Team builder packaging

Team Builder Packaging

Procedure

1. Start with the orchestrator/HQ.

2. Run docs/builder-interview-research-gate.md before writing the roster: ask an 8-12 question first batch, research official sources, similar agent repositories or comparables, academic/professional theory, and plugin docs, compare tool/plugin choices, and write the domain-expert synthesis plus prompt-performance contract.

3. Add PM Soul or project owner.

4. Add Memory Curator and Memory Ticket handoff.

5. Add Policy Gate, eval judge, and QA/evidence gate.

6. Add workers only for real domain ownership proved by interview or research.

7. Add docs/builder-interview.md, docs/research-sources.md, docs/tool-selection.md, docs/domain-expert-synthesis.md, docs/prompt-performance-contract.md, and .agentlas/capability-eval-plan.json unless explicitly creating a minimal private scaffold.

8. Encode handoff and return contracts.

9. Emit one orchestrator/HQ global command in .agentlas/global-commands.json and runtime command files. Do not expose worker commands unless requested. 9b. Declare the execution graph in manifest.json. This is what the Hub runtime reads to build the team; a package that omits it is published, charged for as a team, and can never be called:

   {
     "entrypoints": { "orchestrator": "agents/00-orchestrator/agent.md" },
     "roster": ["agents/10-<role>/agent.md", "agents/20-<role>/agent.md"]
   }
   

   Write both keys explicitly. The runtime also accepts older spellings (entrypoint, orchestrator, entry; workers, members, team) and can derive the roster from agents/<name>/agent.md, but relying on that leaves the team's shape implicit and it drifts. Note that entry in agentlas.json is the PACKAGE entrypoint, not the team manager — never reuse it for that.

10. Emit runtime adapters and package verification.

11. Run scripts/verify-team-package.sh <package-root> before reporting completed. If it fails, do not hand off a result; correct the package by adding an orchestrator/HQ plus company-blueprint topology or by collapsing it to a valid single-agent package.

Output

Return team_topology, nodes, edges, memory_architecture, gates, runtime_adapters, global_commands, and verification.