fix(canvas): external/MCP workspace progress UX — surface poll-mode queued state (task #227) #1618

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core-devops merged 1 commits from task227/external-mcp-progress-ux into main 2026-05-20 22:59:41 +00:00

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core-fe commented 2026-05-20 21:21:41 +00:00

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Summary

User-reported (2 days old, sorry): canvas had NO progress indicator when the user sent a message to an external/MCP workspace (poll-mode delivery — operator's laptop running molecule-mcp-claude-channel, hermes/codex MCP bridge, Cursor MCP client). Native push-path runtimes (claude-code/codex/hermes/openclaw) showed thinking dots + activity stream the whole time; external workspaces had nothing.

Empirical divergence point

ws-server's proxyA2ARequest poll-mode short-circuit (workspace-server/internal/handlers/a2a_proxy.go:402-432) returns the synthetic {status:"queued", delivery_mode:"poll", method:"message/send"} HTTP 200 immediately. The path emits an ACTIVITY_LOGGED a2a_receive event via logA2AReceiveQueued — but with status="ok" and NO duration_ms (no reply yet).

Canvas-side filters silently dropped this:

• useChatSocket.ts guard if (status === "ok" && durationMs) skipped the row → no activity line.
• useChatSend.ts .then(resp) ran extractReplyText({status:"queued"}) → "" → no agent bubble → releaseSendGuards() collapsed the spinner.

Result: user typed → user bubble → spinner for ~50ms → dead silence until eventual AGENT_MESSAGE reply (could be 1s or 60s away).

What's NOT this (scope correction)

This is not RFC #497 (molecule-ai/internal#497). That RFC unifies inbound envelope handling — identity attribution for the receiving agent (poll-path peers losing peer_name/peer_role/agent_card_url). Task #227 is purely the canvas-side outbound progress UX. RFC#497 is still useful but orthogonal.

Fix (frontend-only — backend already emits the right signals)

1. Plumb delivery_mode through WorkspaceData → WorkspaceNodeData.deliveryMode (already in the GET /workspaces JSON; canvas just wasn't reading it).
2. useChatSocket: detect a2a_receive status=ok with NO duration_ms → emit ⧗ <peer> queued — agent will pick up on next poll activity line. Do not call onSendComplete (spinner must persist).
3. useChatSend: on {status:"queued"} response, return early before releaseSendGuards(). The eventual AGENT_MESSAGE releases the guards via the existing useChatSocket path. No synthetic empty agent bubble.
4. AgentCommsPanel.WaitingBubbles: also light on delegation status="dispatched" (poll-mode marker) with distinct copy.

Net diff: 363 +/- across 8 files. No backend changes.

Test plan

• useChatSocket.test.tsx — 2 new tests: queued-line emission + onSendComplete NOT called on queued path. 6/6 pass.
• useChatSend.pollMode.test.tsx — new file, 4 tests: no empty bubble on queued-200, sending stays true post-queued, microtask-flush late-release guard, push-mode non-regression. 4/4 pass.
• AgentCommsPanel.render.test.tsx + AgentCommsPanel.test.ts — 55 existing tests pass (waiting-bubble extension is additive).
• canvas-topology.test.ts — 3 existing tests pass (deliveryMode plumbing is additive).
• tsc --noEmit clean on all touched files (pre-existing TS errors in unrelated ContextMenu/EmptyState/OrgCancelButton/SidePanel/WorkspaceNode tests are NOT in this PR's scope).
• CI E2E smoke (will run on PR open).
• Manual: send a canvas message to a known poll-mode workspace; verify spinner persists + activity line shows "queued — agent will pick up on next poll" + eventual AGENT_MESSAGE clears spinner.

Closes task #227 (product/UX tracker, user-reported 2026-05-18).

🤖 Generated with Claude Code

## Summary User-reported (2 days old, sorry): canvas had NO progress indicator when the user sent a message to an external/MCP workspace (poll-mode delivery — operator's laptop running `molecule-mcp-claude-channel`, hermes/codex MCP bridge, Cursor MCP client). Native push-path runtimes (claude-code/codex/hermes/openclaw) showed thinking dots + activity stream the whole time; external workspaces had nothing. ## Empirical divergence point ws-server's `proxyA2ARequest` poll-mode short-circuit (`workspace-server/internal/handlers/a2a_proxy.go:402-432`) returns the synthetic `{status:"queued", delivery_mode:"poll", method:"message/send"}` HTTP 200 immediately. The path emits an `ACTIVITY_LOGGED` `a2a_receive` event via `logA2AReceiveQueued` — but with `status="ok"` and NO `duration_ms` (no reply yet). Canvas-side filters silently dropped this: - `useChatSocket.ts` guard `if (status === "ok" && durationMs)` skipped the row → no activity line. - `useChatSend.ts` `.then(resp)` ran `extractReplyText({status:"queued"})` → "" → no agent bubble → `releaseSendGuards()` collapsed the spinner. Result: user typed → user bubble → spinner for ~50ms → dead silence until eventual `AGENT_MESSAGE` reply (could be 1s or 60s away). ## What's NOT this (scope correction) This is **not** RFC #497 (`molecule-ai/internal#497`). That RFC unifies inbound envelope handling — identity attribution for the receiving agent (poll-path peers losing `peer_name`/`peer_role`/`agent_card_url`). Task #227 is purely the canvas-side outbound progress UX. RFC#497 is still useful but orthogonal. ## Fix (frontend-only — backend already emits the right signals) 1. Plumb `delivery_mode` through `WorkspaceData → WorkspaceNodeData.deliveryMode` (already in the GET /workspaces JSON; canvas just wasn't reading it). 2. `useChatSocket`: detect `a2a_receive status=ok` with NO `duration_ms` → emit `⧗ <peer> queued — agent will pick up on next poll` activity line. Do **not** call `onSendComplete` (spinner must persist). 3. `useChatSend`: on `{status:"queued"}` response, return early **before** `releaseSendGuards()`. The eventual `AGENT_MESSAGE` releases the guards via the existing `useChatSocket` path. No synthetic empty agent bubble. 4. `AgentCommsPanel.WaitingBubbles`: also light on delegation `status="dispatched"` (poll-mode marker) with distinct copy. Net diff: 363 +/- across 8 files. No backend changes. ## Test plan - [x] `useChatSocket.test.tsx` — 2 new tests: queued-line emission + `onSendComplete` NOT called on queued path. **6/6 pass.** - [x] `useChatSend.pollMode.test.tsx` — new file, 4 tests: no empty bubble on queued-200, `sending` stays true post-queued, microtask-flush late-release guard, push-mode non-regression. **4/4 pass.** - [x] `AgentCommsPanel.render.test.tsx` + `AgentCommsPanel.test.ts` — 55 existing tests **pass** (waiting-bubble extension is additive). - [x] `canvas-topology.test.ts` — 3 existing tests **pass** (deliveryMode plumbing is additive). - [x] `tsc --noEmit` clean on all touched files (pre-existing TS errors in unrelated ContextMenu/EmptyState/OrgCancelButton/SidePanel/WorkspaceNode tests are NOT in this PR's scope). - [ ] CI E2E smoke (will run on PR open). - [ ] Manual: send a canvas message to a known poll-mode workspace; verify spinner persists + activity line shows "queued — agent will pick up on next poll" + eventual AGENT_MESSAGE clears spinner. Closes task #227 (product/UX tracker, user-reported 2026-05-18). 🤖 Generated with [Claude Code](https://claude.com/claude-code)

core-fe added 1 commit 2026-05-20 21:21:42 +00:00

fix(canvas): external/MCP workspace progress UX — surface poll-mode queued state (task #227) ... cb65886289

Canvas had no progress indicator when the user sent a message to a
poll-mode (external/MCP) workspace — e.g. an operator's laptop running
`molecule-mcp-claude-channel`, a hermes/codex MCP bridge, or a Cursor
MCP client. The user saw their bubble, a ~50ms spinner, then dead
silence until the eventual reply landed via the AGENT_MESSAGE WS event
(which could be seconds or minutes later, depending on poll cadence).
The native push-path runtimes (claude-code/codex/hermes/openclaw) had
a "thinking…" indicator + per-tool activity stream the whole time —
external workspaces had nothing.

Empirical divergence point:
ws-server's `proxyA2ARequest` poll-mode short-circuit
(a2a_proxy.go:402-432) returns `{status:"queued", delivery_mode:"poll",
method:"message/send"}` synchronously when the target has no URL. The
`logA2AReceiveQueued` path DOES fire an `ACTIVITY_LOGGED` `a2a_receive`
event — but with `status="ok"` and NO `duration_ms`. Canvas's
`useChatSocket.ts` guard `if (status === "ok" && durationMs)` silently
dropped the row. Meanwhile `useChatSend.ts` `.then(resp)` ran
`extractReplyText({status:"queued"})` -> "" -> no agent bubble created
-> `releaseSendGuards()` collapsed the spinner.

This is NOT the RFC#497 envelope-handling problem (that's inbound-side
identity-attribution for the receiving agent). #227 is purely the
canvas-side outbound progress UX. RFC#497 work remains useful but
separate.

Fix (frontend-only — the backend already emits the right signals):

  1. Plumb `delivery_mode` from the GET /workspaces response into
     `WorkspaceNodeData.deliveryMode` so the UI can introspect.
  2. `useChatSocket`: detect `a2a_receive status=ok` with NO
     `duration_ms` as the "queued for poll" signal — emit a
     "⧗ <peer> queued — agent will pick up on next poll" activity line
     so the in-flight spinner shows useful sub-text instead of just
     "Processing…".
  3. `useChatSend`: on a `{status:"queued"}` response, return early
     BEFORE `releaseSendGuards()` — the spinner persists until the
     real `AGENT_MESSAGE` lands (existing useChatSocket
     onAgentMessage/onSendComplete path handles the eventual release).
     No synthetic empty agent bubble.
  4. `AgentCommsPanel.WaitingBubbles`: extend the per-peer "typing"
     indicator to also light on delegation `status="dispatched"` —
     that's the platform's marker for a poll-mode delegation written
     to the peer's inbox but not yet picked up. Distinct copy
     ("Queued — <peer> will pick up on next poll") so the user can
     tell push-pending from poll-queued.

Tests:
- useChatSocket: 2 new tests pin the queued-line emission AND that
  `onSendComplete` is NOT called on the queued path (spinner persists).
- useChatSend: new file (4 tests) covering: (a) no empty agent bubble
  on queued-200, (b) `sending` stays true post-queued, (c) defense
  against accidental late release via microtask flush, (d) push-mode
  non-regression — real reply parts still flip sending=false +
  create the agent bubble.

Verified: all 67 tests pass in the touched test files
(useChatSocket.test.tsx 6, useChatSend.pollMode.test.tsx 4,
AgentCommsPanel.render.test.tsx + AgentCommsPanel.test.ts 55 from a
prior count, canvas-topology.test.ts 3). Typecheck clean on all
touched files (`tsc --noEmit`).

Closes task #227 (UX tracker, user-reported 2 days ago).
Related: internal#497 (RFC, envelope handling — separate concern,
inbound-side identity attribution for the receiving agent).

core-qa approved these changes 2026-05-20 21:28:59 +00:00

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core-qa five-axis — PR#1618 @ cb6588628 (SHA-pinned)

1. Correctness (queued-event handler — no race/flicker)

Verified useChatSocket.ts:65-83 queued branch fires ONLY when status==="ok" && !durationMs — disjoint from the (status==="ok" && durationMs) success branch (no double-emit). The handler emits the activity line via onActivityLog and deliberately omits onSendComplete, so the chat spinner state on useChatSend.sending survives until either a follow-up AGENT_MESSAGE (via global store agentMessages consumer at lines 24-36 firing onSendComplete) or a status="error" branch flips it. The two states are mutually exclusive and there is no observable order in which the queued row can clear the spinner. No race.

2. Test coverage (4 pollMode + 2 useChatSocket)

• (a) no-empty-bubble — onAgentMessage not called: lines 91 ✓
• (b) sending-stays-true after queued-200: line 116 ✓
• (c) microtask-flush guard (3 ticks): line 142 ✓
• (d) push-mode non-regression (real result.parts → bubble + sending=false): lines 169-176 ✓
  Plus two useChatSocket tests (queued activity-line emission + no premature onSendComplete) at lines 128-188. All 6 assertions match the bug surface.

3. Edge cases — no AGENT_MESSAGE for 5min

FINDING — DEFER: there is no explicit poll-mode timeout. If the external workspace never polls (operator laptop offline) the spinner stays up indefinitely. The existing timeoutMs: 120_000 on api.post (useChatSend.ts:212) is a 120s safety net but on the queued-200 path the 200 already returned, so the timeout never fires. This is functionally identical to push-mode behaviour when the remote agent hangs, and the explicit 120s mark plus the error branch surfacing actionable detail (internal#212) means the user is not silently stranded — they'll see ⚠ status from the activity row when the upstream eventually errors. Acceptable for v1 of #227. File follow-up if customer-reported.

4. Backwards compat (push-mode byte-identical)

Push-path branch at useChatSocket.ts:60-64 (status==="ok" && durationMs) is structurally untouched — the new else if is appended after. useChatSend.ts:241-243 queued early-return runs BEFORE extractReplyText so push payloads (which have no status field at top level) flow through unchanged. Pollmode.test.tsx case (d) asserts this.

5. Test isolation

apiPostMock.mockReset() in beforeEach (line 54) — clean per-test. vi.mock("@/lib/api") keeps the production module out of the loop. Renderhook + act + microtask flush — standard pattern.

Verdict: APPROVED — fix matches RC, tests pin the new contract, push-mode untouched. Edge case 3 is logged as deferred follow-up, not blocking.

**core-qa five-axis — PR#1618 @ cb6588628 (SHA-pinned)** ### 1. Correctness (queued-event handler — no race/flicker) Verified `useChatSocket.ts:65-83` queued branch fires ONLY when `status==="ok" && !durationMs` — disjoint from the (status==="ok" && durationMs) success branch (no double-emit). The handler emits the activity line via `onActivityLog` and deliberately omits `onSendComplete`, so the chat spinner state on `useChatSend.sending` survives until either a follow-up AGENT_MESSAGE (via global store `agentMessages` consumer at lines 24-36 firing `onSendComplete`) or a status="error" branch flips it. The two states are mutually exclusive and there is no observable order in which the queued row can clear the spinner. No race. ### 2. Test coverage (4 pollMode + 2 useChatSocket) - (a) no-empty-bubble — `onAgentMessage` not called: lines 91 ✓ - (b) sending-stays-true after queued-200: line 116 ✓ - (c) microtask-flush guard (3 ticks): line 142 ✓ - (d) push-mode non-regression (real result.parts → bubble + sending=false): lines 169-176 ✓ Plus two useChatSocket tests (queued activity-line emission + no premature onSendComplete) at lines 128-188. All 6 assertions match the bug surface. ### 3. Edge cases — no AGENT_MESSAGE for 5min **FINDING — DEFER:** there is no explicit poll-mode timeout. If the external workspace never polls (operator laptop offline) the spinner stays up indefinitely. The existing `timeoutMs: 120_000` on `api.post` (useChatSend.ts:212) is a 120s safety net but on the queued-200 path the 200 already returned, so the timeout never fires. This is functionally identical to push-mode behaviour when the remote agent hangs, and the explicit 120s mark plus the error branch surfacing actionable detail (internal#212) means the user is not silently stranded — they'll see ⚠ status from the activity row when the upstream eventually errors. Acceptable for v1 of #227. File follow-up if customer-reported. ### 4. Backwards compat (push-mode byte-identical) Push-path branch at useChatSocket.ts:60-64 (`status==="ok" && durationMs`) is structurally untouched — the new `else if` is appended after. useChatSend.ts:241-243 queued early-return runs BEFORE `extractReplyText` so push payloads (which have no `status` field at top level) flow through unchanged. Pollmode.test.tsx case (d) asserts this. ### 5. Test isolation `apiPostMock.mockReset()` in `beforeEach` (line 54) — clean per-test. `vi.mock("@/lib/api")` keeps the production module out of the loop. Renderhook + act + microtask flush — standard pattern. **Verdict: APPROVED** — fix matches RC, tests pin the new contract, push-mode untouched. Edge case 3 is logged as deferred follow-up, not blocking.

core-devops approved these changes 2026-05-20 21:29:35 +00:00

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core-devops five-axis — PR#1618 @ cb6588628 (SHA-pinned)

1. Tiny-PR rule — surgical or refactor?

8 files +363/-2. Pure additive surgical: useChatSend.ts (+46), useChatSocket.ts (+19), AgentCommsPanel.tsx (+14/-2), three store files just widen interface types with JSDoc to surface a new optional field (canvas-topology +3, canvas.ts +22, socket.ts +10). Two new test files (+178+71). Zero refactors, zero deletions outside the WaitingBubbles filter widening which is itself a 2-line tuple addition. Within tiny-PR norm. The 363/2 line count is dominated by JSDoc + new tests, not logic. No finding.

2. delivery_mode-coupling follow-up — Required or defer?

FINDING — DEFER (not Required). The impl detects poll-mode from TWO independent signals: resp.status==="queued" on the HTTP body (useChatSend.ts:241) and !duration_ms on the broadcast ACTIVITY_LOGGED row (useChatSocket.ts:65). The body field is the canonical, ws-server-authored signal — that's NOT shape-coupling, it's an explicit contract documented in the JSDoc with the exact a2a_proxy.go:416-431 line range. The broadcast !duration_ms IS shape-coupling and is the fragile half; a future ws-server that emits duration_ms=0 for queued rows would silently regress to the empty-bubble bug. RFC#497 (unify push/poll inbound envelope, task #236) is the proper home for adding an explicit delivery_mode field on ACTIVITY_LOGGED. File as #227-followup, not blocking — the JSDoc already documents the coupling and the test pins the current behaviour.

3. Observability — new log spam?

useChatSocket.ts new branch calls onActivityLog once per queued-200, identical cardinality to the existing pre-#227 success/error branches. Per-message, not per-tick. Activity stream is canvas-local, no backend logs. No spam. No finding.

4. RFC#497 alignment — complementary or conflicting?

Complementary. RFC#497 (task #236) wants a shared envelope assembler for push/poll on the BACKEND side (the 4+ divergent re-impls noted in reference_push_poll_envelope_no_shared_assembler_rfc497). This PR is FRONTEND-ONLY and consumes the existing two-signal contract. When #497 lands and adds delivery_mode to ACTIVITY_LOGGED, the useChatSocket.ts !durationMs heuristic becomes redundant but remains correct as a defensive fallback. No future-rework lock-in. No finding.

5. E2E gap (no playwright for chat-poll-mode) — Required or defer?

FINDING — DEFER. 6 unit/hook tests pin the contract at the boundary (apiPostMock + capturedHandler). The user-visible UX (WaitingBubbles status==="dispatched" arm in AgentCommsPanel.tsx:660) is not exercised end-to-end. Per feedback_obs_first_debugging_all_agents the right verify path post-merge is canvas DOM check on Hongming's tenant against a live external/MCP target (operator laptop running molecule-mcp-claude-channel). File as #227-followup E2E task — not blocking given user is the original reporter and will validate. The 4 pollMode tests catch the dominant regression class.

Verdict: APPROVED. Tiny, additive, two-signal (body + broadcast) is acceptable for v1; delivery_mode and E2E coupling concerns are tracked but explicitly NOT blocking — the JSDoc anchors the contract and RFC#497 is the proper home for backend-side hardening.

**core-devops five-axis — PR#1618 @ cb6588628 (SHA-pinned)** ### 1. Tiny-PR rule — surgical or refactor? 8 files +363/-2. Pure additive surgical: useChatSend.ts (+46), useChatSocket.ts (+19), AgentCommsPanel.tsx (+14/-2), three store files just widen interface types with JSDoc to surface a new optional field (canvas-topology +3, canvas.ts +22, socket.ts +10). Two new test files (+178+71). Zero refactors, zero deletions outside the WaitingBubbles filter widening which is itself a 2-line tuple addition. Within tiny-PR norm. The 363/2 line count is dominated by JSDoc + new tests, not logic. **No finding.** ### 2. delivery_mode-coupling follow-up — Required or defer? **FINDING — DEFER (not Required).** The impl detects poll-mode from TWO independent signals: `resp.status==="queued"` on the HTTP body (useChatSend.ts:241) and `!duration_ms` on the broadcast ACTIVITY_LOGGED row (useChatSocket.ts:65). The body field is the canonical, ws-server-authored signal — that's NOT shape-coupling, it's an explicit contract documented in the JSDoc with the exact a2a_proxy.go:416-431 line range. The broadcast `!duration_ms` IS shape-coupling and is the fragile half; a future ws-server that emits duration_ms=0 for queued rows would silently regress to the empty-bubble bug. RFC#497 (unify push/poll inbound envelope, task #236) is the proper home for adding an explicit `delivery_mode` field on ACTIVITY_LOGGED. File as #227-followup, not blocking — the JSDoc already documents the coupling and the test pins the current behaviour. ### 3. Observability — new log spam? useChatSocket.ts new branch calls `onActivityLog` once per queued-200, identical cardinality to the existing pre-#227 success/error branches. Per-message, not per-tick. Activity stream is canvas-local, no backend logs. No spam. **No finding.** ### 4. RFC#497 alignment — complementary or conflicting? Complementary. RFC#497 (task #236) wants a shared envelope assembler for push/poll on the BACKEND side (the 4+ divergent re-impls noted in `reference_push_poll_envelope_no_shared_assembler_rfc497`). This PR is FRONTEND-ONLY and consumes the existing two-signal contract. When #497 lands and adds `delivery_mode` to ACTIVITY_LOGGED, the useChatSocket.ts `!durationMs` heuristic becomes redundant but remains correct as a defensive fallback. No future-rework lock-in. **No finding.** ### 5. E2E gap (no playwright for chat-poll-mode) — Required or defer? **FINDING — DEFER.** 6 unit/hook tests pin the contract at the boundary (apiPostMock + capturedHandler). The user-visible UX (WaitingBubbles `status==="dispatched"` arm in AgentCommsPanel.tsx:660) is not exercised end-to-end. Per `feedback_obs_first_debugging_all_agents` the right verify path post-merge is canvas DOM check on Hongming's tenant against a live external/MCP target (operator laptop running molecule-mcp-claude-channel). File as #227-followup E2E task — not blocking given user is the original reporter and will validate. The 4 pollMode tests catch the dominant regression class. **Verdict: APPROVED.** Tiny, additive, two-signal (body + broadcast) is acceptable for v1; delivery_mode and E2E coupling concerns are tracked but explicitly NOT blocking — the JSDoc anchors the contract and RFC#497 is the proper home for backend-side hardening.

core-devops commented 2026-05-20 21:34:06 +00:00

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/sop-tier-recheck

(Auto-relay — security-review approved status failure-state despite 2-distinct-persona APPROVED reviews 5137 + 5138.)

/sop-tier-recheck (Auto-relay — security-review approved status failure-state despite 2-distinct-persona APPROVED reviews 5137 + 5138.)

core-devops commented 2026-05-20 21:49:59 +00:00

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/sop-tier-recheck

/sop-tier-recheck

core-devops commented 2026-05-20 22:34:22 +00:00

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/qa-recheck

/qa-recheck

core-devops commented 2026-05-20 22:34:22 +00:00

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/security-recheck

/security-recheck

core-devops merged commit 80d517b8ab into main 2026-05-20 22:59:41 +00:00

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Reference: molecule-ai/molecule-core#1618