generate_local_thumbnails() now uses pathlib and f-string formatting too,
making the code a lot simpler. Furthermore, I removed unused bits of
resize_and_crop() and simplified the rest.
`manage.py operations merge_project src_url dst_url` moves all nodes and
files from the project with `src_url` to the project with `dst_url`.
This also moves soft-deleted files/nodes, as it ignores the _deleted
field. The actual files on the storage backend are copied rather than
moved.
Note that this may invalidate the nodes, as their node type definition
may differ between projects. Since we use direct MongoDB queries the
nodes are moved to the new project anyway. This allows for a
move-first-then-fix approach).
This is done via a custom PATCH due to the lack of transactions of MongoDB;
we cannot undelete both project-referenced files and file-referenced
projects in one atomic operation.
Note that undeleting files cannot be done via Eve, as it doesn't support
PATCHing collections. Instead, direct MongoDB modification is used to set
_deleted=False and provide new _etag and _updated values.
This means it's no longer GCS-specific, and can be tested using the local
storage implementation.
Required implementation of a rename operation. To mirror Google's API, I've
implemented the renaming of a Blob as a function on the Bucket class.
To me this makes sense, as it requires creating a new Blob instance, which
shouldn't be done by another Blob.
Rather than making them sortable, I made them automatically sorted upon
saving the node. The colour map comes first, then the other maps in
alphabetical order.
This is a two-stage approach that happens when a new token is verified
with Blender ID and stored in our local MongoDB:
- Given the remote IP address of the HTTP request, compute and store the
org roles in the token document.
- Recompute the user's roles based on their own roles, regular org roles,
and the roles stored in non-expired token documents.
This happens once per hour, since that's how long we store tokens in our
database.
We can now store IP ranges with Organizations. The aim is to have any user
logging in with a remote IP address within such a race will get the
organization roles assigned to the user object stored in the Flask session.
This commit just contains the MongoDB storage and querying, and not yet the
updates to the user.
Instead of performing a call to the Blender Store, call to Blender ID to
get the user's subscription status.
Currently this is performed as a second HTTP call after logging in; in the
future we may want to include the roles in the login response from Blender
ID, so that we can do this in one call instead of two.
This should be hidden in the UI as well, but the backend should support this too.
We also want to set initial rating of 1 for contents that need it.
This commit includes a new unittest for this case.
Reviewers: sybren
Differential Revision: https://developer.blender.org/D2825
Also added SERVER_NAME in config_testing and pre-populated the keys of OAUTH_CREDENTIALS, since the implementation of providers is part of the application.
When a new user is created, two things happen:
- before inserting into MongoDB, the organizational roles are given
- after inserting, the organizations are updated to move the user from
`unknown_members` to `members`.
This actually returns an AnonymousUser object, instead of None, when the
user is not logged in.
For compatibility with existing code, this function doesn't set
g.current_user to that AnonymousUser instance. We may decide to do this
later.
With a PATCH request you can now:
- assign users,
- remove a user,
- edit the name, description, and website fields.
Only the organization admin user can do this.
This is a Flamenco/Attract-style Manager object that's instantiated by
the PillarApplication. It can create Organizations and assign/remove
users.
Also I updated the Organization schema to reflect the currently desired
design.
NOTA BENE: this does not include any security/authorisation checks on Eve's
organizations collection.
Both approaches now use a pillar.auth.UserClass instance. g.current_user
is now always set to that instance, even for web entry points.
This UserClass instance can still be keyed like the old dict, but this is
for temporary compatibility and shouldn't be relied on in new or touched
code.
