Make Template Gallery optional; rename environment variables
Refactor Template Gallery; resolves#38 and #39:
- replace free-text license input with a select box
- improve visual presentation of modals and enhance keyboard interaction
Template Gallery: replace markdown-it with marked
Fix template publishing to align with upstream project context changes
Template gallery: ui components were moved to shared folder
Fix style of Templates button in navbar
Template gallery: Fix `OLModal` usage (see upstream commit 19b3834)
Template gallery: Fix import after upstream converted `CompileManager`, `ClsiManager` and `RateLimiterMiddleware` to ESM
Template gallery: Fix import after upstream converted `AuthenticationController`, `ProjectGetter`, ProjectLocator` and `DocumentUpdaterHandler` to ESM
Template Gallery: migration to 6.1.0
- enable menu for editor redisign
- move frontend code to modules
Template gallery: add template management authorization middleware
- middleware to enforce template access rules
- introduce template manager role
- fix minor issues
Template Gallery: fix for 6.2.0
Template Gallery: fix for 6.3.0 and show language in the details
* [web] Add the Back to School group sale banner to the plans page
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
GitOrigin-RevId: 596b23006fce7504fcdfd6341cf93429c08acc8b
* [monorepo] lint .mts/.cts files
ESLint's `files` globs listed `{js,jsx,mjs,cjs,ts,tsx}` but never the
module-scoped TypeScript extensions, so every `.mts` file in the repo was
silently skipped with "File ignored because no matching configuration was
supplied" -- 21 files today, all in services/web, and more as backend code
migrates to TypeScript (`.mts` is the extension runtime-loaded backend TS
has to use, since services/web has no `"type": "module"`).
Each extension list now carries the c/m variants of the languages it
already allowed, canonicalised to one of:
{js,cjs,mjs} JS only
{js,cjs,mjs,jsx} JS + JSX
{js,cjs,mjs,ts,cts,mts} JS + TS, no JSX
{ts,cts,mts,tsx} TS only
{js,cjs,mjs,jsx,ts,cts,mts,tsx} everything
No list gains a language it did not already have, and none gains JSX
where it was previously excluded, so backend globs keep excluding
jsx/tsx and TS-only rule blocks keep excluding JS.
Both the extension declaration and the plugin/parser block in
services/web/eslint.config.mjs are widened together: widening only the
rule blocks makes `@overleaf/*` rules match files the plugin
registration does not, which fails with "could not find plugin
@overleaf".
The root global-ignores shim (`services/**/*.{mjs,cjs,ts,tsx}` and
friends) is deliberately left alone -- it replicates ESLint v8's file
walker so pre-existing debt in never-linted files stays off the build.
Co-Authored-By: Claude Opus 5 (1M context) <noreply@anthropic.com>
* Fix eslint errors
---------
Co-authored-by: Claude Opus 5 (1M context) <noreply@anthropic.com>
GitOrigin-RevId: 084d0d054db9db6b5e3dd26de56d14358ab5edf7
* [monorepo] reduce writes from chrome in cypress
Chrome puts its shared memory in /dev/shm, and docker's default 64MB is far
too small for it - which is why Cypress passes --disable-dev-shm-usage,
spilling those segments to files on the container's writable layer instead.
Under one spec that is a few hundred MB of write-then-delete churn; under the
CI fan-out it was most of the disk bandwidth on the whole box.
So every service built from dockerfiles/cypress gets shm_size 1gb and every
cypress config drops the flag again: the SaaS e2e service, web's CI and local
component-test services plus its standalone cypress one, and server-ce's e2e
and native cypress services. Both e2e-open variants inherit the setting
through `extends`; the native one is a service of its own, and would be left
running Chrome against 64MB once the flag is gone.
* [monorepo] adopt cypress-pnp-reporter
Materializing the reporter packages copied 267 packages / 3779 files
(59MB) into /tmp on every container start, once per spec. Resolving them
through PnP inside Cypress's Electron process instead drops that to
zero: the entrypoint shell went from 55.6MB of write_bytes to 0.
* [web] serve built assets from a prepared buffer between builds
Serving a chunk cost ~2ms whatever its size, and an editor page pulls ~144
of them, so webpack-dev-server burned 2-3 cores through an e2e run purely
answering requests for output that had not changed since the last build.
It is not bytes: cutting the bundle 2.6x with a cheaper devtool moved CPU
by 8%, and an empty 304 cost nearly as much as the full body. It is the
per-request work - reading the asset out of the in-memory filesystem and
re-hashing the whole body for a strong ETag, on every request.
Three things a build does that this has to respect, each found by tracing
the hooks rather than by reading them:
- `done` fires twice per build, for the compilation and for the manifest,
both with the same hash. A flag would have been cleared by the second
while the first was still running, so the gate is a counter.
- An incremental `done` reports only the assets it rewrote - 16, not 630 -
so asset names accumulate. Resetting them on `invalid` left the
manifest's two behind and nothing was served from here again.
- webpack-dev-middleware holds requests during a rebuild. This sits in
front of it, so it steps aside for that window and drops the cache when
a rebuild starts. Whether a response can be kept is then decided as it
ends rather than as it began: an epoch bumped on `invalid` names the
build its bytes were read from, and only a response from the current
build with no rebuild in flight is stored. A rebuild starting
mid-response can no longer write the previous build's bytes in behind
the cache being dropped, which eviction by asset name could not catch
anyway - an incremental build does not name the assets it left alone.
Measured on the editor entrypoint, 16 concurrent clients:
0.26-0.31s -> 0.045-0.050s of webpack CPU per page load, and 0.0455s
immediately after a rebuild. Same chunk graph, byte-identical output.
GitOrigin-RevId: 08b4ab2d665414069bc01b4763dd64faa9b4e5cb
* [web] open a comment from a URL
* [web] add "View comment" button to digest email
* [web] open a tracked change from a URL
* [web] add "View suggestion" button to digest email
* [web] open the review panel from an open=review-panel URL
* [web] drop the digest email CTA and collapse the deep links to t=review
* [web] add an Open project button to the section overflow row and plain-text view links
* [web] validate the comment and change deep-link ids as object ids
* [web] collapse the deep-link resolvers into a single DeepLink component
* fix: scrolling into view when below the fold
* fix: address claude review
* fix: style adjustments
* fix: updating types to accomodate accepted/rejected changes
---------
Co-authored-by: Jimmy Domagala-Tang <jimmy.domagala-tang@overleaf.com>
GitOrigin-RevId: dab535591a93e1c3849a6b2a0dcc3e3934354385
The hash of empty content is a property of the content rather than of anything
stored: every project's empty file has it, whether or not a blob was ever written
under it, and a file may reference it before anything has. Eight blob stores were
each paying a lookup -- a database query, an HTTP request, a read of a cache that
offline mode may be the only thing standing in for -- to be told what the hash
already says, and clsi had already reinvented the answer on its own.
overleaf-editor-core gains BlobStoreBase, which answers getString for that hash
and delegates the rest to the fetchString its subclasses provide. getObject comes
with it: four stores spelled out the same JSON.parse of getString, and a fifth
wrapped it in a log line.
Adopted by history-v1's BlobStore, BackupBlobStore, HashCheckBlobStore and
recover_zip's RecoveryBlobStore, by project-history's BlobStore, by clsi's
BlobStore, and by web's HistoryBlobStore, SimpleBlobStore and FrontendBlobStore.
history-v1 keeps its own answers in getStream, getBlob and getBlobs, which no
other store implements. Writing and copying a blob are untouched, so a project
that wrote empty content still has a blob for it and a read answers the same
either way.
Two paths could not handle a project holding a tracked change or a comment at
all. Loading such a file needs the ranges blob its rangesHash points at, and
hashing one again needs to write it back, so a store missing getObject or
putObject fails outright:
- recover_zip died on `blobStore.getObject is not a function`, making every such
project unrecoverable. The test covering it asserts a tracked delete is absent
from the zip, which the script already asked for and never reached.
- GET /projects/:project_id/latest/hashed_content returned 500 from the same
cause, then would have hit a missing putObject in snapshot.store.
HashCheckBlobStore becomes a class over the base and gains putObject.
Co-authored-by: Claude Opus 5 <noreply@anthropic.com>
GitOrigin-RevId: c84f62465beff6cf77ffac26aa772984e1b554cb
yu-i-i