def __init__(self):
Race.__init__(self)
self.intelligence = 1
self.charisma = 2
self.languages = ['Common', 'Infernal']
self.features = ['Darkvision', 'Hellish Resistance', 'Infernal Legacy']
self.cantrips = ['Thaumaturgy']
def main():
"""The main entry point for the turtle game"""
race_meet = RaceMeet()
print("Race name: {}".format(race_meet.name))
print("Race length: {} metres".format(race_meet.length))
print("Number of competitors: {}\n".format(
race_meet.number_of_competitors))
competitors = generate_competitor_list(race_meet.number_of_competitors)
race = Race()
competitor_times = {}
for i in range(0, len(competitors)):
try:
total_time_for_competitor = (race.get_total_time_for_turtle(
competitors[i].speed, competitors[i].stamina,
race_meet.length))
except TurtleHasNoEnergyError:
print(("Competitor {}: {} didn't have the energy to complete the "
"race...").format(i + 1, competitors[i].name))
continue
competitor_times[competitors[i].name] = total_time_for_competitor
print(("Competitor {}: "
"{} ran the race in {} seconds").format(
i + 1, competitors[i].name, total_time_for_competitor))
class Character:
''' This class should hold information about each character made using the generator '''
def __init__(self, name_in):
self.name = name_in
self.stats = {
"str": 0,
"dex": 0,
"con": 0,
"wis": 0,
"int": 0,
"cha": 0
}
self.species = Race()
print("Creating character: ", self.name)
def roll_stats(self):
'''Function to generate random stats'''
keys = list(self.stats)
for i in range(6):
# Roll 4d6, drop the lowest
dice = []
for j in range(4):
dice.append(random.randint(1, 6))
dice.remove(min(dice))
self.stats[keys[i]] = sum(dice)
print("Random Stats = ", self.stats)
def generate(self):
''' Function to generate a full character '''
self.roll_stats()
self.species.generate()
def start(self, champ_name, champ_races):
championship = Championship(champ_name, int(champ_races))
race = Race(self.__drivers(), round(random.uniform(1.00, 1.60), 2))
print(championship)
print(race)
print(championship.start(race.start_race()))
self.__store_results(championship.total)
def __init__(self):
with open("conf/filepaths.yaml") as filepath_config:
self.conf = yaml.safe_load(filepath_config)
self.sheet_stuff = utils.load_json(self.conf["CHARACTER_STATS_PATH"])
self.all_items = utils.load_json(self.conf["ITEM_PATH"])
self.clss = PlayerClass(
self.sheet_stuff["saving_throws"],
utils.load_json(self.conf["ITEM_PATH"]),
*utils.select_random_from_json(self.conf["PLAYER_CLASS_PATH"]),
)
self.stats = sheet_maths.generate_stats()
self.race = Race(
*utils.select_random_from_json(self.conf["RACES_PATH"]))
self.finalise_stats()
self.mods = sheet_maths.generate_mods(self.stats)
self.saves = sheet_maths.generate_saves(self.mods, self.clss.saves,
self.clss.proficiency_bonus)
self.weapons = self.finalise_weapons()
self.bg = Background(
*utils.select_random_from_json(self.conf["BACKGROUND_PATH"]))
self.final_languages = self.select_languages()
self.final_profs = self.select_profs()
self.final_skills = self.select_skills()
self.ac = self.finalise_ac()
if "Perception" in self.final_skills:
self.pp = self.mods["WISmod"] + self.clss.proficiency_bonus + 10
else:
self.pp = self.mods["WISmod"] + 10
def begin_new_race(self):
self.cancelling_racers = []
self.before_races = False
self.race = Race(self, RaceRoom.get_new_raceinfo())
yield from self.race.initialize()
self.recorded_race = False
for racer in self.match.racers:
racer_as_member = self._cm.necrobot.find_member_with_id(racer.discord_id)
if racer_as_member:
yield from self.race.enter_racer(racer_as_member)
else:
yield from self.write('Error: Couldn\'t find the racer {0}. Please contact CoNDOR Staff (`.staff`).'.format(racer.escaped_twitch_name))
yield from self.update_leaderboard()
race_number = int(self._cm.condordb.number_of_finished_races(self.match) + 1)
race_str = '{}th'.format(race_number)
if race_number == int(1):
race_str = 'first'
elif race_number == int(2):
race_str = 'second'
elif race_number == int(3):
race_str = 'third'
yield from self.write('Please input the seed ({1}) and type `.ready` when you are ready for the {0} race. '\
'When both racers `.ready`, the race will begin.'.format(race_str, self.race.race_info.seed))
def __init__(self, name):
self.name = name
self.class_name = self.chooseClass()
self.race = Race()
self.rolls = []
self.scores = {
'Strength': 0,
'Dexterity': 0,
'Constitution': 0,
'Intelligence': 0,
'Wisdom': 0,
'Charisma': 0,
}
self.rollStats()
self.assignScores()
self.modifiers = {
'Strength': 0,
'Dexterity': 0,
'Constitution': 0,
'Intelligence': 0,
'Wisdom': 0,
'Charisma': 0,
}
self.getMods()
self.printStats()
def __init__(self, ancestry):
Race.__init__(self)
self.strength = 2
self.charisma = 1
self.languages = ['Common', 'Draconic']
self.features = [
'Draconic Ancestry: ' + ancestry, 'Breath Weapon',
'Damage Resistance(' + ancestry + ')'
]
def __init__(self):
Race.__init__(self)
self.strength = 2
self.constitution = 1
self.languages = ['Common', 'Orc']
self.features = [
'Darkvision', 'Relentless Endurance', 'Savage Attacks'
]
self.proficiencies = ['Intimidation']
def __init__(self, language):
Race.__init__(self)
self.strength = 1
self.dexterity = 1
self.constitution = 1
self.intelligence = 1
self.wisdom = 1
self.charisma = 1
self.languages = ['Common', language]
def testRaceStartingNow(self):
# create a race
race = Race(name='Brass Monkey Race 2 Large Handicap')
# set it's start time to be in three minutes
race.startTime = datetime.datetime.now() + datetime.timedelta(seconds = START_SECONDS-1)
# check that it's running but not started
self.assertTrue(race.isRunning())
self.assertFalse(race.isStarted())
# check its status
self.assertEqual(race.status(),"Starting")
def __init__(self, subrace):
Race.__init__(self)
self.intelligence = 2
self.speed = 25
self.languages = ['Common', 'Gnomish']
self.features = ['Darkvision', 'Gnome Cunning']
self.subrace = subrace
if self.subrace == 'Forest Gnome':
self._forest_gnome()
if self.subrace == 'Rock Gnome':
self._rock_gnome()
def test_TheOneWhoDNFsStandsLower(self):
participant1 = 7
participant2 = 9
sut = Race(laps=3, bibs=[participant1, participant2])
sut.start('12:00:00')
sut.split(participant2, '12:10:00')
sut.split(participant1, '12:12:00')
sut.split(participant2, '12:15:00')
sut.dnf(participant2)
standings = [result.bib for result in sut.results]
self.assertSequenceEqual([participant1, participant2], standings)
def test_DoesNotAcceptDnfIfBibHasAlreadyFinished(self):
some_participant = 7
sut = Race(laps=3, bibs=[some_participant])
sut.start('12:00:00')
sut.split(some_participant, '12:10:10')
sut.split(some_participant, '12:15:20')
sut.split(some_participant, '12:20:00')
with self.assertRaises(BibHasAlreadyFinished):
sut.dnf(some_participant)
def setUp(self):
self.driver1 = Driver('Ivo', Car('Opel', 'Astra', 240))
self.driver2 = Driver('Rado', Car('Peugeot', '107', 180))
self.driver3 = Driver('Slavqna', Car('Opel', 'Meriva', 300))
self.driver4 = Driver('Pavlin', Car('AUDI', 'R8', 380))
self.driver5 = Driver('Roni', Car('Golf', '5', 200))
self.driver6 = Driver('Ceco', Car('AUDI', 'Q5', 310))
self.race = Race([
self.driver1, self.driver2, self.driver3, self.driver4,
self.driver5, self.driver6
], 0.2)
def __init__(self, r, headings, filename):
super().__init__(r, len(headings))
self.onFocusGainedText = ""
self.headings = headings
self.setColumnWidth(0, 70)
self.setColumnWidth(1, 200)
self.setColumnWidth(2, 200)
self.setColumnWidth(3, 200)
self.setColumnWidth(4, 70)
self.setColumnWidth(5, 70)
self.setColumnWidth(6, 70)
self.setHorizontalHeaderLabels(headings)
self.check_change = True
self.cellChanged.connect(self.c_current)
QEsFile = r"2020_Feb_QE.txt"
handicapsFile = r"2020.csv"
self.filename = filename
handicaps = []
self.PYdict = {}
self.dinghyLst = []
self.cols = dict()
for h in headings:
self.cols[h] = []
for line in open(handicapsFile, "r").readlines():
tokens = line.split(",")
if tokens[0] != "" and len(tokens) > 3:
self.dinghyLst.append(tokens[0])
handicaps.append(tokens[0] + "," + tokens[1] + "," + tokens[2])
self.PYdict[tokens[0]] = int(tokens[1])
QEs = []
for line in open(QEsFile, "r").readlines():
QEs.append(QE(line, self.PYdict))
self.race = Race([], QEs)
self.race.handicaps = handicaps
self.completerLsts = {"QE": [], "Class": [], "Code": []}
for qe in QEs:
self.completerLsts["QE"].append(qe.QE)
for c in self.PYdict.keys():
self.completerLsts["Class"].append(c)
self.completerLsts["Code"] = ["DNF", "OCS", "DNC"]
self.completers = dict()
for k in self.completerLsts.keys():
self.completers[k] = QCompleter(self.completerLsts[k])
self.completers[k].setCaseSensitivity(QtCore.Qt.CaseInsensitive)
people = set()
for Q in QEs:
people.add(Q.helm)
people.add(Q.crew)
self.peopleLst = list(people)
self.show()
def __init__(self, subrace):
Race.__init__(self)
self.dexterity = 2
self.speed = 25
self.languages = ['Common', 'Halfling']
self.features = ['Lucky', 'Brave', 'Halfling Nimbleness']
self.subrace = subrace
if self.subrace is 'Lightfoot Halfling':
self._lightfoot()
if self.subrace is 'Stout Halfling':
self._stout()
def __init__(self, hardware, *args, **kwargs):
self.lock = threading.Lock()
self.on_update = None
self.hardware = hardware
Race.__init__(self, [1, 1])
threading.Thread.__init__(self)
self._stop = False
self.start()
def testDeltaToStartTime(self):
# create a race
race = Race(name='Brass Monkey Race 2 Large Handicap')
# set it's start time to be in ten minutes
race.startTime = datetime.datetime.now() + datetime.timedelta(minutes = -10)
# test that the delta is ten minutes
# note this may fail if the clock moves on during execution
self.assertEqual(race.deltaToStartTime(), datetime.datetime.now() - race.startTime)
def test_LappedRiderRidesLess(self):
leader = 7
lapped = 9
sut = Race(laps=3, bibs=[leader, lapped])
sut.start('12:00:00')
sut.split(leader, '12:05:00')
sut.split(leader, '12:10:00')
sut.split(lapped, '12:10:00')
sut.split(leader, '12:15:00')
sut.split(lapped, '12:20:00')
lapped_state = sut.results[1].state
self.assertEqual(ParticipantState.FINISHED, lapped_state)
def __init__(self, name_in):
self.name = name_in
self.stats = {
"str": 0,
"dex": 0,
"con": 0,
"wis": 0,
"int": 0,
"cha": 0
}
self.species = Race()
print("Creating character: ", self.name)
def test_DoesNotAcceptSplitIfBibHasAlreadyFinished(self):
some_participant = 7
sut = Race(laps=3, bibs=[some_participant])
sut.start('12:00:00')
sut.split(some_participant, '12:10:10')
sut.split(some_participant, '12:15:20')
sut.split(some_participant, '12:20:00')
with self.assertRaises(BibHasAlreadyFinished):
excessive_split = '12:25:00'
sut.split(some_participant, excessive_split)
async def open(self, ctx, start_time_str):
"""
usage: !kiite open TIMESTRING
TIMESTRING: A string indicates a start time of the race.
The string must be following the format "hh:mm" or "yyyy/mm/dd hh:mm".
"""
start_time = self.__parse_timestamp(start_time_str)
race = Race(ctx.message.id, ctx.channel.id, start_time)
self.races[race.hash()] = race
await ctx.channel.send(race.template())
def __init__(self, subrace, cantrip=None, language=None):
Race.__init__(self)
self.dexterity = 2
self.languages = ['Common', 'Elvish']
self.features = ['Darkvision', 'Fey Ancestry', 'Trance']
self.subrace = subrace
self.proficiencies = ['Perception']
if self.subrace == 'High Elf':
self._high_elf(cantrip, language)
if self.subrace == 'Wood Elf':
self._wood_elf()
if self.subrace == 'Dark Elf (Drow)':
self._dark_elf()
def __init__(self, player):
self.races = {}
self.races["Elders"] = Race("Elders", None, "E",
colorama.Fore.LIGHTWHITE_EX)
self.races["Humans"] = Race("Human", None, "H", colorama.Fore.WHITE)
self.races["Rindhalu"] = Race("Rindhalu", None, "R",
colorama.Fore.GREEN)
self.races["Jeraptha"] = Race("Jeraptha", self.races["Rindhalu"], "J",
colorama.Fore.BLUE)
self.races["Ruhar"] = Race("Ruhar", self.races["Jeraptha"], "R",
colorama.Fore.LIGHTCYAN_EX)
self.races["Maxolhx"] = Race("Maxolhx", None, "M",
colorama.Fore.LIGHTMAGENTA_EX)
self.races["Thuranin"] = Race("Thuranin", self.races["Maxolhx"], "T",
colorama.Fore.MAGENTA)
self.races["Kristang"] = Race("Kristang", self.races["Thuranin"], "K",
colorama.Fore.YELLOW)
self.races["Bosphuraq"] = Race("Bosphuraq", self.races["Maxolhx"], "B",
colorama.Fore.RED)
self.races["Wurgalan"] = Race("Wurgalan", self.races["Bosphuraq"], "W",
colorama.Fore.LIGHTYELLOW_EX)
self.news = {}
self.news["global"] = []
self._star_names = StarNamesStack()
self.stars = []
for n in range(len(self._star_names.names)):
star = Star(random.randrange(config.world_width),
random.randrange(config.world_height),
self._star_names.pop(), self.get_random_owner_race())
self.stars.append(star)
self.news[star.name] = []
self._scatter_stars()
self._scatter_stars()
sol = Sol(self, player.world_x, player.world_y)
self.stars.append(sol)
player.star = sol
for b in sol.bodies:
if b.name == 'Planet Earth (Medium Terran)':
player.system_x = b.body_x
player.system_y = b.body_y
player.body = b
break
self.fleets = []
self.spawn_fleets()
self.spawn_investigator_fleet()
def testDeltaToStartTimeException(self):
# create a race
race = Race(name='Brass Monkey Race 2 Large Handicap')
# check that we get an exception if we ask for a start time
try:
delta = race.deltaToStartTime()
except RaceException:
pass
except:
e = sys.exc_info()[0]
self.fail('Unexpected exception thrown:',e)
else:
self.fail('RaceException not thrown')
def __init__(self, subrace, tool):
Race.__init__(self)
self.constitution = 2
self.speed = 25
self.languages = ['Common', 'Dwarvish']
self.features = ['Darkvision', 'Dwarven Resillience', 'Stone Cunning']
self.other = [
'Battleaxe', 'Handaxe', 'Throwing Hammer', 'Warhammer', tool
]
self.subrace = subrace
if self.subrace == 'Hill Dwarf':
self._hill_dwarf()
if self.subrace == 'Mountain Dwarf':
self._mountain_dwarf()
def __init__(self, name):
super().__init__(name)
self.name = name
self.race = Race()
self.scores = {
'Strength': 0,
'Dexterity': 0,
'Constitution': 0,
'Intelligence': 0,
'Wisdom': 0,
'Charisma': 0,
}
self.scores['Strength'] = self.getRoll()
self.scores['Dexterity'] = self.getRoll()
self.scores['Constitution'] = self.getRoll()
self.scores['Intelligence'] = self.getRoll()
self.scores['Wisdom'] = self.getRoll()
self.scores['Charisma'] = self.getRoll()
self.getClass()
self.modifiers = {
'Strength': 0,
'Dexterity': 0,
'Constitution': 0,
'Intelligence': 0,
'Wisdom': 0,
'Charisma': 0,
}
self.getMods()
def get_race(self, key):
with dbapi2.connect(self.app.config['dsn']) as connection:
cursor = connection.cursor()
query = "SELECT TITLE, RACE_TYPE, FOUNDERID, PARTICIPANT_COUNT, TIME, CYCROUTEID FROM RACE WHERE (ID = %s)"
cursor.execute(query, (key,))
title, race_type, founder, participant_count, time, place = cursor.fetchone()
return Race(title, race_type, founder, participant_count, time, place)
def begin_new_race(self):
self.cancelling_racers = []
self.before_races = False
self.race = Race(self, RaceRoom.get_new_raceinfo(), self._cm.condordb)
yield from self.race.initialize()
self.recorded_race = False
for racer in self.match.racers:
racer_as_member = self._cm.necrobot.find_member_with_id(racer.discord_id)
if racer_as_member:
yield from self.race.enter_racer(racer_as_member)
else:
yield from self.write('Error: Couldn\'t find the racer {0}. Please contact CoNDOR Staff (`.staff`).'.format(racer.escaped_twitch_name))
yield from self.update_leaderboard()
race_number = int(self._cm.condordb.number_of_finished_races(self.match) + 1)
race_str = '{}th'.format(race_number)
if race_number == int(1):
race_str = 'first'
elif race_number == int(2):
race_str = 'second'
elif race_number == int(3):
race_str = 'third'
yield from self.write('Please input the seed ({1}) and type `.ready` when you are ready for the {0} race. '\
'When both racers `.ready`, the race will begin.'.format(race_str, self.race.race_info.seed))
def load_track(self, dt, *args, **kwargs):
if not self.images_loaded:
self.track.load_images()
self.label.text = self.text + '5%'
self.total = len(self.track.partition_list)
self.images_loaded = True
elif not self.overlay_loaded:
self.track.load_overlay()
self.label.text = self.text + '25%'
self.overlay_loaded = True
else:
partitions_left = self.track.load_partitions()
percent = 25 + int(
((self.total - partitions_left) * 1.0 / self.total) * 75)
self.label.text = self.text + str(percent) + '%'
if partitions_left == 0:
# load the music last
self.track.load_music()
# hack to prevent circular imports
from race import Race
race = Race(self.track, [
state.profile.car,
ComputerCar.get_default(),
ComputerCar.get_default()
])
director.replace(race)
def start(self, championship_name):
print('Starting a new championship called {} with {} races.'.format(
self.name, self.races_count))
print('Running {} races...'.format(self.races_count))
print('')
for i in range(self.races_count):
crash_chance = randint(0, 100) / 100.0
r = Race(self.load_drivers(), crash_chance)
print('Race #{}'.format(i + 1))
r.start(championship_name, i + 1)
print('')
with open('result.json', 'r') as f:
data = json.load(f)
Championship.total_ranking(data, self.name)
def make_rematch(self):
if not self._rematch_made:
yield from self.race.record()
new_race_info = self.race.race_info.copy()
self.race = Race(self, new_race_info)
asyncio.ensure_future(self.race.initialize())
self._rematch_made = True
yield from self.write('Rematch created!')
def get_races(self):
with dbapi2.connect(self.app.config['dsn']) as connection:
cursor = connection.cursor()
query = "SELECT * FROM RACE ORDER BY ID"
cursor.execute(query)
races = [(key, Race(title, race_type, founder, participant_count, time, place))
for key, title, race_type, founder, participant_count, time, place in cursor]
return races
def test_TheOneWhoRidesMoreLapsStandsHigher_2(self):
participant1 = 7
participant2 = 9
sut = Race(laps=3, bibs=[participant1, participant2])
sut.start('12:00:00')
sut.split(participant2, '12:14:00')
sut.split(participant1, '12:15:00')
sut.split(participant1, '12:20:00')
standings = [result.bib for result in sut.results]
self.assertSequenceEqual([participant1, participant2], standings)
def test_OrderOfSplitsMatters(self):
some_participant = 7
other_participant = 9
sut = Race(laps=3, bibs=[some_participant, other_participant])
sut.start('12:00:00')
shuffled_splits = ['12:15:20', '12:10:10']
sut.split(some_participant, shuffled_splits[0])
with self.assertRaises(SplitsAreOutOfOrder):
sut.split(other_participant, shuffled_splits[1])
def __init__(self, race_module, race_channel, race_info):
self.channel = race_channel #The channel in which this race is taking place
self.creator = None #Can store a user that created this room. Not used internally.
self.is_closed = False #True if room has been closed
self.race = Race(self, race_info) #The current race
self.admin_ready = True
self._rm = race_module
self._rematch_made = False #True once a rematch of this has been made (prevents duplicates)
self._mention_on_rematch = [] #A list of users that should be @mentioned when a rematch is created
self.mentioned_users = [] #A list of users that were @mentioned when this race started
self._nopoke = False
self.command_types = [command.DefaultHelp(self),
Enter(self),
Unenter(self),
Ready(self),
Unready(self),
Done(self),
Undone(self),
Forfeit(self),
Unforfeit(self),
Comment(self),
Death(self),
Igt(self),
Rematch(self),
DelayRecord(self),
Notify(self),
Time(self),
Missing(self),
Shame(self),
Poke(self),
ForceCancel(self),
ForceClose(self),
ForceForfeit(self),
ForceForfeitAll(self),
ForceRecord(self),
Kick(self)]
from horse import Horse
from race import Race
name_horse1 = input("Nombre del primer caballo: ")
name_horse2 = input("Nombre del segundo caballo: ")
horse1 = Horse(name_horse1)
horse2 = Horse(name_horse2)
race = Race(horse1, horse2)
race.start()
def test_race(self):
slug = Slug("Mickey")
race = Race()
race.slugs.append(slug)
winner = race.do_race()
self.assertTrue(winner is not None)
class TestRace(unittest.TestCase):
def setUp(self):
self.test_race = Race('Dwarf')
self.expected_effect = Effect()
self.expected_description = 'Dwarves are a hearty breed, and make excellent warriors due to their high strength and toughness.'
def tearDown(self):
self.test_race = None
self.expected_effect = None
self.expected_description = None
def test_total_hp(self):
self.assertEqual(0, self.test_race.total_hp())
def test_total_strength(self):
self.assertEqual(5, self.test_race.total_strength())
def test_total_intelligence(self):
self.assertEqual(0, self.test_race.total_intelligence())
def test_total_agility(self):
self.assertEqual(0, self.test_race.total_agility())
def test_total_attack(self):
self.assertEqual(Damage(0,0), self.test_race.total_attack())
def test_total_defense(self):
self.assertEqual(Damage(20,30), self.test_race.total_defense())
def test_valid_name(self):
self.assertFalse(self.test_race.valid_name('INVALID'))
def test_valid_name2(self):
self.assertTrue(self.test_race.valid_name('DWARF'))
def test_valid_name3(self):
self.assertTrue(self.test_race.valid_name('dwarf'))
def test_race_effect(self):
self.assertEqual(self.expected_effect, self.test_race.race_effect("Dwarf"))
def test_race_description(self):
self.assertEqual(self.expected_description, self.test_race.race_description("Dwarf"))
def test_race_description2(self):
self.assertEqual(self.expected_description, self.test_race.race_description("dwarf"))
def test_race_description3(self):
self.assertEqual(self.expected_description, self.test_race.race_description("DWARF"))
def resilience_defense(self):
"""docstring for resilience_defense"""
return 10 + self.ability.bonus(self.ability.constitution) #+ misc
def movemnet_speed(self):
"""docstring for movemnet_speed"""
return 5 + self.ability.modifier(self.ability.dexterity) #+ misc
if __name__ == '__main__':
from level import Level
from ability import Ability
from class_ import Class
from race import Race
level = Level()
race = Race()
ability = Ability(level)
ability.generate()
ability.wisdom = 22
class_ = Class()
statistics = Statistics(ability, level, class_)
def yell():
"""docstring for debug"""
print "hp:%s ap:%s mb:%s rb:%s mab:%s ad:%s ed:%s md:%s rd:%s spd:%s at level: %s" % (
statistics.max_health_points(),
statistics.max_anima_points(),
statistics.melee_bonus(),
statistics.ranged_bonus(),
statistics.magic_bonus(),
statistics.armor_defense(10),
statistics.evasion_defense(),
def setUp(self):
self.test_race = Race('Dwarf')
self.expected_effect = Effect()
self.expected_description = 'Dwarves are a hearty breed, and make excellent warriors due to their high strength and toughness.'
class RacePrivateRoom(raceroom.RaceRoom):
def __init__(self, race_module, race_channel, race_private_info):
raceroom.RaceRoom.__init__(self, race_module, race_channel, race_private_info.race_info)
self._match_info = race_private_info.match_info
self.permission_info = permissioninfo.get_permission_info(race_module.server, race_private_info)
self.command_types = [command.DefaultHelp(self),
raceroom.Enter(self),
raceroom.Unenter(self),
raceroom.Ready(self),
raceroom.Unready(self),
raceroom.Done(self),
raceroom.Undone(self),
raceroom.Forfeit(self),
raceroom.Unforfeit(self),
raceroom.Comment(self),
raceroom.Igt(self),
raceroom.Death(self),
raceroom.Rematch(self),
raceroom.DelayRecord(self),
raceroom.Notify(self),
raceroom.Time(self),
raceroom.ForceCancel(self),
raceroom.ForceClose(self),
raceroom.ForceForfeit(self),
raceroom.ForceForfeitAll(self),
raceroom.Kick(self),
Add(self),
Admins(self),
Remove(self),
ChangeRules(self),
MakeAdmin(self),
Reseed(self),
ForceReset(self),
Pause(self),
Unpause(self)]
@property
def infostr(self):
return 'Private race'
# Sets up the leaderboard for the race
# Overrides
@asyncio.coroutine
def initialize(self):
yield from self._set_permissions()
yield from raceroom.RaceRoom.initialize(self)
# Makes a rematch of this race in this room, if one has not already been made
# Overrides
@asyncio.coroutine
def make_rematch(self):
if not self._rematch_made:
yield from self.race.record()
new_race_info = self.race.race_info.copy()
self.race = Race(self, new_race_info)
asyncio.ensure_future(self.race.initialize())
self._rematch_made = True
yield from self.write('Rematch created!')
# Begins the race if ready. (Writes a message if all racers are ready but an admin is not.)
# Overrides
@asyncio.coroutine
def begin_if_ready(self):
success = yield from raceroom.RaceRoom.begin_if_ready(self)
if success:
self._rematch_made = False
return success
# Find all members with the given username
def find_members(self, username):
return self._rm.necrobot.find_members(username)
# True if the user has admin permissions for this race
# Overrides
def is_race_admin(self, member):
return self.permission_info.is_admin(member) or raceroom.RaceRoom.is_race_admin(self, member)
# A string to add to the race details ("Private")
# Overrides
def format_rider(self):
return '(private)'
# Allow the member to see the channel
@asyncio.coroutine
def allow(self, member):
read_permit = discord.PermissionOverwrite()
read_permit.read_messages = True
yield from self.client.edit_channel_permissions(self.channel, member, read_permit)
#Restrict the member from seeing the channel
@asyncio.coroutine
def deny(self, member):
read_deny = discord.PermissionOverwrite()
read_deny.read_messages = False
yield from self.client.edit_channel_permissions(self.channel, member, read_deny)
# Make room private to all but admins and racers in permission_info
@asyncio.coroutine
def _set_permissions(self):
read_permit = discord.Permissions.none()
read_permit.read_messages = True
#deny access to @everyone
yield from self.deny(self._rm.server.default_role)
#allow access for self
yield from self.allow(self._rm.necrobot.get_as_member(self.client.user))
#give admin roles permission
for role in self.permission_info.admin_roles:
yield from self.allow(role)
#give admins permission
for member in self.permission_info.admins:
yield from self.allow(member)
#give racers permission
for member in self.permission_info.racers:
yield from self.allow(member)
if not sigma: sigma = 1.
threshold = float(a)
elif o == '-g':
ghosts = a.split(',')
elif o == '-a':
ais = True
elif o == '-c':
shape = a
elif o == '--filter':
density = 0.01
sigma = 1.
threshold = 5.
else:
assert False, 'unhandled option'
race = Race(n, shape, length, width)
for name in ghosts:
race.add_ghost(name)
if ais:
add_ai(race)
if density:
race.circuit.add_obstacles(density)
if threshold or sigma:
race.circuit.filter_obstacles(threshold, sigma) # , True)
race.run()
ask(race)
def ask(race):
while 1:
tmp = raw_input('R for replay, '+
'M for one more (just one..), '+
class RaceRoom(command.Module):
def get_new_raceinfo():
to_return = RaceInfo()
to_return.seed_fixed = False
to_return.seeded = True
to_return.character = 'Cadence'
to_return.descriptor = 'Condor Race'
to_return.sudden_death = False
to_return.flagplant = False
to_return.seed = seedgen.get_new_seed()
return to_return
def __init__(self, condor_module, condor_match, race_channel):
self.channel = race_channel #The channel in which this race is taking place
self.is_closed = False #True if room has been closed
self.match = condor_match
self.events = Events()
self.race = None #The current race
self.recorded_race = False #Whether the current race has been recorded
self.entered_racers = [] #Racers that have typed .here in this channel
self.before_races = True
self.cancelling_racers = [] #Racers that have typed .cancel
self._cm = condor_module
self.command_types = [command.DefaultHelp(self),
Here(self),
Ready(self),
Unready(self),
Done(self),
Undone(self),
Cancel(self),
#Forfeit(self),
#Unforfeit(self),
#Comment(self),
#Igt(self),
Time(self),
Contest(self),
ForceCancel(self),
ForceChangeWinner(self),
#ForceClose(self),
ForceForfeit(self),
#ForceForfeitAll(self),
ForceRecordRace(self),
ForceNewRace(self),
ForceCancelRace(self),
ForceRecordMatch(self),
#Kick(self),
]
@property
def infostr(self):
return 'Race'
@property
def client(self):
return self._cm.necrobot.client
@property
def necrobot(self):
return self._cm.necrobot
@property
def condordb(self):
return self._cm.condordb
#True if the user has admin permissions for this race
def is_race_admin(self, member):
admin_roles = self._cm.necrobot.admin_roles
for role in member.roles:
if role in admin_roles:
return True
return False
# Set up the leaderboard etc. Should be called after creation; code not put into __init__ b/c coroutine
@asyncio.coroutine
def initialize(self, users_to_mention=[]):
yield from self.update_leaderboard()
asyncio.ensure_future(self.countdown_to_match_start())
# Write text to the raceroom. Return a Message for the text written
@asyncio.coroutine
def write(self, text):
return self.client.send_message(self.channel, text)
# Write text to the bot_notifications channel.
@asyncio.coroutine
def alert_staff(self, text):
return self.client.send_message(self._cm.necrobot.notifications_channel, text)
# Register a racer as wanting to cancel
@asyncio.coroutine
def wants_to_cancel(self, member):
for racer in self.match.racers:
if int(racer.discord_id) == int(member.id) and not racer in self.cancelling_racers:
self.cancelling_racers.append(racer)
if len(self.cancelling_racers) == 2:
yield from self.cancel_race()
return True
else:
return False
# Cancel the race
@asyncio.coroutine
def cancel_race(self):
if self.race and not self.race.is_before_race:
self.cancelling_racers = []
yield from self.race.cancel()
yield from self.record_race(cancelled=True)
yield from self.write('The current race was cancelled.')
else:
self.cancelling_racers = []
race_number = int(self._cm.condordb.largest_recorded_race_number(self.match))
if race_number > 0:
self.condordb.cancel_race(self.match, race_number)
yield from self.write('The previous race was cancelled.'.format(race_number))
yield from self.update_leaderboard()
#Updates the leaderboard
@asyncio.coroutine
def update_leaderboard(self):
if self.race or self.match.time_until_match.total_seconds() < 0:
topic = '``` \n'
topic += 'Necrodancer World Cup Match (Cadence Seeded)\n'
max_name_len = 0
for racer in self.match.racers:
max_name_len = max(max_name_len, len(racer.discord_name))
for racer in self.match.racers:
wins = self._cm.condordb.number_of_wins(self.match, racer, count_draws=True)
topic += ' ' + racer.discord_name + (' ' * (max_name_len - len(racer.discord_name))) + ' --- Wins: {0}\n'.format(str(round(wins,1) if wins % 1 else int(wins)))
race_number = self._cm.condordb.number_of_finished_races(self.match) + 1
if race_number > config.RACE_NUMBER_OF_RACES:
topic += 'Match complete. \n'
else:
topic += 'Current race: #{}\n'.format(race_number)
if self.race:
topic += self.race.leaderboard
topic += '\n ```'
asyncio.ensure_future(self.client.edit_channel(self.channel, topic=topic))
else:
topic_str = '``` \n'
minutes_until_match = int( (self.match.time_until_match.total_seconds() + 30) // 60 )
topic_str += 'The race is scheduled to begin in {0} minutes! Please let the bot know you\'re here by typing .here. \n\n'.format(minutes_until_match)
waiting_str = ''
if self.match.racer_1 not in self.entered_racers:
waiting_str += self.match.racer_1.twitch_name + ', '
if self.match.racer_2 not in self.entered_racers:
waiting_str += self.match.racer_2.twitch_name + ', '
topic_str += 'Still waiting for .here from: {0} \n'.format(waiting_str[:-2]) if waiting_str else 'Both racers are here!\n'
topic_str += '```'
asyncio.ensure_future(self.client.edit_channel(self.channel, topic=topic_str))
@asyncio.coroutine
def alert_racers(self, send_pm=False):
member_1 = self._cm.necrobot.find_member_with_id(self.match.racer_1.discord_id)
member_2 = self._cm.necrobot.find_member_with_id(self.match.racer_2.discord_id)
alert_str = ''
if member_1:
alert_str += member_1.mention + ', '
if member_2:
alert_str += member_2.mention + ', '
minutes_until_match = int( (self.match.time_until_match.total_seconds() + 30) // 60 )
if alert_str:
yield from self.write('{0}: The match is scheduled to begin in {1} minutes.'.format(alert_str[:-2], minutes_until_match))
if send_pm:
if member_1:
yield from self.client.send_message(member_1, '{0}: Your match with {1} is scheduled to begin in {2} minutes.'.format(member_1.mention, self.match.racer_2.escaped_twitch_name, minutes_until_match))
if member_2:
yield from self.client.send_message(member_2, '{0}: Your match with {1} is scheduled to begin in {2} minutes.'.format(member_2.mention, self.match.racer_1.escaped_twitch_name, minutes_until_match))
@asyncio.coroutine
def countdown_to_match_start(self):
time_until_match = self.match.time_until_match
asyncio.ensure_future(self.constantly_update_leaderboard())
if time_until_match < datetime.timedelta(seconds=0):
if not self.played_all_races:
yield from self.write('I believe that I was just restarted; an error may have occurred. I am beginning a new race and attempting to pick up this ' \
'match where we left off. If this is an error, or if there are unrecorded races, please contact CoNDOR Staff (`.staff`).')
yield from self.begin_new_race()
else:
pm_warning = datetime.timedelta(minutes=30)
first_warning = datetime.timedelta(minutes=15)
alert_staff_warning = datetime.timedelta(minutes=5)
if time_until_match > pm_warning:
yield from asyncio.sleep( (time_until_match - pm_warning).total_seconds() )
if not self.race:
yield from self.alert_racers(send_pm=True)
time_until_match = self.match.time_until_match
if time_until_match > first_warning:
yield from asyncio.sleep( (time_until_match - first_warning).total_seconds() )
if not self.race:
yield from self.alert_racers()
time_until_match = self.match.time_until_match
if time_until_match > alert_staff_warning:
yield from asyncio.sleep( (time_until_match - alert_staff_warning).total_seconds() )
# this is done at the alert_staff_warning, unless this function was called after the alert_staff_warning, in which case do it immediately
if not self.race:
yield from self.alert_racers()
for racer in self.match.racers:
if racer not in self.entered_racers:
discord_name = ''
if racer.discord_name:
discord_name = ' (Discord name: {0})'.format(racer.discord_name)
minutes_until_race = int( (self.match.time_until_match.total_seconds() + 30) // 60)
yield from self.alert_staff('Alert: {0}{1} has not yet shown up for their match, which is scheduled in {2} minutes.'.format(racer.escaped_twitch_name, discord_name, minutes_until_race))
yield from self._cm.post_match_alert(self.match)
yield from asyncio.sleep(self.match.time_until_match.total_seconds())
if not self.race:
yield from self.begin_new_race()
@asyncio.coroutine
def constantly_update_leaderboard(self):
while self.match.time_until_match.total_seconds() > 0:
asyncio.ensure_future(self.update_leaderboard())
yield from asyncio.sleep(30)
@asyncio.coroutine
def begin_new_race(self):
self.cancelling_racers = []
self.before_races = False
self.race = Race(self, RaceRoom.get_new_raceinfo(), self._cm.condordb)
yield from self.race.initialize()
self.recorded_race = False
for racer in self.match.racers:
racer_as_member = self._cm.necrobot.find_member_with_id(racer.discord_id)
if racer_as_member:
yield from self.race.enter_racer(racer_as_member)
else:
yield from self.write('Error: Couldn\'t find the racer {0}. Please contact CoNDOR Staff (`.staff`).'.format(racer.escaped_twitch_name))
yield from self.update_leaderboard()
race_number = int(self._cm.condordb.number_of_finished_races(self.match) + 1)
race_str = '{}th'.format(race_number)
if race_number == int(1):
race_str = 'first'
elif race_number == int(2):
race_str = 'second'
elif race_number == int(3):
race_str = 'third'
yield from self.write('Please input the seed ({1}) and type `.ready` when you are ready for the {0} race. '\
'When both racers `.ready`, the race will begin.'.format(race_str, self.race.race_info.seed))
# Returns true if all racers are ready
@property
def all_racers_ready(self):
return self.race and self.race.num_not_ready == 0
@property
def played_all_races(self):
if self.match.is_best_of:
return self._cm.condordb.number_of_wins_of_leader(self.match) >= (self.match.number_of_races//2 + 1)
else:
return self._cm.condordb.number_of_finished_races(self.match) >= self.match.number_of_races
@property
def race_to_contest(self):
if not self.race:
return 0
if self.race.is_before_race:
return self.race_number - 1
else:
return self.race_number
# Begins the race if ready. (Writes a message if all racers are ready but an admin is not.)
# Returns true on success
@asyncio.coroutine
def begin_if_ready(self):
if self.race and self.all_racers_ready:
yield from self.race.begin_race_countdown()
return True
@asyncio.coroutine
def enter_racer(self, member):
for racer in self.match.racers:
if int(racer.discord_id) == int(member.id):
if racer in self.entered_racers:
yield from self.write('{0} is already here.'.format(member.mention))
return
self.entered_racers.append(racer)
yield from self.write('{0} is here for the race.'.format(member.mention))
yield from self.update_leaderboard()
return
yield from self.write('{0}: I do not recognize you as one of the racers in this match. Contact CoNDOR Staff (`.staff`) if this is in error.'.format(member.mention))
@asyncio.coroutine
def record_race(self, cancelled=False):
if self.race and self.race.start_time:
self.recorded_race = True
racer_1_time = -1
racer_2_time = -1
racer_1_finished = False
racer_2_finished = False
for racer in self.race.racer_list:
if int(racer.id) == int(self.match.racer_1.discord_id):
if racer.is_finished:
racer_1_time = racer.time
racer_1_finished = True
elif int(racer.id) == int(self.match.racer_2.discord_id):
if racer.is_finished:
racer_2_time = racer.time
racer_2_finished = True
winner = 0
if racer_1_finished and not racer_2_finished:
winner = 1
elif not racer_1_finished and racer_2_finished:
winner = 2
elif racer_1_finished and racer_2_finished:
if racer_1_time < racer_2_time:
winner = 1
elif racer_2_time < racer_1_time:
winner = 2
if abs(racer_1_time - racer_2_time) <= (config.RACE_NOTIFY_IF_TIMES_WITHIN_SEC*100):
race_number = self._cm.condordb.number_of_finished_races(self.match) + 1
yield from self.client.send_message(self.necrobot.notifications_channel,
'Race number {0} has finished within {1} seconds in channel {2}. ({3} -- {4}, {5} -- {6})'.format(
race_number, config.RACE_NOTIFY_IF_TIMES_WITHIN_SEC, self.channel.mention,
self.match.racer_1.escaped_twitch_name, racetime.to_str(racer_1_time),
self.match.racer_2.escaped_twitch_name, racetime.to_str(racer_2_time)))
self._cm.condordb.record_race(self.match, racer_1_time, racer_2_time, winner, self.race.race_info.seed, self.race.start_time.timestamp(), cancelled)
if not cancelled:
racer_1_member = self.necrobot.find_member_with_id(self.match.racer_1.discord_id)
racer_2_member = self.necrobot.find_member_with_id(self.match.racer_2.discord_id)
racer_1_mention = racer_1_member.mention if racer_1_member else ''
racer_2_mention = racer_2_member.mention if racer_2_member else ''
write_str = '{0}, {1}: The race is over, and has been recorded.'.format(racer_1_mention, racer_2_mention)
else:
write_str = 'Race cancelled.'
yield from self.write(write_str)
yield from self.write('If you wish to contest the previous race\'s result, use the `.contest` command. This marks the race as contested; CoNDOR Staff will be alerted, and will '
'look into your race.')
if self.played_all_races:
#Send match ending event if all races have been played
self.events.matchend(self.match.racer_1.twitch_name, self.match.racer_2.twitch_name)
yield from self.record_match()
else:
yield from self.begin_new_race()
@asyncio.coroutine
def record_match(self):
self._cm.condordb.record_match(self.match)
yield from self._cm.condorsheet.record_match(self.match)
yield from self.write('Match results recorded.')
yield from self.update_leaderboard()
class RaceRoom(command.Module):
def __init__(self, race_module, race_channel, race_info):
self.channel = race_channel #The channel in which this race is taking place
self.creator = None #Can store a user that created this room. Not used internally.
self.is_closed = False #True if room has been closed
self.race = Race(self, race_info) #The current race
self.admin_ready = True
self._rm = race_module
self._rematch_made = False #True once a rematch of this has been made (prevents duplicates)
self._mention_on_rematch = [] #A list of users that should be @mentioned when a rematch is created
self.mentioned_users = [] #A list of users that were @mentioned when this race started
self._nopoke = False
self.command_types = [command.DefaultHelp(self),
Enter(self),
Unenter(self),
Ready(self),
Unready(self),
Done(self),
Undone(self),
Forfeit(self),
Unforfeit(self),
Comment(self),
Death(self),
Igt(self),
Rematch(self),
DelayRecord(self),
Notify(self),
Time(self),
Missing(self),
Shame(self),
Poke(self),
ForceCancel(self),
ForceClose(self),
ForceForfeit(self),
ForceForfeitAll(self),
ForceRecord(self),
Kick(self)]
@property
def infostr(self):
return 'Race'
@property
def client(self):
return self._rm.client
# Notifies the given user on a rematch
def notify(self, user):
if not user in self._mention_on_rematch:
self._mention_on_rematch.append(user)
# Removes notifications for the given user on rematch
def dont_notify(self, user):
self._mention_on_rematch = [u for u in self._mention_on_rematch if u != user]
# Set up the leaderboard etc. Should be called after creation; code not put into __init__ b/c coroutine
@asyncio.coroutine
def initialize(self, users_to_mention=[]):
asyncio.ensure_future(self.race.initialize())
asyncio.ensure_future(self.client.edit_channel(self.channel, topic=self.race.leaderboard))
asyncio.ensure_future(self._monitor_for_cleanup())
#send @mention message
mention_text = ''
for user in users_to_mention:
mention_text += user.mention + ' '
self.mentioned_users.append(user)
if mention_text:
asyncio.ensure_future(self.client.send_message(self.channel, 'Alerting users: ' + mention_text))
#put seed in chat
if self.race.race_info.seeded:
asyncio.ensure_future(self.client.send_message(self.channel, 'The seed for this race is {0}.'.format(self.race.race_info.seed)))
# Write text to the raceroom. Return a Message for the text written
@asyncio.coroutine
def write(self, text):
return self.client.send_message(self.channel, text)
# A string to add to the race details (used for private races; empty in base class)
def format_rider(self):
return ''
#Updates the leaderboard
@asyncio.coroutine
def update_leaderboard(self):
asyncio.ensure_future(self.client.edit_channel(self.channel, topic=self.race.leaderboard))
# Close the channel.
@asyncio.coroutine
def close(self):
self.is_closed = True
yield from self.client.delete_channel(self.channel)
# Returns true if all racers are ready
@property
def all_racers_ready(self):
return self.race.num_not_ready == 0 and (not config.REQUIRE_AT_LEAST_TWO_FOR_RACE or len(self.race.racers) > 1)
# Begins the race if ready. (Writes a message if all racers are ready but an admin is not.)
# Returns true on success
@asyncio.coroutine
def begin_if_ready(self):
if self.all_racers_ready:
if self.admin_ready:
yield from self.race.begin_race_countdown()
return True
else:
yield from self.write('Waiting on an admin to type `.ready`.')
return False
# Makes a rematch of this race in a new room, if one has not already been made
@asyncio.coroutine
def make_rematch(self):
if not self._rematch_made:
self._rematch_made = True
new_race_info = self.race.race_info.copy()
new_race_channel = yield from self._rm.make_race(new_race_info, mention=self._mention_on_rematch, suppress_alerts=True)
if new_race_channel:
yield from self.write('Rematch created in {}!'.format(new_race_channel.mention))
## yield from self._rm.client.send_message(self._rm.main_channel, 'A new race has been started:\nFormat: {1}\nChannel: {0}'.format(new_race_channel.mention, new_race_info.format_str()))
else:
self._rematch_made = False
#True if the user has admin permissions for this race
def is_race_admin(self, member):
admin_roles = self._rm.necrobot.admin_roles
for role in member.roles:
if role in admin_roles:
return True
return False
# Checks to see whether the room should be cleaned.
@asyncio.coroutine
def _monitor_for_cleanup(self):
# Pre-race cleanup loop
while not self.is_closed:
yield from asyncio.sleep(30) #Wait between check times
# Pre-race
if self.race.is_before_race:
if (not self.race.racers) and self.race.no_entrants_time: #if there are no entrants (and we've stored the last time this was not the case)
if time.monotonic() - self.race.no_entrants_time > config.NO_ENTRANTS_CLEANUP_WARNING_SEC:
time_remaining = config.NO_ENTRANTS_CLEANUP_SEC - config.NO_ENTRANTS_CLEANUP_WARNING_SEC
yield from self.write('Warning: Race has had zero entrants for some time and will be closed in {} seconds.'.format(time_remaining))
yield from asyncio.sleep(time_remaining)
if not self.race.racers:
yield from self.close()
return
# Post-race
elif self.race.complete:
msg_list = yield from self.client.logs_from(self.channel, 1)
for msg in msg_list:
if (datetime.datetime.utcnow() - msg.timestamp).total_seconds() > config.CLEANUP_TIME_SEC:
yield from self.close()
return
## TODO: more intelligent result posting
@asyncio.coroutine
def post_result(self, text):
asyncio.ensure_future(self.client.send_message(self._rm.results_channel, text))
# Alerts unready users
@asyncio.coroutine
def poke(self):
if self._nopoke:
return
ready_racers = []
unready_racers = []
for racer in self.race.racers.values():
if racer.is_ready:
ready_racers.append(racer)
else:
unready_racers.append(racer)
num_unready = len(unready_racers)
quorum = (num_unready == 1) or (3*num_unready <= len(ready_racers))
if ready_racers and quorum:
self._nopoke = True
asyncio.ensure_future(self.run_nopoke_delay())
alert_string = ''
for racer in unready_racers:
alert_string += racer.member.mention + ', '
yield from self.write('Poking {0}.'.format(alert_string[:-2]))
# Implements a delay before pokes can happen again
@asyncio.coroutine
def run_nopoke_delay(self):
yield from asyncio.sleep(config.RACE_POKE_DELAY)
self._nopoke = False
