OpenChamber spawns the OpenCode server as an external child binary (detached
on Unix), so a hard crash, SIGKILL, or Ctrl+C of the host before graceful
teardown could leave it running. Orphaned servers then accumulate and contend
on the shared SQLite DB, causing severe startup slowdowns.
Add a per-process registry plus a startup reaper, mirroring the pattern
OpenCode's own CLI daemon uses for its detached server:
- One file per spawned process at
~/.config/openchamber/managed-opencode/<pid>.json. Per-process files avoid
the read-modify-write clobber race between concurrent runtimes/windows that a
single shared file would suffer.
- On spawn, record the child (pid, owner pid, port, binary, host runtime).
- On graceful close/restart, delete the record.
- On startup, reap only our own, verified, genuinely-orphaned processes:
recorded by us AND still a live `opencode serve` on the recorded port AND
whose spawner is provably gone (reparented to pid 1, or recorded owner dead).
It never touches a process a live instance is using, the user's standalone
server, the official desktop app, or the TUI.
Wire it into every runtime that spawns the server:
- web/desktop via the OpenCode lifecycle (register on spawn, unregister on
close/restart, reap at startup). The restart-for-config-change flow inherits
this automatically through the same kill/spawn paths.
- VS Code carries a parity implementation (it does not bundle the web package)
that reads/writes the same registry directory and uses the same algorithm.
- Tag the actual host runtime (desktop/web/ssh-remote/vscode) for observability.
Also tighten teardown so the registry stays accurate and orphans die promptly
instead of only on the next start:
- The web server now also handles SIGHUP and SIGUSR2 (terminal close and the
nodemon restart used by dev:server:watch / dev:web:hmr).
- Electron now installs SIGINT/SIGTERM/SIGHUP handlers that run the same
background teardown as a normal quit, covering Ctrl+C on electron:dev.
External OpenCode servers (OPENCODE_SKIP_START) are intentionally excluded: we
never manage or kill processes we did not spawn.
Keeps implicit new sessions tied to the current directory
Prevents unmatched directories from inheriting the active project
Adds regression coverage for draft project selection
Lets ArrowUp recall previous messages when the cursor is at the start
Keeps autocomplete guards for history navigation
Restores prior chat input behavior
Makes Commit & Sync fetch and pull before push when needed
Prevents stale git status from showing already up to date
Adds regression coverage for git status cache invalidation
In the changes/diff view, an unwrapped diff's intrinsic width leaked up the
flex chain: the flex-1 column holding the scroll area lacked min-width:0, so its
min-content (the widest line) stretched it — and every nested w-full element,
including the .pierre-diff-wrapper (overflow-x-auto) and the file header — grew
to the content width. That pushed the header's action controls past the narrow
viewport and left overflow-x-auto with nothing to scroll.
Add min-w-0 to the diff layout's flex items so the chain stays at viewport
width: long lines now scroll horizontally inside the diff, and the file header
controls stay visible.
The oc_url_token has a ~50s effective lifetime and was only fetched once at
preview mount, so HTML/image/PDF previews cycled to 'authentication required'
when it expired and nothing forced a re-render with a fresh token.
Add a consumer-gated proactive refresh in runtime-auth: while at least one
url-token consumer is active, a single scheduler mints a fresh token just
before the skew window and swaps it in atomically (the previous token stays
valid until the new one lands — no empty-token window for other consumers).
acquire/release manage the consumer count; subscribe fires only on a real
token replacement.
FilesView consumes this via a shared useAssetAuthRefresh hook (replacing three
near-duplicate effects) and remounts the iframe/img only when the token
actually changes, not on a blind interval.
Wire the unused --markdown-paragraph-spacing token to .markdown-content p so
adjacent paragraphs no longer collapse into a single visual line (Tailwind
preflight had zeroed the default <p> margins).
The renderer wraps each block in a display:contents [data-md-block] element, so
the message-level last-child margin nullifiers target the wrapper, not the
paragraph. Drop the trailing margin on the last paragraph of the last block
directly so messages don't gain extra bottom space. Keep tool-card and
reasoning markdown compact.
Removes startup blocking on OpenCode config defaults
Preserves manual and directory-specific model selections
Adds regression coverage for config races
Require Node.js 22 to match project runtime requirements
Handle malformed or failing node version output safely
Improve install success guidance and PATH diagnostics
Single-dollar $...$ inline math collided with currency text ($50,
US$ 680, "$50M to $72M"), parsing money as math and corrupting it.
Drop single-dollar inline math; keep $$...$$ display math and add
\(...\) inline and \[...\] display via marked tokenizers (caught at
lex time so they survive backslash escaping and stay code-safe).
Also gate renderMathExpressions on a cheap $-presence check so the
split + regex passes are skipped for the non-math majority of blocks.
Draft starters from commands and skills now resolve on mount without needing to open the add dialog
Uses existing TTL-cached and deduped loaders, so no extra cost if already loaded
Desktop notifications no longer duplicate when native delivery succeeds
Reasoning chain-of-thought is excluded from notification body text
Untyped message parts are ignored in notification text extraction
Replaces static context icons with live circular progress indicators
Applies consistent context progress in desktop, mobile, VS Code, and mini-chat headers
Keeps usage coloring tied to existing status thresholds
Reuse the file-editor Shiki extension for the PlanView and SkillsPage editors,
gated to non-markdown files. Markdown sources keep the lezer highlighter (its
markdown-aware styling is better for editing and there's no Shiki view to match).
- PlanView: code files opened through it get Shiki colors; plan .md stays lezer.
- SkillsPage: code supporting files get Shiki colors; SKILL.md stays lezer.
Bring the CodeMirror file editor up to the same rich highlighting as the Shiki
file view, so toggling edit <-> view is visually consistent. lezer collapses far
more tokens than TextMate (import/from/const are all "keyword"), so a theme
remap can't reach parity — instead, project real Shiki tokens onto decorations.
- Worker: add highlightTokens — tokenize with an arbitrary registered TextMate
theme and return per-line styled runs with offsets. The theme object ships to
the worker once per name; later calls send only the name.
- New shikiHighlight CodeMirror extension: a StateField of mark decorations
built from worker tokens. Re-tokenizes on a short idle (off the keystroke
path) and maps decorations through edits so colors persist while typing.
- flexokiTheme: add { syntaxColors: false } to keep only the editor UI theme,
so the lezer highlighter doesn't compete with the Shiki decorations.
- FilesView: enable Shiki highlighting (same language resolver as the file view
→ identical language) and drop lezer token colors when it's active. lezer
language stays on for indentation/folding/brackets.
The Prism syntaxTheme prop is no longer read after code highlighting moved to
the Shiki worker. Remove the now-dead prop threading and its source.
- Drop syntaxTheme from interfaces, destructures, prop passes, and React.memo
comparators across ChatMessage, MessageBody, ProgressiveGroup, ToolPart,
TurnActivity, ToolOutputDialog, and ChatInput.
- Drop the unused _syntaxTheme param from renderWebSearchOutput.
- Remove the dead generateSyntaxTheme usages (ChatMessage memo, PlanView
unassigned memo) and delete the now-unimported syntaxThemeGenerator module.
Route all non-markdown code highlighting through the off-main-thread Shiki
worker, removing react-syntax-highlighter and prismjs entirely.
- Extend the worker with highlightLines: tokenize a whole block once and return
per-line inner HTML, so per-line layouts (diffs, gutters, virtualization) make
one worker call instead of one highlighter per line.
- Add shared WorkerHighlightedCode (whole-block) and useWorkerHighlightedLines
(per-line) primitives. Colors resolve via the --md-syntax-* CSS variables, so
theme changes never re-highlight.
- Migrate all 12 react-syntax-highlighter call sites: PermissionCard,
ToolPart, ContextSidebarTab, ToolOutputDialog (whole block) and
DiffPreview/WritePreview (per line).
- Migrate VirtualizedCodeBlock off prismjs to the worker, keeping virtua
virtualization; whole-block tokenization also restores cross-line syntax
context that per-line highlighting lost.
- Drop react-syntax-highlighter (+types) from ui and web, prismjs (+types) from
ui, and the orphaned create-element type shim.
Tokenize closed code blocks in a dedicated Shiki Web Worker instead of calling
the shared highlighter synchronously on the UI thread. This removes the
one-shot main-thread highlight stall when a code fence closes on a large block.
Streaming behavior is unchanged: the open (streaming) fence still renders as
plain text and is highlighted once on close. On any worker failure the block
keeps its escaped plain code — highlighting never falls back onto the main
thread.
- Add markdownShikiThemeDefinition (dependency-free CSS-variable theme) so the
worker can use the theme without pulling in @pierre/diffs / React.
- Add markdown-worker-protocol, markdown-shiki.worker, and the main-thread
markdown-worker client.
- Route highlightCodeBlocks through the worker; keep the size/VSCode line guard
and mermaid skip on the main thread.
- Add shiki as a direct dependency (was transitive via @pierre/diffs).
Thread onShowPopup from MessageBody through AssistantTextPart into the
markdown renderer so clicking a rendered mermaid diagram in assistant
messages opens the existing pan/zoom fullscreen preview dialog.
Replace the react-markdown/Prism component tree with an HTML-string
pipeline (marked -> KaTeX -> Shiki -> DOMPurify -> DOM decorators) patched
into the DOM via morphdom, with per-block reconciliation and a paced
streaming reveal. Cuts streaming CPU versus the previous renderer while
preserving file-reference links, mermaid diagrams, table export, and
agent/skill/favicon link handling. Public MarkdownRenderer/
SimpleMarkdownRenderer props are unchanged (drop-in).
Keeps pending changes state fresh even when the bar is hidden
Updates the composer when workspace changes appear or disappear
Removes duplicate refresh handling from the pending changes bar
Moved the Windows app menu into the fixed titlebar controls
Kept sidebar controls stable when opening and closing the sidebar
Documented longer validation timeouts for workspace checks
Upgraded @opencode-ai/sdk dependency from ^1.17.0 to ^1.17.7 across all packages
Added unreleased changelog entries for VSCode startup parity, mobile tool card fix, and files workspace directory fix
Refined VSCode changelog to remove inaccurate project-level actions note
* perf(vscode): gate API readiness and coalesce duplicate startup reads
Bring the VS Code bridge runtime to parity with the web startup
optimizations (PR #1650), which were web/desktop-only.
waitForApiUrl now hands out the OpenCode API URL only once the manager
reports 'connected', instead of as soon as getApiUrl() exposes
server.url. The URL is available the moment the process is spawned —
before waitForReady confirms it can serve and during a workspace-switch
restart (stale port) — so URL-presence alone let the bridge forward to a
not-yet-ready OpenCode and surface 502s. Gating on connected status
mirrors the web proxy's isOpenCodeReady hold. Also fail fast on 'error'
status so a missing CLI doesn't burn the full 30s timeout.
Coalesce concurrent identical GET reads (config/path/agents/agent/
project/command) at the bridge proxy so the single OpenCode process
serves them once. On cold start the webview's sync bootstrap and config
store fire these reads in parallel with no shared dedup; this is the
extension-host analog of the runtimeFetch coalescer. Shared reads carry
no AbortController so one caller's abort can't strand the others, and the
entry clears as soon as it settles (never serves stale).
* perf(vscode): fade the startup splash once mounted + connected, not on live fetch
The webview's initial-loading overlay held until a successful live
/api/config/providers AND /api/agent fetch completed. After the cache
hydration work those live reads are the slowest cold-start tail — the UI
underneath already paints pickers and the sidebar from cache and refreshes
in the background — so gating the splash on them kept it spinning long
after the app was usable.
Fade the overlay as soon as the UI is mounted and OpenCode is connected.
Per-widget loaders convey any remaining background refresh, matching how
web/desktop (which have no such splash) already behave. Removes the now
-obsolete bootstrapProvidersReady/AgentsReady/Failed tracking and
recordBootstrapFetch. Connection error/disconnected splash messages are
unchanged.
* fix(vscode): include captured OpenCode output in spawn-timeout error
When the managed OpenCode server fails to emit its 'listening' line within
the start timeout, the error discarded everything the process printed to
stdout/stderr — so the status report showed a bare 'Timeout waiting for
server to start' with no clue whether the process hung, crashed silently,
or printed a config/auth error. The exit path already includes the output;
the timeout path now does too (or notes that nothing was printed).
* feat(vscode): workspace-grouped session list with working folders, pinning, and archived toggle
Replace the flat multi-workspace session list with the grouped project view,
using each open VS Code workspace folder as a header (no per-worktree
subgroups). This restores native folder and pin support, which the flat list
silently dropped, and fixes the clipped left padding on session rows.
- Group sessions strictly by open workspace; funnel all non-archived sessions
into the workspace's group so they no longer fall into the archived bucket.
- Keep the project/group/folder + buttons but make them open a draft in the
correct workspace and navigate to chat; hide the project actions (...) menu,
which isn't relevant in VS Code.
- Force the minimal single-line row layout (the second metadata row is
redundant under workspace headers) and drop the per-row tooltip.
- Add a show/hide archived toggle next to the archive-all control, since the
VS Code header has no display-mode menu.
- Size the hover action reveal so the timestamp clears the row buttons.
- Bump mobile line-height on tool/reasoning rows from leading-4 to leading-5
so descenders (g, y, p) are no longer clipped by truncate overflow
- Show the tool icon (not the chevron) for collapsed expandable tools on
mobile, matching reasoning rows; chevron now appears only when expanded
* perf(startup): hydrate providers/agents from cache (stale-while-revalidate)
Persist last-known provider/agent snapshots instead of stripping them, so the
model/agent pickers paint instantly on cold start. Freshness is preserved by the
background refresh in initializeApp() and activateDirectory() (which overwrite on
success) and by the existing provider/agent config-change subscriptions, so the
prior stale-provider regression stays fixed without blanking the UI during fetch.
* perf(startup): cache directory session list for instant sidebar
Persist a capped slice of each directory's session list and seed the child store
from it on creation, so the sidebar paints chats immediately on cold start.
Bootstrap phase-3 loadSessions overwrites with the fresh list; its empty-list
race guard preserves the seeded sessions during OpenCode warmup.
* perf(startup): hold API requests through OpenCode warmup instead of 503
The readiness gate returned 503 the instant OpenCode wasn't ready, pushing the
client into an exponential-backoff retry loop (500ms -> 1s -> ...) that wasted
seconds of cold-start time and could fail bootstrap outright. Now hold the
request and poll readiness up to a bounded window so the first call succeeds as
soon as OpenCode is up (typically sub-second); still 503 fast past the window so
a genuinely-down server doesn't hang. Adds coverage for both paths.
* perf(startup): surface cached providers/agents in pickers (optimistic readiness)
The model/agent pickers gated purely on isInitialized, so they showed
"Loading…" for the entire init round-trip even when provider/agent data was
already hydrated from cache — making the persisted-cache work invisible. Treat
the pickers as ready as soon as cached providers are present (stale-while-
revalidate), so they paint last-known models/agents instantly and refresh in the
background. First-ever launch (no cache) still shows Loading until init.
* perf(startup): don't abort directory bootstrap on transient phase-1 failure
A failed initial path.get OR session.status aborted the whole directory
bootstrap, stranding it in loading and skipping phase 2/3 (session load).
session.status is live data the event pipeline keeps current, and path.get is
tolerable once a project is resolved from global state. Now only a total
failure (or path.get failing with no resolved project) aborts, so the sidebar
and chat keep advancing and loading sessions through warmup hiccups.
* perf(startup): don't bootstrap directories from archived sidebar rows
Each sidebar session row called useDirectoryStore(dir), which defaulted to
bootstrap:true and triggered a full directory bootstrap. Archived sessions point
at dozens of (often deleted) worktrees, so on startup this fired a session-list
fetch + 6x2s empty-retry storm per dead directory (the logs the user saw). The
store ref there is only read on-demand via getState() in export handlers, never
subscribed, so archived rows don't need it bootstrapped. Add a { bootstrap }
option to useDirectoryStore and skip bootstrap for archived rows; active rows
still bootstrap so live cross-directory session/status keeps aggregating.
* perf(startup): stop empty-session bootstrap retry storm on web/desktop
The post-bootstrap retry re-ran the full directory bootstrap 6x2s whenever the
session list came back empty, on the theory that empty meant OpenCode wasn't
ready. But loadSessions already retries transient failures twice over
(listGlobalSessionPages throws on 5xx and retries internally), so on web/desktop
an empty result is authoritative — the directory genuinely has no sessions (e.g.
deleted worktrees referenced only by archived sessions). That produced the
dozens of '[bootstrap] sessions empty ... 6 attempts; giving up' log storms.
Gate the retry to VS Code, where the bridge can return an empty 200 during
warmup that the inner retries can't catch.
* perf(startup): scope provider/agent config to project (worktrees inherit)
Providers/agents/defaults are project-level, but were keyed per directory, so a
worktree fetched and cached its own snapshot — duplicating the parent project's
load (the trace showed initializeApp loading the worktree and activateDirectory
loading the project concurrently, ~8s of redundant background work).
- resolveConfigDirectory() maps a worktree to its owning project; loadProviders
/loadAgents/activateDirectory now key by it, so a worktree reuses one shared
project snapshot. activateDirectory resolves up-front so activeDirectoryKey and
the snapshot key always match (picker stays consistent); the OpenCode working
directory is unaffected.
- Add a 30s runtime freshness guard so the stale-while-revalidate background
refresh skips re-fetching config that was just loaded (initializeApp then
activateDirectory for the same project), and to avoid churn on rapid project
switches. Config-change invalidation clears the snapshot, which bypasses the
guard, so freshness never masks a needed refresh.
* fix(sidebar): default archived sessions to hidden to avoid startup flash
useSessionDisplayStore defaulted showArchivedSessions to true, so on startup
archived sessions rendered by default and then vanished once the persisted
preference rehydrated to hidden — a visible flash. Default to hidden so the
pre-hydration state is the quiet one; users who opted into showing archived keep
their persisted true (default change doesn't override persisted state).
* perf(startup): persist worktree->project mapping to kill cold double-load
The worktree->project map (availableWorktreesByProject) is populated by async git
discovery, so it isn't ready when initializeApp runs — a worktree's first config
load couldn't resolve to its project and duplicated the project's provider/agent
load, saturating OpenCode during cold start (the source of the slow first
createSession/send the user observed). Cache resolved worktree->project mappings
to localStorage so resolveConfigDirectory resolves synchronously at init on
subsequent launches; the project is loaded once and activateDirectory hits the
freshness guard. worktree->project is immutable so a cached entry is safe; live
resolution still populates/corrects the cache.
* perf(startup): persist worktree map for instant sidebar + first-launch keying
Worktree discovery is async (git), so availableWorktreesByProject was empty at
startup: the sidebar worktree list appeared late, and useConfigStore couldn't
resolve a worktree to its project on the first launch (causing the cold
worktree+project double-load). Persist the discovered worktree map to
localStorage and seed it synchronously on store init (stale-while-revalidate:
discovery refreshes in the background via the existing setState, which now
write-through persists). The sidebar paints worktrees instantly and
resolveConfigDirectory resolves the project from the very first launch.
* perf(startup): coalesce concurrent duplicate OpenCode reads in runtimeFetch
On cold start the sync bootstrap and the config store independently fire the same
idempotent reads (providers, config, path, agents, project) concurrently with no
shared dedup, saturating the single OpenCode process and delaying work queued
behind it (e.g. createSession). Coalesce genuinely-concurrent identical GETs to
those read endpoints at the transport layer so OpenCode does the work once; each
caller receives an independent response clone. Tightly scoped: GET only,
allowlisted read paths, never event streams, never a signal-bearing request (so
one caller's abort can't cancel the shared fetch). Entries clear on settle, so it
only shares overlapping in-flight requests — never a stale response.
* perf(startup): cache git branches so the draft branch selector paints instantly
The branch selector above the composer was the slowest-loading element: it's
gated behind a cold 'git branch' fetch (useGitStore, not persisted). Cache the
per-directory branch list to localStorage and seed the store on init (with
isGitRepo:true so the selector's gate passes), and write the cache on every
successful fetchBranches. The ChatInput draft-branch effect now refreshes on
staleness (>30s) rather than mere absence, so seeded branches show immediately
and still refresh in the background without a spinner — no stale-forever
regression. Only the branch list is cached; status/log/diff are untouched.
Load startup config under the owning project's directory key (resolving from a
worktree directory when needed) so the auto-opened draft, which activates the
project, finds a ready providers/agents snapshot instead of triggering a second
load. Also dedupe app.agents: listAgents now takes the directory directly and
shares an in-flight request, so the config store and agents store no longer
issue duplicate agent fetches at startup.
A new draft session inherited the previous session's model/agent instead of
resetting to defaults, because opening a draft restored the directory snapshot
without re-applying the startup default cascade. When the prior session ran in
a worktree, defaults were resolved against the worktree directory's provider
list, which omits project/global-scoped providers, so the default agent's model
fell back to opencode/big-pickle.
Resolve the default agent/model via a shared cascade (settings default ->
OpenCode default_agent -> build -> first), resolve the model from the agent's
pinned model/variant or OpenCode's config model, and activate the project's
config (not the worktree's) when opening a draft.
The global event-stream WebSocket opened before a valid oc_url_token was
minted, so the upgrade failed auth ("no valid credentials available") in
packaged builds with a UI password. The resulting reconnect storm churned
the sync store and made session status flicker busy<->idle. Await the URL
auth token before connecting (a WS upgrade can't send a bearer header like
SSE does) and drop a rejected token on pre-ready close so the next attempt
re-mints a fresh one.
Also harden /session/status reconciliation: the watchdog poll is now
monotonic (only confirms/raises active status, never blindly lowers a
busy/retry session to idle on a transient or misscoped snapshot). Idle is
applied only by the authoritative reconnect/escalation resync, which trusts
the live server snapshot as the source of truth. Add a Help -> Toggle
Developer Tools menu item so production builds can open the console.
Add per-hunk staging, unstaging, and discarding to the Changes diff
view, so a single change region inside a file can be acted on in
isolation instead of forcing whole-file stage/revert. The change is
wired end-to-end across the web server, the shared UI runtime API
contract, and the VS Code extension, with Electron inheriting the web
path unchanged (it boots the server in-process).
Server
------
- New `applyHunk(directory, filePath, { patch, action })` in
packages/web/server/lib/git/service.js. It resolves the repository
context and validates the file path with the same helpers used by
stageFiles/unstageFiles (resolveGitFileContext +
validateRepositoryFilePaths), then writes the single-hunk patch to a
temporary file in the OS temp dir (never inside the repo, so it
cannot show up as an untracked file) and runs `git apply` with flags
chosen per action:
stage -> git apply --cached (working tree -> index)
unstage -> git apply --cached --reverse (index -> working tree)
discard -> git apply --reverse (revert in working tree)
A `git apply --check` runs first with the same flags, so a stale
hunk that no longer applies fails with a clear "Hunk no longer
applies - refresh and try again" message instead of leaving a
partial mutation. The patch's target path is parsed and must match
the requested file (with /dev/null tolerated for new/deleted files),
preventing a patch from silently targeting a different path. The
whole operation runs inside withGitIndexMutationQueue to avoid
racing with concurrent stage/unstage. The temp file is removed in a
finally block.
- New `POST /api/git/apply-hunk` route in routes.js, registered
alongside stage/unstage. Validates directory, path, non-empty patch,
and action before delegating.
- DOCUMENTATION.md updated with the new service entry.
Patch extraction
----------------
- packages/ui/src/lib/diff/patchFileDiff.ts gains
splitPatchIntoHunks(patch) and extractHunkPatch(patch, hunkIndex).
They keep the original file header (diff --git / index / --- / +++)
and emit exactly one @@ hunk per standalone patch, which is what
`git apply` expects. Each emitted patch is guaranteed to end with a
trailing newline (without it git apply reports "corrupt patch").
Runtime API contract
--------------------
- GitAPI (packages/ui/src/lib/api/types.ts) gains optional
stageGitHunk / unstageGitHunk / revertGitHunk, matching the
stageGitFiles? / unstageGitFiles? precedent so runtimes that do not
support it degrade gracefully.
- gitApi.ts delegates to the registered runtime git API, falling back
to gitApiHttp, exactly like the existing whole-file helpers.
- gitApiHttp.ts posts to /api/git/apply-hunk.
- Web runtime composes the three methods in packages/web/src/api/git.ts.
VS Code parity
--------------
- packages/vscode/src/gitService.ts adds applyGitHunk(), implemented
natively with the existing execGit helper + a temp patch file +
`git apply` (--cached / --cached --reverse / --reverse), mirroring
the server's --check-first safety and temp-file cleanup.
- bridge-git-runtime.ts handles the new api:git/apply-hunk bridge
message; webview/api/git.ts sends it. VS Code users get identical
stage/unstage/discard-hunk behavior.
UI
--
- New DiffHunkActions component renders a compact per-hunk strip
above each expanded file diff in the Changes view. Each hunk chip
shows its +additions / -deletions counts and offers:
working scope -> Stage + Discard
staged scope -> Unstage
Clicking extracts that hunk's standalone patch via
extractHunkPatch(patch, hunkIndex) and calls the runtime git API.
Because the chip index comes directly from fileDiff.hunks[] and the
patch is sliced in the same order, the hunk the user sees is always
the hunk that gets applied. While any action is in flight all buttons
disable to prevent conflicting concurrent mutations; the per-hunk
spinner reflects in-flight state.
- DiffView wires DiffHunkActions into InlineDiffViewer (text diffs
only; binary/image and full-file-content modes are excluded since
they have no patch). MultiFileDiffEntry passes directory/staged
through and handles onHunkApplied by bumping the diff reload nonce
(so the file's diff re-fetches and the affected hunk disappears)
and refreshing git status (so file counts and the staged/changed
scope update). Hunk actions are therefore available wherever the
default patch-context diff is shown.
i18n
----
- 10 new keys (diffView.hunk.*) added to all 9 locales (en, es, fr,
ko, pl, pt-BR, uk, zh-CN, zh-TW), including stage/unstage/discard
labels, tooltips with the hunk index, a stale-hunk error message,
and an unsupported-runtime fallback.
Tests
-----
- packages/ui/src/lib/diff/patchFileDiff.test.ts covers
splitHunks/extractHunkPatch: multi-hunk split, header preservation,
single-hunk and empty patches, out-of-range indices.
- service.test.js adds an applyHunk suite that builds real temp repos
with two separate hunks and verifies: staging one hunk leaves the
other unstaged, discarding reverts only the targeted hunk in the
working tree, unstaging removes only one hunk from the index, and a
retargeted patch (different file path) is rejected. Also covers
invalid-action / missing-hunk-header validation.
- packages/web/src/api/git.test.ts mock completed with the new methods
(and previously-missing exports that prevented the test from
loading) and asserts the three hunk methods are exposed.
- routes.test.js continues to pass under bun.
CHANGELOG updated under [Unreleased].
Keeps typed or pasted comment text when the editor remounts
Prevents focus changes from dismissing active inline comments
Allows cancelling by pressing the selected line number again
ArrowUp in chat input now moves caret instead of recalling history when the field has text
Removed manual cache-busting workaround and eslint-disable in favor of idiomatic onChange state sync
Selection highlight now visually wraps status indicators and chevrons
Active session gets a subtle primary background tint
Multi-select rows use the interactive-selection token
Packaged desktop showed no sessions in 1.12.4. Root cause: the sanitized
session-list proxy path added in #1538 forwarded the renderer's
"authorization" header (the OpenChamber UI client token) to the managed
OpenCode upstream alongside the managed "Authorization" credential.
OpenCode does not recognize UI client tokens, so every session-list
request answered 401 — only in the packaged app, because only its
renderer (openchamber-ui:// origin) attaches a bearer token; dev web and
dev Electron run same-origin without one. The legacy http-proxy path
overwrote the header correctly, which is why everything except session
lists kept working.
Proxy fix:
- proxy-headers: filter the client "authorization" header out of
forwarded request headers; the OpenCode upstream must only ever see
its own managed credentials. Covered by tests.
Desktop cwd:
- electron: launch the managed OpenCode CLI from the user home instead
of app userData, matching upstream desktop behavior. userData-as-cwd
made OpenCode treat the app-data folder as a separate empty workspace.
Home directory poisoning loop:
- directoryPersistence: stop replaying localStorage homeDirectory
through synchronizeHomeDirectory on boot/auth resync. The persisted
value is only a boot-time cache; replaying it re-wrote stale values
(e.g. a project path) into desktop settings on every start, overriding
the authoritative /api/fs/home resolution.
- persistence: never overwrite an injected window.__OPENCHAMBER_HOME__
with a persisted value.
- useDirectoryStore: host switches happen in place (no reload), so
re-resolve home from the new runtime's /api/fs/home on endpoint
change instead of keeping the previous host's value.
- opencode client: only short-circuit to the injected desktop home when
the active runtime is local; remote runtimes ask /api/fs/home.
Settings hygiene:
- persistSettings: log field names only — change payloads can carry
credentials (UI password, client tokens, tunnel tokens) that must not
reach the log file; drop step-by-step log chatter.
- validateProjectEntries: only stat project paths when the incoming
update actually touches the projects list, not on every settings save.
- remove the write-only approvedDirectories setting everywhere and add
a migration that strips the stale key from persisted settings.
Tests:
- usePluginsStore.test: register an own runtime-fetch module mock so the
suite is independent of process-global mock.module leakage from other
files, and restore globalThis.fetch after the suite.
- persistence.test: clean up the window global created for the suite.
Bohdan Triapitsyn