def test_player_not_thrown_enough_is_fail():
number_of_chances = 1
required_value = 10
test_criteria = GreaterThanCriterion(number_of_chances, required_value)
rolls = [1]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert (test_criteria.criteria_state() == "False")
def test_player_thrown_enough__over_multiple_rolls_is_pass():
number_of_chances = 3
required_value = 4
test_criteria = GreaterThanCriterion(number_of_chances, required_value)
rolls = [1, 2, 5]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert (test_criteria.criteria_state() == "True")
def test_player_thrown_exact_is_pass():
number_of_chances = 1
required_value = 3
test_criteria = ExactMatchCriterion(number_of_chances, required_value)
rolls = [3]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert(test_criteria.criteria_state() == "True")
def test_player_thrown_odd_is_pass_over_multiple_throws():
number_of_chances = 5
required_value = 3
is_odd = True
test_criteria = OddEvenValueCriterion(number_of_chances, required_value,
is_odd)
rolls = [1, 4, 6, 5, 3]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert (test_criteria.criteria_state() == "True")
def test_player_thrown_even_is_pass():
number_of_chances = 1
required_value = 1
is_odd = False
test_criteria = OddEvenValueCriterion(number_of_chances, required_value,
is_odd)
rolls = [2]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert (test_criteria.criteria_state() == "True")
def test_player_thrown_in_bounds_over_multiple_rolls_is_pass():
number_of_chances = 3
required_value = 4
boundary_offset = 1
test_criteria = BoundedMatchCriterion(number_of_chances, required_value,
boundary_offset)
rolls = [1, 2, 5]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert (test_criteria.criteria_state() == "True")
def test_player_not_thrown_in_bounds_is_fail():
number_of_chances = 1
required_value = 4
boundary_offset = 1
test_criteria = BoundedMatchCriterion(number_of_chances, required_value,
boundary_offset)
rolls = [1]
test_game_state = GameState()
test_game_state.set_rolls(rolls)
console_input = ConsoleInput()
test_criteria.execute(test_game_state, console_input)
assert (test_criteria.criteria_state() == "False")
def generate_game_state(number_of_rolls):
player_items = get_player_items()
player_rolls = get_player_rolls(number_of_rolls)
game_state = GameState()
game_state.set_items(player_items)
game_state.set_rolls(player_rolls)
return game_state
logger = logging.getLogger('root')
logger.setLevel(level="INFO")
try:
configuration = get_configuration()
score = 0
console_input = ConsoleInput()
for monster in configuration["monsters"]:
game_monster = Monster(monster)
game_state = generate_game_state(game_monster._required_rolls)
if(game_monster.battle(game_state, console_input)):
score = score + 1
logger.info("You defeated %s monsters", score)
except Exception as exc:
print("Should not fail " + str(exc))
tb = traceback.format_exc()
print(tb)