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Integrate local business workflow and SaaS redesign

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Matthias Meister
2026-06-12 21:08:35 +02:00
parent f00c5a3193
commit 21c7e4c9a4
88 changed files with 2683 additions and 849 deletions
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89
tests/website-enrichment-action.test.ts
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@@ -336,8 +336,8 @@ test("browserless website enrichment persists crawl evidence without screenshots
);
assert.equal(
hasPattern(fallbackSource, /internal\.pageSpeed\.queueLeadPageSpeedAudit/),
true,
"Browserless enrichment should keep the downstream PageSpeed handoff.",
false,
"Browserless enrichment must not automatically queue PageSpeed or audit runs.",
);
});
@@ -760,7 +760,7 @@ test("website enrichment guards long browser work before Convex action runtime a
);
});
test("processLeadEnrichment schedules PageSpeed audit jobs after successful enrichment", () => {
test("processLeadEnrichment does not schedule PageSpeed audit jobs after enrichment", () => {
const processBody = extractExportSource(actionSource, "processLeadEnrichment");
const persistIndex = processBody.indexOf(
"internal.websiteEnrichment.persistLeadEnrichmentResult",
@@ -769,49 +769,16 @@ test("processLeadEnrichment schedules PageSpeed audit jobs after successful enri
"internal.pageSpeed.queueLeadPageSpeedAudit",
persistIndex,
);
const finishIndex = processBody.indexOf(
"internal.websiteEnrichment.finishLeadEnrichmentRun",
persistIndex,
);
assert.notEqual(queueIndex, -1, "processLeadEnrichment should queue PageSpeed audits");
assert.notEqual(persistIndex, -1, "processLeadEnrichment should persist website enrichment result");
assert.notEqual(finishIndex, -1, "processLeadEnrichment should finish enrichment run");
assert.equal(
hasPattern(
processBody,
/runMutation\(\s*internal\.pageSpeed\.queueLeadPageSpeedAudit[\s\S]*leadId:\s*started\.lead\._id[\s\S]*parentRunId:\s*runId[\s\S]*\)/,
),
true,
"Queue call should pass lead ID and parent run ID",
);
assert.equal(queueIndex > persistIndex, true, "PageSpeed queueing should happen after persistence");
assert.equal(queueIndex < finishIndex, true, "PageSpeed queueing should happen before success finish");
});
test("processLeadEnrichment records warning on PageSpeed queue failure and continues", () => {
const processBody = extractExportSource(actionSource, "processLeadEnrichment");
assert.equal(
hasPattern(
processBody,
/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",
);
assert.equal(
hasPattern(
processBody,
/PageSpeed-Analyse konnte nicht in die Warteschlange gesetzt werden\./,
),
true,
"Warning event should describe queue failure",
queueIndex,
-1,
"Website enrichment must not automatically queue PageSpeed or audit runs",
);
});
test("processLeadEnrichment regression: queue PageSpeed on invalid URL failure when started lead exists", () => {
test("processLeadEnrichment regression: invalid URL failure does not queue PageSpeed", () => {
const processBody = extractExportSource(actionSource, "processLeadEnrichment");
const invalidUrlStart = processBody.indexOf("if (!rootUrl)");
assert.notEqual(invalidUrlStart, -1, "Invalid URL guard should exist");
@@ -823,27 +790,16 @@ test("processLeadEnrichment regression: queue PageSpeed on invalid URL failure w
"Invalid URL branch should return null",
);
const queueCallInInvalidUrl = processBody.indexOf(
"internal.pageSpeed.queueLeadPageSpeedAudit",
invalidUrlStart,
);
assert.equal(
queueCallInInvalidUrl > invalidUrlStart && queueCallInInvalidUrl < invalidUrlReturnNull,
true,
"Invalid URL failure path should queue PageSpeed before returning.",
);
const invalidUrlBranch = processBody.slice(invalidUrlStart, invalidUrlReturnNull);
assert.equal(
hasPattern(
invalidUrlBranch,
/leadId:\s*started\.lead\._id[\s\S]*?parentRunId:\s*runId/,
processBody.slice(invalidUrlStart, invalidUrlReturnNull).includes(
"internal.pageSpeed.queueLeadPageSpeedAudit",
),
true,
"Invalid URL queue payload should use started.lead._id and parentRunId runId.",
false,
"Invalid URL branch should not queue PageSpeed automatically.",
);
});
test("processLeadEnrichment regression: queue PageSpeed in fatal catch path with started lead", () => {
test("processLeadEnrichment regression: fatal catch path does not queue PageSpeed", () => {
const processBody = extractExportSource(actionSource, "processLeadEnrichment");
const outerCatchStart = processBody.lastIndexOf("catch (error)");
assert.notEqual(outerCatchStart, -1, "Outer catch block should exist");
@@ -858,24 +814,11 @@ test("processLeadEnrichment regression: queue PageSpeed in fatal catch path with
"Outer catch should return null on unrecoverable errors.",
);
const queueCallInCatch = processBody.indexOf(
"internal.pageSpeed.queueLeadPageSpeedAudit",
outerCatchStart,
);
assert.equal(
queueCallInCatch > outerCatchStart &&
queueCallInCatch > startedGuard &&
queueCallInCatch < catchReturnNull,
true,
"Fatal catch path should queue PageSpeed before returning, while started lead exists.",
);
const catchBlock = processBody.slice(outerCatchStart, catchReturnNull);
assert.equal(
hasPattern(
catchBlock,
/leadId:\s*started\.lead\._id[\s\S]*?parentRunId:\s*runId/,
processBody.slice(outerCatchStart, catchReturnNull).includes(
"internal.pageSpeed.queueLeadPageSpeedAudit",
),
true,
"Catch-path PageSpeed queue payload should use started.lead._id and parentRunId runId.",
false,
"Fatal catch path should not queue PageSpeed automatically.",
);
});