Cut narration a reader can infer from the code (envelope element type,
path-param binding, per-case test descriptions). Keep the non-obvious
rationale: IDOR scoping, RFC 9110 etag quoting, why the feature gate sits
in the registrar, and the author-only fixture crux.
The Forbidden non-author update/delete cases used user6, who also lacks access
to task 1, so they only proved access denial, not the author-only restriction.
Add cases driven by testuser1 against comment 4 on task 16 (project 7): user1
has write access via team 3 but did not author the comment (user6 did), so a
403 there genuinely exercises the authorship branch. Keep the user6 cases as
the no-access negatives, relabelled for clarity.
TaskComment.Update used tc.Author as the TaskCommentUpdatedEvent doer, but
that field is bound from the request body. A client could omit it (nil doer,
breaking the event) or spoof another user. Resolve the doer from the session
auth via GetUserOrLinkShareUser instead, mirroring Create and Delete. CanUpdate
already guarantees the authenticated user is the comment's author, so this is
both correct and consistent. Affects v1 and v2, which share the model.
Add TaskComment CRUD on /api/v2 under /tasks/{task}/comments, mirroring
the project_views nested-resource shape. The resource is feature-gated by
config.ServiceEnableTaskComments, checked inside the registrar so it runs
after config has loaded. Self-registers via init()+AddRouteRegistrar; no
routes.go change. ReadAll exposes the order_by (asc/desc) query param.
Adds doc:/readOnly: tags to the shared TaskComment model fields and a
TestHumaTaskComment webtest covering list/read/create/update/delete plus
negatives (non-author forbidden, comment under the wrong task -> 404).
Bring TestHumaAdminProjects to 1:1 parity with v1 TestAdmin_ListProjects
by asserting owner hydration ("username":"user1", never "owner":null)
and project field presence ("id":, "title":) on the response body, in
addition to the existing gate personas and ownership/archived visibility
cardinality checks.
Bring the merged v2 Label webtest (TestHumaLabel) to 1:1 parity with the
model-level matrix in pkg/models/label_test.go so the v2 HTTP surface
independently proves the full visibility/permission contract once v1's
routes and tests are removed.
Added scenarios:
- ReadAll asserts the EXACT visible set for user1 = {1,2,4,7,8}, with #3
(other owner, unattached), #5 (other owner, inaccessible task) and #6
(GHSA private fixture) explicitly absent — not just contains/not-contains.
- ReadOne: #3 forbidden (other owner, unattached); #6 forbidden (GHSA
private); #4 ALLOWED (other owner but visible via an accessible task);
#7 allowed (own, unattached); #8 allowed (own, only on inaccessible task).
- Update/Delete: #4 forbidden (GHSA-hj5c-mhh2-g7jq read-vs-write: readable
but not writable by the non-owner); #3 forbidden; #6 forbidden.
- Create asserts hex-color normalization (#aabbcc -> aabbcc).
Keeps the existing ETag/304 and merge-patch subtests.
include_public is a list-time query flag, not a team field. With json:"include_public" it leaked into the v2 Team request/response body schema (POST/PUT). Mark it json:"-" so it only travels as a query parameter: v1 binds it via the query tag, and the v2 list handler takes it as a dedicated query field and sets it on the model internally.
Adds Team CRUD on /api/v2 mirroring the labels reference resource:
list, read, create, update, delete under /teams[/{id}].
- The list op exposes an include_public query param bound onto the
model so Team.ReadAll can surface public teams (gated by the instance
public-teams setting).
- Read ops emit an ETag and honor If-None-Match (304).
- Model fields gain doc: tags; server-controlled fields are marked
readOnly:true.
- Self-registers via init()/AddRouteRegistrar; no routes.go change.
- New webtest TestHumaTeam (named to avoid clashing with the v1 model
TestTeam) covers list/read/create/update/delete plus negatives
(non-member 403, nonexistent 403/404) and ETag/304.
- Move each resource file's init() below its RegisterXRoutes func so the func doc
comment stays attached (it was documenting init()).
- Note AddRouteRegistrar is init-only and not concurrency-safe.
- Reword RegisterAll: registrar order is unspecified and irrelevant.
Previously every new v2 resource appended an explicit RegisterXRoutes call
(and the EnableAutoPatch line had to stay last) in registerAPIRoutesV2 in
routes.go, causing recurring merge conflicts across in-flight PRs.
Resources now self-register: each resource file calls AddRouteRegistrar from
an init(), and registerAPIRoutesV2 just calls apiv2.RegisterAll, which runs
every registrar and then EnableAutoPatch. New resources touch zero shared
lines.
Avoids a duplicate RegisterAvatarRoutes declaration in package apiv2 now that
the avatar GET route (#2818) is on main; both routes are registered distinctly.
MaxBodyBytes was set to exactly the configured max file size, but a
multipart request carries extra bytes (boundary, part headers) on top of
the file, so a file at the limit could be rejected by Huma before the
handler runs. Mirror the +2 MB overhead that Echo's global BodyLimit
middleware already allows so a max-sized avatar isn't rejected.
Browsers set a real image Content-Type (image/png, image/jpeg, ...) on
the multipart avatar part, while programmatic clients often send
application/octet-stream. The part contentType tag is an allow-list for
Huma's MimeTypeValidator, which runs before the handler; broaden it so
both cases are accepted instead of being rejected with a 422.
The byte-level mimetype.DetectReader check in the handler remains the
real security gate and is unchanged.
Extend the webtest with a case that sends a part declared as image/png
and asserts it reaches the handler successfully.
Add PUT /api/v2/user/settings/avatar, the first multipart/form-data file
upload on the Huma-backed v2 API. Reuses v1's byte-level mime validation
(mimetype.DetectReader) and storage (upload.StoreAvatarFile), modeling the
request as a huma.MultipartFormFiles input so it renders as multipart/form-data
in the OpenAPI spec instead of being read off the raw echo context.
Flips the user's avatar provider to "upload" on success. Authenticated (JWT).
Extract the duplicated user-lookup, provider-selection and size-clamping
logic from the v1 GetAvatar and v2 avatarGet handlers into a single
avatar.GetAvatarForUsername helper. Both handlers now call it and keep
only their transport-specific code (v1: echo size parse + c.Blob, v2:
huma input/response). Pure refactor, behavior is unchanged.
Add GET /api/v2/avatar/{username}, the v2 reference for a binary response
modeled in the OpenAPI spec. Reuses the v1 avatar provider logic (provider
lookup, size clamp to config.ServiceMaxAvatarSize, runtime content-type) and
returns raw image bytes via Huma's []byte body + dynamic Content-Type header
idiom, advertised in the spec as application/octet-stream.
The endpoint is authenticated under the global security like every other v2
route (an anonymous request gets a 401); it is not public.
Add the admin + license gate for /api/v2 and ship the first gated
resource, GET /api/v2/admin/projects (AdminProjectList).
The gate reuses the existing v1 middleware functions unchanged —
RequireFeature(license.FeatureAdminPanel) and RequireInstanceAdmin(),
both of which serve 404 on failure. Rather than splitting the single
v2 Huma API into a separate gated sub-group (which would split the
OpenAPI spec and drop admin operations from /api/v2/openapi.json), the
gate is applied as a path-scoped Echo middleware on the shared /api/v2
group, firing only for /api/v2/admin/* and after the token middleware.
This preserves v1's 404-not-403 semantics and keeps admin routes in the
unified v2 spec and Scalar docs.
AdminProjectList lists every project on the instance (archived
included), behind the gate. Adds doc:/readOnly: tags to the shared
Project model so it documents correctly as a v2 schema.
Tests in pkg/webtests/huma_admin_test.go (TestHumaAdminProjects) cover
all three personas: non-admin -> 404, admin without feature -> 404,
admin with feature -> 200 list, plus unauthenticated -> 401.
Add ProjectView CRUD on /api/v2 under the nested path
/projects/{project}/views[/{view}], establishing the two-path-param
binding pattern for sub-resources. Mirrors the labels.go handler shape
and reuses handler.Do* so permission checks stay at the model layer.
Both {project} and {view} are bound on every operation; {project} is
threaded onto ProjectView.ProjectID (ReadOne resolves via
GetProjectViewByIDAndProject, which needs the parent id). List wraps the
[]*models.ProjectView slice in the shared Paginated envelope, read sends
an ETag for If-None-Match/304, and AutoPatch synthesises PATCH.
Also:
- Tag exposed ProjectView / ProjectViewBucketConfiguration / nested
TaskCollection fields with doc: descriptions; mark server-controlled
fields (id, project_id, created, updated) readOnly. Safe for v1.
- Give ProjectViewKind and BucketConfigurationModeKind a huma.SchemaProvider
so the string-serialised enums reflect as string schemas instead of
Huma's default integer schema (which rejected the string form with 422).
Routes registered in registerAPIRoutesV2 before EnableAutoPatch.
Collapsing unparseable taskIds to 0 meant sortParentsBeforeChildren,
which tracked placement by TaskID, treated every zero-id task after the
first as already placed and silently dropped it. Track placement by task
identity instead so duplicate or zero ids never conflate distinct tasks.
TickTick exports could contain non-numeric values in columns Vikunja
parses as integers (Priority, taskId, parentId). gocsv's strconv.ParseInt
then failed, aborting the entire import and surfacing as an internal
server error reported to Sentry (e.g. parsing "p1": invalid syntax).
Numeric ID columns now fall back to 0 for unparseable values instead of
failing the import. The Priority column, which was previously parsed but
never carried over to the imported task, is now mapped onto the task and
accepts both the plain numeric form (0, 1, 3, 5) and the "pN" form
(p1, p2, p3).
Closes#2822
The `service.allowiconchanges` config option was ignored. On the web ui the
value injected into index.html by the api was immediately overwritten by a
hardcoded `window.ALLOW_ICON_CHANGES = true` in a later inline script, so the
configured value never took effect. The desktop app never received the
injected value at all, since it serves the bundled frontend from its own local
server and only talks to the api for data.
Expose the option via the /info endpoint and read it from the config store,
which is the only channel that reaches both the web ui and the desktop app.
The brittle window injection and its hardcoded default are removed in favor of
this single source of truth.
https://claude.ai/code/session_01HAXTJNsDcfsB4hwDNKTECb
v2's OpenAPI spec is generated from struct tags and Operation fields at
runtime; unlike swaggo (v1) it can't read Go doc comments, so v2 shipped
without the field/operation descriptions v1 has. Add doc: tags to the
Label model (kept in sync with the existing comments swaggo reads for
v1) and Summary/Description to each label operation. Makes labels a
complete reference for the pattern.
The normalizer's docstring and stripBracketSuffix's pair-by-pair walk
promise left-to-right order preservation (load-bearing for sort_by /
order_by), but the only coverage used order-insensitive assert.Contains
after 02e10b287 dropped the dedicated test. Add exact-match assertions
that a mix of plain and bracketed forms re-emits values in send order.
Huma's handler-error path wraps raw errors as NewErrorWithContext(ctx,
500, "unexpected error occurred", err), and since the humaecho5 adapter
writes Huma's response directly it bypasses Vikunja's
CreateHTTPErrorHandler — which returns a generic 500 with no detail for
non-domain errors. The huma.NewError override then copied err.Error()
(raw DB/driver messages, SQL, table/column names) into the problem+json
errors[], a regression vs v1.
Override huma.NewErrorWithContext to drop errs for status >= 500, log
the real cause server-side, and return a generic body. 4xx detail
(validation errors, domain messages) is unaffected.
PermissionsAreValid only consulted apiTokenRoutes, so a v2-only resource
(no v1 counterpart) could never be granted as a token scope even though
CanDoAPIRoute already authorises against both tables. Validate against
the union so the v1+v2 authorization and validation paths agree.
translateDomainError discarded web.HTTPError.Code, so v2 error bodies
always read code 0 — losing the v1 contract the error docs key off.
Override huma.NewError with a VikunjaErrorModel that adds a code field,
so both the generated OpenAPI schema and runtime responses carry it.
Domain errors with a numeric code now surface it (e.g. 8002 for a
missing label, matching v1); errors without one omit it.
authFromCtx surfaced the underlying GetAuthFromContext error message
(e.g. the internal 'no echo.Context' adapter detail) straight to the
client. Log the real error and return a generic 401 instead.
The authenticated v1 group installs setupRateLimit and
setupMetricsMiddleware; the v2 group only had cache-control and token
middleware, so authenticated v2 endpoints bypassed the configured API
rate limiter and route metrics. Mirror the v1 stack.
Huma's SchemaLinkTransformer (enabled by default) emits a `$schema`
field on every JSON response and an example URL in the spec. Both were
broken in our setup: the example URL used Huma's "https://example.com"
placeholder because no Servers were declared, and the runtime URL
pointed at /schemas/Label.json instead of /api/v2/schemas/Label.json
because Huma can't see the Echo group prefix.
Two changes:
- Set OpenAPI Servers to a list with the relative GroupPrefix first and,
if service.publicurl is configured, the absolute deployment URL
second. Servers[0] feeds Huma's getAPIPrefix / addSchemaField /
Transform fallback; Servers[1] is informational metadata for SDK
generators and docs UIs. Keeping the relative URL at index 0 dodges a
Huma quirk that double-prefixes the runtime $schema URL when the
index-0 server URL carries a path component.
- Add /api/v2/schemas/:schema to unauthenticatedAPIPaths so editors and
SDK tooling can fetch schemas without a token, mirroring how the spec
itself is reachable.
kolaente
Frederick [Bot]
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