Sansan
e94c75e84d
NowPlaying, QuizToolbar and SongControls become their own scenes, the auto repeat switch moves into the music player scene, and downloading songs moves into a SongLoader node. The quiz only wires the parts together. Every node keeps its place on screen. Screenshots of every UI state are pixel-identical to before, the layout test still matches the original baseline, and each new part has its own tests.
135 lines
4.6 KiB
GDScript
135 lines
4.6 KiB
GDScript
class_name MainWindowTestSuite
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extends GdUnitTestSuite
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## Base for tests that run the real main window against a fake MusicServer.
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const SONG_INFO: Array[Dictionary] = [
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{"SongNo": 0, "Soundtrack": "Chrono Trigger", "Song": "Corridors of Time"},
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{"SongNo": 1, "Soundtrack": "Final Fantasy VI", "Song": "Dancing Mad"},
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]
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var _server: FakeHttpTransport
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var _snapshot: AutoloadSnapshot
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var _runner: GdUnitSceneRunner
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var _window: Control
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var _quiz: Quiz
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func before_test() -> void:
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_snapshot = AutoloadSnapshot.take([Settings, Playlist])
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Playlist.reset_playlist()
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Playlist.first_song_played = false
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Playlist.is_song_downloading = false
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Settings.player_array.clear()
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Settings.add_to_stats = true
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Settings.hide_next_track = true
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Settings.use_low_played_mode = false
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Settings.winning_score = 20
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_server = FakeHttpTransport.new().install()
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var mp3: PackedByteArray = FileAccess.get_file_as_bytes("res://tests/data/short.mp3")
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_server.respond_json("/music/all", ["Chrono Trigger", "Final Fantasy VI"])
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_server.respond_json("/music/all/order", ["Chrono Trigger", "Final Fantasy VI"])
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_server.respond_json("/music/list", [])
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_server.respond_json("/characters", [])
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_server.respond_bytes("/music/rand", mp3)
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_server.respond_bytes("/music/addQue", PackedByteArray())
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_server.respond_json("/music/info", SONG_INFO[0])
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_server.respond_bytes("/music/reset", PackedByteArray())
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_server.respond_bytes("/music/played?song=0", PackedByteArray())
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_before_window_starts()
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_runner = scene_runner("res://MainWindow.tscn")
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_window = _runner.scene()
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_quiz = _window.get_node("Quiz")
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# The debug build lowers the winning score on startup; keep it out of reach
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Settings.winning_score = 20
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## Override to change the fake server before the window starts and sends its first
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## requests.
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func _before_window_starts() -> void:
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pass
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func after_test() -> void:
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# Let nodes queued for deletion by the window be freed before orphans are counted
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await await_idle_frame()
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_server.uninstall()
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_snapshot.restore()
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## Makes the next song the server hands out the one described by [param info].
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func _next_song_is(info: Dictionary) -> void:
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_server.respond_json("/music/info", info)
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## Presses a button in the quiz.
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func _press(button_path: String) -> void:
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(_quiz.get_node(button_path) as Button).pressed.emit()
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## Presses Next and waits until the first song is playing.
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func _play_first_song() -> void:
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_press("SongControls/NextButton")
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await _runner.simulate_frames(2)
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## Adds a player through the name field, the same way the user does.
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func _add_player(player_name: String) -> PlayerObject:
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var name_field: TextEdit = _quiz.get_node(
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"PlayersPanel/VBoxContainer/AddPlayerContainer/PlayerNameField")
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name_field.text = player_name
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_quiz.players_panel.add_player()
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return Settings.player_array.back() if !Settings.player_array.is_empty() else null
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## Returns the row in the player list that shows [param player_object].
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func _player_row(player_object: PlayerObject) -> Player:
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var rows: Node = _quiz.get_node(
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"PlayersPanel/VBoxContainer/ScrollContainer/PlayersListVBoxContainer")
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for row: Player in rows.get_children():
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if row.player_object == player_object:
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return row
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return null
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## Removes a player with the remove button in its row.
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func _remove_player(player_object: PlayerObject) -> void:
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(_player_row(player_object).get_node("HBoxContainer/RemovePlayer") as BaseButton) \
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.pressed.emit()
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await _runner.simulate_frames(1)
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## Clicks at [param position], given in the window's 1920x1080 layout coordinates.
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func _click_at(position: Vector2) -> void:
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# The runner takes window pixels; the headless test window is much smaller than the
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# layout, so convert like a real mouse position would be
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_runner.set_mouse_position(_window.get_viewport().get_final_transform() * position)
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await _runner.simulate_mouse_button_pressed(MOUSE_BUTTON_LEFT)
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await _runner.await_input_processed()
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## Presses [param keys] together, e.g. [code][KEY_ALT, KEY_1][/code], then releases them.
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func _press_keys(keys: Array[Key]) -> void:
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for key: Key in keys:
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_runner.simulate_key_press(key)
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await _runner.await_input_processed()
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keys.reverse()
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for key: Key in keys:
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_runner.simulate_key_release(key)
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await _runner.await_input_processed()
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## Gives a point with Alt+<number>.
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func _give_point_with_keybind(number: int) -> void:
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await _press_keys([KEY_ALT, (KEY_0 + number) as Key])
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## Takes a point with Ctrl+Alt+<number>.
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func _take_point_with_keybind(number: int) -> void:
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await _press_keys([KEY_CTRL, KEY_ALT, (KEY_0 + number) as Key])
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func _scores() -> Array:
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return Settings.player_array.map(func(p: PlayerObject) -> int: return p.player_score)
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