The FSRead handler was using client.ReadFile() which formats each line
with a line number prefix (for MCP AI tools). Switch to client.ReadRaw()
so the file viewer gets unmodified content — fixes duplicate line numbers
in the Monaco editor.
- Derive attachment name from path basename when not explicitly set in
parseAttachmentDelta, fixing the "file.bin" fallback on Telegram.
- Infer correct AttachmentType (image/audio/video) from MIME in
applyAssetToAttachment instead of keeping the generic "file" type.
- Remove outboundAttachments re-attachment to final messages since
attachments are already delivered during streaming via
StreamEventAttachment, preventing duplicate file sends on platforms.
Pass replyTarget through the full pipeline (ChatRequest → gateway
identity → agent headers → MCP session) so the send tool can detect
when the destination matches the current conversation and return an
error guiding the agent to reply directly instead.
Prepend replied-to message text and attachments into the user query so
the LLM can see what is being replied to, matching the existing Telegram
behavior. Also set is_reply_to_bot metadata for Feishu reply-to-bot
detection in group chats.
Migrate the imported WeCom adapter to current channel interfaces and stabilize stream delivery by preventing heartbeat/reply ACK timeout regressions and post-final overwrite updates.
- attachment-block: use loading=eager with explicit dimensions to prevent Chromium lazy-load intervention from freezing the page
- router: add error handler for chunk load failures to auto-reload
- vite: pre-bundle route page dependencies to improve initial load speed
- Extract ContainsMarkdown to shared channel package
- Auto-detect markdown in normalizeOutboundMessage and MCP send tool
- Apply markdown-to-HTML conversion during streaming deltas, not just
on the final message
- Remove resolveTelegramParseMode which incorrectly returned Telegram's
native "Markdown" mode instead of converting to HTML
- Fix all 14 Telegram send/edit paths for consistent parse mode handling
- Reset parseMode for plain-text error messages to avoid HTML corruption
- Treat maxTokens=0 as "unconfigured/unlimited" instead of disabling
trimming for any non-positive value (which masked exhausted budgets)
- Set historyBudget=1 when maxTokens>0 but overhead exceeds the limit,
ensuring aggressive trimming instead of no trimming
- Estimate token cost for messages without usage data (len/4 fallback)
so user/tool messages are not free-passed during budget accounting
Use rune-aware truncation for user-facing text and log previews so multibyte content is not corrupted in memory context, Telegram messages, or diagnostics.
MCP containers spawning child processes (npx, uvx, etc.) left zombies
because the Go binary running as PID 1 does not reap orphaned children.
Add dumb-init as the entrypoint init process.
Use rune-aware truncation for user-facing text and log previews so multibyte content is not corrupted in memory context, Telegram messages, or diagnostics.
truncateSnippet sliced bytes directly, which could split multi-byte
UTF-8 characters. Switch to []rune so truncation always respects
character boundaries.
- Extract parseTelegramTarget helper to consolidate duplicated @username
vs numeric chat ID parsing from 6+ locations (builder functions,
sendTelegramTextReturnMessage, sendTelegramAttachmentImpl)
- Extract Config.baseURL() to eliminate duplicate base URL resolution
between apiEndpoint() and fileEndpoint()
- Refactor stream.go Push method: extract resetStreamState(),
deliverFinalText(), and per-event-type sub-methods (pushDelta,
pushFinal, pushToolCallStart, pushAttachment, pushPhaseEnd,
pushError), reducing the 200-line switch-case to a clean dispatcher
- Use pushFinal's existing getBot() instead of duplicating parseConfig +
getOrCreateBot
- Replace sort.SliceStable with slices.SortStableFunc + cmp.Compare
- Replace strings.Index + manual slicing with strings.Cut in
decodeDataURLBytes, ResolveAttachment, and parseTelegramUserInput
* fix(containerd): prevent silent network failures from leaving containers unreachable (#202)
* fix(containerd): prevent silent network failures from leaving containers unreachable
Container network setup failures were silently swallowed at multiple
points in the call chain, leaving containers in a "running but
unreachable" ghost state. This patch closes every silent-failure path:
- setupCNINetwork: return error when CNI yields no usable IP
- Manager.Start: roll back container when IP is empty instead of
returning success
- ensureContainerAndTask: extract setupNetworkOrFail with 1 retry,
propagate error to callers
- ReconcileContainers: stop reporting "healthy" when network setup fails
- recoverContainerIP: retry up to 2 times with backoff for transient
CNI failures (IPAM lock contention, etc.)
- gRPC Pool: evict connections stuck in Connecting state for >30s
* fix(containerd): clean stale cni0 bridge on startup to prevent MAC error
After a Docker container restart, the cni0 bridge interface can linger
with a zeroed MAC (00:00:00:00:00:00) and DOWN state. The CNI bridge
plugin then fails with "could not set bridge's mac: invalid argument",
making all MCP containers unreachable.
Two-layer fix:
- Entrypoint: delete cni0 and flush IPAM state before starting containerd
- Go: detect bridge MAC errors in setupCNINetwork and auto-delete cni0
before retrying, as defense-in-depth for runtime recovery
* fix(containerd): use exec.CommandContext to satisfy noctx linter
* fix(mcp): propagate network errors from replaceContainerSnapshot
Network setup failure after snapshot replace (rollback/commit) was
silently swallowed — the container would start but remain unreachable
via gRPC. Return the error so callers (CreateSnapshot, RollbackVersion,
etc.) surface the failure instead of reporting success.
* fix(containerd): prevent silent network failures from leaving containers unreachable
Container network setup failures were silently swallowed at multiple
points in the call chain, leaving containers in a "running but
unreachable" ghost state. This patch closes every silent-failure path:
- setupCNINetwork: return error when CNI yields no usable IP
- Manager.Start: roll back container when IP is empty instead of
returning success
- ensureContainerAndTask: extract setupNetworkOrFail with 1 retry,
propagate error to callers
- ReconcileContainers: stop reporting "healthy" when network setup fails
- recoverContainerIP: retry up to 2 times with backoff for transient
CNI failures (IPAM lock contention, etc.)
- gRPC Pool: evict connections stuck in Connecting state for >30s
* fix(containerd): clean stale cni0 bridge on startup to prevent MAC error
After a Docker container restart, the cni0 bridge interface can linger
with a zeroed MAC (00:00:00:00:00:00) and DOWN state. The CNI bridge
plugin then fails with "could not set bridge's mac: invalid argument",
making all MCP containers unreachable.
Two-layer fix:
- Entrypoint: delete cni0 and flush IPAM state before starting containerd
- Go: detect bridge MAC errors in setupCNINetwork and auto-delete cni0
before retrying, as defense-in-depth for runtime recovery
* fix(containerd): use exec.CommandContext to satisfy noctx linter
* feat(channel): add qq adapter and outbound delivery
* feat(channel): ingest inbound qq messages
* feat(web): expose qq channel in management ui
* feat(channel): support qq attachment ingestion
* fix(mcp): fail read raw immediately for missing files
* fix(agent): parse inline image data into native image parts
* test(agent): align read_media tool tests with SDK options
* fix(channel): harden qq image delivery and reconnect loop
Avoid data URLs for qq channel images, reset reconnect backoff after healthy sessions, and fall back gracefully for malformed public image URLs.
* fix(channel): restore qq media delivery and target resolution
* fix(qq,mcp,agent): fix message/qq regressions and pass go lint
* fix(qq,agent): validate inline base64 and sync heartbeat seq
* fix(qq): validate remote voice mime for upload checks
* fix(qq): fall back intents and restore adapter wiring
* fix(qq): prevent final text leakage and dedupe persisted inbound query
* feat(container): add explicit data workflows and snapshot rollback
Make container upgrades and recreation data-safe by adding explicit preserve, export, import, restore, and rollback flows across the backend, SDK, and web UI.
* fix(container): resolve go lint issues
Fix formatting and lint violations introduced by the container data workflow changes so the Go CI lint job passes cleanly.
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