The upstream afero-s3 library has a severe performance regression where
every Read() call opens a new HTTP connection to S3, resulting in
hundreds of requests for sequential reads (e.g. ~320 requests for a 10MB
file with 32KB buffers instead of 1).
This temporarily replaces afero-s3 with a fork that fixes the issue by
requesting from the current offset to end-of-file when opening a read
stream, and properly closing the stream on Seek().
Upstream PR: https://github.com/fclairamb/afero-s3/pull/938 This replace
directive should be removed once the upstream PR is merged and a new
version is released.
- Make parent task bars full height (32px) matching regular bars,
instead of the thin 8px summary bar
- Move collapse/expand chevron to sit right before the bar start
position so it moves with the task during drag/resize
- Remove fixed-position indent indicator lines
- Add light background band with rounded border to visually group
parent tasks with their children, sized to fit the bars
Remove the toggle checkbox and always render relation arrows.
Wrap rows and arrow overlay in a position:relative container so
arrows anchor to the row area instead of the chart wrapper which
includes the timeline header.
The TipTap editor now uses Vue’s defineModel for its reactive value, simplifies editability control with watchEffect, and correctly types DOM image elements.
Summary
Imported watchEffect and switched to defineModel for the editor’s v-model, removing the old update:modelValue emit
Typed the retrieved image element as HTMLImageElement and removed debugging output from the paste handler
Replaced the watcher controlling editability with a simpler watchEffect and updated model handling to use the new model ref
CalDAV handlers manage their own database sessions. Now that model
methods use DispatchOnCommit, the CalDAV handlers must call
DispatchPending after commit and CleanupPending on rollback.
Refs #2315
Convert events.Dispatch to events.DispatchOnCommit in team and team
member CRUD. Also removes premature s.Commit() from TeamMember.Delete
since the handler manages the transaction lifecycle.
Refs #2315
Convert events.Dispatch to events.DispatchOnCommit in Task.Create,
updateSingleTask, Task.Delete, and triggerTaskUpdatedEventForTaskID.
Events are now dispatched by the handler after s.Commit(), ensuring
webhook listeners see committed data.
Fixes#2315
All generic CRUD handlers now call events.DispatchPending(s) after
s.Commit() and events.CleanupPending(s) on rollback paths. This is
preparation for switching model methods from events.Dispatch to
events.DispatchOnCommit.
Refs #2315
Events dispatched inside model methods run before the transaction commits,
causing listeners (especially webhooks) that open new sessions to read
stale data. These new functions allow accumulating events during a
transaction and dispatching them only after commit.
Refs #2315
- Replace tailwindcss v3 with tailwindcss v4 + @tailwindcss/vite plugin
- Create dedicated tailwind.css entry with granular imports (skip preflight)
- Use CSS-first config with prefix(tw) instead of JS config
- Switch from PostCSS plugin to Vite plugin for better performance
- Update class prefix from tw- (dash) to tw: (colon) in all Vue files
- Remove @tailwind directives from global.scss
- Delete tailwind.config.js (replaced by CSS directives)
- Update stylelint at-rules for v4 directives
Async event handlers (via Watermill) from the previous test can hold
SQLite connections, starving the next test's fixture setup PATCH request.
Three changes fix this:
1. Track in-flight event handler goroutines with a WaitGroup.
2. Call WaitForPendingHandlers() in the test endpoint before
truncating/inserting data.
3. Navigate the browser to about:blank in fixture teardown to stop
notification polling and other frontend requests between tests.
checkUserCaldavTokens called user.GetCaldavTokens which creates its own
db.NewSession(), while the caller (BasicAuth) already holds an open
session. With SQLite this caused a deadlock because the second session
blocks on the write lock held by the first session in the same goroutine.
Add GetCaldavTokensWithSession that accepts an existing session and use
it from checkUserCaldavTokens.
SameSite=None requires Secure=true per browser spec. When running over
plain HTTP (local dev, e2e tests), browsers reject or downgrade the
cookie, breaking session refresh. Fall back to SameSite=Lax for HTTP
while keeping SameSite=None for HTTPS (needed for the Electron desktop
app cross-origin scenario).
Three SQLite connection issues are fixed:
1. The refactoring in 26c0f71 accidentally dropped _busy_timeout from
the file-based SQLite connection string. Without it, concurrent
transactions get instant SQLITE_BUSY errors instead of waiting.
2. _txlock=immediate forced ALL transactions (including reads) to
acquire the write lock at BEGIN, serializing all database access.
WAL mode makes this unnecessary: readers use snapshots and never
block writers, so the SHARED-to-RESERVED deadlock cannot occur.
3. In-memory shared cache (file::memory:?cache=shared) uses table-level
locking where _busy_timeout is ineffective (returns SQLITE_LOCKED,
not SQLITE_BUSY) and concurrent connections deadlock. Replace with a
temp file using WAL mode for proper concurrency.
MaxOpenConns(1) caused Go-level deadlocks: when two goroutines needed
database connections concurrently, the second blocked forever waiting
for the single connection pool slot. This broke CI (sqlite web tests
timed out after 45min, e2e tests hung).
The actual "database is locked" errors were caused by SQLite's default
deferred transaction locking: two connections both acquire SHARED locks,
then deadlock when both try to promote to RESERVED for writing. SQLite
detects this instantly and returns SQLITE_BUSY, bypassing busy_timeout.
_txlock=immediate fixes this by acquiring the write lock at BEGIN time.
The second concurrent transaction waits (up to busy_timeout) instead of
deadlocking. Combined with WAL mode (concurrent readers + single writer),
this handles concurrency correctly without restricting the Go connection
pool.
renovate[bot]
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Weijie Zhao
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Dominik Pschenitschni
Dominik Pschenitschni