catch(() => undefined);
return null;
}
return {
finalUrl: normalizeCrawlUrl(response.url || targetUrl, targetUrl) ?? targetUrl,
html: await readLimitedBrowserlessResponseText(
response,
controller.signal,
),
status: response.status,
};
} finally {
clearTimeout(timeout);
}
}
async function crawlPageWithoutBrowser(
targetUrl: string,
rootUrl: string,
timeoutMs: number,
) {
const fetched = await fetchBrowserlessPage(targetUrl, timeoutMs);
if (!fetched || !fetched.html.trim()) {
return null;
}
const finalUrl = fetched.finalUrl;
const signals = extractContactSignalsFromHtmlLikeText(fetched.html);
const links = extractAnchorLinksFromHtml(fetched.html, finalUrl, rootUrl);
const emailCandidates = signals.emailCandidates
.map((entry) => {
const normalizedEmail = normalizeEmailAddress(entry.email);
if (!normalizedEmail) {
return null;
}
return {
email: normalizedEmail,
emailSource: finalUrl,
contactPerson: entry.contactPerson ?? null,
isBusinessContactAddress: entry.isBusinessContactAddress,
isGeneric: isGenericBusinessEmail(normalizedEmail),
sourceUrl: finalUrl,
accepted: false,
normalizedEmail,
};
})
.filter((entry): entry is NonNullable<typeof entry> => entry !== null);
return {
sourceUrl: targetUrl,
finalUrl,
pageKind: makePageKind(finalUrl, rootUrl),
title: extractFirstTagText(fetched.html, "title"),
metaDescription: extractMetaDescriptionFromHtml(fetched.html),
headings: extractHeadingsFromHtml(fetched.html),
visibleText: signals.visibleText,
links,
emailCandidates,
hasContactFormSignal: signals.hasContactFormSignal,
hasContactCtaSignal: signals.hasContactCtaSignal,
} satisfies PageResult;
}
async function loadPlaywrightModules() {
const [playwrightCore, chromiumPackage] = await Promise.all([
import("playwright-core"),
@@ -327,7 +642,7 @@ async function captureHomepageScreenshot(
mimeType: SCREENSHOT_MIME_TYPE,
} satisfies StoredScreenshot;
} finally {
await page.close();
await closePlaywrightResourceSafely(page, "homepage screenshot page");
}
}
@@ -428,7 +743,7 @@ async function crawlPage(
hasContactCtaSignal: signals.hasContactCtaSignal,
} satisfies PageResult;
} finally {
await page.close();
await closePlaywrightResourceSafely(page, "crawl page");
}
}
@@ -458,9 +773,226 @@ function deduplicateCrawlLinks(links: PersistedCrawlLink[]) {
return [...unique.values()];
}
async function processLeadEnrichmentWithoutBrowser(
ctx: ActionCtx,
args: {
runId: Id<"agentRuns">;
lead: WebsiteLead;
rootUrl: string;
timeoutMs: number;
maxPages: number;
actionStartedAt: number;
actionBudget: number;
},
): Promise<Id<"agentRuns">> {
const {
runId,
lead,
rootUrl,
timeoutMs,
maxPages,
actionStartedAt,
actionBudget,
} = args;
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "warning",
message:
"Chromium ist nicht konfiguriert; Website-Enrichment nutzt browserlosen Fetch-Fallback.",
details: [{ label: "Lead", value: lead._id }],
});
const homepage = await withActionTimeout(
crawlPageWithoutBrowser(
rootUrl,
rootUrl,
Math.min(timeoutMs, remainingActionBudgetMs(actionStartedAt, actionBudget)),
),
remainingActionBudgetMs(actionStartedAt, actionBudget),
"Homepage browserlos crawlen",
);
if (!homepage) {
throw new Error("Homepage konnte im browserlosen Fallback nicht geladen werden.");
}
const crawlTargets = makeBrowserlessCrawlTargets(
rootUrl,
homepage.links.map((link) => link.href),
maxPages,
);
const crawledPages: PageResult[] = [homepage];
const crawledUrls = new Set<string>();
const normalizedHomepageUrl = normalizeCrawlUrl(homepage.finalUrl, rootUrl);
if (normalizedHomepageUrl) {
crawledUrls.add(normalizedHomepageUrl);
}
for (const pageUrl of crawlTargets.slice(1)) {
const normalizedTarget = normalizeCrawlUrl(pageUrl, rootUrl);
if (!normalizedTarget || crawledUrls.has(normalizedTarget)) {
continue;
}
const crawled = await withActionTimeout(
crawlPageWithoutBrowser(
normalizedTarget,
rootUrl,
Math.min(
timeoutMs,
remainingActionBudgetMs(actionStartedAt, actionBudget),
),
),
remainingActionBudgetMs(actionStartedAt, actionBudget),
`Unterseite browserlos crawlen: ${normalizedTarget}`,
);
if (crawled) {
crawledPages.push(crawled);
const normalizedCrawledUrl = normalizeCrawlUrl(crawled.finalUrl, rootUrl);
if (normalizedCrawledUrl) {
crawledUrls.add(normalizedCrawledUrl);
}
}
}
const allLinks: PersistedCrawlLink[] = crawledPages.flatMap((page) =>
page.links.map((link) => ({
...link,
pageUrl: page.finalUrl,
})),
);
const technicalInput = buildTechnicalChecks({
rootUrl,
finalUrl: homepage.finalUrl,
title: homepage.title,
metaDescription: homepage.metaDescription,
visibleText: homepage.visibleText,
checkedUrls: crawledPages.map((page) => page.finalUrl),
links: allLinks.map((link) => link.href),
});
const validCandidates = deduplicateLeadEmailCandidates(
crawledPages.flatMap((page) => page.emailCandidates),
);
const persistedLinks = deduplicateCrawlLinks(allLinks).slice(
0,
MAX_PERSISTED_LINKS,
);
const persistedCandidates = validCandidates.slice(
0,
MAX_PERSISTED_EMAIL_CANDIDATES,
);
const usable = getUsableContactEmailFromEntries(
validCandidates.map((candidate) => ({
email: candidate.email,
emailSource: candidate.emailSource,
contactPerson: candidate.contactPerson,
isBusinessContactAddress: candidate.isBusinessContactAddress,
})),
);
await ctx.runMutation(internal.websiteEnrichment.persistLeadEnrichmentResult, {
runId,
leadId: lead._id,
pages: crawledPages.map((page) => ({
sourceUrl: page.sourceUrl,
finalUrl: page.finalUrl,
pageKind: page.pageKind,
title: page.title,
metaDescription: page.metaDescription,
headings: page.headings,
visibleTextExcerpt: trimExcerpt(page.visibleText),
hasContactFormSignal: page.hasContactFormSignal,
hasContactCtaSignal: page.hasContactCtaSignal,
})),
links: persistedLinks.map((link) => ({
pageUrl: link.pageUrl,
href: link.href,
text: link.text,
isInternal: link.isInternal,
})),
emailCandidates: persistedCandidates.map((candidate) => ({
email: candidate.email,
normalizedEmail: candidate.normalizedEmail,
emailSource: candidate.emailSource,
sourceUrl: candidate.sourceUrl,
contactPerson: candidate.contactPerson ?? undefined,
isBusinessContactAddress: candidate.isBusinessContactAddress,
isGeneric: candidate.isGeneric,
accepted: usable !== null && candidate.normalizedEmail === usable.email,
})),
screenshots: [],
technicalChecks: [
{
sourceUrl: homepage.sourceUrl,
finalUrl: homepage.finalUrl,
usesHttps: technicalInput.https,
missingTitle: technicalInput.missingTitle,
missingMetaDescription: technicalInput.missingMetaDescription,
hasVisibleContactPath: technicalInput.hasVisibleContactPath,
brokenInternalLinkCount: technicalInput.brokenInternalLinks.length,
},
],
});
if (usable) {
await ctx.runMutation(internal.websiteEnrichment.patchLeadFromWebsiteEnrichment, {
leadId: lead._id,
email: usable.email,
emailSource: usable.emailSource ?? undefined,
contactPerson: usable.contactPerson ?? undefined,
currentContactStatus: lead.contactStatus,
});
} else {
await ctx.runMutation(internal.websiteEnrichment.patchLeadFromWebsiteEnrichment, {
leadId: lead._id,
currentContactStatus: lead.contactStatus,
contactStatusReason:
"Browserloses Website-Enrichment abgeschlossen, aber kein verwertbarer Kontakt gefunden.",
});
}
try {
await ctx.runMutation(internal.pageSpeed.queueLeadPageSpeedAudit, {
leadId: lead._id,
parentRunId: runId,
});
} catch (pageSpeedQueueError) {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "warning",
message: "PageSpeed-Analyse konnte nicht in die Warteschlange gesetzt werden.",
details: [
{ label: "Lead", value: lead._id },
{
label: "Fehler",
value: messageFromError(pageSpeedQueueError),
source: "pagespeed_queue",
},
],
});
}
await ctx.runMutation(internal.websiteEnrichment.finishLeadEnrichmentRun, {
runId,
status: "succeeded",
currentStep: "website_enrichment",
errors: 0,
});
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "info",
message: usable
? "Website-Enrichment browserlos mit nutzbarer E-Mail abgeschlossen."
: "Website-Enrichment browserlos abgeschlossen, aber ohne nutzbare E-Mail.",
});
return runId;
}
export const processLeadEnrichment = internalAction({
args: { runId: v.id("agentRuns") },
handler: async (ctx, args) => {
handler: async (ctx, args): Promise<Id<"agentRuns"> | null> => {
let started: StartedLead | null = null;
const runId = args.runId;
const actionStartedAt = Date.now();
@@ -486,7 +1018,7 @@ export const processLeadEnrichment = internalAction({
parentRunId: runId,
});
} catch (pageSpeedQueueError) {
await ctx.runMutation(api.runs.appendEvent, {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "warning",
message: "PageSpeed-Analyse konnte nicht in die Warteschlange gesetzt werden.",
@@ -508,7 +1040,7 @@ export const processLeadEnrichment = internalAction({
errorSummary: "Ungültige Website-URL.",
errors: 1,
});
await ctx.runMutation(api.runs.appendEvent, {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "error",
message: "Website-Enrichment fehlgeschlagen: Ungültige Website-URL.",
@@ -526,6 +1058,18 @@ export const processLeadEnrichment = internalAction({
const timeoutMs = crawlTimeoutMs();
const maxPages = crawlMaxPages();
if (!getChromiumExecutableSource()) {
return await processLeadEnrichmentWithoutBrowser(ctx, {
runId,
lead: started.lead,
rootUrl,
timeoutMs,
maxPages,
actionStartedAt,
actionBudget,
});
}
const { playwrightCore, serverlessChromium } =
await withActionTimeout(
loadPlaywrightModules(),
@@ -803,7 +1347,7 @@ export const processLeadEnrichment = internalAction({
parentRunId: runId,
});
} catch (pageSpeedQueueError) {
await ctx.runMutation(api.runs.appendEvent, {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "warning",
message: "PageSpeed-Analyse konnte nicht in die Warteschlange gesetzt werden.",
@@ -825,7 +1369,7 @@ export const processLeadEnrichment = internalAction({
errors: 0,
});
await ctx.runMutation(api.runs.appendEvent, {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "info",
message: usable
@@ -846,7 +1390,7 @@ export const processLeadEnrichment = internalAction({
errors: 1,
});
await ctx.runMutation(api.runs.appendEvent, {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "error",
message: "Website-Enrichment fehlgeschlagen.",
@@ -862,7 +1406,7 @@ export const processLeadEnrichment = internalAction({
parentRunId: runId,
});
} catch (pageSpeedQueueError) {
await ctx.runMutation(api.runs.appendEvent, {
await ctx.runMutation(internal.runs.appendEventInternal, {
runId,
level: "warning",
message: "PageSpeed-Analyse konnte nicht in die Warteschlange gesetzt werden.",
@@ -886,13 +1430,19 @@ export const processLeadEnrichment = internalAction({
return null;
} finally {
if (desktopContext) {
await desktopContext.close();
await closePlaywrightResourceSafely(
desktopContext,
"desktop browser context",
);
}
if (mobileContext) {
await mobileContext.close();
await closePlaywrightResourceSafely(
mobileContext,
"mobile browser context",
);
}
if (browser) {
await browser.close();
await closePlaywrightResourceSafely(browser, "browser");
}
}
},

View File

@@ -68,13 +68,14 @@ const ENGLISH_MARKERS = new Set([
const OBSERVATION_TOKENS = [
/\b(mir|ich)\b[^\n]{0,80}\b(aufgefallen|festgestellt|bemerkt|beobachtet|gesehen|sichtbar)\b/i,
/\b(erkennt|zeigt|sichtbar|feststell|finde|fällt)\b/i,
/\b(erkennt|zeigt|sichtbar|festgestellt|feststellen|feststellbar|finde|fällt)\b/i,
/\b(ich sehe|ich habe gesehen|bei der Prüfung)\b/i,
];
const SUGGESTION_TOKENS = [
/\b(empfehle|empfiehlt|vorschlage|vorschlagen|schlage vor|könnte helfen|kannst|können wir|sollte|sollten|ich könnte|ich würde|ich empfehle)\b/i,
/\b(schlage vor|schlage)\b/i,
/\b(?:mein(?:e[rmns]?)?\s+)?(?:konkreter\s+)?vorschlag(?:\s+ist)?\b/i,
/\b(ergänzt|ergänzen|anpassen|optimieren|verbessern|prüfen|einbauen|einzusetzen|setzten)\b/i,
];
@@ -386,7 +387,7 @@ export function validateCallScriptCopy(script: CallScriptCopy): GermanCopyGuardR
requireIchForm: true,
});
validateCallScriptText(issues, "callScript.closeLine", script.closeLine, {
requireIchForm: true,
requireIchForm: false,
});
script.callScript.forEach((line, index) => {

View File

@@ -1,16 +1,47 @@
import { z } from "zod";
export const findingItemSchema = z.object({
const nonEmptyTextSchema = z.string().trim().min(1);
export const legacyFindingItemSchema = z.object({
section: z.string(),
finding: z.string(),
suggestion: z.string(),
});
export const v3FindingItemSchema = z.object({
skill_id: nonEmptyTextSchema,
observation: nonEmptyTextSchema,
customer_benefit: nonEmptyTextSchema,
public_phrasing: nonEmptyTextSchema,
severity: z.union([z.literal(1), z.literal(2), z.literal(3)]),
evidence: nonEmptyTextSchema,
applies: z.boolean(),
});
export const findingItemSchema = legacyFindingItemSchema;
export const internalFindingsSchema = z.object({
findings: z.array(findingItemSchema),
summary: z.string(),
});
export const auditClassificationSchema = z.object({
findings: z.array(v3FindingItemSchema).min(1),
summary: nonEmptyTextSchema,
usedSkills: z.array(nonEmptyTextSchema).nullable(),
});
export const auditGenerationResultSchema = z.object({
findings: z.array(v3FindingItemSchema).min(1),
usedSkills: z.array(nonEmptyTextSchema).min(1),
publicAuditText: nonEmptyTextSchema,
finalSummary: nonEmptyTextSchema,
emailSubject: nonEmptyTextSchema,
emailBody: nonEmptyTextSchema,
phoneScript: nonEmptyTextSchema,
ctaType: z.enum(["anruf", "termin", "rueckruf"]),
});
export const auditSummarySchema = z.object({
summary: z.string(),
keyFindings: z.array(z.string()),
@@ -36,19 +67,22 @@ export const callScriptSchema = z.object({
export const followUpDraftSchema = z.object({
message: z.string(),
followInDays: z.number().int().min(0).optional(),
goals: z.array(z.string()).optional(),
followInDays: z.number().int().min(0).nullable(),
goals: z.array(z.string()).nullable(),
});
export const qualityReviewSchema = z.object({
isValid: z.boolean(),
issues: z.array(z.string()),
suggestions: z.array(z.string()),
notes: z.array(z.string()).optional(),
notes: z.array(z.string()).nullable(),
});
export type FindingItem = z.infer<typeof findingItemSchema>;
export type V3FindingItem = z.infer<typeof v3FindingItemSchema>;
export type InternalFindings = z.infer<typeof internalFindingsSchema>;
export type AuditClassification = z.infer<typeof auditClassificationSchema>;
export type AuditGenerationResult = z.infer<typeof auditGenerationResultSchema>;
export type AuditSummary = z.infer<typeof auditSummarySchema>;
export type PublicAuditText = z.infer<typeof publicAuditTextSchema>;
export type EmailDraft = z.infer<typeof emailDraftSchema>;

View File

@@ -8,15 +8,19 @@ import {
auditSummarySchema,
qualityReviewSchema,
publicAuditTextSchema,
auditClassificationSchema,
internalFindingsSchema,
auditGenerationResultSchema,
type CallScript,
type EmailDraft,
type EmailSubject,
type FollowUpDraft,
type AuditSummary,
type PublicAuditText,
type AuditClassification,
type QualityReview,
type InternalFindings,
type AuditGenerationResult,
} from "../lib/ai/schemas";
test("internal findings schema accepts task-focused evidence", () => {
@@ -35,6 +39,270 @@ test("internal findings schema accepts task-focused evidence", () => {
assert.equal(parsed.findings[0].section, "UX");
});
test("audit generation result schema accepts v3 findings and aggregate outreach fields", () => {
const parsed = auditGenerationResultSchema.parse({
findings: [
{
skill_id: "contact-conversion",
observation: "Die Telefonnummer ist mobil erst nach langem Scrollen sichtbar.",
customer_benefit: "Ein sichtbarer Kontaktweg senkt Reibung und erhöht Anfragen.",
public_phrasing:
"Mir ist aufgefallen, dass der Kontaktweg am Smartphone noch schneller erreichbar sein könnte.",
severity: 3,
evidence: "screenshot_mobile",
applies: true,
},
],
usedSkills: ["contact-conversion", "mobile-usability"],
publicAuditText:
"Mir ist aufgefallen, dass der Kontaktweg am Smartphone noch schneller erreichbar sein könnte.",
finalSummary: "Hohe Priorität: mobile Kontaktaufnahme sichtbarer machen.",
emailSubject: "Kurzer Blick auf euren Webauftritt",
emailBody: "Hallo, ich habe mir eure Website angesehen...",
phoneScript: "Ich habe mir kurz eure mobile Kontaktstrecke angesehen.",
ctaType: "anruf",
});
assert.equal(parsed.findings[0].skill_id, "contact-conversion");
assert.equal(parsed.findings[0].severity, 3);
assert.equal(parsed.findings[0].applies, true);
assert.deepEqual(parsed.usedSkills, ["contact-conversion", "mobile-usability"]);
});
test("audit classification schema accepts v3 findings and required used skills", () => {
const parsed = auditClassificationSchema.parse({
findings: [
{
skill_id: "contact-conversion",
observation: "Die Telefonnummer ist mobil erst nach langem Scrollen sichtbar.",
customer_benefit: "Ein sichtbarer Kontaktweg senkt Reibung und erhöht Anfragen.",
public_phrasing:
"Mir ist aufgefallen, dass der Kontaktweg am Smartphone noch schneller erreichbar sein könnte.",
severity: 3,
evidence: "screenshot_mobile",
applies: true,
},
],
summary: "Kontaktaufnahme hat die höchste Priorität.",
usedSkills: ["contact-conversion"],
});
assert.equal(parsed.findings[0].skill_id, "contact-conversion");
assert.deepEqual(parsed.usedSkills, ["contact-conversion"]);
});
test("structured output schemas avoid optional top-level fields for OpenAI strict mode", () => {
const classificationPayload = {
findings: [
{
skill_id: "contact-conversion",
observation: "Die Telefonnummer ist mobil erst nach langem Scrollen sichtbar.",
customer_benefit: "Ein sichtbarer Kontaktweg senkt Reibung und erhöht Anfragen.",
public_phrasing:
"Mir ist aufgefallen, dass der Kontaktweg am Smartphone noch schneller erreichbar sein könnte.",
severity: 3,
evidence: "screenshot_mobile",
applies: true,
},
],
summary: "Kontaktaufnahme hat die höchste Priorität.",
} as const;
assert.throws(
() => auditClassificationSchema.parse(classificationPayload),
/usedSkills|invalid|required/i,
);
assert.equal(
auditClassificationSchema.parse({
...classificationPayload,
usedSkills: null,
}).usedSkills,
null,
);
assert.throws(
() =>
followUpDraftSchema.parse({
message: "Kurzer Follow-up-Hinweis für nächste Woche.",
}),
/followInDays|goals|invalid|required/i,
);
const followParsed = followUpDraftSchema.parse({
message: "Kurzer Follow-up-Hinweis für nächste Woche.",
followInDays: null,
goals: null,
});
assert.equal(followParsed.followInDays, null);
assert.equal(followParsed.goals, null);
assert.throws(
() =>
qualityReviewSchema.parse({
isValid: true,
issues: [],
suggestions: [],
}),
/notes|invalid|required/i,
);
assert.equal(
qualityReviewSchema.parse({
isValid: true,
issues: [],
suggestions: [],
notes: null,
}).notes,
null,
);
});
test("audit classification schema rejects legacy-only finding payloads", () => {
assert.throws(
() =>
auditClassificationSchema.parse({
findings: [
{
section: "UX",
finding: "Landingpage is not responsive on mobile viewport.",
suggestion: "Add responsive breakpoints for cards and typography.",
},
],
summary: "Legacy payload.",
}),
/invalid|expected|required/i,
);
});
test("v3 finding severity only accepts internal priority levels 1 through 3", () => {
assert.throws(
() =>
auditGenerationResultSchema.parse({
findings: [
{
skill_id: "visual-design",
observation: "Kontrast ist gering.",
customer_benefit: "Bessere Lesbarkeit stärkt den ersten Eindruck.",
public_phrasing: "Ein staerkerer Kontrast wuerde die Lesbarkeit verbessern.",
severity: 4,
evidence: "screenshot_desktop",
applies: true,
},
],
usedSkills: ["visual-design"],
publicAuditText: "Ein staerkerer Kontrast wuerde die Lesbarkeit verbessern.",
finalSummary: "Kontrast priorisieren.",
emailSubject: "Kurzer Website-Hinweis",
emailBody: "Hallo...",
phoneScript: "Kurzer Gespraechseinstieg.",
ctaType: "anruf",
}),
/invalid input/i,
);
});
test("audit generation result schema rejects blank text fields and empty collections", () => {
const validPayload = {
findings: [
{
skill_id: "contact-conversion",
observation: "Die Telefonnummer ist mobil erst nach langem Scrollen sichtbar.",
customer_benefit: "Ein sichtbarer Kontaktweg senkt Reibung und erhöht Anfragen.",
public_phrasing:
"Mir ist aufgefallen, dass der Kontaktweg am Smartphone noch schneller erreichbar sein könnte.",
severity: 2,
evidence: "screenshot_mobile",
applies: true,
},
],
usedSkills: ["contact-conversion"],
publicAuditText:
"Mir ist aufgefallen, dass der Kontaktweg am Smartphone noch schneller erreichbar sein könnte.",
finalSummary: "Mobile Kontaktaufnahme sichtbarer machen.",
emailSubject: "Kurzer Blick auf euren Webauftritt",
emailBody: "Hallo, ich habe mir eure Website angesehen...",
phoneScript: "Ich habe mir kurz eure mobile Kontaktstrecke angesehen.",
ctaType: "termin",
};
assert.throws(
() =>
auditGenerationResultSchema.parse({
...validPayload,
publicAuditText: " ",
}),
/too small|invalid/i,
);
assert.throws(
() =>
auditGenerationResultSchema.parse({
...validPayload,
findings: [],
}),
/too small|invalid/i,
);
assert.throws(
() =>
auditGenerationResultSchema.parse({
...validPayload,
usedSkills: [],
}),
/too small|invalid/i,
);
assert.throws(
() =>
auditGenerationResultSchema.parse({
...validPayload,
findings: [
{
...validPayload.findings[0],
observation: "",
},
],
}),
/too small|invalid/i,
);
});
test("audit generation result schema only accepts documented cta types", () => {
const basePayload = {
findings: [
{
skill_id: "visual-design",
observation: "Die Schrift ist mobil klein.",
customer_benefit: "Lesbare Inhalte halten Besucher laenger auf der Seite.",
public_phrasing: "Die mobile Schrift koennte an einigen Stellen lesbarer sein.",
severity: 1,
evidence: "screenshot_mobile",
applies: true,
},
],
usedSkills: ["visual-design"],
publicAuditText: "Die mobile Schrift koennte an einigen Stellen lesbarer sein.",
finalSummary: "Mobile Lesbarkeit verbessern.",
emailSubject: "Kurzer Website-Hinweis",
emailBody: "Hallo...",
phoneScript: "Kurzer Gespraechseinstieg.",
};
for (const ctaType of ["anruf", "termin", "rueckruf"] as const) {
assert.equal(
auditGenerationResultSchema.parse({
...basePayload,
ctaType,
}).ctaType,
ctaType,
);
}
assert.throws(
() =>
auditGenerationResultSchema.parse({
...basePayload,
ctaType: "angebot",
}),
/invalid/i,
);
});
test("audit summary and public text schemas remain intentionally lightweight", () => {
const summaryParsed = auditSummarySchema.parse({
summary: "Kurze Zusammenfassung mit den wichtigsten Verbesserungen.",
@@ -72,6 +340,7 @@ test("outreach schemas parse German customer-facing payloads", () => {
isValid: true,
issues: [],
suggestions: ["Mehr Kundennutzen konkret beschreiben."],
notes: null,
});
assert.equal(typeof emailDraftParsed.body, "string");
@@ -118,12 +387,52 @@ test("schema-inferred types are exported for Convex action wiring", () => {
const typedFollowUp: FollowUpDraft = {
message: "Kurzes Follow-up ohne harte Floskel.",
followInDays: null,
goals: null,
};
const typedQuality: QualityReview = {
isValid: true,
issues: [],
suggestions: [],
notes: null,
};
const typedAuditGeneration: AuditGenerationResult = {
findings: [
{
skill_id: "visual-design",
observation: "Schrift ist mobil klein.",
customer_benefit: "Lesbare Inhalte halten Besucher laenger auf der Seite.",
public_phrasing: "Die mobile Schrift koennte an einigen Stellen lesbarer sein.",
severity: 2,
evidence: "screenshot_mobile",
applies: true,
},
],
usedSkills: ["visual-design"],
publicAuditText: "Die mobile Schrift koennte an einigen Stellen lesbarer sein.",
finalSummary: "Mobile Lesbarkeit verbessern.",
emailSubject: "Kurzer Website-Hinweis",
emailBody: "Hallo...",
phoneScript: "Kurzer Gespraechseinstieg.",
ctaType: "anruf",
};
const typedClassification: AuditClassification = {
findings: [
{
skill_id: "contact-conversion",
observation: "Kontakt ist mobil spaet sichtbar.",
customer_benefit: "Schneller Kontakt senkt Reibung.",
public_phrasing: "Der Kontaktweg koennte mobil schneller sichtbar sein.",
severity: 2,
evidence: "screenshot_mobile",
applies: true,
},
],
summary: "Kontaktweg priorisieren.",
usedSkills: ["contact-conversion"],
};
assert.equal(typedFindings.findings.length, 1);
@@ -134,4 +443,6 @@ test("schema-inferred types are exported for Convex action wiring", () => {
assert.equal(typedCall.callScript.length, 1);
assert.equal(typedFollowUp.message.length > 0, true);
assert.equal(typedQuality.isValid, true);
assert.equal(typedAuditGeneration.usedSkills.length, 1);
assert.equal(typedClassification.findings.length, 1);
});

View File

@@ -32,6 +32,39 @@ function hasStageCall(schema: string) {
);
}
function extractFunctionSource(functionName: string) {
const marker = `function ${functionName}`;
const asyncMarker = `async function ${functionName}`;
const declarationIndex = actionSource.indexOf(marker) === -1
? actionSource.indexOf(asyncMarker)
: actionSource.indexOf(marker);
assert.notEqual(
declarationIndex,
-1,
`Expected function ${functionName} to exist.`,
);
const openBraceIndex = actionSource.indexOf("{", declarationIndex);
let depth = 0;
let end = -1;
for (let index = openBraceIndex; index < actionSource.length; index += 1) {
const char = actionSource[index];
if (char === "{") {
depth += 1;
} else if (char === "}") {
depth -= 1;
if (depth === 0) {
end = index;
break;
}
}
}
assert.notEqual(end, -1, `Expected balanced braces for ${functionName}.`);
return actionSource.slice(declarationIndex, end + 1);
}
test("auditGenerationAction module exists and is a Node action file", () => {
assert.equal(existsSync(actionPath), true, "auditGenerationAction.ts should exist");
assert.equal(
@@ -130,7 +163,7 @@ test("action handles post-start failure paths in action-level catch", () => {
test("action calls generateObject with required schemas", () => {
const requiredSchemas = [
"internalFindingsSchema",
"auditClassificationSchema",
"auditSummarySchema",
"publicAuditTextSchema",
"emailDraftSchema",
@@ -149,6 +182,155 @@ test("action calls generateObject with required schemas", () => {
}
});
test("action loads v3 skill registry from v2 source for evidence input", () => {
assert.equal(
hasPattern(actionSource, /import\s*{[\s\S]*loadSkillsRegistry[\s\S]*}\s*from\s*["']\.\.\/lib\/skills-registry["']/),
true,
"Action should import loadSkillsRegistry from the shared registry parser.",
);
assert.equal(
hasPattern(actionSource, /loadSkillsRegistry\(\s*(?:join\()?[\s\S]*v2_elemente[\s\S]*skills\.md[\s\S]*\)/),
true,
"Action should load the v3 registry from v2_elemente/skills.md.",
);
assert.equal(
hasPattern(actionSource, /skillRegistry:\s*\[\s*\]/),
false,
"Action should not pass an always-empty skillRegistry to buildAuditEvidenceInput.",
);
});
test("registry load warning logging is isolated from fallback return", () => {
const loadRegistrySource = extractFunctionSource("loadAuditSkillRegistry");
assert.equal(
hasPattern(
loadRegistrySource,
/catch\s*\(error\)\s*{[\s\S]*try\s*{[\s\S]*appendRunEvent[\s\S]*}\s*catch\s*{[\s\S]*}\s*return\s*\[\s*\]/,
),
true,
"Registry load fallback should return [] even when warning event logging fails.",
);
});
test("persistAuditStage omits undefined fields from Convex mutation args", () => {
const persistSource = extractFunctionSource("persistAuditStage");
const mutationPayloadSource = persistSource.slice(
persistSource.indexOf("await ctx.runMutation"),
);
assert.doesNotMatch(
actionSource,
/persistAuditStage\(\s*{(?:(?!\n\s*}\s*\);)[\s\S])*(?:parsedJson|rawResponse|usage|finishReason|errorSummary):\s*undefined/,
"Call sites should not pass explicit undefined stage payload fields.",
);
assert.doesNotMatch(
persistSource,
/usage:\s*usage\s*\?\s*toPersistedUsage\(usage\)\s*:\s*undefined/,
"persistAuditStage should not emit usage: undefined.",
);
for (const field of [
"systemPrompt",
"rawResponse",
"parsedJson",
"finishReason",
"errorSummary",
]) {
assert.doesNotMatch(
mutationPayloadSource,
new RegExp(`\\n\\s*${field},`),
`persistAuditStage should conditionally spread ${field}.`,
);
}
});
test("OpenRouter usage payloads omit undefined token fields", () => {
const recordUsageSource = extractFunctionSource("recordOpenRouterUsage");
assert.match(
actionSource,
/function toPersistedUsage[\s\S]*usage\.inputTokens\s*!==\s*undefined[\s\S]*promptTokens:\s*usage\.inputTokens/,
"toPersistedUsage should omit promptTokens when inputTokens is undefined.",
);
assert.doesNotMatch(
recordUsageSource,
/tokens:\s*{[\s\S]*inputTokens:\s*args\.usage\.inputTokens/,
"recordOpenRouterUsage should not build token payloads with undefined properties.",
);
});
test("appendRunEvent omits undefined details from Convex mutation args", () => {
assert.doesNotMatch(
actionSource,
/ctx\.runMutation\(internal\.runs\.appendEventInternal,\s*{[\s\S]*\n\s*details:\s*args\.details,\n/,
"appendRunEvent should conditionally include details only when defined.",
);
});
test("success finishAuditGenerationRun omits undefined errorSummary", () => {
assert.doesNotMatch(
actionSource,
/finishAuditGenerationRun,\s*{[\s\S]*status:\s*["']succeeded["'][\s\S]*errorSummary:\s*qualityPassed\s*\?\s*undefined/,
"Succeeded finishAuditGenerationRun payload should not send errorSummary: undefined.",
);
});
test("quality review stage does not pass explicit undefined optional fields", () => {
assert.doesNotMatch(
actionSource,
/persistAuditStage\(\s*{[\s\S]*stage:\s*["']qualityReview["'][\s\S]*errorSummary:\s*qualityPassed\s*\?\s*undefined/,
"Quality persistAuditStage callsite should conditionally include errorSummary.",
);
});
test("persistAuditStage callsites conditionally include optional auditId", () => {
assert.doesNotMatch(
actionSource,
/await\s+persistAuditStage\(\s*{(?:(?!\n\s*}\s*\);)[\s\S])*\n\s*auditId,\n/,
"persistAuditStage callsites should spread auditId only when defined.",
);
});
test("audit generation helper callsites conditionally include optional auditId", () => {
assert.doesNotMatch(
actionSource,
/(?:recordOpenRouterUsage|captureExternalAuditArtifacts)\(\s*ctx,\s*{(?:(?!\n\s*}\s*\);)[\s\S])*\n\s*auditId,\n/,
"Helper callsites should spread auditId only when defined.",
);
assert.doesNotMatch(
actionSource,
/recordAuditUsageEvent\(\s*ctx,\s*{(?:(?!\n\s*}\s*\);)[\s\S])*\n\s*auditId:\s*args\.auditId,\n/,
"recordAuditUsageEvent callsites should spread args.auditId only when defined.",
);
});
test("persistAuditStage callsites avoid nested maybe-undefined usage objects", () => {
assert.doesNotMatch(
actionSource,
/persistAuditStage\(\s*{(?:(?!\n\s*}\s*\);)[\s\S])*usage:\s*{[\s\S]*?(?:inputTokens|outputTokens|totalTokens|cacheReadTokens):/,
"persistAuditStage callsites should use a usage helper or conditional spreads, not inline maybe-undefined usage objects.",
);
});
test("classification stage uses v3 audit classification schema", () => {
assert.equal(
hasPattern(actionSource, /auditClassificationSchema/),
true,
"Action should reference the v3 auditClassificationSchema.",
);
assert.equal(
hasStageCall("auditClassificationSchema"),
true,
"Classification generateObject call should validate v3 finding payloads.",
);
assert.equal(
hasStageCall("internalFindingsSchema"),
false,
"Classification should no longer validate against legacy-only internalFindingsSchema.",
);
});
test("action uses multimodal file parts with mediaType image/* when screenshots are available", () => {
assert.equal(
hasPattern(
@@ -190,14 +372,23 @@ test("action runs german copy guard and blocks outreach-ready on validation fail
assert.equal(
hasPattern(
actionSource,
/guardResult\.passed|qualityPassed\s*=\s*qualityResult\.object\.isValid\s*&&\s*guardResult\.passed/,
/qualityPassed\s*=\s*guardResult\.passed/,
),
true,
"Only deterministic German copy guard failures should hard-block the audit run.",
);
assert.equal(
hasPattern(actionSource, /api\.leads\.reviewUpdate/),
hasPattern(
actionSource,
/qualityPassed\s*=\s*qualityResult\.object\.isValid\s*&&\s*guardResult\.passed/,
),
false,
"Subjective model QA warnings should not be combined with guardResult for terminal failure.",
);
assert.equal(
hasPattern(actionSource, /internal\.leads\.reviewUpdateInternal/),
true,
"Action should patch lead via api.leads.reviewUpdate",
"Action should patch lead via internal.leads.reviewUpdateInternal",
);
assert.equal(
hasPattern(

View File

@@ -204,6 +204,34 @@ test("validateCustomerFacingCopy enforces observation + suggestion style", () =>
);
});
test("validateCustomerFacingCopy accepts live audit copy with noun suggestion and collaborative close", () => {
const result = validateCustomerFacingCopy({
auditSummary:
"Ich habe beobachtet, dass die Website von Diehl & Pape Rechtsanwälte zwar durch ihre klare Spezialisierung und umfassenden Kontaktinformationen überzeugt, jedoch durch langsame Ladezeiten und sichtbare Inhaltsverschiebungen beim Laden an Nutzerkomfort verliert. Ich schlage vor, gezielt die Ladegeschwindigkeit zu optimieren und das Seitenlayout stabil zu gestalten, um das Vertrauen potenzieller Mandanten zu stärken und die Nutzerbindung nachhaltig zu erhöhen.",
auditBody:
"Ich habe die Website von Diehl & Pape Rechtsanwälte genau betrachtet und festgestellt, dass die langsamen Ladezeiten und die sichtbaren Inhaltsverschiebungen beim Laden den ersten Eindruck deutlich beeinträchtigen. Mir ist aufgefallen, wie wichtig gerade für eine erfahrene Kanzlei mit klarer Spezialisierung ein reibungsloses Nutzererlebnis ist, um Vertrauen bei potenziellen Mandanten aufzubauen. Deshalb schlage ich vor, gezielt die Ladegeschwindigkeit zu optimieren und die Stabilität des Seitenlayouts zu verbessern.",
emailSubject:
"Ich habe beobachtet, dass die Website von Diehl & Pape Rechtsanwälte durch langsame Ladezeiten und sichtbare Inhaltsverschiebungen die Nutzererfahrung beeinträchtigt.",
emailBody:
"Ich habe die Website von Diehl & Pape Rechtsanwälte genau unter die Lupe genommen und festgestellt, dass die langsamen Ladezeiten und die sichtbaren Inhaltsverschiebungen beim Laden den ersten Eindruck deutlich trüben. Mein konkreter Vorschlag: Eine gezielte Optimierung der Ladegeschwindigkeit und eine Stabilisierung des Seitenlayouts könnten die Nutzerzufriedenheit erheblich steigern.",
callScript: {
openingLine:
"Ich habe die Website von Diehl & Pape Rechtsanwälte genau unter die Lupe genommen und dabei ein wichtiges Verbesserungspotenzial entdeckt.",
callScript: [
"Mir ist aufgefallen, dass die Seite beim Laden deutlich sichtbare Inhaltsverschiebungen zeigt.",
"Ich schlage vor, gezielt die Ladegeschwindigkeit zu optimieren und die Stabilität des Seitenlayouts zu verbessern.",
],
closeLine:
"Lassen Sie uns gemeinsam diese technischen Hürden beseitigen und Ihre Website zu einem überzeugenden Aushängeschild Ihrer Expertise machen.",
},
followUp:
"Ich habe beobachtet, dass die Website von Diehl & Pape Rechtsanwälte durch langsame Ladezeiten an Nutzerkomfort verliert. Mein konkreter Vorschlag ist, die Ladegeschwindigkeit gezielt zu optimieren und die Stabilität des Seitenlayouts sicherzustellen.",
});
assert.equal(result.passed, true);
assert.deepEqual(result.issues, []);
});
test("validateCustomerFacingCopy is permissive for phone numbers and date values", () => {
const result = validateCustomerFacingCopy({
auditSummary:

View File

@@ -195,7 +195,7 @@ test("queueLeadEnrichment uses lead-aware run index and does not use fixed-size
assert.equal(hasPattern(queueBody, /take\(50\)/), false, "No fixed-size .take(50) window in dedupe queries.");
});
test("website enrichment action uses Chromium desktop/mobile devices and runtime Playwright import", () => {
test("website enrichment action can still use Chromium desktop/mobile devices when configured", () => {
assert.equal(
hasPattern(
actionSource,
@@ -224,14 +224,6 @@ test("website enrichment action uses Chromium desktop/mobile devices and runtime
true,
"Action should reference TASK8_BROWSER_ASSET_URL when loading browser assets",
);
assert.equal(
hasPattern(
actionSource,
/TASK8_BROWSER_ASSET_URL[\s\S]{0,240}(throw|Error|required|missing|not configured|configured|konfiguriert|setze)/i,
),
true,
"Action should surface a clear error when the browser asset URL is not configured",
);
assert.equal(
hasPattern(actionSource, /import\("@sparticuz\/chromium"\)/),
false,
@@ -271,6 +263,84 @@ test("website enrichment action uses Chromium desktop/mobile devices and runtime
);
});
test("processLeadEnrichment uses browserless enrichment when Chromium source is missing", () => {
const processBody = extractExportSource(actionSource, "processLeadEnrichment");
const fallbackGuardIndex = processBody.indexOf("if (!getChromiumExecutableSource())");
const playwrightLoadIndex = processBody.indexOf("loadPlaywrightModules()");
assert.notEqual(
fallbackGuardIndex,
-1,
"processLeadEnrichment should branch before Playwright bootstrap when no Chromium source is configured.",
);
assert.equal(
fallbackGuardIndex < playwrightLoadIndex,
true,
"The missing-Chromium fallback should run before loadPlaywrightModules().",
);
assert.equal(
hasPattern(
processBody,
/if \(!getChromiumExecutableSource\(\)\)\s*\{[\s\S]*processLeadEnrichmentWithoutBrowser\(/,
),
true,
"Missing browser asset config should call the browserless enrichment path instead of throwing.",
);
assert.equal(
hasPattern(actionSource, /async function processLeadEnrichmentWithoutBrowser\(/),
true,
"Action should expose a dedicated browserless enrichment helper.",
);
assert.equal(
hasPattern(
actionSource,
/Chromium ist nicht konfiguriert; Website-Enrichment nutzt browserlosen Fetch-Fallback\./,
),
true,
"The fallback should make the degraded mode visible in run events.",
);
});
test("browserless website enrichment persists crawl evidence without screenshots", () => {
const fallbackSource = actionSource.slice(
actionSource.indexOf("async function processLeadEnrichmentWithoutBrowser("),
);
assert.equal(
hasPattern(fallbackSource, /crawlPageWithoutBrowser\(/),
true,
"Browserless enrichment should fetch pages directly instead of launching Playwright.",
);
assert.equal(
hasPattern(
actionSource,
/function crawlPageWithoutBrowser[\s\S]*extractContactSignalsFromHtmlLikeText\(/,
),
true,
"Browserless enrichment should still extract contact signals from fetched page content.",
);
assert.equal(
hasPattern(fallbackSource, /internal\.websiteEnrichment\.persistLeadEnrichmentResult/),
true,
"Browserless enrichment should persist pages, links, email candidates, and technical checks.",
);
assert.equal(
hasPattern(fallbackSource, /screenshots:\s*\[\]/),
true,
"Browserless enrichment should not pretend screenshots exist.",
);
assert.equal(
hasPattern(fallbackSource, /status:\s*"succeeded"/),
true,
"A successful browserless crawl should finish the enrichment run as succeeded.",
);
assert.equal(
hasPattern(fallbackSource, /internal\.pageSpeed\.queueLeadPageSpeedAudit/),
true,
"Browserless enrichment should keep the downstream PageSpeed handoff.",
);
});
test("website enrichment action invalidates stale @sparticuz/chromium-min cache when source changes", () => {
assert.equal(
hasPattern(actionSource, /CHROMIUM_SOURCE_MARKER_FILE/),
@@ -518,7 +588,7 @@ test("failure handling marks run as failed and writes lead-facing reason", () =>
assert.equal(
hasPattern(
actionSource,
/runMutation\(\s*api\.runs\.appendEvent[\s\S]*?level:\s*"error"[\s\S]*?message:\s*"Website-Enrichment fehlgeschlagen/,
/runMutation\(\s*internal\.runs\.appendEventInternal[\s\S]*?level:\s*"error"[\s\S]*?message:\s*"Website-Enrichment fehlgeschlagen/,
),
true,
"Action should append a visible error event on failure",
@@ -541,6 +611,66 @@ test("failure handling marks run as failed and writes lead-facing reason", () =>
);
});
test("website enrichment action treats Playwright close operations as best-effort cleanup", () => {
assert.equal(
hasPattern(actionSource, /function isPlaywrightTargetClosedError\(/),
true,
"Action should centralize recognition of Playwright target/page/context/browser closed errors.",
);
assert.equal(
hasPattern(actionSource, /async function closePlaywrightResourceSafely\(/),
true,
"Action should centralize best-effort Playwright resource cleanup.",
);
assert.equal(
hasPattern(
actionSource,
/isPlaywrightTargetClosedError[\s\S]*Target page, context or browser has been closed/,
),
true,
"Target page/context/browser closed errors should be recognized explicitly.",
);
assert.equal(
hasPattern(
actionSource,
/closePlaywrightResourceSafely[\s\S]*console\.warn\(/,
),
true,
"Unexpected Playwright close failures should be swallowed with a warning.",
);
const directUnsafeClosePatterns = [
/finally\s*\{\s*await page\.close\(\);?\s*\}/,
/finally\s*\{[\s\S]*await desktopContext\.close\(\);/,
/finally\s*\{[\s\S]*await mobileContext\.close\(\);/,
/finally\s*\{[\s\S]*await browser\.close\(\);/,
];
for (const pattern of directUnsafeClosePatterns) {
assert.equal(
hasPattern(actionSource, pattern),
false,
`Playwright cleanup should not await close() directly in finally: ${pattern}`,
);
}
const safeCloseCalls = [
/closePlaywrightResourceSafely\(\s*page,\s*"homepage screenshot page"/,
/closePlaywrightResourceSafely\(\s*page,\s*"crawl page"/,
/closePlaywrightResourceSafely\(\s*desktopContext,\s*"desktop browser context"/,
/closePlaywrightResourceSafely\(\s*mobileContext,\s*"mobile browser context"/,
/closePlaywrightResourceSafely\(\s*browser,\s*"browser"/,
];
for (const pattern of safeCloseCalls) {
assert.equal(
hasPattern(actionSource, pattern),
true,
`Expected Playwright cleanup to use safe close helper: ${pattern}`,
);
}
});
test("website enrichment enforces TASK-8 crawler limits and runtime timeboxes", () => {
assert.equal(
hasPattern(actionSource, /TASK8_CRAWL_TIMEOUT_MS/g),
@@ -666,7 +796,7 @@ test("processLeadEnrichment records warning on PageSpeed queue failure and conti
assert.equal(
hasPattern(
processBody,
/try\s*\{[\s\S]*internal\.pageSpeed\.queueLeadPageSpeedAudit[\s\S]*\}\s*catch\s*\([^)]*\)\s*\{[\s\S]*api\.runs\.appendEvent[\s\S]*level:\s*"warning"/,
/try\s*\{[\s\S]*internal\.pageSpeed\.queueLeadPageSpeedAudit[\s\S]*\}\s*catch\s*\([^)]*\)\s*\{[\s\S]*internal\.runs\.appendEventInternal[\s\S]*level:\s*"warning"/,
),
true,
"Queueing PageSpeed should be wrapped in warning-safe try/catch",