145 lines
8.0 KiB
GDScript
145 lines
8.0 KiB
GDScript
extends SceneTree
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## Component and read-only rendering checks; never OS or same-demand proof.
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const Presentation := preload("res://scripts/ui/room_presentation.gd")
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const Stream := preload("res://tests/fixtures/p23-03/diagnostic_stream.gd")
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var checks := 0
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var failures := 0
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func _initialize() -> void:
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call_deferred("run")
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func expect(value: bool, message: String) -> void:
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checks += 1
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if not value:
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failures += 1
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push_error("P23 life observation: " + message)
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func run() -> void:
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var layout := OS.get_environment("P23_LAYOUT")
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var output_directory := OS.get_environment("P23_OUTPUT")
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if layout in ["A", "B"] and not output_directory.is_empty():
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var comparison := preload("res://tests/fixtures/p23-03/layout_comparison.gd").new()
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expect(await comparison.run(self, output_directory, layout), "native layout " + layout)
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print("P23 life observation: %d checks, %d failures" % [checks, failures])
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quit(0 if failures == 0 else 1)
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return
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var clock: Variant = root.get_node("GameClock")
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clock.set_paused(true)
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# Isolated real typed components test state labels, without claiming gameplay.
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var labels: Dictionary = {}
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for state: int in FacilityInstance.State.values():
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var room := FacilityInstance.new().configure(&"component", &"reception")
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room.state = state as FacilityInstance.State
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var description := Presentation.describe(room)
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expect(description[&"state_name"] == FacilityInstance.State.keys()[state], "enum name preserved")
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var text := Presentation.business_label(description)
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expect(not text.is_empty() and not labels.has(text), "distinct visible business reason")
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labels[text] = true
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for reason: StringName in [&"RAIDED", &"DESTROYED"]:
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var room := FacilityInstance.new().configure(&"component", &"reception", {&"suspension_reason": reason})
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var description := Presentation.describe(room)
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expect(description[&"operation"] == FacilityInstance.OperationState.SUSPENDED, "actual suspension operation")
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var text := Presentation.business_label(description)
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expect(not labels.has(text), "raid and damage have separate visible labels")
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labels[text] = true
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var room := FacilityInstance.new().configure(&"component", &"reception", {&"customer_capacity": 3})
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var service := ServiceInstance.new()
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service.guest_ids.assign([&"b", &"a"])
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room.active_services[&"service"] = service
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room.queue_entries.assign([&"queue-only"])
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var description := Presentation.describe(room)
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expect(description[&"people"] == [&"a", &"b"] and description[&"count"] == 2, "queue entries are not room occupants")
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description[&"people"].clear()
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expect(service.guest_ids.size() == 2, "presentation owns its arrays")
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var runtime: Variant = root.get_node("SimulationRuntime")
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var view := WorldPreview.new()
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view.size = Vector2(1440, 810)
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view.set_runtime(runtime)
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root.add_child(view)
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# R13's four same-cell MOVING guests. Component fixture only, no Runtime edit.
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var crowd: Array = []
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var offsets := [0, 16, -16, 8]
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for i: int in 4:
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crowd.append({&"row": {&"key": "guest/os-p23-%03d" % (12+i),
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&"center": Vector2(108+offsets[i], 118-4*(i%2)),
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&"at": Vector2(84+offsets[i], 103-4*(i%2)), &"scale": 3.0,
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&"mode": &"idle", &"frame": 0, &"flip": false,
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&"state": GuestRuntime.State.MOVING, &"cell": Vector3i(1,1,0)},
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&"bounds": Rect2(80,74,56,88), &"transit": false})
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crowd.sort_custom(func(a: Dictionary, b: Dictionary) -> bool: return a[&"row"][&"center"].x < b[&"row"][&"center"].x)
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# _life_pack uses the view's cell dimensions for the unchanged feet formula.
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# The x-capacity assertion is independent of the current default world size.
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expect(view._life_pack(crowd, 3).is_empty(), "four cores cannot fit 72px in 56px")
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var saved_size := view.size
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var saved_zoom := view.zoom_level
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var dim: Vector2 = view._cell_dimensions()
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view.zoom_level *= 64.0/dim.x
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var fitted: Array = view._life_pack(crowd, 2)
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expect(fitted.size() == 4, "all four R13 occupants fit at p=2")
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for row: Dictionary in fitted:
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expect(row[&"scale"] == 2.0 and row[&"cell"] == Vector3i(1,1,0), "fitting preserves cell and uses p=2")
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var regroup: Array = crowd.slice(0, 2).duplicate(true)
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for i: int in 2:
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regroup[i][&"row"][&"center"] = Vector2(108, 118+26*i)
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regroup[i][&"bounds"] = Rect2(80,74,20,130)
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var regrouped: Array = view._life_fitted_groups(regroup)
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expect(regrouped.size() == 2, "scale change splits vertical component")
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for group: Array in regrouped:
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expect(group.size() == 1 and group[0][&"row"][&"scale"] == 2.0, "regroup avoids stale p=1 fit")
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var saturated: Array = []
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for i: int in 10:
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var member: Dictionary = crowd[0].duplicate(true)
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member[&"row"][&"key"] = "guest/saturation-%02d" % i
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member[&"row"][&"center"] = Vector2(108,118)
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saturated.append(member)
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var saturated_groups: Array = view._life_fitted_groups(saturated)
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expect(saturated_groups.size() == 1, "saturation keeps one vertical component")
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expect(view._life_pack(saturated_groups[0], 1).is_empty(), "ten cores cannot fit 60px in 56px")
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expect(view._life_pack(saturated_groups[0].slice(0,9), 1).size() == 9, "nine cores fit without losing identities")
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var aggregate_model := {&"guests": [], &"staff": [], &"actor_drawings": [], &"cabins": []}
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var aggregate_rows: Array = []
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for member: Dictionary in saturated:
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var row: Dictionary = member[&"row"].duplicate(true)
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row[&"riding"] = true
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aggregate_rows.append(row)
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aggregate_model[&"guests"].append({&"id": String(row[&"key"]).trim_prefix("guest/"), &"cell": Vector3i(1,1,0)})
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aggregate_model[&"cabins"].append({&"rect": Rect2(76,70,64,96), &"passengers": aggregate_rows})
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view._fit_life_actors(aggregate_model)
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expect(aggregate_model[&"cabins"][0][&"passengers"].size() == 9, "aggregation draws all nine fitting members")
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var aggregate: Dictionary = aggregate_model[&"actor_aggregations"][0]
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expect(aggregate[&"members"].size() == 10 and aggregate[&"drawn_keys"].size() == 9, "aggregation retains every identity")
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expect(aggregate[&"text"] == "+1" and aggregate[&"at"] == Vector2(80,74), "actual aggregation badge position and text")
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view.zoom_level = saved_zoom
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view.size = saved_size
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var before: PackedByteArray = var_to_bytes(runtime.create_snapshot())
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var tracks: PackedByteArray = var_to_bytes([view._actor_tracks, view._elevator_tracks])
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var model := view._build_life_observation()
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expect(var_to_bytes(runtime.create_snapshot()) == before, "builder does not mutate Runtime")
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expect(var_to_bytes([view._actor_tracks, view._elevator_tracks]) == tracks, "builder does not advance visual tracks")
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expect(model.has(&"rooms") and model.has(&"landing_badges") and model.has(&"elevators") and model.has(&"staff") and model.has(&"goods") and model.has(&"badges"), "all six category fields exist")
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expect(model[&"traffic"].size() > 0 and not view.show_grid, "normal view observes real walkable traffic")
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await process_frame
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await process_frame
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var report := view.get_life_observation_report()
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expect(not report.is_empty(), "actual drawing published an observation")
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expect(report.get(&"observation_serial", -1) == report.get(&"overlay_consumed_serial", -2), "LifeOverlay consumed this observation")
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expect(report.get(&"overlay_passes", []) == [&"traffic", &"actors"], "traffic drawn before actors")
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var indices: Array = report.get(&"overlay_child_indices", [])
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expect(indices.size() == 3 and indices[0] < indices[1] and indices[1] < indices[2], "LifeOverlay above inactive art and below lens")
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# The getter exposes the last actual draw and must not create another model.
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var original: PackedByteArray = var_to_bytes(report)
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if report.has(&"traffic"):
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report[&"traffic"].clear()
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expect(var_to_bytes(view.get_life_observation_report()) == original, "nested report arrays are isolated")
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report.clear()
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expect(var_to_bytes(view.get_life_observation_report()) == original, "public report is a deep copy")
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var output := OS.get_environment("P23_LIFE_DIAGNOSTIC_ROOT")
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if not output.is_empty():
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var stream := Stream.new()
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expect(stream.open(output), "fresh sparse diagnostic stream")
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expect(stream.capture("initial", runtime, view), "whole typed state and draw report capture")
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stream.close()
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view.free()
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print("P23 life observation: %d checks, %d failures" % [checks, failures])
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quit(0 if failures == 0 else 1)
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