We created useProviderStore, a store dedicated
to managing the provider of the document.
We created as well a new hook useCollaboration,
it will be use to interact with the provider store.
This refacto is a first step to implement
the long polling.
Many routes were in the server.ts file, now they
are in their own files in the handlers folder.
The server.ts file is now AppServer that handles
the routes.
We split as well the tests.
We recently added a new feature to the app, which
is the ability to create a document from server to
server.
Server A will send a request to Server B with
a markdown content, and Server B will create a
the document after converting the markdown to
yjs base64 format.
This test will check all the steps of the process
and assert that the document is displayed correctly
on the frontend in the blocknote editor.
If a test fails (retries included), the test runner
will stop after reaching maxFailures.
We will not have to wait for all tests to
run to see the results.
When the document is saved, the blocknote toolbar
was rerendering, causing the toolbar to close
some panels.
It was creating flakiness in the e2e tests, plus
it was not a good user experience.
This commit fixes this issue.
Improve y-provider image by having the
node_modules as small as possible.
We move split the Dockerfile and
add it to the y-provider folder,
it will be easier to read and maintain.
Support for two API keys has been added to the YProvider microservice to
decouple responsibilities between the collaboration server and other
endpoints. This improves security by scoping keys to specific purposes and
ensures a clearer separation of concerns for easier management and debugging.
Abstracted base URL and API key under 'y-provider' for
reuse in future endpoints, aligning with microservice naming.
Please note the YProvider API here is internal to the cluster.
In facts, we don't want these endpoints to be exposed by any ingress
Minor adjustments were needed after working in parallel on two PRs.
The microservice now accepts an API key without requiring it as a Bearer token.
A mistake in reading the microservice response was corrected after refactoring
the serializer to delegate logic to the converter microservice.
The email was branded "La Suite Numérique",
we updated the template to make it generic, we
will use settings env variables to customize the
email for each brand.
This code is quite poor. Sorry, I don't have much time working
on this feature. However, it should be functional.
I've reused the code we created for the Demo with Kasbarian.
I've not tested it yet with all corner case. Error handling
might be improved for sure, same for logging.
This endpoint is not modular. We could easily introduce options
to modify its behavior based on some options. YAGNI
I've added bearer token authentification, because it's unclear
how this micro service would be exposed. It's totally not required
if the microservice is not exposed through an Ingress.
We want trusted external applications to be able to create documents
via the API on behalf of any user. The user may or may not pre-exist
in our database and should be notified of the document creation by
email.
Added:
- ✨(backend) annotate number of accesses
on documents in list view
- ✨(backend) allow users to mark/unmark
documents as favorite
Changed:
- 🔒️(collaboration) increase collaboration access security
- 🔨(frontend) encapsulated title to its own component
- ⚡️(backend) optimize number of queries on
document list view
- ♻️(frontend) stop to use provider with version
- 🚚(collaboration) change the websocket key name
Fixed:
- 🐛(frontend) fix initial content with collaboration
- 🐛(frontend) Fix hidden menu on Firefox
- 🐛(backend) fix sanitize problem IA
The way the initial content was created was causing
issues with the collaboration server.
As soon a user started typing, the problem was gone.
This commit fixes that by letting Blocknote
managing the initial content, then we update the
Blocknote initial content with our initial content.
Albert send us back a malformed IA json, the
sanitize function was not able to handle it correctly.
We add a try catch on it, to not use the sanitizer if
the json.loads fails.
We need to keep the stickyness between the
collaboration api and the ws server, to do so,
we will use "upstream-hash-by: $arg_room", meaning
that the stickyness will be based on the room query.
We need to ahve 2 ingress to handle the
"collaboration_auth", only the ws routes has to
use the "collaboration_auth" subrequest.
When an access is updated or removed, the
collaboration server is notified to reset the
access connection; by being disconnected, the
accesses will automatically reconnect by passing
by the ngnix subrequest, and so get the good
rights.
We do the same system when the document link is
updated, except here we reset every access
connection.
We want to be able to reset the connections of a document.
To do this, we need to be able to send a
request to the collaboration server.
To do so, we added the endpoint
POST "/collaboration/api/reset-connections"
to the collaboration server thanks to "express".
