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Mini-SWE Agent for Jhonny - CUA sandbox with double MCP servers. Pool names use {randhex6} template for uniqueness.
Raw
agent.py
#!/usr/bin/env -S uv run --script
# /// script
# requires-python = ">=3.10"
# dependencies = [
# "boto3",
# "cua-train",
# "httpx",
# "mcp>=1.28.1,<2",
# "pyyaml",
# ]
#
# [tool.uv]
# extra-index-url = ["https://wheels.cua.ai/simple/"]
# ///
"""Run **mini-swe-agent over TWO MCP servers** on a **Windows** CUA sandbox.
Self-contained, single-file — run it straight with ``uv`` (no venv, no
``pip install``); the inline script metadata pulls ``cua-train`` from the wheels
index automatically.
the sandbox runs **two** MCP servers at once:
* CUA **computer-server** — Service ``<sandbox>-server`` (VM :8000), MCP /mcp
* **cua-driver** — Service ``<sandbox>-mcp`` (VM :3000), MCP /mcp
Lifecycle (every step narrated in the console):
1. exchange the client_credentials for a bearer token (``TrainClient.from_key``)
2. create the per-user namespace (``POST /api/namespaces`` — Capsule tenant
RBAC; pool name == namespace)
3. create an ``OSGymWorkspacePool`` (``cua.ai/v1``) with **one Service per MCP
server**. The pool-operator compat shim projects it into an
``OSGymSandboxTemplate`` (``<pool>-template``) + ``OSGymSandboxWarmPool`` pair.
4. wait for a warm VM, then claim a sandbox (``OSGymSandboxClaim``)
5. open one MCP session per server, run the agent, release the claim
Auth needs a per-USER key (``ukey-…``, from POST /api/user-keys); the LLM runs
on **AWS Bedrock** via a direct ``boto3`` ``bedrock-runtime`` Converse call. AWS
credentials come straight from the standard environment / default chain (env
vars, a shared profile, SSO, or an instance role) — there is no LiteLLM layer.
Set AWS_REGION (or pass ``--aws-region``); the model id is a Bedrock id such as
``us.anthropic.claude-sonnet-4-6`` (a leading ``bedrock/`` is stripped).
export CUA_CLIENT_ID=ukey-xxxxxxxx
export CUA_CLIENT_SECRET=...
export AWS_REGION=us-east-1
export AWS_ACCESS_KEY_ID=... AWS_SECRET_ACCESS_KEY=... # or AWS_PROFILE / role
uv run agent_windows_double_mcp.py --name windows-agent-demo \
--model us.anthropic.claude-sonnet-4-6 \
--task "Open Microsoft Edge and browse to https://news.yahoo.com/."
…or, if your uv is too old to read the inline extra-index-url::
uv run --with cua-train --with httpx --with boto3 --with "mcp>=1.28.1,<2" \
--extra-index-url https://wheels.cua.ai/simple/ \
agent_windows_double_mcp.py --name windows-agent-demo --task "…"
The sandbox claim is ALWAYS released on exit — success, error, or Ctrl-C. Pass
``--keep`` to leave the *pool/namespace* up (the claim is still released),
``--delete-pool`` to tear everything down.
Env knobs: CUA_CLIENT_ID, CUA_CLIENT_SECRET, CUA_TOKEN_URL, CUA_BASE_URL, AGENT_MODEL,
plus the standard AWS_* variables (AWS_REGION, AWS_ACCESS_KEY_ID, …) read by boto3.
"""
from __future__ import annotations
import argparse
import asyncio
import base64
import contextlib
import dataclasses
import json
import os
import re
import signal
import sys
import time
import uuid
from collections.abc import Callable
from datetime import timedelta
import boto3
import httpx
import yaml
from cua_train import TrainClient
from mcp import ClientSession, types as mcp_types
from mcp.client.streamable_http import streamable_http_client
DEFAULT_TOKEN_URL = "https://auth.cua.ai/realms/cyclops-cs/protocol/openid-connect/token"
DEFAULT_BASE_URL = "https://run.cua.ai"
# OSGymWorkspacePool — the legacy single-object pool CR the cyclops-cs SPA
# creates (cua.ai/v1). The pool-operator compat shim translates it into the
# native OSGymSandboxTemplate (<pool>-template) + OSGymSandboxWarmPool pair.
POOL_GROUP, POOL_VERSION, POOL_PLURAL = "cua.ai", "v1", "osgymworkspacepools"
# OSGymSandboxTemplate / OSGymSandboxClaim live in the osgym.cua.ai group.
EXT_GROUP, EXT_VERSION = "osgym.cua.ai", "v1alpha1"
CLAIM_PLURAL = "osgymsandboxclaims"
SYSTEM = (
"You operate a computer through the provided tools. You have access to "
"MULTIPLE tool servers running inside the same machine — a CUA "
"computer-server and a cua-driver — and their tool names are prefixed with "
"the server they belong to (e.g. 'computer-server__screenshot', "
"'cua-driver__click'). Pick whichever tool fits; they act on the same "
"desktop. Inspect state (take a screenshot, read a file, run a command), "
"then take ONE action at a time and observe the result before the next. "
"When the task is fully complete, reply with a final message and no tool call."
)
def default_run_manifest() -> dict:
return {
"apiVersion": "cua.ai/v1alpha1",
"kind": "AgentWindowsDoubleMCPRun",
"metadata": {"name": None},
"spec": {
"pool": {
"image": DEFAULT_IMAGE,
"cpu": DEFAULT_CPU,
"ram": DEFAULT_RAM,
"firmware": DEFAULT_FIRMWARE,
"replicas": 1,
"minAvailable": 1,
"readinessPort": None,
"services": [],
},
"claim": {
"name": None,
"bindDeadline": 600,
},
"agent": {
"model": None,
"task": None,
"maxSteps": 40,
"keepImages": 2,
},
"rollout": {
"warmTimeout": 0,
"bindTimeout": 0,
"readyTimeout": 0,
"pollInterval": 5,
},
"teardown": {
"keepPool": False,
"deletePool": False,
},
},
}
def deep_merge(base: dict, override: dict) -> dict:
merged = dict(base)
for key, value in override.items():
if isinstance(value, dict) and isinstance(base.get(key), dict):
merged[key] = deep_merge(base[key], value)
else:
merged[key] = value
return merged
def load_run_manifest(path: str | None) -> dict:
manifest = default_run_manifest()
if not path:
return manifest
with open(path, "r", encoding="utf-8") as f:
raw = yaml.safe_load(f) or {}
if not isinstance(raw, dict):
die(f"config {path!r} must be a YAML mapping/object")
manifest = deep_merge(manifest, raw)
kind = manifest.get("kind")
if kind != "AgentWindowsDoubleMCPRun":
die(f"config {path!r} must have kind: AgentWindowsDoubleMCPRun (got {kind!r})")
return manifest
def manifest_get(manifest: dict, *path: str, default=None):
cur = manifest
for part in path:
if not isinstance(cur, dict):
return default
cur = cur.get(part)
if cur is None:
return default
return cur
def resolve_name_template(name: str | None) -> str | None:
if not name:
return name
suffix = uuid.uuid4().hex[:6]
if "{randhex6}" in name:
return name.replace("{randhex6}", suffix)
if name.endswith("-"):
return f"{name}{suffix}"
return name
# Default LLM: Claude on AWS Bedrock (cross-region inference profile). Override
# with --model or AGENT_MODEL; whatever your AWS account/region has enabled.
DEFAULT_BEDROCK_MODEL = "us.anthropic.claude-sonnet-4-6"
MAX_OUTPUT_TOKENS = 4096
def default_model() -> str:
"""Bedrock model id default (AGENT_MODEL overrides)."""
return os.environ.get("AGENT_MODEL") or DEFAULT_BEDROCK_MODEL
def env_first(name: str, *aliases: str) -> str | None:
for key in (name, *aliases):
value = os.environ.get(key)
if value:
return value
return None
def bedrock_model_id(model: str) -> str:
"""Strip an optional ``bedrock/`` prefix; the Converse API wants the bare id."""
return model[len("bedrock/"):] if model.startswith("bedrock/") else model
def make_bedrock_client(args: argparse.Namespace):
"""A boto3 bedrock-runtime client. Credentials and region come from the
standard AWS environment / default chain (env vars, shared profile, SSO,
instance role) — nothing LLM-specific to configure. --aws-region overrides
the region; AWS_REGION/AWS_DEFAULT_REGION are honoured otherwise."""
region = args.aws_region or env_first("AWS_REGION", "AWS_DEFAULT_REGION")
client = boto3.client("bedrock-runtime", region_name=region) if region else boto3.client("bedrock-runtime")
info(f"Bedrock client ready (region {client.meta.region_name})")
return client
# OS profile (Windows)
@dataclasses.dataclass(frozen=True)
class McpServerSpec:
"""One MCP server exposed by the sandbox VM.
``label`` — short name; tool names are namespaced ``<label>__<tool>``.
``service`` — per-sandbox Service suffix: ``/api/svc/{ns}/{sandbox}-{service}``.
``port`` — targetPort on the VM the Service maps :80 -> .
``mcp_path`` — path the MCP server is mounted at (Streamable HTTP).
``health`` — a cheap GET that returns non-5xx once the guest service is up.
"""
label: str
service: str
port: int
mcp_path: str = "/mcp"
health: str = "/healthz"
@dataclasses.dataclass(frozen=True)
class ServiceSpec:
"""One non-MCP service exposed by the sandbox VM."""
label: str
service: str
port: int
OS_NAME = "windows"
DEFAULT_IMAGE = "296062593712.dkr.ecr.us-west-2.amazonaws.com/cua-server-windows:latest"
# KubeVirt VM firmware (OSGymWorkspacePool template field; CRD enum [bios, efi]).
# efi — GPT/UEFI-only guest images (the dockur-built Windows desktop-workspace);
# the operator also flips on Hyper-V enlightenments + clock config for it.
# bios — KubeVirt's default; what the Linux workspace images boot with.
# The SPA/operator only send firmware when it differs from bios, so we omit it for
# bios and let the operator default apply. Default here is efi (this script's
# Windows lineage); per-run configs set spec.pool.firmware for non-Windows images.
DEFAULT_FIRMWARE = "efi"
FIRMWARE_CHOICES = ("bios", "efi")
DEFAULT_RAM = "4Gi"
DEFAULT_CPU = 4
DEFAULT_WARM_TIMEOUT = 900 # cold image pull + Windows boot
# URL builders (relative to base_url, e.g. https://run.cua.ai)
def pool_url(pool: str, name: str | None = None) -> str:
base = f"/api/k8s/apis/{POOL_GROUP}/{POOL_VERSION}/namespaces/{pool}/{POOL_PLURAL}"
return f"{base}/{name}" if name else base
def claims_url(pool: str, name: str | None = None) -> str:
base = f"/api/k8s/apis/{EXT_GROUP}/{EXT_VERSION}/namespaces/{pool}/{CLAIM_PLURAL}"
return f"{base}/{name}" if name else base
def load_pool_services(manifest: dict) -> tuple[tuple[McpServerSpec, ...], tuple[ServiceSpec, ...]]:
raw_services = manifest_get(manifest, "spec", "pool", "services")
if not isinstance(raw_services, list) or not raw_services:
die("config must define spec.pool.services as a non-empty list")
mcp_servers: list[McpServerSpec] = []
extra_services: list[ServiceSpec] = []
labels: set[str] = set()
names: set[str] = set()
for idx, raw in enumerate(raw_services):
if not isinstance(raw, dict):
die(f"spec.pool.services[{idx}] must be a YAML mapping/object")
kind = raw.get("type")
label = raw.get("label")
service = raw.get("service")
port = raw.get("port")
if kind not in {"mcp", "auxiliary"}:
die(f"spec.pool.services[{idx}].type must be 'mcp' or 'auxiliary'")
if not isinstance(label, str) or not label:
die(f"spec.pool.services[{idx}].label must be a non-empty string")
if not isinstance(service, str) or not service:
die(f"spec.pool.services[{idx}].service must be a non-empty string")
if not isinstance(port, int) or port <= 0:
die(f"spec.pool.services[{idx}].port must be a positive integer")
if label in labels:
die(f"duplicate spec.pool.services label: {label!r}")
if service in names:
die(f"duplicate spec.pool.services service: {service!r}")
labels.add(label)
names.add(service)
if kind == "mcp":
mcp_path = raw.get("mcpPath", "/mcp")
health = raw.get("health", "/healthz")
if not isinstance(mcp_path, str) or not mcp_path.startswith("/"):
die(f"spec.pool.services[{idx}].mcpPath must be an absolute path string")
if not isinstance(health, str) or not health.startswith("/"):
die(f"spec.pool.services[{idx}].health must be an absolute path string")
mcp_servers.append(
McpServerSpec(label=label, service=service, port=port, mcp_path=mcp_path, health=health)
)
else:
extra_services.append(ServiceSpec(label=label, service=service, port=port))
if not mcp_servers:
die("spec.pool.services must include at least one MCP service")
return tuple(mcp_servers), tuple(extra_services)
def pool_services(
mcp_servers: tuple[McpServerSpec, ...],
extra_services: tuple[ServiceSpec, ...],
) -> tuple[ServiceSpec, ...]:
base = tuple(ServiceSpec(label=s.label, service=s.service, port=s.port) for s in mcp_servers)
return base + extra_services
# Status formatting helpers
def _fmt_conditions(conditions: list[dict] | None) -> str:
if not conditions:
return "none"
parts = []
for cond in conditions:
ctype = cond.get("type", "?")
status = cond.get("status", "?")
reason = cond.get("reason", "?")
msg = " ".join(str(cond.get("message", "")).split())
chunk = f"{ctype}={status}/{reason}"
if msg:
chunk += f" ({msg})"
parts.append(chunk)
return "; ".join(parts)
def pool_status(http: httpx.Client, pool: str) -> dict:
r = http.get(pool_url(pool, pool))
r.raise_for_status()
return r.json().get("status") or {}
def claim_status(http: httpx.Client, pool: str, name: str) -> dict:
r = http.get(claims_url(pool, name))
r.raise_for_status()
return r.json().get("status") or {}
def claim_obj(http: httpx.Client, pool: str, name: str) -> dict:
r = http.get(claims_url(pool, name))
r.raise_for_status()
return r.json()
def pool_summary(status: dict) -> str:
return (
f"phase={status.get('phase', 'Unknown')} "
f"ready={int(status.get('availableCount', 0))}/{int(status.get('totalCount', 0))} "
f"claimed={int(status.get('claimedCount', 0))}"
)
def claim_summary(status: dict) -> str:
sandbox = (status.get("sandbox") or {}).get("name")
summary = f"phase={status.get('phase', 'Pending')}"
if sandbox:
summary += f" sandbox={sandbox}"
conds = _fmt_conditions(status.get("conditions"))
if conds != "none":
summary += f" conditions=[{conds}]"
return summary
def claim_operator_progress(obj: dict) -> str | None:
raw = (obj.get("metadata") or {}).get("annotations", {}).get("kopf.zalando.org/on_claim_create")
if not raw:
return None
try:
data = json.loads(raw)
except Exception:
return raw
retries = data.get("retries")
message = " ".join(str(data.get("message", "")).split())
parts = []
if retries is not None:
parts.append(f"retries={retries}")
if message:
parts.append(message)
return "; ".join(parts) or None
# Console helpers
def step(msg: str) -> None:
print(f"\n==> {msg}", flush=True)
def info(msg: str) -> None:
print(f" {msg}", flush=True)
def die(msg: str) -> None:
sys.exit(f"\nERROR: {msg}")
class TeeWriter:
def __init__(self, *streams) -> None:
self.streams = streams
def write(self, data: str) -> int:
for stream in self.streams:
stream.write(data)
return len(data)
def flush(self) -> None:
for stream in self.streams:
stream.flush()
def isatty(self) -> bool:
return any(getattr(stream, "isatty", lambda: False)() for stream in self.streams)
def configure_logging(log_file: str | None) -> None:
if not log_file:
return
log_path = os.path.abspath(log_file)
os.makedirs(os.path.dirname(log_path), exist_ok=True)
log_stream = open(log_path, "a", encoding="utf-8", buffering=1)
sys.stdout = TeeWriter(sys.stdout, log_stream)
sys.stderr = TeeWriter(sys.stderr, log_stream)
info(f"logging to {log_path}")
# Pool / claim lifecycle (mirrors create_pool_and_list_tools.py)
def create_namespace(http: httpx.Client, name: str) -> None:
"""Create the per-user namespace via the Capsule-backed SPA endpoint.
Pool name == namespace name (1:1). Going through /api/namespaces is what
makes Capsule stamp tenant ownership + RBAC, so the impersonated pool create
below is allowed. 409 just means we are reusing an earlier run's namespace.
"""
r = http.post("/api/namespaces", json={"name": name})
if r.status_code == 409:
info(f"namespace {name!r} already exists — reusing it")
return
if r.status_code == 403:
die("403 creating namespace — namespaces/pools/claims need a per-USER key "
"(client id 'ukey-…', from POST /api/user-keys).")
r.raise_for_status()
info(f"namespace {name!r} created")
def delete_namespace(http: httpx.Client, name: str) -> None:
r = http.delete(f"/api/namespaces/{name}")
if r.status_code in (200, 202, 204, 404):
info(f"namespace {name!r} delete requested (HTTP {r.status_code})")
return
if r.status_code == 403:
die("403 deleting namespace — the user key cannot replace this pool namespace.")
r.raise_for_status()
def recreate_namespace(get_http: Callable[[], httpx.Client], name: str, poll: float) -> None:
delete_namespace(get_http(), name)
while True:
r = get_http().post("/api/namespaces", json={"name": name})
if r.status_code == 409:
info(f"namespace {name!r} still terminating — waiting to recreate …")
time.sleep(poll)
continue
if r.status_code == 403:
die("403 creating namespace during replacement — namespaces/pools/claims need a per-USER key.")
r.raise_for_status()
info(f"namespace {name!r} recreated")
return
def desired_pool_spec(
*,
image: str,
cpu: int,
ram: str,
firmware: str,
replicas: int,
readiness_port: int | None,
services: tuple[ServiceSpec, ...],
) -> dict:
template: dict = {
"containerDiskImage": image,
"imagePullSecret": "ecr-credentials",
"cpuCores": cpu,
"memory": ram,
}
# Match the SPA/operator: only send firmware when it differs from the bios default.
if firmware != "bios":
template["firmware"] = firmware
if readiness_port:
template["probes"] = {"readinessProbe": {"tcpSocket": {"port": readiness_port}}}
rendered_services = [{"name": s.service, "targetPort": s.port, "protocol": "TCP"} for s in services]
return {"replicas": replicas, "template": template, "services": rendered_services}
def _json_canonical(value: dict) -> str:
return json.dumps(value, sort_keys=True, separators=(",", ":"))
def _flatten_json(value, prefix: str = "") -> dict[str, str]:
flat: dict[str, str] = {}
if isinstance(value, dict):
for key in sorted(value):
child = f"{prefix}.{key}" if prefix else str(key)
flat.update(_flatten_json(value[key], child))
if not value and prefix:
flat[prefix] = "{}"
elif isinstance(value, list):
for idx, item in enumerate(value):
child = f"{prefix}[{idx}]"
flat.update(_flatten_json(item, child))
if not value and prefix:
flat[prefix] = "[]"
else:
flat[prefix] = json.dumps(value, sort_keys=True)
return flat
def log_pool_spec_diff(current_spec: dict, desired_spec: dict) -> None:
current_flat = _flatten_json(current_spec, "spec")
desired_flat = _flatten_json(desired_spec, "spec")
keys = sorted(set(current_flat) | set(desired_flat))
diffs = []
for key in keys:
current_value = current_flat.get(key, "<missing>")
desired_value = desired_flat.get(key, "<missing>")
if current_value == desired_value:
continue
diffs.append((key, current_value, desired_value))
if not diffs:
info("pool spec diff: none")
return
info(f"pool spec diff: {len(diffs)} field(s) differ")
for key, current_value, desired_value in diffs:
info(f" {key}: current={current_value} desired={desired_value}")
def pool_reconcile_action(current_spec: dict, desired_spec: dict) -> str:
if current_spec == desired_spec:
return "noop"
# always replace because thats simpler and more robust
return "replace"
def create_pool(
get_http: Callable[[], httpx.Client],
*,
pool: str,
image: str,
cpu: int,
ram: str,
firmware: str,
replicas: int,
readiness_port: int | None,
mcp_servers: tuple[McpServerSpec, ...],
extra_services: tuple[ServiceSpec, ...],
poll: float,
allow_replace: bool = True,
) -> None:
"""Create the OSGymWorkspacePool with MCP and auxiliary services.
Each service becomes a per-sandbox Service ``<sandbox>-<name>`` (port 80 ->
targetPort). The MCP services are used by the agent; auxiliary services such
as noVNC are exposed for debugging but are not opened as MCP sessions.
"""
spec = desired_pool_spec(
image=image,
cpu=cpu,
ram=ram,
firmware=firmware,
replicas=replicas,
readiness_port=readiness_port,
services=pool_services(mcp_servers, extra_services),
)
body = {
"apiVersion": f"{POOL_GROUP}/{POOL_VERSION}",
"kind": "OSGymWorkspacePool",
"metadata": {"name": pool, "labels": {"cua.ai/pool": pool}},
"spec": spec,
}
r = get_http().post(pool_url(pool), json=body)
if r.status_code == 409:
current = get_http().get(pool_url(pool, pool))
current.raise_for_status()
current_spec = current.json().get("spec") or {}
log_pool_spec_diff(current_spec, spec)
action = pool_reconcile_action(current_spec, spec)
if action == "noop":
info(f"pool {pool!r} already exists — reusing it (spec unchanged)")
elif action == "scale":
info(f"pool {pool!r} already exists — scaling replicas in place")
rp = get_http().patch(
pool_url(pool, pool),
headers={"Content-Type": "application/merge-patch+json"},
json={"spec": {"replicas": replicas}},
)
if rp.status_code == 403:
die("403 updating pool replicas — the user key can create pools but cannot patch this pool spec.")
rp.raise_for_status()
info(f"pool {pool!r} scaled to replicas={replicas}")
else:
if not allow_replace:
die(f"pool {pool!r} still differs from desired state after replacement attempt")
info(f"pool {pool!r} already exists — desired template differs, replacing pool namespace")
recreate_namespace(get_http, pool, poll)
return create_pool(
get_http,
pool=pool,
image=image,
cpu=cpu,
ram=ram,
firmware=firmware,
replicas=replicas,
readiness_port=readiness_port,
mcp_servers=mcp_servers,
extra_services=extra_services,
poll=poll,
allow_replace=False,
)
info(f"image: {image}")
info(f"size: {cpu} vCPU / {ram} / replicas={replicas} / firmware={firmware}")
for s in mcp_servers:
info(f"service: {s.service:<14} -> targetPort {s.port} (MCP at {s.mcp_path}, health {s.health})")
for s in extra_services:
info(f"service: {s.service:<14} -> targetPort {s.port} (auxiliary {s.label})")
info(f"readiness: {'disabled' if not readiness_port else f'tcpSocket :{readiness_port}'}")
return
if r.status_code == 403:
die("403 creating pool — /api/k8s needs a per-USER key ('ukey-…', POST /api/user-keys).")
r.raise_for_status()
info(f"pool {pool!r} created")
info(f"image: {image}")
info(f"size: {cpu} vCPU / {ram} / replicas={replicas} / firmware={firmware}")
for s in mcp_servers:
info(f"service: {s.service:<14} -> targetPort {s.port} (MCP at {s.mcp_path}, health {s.health})")
for s in extra_services:
info(f"service: {s.service:<14} -> targetPort {s.port} (auxiliary {s.label})")
info(f"readiness: {'disabled' if not readiness_port else f'tcpSocket :{readiness_port}'}")
def pool_counts(get_http: Callable[[], httpx.Client], pool: str) -> tuple[int, int, str]:
"""(totalCount, availableCount, phase) from the pool status, best-effort."""
try:
st = pool_status(get_http(), pool)
return int(st.get("totalCount", 0)), int(st.get("availableCount", 0)), st.get("phase", "Unknown")
except Exception:
return 0, 0, "Unknown"
def wait_pool_warm(
get_http: Callable[[], httpx.Client],
pool: str,
timeout: float,
poll: float,
*,
replicas: int,
min_available: int,
) -> None:
"""Wait until the pool reports a warm (Ready) VM, so the first claim binds fast.
A cold pool has to pull the multi-GB containerDisk, boot the guest, and bring
the readiness-port service up before a Sandbox is adoptable. Letting the pool
warm first keeps the claim's bindDeadline from burning down during the pull.
"""
start = time.monotonic()
deadline = start + timeout
last_summary = ""
while True:
try:
st = pool_status(get_http(), pool)
total = int(st.get("totalCount", 0))
avail = int(st.get("availableCount", 0))
phase = st.get("phase", "Unknown")
summary = pool_summary(st)
except Exception:
total, avail, phase = 0, 0, "Unknown"
summary = "phase=Unknown ready=0/0 claimed=0"
if total >= replicas and avail >= min_available:
info(f"pool warm: {avail}/{total} VM(s) ready (phase {phase})")
return
if summary != last_summary:
info(f"pool detail: {summary}")
last_summary = summary
if timeout > 0 and time.monotonic() > deadline:
info(f"timed out after {timeout:.0f}s waiting for a warm VM (pool {phase}, {avail}/{total})")
info("continuing anyway — the claim may still bind once the VM finishes pulling/booting")
return
elapsed = int(time.monotonic() - start)
info(f"[{elapsed:4d}s] pool={phase} ({avail}/{total} VMs ready, target total={replicas}, "
f"target available={min_available}) — warming (image pull + guest boot + service on the readiness port) …")
time.sleep(poll)
def create_claim(http: httpx.Client, pool: str, name: str, bind_deadline: int) -> None:
spec: dict = {"sandboxTemplateRef": {"name": f"{pool}-template"}}
if bind_deadline:
spec["bindDeadline"] = bind_deadline
r = http.post(claims_url(pool), json={
"apiVersion": f"{EXT_GROUP}/{EXT_VERSION}", "kind": "OSGymSandboxClaim",
"metadata": {"name": name}, "spec": spec})
if r.status_code == 403:
die("403 creating claim — per-pool keys have no K8s identity. Use a per-USER key ('ukey-…').")
r.raise_for_status()
info(f"claim {name!r} created")
def wait_bound(get_http: Callable[[], httpx.Client], pool: str, name: str, timeout: float, poll: float) -> str:
"""Poll the claim until status.phase == Bound; return the sandbox name."""
start = time.monotonic()
deadline = start + timeout
last_claim = ""
last_pool = ""
last_operator = ""
while True:
claim = claim_obj(get_http(), pool, name)
status = claim.get("status") or {}
phase = status.get("phase", "Pending")
sandbox = (status.get("sandbox") or {}).get("name")
if phase == "Bound" and sandbox:
return sandbox
if phase == "Failed":
die(f"claim {name} failed: {status}")
if timeout > 0 and time.monotonic() > deadline:
die(f"timed out after {timeout:.0f}s waiting for claim {name} to bind (phase={phase})")
claim_line = claim_summary(status)
if claim_line != last_claim:
info(f"claim detail: {claim_line}")
last_claim = claim_line
operator_line = claim_operator_progress(claim)
if operator_line and operator_line != last_operator:
info(f"claim operator: {operator_line}")
last_operator = operator_line
try:
pst = pool_status(get_http(), pool)
total = int(pst.get("totalCount", 0))
avail = int(pst.get("availableCount", 0))
pphase = pst.get("phase", "Unknown")
pool_line = pool_summary(pst)
except Exception:
total, avail, pphase = 0, 0, "Unknown"
pool_line = "phase=Unknown ready=0/0 claimed=0"
if pool_line != last_pool:
info(f"pool detail: {pool_line}")
last_pool = pool_line
elapsed = int(time.monotonic() - start)
info(f"[{elapsed:4d}s] claim={phase} pool={pphase} ({avail}/{total} VMs ready) …")
time.sleep(poll)
def wait_service_ready(get_http: Callable[[], httpx.Client], url: str, timeout: float, poll: float) -> None:
"""GET url until the in-guest service answers (not a proxy 502/503/504)."""
start = time.monotonic()
deadline = start + timeout
while True:
try:
resp = get_http().get(url, timeout=15.0)
except httpx.HTTPError as e:
resp, reason = None, type(e).__name__
else:
reason = f"HTTP {resp.status_code}"
if resp is not None and resp.status_code not in (502, 503, 504):
info(f"service responding ({reason})")
return
if timeout > 0 and time.monotonic() > deadline:
die(f"timed out after {timeout:.0f}s waiting for the in-guest service (last: {reason})")
elapsed = int(time.monotonic() - start)
info(f"[{elapsed:4d}s] {reason} — guest still booting …")
time.sleep(poll)
# MCP (Streamable HTTP) multi-server
@dataclasses.dataclass
class McpConn:
"""A live SDK-managed MCP session against one sandbox service."""
spec: McpServerSpec
svc_base: str
session: ClientSession
get_session_id: Callable[[], str | None]
refresh_auth: Callable[[], httpx.AsyncClient]
tools: list[mcp_types.Tool]
@property
def session_id(self) -> str | None:
return self.get_session_id()
async def _list_all_tools(session: ClientSession) -> list[mcp_types.Tool]:
tools: list[mcp_types.Tool] = []
cursor: str | None = None
while True:
result = await session.list_tools(cursor=cursor)
tools.extend(result.tools)
cursor = result.nextCursor
if not cursor:
return tools
async def mcp_open(
stack: contextlib.AsyncExitStack,
client: TrainClient,
spec: McpServerSpec,
svc_base: str,
client_name: str,
) -> McpConn:
"""Open, initialize, and inventory one Streamable HTTP MCP server."""
async_client = client.get_async_httpx_client()
read_stream, write_stream, get_session_id = await stack.enter_async_context(
streamable_http_client(
f"{svc_base}{spec.mcp_path}",
http_client=async_client,
)
)
session = await stack.enter_async_context(
ClientSession(
read_stream,
write_stream,
read_timeout_seconds=timedelta(seconds=600),
client_info=mcp_types.Implementation(name=client_name, version="0.1.0"),
)
)
await session.initialize()
tools = await _list_all_tools(session)
return McpConn(
spec=spec,
svc_base=svc_base,
session=session,
get_session_id=get_session_id,
refresh_auth=client.get_async_httpx_client,
tools=tools,
)
_BEDROCK_IMAGE_FORMATS = {"png", "jpeg", "gif", "webp"}
def _mcp_result_to_bedrock(result: mcp_types.CallToolResult) -> dict:
"""Convert SDK content blocks into Bedrock Converse tool-result parts."""
text_parts: list[str] = []
images: list[dict] = []
for block in result.content:
if isinstance(block, mcp_types.TextContent):
text_parts.append(block.text)
elif isinstance(block, mcp_types.ImageContent):
fmt = block.mimeType.split("/")[-1].lower()
fmt = "jpeg" if fmt == "jpg" else fmt
if fmt not in _BEDROCK_IMAGE_FORMATS:
fmt = "png"
images.append({"format": fmt, "bytes": base64.b64decode(block.data)})
else:
text_parts.append(json.dumps(
block.model_dump(mode="json", by_alias=True, exclude_none=True),
separators=(",", ":"),
))
return {
"text": "\n".join(text_parts),
"images": images,
"is_error": bool(result.isError),
}
async def mcp_call(conn: McpConn, name: str, arguments: dict) -> dict:
"""Call one SDK-managed MCP tool and return Bedrock-ready content."""
conn.refresh_auth()
result = await conn.session.call_tool(
name,
arguments,
read_timeout_seconds=timedelta(seconds=600),
)
return _mcp_result_to_bedrock(result)
def _sanitize(label: str) -> str:
return re.sub(r"[^a-zA-Z0-9_-]", "-", label)
def build_tool_registry(conns: list[McpConn]) -> tuple[list[dict], dict[str, tuple[McpConn, str]]]:
"""Build Bedrock tools and map namespaced names back to SDK sessions."""
llm_tools: list[dict] = []
registry: dict[str, tuple[McpConn, str]] = {}
for conn in conns:
prefix = _sanitize(conn.spec.label)
for tool in conn.tools:
orig = tool.name
llm_name = f"{prefix}__{orig}"[:64]
while llm_name in registry:
llm_name = f"{llm_name[:60]}_{len(registry)}"
registry[llm_name] = (conn, orig)
desc = f"[{conn.spec.label}] " + " ".join((tool.description or "").split())
schema = tool.inputSchema or {"type": "object", "properties": {}}
llm_tools.append({"toolSpec": {
"name": llm_name,
"description": desc or llm_name,
"inputSchema": {"json": schema},
}})
return llm_tools, registry
def _msg_has_image(m: dict) -> bool:
return isinstance(m.get("content"), list) and any(
"toolResult" in b and any("image" in c for c in b["toolResult"].get("content", []))
for b in m["content"]
)
def _prune_images(messages: list[dict], keep: int) -> None:
"""Drop all but the newest screenshots from the Bedrock context."""
idx = [i for i, message in enumerate(messages) if _msg_has_image(message)]
for i in (idx[:-keep] if keep else idx):
for block in messages[i]["content"]:
tool_result = block.get("toolResult")
if not tool_result:
continue
tool_result["content"] = [
{"text": "[older screenshot dropped from context]"} if "image" in content else content
for content in tool_result.get("content", [])
]
# The agent loop (mini-swe-agent, multi-MCP)
def _converse_text(content: list[dict]) -> str:
return "\n".join(b["text"] for b in content if "text" in b).strip()
async def run_agent(conns: list[McpConn], bedrock, *,
task: str, model_id: str, max_steps: int, keep_images: int) -> str:
"""Canonical mini-swe-agent loop over the UNION of every server's tools, driven
by the Bedrock Converse API (one tool turn per step)."""
llm_tools, registry = build_tool_registry(conns)
info(f"action space: {len(llm_tools)} tools across {len(conns)} MCP server(s)")
for conn in conns:
names = ", ".join(sorted(t["name"] for t in conn.tools)) or "(none)"
info(f" {conn.spec.label}: {names}")
system = [{"text": SYSTEM}]
tool_config = {"tools": llm_tools}
messages: list[dict] = [{"role": "user", "content": [{"text": task}]}]
for n in range(1, max_steps + 1):
resp = await asyncio.to_thread(
bedrock.converse,
modelId=model_id,
system=system,
messages=messages,
toolConfig=tool_config,
inferenceConfig={"temperature": 0.0, "maxTokens": MAX_OUTPUT_TOKENS},
)
out = resp["output"]["message"]
messages.append(out)
tool_uses = [b["toolUse"] for b in out["content"] if "toolUse" in b]
if not tool_uses:
step(f"agent finished after {n - 1} action(s)")
final = _converse_text(out["content"])
print(final or "(no final message)", flush=True)
return final or "done"
result_blocks: list[dict] = []
for tu in tool_uses:
llm_name, tuid = tu["name"], tu["toolUseId"]
tool_args = tu.get("input") or {}
entry = registry.get(llm_name)
if entry is None:
result_blocks.append({"toolResult": {"toolUseId": tuid,
"content": [{"text": f"unknown tool {llm_name!r}"}], "status": "error"}})
continue
conn, orig = entry
info(f"[step {n}] {conn.spec.label} -> {orig}({json.dumps(tool_args)[:120]})")
try:
res = await mcp_call(conn, orig, tool_args)
except Exception as e:
result_blocks.append({"toolResult": {"toolUseId": tuid,
"content": [{"text": f"tool transport error: {e}"}], "status": "error"}})
continue
content: list[dict] = []
if res["text"]:
content.append({"text": res["text"]})
for img in res["images"]:
content.append({"image": {"format": img["format"], "source": {"bytes": img["bytes"]}}})
if not content:
content.append({"text": "(no output)"})
result_blocks.append({"toolResult": {"toolUseId": tuid, "content": content,
"status": "error" if res["is_error"] else "success"}})
messages.append({"role": "user", "content": result_blocks})
_prune_images(messages, keep_images)
return "max_steps_exceeded"
async def run_with_mcp_sessions(
client: TrainClient,
mcp_servers: tuple[McpServerSpec, ...],
pool: str,
sandbox: str,
bedrock,
*,
task: str,
model_id: str,
max_steps: int,
keep_images: int,
) -> str:
"""Open every MCP service, run the agent, and close all sessions."""
async_client = client.get_async_httpx_client()
try:
async with contextlib.AsyncExitStack() as stack:
conns: list[McpConn] = []
for spec in mcp_servers:
svc_base = f"/api/svc/{pool}/{sandbox}-{spec.service}"
step(f"Opening MCP session: {spec.label} at {svc_base}{spec.mcp_path}")
try:
conn = await mcp_open(
stack,
client,
spec,
svc_base,
client_name=f"mini-swe-multi-mcp-{OS_NAME}",
)
except Exception as exc:
info(
f"could not connect to {spec.label} MCP server: "
f"{type(exc).__name__}: {exc} — skipping (best effort)"
)
continue
info(f"session {conn.session_id or '(stateless)'} — {len(conn.tools)} tool(s)")
conns.append(conn)
if not conns:
die("no MCP servers connected — cannot run the agent")
step(f"Running mini-swe-agent (bedrock {model_id}) against {len(conns)} MCP server(s)")
info(f"task: {task}")
return await run_agent(
conns,
bedrock,
task=task,
model_id=model_id,
max_steps=max_steps,
keep_images=keep_images,
)
finally:
await async_client.aclose()
# Main
def main() -> None:
pre = argparse.ArgumentParser(add_help=False)
pre.add_argument("--config")
pre_args, remaining = pre.parse_known_args()
manifest = load_run_manifest(pre_args.config)
mcp_servers, extra_services = load_pool_services(manifest)
p = argparse.ArgumentParser(
description=f"Provision a {OS_NAME} double-MCP pool on run.cua.ai, claim a sandbox, "
"and run mini-swe-agent against BOTH its MCP servers.",
formatter_class=argparse.ArgumentDefaultsHelpFormatter,
parents=[pre],
)
cfg_name = manifest_get(manifest, "metadata", "name")
cfg_task = manifest_get(manifest, "spec", "agent", "task")
p.add_argument("--name", required=cfg_name is None, default=cfg_name,
help="pool name (also the namespace; lowercase/dashes). Reuse the same name across retries "
"to keep the same provisioning pool warm.")
p.add_argument("--task", required=cfg_task is None, default=cfg_task, help="the task prompt for the agent")
p.add_argument("--client-id", default=os.environ.get("CUA_CLIENT_ID"),
help="OAuth client id (per-user key 'ukey-…'); env CUA_CLIENT_ID")
p.add_argument("--client-secret", default=os.environ.get("CUA_CLIENT_SECRET"),
help="OAuth client secret; env CUA_CLIENT_SECRET")
p.add_argument("--model", default=manifest_get(manifest, "spec", "agent", "model", default=default_model()) or default_model(),
help="Bedrock model id (a leading 'bedrock/' is stripped). Uses AGENT_MODEL if set, "
f"else {DEFAULT_BEDROCK_MODEL}.")
p.add_argument("--aws-region", default=None,
help="AWS region for the Bedrock client. Defaults to AWS_REGION/AWS_DEFAULT_REGION "
"(or your ~/.aws config). Credentials always come from the AWS env / default chain.")
p.add_argument("--image", default=manifest_get(manifest, "spec", "pool", "image"), help="workspace containerDisk image")
p.add_argument("--cpu", type=int, default=manifest_get(manifest, "spec", "pool", "cpu"), help="vCPU cores per VM")
p.add_argument("--ram", default=manifest_get(manifest, "spec", "pool", "ram"), help="memory per VM (K8s quantity)")
p.add_argument("--firmware", choices=FIRMWARE_CHOICES,
default=manifest_get(manifest, "spec", "pool", "firmware", default=DEFAULT_FIRMWARE) or DEFAULT_FIRMWARE,
help="VM firmware. 'efi' for GPT/UEFI-only images (Windows desktop-workspace); "
"'bios' (KubeVirt default) for the Linux workspace images.")
p.add_argument("--replicas", type=int, default=manifest_get(manifest, "spec", "pool", "replicas"), help="pre-warmed VMs the pool keeps")
p.add_argument("--min-available", type=int, default=manifest_get(manifest, "spec", "pool", "minAvailable"),
help="minimum warm/available VMs to wait for before claiming. Set to 2+ to keep a small surplus warm.")
p.add_argument("--readiness-port", type=int, default=manifest_get(manifest, "spec", "pool", "readinessPort"),
help="TCP port used for readiness probing. Set to 0 to disable readiness probes in the pool template.")
p.add_argument("--max-steps", type=int, default=manifest_get(manifest, "spec", "agent", "maxSteps"), help="agent step budget")
p.add_argument("--keep-images", type=int, default=manifest_get(manifest, "spec", "agent", "keepImages"), help="screenshots kept in LLM context")
p.add_argument("--token-url", default=os.environ.get("CUA_TOKEN_URL", DEFAULT_TOKEN_URL))
p.add_argument("--base-url", default=os.environ.get("CUA_BASE_URL", DEFAULT_BASE_URL))
p.add_argument("--claim-name", default=manifest_get(manifest, "spec", "claim", "name"), help="claim name (default: claim-<random>)")
p.add_argument("--warm-timeout", type=float, default=manifest_get(manifest, "spec", "rollout", "warmTimeout"),
help="seconds to wait for warm pool capacity. 0 waits indefinitely.")
p.add_argument("--bind-deadline", type=int, default=manifest_get(manifest, "spec", "claim", "bindDeadline"))
p.add_argument("--bind-timeout", type=float, default=manifest_get(manifest, "spec", "rollout", "bindTimeout"),
help="seconds to wait for claim binding. 0 waits indefinitely.")
p.add_argument("--ready-timeout", type=float, default=manifest_get(manifest, "spec", "rollout", "readyTimeout"),
help="seconds to wait for each MCP server to answer after binding. 0 waits indefinitely.")
p.add_argument("--poll-interval", type=float, default=manifest_get(manifest, "spec", "rollout", "pollInterval"))
p.add_argument("--log-file", default=None,
help="append all console output to this file while the run is active")
p.add_argument("--keep", action="store_true", default=manifest_get(manifest, "spec", "teardown", "keepPool"),
help="skip teardown — leave the pool/namespace/claim up for debugging or for reuse on the next retry")
p.add_argument("--delete-pool", action="store_true", default=manifest_get(manifest, "spec", "teardown", "deletePool"),
help="on exit also delete the pool AND namespace (full cleanup)")
args = p.parse_args(remaining)
args.name = resolve_name_template(args.name)
args.claim_name = resolve_name_template(args.claim_name)
configure_logging(args.log_file)
if not args.client_id or not args.client_secret:
die("set --client-id/--client-secret or CUA_CLIENT_ID/CUA_CLIENT_SECRET "
"(per-user key from POST /api/user-keys)")
if args.client_id.startswith("key-"):
die("that looks like a per-POOL key ('key-…'), which has no K8s identity. "
"Creating namespaces/pools/claims needs a per-USER key ('ukey-…').")
model_id = bedrock_model_id(args.model)
bedrock = make_bedrock_client(args)
pool = args.name
claim_name = args.claim_name or f"claim-{uuid.uuid4().hex[:8]}"
step(f"Authenticating to {args.base_url} (client {args.client_id})")
client = TrainClient.from_key(token_url=args.token_url, client_id=args.client_id,
client_secret=args.client_secret, base_url=args.base_url)
http = client.get_httpx_client # call per request — re-mints the bearer near expiry
info("token acquired")
step(f"Creating namespace {pool!r}")
create_namespace(http(), pool)
step(f"Creating {OS_NAME} double-MCP pool {pool!r}")
readiness_port = args.readiness_port or None
create_pool(
http,
pool=pool,
image=args.image,
cpu=args.cpu,
ram=args.ram,
firmware=args.firmware,
replicas=args.replicas,
readiness_port=readiness_port,
mcp_servers=mcp_servers,
extra_services=extra_services,
poll=args.poll_interval,
)
step(f"Claiming a sandbox from {pool!r} (claim {claim_name!r})")
# The claim is ALWAYS released — on success, on error, or on Ctrl-C — so an
# interrupted or failed run never leaks a claimed VM. --keep only preserves the
# pool/namespace, NOT the claim. The `released` flag makes release idempotent
# across the SIGINT handler and the finally block.
released = False
def release_claim() -> None:
nonlocal released
if released:
return
released = True
step(f"Releasing claim {claim_name!r}")
try:
r = http().delete(claims_url(pool, claim_name))
info(f"released (HTTP {r.status_code}) — the VM hard-resets and rejoins the pool")
except httpx.HTTPError as e:
info(f"could not release claim: {type(e).__name__}: {e}")
def _sigint_handler(signum, frame):
print(flush=True)
step("Interrupted (Ctrl-C) — releasing claim before exit")
release_claim()
sys.exit(130)
signal.signal(signal.SIGINT, _sigint_handler)
try:
# Inside the try so the finally still releases even if create/bind fails midway.
create_claim(http(), pool, claim_name, args.bind_deadline)
step("Waiting for the claim to bind to the warm sandbox")
sandbox = wait_bound(http, pool, claim_name, args.bind_timeout, args.poll_interval)
info(f"bound to sandbox {sandbox!r}")
result = asyncio.run(run_with_mcp_sessions(
client,
mcp_servers,
pool,
sandbox,
bedrock,
task=args.task,
model_id=model_id,
max_steps=args.max_steps,
keep_images=args.keep_images,
))
step(f"Agent result: {result[:200]}")
finally:
print(flush=True)
# Always release the claim — success, error, or interrupt — no matter what.
release_claim()
if args.keep:
step(f"Keeping pool/namespace {pool!r} — skipping pool teardown (--keep)")
info(f"claim again: POST {claims_url(pool)} (spec.sandboxTemplateRef.name={pool}-template)")
info(f"delete it: DELETE {pool_url(pool, pool)} (and DELETE /api/namespaces/{pool})")
elif args.delete_pool:
step(f"Tearing down pool {pool!r} (pool + namespace)")
for what, url in ((f"pool {pool!r}", pool_url(pool, pool)),
(f"namespace {pool!r}", f"/api/namespaces/{pool}")):
try:
r = http().delete(url)
info(f"deleted {what} (HTTP {r.status_code})")
except httpx.HTTPError as e:
info(f"could not delete {what}: {type(e).__name__}: {e}")
else:
step(f"Pool {pool!r} is live")
info(f"claim again: POST {claims_url(pool)} (spec.sandboxTemplateRef.name={pool}-template)")
info(f"delete it: DELETE {pool_url(pool, pool)} (and DELETE /api/namespaces/{pool})")
if __name__ == "__main__":
main()
Raw
linux-mini-swe.yml
apiVersion: cua.ai/v1alpha1
kind: AgentWindowsDoubleMCPRun
metadata:
name: linux-mini-swe-jhonny-{randhex6}
spec:
pool:
image: 296062593712.dkr.ecr.us-west-2.amazonaws.com/desktop-workspace-duo:claude-duo-mcp-tools-assert
cpu: 4
ram: 4Gi
firmware: bios # Linux workspace image boots on KubeVirt's default BIOS (efi is for the Windows image)
replicas: 2
minAvailable: 1
readinessPort: 8000
services:
- type: mcp
label: computer-server
service: server
port: 8000
mcpPath: /mcp
health: /status
- type: mcp
label: cua-driver
service: mcp
port: 3000
mcpPath: /mcp
health: /healthz
- type: auxiliary
label: novnc
service: novnc
port: 6080
claim:
bindDeadline: 600
agent:
model: us.anthropic.claude-sonnet-4-6
task: >-
install and launch firefox in this linux env, open
https://news.yahoo.com/, inspect the Yahoo News front page, and then
report the visible page contents in a concise final message. Do all work
inside this remote Windows sandbox, not on the local machine.
maxSteps: 60
keepImages: 2
rollout:
templateTimeout: 120
warmTimeout: 0
bindTimeout: 0
readyTimeout: 0
pollInterval: 10
teardown:
# keepPool:false so `--delete-pool` actually tears down (the script's
# if-keep/elif-delete precedence ignores --delete-pool when keepPool is
# true). With no teardown flags the pool is still left live for reuse.
keepPool: false
deletePool: false
Raw
windows-mini-swe.yml
apiVersion: cua.ai/v1alpha1
kind: AgentWindowsDoubleMCPRun
metadata:
name: windows-mini-swe-jhonny-{randhex6}
spec:
pool:
image: 296062593712.dkr.ecr.us-west-2.amazonaws.com/cua-server-windows:latest
cpu: 4
ram: 4Gi
firmware: efi # GPT/UEFI-only Windows image; operator also enables Hyper-V enlightenments for efi
replicas: 2
minAvailable: 1
readinessPort: 8000
services:
- type: mcp
label: computer-server
service: server
port: 8000
mcpPath: /mcp
health: /status
- type: mcp
label: cua-driver
service: mcp
port: 3000
mcpPath: /mcp
health: /healthz
- type: auxiliary
label: novnc
service: novnc
port: 6080
claim:
bindDeadline: 600
agent:
model: us.anthropic.claude-sonnet-4-6
task: >-
Launch Microsoft Edge in this Windows environment, open
https://news.yahoo.com/, inspect the Yahoo News front page, and then
report the visible page contents in a concise final message. Do all work
inside this remote Windows sandbox, not on the local machine.
maxSteps: 60
keepImages: 2
rollout:
templateTimeout: 120
warmTimeout: 0
bindTimeout: 0
readyTimeout: 0
pollInterval: 10
teardown:
# keepPool:false so `--delete-pool` actually tears down (the script's
# if-keep/elif-delete precedence ignores --delete-pool when keepPool is
# true). With no teardown flags the pool is still left live for reuse.
keepPool: false
deletePool: false
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