## Tests for Character System v2 — animation state, outfit layers, hand slots.
extends GutTest

var _char: Character


func before_each() -> void:
	_char = preload("res://scenes/characters/Character.tscn").instantiate() as Character
	add_child_autofree(_char)
	var cd: CharacterData = CharacterData.new()
	_char.data = cd


func test_animated_sprite_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("AnimatedSprite2D"))


func test_outfit_layer_1_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("OutfitLayer1"))


func test_outfit_layer_2_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("OutfitLayer2"))


func test_outfit_layer_3_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("OutfitLayer3"))


func test_hand_left_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("HandLeft"))


func test_hand_right_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("HandRight"))


func test_snap_receiver_node_exists() -> void:
	assert_not_null(_char.get_node_or_null("SnapReceiver"))


func test_character_data_outfit_has_three_empty_slots() -> void:
	assert_eq(_char.data.outfit.size(), 3)
	assert_eq(_char.data.outfit[0], "")
	assert_eq(_char.data.outfit[1], "")
	assert_eq(_char.data.outfit[2], "")


func test_default_animation_state_is_idle() -> void:
	assert_eq(_char.get_animation_state(), "idle")


func test_set_animation_state_sitting() -> void:
	_char.set_animation_state("sitting")
	assert_eq(_char.get_animation_state(), "sitting")


func test_set_animation_state_lying() -> void:
	_char.set_animation_state("lying")
	assert_eq(_char.get_animation_state(), "lying")


func test_set_animation_state_held() -> void:
	_char.set_animation_state("held")
	assert_eq(_char.get_animation_state(), "held")


func test_set_animation_state_happy() -> void:
	_char.set_animation_state("happy")
	assert_eq(_char.get_animation_state(), "happy")


func test_set_animation_state_sleeping() -> void:
	_char.set_animation_state("sleeping")
	assert_eq(_char.get_animation_state(), "sleeping")