Expand the curated toolkit whitelist from 26 to 67 entries, adding
well-known services that support Composio-managed OAuth2 (the only
auth scheme the app's connect flow supports): Zoom, Discord, ClickUp,
monday.com, Confluence, GitLab, Bitbucket, Supabase, Sentry, PagerDuty,
Stripe, Square, QuickBooks, Mailchimp, Google Ads/Analytics/Search
Console, Figma, Canva, YouTube, Instagram, Facebook, Box, SharePoint,
and more. Adds three new categories: design, marketing, finance.
Also fix two entries that were never connectable: 'microsoft_outlook'
and 'onedrive' do not exist in Composio's catalog (the API returns 404,
so initiateConnection always failed). The real slugs are 'outlook' and
'one_drive'.
Excluded per curation policy: Composio's own utility toolkits
(composio_search, codeinterpreter, browser_tool), no-auth toolkits
(Hacker News, OpenWeatherMap), API-key-only toolkits the app cannot
connect (Firecrawl, Tavily, Exa, PostHog, etc.), and niche/low-quality
entries.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Adds a Caffeinate switch (Settings → Mobile channels) that uses
Electron's powerSaveBlocker ('prevent-app-suspension', equivalent to
caffeinate -i) to stop the machine from idle-sleeping so the
WhatsApp/Telegram bridge stays connected. While active, an amber
coffee icon in the titlebar shows the state and can be clicked to
turn it off; a power:caffeinateChanged push keeps the titlebar
indicator and the settings switch in sync.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
- catalog is ranked by GitHub star count (per-repo lookup with a 10-min
cache; unauthenticated works, the publish token is used when present)
- star button on each catalog card stars/unstars the app's repo as the
signed-in user (public_repo scope covers it), optimistic with revert
and a sign-in hint when signed out
- the info panel now offers Delete for local apps (apps:delete already
existed and cleans up app-owned agents; only installed apps had a
removal button before)
- start the apps server before createWindow instead of after the full
service-init chain: the Apps view was reachable ~10s before port 3210
was listening, so every app iframe opened to connection-refused
- retry EADDRINUSE binds (quick relaunch races left the server disabled
for the whole session with no retry)
- app frame: auto-retry the iframe instead of a dead manual Retry, and
surface when the apps server itself is down (new apps:serverStatus)
- log render-process-gone/child-process-gone reasons; renderer helper
crashes were previously invisible in packaged builds
- env: GITHUB_OAUTH_CLIENT_ID (device flow enabled on the Rowboat OAuth app;
overridable via ROWBOAT_GITHUB_CLIENT_ID)
- packager (§4.4): allowlist-only .rowboat-app ZIP (yazl), sorted entries,
symlink skip, sha256
- github-auth (§10): device-code start/poll, identity fetch, token stored
0600 with safeStorage encryption injected from main (core stays
electron-free); githubAuth:* IPC + external open of the verification page
- registry client (§9.2): unauthenticated tarball index with 5-min cache and
stale fallback, raw-record resolve, substring search, quota-free
latestManifest via release-asset redirect with name-mismatch guard
- registry repo contents (docs/apps-registry): record JSON schema +
validate-and-merge Action implementing §9.3 checks 1-7 with rejected:<code>
comments and per-name concurrency
- fix: host-api copilot-run adapted to dev's ModelSelection {provider,model}
(this is the same fix dev needs for Ramnique's packaging break)
- pnpm 11: blockExoticSubdeps=false (electron-forge has a git subdep)
The runs->turns migration broke codex live streaming in copilot chat: the
turns bridge's publish shim forwarded only tool-output-stream and silently
dropped code-run-event / code-run-permission-request (the latter would
deadlock a turn under policy 'ask'). An interim fix persisted every stream
event as durable tool_progress, but that wrote each text chunk to the turn
file — unsustainable.
Final architecture — live and durable paths split:
- Live (ephemeral, bypasses the turn runtime): code_agent_run broadcasts
each ACP event on a new CodeRunFeed (core DI singleton), forwarded by
main over a dedicated codeRun:events channel, buffered per toolCallId in
a module-level renderer store and rendered by CodingRunBlock. The buffer
survives session switches; nothing is persisted.
- Durable (one line per run): when the run settles (success, error, or
cancel), code_agent_run publishes a single code-run-events-batch with
the whole ordered timeline, consecutive same-role message chunks
coalesced (display-lossless — the timeline concatenates them anyway).
The turns bridge maps it to tool_progress {kind:'code-run-events'};
turn-view derives the replay timeline from it, so reloads keep history.
- Permissions stay durable per-ask (request + resolved marker): the
renderer overlay resets on session switch, so an ephemeral-only ask
would strand a blocked turn with no card to answer. Pending = requests
minus resolutions (handles concurrent asks), cleared on tool result.
The legacy code-section path (runs bus per-event) is untouched; its
per-event ctx.publish remains and is a no-op under the turns shim.
Also: repaired the two code_agent_run tests broken by the earlier cwd
existence check (they used a nonexistent /repo), and added coverage for
feed broadcast, batch coalescing, partial-batch-on-failure, bridge
durability routing, and pending-permission derivation.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Review feedback: drop the model-layer scheduler (per-call-site
interactive/classifier/background priorities, local-provider hostname
heuristic) in favor of app-level orchestration:
- deferBackgroundTasks flag in models.json, surfaced as a settings
toggle; auto-enabled once (UI logic) when the user connects Ollama
- ChatActivity counter marked by both chat runtimes (sessions layer and
legacy AgentRuntime.trigger)
- startWhenPossible/runWhenPossible wrappers around the headless agent
runner; all background invocations (knowledge pipeline, live notes,
background tasks, scheduled + prebuilt agents) go through them and
wait for chat-idle when the flag is set
createLanguageModel keeps only the Ollama context-window middleware;
the LM Studio capability probe now keys off the provider flavor instead
of hostname sniffing.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
A mute button on both call surfaces (full-screen call and floating
popout) that pauses everything going to the assistant while keeping the
call alive — for stepping away to talk to someone in the room without
ending and restarting the call.
- Mic audio stops reaching Deepgram (user mute OR'd into the existing
thinking/speaking setPaused; KeepAlives keep the socket warm so
unmute is instant)
- Camera/screen frames stop being sampled (new setCapturePaused in
useVideoMode); collectFrames() returns nothing while muted, so typed
messages during a mute carry no frames either
- Devices stay acquired for instant resume; mute resets at call
start/end; assistant output is unaffected (Stop handles that)
- Honest UI: "Muted" status chip replaces the green "Listening" pulse,
muted badge on the user tile, pill's share badge flips to "Sharing
paused"; new toggle-mic popout action + micMuted in popout state
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
- checkCapability choke point (D7): tools/llm/copilot access requires the
capability in the app's manifest; 403 capability_not_declared otherwise
- POST /_rowboat/tools/search|execute: Composio pass-through with the same
request shape as the builtin, typed error mapping
- POST /_rowboat/fetch: SSRF-guarded proxy (loopback/RFC1918/link-local/ULA/
*.localhost rejection re-checked per redirect hop, 5MB cap + truncated flag,
30s timeout, Host/Cookie stripped)
- POST /_rowboat/llm/generate: default-model plumbing, override validated
against the allowed set, token/concurrency caps, usage attributed
app_llm_generate/<folder>
- POST /_rowboat/copilot/run: headless run (bg-task tool profile, no shell),
app-attributed audit turn with origin context, 10-min timeout, 1-per-app cap
- registered M2 routes are POST-only (GETs are D17-exempt and must not reach them)
- bundled agents (§8): strict AppAgentDefinitionSchema, deterministic
app--<folder>--<name> slugs materialized disabled with sourceApp, manifest
removals deactivate, app delete removes owned tasks; sourceApp in summaries
- new use cases app_llm_generate / app_copilot_run in runs + analytics enums
- watch ~/.rowboat/apps: data.json changes push into open apps (shim
re-fetches, onData fires); installs/updates re-list the gallery live and
reload an open app once the write settles
- atomic installs (temp->rename) so an app opened mid-install never reads a
partial file
- serve app assets by direct disk read instead of net.fetch(file://) —
Chromium's network service could stall and blank every open app at once
- Remove the "Mark as read" toggle for Everything else end-to-end (UI, IPC,
config, sync auto-read, markSectionRead) — it could bulk-mark backlog and
archived mail read on the server during cache-recovery syncs
- Sending an edited draft now reuses the draft's stored In-Reply-To/References
instead of self-referencing its own Message-ID (external clients thread
correctly); standalone drafts send as fresh messages
- Keep draft autosaves out of the sync pipeline: skip DRAFT history messages
(no more md/knowledge-event leaks, phantom "New email" notifications, or
per-autosave LLM reclassification) and mirror the draft body onto the cached
snapshot surgically instead of waking the sync loop
- Only recreate a Gmail draft when update fails with 404/410 — transient
errors no longer pile up duplicates
- Emptying a draft and closing now deletes it from Gmail (matches Gmail)
- Forward keydown out of message iframes so j/k/e/r etc. keep working after
clicking into an email body; restore expanded quotes across theme reloads
- Composer footer wraps on narrow panes: formatting toolbar + Discard move as
one unit instead of overflowing into each other
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Background-task and live-note history views called the legacy runs:fetch
for ids that are now turn ids (ENOENT after stage 6). New shared loader
src/lib/agent-transcript.ts fetches sessions:getTurn first and falls
back to runs:fetch so pre-migration histories stay readable (fallback
dies with the runs runtime in stage 7); turn transcripts render through
the same buildTurnConversation used by the chat views. Unit-tested
(turnToTranscript mapping + failure surfacing).
The chat-log download used runs:downloadLog with what is now a session
id. Added sessions:downloadLog (concatenates the session's turn logs
into one JSONL via the save dialog); the sidebar tries it first and
falls back to runs:downloadLog for legacy background tabs.
Remaining renderer runs:* callers are code-mode only (use-code-chat,
runs:events feed) — the deliberate stage-7 carve-out.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Third application of the reference mechanism: session turns whose
system prompt + tools are byte-identical to the context predecessor's
materialized snapshot persist { agentId, model, inheritedFrom } instead
of ~70KB per turn (measured: turn 2 of a session is now ~1.1KB total).
Inheritance is decided at createTurn by equality against the
materialized predecessor; the model stays concrete, and on
materialization the inherited record's own agentId/model win — a rule
the new test matrix caught as a real bug (the chain base's model was
overriding a mid-session model switch). Reducer invariants: inherited
snapshots must reference the context predecessor; tool identity arrives
via invocation events.
Test matrix per review: prompt-diff -> full snapshot, tools-diff ->
full snapshot, model-switch -> inherits with concrete model, multi-hop
chains materialize, standalone turns never inherit, unreadable
predecessor falls back to full, cyclic inheritance is corruption,
sessions denormalize the model from inherited snapshots.
The inspector now handles sessions too (auto-detected): overview with
per-turn status/size/input preview, --turns to cascade full turn
inspection. Documented in a new repo-root AGENTS.md (storage layout,
reference model, inspector usage, invariants) with a CLAUDE.md pointer.
Breaking for dev turn files: wipe ~/.rowboat/storage.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Two debuggability follow-ups from reviewing real turn files:
- Request refs are now compact strings — 'context' | 'input' |
'assistant:<index>' | 'toolResult:<toolCallId>' — so a raw JSONL line
reads naturally: {"messages": ["assistant:0", "toolResult:toolu_…"]}.
Same exact-match reducer invariants, via parseRequestRef.
- npm run inspect-turn -- <turnId|path> [callIndex] [--full]: prints,
per model call, the EXACT provider payload (resolved system prompt,
tool list, wire-form messages with user-message context woven in, and
the response/failure) — rebuilt by the same composer the loop sends
through. This is the missing viewer for the derived-not-duplicated
request design: the file stores facts once; the inspector shows what
the model actually received.
Breaking for turn files written since the previous commit (dev only):
wipe ~/.rowboat/storage.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
model_call_requested carried three duplications that dominated turn-file
size (measured on a real 647KB two-step turn): the system prompt (28KB)
and the 38-tool snapshot (40KB) repeated per call despite being byte-
identical to turn_created.agent.resolved, and messages re-inlining the
whole current-turn transcript (230KB re-stating a 207KB tool result).
ModelRequest is now a list of references into the turn's own events —
call 0: [{context}?, {input}]; call N: [{assistant: N-1}, ...that
batch's toolResults in source order]; re-issue after an interruption:
[]. Every referenced byte exists exactly once in the file; the measured
turn drops to ~285KB and each further model call costs ~200 bytes. The
reducer's ordering invariant got stricter: reference lists are matched
exactly against the transcript.
Debuggability is now byte-for-byte at the wire level: ResolvedModel
gains encodeMessages (the structural->wire conversion — user-message
context weaving, attachment rendering, tool-result enveloping, i.e.
convertFromMessages), and composeModelRequest rebuilds the exact
provider payload (resolved system prompt + wrapped tools + materialized
prefix + resolved refs, encoded). The loop transmits exactly the
composer's output, so the durable file plus the composer reproduce what
the model received — pinned by a property test asserting composed ==
sent for every call, and a 2KB size guard on request events. A bridge
test demonstrates the woven wire form (no raw userMessageContext).
Breaking for existing dev turn files (same schemaVersion, pre-release):
wipe ~/.rowboat/storage.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The wire and state layer for the UI cutover; App.tsx integration follows
separately.
- shared/ipc.ts: eleven sessions:* invoke channels + the sessions:events
push feed (SessionBusEvent via z.custom, like runs:events). The generic
preload bridge needs no changes.
- main: sessions:* handlers as thin pass-throughs to the DI'd sessions
service; startSessionsWatcher forwards the session bus to all windows;
startup awaits the session-index scan before the renderer can list.
- renderer architecture per review guidance — all logic in framework-
agnostic, dependency-injected modules; hooks are thin
useSyncExternalStore subscriptions; components will consume pre-digested
view models:
- client.ts: narrow SessionsClient over window.ipc (fakeable).
- feed.ts: one shared sessions:events consumer with fan-out (factory
for tests).
- turn-view.ts: pure derivations — live overlay (deltas accumulate,
canonical events clear), TurnState -> ConversationItem[], and the
session chat state (permission/ask-human maps re-manufactured in the
runs-era shapes so existing components render unchanged;
isProcessing/isThinking contract preserved).
- store.ts: SessionChatStore (seed via getSession/getTurn, shared
reduceTurn over live events, prior-turn freezing, unknown-turn
reconciliation, stale-load guard, action routing) + SessionListStore.
- hooks/useSessionChat + useSessions: thin wrappers, deps injectable.
- renderer test infra added from scratch (vitest + jsdom +
testing-library); 29 tests across stores, pure views, feed, and hooks.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Five bridges adapt existing app code to the runtime seams, each unit-
tested against injected fakes:
- RealAgentResolver: loadAgent + dynamic builders -> immutable
ResolvedAgent. Model precedence override > agent > app default; tool
descriptors from BuiltinTools (zod -> JSON schema) and MCP
attachments (toolId schemes builtin:/mcp:server:tool); ask-human as
the async requiresHuman tool. System prompt composed via
composeSystemInstructions — extracted verbatim from streamAgent so
old and new runtimes share one implementation — driven by the new
opaque RequestedAgent.overrides.composition (session-sticky inputs
preserve provider prefix caching; per-message context stays on
UserMessage.userMessageContext as today).
- RealModelRegistry: models.json -> live AI SDK model; one streamText
step (stopWhen: stepCountIs(1)) normalized into deltas, durable step
events, and the completed assistant message.
- RealToolRegistry: execTool dispatch (builtins + MCP) with per-call
abortRegistry bracketing and tool-output-stream -> durable progress.
- RealPermissionChecker: getToolPermissionMetadata rules (command
allowlist, workspace file boundaries); session grants deferred.
- RealPermissionClassifier: classifyToolPermissions with conversation
context now threaded through the classifier batch.
Interface refinements (doc updated): ToolExecutionContext gains
turnId/toolCallId; classifier takes a batch with turnId + messages;
TurnRuntime dep renamed bus -> lifecycleBus and SessionsImpl bus ->
sessionBus for strict-PROXY DI. Container registers the whole stack
(FS repos rooted at WorkDir/storage); the legacy agentRuntime
registration became lazy to survive the new import-order cycle.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
SessionsImpl per session-design.md, constructor-injected and tested
entirely against a mocked ITurnRuntime:
- sendMessage: per-session lock, typed TurnNotSettledError while the
latest turn is non-terminal (terminal statuses including failed/
cancelled allow continuation), context as { previousTurnId } ref,
turn-file-first write ordering (a failed session append leaves a
benign orphan turn and no advance), denormalized agent/model on
turn_appended, default title from the first message.
- Dedicated respondToAskHuman endpoint (async_tool_result wrapper);
respondToPermission / deliverAsyncToolResult pass turn-runtime
rejections through. stopTurn aborts a live advance or cancels an
at-rest turn; resumeTurn re-enters idle turns (never at startup).
- In-memory index: startup scan (session files + each latest turn for
status; corrupt files yield errored entries without aborting),
write-through updates, deletion guard against late-settle
resurrection. Bus events (turn-event / index-changed) defined in
@x/shared as the renderer IPC contract.
- FSSessionRepo: date-partitioned append-only JSONL + list/delete;
deleteSession removes the session file only.
- runHeadlessTurn: standalone turns (sessionId null, auto permission,
no human) for background/knowledge/scheduled callers.
29 new tests covering the session-design §13 matrix.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
The TurnRuntime per turn-runtime-design.md: constructor-injected,
container-ignorant, no per-turn state — every advanceTurn reconstructs
from the JSONL log, so normal execution and crash recovery share one
path.
- runtime.ts: createTurn/advanceTurn/getTurn; durable-barrier appends
before side effects; sequential sync tools with progress; async tool
exposure + durable suspension; permission pipeline (checker →
optional classifier batch → human/deny fallback, fail-closed on
checker errors); cancellation with synthetic results; recovery that
re-issues interrupted model calls and continues after interrupted
sync tools; model-call-limit exhaustion with machine-readable code.
- fs-repo.ts: date-partitioned append-only JSONL, strict line
validation, path-traversal rejection, per-turn in-process locking.
- stream.ts: hot execution stream — buffers before the consumer
attaches, outcome independent of consumption, close-drops-events.
- context-resolver.ts: chain-walking materialization of context
references with cycle detection.
- Seam interfaces for stage-4 bridges: model/tool registries,
permission checker/classifier, agent resolver, lifecycle bus, clock.
- shared reducer: track classification failures durably so failed
classifications are never re-run.
67 new tests: all nine §26 end-to-end scenarios (mocked deps,
recovery boundaries seeded directly) plus repo/stream/resolver suites.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
Durable contracts for the new turn/session runtime, shared by core and
renderer:
- turns.ts: zod schemas for all 16 durable turn events, TurnContext
(previousTurnId ref | inline messages), ModelRequest with contextRef
and current-turn-only messages, ephemeral delta types, reduceTurn
enforcing every spec invariant, and pure derivations
(deriveTurnStatus, turnTranscript, outstanding work).
- sessions.ts: session_created/turn_appended/title_changed schemas,
reduceSession, and the SessionIndexEntry projection.
- vitest wiring for packages/shared (config, build-excluded tests);
92 tests covering happy paths, recovery-shaped histories, and one
named test per corruption invariant.
Co-Authored-By: Claude Fable 5 <noreply@anthropic.com>
From two rounds of copilot build feedback:
- runtime: null-check hallucinated tool names (was crashing the whole run)
- add window.rowboat.fetch + builtin fetch-url: CORS-safe HTTP for UI and
bg-task agents (no shell needed for plain HTTP)
- mini-app-set-data/install: reject stringified JSON; require object
- manifest dataContract (requiredKeys/nonEmptyArrayKeys) enforced on writes so
a stray/legacy task can't corrupt an app's data or wipe series
- self-contained data: data.json is a served sibling (dist/), apps fetch it via
relative URL; removed host-side data injection
- build-mini-app skill: CORS/fetch-url/no-shell/capable-model/dataContract gotchas
* feat(meetings): inline meeting prep under next meeting
Resolve a meeting's attendees against the knowledge base and render each
attendee's existing person.md inline beneath the next upcoming meeting in
the Meetings view. Deterministic (email-exact match, then unambiguous
name/alias), no LLM in the hot path.
- core: resolveMeetingPrep() + meeting-prep:resolve IPC
- renderer: notes-first rows with expandable person.md; unmatched attendees
collapse into a 'no notes yet' row with a Create note action that hands
off to the Copilot
- prep re-resolves when a People note changes
* feat(meetings): per-meeting prep toggle
Add a Prep toggle to every eligible meeting row, not just the next one.
The next meeting still auto-expands; other meetings resolve their attendee
notes lazily when their toggle is opened. All-day and solo events get no
toggle.
* feat(meetings): org matching, cached index, and field-bleed fix
#2 Matching: resolve the meeting's external companies from attendee email
domains (and matched people's Organization field), excluding the user's own
domain, and surface those org notes in a Companies section. Normalize display
names (strip '(via ...)' suffixes) before name/alias matching.
#3 Perf: meeting prep reads a cached knowledge index instead of rescanning the
whole knowledge dir on every resolve; invalidated whenever a file under
knowledge/ changes (wired to the workspace watcher).
Fix: extractField in the knowledge index consumed newlines after the label, so
an empty field (e.g. **Role:**) bled the next line's value. Restrict it to
spaces/tabs so empty fields resolve to undefined. Also strip the folder prefix
from link targets for display (Organizations/Rowboat Labs -> Rowboat Labs).
* feat(meetings): proactive prep notes generated 6h ahead
Generate a meeting prep note ~6h before each meeting and surface its brief
in the prep card.
- Generator (meeting_prep_brief.ts): assembles roster + 'last time' recap
(extracts the prior instance's Action items) + agenda, ordered by meeting
type (recurring -> recap first, one-off -> agenda first), then one model
call for a 'what matters' brief. Writes knowledge/Meetings/prep/<slug>-<date>.md
with eventId/recurringEventId frontmatter. Reuses the summarizeMeeting LLM
path (configured model, useCase: meeting_prep).
- Scheduler (meeting_prep_scheduler.ts): calendar-aware tick (5m), generates
prep within the 6h lead window, state file dedupes, self-heals on changes.
- Card: shows the brief (bulleted, compact) above a People list whose rows
link out to each person's note instead of rendering it inline. Generated
prep notes are kept out of the past-notes table.
* chore(meetings): poll prep scheduler every 15m instead of 5m
- Download search-result attachments on demand before opening (fixes Linux
where xdg-open reports success on a missing file so the old open-then-
download fallback never fired)
- Add a clear button to the search box that dismisses search and returns to
the inbox
- Remove the read toggle from the Important section
- Replace the Everything else "Read" toggle with a "Mark as read" preference:
turning it on marks all current and future "Everything else" mail read;
turning it off only stops auto-reading future mail, leaving current threads
untouched
Gmail client enhancements in apps/x, bundling four independent features:
- Drafts: save/autosave, update, delete, and list Gmail drafts. The
composer autosaves to a real Gmail draft (debounced ~1.5s) while
typing, reuses the thread's existing draft so edits update in place,
flushes a final save on close, and deletes the draft on discard. Adds
isDraft/draftId to the shared thread types. New core helpers:
saveThreadDraft, deleteThreadDraft, listDraftThreads,
buildDraftSnapshot, buildRawMimeMessage.
- Search: searchThreads(query, {limit}) backed by an on-disk snapshot
cache (read/writeSearchSnapshot). Extracts parseThreadSnapshot as the
shared parse core reused by both the cache-building sync and search.
- Read state: markThreadRead now takes a `read` flag so it toggles
read/unread; new markSectionRead marks a whole section
(important/other) read/unread and returns the affected count.
- Backfill: the onboarding/recovery sync is now bounded by a
configurable thread COUNT instead of a fixed 7-day window. New
gmail_sync_config.ts (getMaxEmails/setMaxEmails) backed by
~/.rowboat/config/gmail_sync.json, default 500, clamped to 1-5000;
seeded on first run.
New IPC channels: gmail:saveDraft, gmail:deleteDraft, gmail:getDrafts,
gmail:search, gmail:markSectionRead (plus a `read` field on
gmail:markThreadRead).
Apps are now user data on disk, not bundled in the repo.
- MiniAppManifest schema + mini-apps:list/get-data/seed IPC channels
- main: mini-apps-handler (list/get-data + seed install primitive) and an
app://miniapp/<id>/ protocol host serving ~/.rowboat/apps/<id>/dist
- renderer lists installed apps from disk and loads each via app://miniapp
(real origin: remote images/fetch work); data sourced from data.json
- removed the bundled sample apps from source (they live in ~/.rowboat/apps)
