Sansan
056ead47be
Winning turned statistics off and nothing turned them back on, while the Settings checkbox still showed them as on. Resetting points now turns them back on if the win turned them off, and the checkbox shows the current state when Settings is opened. A winning score of 1 could never be won and with 2 the first point was not announced as match point, because the first-point check ran first. The winning score also could not be kept from going below 1.
139 lines
3.5 KiB
GDScript
139 lines
3.5 KiB
GDScript
extends GdUnitTestSuite
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var _winning_score: int
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var _player: PlayerObject
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func before_test() -> void:
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_winning_score = Settings.winning_score
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Settings.winning_score = 3
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_player = PlayerObject.new("Crono")
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func after_test() -> void:
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Settings.winning_score = _winning_score
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func test_first_point_triggers_first_point_signal() -> void:
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monitor_signals(_player, false)
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_player.add_point()
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assert_int(_player.player_score).is_equal(1)
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await assert_signal(_player).is_emitted("first_point_triggerd")
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await assert_signal(_player).is_emitted("player_point_given")
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func test_one_point_from_winning_triggers_match_point() -> void:
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_player.add_point()
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monitor_signals(_player, false)
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_player.add_point()
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await assert_signal(_player).is_emitted("match_point_triggerd")
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func test_reaching_winning_score_triggers_winner() -> void:
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_player.add_point()
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_player.add_point()
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monitor_signals(_player, false)
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_player.add_point()
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assert_int(_player.player_score).is_equal(3)
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await assert_signal(_player).is_emitted("winner_triggerd")
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func test_score_does_not_go_past_winning_score() -> void:
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for i: int in 3:
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_player.add_point()
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monitor_signals(_player, false)
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_player.add_point()
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assert_int(_player.player_score).is_equal(3)
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await assert_signal(_player).wait_until(50).is_not_emitted("player_point_given")
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func test_ordinary_point_plays_point_sound() -> void:
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Settings.winning_score = 10
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_player.add_point()
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monitor_signals(_player, false)
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_player.add_point()
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await assert_signal(_player).is_emitted("point_given_sound")
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func test_minus_point_lowers_score() -> void:
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_player.add_point()
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monitor_signals(_player, false)
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_player.minus_point()
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assert_int(_player.player_score).is_equal(0)
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await assert_signal(_player).is_emitted("player_point_taken")
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func test_score_does_not_go_below_zero() -> void:
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monitor_signals(_player, false)
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_player.minus_point()
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assert_int(_player.player_score).is_equal(0)
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await assert_signal(_player).wait_until(50).is_not_emitted("player_point_taken")
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func test_dropping_back_to_zero_allows_first_point_again() -> void:
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_player.add_point()
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_player.minus_point()
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monitor_signals(_player, false)
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_player.add_point()
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await assert_signal(_player).is_emitted("first_point_triggerd")
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func test_reset_points() -> void:
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_player.add_point()
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_player.add_point()
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_player.reset_points()
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assert_int(_player.player_score).is_equal(0)
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assert_bool(_player.is_first_point).is_true()
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func test_id_is_a_uuid() -> void:
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var uuid_pattern: RegEx = RegEx.create_from_string(
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"^[0-9a-f]{8}-[0-9a-f]{4}-4[0-9a-f]{3}-[89ab][0-9a-f]{3}-[0-9a-f]{12}$")
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assert_object(uuid_pattern.search(_player.id)).is_not_null()
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func test_every_player_gets_a_different_id() -> void:
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var ids: Dictionary = {}
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for i: int in 100:
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ids[PlayerObject.new("Player %d" % i).id] = true
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assert_int(ids.size()).is_equal(100)
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func test_winning_score_of_one_is_won_with_first_point() -> void:
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Settings.winning_score = 1
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monitor_signals(_player, false)
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_player.add_point()
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await assert_signal(_player).is_emitted("winner_triggerd")
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func test_first_point_is_match_point_when_winning_score_is_two() -> void:
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Settings.winning_score = 2
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monitor_signals(_player, false)
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_player.add_point()
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await assert_signal(_player).is_emitted("match_point_triggerd")
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assert_bool(_player.is_first_point).is_false()
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