Pin idna to >=3.15 via uv constraint-dependencies to fix a moderate
severity (CVSS 5.3) information disclosure vulnerability. The flaw is
network-exploitable with no authentication required.
With the addition of the ANALYSING state
files could be accessed in the short time they
were in that state.
We now require files to be in ready.
Also adds missing frontend types (no impact).
When analysing a file, the previous commit introduced a row level lock
to make sure we would analyse and promote a single file.
This commit changes the locking mechanism so that it happens with
the upload state which avoids long running db locks and potential
perf issues.
Before this commit, post a file check, the policy could be
reused to change the verified file.
Now, files are uplaoded to a temporary location, then inside
a transaction that prevents concurrent calls, the file is
copied to its final destination and the checks are run on that one.
A new file can still be updated with the policy but it will never be read, etc.
As part of this change, all files in the new tmp directory
on s3 should have an expiration policy.
Add an email substring filter to the user merge management command,
allowing selection of a subset of users concerned by the merge process.
This enables safer incremental execution of the command by testing it
on a controlled group of users before applying it globally.
The goal is to validate behavior and ensure the merge process does not
introduce unexpected side effects or inconsistencies at scale.
Add a management command to merge duplicate users and reassign all
granted resources to the most recent user account in the database.
Support a dry-run mode to estimate the impact of the operation before
applying any changes. This helps validate the command and identify
potential issues in environments where realistic testing is difficult.
Add unit tests to verify the command behavior and ensure database
integrity is preserved during the merge process.
Move user provisioning logic out of the external token viewset into a
dedicated service to keep the viewset lightweight and easier to
maintain.
While extracting the logic, refactor user object handling to improve
robustness and make the provisioning workflow easier to reason about.
Defend against race conditions when concurrent requests attempt to
provision the same user. Rely on the existing database constraints to
guarantee uniqueness and gracefully handle integrity errors raised by
concurrent creations.
Update the test to document the actual contract without modifying the
underlying model behavior.
These tests act as non-regression coverage and explicitly assert that
users may have a null sub or email. They are intended to document the
current behavior of the initial user model rather than evolve or
constrain it.
Ghost rows have not been reported as an operational issue. For the sake
of simplicity, avoid changing the model unless required by a concrete
issue or unless the benefits clearly outweigh the added complexity.
Fix a race condition in the external viewset where concurrent requests
could create multiple pending users with the same email address.
No database constraint enforced email uniqueness for pending users,
allowing duplicates to be created under load.
This caused issues during user reconciliation, which expects a single
matching pending user and raises a warning when multiple records are
found.
Add a narrowly scoped migration to enforce the uniqueness constraint
and address the identified issue.
Backport the logging configuration from docs to LaSuite Meet after
discussion with @lunika.
Add a proper base logging setup to restore usable logs in production.
The initial repository bootstrap lacked a complete logging
configuration, resulting in limited operational visibility.
Use the Python port of Google's phone number library on the backend
instead of the JS one on the client. Saves 140Kb of unnecessary JS
and avoids a complex dynamic import that would have been required to
optimize loading.
The transformation is static: the phone number lives in the Django
settings, so the backend can format it once and pass the result to
the client. This avoids every client loading the 140Kb library and
re-computing the same information.
Moreover, within a single client, the transformation was previously
re-computed several times during a webapp lifecycle.
Inspired by commit eb23aef in suitenumerique/docs. The same base
route path is used everywhere, which helps when the backend sits
behind an ingress serving it with a regex like `api/*`.
Allow passing configuration and access level when creating a room
through the external API.
Also add a few guardrails:
* control whether public rooms are accepted on the external API
* set the default access level when creating a new room
Ensure the new room configuration and access level are returned by
the serializer when listing rooms.
Ensure the participant requesting a mute action is still present
in the room before processing the request.
This mitigates scenarios where a previously issued token could be
reused after the meeting has ended.
Current token lifetime is intentionally long-lived and will be
refactored in the future to better align with LiveKit session
constraints. In the meantime, add this extra validation step to
reduce the attack surface.
Extend the existing live synchronization mechanism beyond room
configuration to also include lobby access level changes.
This ensures that all owners and admins sharing a room maintain a
consistent and up-to-date view of room state in the frontend,
including configuration and access control updates.
Update room serialization to include room configuration for all
users fetching the API response, not only room owners.
This behavior was inherited from the original upstream project.
At the moment, exposing this configuration does not appear to
introduce meaningful security concerns or provide attackers with
additional capabilities.
The decision will continue to be reviewed from a security
perspective, but sharing the configuration improves frontend
consistency and synchronization.
Simplify source serialization and validation logic while improving
type safety around room configuration handling.
Introduce a dedicated TypeScript type matching the backend
Pydantic model more precisely.
Also harmonize track source casing between frontend and backend to
remove redundant conversion logic and resolve#1282.
Introduce synchronization of room configuration changes across
active participants.
When a room configuration is updated through a PUT operation, the
backend now performs an additional LiveKit API call to notify room
participants through a room metadata update event.
This ensures admins and owners quickly see up-to-date settings in
their administration panel. It also prepares the frontend for
automatic updates of unprivileged participants room’s data without
refetching it from the API.
An event-driven design was chosen instead of storing the full room
configuration in LiveKit metadata. While embedding the state
directly in metadata would provide immediate synchronization, it
would also require initializing and maintaining configuration
state during room creation or webhook handling, increasing the
risk of operational failures and regressions.
Instead, the backend emits lightweight synchronization events and
active clients update their React Query cache, which remains the
single source of truth for room configuration data.
Introduce a new room setting controlling whether all participants,
including non-privileged users, can mute others.
Update API validation accordingly and add the frontend controls
allowing administrators to toggle the option and persist the
configuration through the API.
Enable any participant to mute others when the room configuration
allows it. This is enabled by default for all meetings unless
explicitly disabled by an administrator.
Privileged users retain the ability to mute any participant
regardless of the room configuration.
Added a hyperlink to the "Open" text in step 1 of the recording
notification email instructions. Previously, "Open" was plain text
and users could only access their recording via the button below.
Now the text itself is a clickable link, improving accessibility
for email clients that may not render the button properly.
Updated MJML source template and all 4 locale files (en, fr, de, nl).
Introduce a new user assignment mechanism to for more friendly output
than the current (SPEAKER_0, SPEAKER_1, ...). Use the VAD metadata to
compare speech intervals with those returned by WhisperX. User with the
highest overlap score above a defined threshold is assigned to each segment.
This method allows for multi-speaker scenarios for a single account.
The tasks endpoint used non-timezone-aware date and time values and split
them into separate variables, which is unconventional. Refactor the
implementation to use timezone-aware datetime objects and align transcription
formatting with the user-declared timezone. Update the source of truth for
recording start time to FileInfo.started_at for improved precision. Adjust
the task signature in preparation for upcoming user assignment work, which
will require `started_at`, `ended_at`, and `metadata_filename`.
Expose RECORDING_ENCODING_* settings to override the default LiveKit
Egress preset (H264_720P_30). When RECORDING_ENCODING_ENABLED is True,
the provided width/height/framerate/bitrate/keyframe values are passed
as advanced EncodingOptions. Lowering framerate and bitrate reduces
recording file size and egress worker CPU load.
Disabled by default, preserving current behaviour.
Wrap Recording and RecordingAccess creation in a single transaction so a
partial failure does not leave orphan rows, and return 409 instead of 500
when a recording is already in progress for the room.
When the worker fails to start, transition the Recording to
FAILED_TO_START so the unique partial constraint on (room, status) no
longer blocks future recording attempts on the same room.
Room.configuration accepted arbitrary JSON without validation, allowing unsafe
or malformed payloads to be stored and creating a security risk. Define a
Pydantic schema to enforce structure and constraints, and add validation
at the serializer level to reject invalid inputs.
Integrate the add-ons authentication backend into the externalviewset.
This allows third-party integrations (e.g. calendar add-ins) to
obtain a JWT for a user and use it to call the API (e.g. create a
room) via a Bearer authorization header.
Introduce a configuration flag to enable or disable the
application token exchange (service account) mechanism.
This allows activating alternative authentication backends
without requiring full application token configuration.
Required to support the upcoming add-ons authentication backend.
The external viewset expected a plural "rooms:x" scope instead of
the incorrect singular "room:x".
Update it to accept the proper scope and emit tokens accordingly.
Add a new authentication backend for add-ons, with a core service
managing session state in cache and exposing three API endpoints.
Microsoft Add-ins recommend launching authentication from the
side panel via a dialog, then returning the JWT to the parent
context using postMessage. However, due to Django and SSO security
constraints (window.opener not preserved), this approach is not
viable.
Implement a three-step authentication flow:
- `/init`: create a session, return a short-lived transit token
and CSRF token. Store session ID in a secure HttpOnly cookie.
- `/poll`: allow the add-on to poll until authentication is
complete, then consume the session and clear the cookie.
- `/exchange`: exchange the transit token for a JWT, which is
later retrieved via the `/poll` endpoint.
The add-on opens an authentication dialog, stores the transit
token in sessionStorage, and performs the exchange after login.
This approach works within iframe constraints and provides a
sufficiently secure v0 despite known limitations.
lebaudantoine