class TestPlayerState(unittest.TestCase):
@classmethod
def setUpClass(cls):
test_utils.setup()
def setUp(self):
species_0 = Species(population=1,
food=3,
body=4,
traits=["carnivore"])
species_1 = Species(population=1,
food=1,
body=1,
traits=["burrowing"])
species_2 = Species(population=1,
food=0,
body=1,
traits=["fat-tissue"])
species = [species_0, species_1, species_2]
hand = [TraitCard("long-neck", food_points=2),
TraitCard("climbing", food_points=-2),
TraitCard("scavenger", food_points=4)]
self.player = PlayerState(Player, hand=hand, species=species)
def test_create_new_boards_one(self):
board_addition = BoardAddition(0, traits=[1, 2])
before = copy.deepcopy(self.player)
self.player.create_new_boards([board_addition])
self.player.remove_used_cards()
changes = {
"species": {3: {
"population": 1,
"food": 0,
"body": 0,
"fat_storage": 0,
"traits": ["climbing", "scavenger"]}},
"hand": []}
self.check_player(before, self.player, changes)
def test_create_new_boards_many(self):
board_addition_0 = BoardAddition(0)
board_addition_1 = BoardAddition(1)
board_addition_2 = BoardAddition(2)
before = copy.deepcopy(self.player)
self.player.create_new_boards([board_addition_0,
board_addition_1,
board_addition_2])
self.player.remove_used_cards()
new_species = {
"population": 1,
"food": 0,
"body": 0,
"fat_storage": 0,
"traits": []
}
changes = {
"species": {
3: new_species,
4: new_species,
5: new_species,
},
"hand": []
}
self.check_player(before, self.player, changes)
# TODO: Species don't need whole trait cards, just their traits.
def test_replace_traits_one(self):
replacements = [ReplaceTrait(0, 0, 0)]
before = copy.deepcopy(self.player)
self.player.replace_traits(replacements)
self.player.remove_used_cards()
changes = {
"species":
{0: {"traits": ["long-neck"]}},
"hand":
[TraitCard("climbing", food_points=-2),
TraitCard("scavenger", food_points=4)]
}
self.check_player(before, self.player, changes)
def test_replace_traits_many(self):
replacements = [ReplaceTrait(0, 0, 0),
ReplaceTrait(2, 0, 1),
ReplaceTrait(1, 0, 2)]
before = copy.deepcopy(self.player)
self.player.replace_traits(replacements)
self.player.remove_used_cards()
changes = {
"species":
{0: {"traits": ["long-neck"]},
2: {"traits": ["climbing"]},
1: {"traits": ["scavenger"]}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_populations_one(self):
pop_grows = [PopGrow(1, 1)]
before = copy.deepcopy(self.player)
self.player.increase_populations(pop_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"population": 2}},
"hand":
[TraitCard("long-neck", food_points=2),
TraitCard("scavenger", food_points=4)]
}
self.check_player(before, self.player, changes)
def test_increase_populations_many_same_species(self):
pop_grows = [PopGrow(1, 1), PopGrow(1, 0), PopGrow(1, 2)]
before = copy.deepcopy(self.player)
self.player.increase_populations(pop_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"population": 4}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_populations_many_different_species(self):
pop_grows = [PopGrow(1, 1), PopGrow(0, 0), PopGrow(2, 2)]
before = copy.deepcopy(self.player)
self.player.increase_populations(pop_grows)
self.player.remove_used_cards()
changes = {
"species":
{0: {"population": 2},
1: {"population": 2},
2: {"population": 2}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_body_sizes_one(self):
body_grows = [BodyGrow(1, 1)]
before = copy.deepcopy(self.player)
self.player.increase_body_sizes(body_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"body": 2}},
"hand":
[TraitCard("long-neck", food_points=2),
TraitCard("scavenger", food_points=4)]
}
self.check_player(before, self.player, changes)
def test_increase_body_sizes_many_same_species(self):
body_grows = [BodyGrow(1, 1), BodyGrow(1, 0), BodyGrow(1, 2)]
before = copy.deepcopy(self.player)
self.player.increase_body_sizes(body_grows)
self.player.remove_used_cards()
changes = {
"species": {1: {"body": 4}},
"hand": []
}
self.check_player(before, self.player, changes)
def test_increase_body_sizes_many_different_species(self):
body_grows = [BodyGrow(1, 1), BodyGrow(0, 0), BodyGrow(2, 2)]
before = copy.deepcopy(self.player)
self.player.increase_body_sizes(body_grows)
self.player.remove_used_cards()
changes = {
"species":
{0: {"body": 5},
1: {"body": 2},
2: {"body": 2}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_can_feed(self):
self.assertTrue(self.player.can_feed([self.player]))
self.player.species[0].traits = ["carnivore"]
self.player.species[1].traits = ["carnivore"]
self.player.species[2].traits = ["carnivore"]
self.assertFalse(self.player.can_feed([]))
def test_are_actions_in_range_valid(self):
good_action_gp_gb = Action(2, [PopGrow(0, 1)], [BodyGrow(1, 0)], [], [])
good_action_board = Action(2, [], [], [BoardAddition(0, [1])], [])
good_action_ba_rt = Action(2, [], [], [BoardAddition(0, [])], [ReplaceTrait(0, 0, 1)])
self.assertTrue(self.player.are_actions_in_range(good_action_gp_gb))
self.assertTrue(self.player.are_actions_in_range(good_action_board))
self.assertTrue(self.player.are_actions_in_range(good_action_ba_rt))
def test_are_actions_in_range_invalid(self):
good_action_gp_gb = Action(3, [PopGrow(0, 1)], [BodyGrow(1, 0)], [], [])
good_action_board = Action(2, [], [], [BoardAddition(0, [3])], [])
good_action_ba_rt = Action(2, [], [], [BoardAddition(0, [])], [ReplaceTrait(0, 0, 3)])
self.assertFalse(self.player.are_actions_in_range(good_action_gp_gb))
self.assertFalse(self.player.are_actions_in_range(good_action_board))
self.assertFalse(self.player.are_actions_in_range(good_action_ba_rt))
def test_validate_pop_grows(self):
good_action = Action(3, [PopGrow(0, 1), PopGrow(0, 0)], [], [], [])
self.assertTrue(self.player.validate_pop_grows(good_action))
self.player.species[0].population = MAX_POPULATION
bad_action = Action(3, [PopGrow(0, 1)], [], [], [])
self.assertFalse(self.player.validate_pop_grows(bad_action))
self.player.species[0].population = MAX_POPULATION - 1
bad_action = Action(3, [PopGrow(0, 1), PopGrow(0, 0)], [], [], [])
self.assertFalse(self.player.validate_pop_grows(bad_action))
def test_validate_body_grows(self):
good_action = Action(3, [], [BodyGrow(0, 1), BodyGrow(0, 0)], [], [])
self.assertTrue(self.player.validate_body_grows(good_action))
self.player.species[0].body = MAX_BODY_SIZE
bad_action = Action(3, [], [BodyGrow(0, 1)], [], [])
self.assertFalse(self.player.validate_body_grows(bad_action))
self.player.species[0].body = MAX_BODY_SIZE - 1
bad_action = Action(3, [], [BodyGrow(0, 1), BodyGrow(0, 0)], [], [])
self.assertFalse(self.player.validate_body_grows(bad_action))
def test_validate_board_additions(self):
good_action = Action(3, [], [], [BoardAddition(0, [1])], [])
self.assertTrue(self.player.validate_board_additions(good_action))
self.player.hand.append(TraitCard("long-neck"))
bad_action = Action(3, [], [], [BoardAddition(0, [0, 3])], [])
self.assertFalse(self.player.validate_board_additions(bad_action))
def test_validate_trait_replacements(self):
good_action = Action(3, [], [], [], [ReplaceTrait(0, 0, 1)])
self.assertTrue(self.player.validate_trait_replacements(good_action))
bad_action = Action(3, [], [], [], [ReplaceTrait(0, 1, 1)])
self.assertFalse(self.player.validate_trait_replacements(bad_action))
self.player.species[0].traits.append("long-neck")
bad_action = Action(3, [], [], [], [ReplaceTrait(0, 0, 0)])
self.assertFalse(self.player.validate_trait_replacements(bad_action))
class TestPlayerState(unittest.TestCase):
@classmethod
def setUpClass(cls):
test_utils.setup()
def setUp(self):
species_0 = Species(population=1,
food=3,
body=4,
traits=[TraitCard("carnivore")])
species_1 = Species(population=1,
food=1,
body=1,
traits=[TraitCard("burrowing")])
species_2 = Species(population=1,
food=0,
body=1,
traits=[TraitCard("fat-tissue")])
species = [species_0, species_1, species_2]
hand = [TraitCard("long-neck", food_points=2),
TraitCard("climbing", food_points=-2),
TraitCard("scavenger", food_points=4)]
self.player = PlayerState(hand=hand, species=species)
def test_create_new_boards_one(self):
board_addition = BoardAddition(0, traits=[1, 2])
before = copy.deepcopy(self.player)
self.player.create_new_boards([board_addition])
self.player.remove_used_cards()
changes = {"species":{ 3: {
"population": 1,
"food": 0,
"body": 0,
"fat_storage": 0,
"traits": [TraitCard("climbing", food_points=-2),
TraitCard("scavenger", food_points=4)]}},
"hand": []}
self.check_player(before, self.player, changes)
def test_create_new_boards_many(self):
board_addition_0 = BoardAddition(0)
board_addition_1 = BoardAddition(1)
board_addition_2 = BoardAddition(2)
before = copy.deepcopy(self.player)
self.player.create_new_boards([board_addition_0,
board_addition_1,
board_addition_2])
self.player.remove_used_cards()
new_species = {
"population": 1,
"food": 0,
"body": 0,
"fat_storage": 0,
"traits": []
}
changes = {
"species":{
3: new_species,
4: new_species,
5: new_species,
},
"hand": []
}
self.check_player(before, self.player, changes)
# TODO: Species don't need whole trait cards, just their traits.
def test_replace_traits_one(self):
replacements = [ReplaceTrait(0, 0, 0)]
before = copy.deepcopy(self.player)
self.player.replace_traits(replacements)
self.player.remove_used_cards()
changes = {
"species":
{0: {"traits": [TraitCard("long-neck", food_points=2)]}},
"hand":
[TraitCard("climbing", food_points=-2),
TraitCard("scavenger", food_points=4)]
}
self.check_player(before, self.player, changes)
def test_replace_traits_many(self):
replacements = [ReplaceTrait(0, 0, 0),
ReplaceTrait(2, 0, 1),
ReplaceTrait(1, 0, 2)]
before = copy.deepcopy(self.player)
self.player.replace_traits(replacements)
self.player.remove_used_cards()
changes = {
"species":
{0: {"traits": [TraitCard("long-neck", food_points=2)]},
2: {"traits": [TraitCard("climbing", food_points=-2)]},
1: {"traits": [TraitCard("scavenger", food_points=4)]}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_populations_one(self):
pop_grows = [PopGrow(1, 1)]
before = copy.deepcopy(self.player)
self.player.increase_populations(pop_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"population": 2}},
"hand":
[TraitCard("long-neck", food_points=2),
TraitCard("scavenger", food_points=4)]
}
self.check_player(before, self.player, changes)
def test_increase_populations_many_same_species(self):
pop_grows = [PopGrow(1, 1),PopGrow(1, 0),PopGrow(1, 2),]
before = copy.deepcopy(self.player)
self.player.increase_populations(pop_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"population": 4}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_populations_many_different_species(self):
pop_grows = [PopGrow(1, 1),PopGrow(0, 0),PopGrow(2, 2),]
before = copy.deepcopy(self.player)
self.player.increase_populations(pop_grows)
self.player.remove_used_cards()
changes = {
"species":
{0: {"population": 2},
1: {"population": 2},
2: {"population": 2}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_body_sizes_one(self):
body_grows = [BodyGrow(1, 1)]
before = copy.deepcopy(self.player)
self.player.increase_body_sizes(body_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"body": 2}},
"hand":
[TraitCard("long-neck", food_points=2),
TraitCard("scavenger", food_points=4)]
}
self.check_player(before, self.player, changes)
def test_increase_body_sizes_many_same_species(self):
body_grows = [BodyGrow(1, 1),BodyGrow(1, 0),BodyGrow(1, 2),]
before = copy.deepcopy(self.player)
self.player.increase_body_sizes(body_grows)
self.player.remove_used_cards()
changes = {
"species":
{1: {"body": 4}},
"hand":
[]
}
self.check_player(before, self.player, changes)
def test_increase_body_sizes_many_different_species(self):
body_grows = [BodyGrow(1, 1),BodyGrow(0, 0),BodyGrow(2, 2),]
before = copy.deepcopy(self.player)
self.player.increase_body_sizes(body_grows)
self.player.remove_used_cards()
changes = {
"species":
{0: {"body": 5},
1: {"body": 2},
2: {"body": 2}},
"hand":
[]
}
self.check_player(before, self.player, changes)