TakeshiandClaude Opus 5.5
ae0f998ff4
Initial 100, capacity 300, world tree +20 per 10 game minutes. Each boundary pays registered upkeep demand before storing surplus; overflow is discarded and recorded, 0 stops the whole tower. Furnace offers are judged after generation and demand payment. New saves carry mana_reserve and Operations rollback includes it; legacy saves keep a 0..300 amount and reject others. Outage tests that relied on Mana 0 persisting now hold the outage with a disabled demand sink, since the world tree recovers at the next boundary. Co-Authored-By: Claude Opus 5.5 <noreply@anthropic.com>
204 lines
12 KiB
GDScript
204 lines
12 KiB
GDScript
extends SceneTree
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const ManaOutage = preload("res://tests/helpers/mana_outage.gd")
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const FixtureCleanup := preload("res://tests/helpers/ui_audio_fixture_cleanup.gd")
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var _finishing := false
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var _checks := 0
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var _failures := 0
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var _runtime: Variant
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var _clock: Variant
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var _state: Variant
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var _serial := 0
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var _main: Control
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var _saw_trip := false
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var _saw_boarded := false
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var _saw_arrival := false
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var _saved := false
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var _preview_snapshot: Dictionary = {}
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func _initialize() -> void:
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call_deferred("_run")
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func _run() -> void:
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_runtime = root.get_node("SimulationRuntime")
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_clock = root.get_node("GameClock")
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_state = root.get_node("GameState")
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_clock.reset(1, 6, 0)
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_state.reset()
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_runtime.initialize(_clock, _state, 424242)
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_runtime.configure_save_policy({&"enabled": false, &"daily_checkpoint_enabled": false})
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_clock.set_paused(true)
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root.size = Vector2i(1440, 810)
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_main = load("res://scenes/main/main.tscn").instantiate() as Control
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_main.set("manual_save_path", "user://tests/transport_%d/manual" % OS.get_process_id())
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root.add_child(_main)
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await process_frame
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_runtime.configure_save_policy({&"enabled": false, &"daily_checkpoint_enabled": false})
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_expect(_state.get_resource(&"gold") == 5000 and _state.get_resource(&"materials") == 50, "ordinary starting budget")
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if not _build(&"guest_elevator", Vector3i(0, 0, 0)) or not _build(&"reception", Vector3i(2, 0, 0)):
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_finish(); return
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_clock.advance_minutes(300)
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_expect(_runtime.elevators.get_report()[&"shafts"].size() == 1, "completed construction registers physical cabin")
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if _runtime.elevators.get_report()[&"shafts"].is_empty(): _finish(); return
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if not _build(&"guest_elevator", Vector3i(0, 2, 0)) or not _build(&"standard_room", Vector3i(2, 2, 0)):
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_finish(); return
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_clock.advance_minutes(300)
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if not _build(&"standard_room", Vector3i(2, 3, 0)):
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_finish(); return
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_clock.advance_minutes(60)
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var report: Dictionary = _runtime.elevators.get_report()
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_expect(report[&"shafts"].size() == 1 and report[&"shafts"][0][&"stops"].size() == 4, "stacked modules share one cabin across four floors")
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_expect(_state.get_resource(&"materials") == 2, "buildings fit within 50 materials")
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var reception: FacilityInstance
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for facility: FacilityInstance in _runtime.facility_service.get_instances():
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if facility.definition_id == &"reception": reception = facility
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_expect(_cmd(&"hire_staff_candidate", {&"candidate_id": &"staff_akane"}).is_success(), "hire receptionist with earned starting funds")
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_expect(_cmd(&"set_staff_work_assignment", {&"staff_id": &"staff_akane", &"facility_id": reception.instance_id, &"template_id": &"DAY"}).is_success(), "assign real commute")
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_expect(reception.active_staff_ids.is_empty(), "assignment alone does not open reception")
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for index: int in range(250):
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_clock.advance_minutes(1)
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var current: Dictionary = _runtime.elevators.get_report()
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if not current[&"trips"].is_empty(): _saw_trip = true
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for trip: Dictionary in current[&"trips"]:
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if trip[&"state"] != PathService.ELEVATOR_REQUEST_BOARDED: continue
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_saw_boarded = true
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if not _saved:
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_saved = _verify_mid_ride()
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_preview_snapshot = _runtime.create_snapshot()
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for guest: GuestRuntime in _runtime.guest_service.get_guests():
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if guest.current_cell.y >= 2: _saw_arrival = true
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if _saw_boarded and not _main.get_meta(&"captured", false) and OS.get_environment("THE_TREE_TRANSPORT_CAPTURE") == "1":
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_main.set_meta(&"captured", true)
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await _capture()
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if index % 30 == 0: await process_frame
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if not _saw_trip:
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print("TRANSPORT_DIAGNOSTIC ", _runtime.elevators.get_report(), " STAFF ", _runtime.staff_commute.get_report())
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for f: FacilityInstance in _runtime.facility_service.get_instances(): print("FAC ", f.definition_id, " ", f.state, " ", f.active_staff_ids)
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for g: GuestRuntime in _runtime.guest_service.get_guests(): print("GUEST ", g.guest_id, " ", g.state, " ", g.current_cell, " ", _runtime._project_guest_candidates(g.guest_id))
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_expect(_saw_trip, "natural guest requests an elevator")
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_expect(_saw_boarded, "natural guest boards the shared cabin")
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_expect(_saw_arrival, "natural guest physically reaches an upper floor")
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_expect(_saved, "mid-ride replay tested")
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_expect(_runtime.restore_snapshot(_runtime.create_snapshot()), "current completed runtime restores")
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if OS.get_environment("THE_TREE_TRANSPORT_PREVIEW") == "1" and _failures == 0:
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_expect(_runtime.restore_snapshot(_preview_snapshot), "preview returns to the verified first boarding")
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if _failures > 0: _finish(); return
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await _capture()
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DisplayServer.window_set_title("The Tree · 昇降機と通勤の試遊（保存なし）")
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_clock.set_paused(true)
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print("Runtime transport: %d checks, %d failures" % [_checks, _failures])
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print("TRANSPORT_PREVIEW_READY Space resumes; test saves disabled")
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return
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_finish()
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func _verify_mid_ride() -> bool:
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var save_path := "user://tests/transport_%d/ride" % OS.get_process_id()
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_expect(bool(_runtime.save_to_path(save_path).get(&"ok", false)), "boarded save writes isolated disk slot")
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_expect(bool(_runtime.load_from_path(save_path).get(&"ok", false)), "boarded disk slot reloads")
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var snapshot: Dictionary = _runtime.create_snapshot()
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_expect(snapshot[&"systems"][&"runtime"][&"runtime_schema_version"] == 14, "runtime schema14 records elevator state and explicit vertical routing")
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_expect(_runtime.restore_snapshot(snapshot), "mid-ride Runtime snapshot restores actor/cabin/Path ownership")
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var shaft: Dictionary = _runtime.elevators.get_report()[&"shafts"][0]
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var busy := _cmd(&"demolish_facility", {&"instance_id": shaft[&"module_ids"][1]})
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_expect(not busy.is_success() and busy.details.get(&"reason") == &"ELEVATOR_BUSY", "occupied shaft demolition rejected before spending or topology changes")
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_expect(_runtime.restore_snapshot(snapshot), "snapshot resets rejected command metadata")
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# Diagnose total reserve depletion while a natural passenger is aboard.
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var riders: Array[StringName] = []
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for trip: Dictionary in _runtime.elevators.get_report()[&"trips"]:
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if trip[&"state"] == PathService.ELEVATOR_REQUEST_BOARDED:
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riders.append(trip[&"actor_id"])
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_expect(not riders.is_empty(), "depletion drill starts with actual boarded passenger")
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_state.set_resource(&"mana", 0)
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_clock.advance_minutes(1)
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var outage: Dictionary = _runtime.elevators.get_report()
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_expect(not outage[&"shafts"][0][&"powered"] and outage[&"trips"].is_empty(), "reserve outage stops cabin and releases trip ownership")
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for actor_id: StringName in riders:
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_expect(_runtime.path_service.get_active_elevator_request(actor_id).is_empty(), "outage releases Path passenger request")
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var safe_arrivals := 0
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for event: SimulationDomainEvent in _runtime.domain_events.recent_events():
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if event.event_type == &"ELEVATOR_ARRIVED" and event.absolute_minute == _clock.absolute_minute and event.payload.get(&"actor_id", &"") == actor_id and bool(event.payload.get(&"emergency", false)):
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if event.payload.get(&"cell") in shaft[&"stops"]:
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safe_arrivals += 1
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_expect(safe_arrivals == 1, "boarded passenger alights exactly once at a valid shaft stop")
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var outage_snapshot: Dictionary = _runtime.create_snapshot()
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_expect(_runtime.restore_snapshot(outage_snapshot), "emergency alighting and empty reserve survive Runtime save")
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_state.set_resource(&"mana", 100)
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_clock.advance_minutes(1)
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_expect(_runtime.elevators.get_report()[&"shafts"][0][&"powered"], "cabin supply returns when reserve recovers")
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_expect(_runtime.restore_snapshot(snapshot), "rewind depletion drill to original passenger state")
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for cell: Vector3i in shaft[&"stops"]:
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_runtime.path_service.configure_cell_traffic(cell, 4, 0, true)
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ManaOutage.hold(_runtime, _state)
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_clock.advance_minutes(1)
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for actor_id: StringName in riders:
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_expect(_runtime.elevators.get_actor_trip(actor_id).get(&"state") == PathService.ELEVATOR_REQUEST_BOARDED, "no safe landing retains boarded passenger instead of teleporting")
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var held_shaft: Dictionary = _runtime.elevators.get_report()[&"shafts"][0]
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_clock.advance_minutes(20)
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var held_after: Dictionary = _runtime.elevators.get_report()[&"shafts"][0]
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_expect(held_after[&"remaining_minutes"] == held_shaft[&"remaining_minutes"], "powerless held cabin does not advance physical journey")
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var held_snapshot: Dictionary = _runtime.create_snapshot()
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_expect(_runtime.restore_snapshot(held_snapshot) and _runtime.create_snapshot() == held_snapshot, "no-landing outage preserves full Runtime save and passenger ownership")
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for cell: Vector3i in shaft[&"stops"]:
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_runtime.path_service.configure_cell_traffic(cell)
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ManaOutage.release(_runtime, _state)
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_clock.advance_minutes(45)
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for actor_id: StringName in riders:
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_expect(_runtime.elevators.get_actor_trip(actor_id).is_empty() and _runtime.path_service.get_active_elevator_request(actor_id).is_empty(), "landing repair and power restoration release held trip ownership")
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_expect(_runtime.restore_snapshot(_runtime.create_snapshot()), "recovered held cabin remains saveable")
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_expect(_runtime.restore_snapshot(snapshot), "restore original ride after no-landing drill")
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_clock.advance_minutes(45)
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var expected: Dictionary = _runtime.create_snapshot()
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_expect(_runtime.restore_snapshot(snapshot), "rewind boarded save for deterministic replay")
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_clock.advance_minutes(45)
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_expect(_runtime._strict_variants_equal(expected, _runtime.create_snapshot()), "mid-ride save replays all Runtime state identically")
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_expect(_runtime.restore_snapshot(snapshot), "restore original ride position after replay test")
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var stopped := _cmd(&"set_elevator_operation", {&"shaft_id": shaft[&"shaft_id"], &"operator_open": false})
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_expect(stopped.is_success(), "player stops elevator through public command")
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_expect(_runtime.elevators.get_report()[&"trips"].is_empty(), "stop releases waiting and disembarks passengers at safe floor")
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_expect(_runtime.restore_snapshot(_runtime.create_snapshot()), "stopped elevator save restores")
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_expect(_runtime.restore_snapshot(snapshot), "resume original operating snapshot")
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return true
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func _capture() -> void:
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var preview: Control = _main.get("world_preview")
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_main.call("_on_facility_selected", _runtime.elevators.get_report()[&"shafts"][0][&"module_ids"][0])
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preview.call("set_zoom", 2.0)
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preview.set("pan_offset", preview.get("pan_offset") + preview.size * Vector2(0.5, 0.55) - preview.call("cell_to_canvas", Vector3i(2, 1, 0)))
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preview.queue_redraw()
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await process_frame
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await RenderingServer.frame_post_draw
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for trip: Dictionary in _runtime.elevators.get_report()[&"trips"]:
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if trip[&"state"] != PathService.ELEVATOR_REQUEST_BOARDED: continue
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var key := String(trip[&"actor_id"]).replace("guest:", "guest/").replace("staff:", "staff/")
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_expect((preview.get("_boarded_actor_ids") as Dictionary).has(key), "live rider identified in cabin rendering")
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_expect(not (preview.get("_actor_tracks") as Dictionary).has(key), "live rider is not duplicated on floor")
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var path := ProjectSettings.globalize_path("res://artifacts/transport/elevator-cabin.png")
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root.get_texture().get_image().save_png(path)
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func _build(id: StringName, origin: Vector3i) -> bool:
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var result := _cmd(&"build_facility", {&"definition_id": id, &"origin": origin})
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_expect(result.is_success(), "build %s at %s %s" % [id, origin, result.message])
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return result.is_success()
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func _cmd(kind: StringName, payload: Dictionary) -> CommandResult:
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_serial += 1
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return _runtime.submit_command(kind, payload, &"player", &"", 0, _clock.absolute_minute, StringName("transport.test.%d" % _serial))
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func _expect(condition: bool, message: String) -> void:
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_checks += 1
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if not condition: _failures += 1
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print("%s %s" % ["PASS" if condition else "FAIL", message])
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func _finish() -> void:
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if _finishing:
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return
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_finishing = true
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if is_instance_valid(_main):
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var final_cleanup: Dictionary = await FixtureCleanup.free_owner_and_wait(self, _main)
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if not bool(final_cleanup.get(&"passed", false)):
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_failures += 1
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push_error("ordinary Main final audio cleanup failed")
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print("Runtime transport: %d checks, %d failures" % [_checks, _failures])
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quit(1 if _failures else 0)
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