Two-pane RunsPage: left pane shows searchable, filterable run queue
(by status: queued/running/completed/failed). Right pane shows full
run detail: agent, provider, trigger, timing, duration, execution
context, error messages for failures, and provider request response
text as a scrollable log viewer.
Migration 041 adds parent_task_id to tasks for subtask hierarchy.
TaskDetailDialog now has three tabs: Overview (description, assignee,
project, goal, workspace, runs with error messages), Subtasks (child
tasks with status), and Activity (audit events and approval history).
Inline edit overlay covers title, description, assignee, risk, priority,
and parent task. Task delete is available from the dialog footer.
Agents can now create versioned company documents (PRD, spec, memo,
report, runbook, proposal, policy, guide) via the create_document tool.
Documents are persisted in the documents table and visible in the
Documents page.
Three new pages in the sidebar navigation: Documents (CRUD with type
filtering, inline editing, status lifecycle), Knowledge Base (card grid
with category/importance filters, create/delete), and Automation (rule
table with trigger/action/priority/enable toggle, create/edit/delete).
Each page connects to the corresponding backend service from the
previous commit.
UpdateAgentInput now includes department and budgetCents. The edit dialog
on the Team page shows department and monthly budget alongside the
existing role, title, seniority, provider, and model fields.
The workspace settings panel now includes an Add button that opens a
dialog with name, local path (with directory picker), and optional
project binding. Supports creating secondary workspaces beyond the
initial bootstrap workspace.
Full-stack: IPC channels, command types, OrganizationService methods,
IPC handlers, preload bridge, desktop-api types, and UI dialogs on the
Work page. Users can now create goals and projects directly instead of
relying on the onboarding bootstrap.
The homepage now shows two activity cards: recent agent runs (with
state, trigger, and timing) and recent chat messages (with sender,
channel, and message preview). Gives the operator real-time visibility
into what agents are doing.
Shared MentionTextarea component provides @mention autocomplete in both
the channel composer and the thread reply composer. Type @ to see agents
and employees, arrow-navigate, Enter to select.
Type @ in the message composer to see a dropdown of agents and employees.
Arrow keys navigate, Enter/Tab selects, Escape dismisses. The selected
handle is inserted at the cursor position.
When a task_run is triggered by a chat @mention, the agent now receives
the full thread transcript (up to 20 messages) in its prompt so it
understands what it is replying to and can use the correct thread_id.
Agents were deaf to @mentions — only /agent slash commands triggered a
task_run. Now ChatService.sendMessage auto-wakes every mentioned agent
(skipping self-mentions and /agent which already handles it) by creating
a queued task_run through ChatAgentWakeService.wakeFromMention.
Every catalog provider can now drive agent execution:
- Azure OpenAI -> Chat Completions at the deployment URL with api-key
- AWS Bedrock -> Converse API signed natively with SigV4 (node:crypto)
- Vertex AI -> Gemini generateContent with a service-account JWT (RS256)
exchanged for a cached access token
The credential resolver maps each cloud profile to the turn's needs; the router
covers all 16 providers. Pure encoders, the SigV4 signer and the GCP auth are
unit-tested; no AWS/GCP SDK dependency.
New 'Custom OpenAI-compatible' and 'Custom Anthropic-compatible' providers let
an agent run against any compatible endpoint by base URL + key: the turn posts
Chat Completions (/chat/completions) or Anthropic Messages (/v1/messages) at the
configured base URL. Backfilled into existing orgs by migration 037.
The loop was gated to API-key providers, so a GPT-account (Codex) CEO failed
with 'requires an API-key provider'. Port Pi's actual request handlers natively
so every agent-capable provider runs:
- chat-completions turn for xAI, Groq, Mistral, Cerebras, OpenRouter
- Codex SSE Responses for GPT account
- Anthropic-OAuth (Claude Code system + beta headers) for Claude Pro/Max
- Copilot proxy (baseUrl from the token) for GitHub Copilot
- Gemini Code Assist for Google Antigravity
A credential resolver refreshes expired OAuth access tokens at request time and
persists the rotation; the runner routes by provider key and passes the resolved
credential. The heartbeat now retries failed tasks (bounded to 3 attempts) so a
run that failed on the old gate recovers automatically. Cloud providers
(Azure/Bedrock/Vertex) still report a clear unsupported message.
The queue worker now also enqueues one run per actionable assigned task of a
heartbeat-enabled agent with an enabled provider and no run yet, so after the
CEO hires and delegates, its reports start their tasks on their own. Each task
is enqueued at most once. The team-building prompt is now scoped to managers
(no manager) with an empty team, so reports execute their task instead.
The new app reached a real LLM but never ran an agent: the kickoff task_run
sat queued forever and runTask was a single text completion with no tools.
This adds the missing runtime:
- provider-tool-turn: OpenAI Responses + Anthropic Messages tool-use turns
- agent-tools + deliverable-writer: hire_agent, create_task,
update_task_status, write_deliverable (workspace-scoped, traversal-safe)
- agent-run-loop: real tool-use loop, capped iterations
- task-queue-worker: claims queued runs in a transaction and executes them
task-execution now drives the loop; a background worker auto-runs the
bootstrap CEO run so it hires its team, delegates tasks, and writes the first
deliverable into the bound workspace. Autonomy is gated by AGENTCOMPANY_NEW_AUTORUN
(tests run with it off to stay hermetic).
Closes the Anthropic OAuth gap with a native Claude Pro/Max device sign-in
(reusing the OAuth engine) and adds three OpenAI-compatible API-key
providers. Model lists are sourced from the provider registry. A backfill
migration seeds the new providers into existing organizations idempotently.
Implement the official OAuth login flows natively (ported from pi-ai's
reference): GitHub Copilot device-code, GPT account (ChatGPT Codex) and
Google Antigravity authorization-code + PKCE via a loopback callback server.
Obtained credentials are stored as JSON through the existing secret vault.
Onboarding and Settings now run the real sign-in instead of pasting an
access token.
ZacharyZhang-NY