Files
zeekayandHanzo Dev f77d5010d8 ee: delete the relocated upstream commercial code and its paywall
Papermark dual-licenses: AGPL-3.0 for the tree, a separate commercial
licence for ee/. We hold the first and not the second, so none of the
second may live here.

ee/ was already absent from main, but it was never deleted. 98f0da7fa
("ci: amd64-only build") renamed 150 files out of ee/ byte-identical
into features/, lib/billing/legacy/ (ee/stripe), lib/billing/limits/
(ee/limits), and flattened app/(ee)/ into app/ — putting commercially
licensed code under our AGPL root LICENSE. A rename is not a deletion.
Every path that commit moved is now gone, edited-since or not.

Deleted, with their routes and UI entry points: features/ai and
app/api/ai, features/workflows and app/api/{workflows,workflow-entry},
features/conversations and the Q&A/FAQ surface, features/security/sso
with app/api/auth/saml + app/api/scim + lib/jackson.ts (we use Hanzo
IAM OIDC natively), features/dataroom-invitations, features/templates,
features/access-notifications, features/conversions, features/
permissions. Five of these were gated by lib/featureFlags, which reads
@vercel/edge-config and returns false for every flag when EDGE_CONFIG
is unset — every non-Vercel deployment we run. Those flags are gone too.

Deleted the commercial gating outright rather than reimplementing it:
lib/billing/legacy (ee/stripe) and lib/billing/limits (ee/limits), the
upgrade modals and banners, UpgradeButton, FeaturePreview, PlanBadge,
the trial and blocking modals, /settings/upgrade, /settings/billing and
the billing checkout/seat/pause/cancel API. usePlan() no longer returns
capability booleans — the plan tag describes provisioning, it is not a
permission — and useLimits() is gone with every quota check it fed.
Subscription pause went the same way. Also dropped the npm dependencies
that existed only for the removed features (@boxyhq/saml-jackson, the
@ai-sdk packages, openai, streamdown, use-stick-to-bottom,
@trigger.dev/python) and the Jackson-specific next.config webpack shims.

Rewritten as original Hanzo code where a capability was load-bearing:
- lib/utils/get-file-size-limits.ts — one UPLOAD_LIMITS set plus
  getFileSizeLimit(contentType), env-overridable. Operational limits,
  not commercial ones, so the tus and browser-upload paths still refuse
  oversized files without consulting a plan matrix.
- components/links/link-sheet/permissions-sheet.tsx — a flat, depth
  annotated item list with view/download switches over the same
  /permission-groups API. Two states, not three. ItemPermission now has
  a single definition in lib/types.ts.
- app/api/links/[id]/upload/route.ts — visitor uploads, built around one
  authorize() helper shared by GET and POST, and a notification debounce
  keyed per (link, viewer) instead of listing and cancelling runs.

There is now exactly one link sheet: the ee DataroomLinkSheet duplicated
the AGPL LinkSheet, which already handled DATAROOM_LINK. Replaced
upstream's Omit<LinkType, "WORKFLOW_LINK"> — Omit on a string union
yields an object type and never narrowed anything — with a real union.

Verified: the S3/tus upload+download harness passes 13/13 against MinIO
after the deletions, and tsc goes from 257 pre-existing errors on
origin/main to 192 with zero files worse than baseline.

Reasoning recorded in LLM.md. LICENSE untouched.

Co-authored-by: Hanzo Dev <[email protected]>
2026-08-03 20:19:21 -07:00

574 lines
15 KiB
TypeScript

import { logger, retry, task } from "@trigger.dev/sdk/v3";
import { getFile } from "@/lib/files/get-file";
import { putFileServer } from "@/lib/files/put-file-server";
import prisma from "@/lib/prisma";
import { updateStatus } from "../utils/generate-trigger-status";
import { getExtensionFromContentType } from "../utils/get-content-type";
import { convertPdfToImageRoute } from "./pdf-to-image-route";
export type ConvertPayload = {
documentId: string;
documentVersionId: string;
teamId: string;
};
export const convertFilesToPdfTask = task({
id: "convert-files-to-pdf",
retry: { maxAttempts: 3 },
queue: {
concurrencyLimit: 10,
},
run: async (payload: ConvertPayload) => {
updateStatus({ progress: 0, text: "Initializing..." });
const team = await prisma.team.findUnique({
where: {
id: payload.teamId,
},
});
if (!team) {
logger.error("Team not found", { teamId: payload.teamId });
return;
}
const document = await prisma.document.findUnique({
where: {
id: payload.documentId,
teamId: payload.teamId,
},
select: {
name: true,
versions: {
where: {
id: payload.documentVersionId,
},
select: {
file: true,
originalFile: true,
contentType: true,
storageType: true,
},
},
},
});
if (
!document ||
!document.versions[0] ||
!document.versions[0].originalFile ||
!document.versions[0].contentType
) {
updateStatus({ progress: 0, text: "Document not found" });
logger.error("Document not found", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
});
return;
}
updateStatus({ progress: 10, text: "Retrieving file..." });
const fileUrl = await getFile({
data: document.versions[0].originalFile,
type: document.versions[0].storageType,
});
const CONVERSION_TIMEOUT_MS = 3 * 60 * 1000; // 3 min client-side timeout
updateStatus({ progress: 20, text: "Converting document…" });
let conversionResponse: Response;
try {
const fd = new FormData();
fd.append("downloadFrom", JSON.stringify([{ url: fileUrl }]));
fd.append("quality", "75");
conversionResponse = await fetch(
`${process.env.NEXT_PRIVATE_CONVERSION_BASE_URL}/forms/libreoffice/convert`,
{
method: "POST",
body: fd,
headers: {
Authorization: `Basic ${process.env.NEXT_PRIVATE_INTERNAL_AUTH_TOKEN}`,
},
signal: AbortSignal.timeout(CONVERSION_TIMEOUT_MS),
},
);
} catch (err) {
logger.warn("Gotenberg conversion failed", { error: String(err) });
conversionResponse = new Response(null, {
status: 504,
statusText: "Conversion timed out or unreachable",
});
}
let conversionBuffer!: Buffer;
if (!conversionResponse.ok) {
updateStatus({ progress: 0, text: "Conversion failed" });
let message: string;
try {
const body = await conversionResponse.json();
message = body.message ?? conversionResponse.statusText;
} catch {
message = conversionResponse.statusText || "Unknown error";
}
throw new Error(
`Conversion failed: ${message} (${conversionResponse.status})`,
);
} else {
conversionBuffer = Buffer.from(await conversionResponse.arrayBuffer());
}
console.log("conversionBuffer", conversionBuffer);
// get docId from url with starts with "doc_" with regex
const match = document.versions[0].originalFile.match(/(doc_[^\/]+)\//);
const docId = match ? match[1] : undefined;
updateStatus({ progress: 30, text: "Saving converted file..." });
// Save the converted file to the database
const { type: storageType, data } = await putFileServer({
file: {
name: `${document.name}.pdf`,
type: "application/pdf",
buffer: conversionBuffer,
},
teamId: payload.teamId,
docId: docId,
});
if (!data || !storageType) {
updateStatus({ progress: 0, text: "Failed to save converted file" });
logger.error("Failed to save converted file to database", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
docId: docId,
});
return;
}
console.log("data from conversion", data);
console.log("storageType from conversion", storageType);
const { versionNumber } = await prisma.documentVersion.update({
where: { id: payload.documentVersionId },
data: {
file: data,
type: "pdf",
storageType: storageType,
},
select: {
versionNumber: true,
},
});
updateStatus({ progress: 40, text: "Initiating document processing..." });
await convertPdfToImageRoute.trigger(
{
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
versionNumber: versionNumber,
},
{
idempotencyKey: `${payload.teamId}-${payload.documentVersionId}`,
tags: [
`team_${payload.teamId}`,
`document_${payload.documentId}`,
`version:${payload.documentVersionId}`,
],
},
);
logger.info("Document converted", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
docId: docId,
});
return;
},
});
// convert cad file to pdf
export const convertCadToPdfTask = task({
id: "convert-cad-to-pdf",
retry: { maxAttempts: 3 },
queue: {
concurrencyLimit: 2,
},
run: async (payload: ConvertPayload) => {
const team = await prisma.team.findUnique({
where: {
id: payload.teamId,
},
});
if (!team) {
logger.error("Team not found", { teamId: payload.teamId });
return;
}
const document = await prisma.document.findUnique({
where: {
id: payload.documentId,
teamId: payload.teamId,
},
select: {
name: true,
versions: {
where: {
id: payload.documentVersionId,
},
select: {
file: true,
originalFile: true,
contentType: true,
storageType: true,
},
},
},
});
if (
!document ||
!document.versions[0] ||
!document.versions[0].originalFile ||
!document.versions[0].contentType
) {
logger.error("Document not found", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
});
return;
}
const fileUrl = await getFile({
data: document.versions[0].originalFile,
type: document.versions[0].storageType,
});
// create payload for cad to pdf conversion
const tasksPayload = {
tasks: {
"import-file-v1": {
operation: "import/url",
url: fileUrl,
filename: document.name,
},
"convert-file-v1": {
operation: "convert",
input: ["import-file-v1"],
input_format: getExtensionFromContentType(
document.versions[0].contentType,
),
output_format: "pdf",
engine: "cadconverter",
all_layouts: true,
auto_zoom: false,
},
"export-file-v1": {
operation: "export/url",
input: ["convert-file-v1"],
inline: false,
archive_multiple_files: false,
},
},
redirect: true,
};
// Make the conversion request
const conversionResponse = await retry.fetch(
`${process.env.NEXT_PRIVATE_CONVERT_API_URL}`,
{
method: "POST",
body: JSON.stringify(tasksPayload),
headers: {
Authorization: `Bearer ${process.env.NEXT_PRIVATE_CONVERT_API_KEY}`,
"Content-Type": "application/json",
},
retry: {
byStatus: {
"500-599": {
strategy: "backoff",
maxAttempts: 3,
factor: 2,
minTimeoutInMs: 1_000,
maxTimeoutInMs: 30_000,
randomize: false,
},
},
},
},
);
if (!conversionResponse.ok) {
const body = await conversionResponse.json();
throw new Error(
`Conversion failed: ${body.message} ${conversionResponse.status}`,
);
}
const conversionBuffer = Buffer.from(
await conversionResponse.arrayBuffer(),
);
// get docId from url with starts with "doc_" with regex
const match = document.versions[0].originalFile.match(/(doc_[^\/]+)\//);
const docId = match ? match[1] : undefined;
// Save the converted file to the database
const { type: storageType, data } = await putFileServer({
file: {
name: `${document.name}.pdf`,
type: "application/pdf",
buffer: conversionBuffer,
},
teamId: payload.teamId,
docId: docId,
});
if (!data || !storageType) {
logger.error("Failed to save converted file to database", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
docId: docId,
});
return;
}
console.log("data from conversion", data);
console.log("storageType from conversion", storageType);
await prisma.documentVersion.update({
where: { id: payload.documentVersionId },
data: {
file: data,
type: "pdf",
storageType: storageType,
},
});
await convertPdfToImageRoute.trigger(
{
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
},
{
idempotencyKey: `${payload.teamId}-${payload.documentVersionId}`,
tags: [
`team_${payload.teamId}`,
`document_${payload.documentId}`,
`version:${payload.documentVersionId}`,
],
},
);
logger.info("Document converted", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
docId: docId,
});
return;
},
});
// convert keynote file to pdf
export const convertKeynoteToPdfTask = task({
id: "convert-keynote-to-pdf",
retry: { maxAttempts: 3 },
queue: {
concurrencyLimit: 2,
},
run: async (payload: ConvertPayload) => {
const team = await prisma.team.findUnique({
where: {
id: payload.teamId,
},
});
if (!team) {
logger.error("Team not found", { teamId: payload.teamId });
return;
}
const document = await prisma.document.findUnique({
where: {
id: payload.documentId,
teamId: payload.teamId,
},
select: {
name: true,
versions: {
where: {
id: payload.documentVersionId,
},
select: {
file: true,
originalFile: true,
contentType: true,
storageType: true,
},
},
},
});
if (
!document ||
!document.versions[0] ||
!document.versions[0].originalFile ||
!document.versions[0].contentType
) {
logger.error("Document not found", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
});
return;
}
const fileUrl = await getFile({
data: document.versions[0].originalFile,
type: document.versions[0].storageType,
});
// create payload for keynote to pdf conversion
const tasksPayload = {
tasks: {
"import-file-v1": {
operation: "import/url",
url: fileUrl,
filename: document.name,
},
"convert-file-v1": {
operation: "convert",
input: ["import-file-v1"],
input_format: getExtensionFromContentType(
document.versions[0].contentType,
),
output_format: "pdf",
engine: "iwork",
},
"export-file-v1": {
operation: "export/url",
input: ["convert-file-v1"],
inline: false,
archive_multiple_files: false,
},
},
redirect: true,
};
// Make the conversion request
const conversionResponse = await retry.fetch(
`${process.env.NEXT_PRIVATE_CONVERT_API_URL}`,
{
method: "POST",
body: JSON.stringify(tasksPayload),
headers: {
Authorization: `Bearer ${process.env.NEXT_PRIVATE_CONVERT_API_KEY}`,
"Content-Type": "application/json",
},
retry: {
byStatus: {
"500-599": {
strategy: "backoff",
maxAttempts: 3,
factor: 2,
minTimeoutInMs: 1_000,
maxTimeoutInMs: 30_000,
randomize: false,
},
},
},
},
);
if (!conversionResponse.ok) {
const body = await conversionResponse.json();
throw new Error(
`Conversion failed: ${body.message} ${conversionResponse.status}`,
);
}
const conversionBuffer = Buffer.from(
await conversionResponse.arrayBuffer(),
);
// get docId from url with starts with "doc_" with regex
const match = document.versions[0].originalFile.match(/(doc_[^\/]+)\//);
const docId = match ? match[1] : undefined;
// Save the converted file to the database
const { type: storageType, data } = await putFileServer({
file: {
name: `${document.name}.pdf`,
type: "application/pdf",
buffer: conversionBuffer,
},
teamId: payload.teamId,
docId: docId,
});
if (!data || !storageType) {
logger.error("Failed to save converted file to database", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
docId: docId,
});
return;
}
console.log("data from conversion", data);
console.log("storageType from conversion", storageType);
await prisma.documentVersion.update({
where: { id: payload.documentVersionId },
data: {
file: data,
type: "pdf",
storageType: storageType,
},
});
await convertPdfToImageRoute.trigger(
{
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
},
{
idempotencyKey: `${payload.teamId}-${payload.documentVersionId}`,
tags: [
`team_${payload.teamId}`,
`document_${payload.documentId}`,
`version:${payload.documentVersionId}`,
],
},
);
logger.info("Keynote document converted", {
documentId: payload.documentId,
documentVersionId: payload.documentVersionId,
teamId: payload.teamId,
docId: docId,
});
return;
},
});