shenleiandClaude Opus 5.5
6ea0fa9889
- UserInterface/PythonIME(+Module) ported verbatim; ime module stubs removed, initime() after initdbg() - EterLib/IME.cpp in platform/: 40250 buffer/WMChar bodies, IMM/TSF processors no-op; committed multi-byte text via PythonBoot::UIChar emulating GCS_RESULTSTR - GameApplicationAdapter RunIME* -> CWindowManager; Godot keys -> ui_ime_key/ui_char - port.login_flow/login_live type the account through the IME; chat CG_CHAT round-trip on the fake server - python_game_render_test logs in with Godot key events Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
315 lines
14 KiB
GDScript
315 lines
14 KiB
GDScript
# python_game_render_test — 2V2-e：Godot 里跑 40250 的 system.py，按 port_login_flow_test 的同一条路径
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# 登录 → 选人 → 进游戏，把 RenderGame 的绘制命令（python_3d_surface.gd）画出来并截图。
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#
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# godot --path project --script res://python_game_render_test.gd
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#
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# 服务器与账号只从环境变量读（MT_LIVE_HOST / MT_LIVE_LOGIN / MT_LIVE_PASSWORD，可选 MT_LIVE_AUTH_PORT
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# 11000、MT_LIVE_GAME_PORT 13000、MT_LIVE_SLOT 0）；Python 侧也用 os.environ 取，不进源码文本。
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# 离线由 script/python_game_render_test.sh 起 port_fake_login_server 并把这些变量指向它。
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# 截图与 report.json 写到 MT_RENDER_OUTPUT（默认 build/rendering/python-game-<时间>）。
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extends SceneTree
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const PythonUISurface = preload("res://python_ui_surface.gd")
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const Python3DSurface = preload("res://python_3d_surface.gd")
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var failed := false
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var ui: Control
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var world: Node3D
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func _initialize() -> void:
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call_deferred("run")
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func _check(ok: bool, message: String) -> void:
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if ok:
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print("ok: " + message)
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else:
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failed = true
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printerr("FAIL: " + message)
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func _py(source: String) -> bool:
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return Metin2PythonHost.run_line(source) == ""
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func _key(keycode: Key, unicode: int, pressed: bool) -> void:
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var event := InputEventKey.new()
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event.keycode = keycode
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event.physical_keycode = keycode
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event.unicode = unicode
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event.pressed = pressed
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root.push_input(event)
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func _press(keycode: Key) -> void:
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_key(keycode, 0, true)
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_key(keycode, 0, false)
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func _type(text: String) -> void:
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for i in text.length():
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var ch := text.unicode_at(i)
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var keycode := OS.find_keycode_from_string(text[i].to_upper())
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_key(keycode, ch, true)
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_key(keycode, ch, false)
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func _pump_until(seconds: float, condition: Callable) -> bool:
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var deadline := Time.get_ticks_msec() + int(seconds * 1000.0)
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while Time.get_ticks_msec() < deadline:
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if condition.call():
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return true
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await process_frame
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return condition.call()
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func _finish(output: String, report: Dictionary) -> void:
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report["passed"] = not failed
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var file := FileAccess.open(output.path_join("report.json"), FileAccess.WRITE)
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if file:
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file.store_string(JSON.stringify(report, " "))
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file.close()
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print("python_game_render_test: %s (%s)" % ["FAIL" if failed else "PASS", output])
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ui.queue_free()
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await process_frame
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quit(1 if failed else 0)
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func run() -> void:
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root.size = Vector2i(1024, 768)
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var output := OS.get_environment("MT_RENDER_OUTPUT")
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if output.is_empty():
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output = ProjectSettings.globalize_path("res://../build/rendering/python-game-%d" % Time.get_unix_time_from_system())
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DirAccess.make_dir_recursive_absolute(output)
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var report := {"output": output, "headless": DisplayServer.get_name() == "headless"}
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var host := OS.get_environment("MT_LIVE_HOST")
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if host.is_empty() or OS.get_environment("MT_LIVE_LOGIN").is_empty() or OS.get_environment("MT_LIVE_PASSWORD").is_empty():
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printerr("python_game_render_test: needs MT_LIVE_HOST, MT_LIVE_LOGIN, MT_LIVE_PASSWORD")
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quit(2)
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return
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world = Python3DSurface.new()
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world.name = "Python3DSurface"
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ui = PythonUISurface.new()
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ui.name = "PythonUISurface"
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# The UI surface runs CPythonApplication::Process in its _process; the 3D surface reads the draws
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# of that frame after it, so it comes second in the tree.
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root.add_child(ui)
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root.add_child(world)
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var err: String = ui.run_app()
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_check(err == "", "system.py reached app.Loop() (%s)" % err)
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if err != "":
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await _finish(output, report)
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return
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_check(_py("import __main__, os, networkModule, introLogin, introSelect, introLoading, game\n"
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+ "__main__._stream = [o for o in __import__('gc').get_objects() if isinstance(o, networkModule.MainStream)][0]"),
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"found networkModule.MainStream")
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var at_login := await _pump_until(20, func(): return _py(
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"assert isinstance(_stream.curPhaseWindow, introLogin.LoginWindow)"))
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_check(at_login, "login window")
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# The account from the environment is typed into the login board as key events (WM_KEYDOWN/WM_CHAR
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# through PythonUISurface → CPythonIME); Return runs __OnClickLoginButton → LoginWindow.Connect.
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_check(_py("_env = os.environ\n"
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+ "_slot = int(_env.get('MT_LIVE_SLOT', '0'))\n"
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+ "_stream.SetConnectInfo(_env['MT_LIVE_HOST'], int(_env.get('MT_LIVE_GAME_PORT', '13000')), "
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+ "_env['MT_LIVE_HOST'], int(_env.get('MT_LIVE_AUTH_PORT', '11000')))\n"
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+ "_w = _stream.curPhaseWindow\n"
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+ "_w._LoginWindow__OpenLoginBoard()\n"
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+ "_w.idEditLine.SetText('')\n"
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+ "_w.pwdEditLine.SetText('')\n"
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+ "_w.idEditLine.SetFocus()"), "login board open")
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_type(OS.get_environment("MT_LIVE_LOGIN"))
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_press(KEY_TAB)
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_type(OS.get_environment("MT_LIVE_PASSWORD"))
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_check(_py("assert _w.idEditLine.GetText() == _env['MT_LIVE_LOGIN']\n"
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+ "assert _w.pwdEditLine.GetText() == _env['MT_LIVE_PASSWORD']"), "account typed through the IME")
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_check(_py("del _env, _w"), "login locals dropped")
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_press(KEY_ENTER)
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var selecting := await _pump_until(30, func(): return _py(
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"assert isinstance(_stream.curPhaseWindow, introSelect.SelectCharacterWindow)"))
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_check(selecting, "character select")
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if selecting:
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_check(_py("_stream.curPhaseWindow.SelectSlot(_slot)\n_stream.curPhaseWindow.StartGame()"), "StartGame")
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var in_game := selecting and await _pump_until(60, func(): return _py(
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"assert isinstance(_stream.curPhaseWindow, game.GameWindow) and _stream.curPhaseWindow.IsShow()"))
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_check(in_game, "game window")
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# The main character's draws reach the 3D surface.
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var drawn := in_game and await _pump_until(10, func(): return world.draw_count > 0)
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_check(drawn, "RenderGame draws shown (%d)" % world.draw_count)
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# Let the WAIT motion run a little before the picture.
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for i in 30:
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await process_frame
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report["draw_count"] = world.draw_count
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report["unlit_stand_in_count"] = world.unlit_stand_in_count
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report["terrain"] = world.terrain_report
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report["atlas_entries"] = world._atlas.size()
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_check(not Metin2PythonHost.current_map_name().is_empty(), "native AtlasInfo chooses the current map")
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if world.terrain:
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report["terrain_base_cm"] = str(world.terrain.call("get_map_base_cm"))
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report["native_map_name"] = Metin2PythonHost.current_map_name()
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_check(world.map_path == Metin2PythonHost.current_map_name(), "terrain uses native Warp map")
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var first_draws: Array = Metin2PythonHost.render3d_draws()
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if not first_draws.is_empty():
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var camera_world: Vector3 = world.d3d_transform(first_draws[0]["view"]).affine_inverse().origin
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report["camera_world_cm"] = str(camera_world)
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report["terrain_height_at_camera_cm"] = float(world.terrain.call("sample_height",
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camera_world.x / 100.0, -camera_world.y / 100.0)) * 100.0
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var tile_bounds := []
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for tile in world.terrain.find_children("Terrain*", "MeshInstance3D", true, false):
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if tile_bounds.size() >= 4:
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break
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tile_bounds.append(str(tile.global_transform * tile.mesh.get_aabb()))
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report["terrain_camera_bounds"] = tile_bounds
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_check(world.terrain != null and int(world.terrain_report.get("chunks_built", 0)) > 0,
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"40250 terrain height tiles loaded")
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_check(int(world.terrain_report.get("chunks_splatted", 0)) > 0,
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"40250 terrain textures applied")
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_check(bool(world.terrain_report.get("env_ok", false)) and world.light.visible,
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"map .msenv lights the character")
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_check(world.unlit_stand_in_count == 0, "unlit stand-in removed")
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report["camera_fov"] = world.camera.fov
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report["camera_near"] = world.camera.near
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report["camera_far"] = world.camera.far
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var textures := []
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var draws: Array = Metin2PythonHost.render3d_draws()
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var native_lit_draws := 0
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var view_finite := true
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var actor_foot_cm := INF
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var foot_xy := Vector2.ZERO
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for draw in draws:
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if draw["light0"]:
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native_lit_draws += 1
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for value in draw["view"]:
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if not is_finite(value):
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view_finite = false
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var world_xform: Transform3D = world.d3d_transform(draw["world"])
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for vertex in draw["positions"]:
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var p: Vector3 = world_xform * vertex
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if p.z < actor_foot_cm:
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actor_foot_cm = p.z
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foot_xy = Vector2(p.x, -p.y)
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# Every actor, not only the main one, stands on the map. An actor's parts (body, head, hair, teeth)
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# share its world matrix; the lowest vertex over those parts meets sample_height.
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var actor_low := {}
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for draw in draws:
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var draw_xform: Transform3D = world.d3d_transform(draw["world"])
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var key := str(draw["world"])
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for vertex in draw["positions"]:
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var p: Vector3 = draw_xform * vertex
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if not actor_low.has(key) or p.z < actor_low[key].z:
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actor_low[key] = p
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if world.terrain:
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var worst_actor_gap_cm := 0.0
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for low in actor_low.values():
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var ground := float(world.terrain.call("sample_height", low.x / 100.0, -low.y / 100.0)) * 100.0
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worst_actor_gap_cm = maxf(worst_actor_gap_cm, absf(low.z - ground))
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report["actors"] = actor_low.size()
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report["worst_actor_gap_cm"] = worst_actor_gap_cm
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_check(worst_actor_gap_cm < 50.0, "every actor stands on the map (%d actors, worst gap %.1f cm)"
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% [actor_low.size(), worst_actor_gap_cm])
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report["native_lit_draws"] = native_lit_draws
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report["view_finite"] = view_finite
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_check(view_finite, "native camera view stays finite")
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if world.terrain and not is_inf(actor_foot_cm):
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var ground_cm := float(world.terrain.call("sample_height", foot_xy.x / 100.0, foot_xy.y / 100.0)) * 100.0
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report["actor_foot_cm"] = actor_foot_cm
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report["ground_at_foot_cm"] = ground_cm
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_check(absf(actor_foot_cm - ground_cm) < 120.0,
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"native actor feet meet map height (delta %.1f cm)" % absf(actor_foot_cm - ground_cm))
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_check(not drawn or native_lit_draws == draws.size(),
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"native RenderGame light0 comes from map .msenv (%d/%d)" % [native_lit_draws, draws.size()])
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if not draws.is_empty():
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report["proj"] = Array(draws[0]["proj"])
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report["view"] = Array(draws[0]["view"])
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# Each draw's render state (everything but the arrays and matrices).
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var states := []
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for draw in draws:
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var state := {}
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for key in draw:
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if typeof(draw[key]) in [TYPE_BOOL, TYPE_INT, TYPE_FLOAT, TYPE_STRING, TYPE_COLOR, TYPE_VECTOR3]:
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state[key] = str(draw[key])
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state["vertices"] = draw["positions"].size()
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if draw.has("uv0"):
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var lo := Vector2(INF, INF)
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var hi := -lo
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for uv in draw["uv0"]:
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lo = lo.min(uv)
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hi = hi.max(uv)
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state["uv0_range"] = str([lo, hi])
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state["indices"] = draw["indices"].size()
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states.append(state)
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report["draw_states"] = states
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for draw in draws:
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if not draw["texture0"].is_empty() and not textures.has(draw["texture0"]):
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textures.append(draw["texture0"])
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report["textures"] = textures
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var surfaces_textured := 0
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var lit_surfaces := 0
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var distinct_textures := {}
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for instance in world.find_children("Draw*", "MeshInstance3D", false, false):
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if instance.visible and instance.mesh:
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var material: StandardMaterial3D = instance.mesh.surface_get_material(0)
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if material and material.albedo_texture:
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surfaces_textured += 1
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distinct_textures[material.albedo_texture] = true
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if material and material.shading_mode == BaseMaterial3D.SHADING_MODE_PER_VERTEX:
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lit_surfaces += 1
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report["surfaces_textured"] = surfaces_textured
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report["lit_surfaces"] = lit_surfaces
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report["distinct_textures"] = distinct_textures.size()
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# Every texture name gets its own texture (face, body, hair are not one material).
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_check(distinct_textures.size() == textures.size(),
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"one texture per texture name (%d of %d)" % [distinct_textures.size(), textures.size()])
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# CPythonMiniMap renders the outdoor map's minimap.dds tiles through minimap_image_filter.dds;
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# the orthographic draws reach the UI stream as masked images.
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var minimap_tiles := 0
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for command in Metin2PythonHost.ui_render_commands():
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if command.has("mask") and String(command["text"]).ends_with("minimap.dds"):
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minimap_tiles += 1
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report["minimap_tiles"] = minimap_tiles
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_check(minimap_tiles > 0, "minimap tiles drawn through the filter mask (%d)" % minimap_tiles)
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var bounds := []
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for instance in world.find_children("Draw*", "MeshInstance3D", false, false):
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if instance.visible and instance.mesh:
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bounds.append(str(instance.transform * instance.mesh.get_aabb()))
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report["camera_space_bounds"] = bounds
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_check(not drawn or surfaces_textured > 0, "character surfaces have their diffuse textures (%d)" % surfaces_textured)
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_check(lit_surfaces > 0, "character surfaces use directional lighting (%d)" % lit_surfaces)
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if DisplayServer.get_name() != "headless":
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await RenderingServer.frame_post_draw
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var image := root.get_texture().get_image()
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_check(image.save_png(output.path_join("game.png")) == OK, "screenshot saved")
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# The character is centred by __UpdateCamera: the middle of the picture is not background.
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var centre := Rect2i(image.get_width() * 2 / 5, image.get_height() * 3 / 10,
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image.get_width() / 5, image.get_height() * 2 / 5)
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var lit := 0
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for y in range(centre.position.y, centre.end.y, 4):
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for x in range(centre.position.x, centre.end.x, 4):
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if image.get_pixel(x, y).get_luminance() > 0.05:
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lit += 1
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report["centre_lit_samples"] = lit
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_check(lit > 50, "character pixels in the middle of the screen (%d samples)" % lit)
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# The 3D pass alone, for looking at the character without the UI.
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ui.visible = false
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await RenderingServer.frame_post_draw
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var game_image := root.get_texture().get_image()
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game_image.save_png(output.path_join("game_3d.png"))
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var textured_pairs := 0
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for y in range(game_image.get_height() * 3 / 4, game_image.get_height() - 20, 13):
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for x in range(30, game_image.get_width() - 35, 17):
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var left := game_image.get_pixel(x, y).get_luminance()
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var right := game_image.get_pixel(x + 5, y).get_luminance()
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if absf(left - right) > 0.04:
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textured_pairs += 1
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report["ground_texture_pairs"] = textured_pairs
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_check(textured_pairs > 20, "textured ground visible in screenshot (%d local contrasts)" % textured_pairs)
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# The camera looks 27 degrees down, so the map behind the actor fills the top of the picture
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# too (legacy metre-unit fog once washed it out to flat sky colour).
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var far_pairs := 0
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for y in range(game_image.get_height() / 10, game_image.get_height() * 3 / 10, 13):
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for x in range(30, game_image.get_width() - 35, 17):
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var left := game_image.get_pixel(x, y).get_luminance()
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var right := game_image.get_pixel(x + 5, y).get_luminance()
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if absf(left - right) > 0.04:
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far_pairs += 1
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report["far_ground_texture_pairs"] = far_pairs
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_check(far_pairs > 20, "map behind the actor visible (%d local contrasts)" % far_pairs)
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ui.visible = true
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await _finish(output, report)
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