def json_to_player(cls, json_player):
"""
Converts a JSON Player+ to a PlayerState
:param json_player: a JSON Player+ as specified by the data definition at
http://www.ccs.neu.edu/home/matthias/4500-s16/8.html
:return: a PlayerState object
"""
gdict = globals()
if len(json_player) == PLAYER_LENGTH:
[[gdict[ID], player_id], [gdict[SPECIES], json_los],
[gdict[BAG], food_bag]] = json_player
cards = []
else:
[[gdict[ID], player_id], [gdict[SPECIES], json_los],
[gdict[BAG], food_bag], [gdict[CARDS], cards]] = json_player
player_species = [
cls.json_to_species(json_species) for json_species in json_los
]
player_hand = [cls.json_to_trait(trait_card) for trait_card in cards]
player_obj = PlayerState(name=player_id,
hand=player_hand,
food_bag=food_bag,
species=player_species)
player_obj.validate_attributes()
return player_obj
def json_to_player(cls, json_player):
if len(json_player) == PLAYER_LENGTH:
[[globals()[ID], player_id], [globals()[SPECIES], json_los],
[globals()[BAG], food_bag]] = json_player
cards = []
elif len(json_player) == PLAYER_PLUS_LENGTH:
[[globals()[ID], player_id], [globals()[SPECIES], json_los],
[globals()[BAG], food_bag], [globals()[CARDS],
cards]] = json_player
else:
raise AssertionError
assert (all([
player_id >= MIN_PLAYER_ID, food_bag >= MIN_FOOD_BAG,
isinstance(player_id, int),
isinstance(food_bag, int),
isinstance(json_los, list),
isinstance(cards, list)
]))
player_species = [
cls.json_to_species(json_species) for json_species in json_los
]
if cards:
cards = [cls.json_to_trait(trait_card) for trait_card in cards]
player_obj = PlayerState(name=player_id,
hand=cards,
food_bag=food_bag,
species=player_species)
return player_obj
def json_boards_to_player(cls, jboards):
"""
Convert a JSON Boards to a PlayerState
:param jboards: a JSON Boards as specified in
http://www.ccs.neu.edu/home/matthias/4500-s16/r_remote.html
:return: a PlayerState object
"""
species = [cls.json_to_species(jspecies) for jspecies in jboards]
return PlayerState(species=species)
def state_json_to_player(cls, rp_json):
"""
Converts a remote protocol JSON player state to a PlayerState
:param rp_json: a remote protocol JSON state as specified in
http://www.ccs.neu.edu/home/matthias/4500-s16/r_remote.html
:return: a PlayerState object
"""
[food_bag, json_species, json_hand] = rp_json
assert (isinstance(food_bag, int) and food_bag >= MIN_FOOD_BAG)
species = [cls.json_to_species(jspecies) for jspecies in json_species]
hand = [cls.json_to_trait(jtrait) for jtrait in json_hand]
return PlayerState(food_bag=food_bag, hand=hand, species=species)
def json_to_choice_lop(cls, json_los_list):
"""
Converts a List of List of JSON Species to a List of Player_States
:param json_los_list: the list of JSON LOS as specified by the data definition at
http://www.ccs.neu.edu/home/matthias/4500-s16/12.html
:return: a List of Player_State.
"""
result = []
for json_los in json_los_list:
species_list = []
for json_spec in json_los:
species_list.append(cls.json_to_species(json_spec))
result.append(PlayerState(species=species_list))
return result
def setUp(self):
self.jt_1 = CARNIVORE
self.jt_2 = FATTISSUE
self.jt_3 = BURROWING
self.jt_4 = CLIMBING
self.jSpecies_1 = [[FOOD, 2], [BODY, 2], [POPULATION, 2],
[TRAITS, [self.jt_1]]]
self.jSpecies_2 = [[FOOD, 2], [BODY, 3], [POPULATION, 3],
[TRAITS, [self.jt_2]], [FATFOOD, 0]]
self.jSpecies_3 = [[FOOD, 2], [BODY, 3], [POPULATION, 4],
[TRAITS, [self.jt_3, self.jt_4]]]
self.jSpecies_4 = [[FOOD, 2], [BODY, 2], [POPULATION, 2],
[TRAITS, [self.jt_3, self.jt_4]]]
self.jPlayer_1 = [[ID, 1], [SPECIES, [self.jSpecies_1]], [BAG, 2]]
self.jPlayer_2 = [[ID, 2], [SPECIES, [self.jSpecies_2]], [BAG, 1]]
self.jPlayer_3 = [[ID, 3],
[SPECIES, [self.jSpecies_3, self.jSpecies_4]],
[BAG, 3]]
self.jPlayer_4 = [[ID, 2], [SPECIES, []], [BAG, 1]]
self.json_feeding = [
self.jPlayer_1, 10, [self.jPlayer_2, self.jPlayer_3]
]
self.json_feed_1 = False
self.json_feed_2 = self.jSpecies_3
self.json_feed_3 = [self.jSpecies_2, 3]
self.json_feed_4 = [self.jSpecies_1, self.jPlayer_2, self.jSpecies_2]
self.t_1 = TraitCard(CARNIVORE)
self.t_2 = TraitCard(FATTISSUE)
self.t_3 = TraitCard(BURROWING)
self.t_4 = TraitCard(CLIMBING)
self.species_1 = Species(2, 2, 2, [self.t_1])
self.species_2 = Species(3, 2, 3, [self.t_2], 0)
self.species_3 = Species(4, 2, 3, [self.t_3, self.t_4])
self.species_4 = Species(2, 2, 2, [self.t_3, self.t_4])
self.player_1 = PlayerState(name=1,
food_bag=2,
species=[self.species_1])
self.player_2 = PlayerState(name=2,
food_bag=1,
species=[self.species_2])
self.player_3 = PlayerState(name=3,
food_bag=3,
species=[self.species_3, self.species_4])
self.player_4 = PlayerState(name=2, food_bag=1, species=[])
self.feeding = [self.player_1, 10, [self.player_2, self.player_3]]
self.feed_1 = False
self.feed_2 = self.species_3
self.feed_3 = [self.species_2, 3]
self.feed_4 = [self.species_1, self.player_2, self.species_2]
self.jSpecies_card1 = [2, WARNINGCALL]
self.jSpecies_card2 = [5, CARNIVORE]
self.jSpecies_card3 = [-3, BURROWING]
self.jSpecies_card4 = [3, AMBUSH]
self.jSpecies_card5 = [0, SCAVENGER]
self.species_card1 = TraitCard(WARNINGCALL, 2)
self.species_card2 = TraitCard(CARNIVORE, 5)
self.species_card3 = TraitCard(BURROWING, -3)
self.species_card4 = TraitCard(AMBUSH, 3)
self.species_card5 = TraitCard(SCAVENGER, 0)
self.jList_of_players = [
self.jPlayer_1, self.jPlayer_4, self.jPlayer_3
]
self.jDeck = [
self.jSpecies_card1, self.jSpecies_card2, self.jSpecies_card3,
self.jSpecies_card4, self.jSpecies_card5
]
self.jDealer = [self.jList_of_players, 12, self.jDeck]
self.list_of_players = [self.player_1, self.player_4, self.player_3]
self.deck = [
self.species_card1, self.species_card2, self.species_card3,
self.species_card4, self.species_card5
]
self.dealer1 = Dealer(self.list_of_players, 12, self.deck)