games-development-ai/cheap-worker/tests/test_toolkit.py

"""
test_toolkit.py — U2 工具底座（read/list/write）+ 形状门三态。

形状门三态（drawButton 赋值 FAIL / define 单对象 FAIL / 干净源 PASS）经 shell-out 现有 node tools.mjs check —
便宜档与 Node 侧跑同一份门代码，口径必然一致。真 shell-out node（确定性命令，非 LLM gen 循环，前台串行）。

跑：cheap-worker/.venv/bin/python cheap-worker/tests/test_toolkit.py
"""

import subprocess
import sys
from pathlib import Path

sys.path.insert(0, str(Path(__file__).resolve().parents[1]))  # → cheap-worker/
import cheap_run

_GAME_RUNTIME = cheap_run._GAME_RUNTIME
_AMODEL_GEN = cheap_run._AMODEL_GEN
GID = "cheap-tk-test"  # gitignore: amgen-cheap-* / _wg1-gen/cheap-*


def _scaffold(gid: str = GID) -> None:
    """shell-out node tools.mjs scaffold-saa 起一个干净工程（SAA 信封）。"""
    subprocess.run(
        ["node", str(_AMODEL_GEN / "tools.mjs"), "scaffold-saa", gid],
        cwd=str(_GAME_RUNTIME), check=True, capture_output=True, text=True,
    )


def _write_logic(src: str, gid: str = GID) -> None:
    r = cheap_run.write_file(gid, f"game-runtime/games/amgen-{gid}/src/game-logic.js", src)
    assert r["ok"], r


# ── 形状门合成输入：触发目标 footgun，其余 check 门尽量满足以免掩盖 ──
_DRAWBUTTON_BAD = """export function createGame({ plugins, bundle, viewport }) {
  const { hudUi } = plugins;
  return {
    init(boot) { this.ctx = boot.ctx; },
    update(dt) { bundle.tick(dt); },
    render(g) { const btn = hudUi.drawButton(g, { x: 0, y: 0, w: 10, h: 10 }, { label: 'x' }); if (btn) { this.x = 1; } },
    destroy() {},
    handleTap(x, y) { this.tapped = true; },
    _forensicsView() { return { state() { return { phase: 'menu', score: 0 }; }, measures() { return {}; } }; },
  };
}
"""

_DEFINE_BAD = """export function createGame({ plugins, bundle, viewport }) {
  const { sceneFsm } = plugins;
  return {
    init(boot) { this.ctx = boot.ctx; sceneFsm.define({ menu: {}, play: {} }); },
    update(dt) { bundle.tick(dt); },
    render(g) {},
    destroy() {},
    handleTap(x, y) { this.tapped = true; },
    _forensicsView() { return { state() { return { phase: 'menu', score: 0 }; }, measures() { return {}; } }; },
  };
}
"""


def test_read_file_ok():
    r = cheap_run.read_file("game-runtime/games/_template/src/game-logic.js")
    assert r["ok"] and "createGame" in r["content"]


def test_read_out_of_repo():
    r = cheap_run.read_file("../../../etc/hosts")
    assert not r["ok"] and "越界" in r["error"]


def test_list_dir():
    r = cheap_run.list_dir("game-runtime/games/_template/src")
    assert r["ok"] and "game-logic.js" in r["entries"]


def test_write_l1_rejected():
    _scaffold()
    r = cheap_run.write_file(GID, f"game-runtime/games/amgen-{GID}/src/host-config.js", "x")
    assert not r["ok"] and "L1" in r["error"]


def test_write_l3_ok():
    _scaffold()
    r = cheap_run.write_file(GID, f"game-runtime/games/amgen-{GID}/src/game-logic.js", "// hi\n")
    assert r["ok"] and r["bytes"] > 0


def test_check_shape_drawbutton_fail():
    _scaffold()
    _write_logic(_DRAWBUTTON_BAD)
    r = cheap_run.check(GID)
    assert not r["ok"], "drawButton 赋值应触发形状门①"
    assert "drawButton" in r["output"]


def test_check_shape_define_fail():
    _scaffold()
    _write_logic(_DEFINE_BAD)
    r = cheap_run.check(GID)
    assert not r["ok"], "define 单对象批量应触发形状门②"
    assert "define" in r["output"]


def test_check_and_build_clean_pass():
    """干净源（_template 合法游戏改一行使 ≠模板）应 check+build 全 PASS——证形状门/各门对合法游戏不误伤。"""
    _scaffold()
    tmpl = (cheap_run._TEMPLATE_DIR / "src" / "game-logic.js").read_text(encoding="utf-8")
    _write_logic("// cheap-worker U2 clean-pass 测试：在 _template 合法游戏基础上改一行使 ≠模板\n" + tmpl)
    rc = cheap_run.check(GID)
    assert rc["ok"], "干净源应 check PASS，实际 FAIL：\n" + rc["output"]
    rb = cheap_run.build(GID)
    assert rb["ok"], "干净源应 build PASS，实际 FAIL：\n" + rb["output"]


if __name__ == "__main__":
    _fns = [v for k, v in sorted(globals().items()) if k.startswith("test_") and callable(v)]
    _failed = 0
    for _fn in _fns:
        try:
            _fn()
            print(f"  PASS {_fn.__name__}")
        except Exception as e:  # noqa: BLE001
            _failed += 1
            print(f"  FAIL {_fn.__name__}: {type(e).__name__}: {e}")
    print(f"\n{len(_fns) - _failed}/{len(_fns)} passed")
    sys.exit(1 if _failed else 0)