Files
roboco/docs/rag/roles/main-pm.md
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7901ea419e Retire channels/sessions/messages; A2A becomes primary agent comms (#306)
* feat(a2a): deliver latest incoming message preview into the claim briefing

list_unread_a2a now carries last_message_preview (the latest message from the
OTHER agent, never the agent's own reply), fetched via a correlated subquery in
the same query — no N+1 on the per-verb briefing path.

* feat(a2a): read_a2a verb delivers unread message bodies to the agent

A2AService.get_unread_messages returns the caller's unread INCOMING messages
(never its own sends), marking exactly those rows read atomically so a message
arriving mid-call is preserved. Wired as the read_a2a content verb (route +
do_server tool + granted to every delivery role) — the content-bearing read the
A2A inbox lacked (read_messages only zeroed the counter).

* docs(rag): document read_a2a as the A2A content-read path

* fix(task): backlog activation no longer requires a discussion session

Removes the SessionTaskTable gate in activate() (and its dangling log field),
deletes _inherit_parent_session + its create() call, and drops the now-unused
SessionTaskTable import. Coordination rides task state; the session subsystem is
being retired. Tests updated to the new (no-session) behavior.

* fix(orchestrator): drop session sweep from _run_sweep

Removes the messaging import + sweep_timed_out_sessions call. That import sat
outside the try/except, so once messaging.py is deleted it would have killed the
entire sweep cascade (budget kill-switch, token rollups, retention, image prune,
superseded-PR reconcile). Notification sweep + all maintenance sweeps unchanged.

* release-manager --no-tags read-clone fix

* test: update evidence_repo unit test for a2a last_message_preview

* refactor(gateway): drop session propagation on delegate

Removes propagate_sessions_to_subtask from delegate(), the ChoreographerDeps
messaging field + property, and the ChoreographerDeps messaging arg in deps.py
(ContentActions messaging + import stay until the verbs are removed). Deletes the
propagation test; strips the now-invalid messaging kwarg from ChoreographerDeps
test builders.

* refactor(gateway): remove say/open_session/link_session/channels verbs

Removes the four channel/session verbs across content_actions (impls +
ContentActionsDeps.messaging), do_server (tools + registry), role_config (grants
+ _CHANNEL_DISCOVERY), do.py (routes), schemas/v1/do.py (request models), and
deps.py (MessagingService import + construction). Regenerates the prompt verb
tables. dm/notify/read_messages/read_a2a stay. Tests deleted/updated accordingly.

* uv.lock Upgrade

* refactor: remove conversation RAG indexing; Secretary announces via notification

Drops the CONVERSATIONS index (index_conversation, ConversationsIndexPlugin,
IndexType.CONVERSATIONS enum, IndexConversationParams, mentor.py type-label, the
messaging index hook) and its chunk-table manifest entries. The Secretary's
ANNOUNCE/RELAY_MESSAGE now fan out a BROADCAST notification to every agent's
inbox (NotificationService.broadcast) instead of posting to a dead channel.

* fix(panel): label RAG health error lines by subsystem

A red llm_error (e.g. the glm-5.2:cloud weekly-limit 429) rendered under
the 'Embedding: ok' header with no label, reading as an embedding failure.
Prefix each error line with LLM / Embedding / Vector store.

* refactor: remove channel/message reads from metrics, dashboard, git, events

MetricsService drops get_communication_volume + the MessageTable
message-count in get_agent_metrics (and the now-dead messages_sent_week
field). DashboardService drops get_channel_feeds/_compute_channel_status
and the message read in get_recent_activity (task activity kept);
get_auditor_metrics no longer reports communication_volume.
GitService's two primary-session-id helpers always return None now
(callers already treat None as "no primary session"). events/handlers.py
drops the SESSION_CLOSED/SESSION_TIMEOUT subscriptions + the
handle_session_boundary handler.

Forced follow-on: api/routes/dashboard.py + api/schemas/dashboard.py
dropped the now-dangling live_feeds/ChannelFeed surface and the
/metrics/communication route, which wrapped the removed service calls
directly (mypy would otherwise fail on the missing attributes).

* refactor: delete MessagingService + channel seeding

Edited db/__init__.py and services/__init__.py first (drop the unconditional
Channel/Group/Message/Session table + MessagingService re-exports), then
deleted services/messaging.py, then trimmed db/seed.py to only create_agents
(create_channels/create_channel_memberships/create_initial_messages gone).

Forced expansion: api/routes/{channels,groups,sessions,messages}.py import
roboco.services.messaging directly (not through the package __init__), as
does api/routes/tasks.py (the session-links embed on GET /tasks/{id} and the
GET /{id}/sessions route). Deleting messaging.py without addressing these
breaks `import roboco.api.app` immediately, since app.py eagerly imports all
route modules at startup. Since the 4 CRUD route files are 100%
MessagingService-backed with zero independent logic (and are wholesale
deletes in the plan's later API-routes task anyway), deleted them now +
unmounted from app.py/routes/__init__.py; tasks.py got the same surgical
trim its later task already specified (drop session-links embed +
TaskSessionLinkResponse/TaskResponse.sessions). This pulls a slice of that
later work forward — the routes/schemas for channels/groups/sessions/messages
still need their own pass, but their messaging-coupled parts are gone.

Verified with a full-suite collection sweep (12010 tests collected, zero
import errors) beyond the directly touched test dirs, given the expanded
blast radius.

* refactor: remove channel/session/message models, tables, and channel policy

Models: deleted channel.py/group.py/session.py/messaging.py wholesale
(zero external consumers besides the models/__init__.py re-export).
message.py surgically trimmed: removed MessageCreate (dead) and MessageEdit
(never instantiated; ExtractedMessage.edit_history retyped to
list[dict[str, Any]] to match how it's actually persisted — confirmed
ExtractedMessage was never written to any DB table, so MessageTable's
removal carries no functional risk to the kept extraction pipeline).
base.py: removed SessionStatus + ChannelType, kept MessageType. Also
removed the confirmed-dead channels_read/channels_write fields from
models/agent.py:AgentPermissions and models/dashboard.py:ChannelFeedData.

db/tables.py: deleted ChannelTable/GroupTable/SessionTable/SessionTaskTable/
MessageTable, TaskTable.session_links, and JournalEntryTable.session_id —
cascaded through models/journal.py, services/journal.py, and
api/schemas+routes/journals.py (22 plumbing sites).

foundation/policy/communications.py: removed the ChannelSpec/CHANNELS
catalog + TEAM_SCOPED_ROLES/_CELL_*/_AUDITOR_ONLY helpers, kept the
notification policy (Priority/parse_priority/NOTIFY_SENDER_ROLES/
ACK_REQUIRED_BY_TYPE). enforcement/channel_access.py deleted (confirmed
fully dead in production). agents_config.py: removed CHANNEL_ACCESS
(kept A2A_ALLOWED_PAIRS). seeds/initial_data.py: removed
DEFAULT_CHANNELS/CHANNEL_MEMBERSHIPS/AUDITOR_SILENT_ACCESS + the
never-consumed INITIAL_MESSAGES. config.py: removed
session_idle_timeout_seconds (zero consumers). exceptions.py: removed
dead ChannelError/ChannelAccessDeniedError/SessionClosedError.

Forced expansion beyond the original file list — ChannelType cascaded
into a live, mounted surface the plan didn't trace: agents_config.
CHANNEL_ACCESS -> services/permissions.py's channel-RBAC methods (not
models/permissions.py, which turned out to have no channel code at all)
-> two real endpoints in api/routes/stream.py (GET /permissions,
GET /permissions/channel/{name}) and two dependency factories in
api/deps.py. Removed the channel methods + fields, deleted the
channel-specific stream.py endpoint, deleted require_channel_read/write.
Also deleted api/schemas/{channels,sessions}.py (hard dependency on the
removed enums; already fully dead after the Task 10 route deletions) and
api/schemas/messages.py (a TYPE_CHECKING-only import of the deleted
MessageTable; likewise already fully dead) + its dedicated test file.

Test updates: test_permissions.py -14 channel tests (matches the planned
count exactly), test_communications.py / test_communications_consumers.py
split to keep only notification-policy coverage, test_exceptions.py -9,
test_deps.py -4, plus the journal/stream/foundation-smoke fallout. Also
fixed a pre-existing (Task 7) broken assertion in
test_foundation_phase3_smoke.py that inspected a `say()` method already
removed from ContentActions.

Verified: full-suite collection (11961 tests, zero import errors) and a
complete test run (11567 passed, 394 skipped, 0 failed) in addition to
the targeted suites.

* migration: drop channels/groups/sessions/session_tasks/messages + enum types

alembic/versions/060_drop_messaging.py: drop_column journal_entries.
session_id (sidesteps hardcoding the FK constraint name — verified
empirically against a live migrated DB that it's actually
fk_journal_entries_session_id_sessions, but drop_column doesn't care
either way); drop_table in FK order (messages -> session_tasks ->
sessions -> groups -> channels); DROP TABLE IF EXISTS chunks_conversations
(runtime-provisioned, not alembic-managed, would otherwise orphan); DROP
TYPE IF EXISTS for messagetype/sessionstatus/sessionscope/channeltype
(messagetype's Python enum stays for ExtractedMessage, but the DB type
had zero live columns left once MessageTable was dropped in the prior
commit). downgrade() raises NotImplementedError — one-way removal.

Pruned scripts/reset_runtime_state.sql + .sh: removed the DELETE/COUNT
lines for messages/session_tasks/sessions/groups/channels and the
groups.active_session_id reset block.

Verified end-to-end against a scratch Postgres DB: full migration chain
001->060 applies cleanly, alembic heads shows a single head, all 6 dropped
tables + 4 enum types + the journal_entries.session_id column are
confirmed gone, journal_entries keeps only its journal_id/task_id FKs,
downgrade correctly raises NotImplementedError without corrupting DB
state, and the pruned reset_runtime_state.sql runs clean (no errors)
against a fully-migrated DB.

* refactor(api): remove channel/session/message routes + WS streams

Most of this task's file list was already forced through in earlier
commits (routes/{channels,groups,sessions,messages}.py + app.py/__init__.py
unmounting in the MessagingService-deletion commit; tasks.py's
session-links embed + GET /{id}/sessions + schemas/tasks.py's
TaskResponse.sessions in that same commit; deps.py's require_channel_read/
write + schemas/{channels,sessions}.py in the models/tables commit). This
closes out what was left:

- api/websocket.py: deleted the channel_stream + session_stream routes,
  ConnectionManager's channel_connections/session_connections dicts,
  connect_channel/connect_session, broadcast_to_channel/broadcast_to_session,
  get_channel_subscriber_count, and their cleanup lines in disconnect().
  Agent streams, notification streams, and the operator system stream are
  untouched.
- api/websocket_bridge.py: deleted _handle_session_event +
  _handle_message_event and their SESSION_CREATED/SESSION_CLOSED/
  SESSION_TIMEOUT/MESSAGE_SENT subscriptions. The A2A live-view, rate-limit,
  usage, agent-lifecycle, and notification bridges are untouched.
- api/schemas/websocket.py: removed NewMessageBroadcast, WSMessageNew,
  WSMessageEdit, WSMessageDelete, WSSessionClosed — kept the WSMessage base
  class (still subclassed by the kept WSAgentStream/WSNotification) plus
  those two.
- api/schemas/groups.py: deleted (already fully orphaned since routes/
  groups.py was removed; its GroupResponse/GroupDetailResponse had zero
  consumers).

Updated the 5 websocket test files accordingly (removed the channel/
session-specific tests + fixed imports); test_websocket_bridge.py's
registration-coverage test dropped the SESSION_*/MESSAGE_SENT assertions.

Verified: full-suite collection (11943 tests, zero import errors) and a
complete test run (11549 passed, 394 skipped, 0 failed).

* docs: retire channels/sessions/messages from agent-facing docs + CLAUDE.md

Rewrites docs/rag (RAG-indexed) + docs/map + CLAUDE.md to reflect A2A (dm +
read_a2a) as primary agent comms; deletes the channel docs, splits messaging-tools
+ messaging-notification (renamed notification.md), swaps the WS worked example to
A2A_MESSAGE_SENT. _complete_map.md still needs regeneration (generated file).

* refactor(panel): remove Communications surface (channels/sessions)

Deletes the /communications routes, message components, task-detail Sessions tab,
use-channels + channel/session WS hooks, and the channels/sessions/messages/groups
api clients; prunes the Channel/Session/Message/Group types + mock data. (Auditor
live-feeds + dashboard.ts dead-route cleanup is a follow-up.)

* refactor(panel): drop auditor channel-feed + dead communication-metric route

* docs(map): regenerate _complete_map from updated slices

* fix(a2a): reduce get_unread_messages complexity below xenon C + stale comments

Extract the per-conversation unread-counter recompute into _reset_unread_counter
(the CI quality gate flagged get_unread_messages as rank C). Also drop the deleted
open_session from a content_actions comment and reword an evidence_repo docstring
that cited the removed messaging._notify_mentions.

---------

Co-authored-by: Renn F <rennf93@users.noreply.github.com>
2026-07-04 03:10:33 +02:00

138 lines
6.9 KiB
Markdown

# Main PM Role
## Identity
- **Agent**: main-pm
- **Role**: `main_pm`
- **Team**: main_pm
- **Reports to**: Product Owner
## Core Responsibilities
1. Coordinate work across all cells
2. Break down initiatives into cell tasks
3. Handle cross-cell dependencies
4. Monitor organization-wide progress
5. Escalate to Board / CEO when needed
## What You CAN Do
Everything Cell PM can do, PLUS:
- Triage tasks across ALL cells via `triage_all()`
- Coordinate cross-cell work
- Escalate to the CEO via `escalate_to_ceo`
## Task Breakdown Flow
When receiving an initiative from the Board / CEO:
```python
# 1. Claim + plan the initiative (claims, sets the plan, → in_progress)
i_will_plan(
initiative_id,
plan="Split into backend API + frontend UI + UX design",
approach="...",
)
# 2. Record the decision as you go
note(
text="Chose Option A over B because ...",
scope="decision",
title="Task breakdown for [feature]",
)
# 3. Delegate a subtask to each cell PM (parent must be in_progress).
# Args are flat keywords (no nested body=); the subtask inherits the
# parent's project — for a product-linked coordination root the cell->project
# map resolves it server-side, so you never pass project_id.
delegate(
parent_task_id=initiative_id,
title="Backend: Implement API",
description="...",
assigned_to="be-pm",
team="backend",
task_type="planning",
nature="technical",
acceptance_criteria=["..."],
estimated_complexity="medium",
covers_parent_criteria=["<initiative-ac-id>", "..."],
)
# 4. Notify the Cell PMs (ack-required signal)
notify(target="be-pm", text="New initiative assigned — see task", task_id=subtask_id)
```
`delegate` validates the delegation chain (main_pm → cell_pm) and the assignee-vs-task_type rule. Documentation is NOT delegatable — the lifecycle auto-creates the doc phase after the code subtask passes QA.
## Cross-Cell Coordination
Monitor via:
```python
triage_all() # actionable tasks across all teams (Main PM only)
```
## Tool Surface (per-spawn manifest)
| MCP server | Verbs you can call |
|-----------------------|--------------------|
| `roboco-flow` | `triage`, `triage_all`, `give_me_work`, `i_will_plan`, `delegate`, `unblock`, `submit_root`, `complete`, `escalate_up`, `escalate_to_ceo`, `resume`, `unclaim`, `i_am_idle` |
| `roboco-do` | `note`, `dm`, `notify`, `evidence`, `pr_update` |
| `roboco-docs` | `roboco_docs_write`, `roboco_docs_read`, `roboco_docs_list` |
| `roboco-git-readonly` | `roboco_git_status`, `roboco_git_log`, `roboco_git_diff`, `roboco_git_branch_list` |
| `roboco-search` | `web_search`, `web_fetch` (only when `ROBOCO_RESEARCH_ENABLED`, default on) |
| `roboco-optimal` | `roboco_ask_mentor`, `roboco_kb_search` |
Native `git` commands are blocked by the bash-guard hook — use the read-only git views and let the choreographer handle PR merges on `complete`.
## Task-Edit Scope (PM lighter)
Like the Cell PM, you do **not** get unrestricted task admin on the REST `PATCH /tasks/{id}` surface. `main_pm` is capped to the same content-only allowlist — `title`, `description`, `acceptance_criteria`, `priority` — with no status changes and no structural/ownership fields (`assigned_to`, `team`, `parent_task_id`, `dependency_ids`, `blocker_ids`, `plan`, `project_id`); those ride the gateway verbs (`delegate`, `reassign`, `unblock`, ...), not this PATCH surface. Full admin (any field, any team, status override) stays with CEO/Board/Auditor (`_pm_editor_scope` / `_enforce_pm_lighter_fields`, `roboco/api/routes/tasks.py`).
## Projects and Git Tokens
Registering repositories and storing git tokens is **not** an agent action — it is done by a human in the panel (project settings). Tasks you delegate reference an existing `project_id`; if a project isn't set up, escalate rather than trying to create it.
## Handling Cell PM Escalations
When a Cell PM escalates (`escalate_up`):
1. Review cross-cell impact
2. Coordinate with other Cell PMs if needed
3. Make the decision (`unblock`, `complete`) or escalate up
This is for *help while work is in flight*. Finished cell-scoped work arrives by a different path — `submit_up` (below).
## Integrating cell work + completing the root
You own the **root** task and the root→master PR. Each Cell PM assembles, gates, and merges its own cell→root PR into your integration branch (its `submit_up` enters the cell-level PR-review gate, not your queue) — so cell work lands on the root branch without you acting per-cell.
```
master ← feature/main_pm/{root} ← feature/{cell}/{root}/{cell-pm} ← dev branches
(CEO) (you, via gate) (cell PM, via gate) (devs)
```
- A cell PM's `complete` merges a leaf PR into its cell branch; after the cell gate, its `complete` merges the cell→root PR into your root branch. You do not merge cell branches.
- Once every cell's parent is terminal, **`submit_root(root_task_id, notes)`** opens the root→master PR and enters the in-path gate (`awaiting_pr_review`). The **main PR reviewer** checks the assembled root diff: `pr_pass``awaiting_pm_review`; `pr_fail``needs_revision` (owned by you, fix + re-`submit_root`). The reviewer's verdict + issues are carried in your task handoff, and re-`submit_root` is refused if the root PR is **unchanged** since the last `pr_fail` — fix and commit before re-submitting.
- **The system may call `submit_root` for you.** When every cell's parent is terminal, the orchestrator's closure dispatcher tries `_try_auto_submit` first: with `ROBOCO_PR_GATE_AUTO_SUBMIT_ENABLED` (default on) and a branch + project on the root, it runs `submit_root` system-side as you — skipping your spawn for that turn, since the submit's substance is deterministic gate code, not judgment. A gate rejection (freshness/integrity) falls back to spawning you for the classic closure turn. Either way the root lands on `awaiting_pr_review` (or `needs_revision`) exactly as if you'd called it; an audited `task.auto_submitted` event marks the cut. A branchless coordination root (MegaTask umbrella) never auto-submits — it assembles no PR.
- After `pr_pass`, `complete(root_task_id, notes)` escalates the root to the CEO (`awaiting_ceo_approval`) — it does **not** merge. A branchless coordination root (product fan-out, no repo) skips the gate and `complete` escalates directly.
- The CEO approves and merges the root→master PR from the panel. Only the CEO ever merges to `master`.
## A2A
```python
dm(recipient="be-pm", text="Coordinating the API contract — ...", task_id="...")
```
## Escalation
Escalate to the CEO when:
- Strategic direction needed
- Major scope change
- Resource constraints
- Cross-initiative conflicts
```python
escalate_to_ceo(task_id, reason="Major scope change — needs CEO sign-off")
```
The CEO acts via the panel/UI; you idle until the CEO approves or rejects. Use `escalate_up` to reach the Product Owner for non-CEO strategic calls.