cave-teams 0.2.1

Programmable, LEADER-DRIVEN agent teams on CAVE: a team leader (an intelligent dovetail) orchestrates teammates by writing message files, guard-railed by conditions on messages, on an ephemeral CAVE server. Compose teams with a tiny algebra; run ANY agent runtime (MiniMax/Claude shown). Requires the CAVE runtime.

cave-teams

Programmable, leader-driven agent teams on CAVE.

Run many agent "teams" — a team leader that orchestrates teammates — without Claude Code Teams' blockers, reuse them, and use MiniMax or Claude (or any runtime), from Claude Code. cave-teams uses CAVE (it doesn't reimplement it): each team makes an ephemeral CAVE server that hosts the agents, runs them, and serves the flow, then tears it down.

pip install cave-teams          # pulls cave-harness (the CAVE runtime) + pydantic

The model

Teams are always a leader + teammates:

1. The task arrives as a file in the team's session dir; the leader checks it.
2. The leader — an intelligent autonomous dovetail — writes a message to a teammate (often just "read {path}").
3. cave-teams does not blindly run the next thing. It checks the message against the guardrails (is the target in the team? is it that agent's turn? is the format valid?). If it's wrong, it re-prompts the leader with the error — and the LLM fixes itself. If it's right, it delivers it; the teammate runs; the leader is alerted.
4. The leader decides the next message, or ends the run and returns a report.

Conditions on messages come in two tiers:

• Closed-world (enforced by cave-teams): turn order, membership, format — compiled from the team's algebra.
• Open-world (open_rules): intelligent-reliant checks only the leader can judge; cave-teams surfaces them and assumes they hold when the leader invokes the next teammate.

Quickstart

from cave_teams import Team, AgentRef, seq, cave_team
from cave_teams.examples import MiniMaxRuntime

class Brief(Team):                       # a topology = a Team subclass (Class · Link · Config)
    op = "brief"
    def build(self):
        return seq(AgentRef("researcher"), AgentRef("writer"))

leader = MiniMaxRuntime("leader", tools=None)            # writes its message files (needs file tools)
teammates = {
    "researcher": MiniMaxRuntime("researcher", tools=[]),
    "writer":     MiniMaxRuntime("writer", tools=[]),
}

result = cave_team(
    Brief({}), agent_runtimes=teammates, leader_runtime=leader,
    task="Topic: why octopuses are intelligent.",
    open_rules={"researcher": ["research must be accurate before the writer uses it"]},
)
print(result["report"])

A backend is any object with .run(str) -> str — that's all set_runtime needs. The MiniMax/Claude backends are just an example instance; CAVE runs any agent runtime.

The algebra

Compose teammates with a tiny algebra; it compiles to the guardrails (whose turn it is):

seq(a, b)          # a then b           a >> b
par(a, b)          # a and b together   a | b
gate(body, phi)    # loop until phi
choice(routes)     # guarded branch
team(G)            # a composition as one Link → a team is a teammate (closure law)

Topologies are also configs (save under .cave/golden/, reuse, scan_caves) and classes (subclass a Team, override build()).

Lower-level run

run_team(team, task, leader, teammate_runtimes, team_dir, open_rules=...) is the leader-driven loop directly (no CAVE server). llm_leader(rt) / file_leader(rt) wrap a runtime as the leader (the latter writes its message as a file, per the session/inbox structure). cave_team(...) is run_team on a freshly-made, torn-down CAVE server.

Requires

• cave-harness (the CAVE runtime; import name cave) — pulled in automatically.
• For the MiniMax/Claude example backends: the heaven framework + MINIMAX_API_KEY in the environment.

MIT.