def ParseAwards(self, contents):
awards = []
awards_iter = re.finditer("<tr> <td><b>(?P<title>[^<]+)</b><br />(?P<description>.+?)</td> <td align=\"right\" valign=\"top\"><nobr>\$?(?P<value>[\d\.\s]+)?</nobr></td></tr>", contents)
for award_match in awards_iter:
title = award_match.group("title")
description = award_match.group("description")
if "Medal" in description and "Excellence Award -" in title:
# Fix the title to be more useful.
title = title.split("-")[0] + "- " + \
re.search(r"\w+ medal", description, re.IGNORECASE).group(0) + " -" + \
title.split("-")[-1]
award = Award(
name = title,
description = description,
value = float(award_match.group("value").replace(" ", "")) if award_match.group("value") else None,
type = AwardType.Unknown
)
keyword_text = str(award.Name + award.Description).lower()
for type, keywords in self._typeKeywords.items():
if not keywords:
award.Type = type
continue
for keyword in keywords:
if keyword in keyword_text:
award.Type = type
break
if not award.Value and award.Type == AwardType.Cash:
award.Type = AwardType.Other # It's not cash if it has no $ value
awards.append(award)
return awards
def post(self):
""" send the list to the api server """
player_key = self.request.get('player_key')
logging.info(player_key)
player_name = self.request.get('player_name')
logging.info(player_name)
award_amount = self.request.get('award_amount')
logging.info(award_amount)
award_title = self.request.get('award_title')
logging.info(award_title)
award = Award(
player_key,
player_name,
int(award_amount),
award_title
)
award_json = json.dumps(award.to_dict())
uri = "/api/issue_award"
params = OrderedDict([
("award", award_json),
("nonce", time.time()),
])
params = urllib.urlencode(params)
logging.info(params)
# Hash the params string to produce the Sign header value
H = hmac.new(shared_secret, digestmod=hashlib.sha512)
H.update(params)
sign = H.hexdigest()
headers = {"Content-type": "application/x-www-form-urlencoded",
"Key":api_key,
"Sign":sign}
if local_testing:
conn = httplib.HTTPConnection(url)
else:
conn = httplib.HTTPSConnection(url)
conn.request("POST", uri, params, headers)
response = conn.getresponse()
self.response.write(response.read())
def test_normal_award(initial_expires_in, initial_quality, expected_quality):
award = Award(name='NORMAL ITEM',
expires_in=initial_expires_in,
quality=initial_quality)
update_quality([award])
assert award.expires_in == initial_expires_in - 1
assert award.quality == expected_quality
def test_blue_star(initial_expires_in, initial_quality, expected_quality):
award = Award(name='Blue Star',
expires_in=initial_expires_in,
quality=initial_quality)
update_quality([award])
assert award.expires_in == initial_expires_in - 1
assert award.quality == expected_quality
def test_blue_distinction(initial_expires_in, initial_quality,
expected_quality):
award = Award(name='Blue Distinction Plus',
expires_in=initial_expires_in,
quality=initial_quality)
update_quality([award])
assert award.expires_in == initial_expires_in
assert award.quality == expected_quality
def test_several_awards():
award1 = Award(name = 'NORMAL ITEM', expires_in = 5, quality = 10)
award2 = Award(name = 'Blue First', expires_in = 3, quality = 10)
award1.update_quality([award1])
award2.update_quality([award2])
assert award1.quality == 9
assert award1.expires_in == 4
assert award2.quality == 11
assert award2.expires_in == 2
def update_block(group, blocks, controllers, awards, settings, screen, controller, game_contiune):
# 判断当前的球是否与砖块发生碰撞,如果发生碰撞.进行角度的转换
dic = pygame.sprite.groupcollide(group, blocks, False, False)
# 返回的是字典.进行遍历操作
# {<Ball sprite(in 1 groups)>: [<Block sprite(in 1 groups)>]}
for key, value in dic.items():
if (key.rect.top < value[0].rect.top) or (key.rect.bottom > value[0].rect.bottom):
# 说明接触面在上面或下面
key.make_turn(2)
else:
key.make_turn(True)
# 移除砖块
for v in value:
# 如果是不能损毁的砖块移除
if v.destory == False:
value.remove(v)
else:
if random.randint(0, 100) <= settings.aware_occurrence_rate:
new_award = Award(settings, screen, v)
awards.add(new_award)
blocks.remove(value)
dic2 = pygame.sprite.groupcollide(group, controllers, False, False)
for key, value in dic2.items():
key.make_turn(2)
# ball.make_turn(2)
dic3 = pygame.sprite.groupcollide(controllers, awards, False, False)
for key, value in dic3.items():
for v in value:
if v.flag:
# 分裂
temp_list = []
for ball in group:
for index in range(3):
new_ball = Ball(settings=settings, screen=screen, controller=controller)
new_ball.setX_Y(ball.x, ball.y, index)
temp_list.append(new_ball)
# 完成分裂之后.再添加到group当中
for ball in temp_list:
group.add(ball)
else:
# 发射三个
for index in range(3):
new_ball = Ball(settings=settings, screen=screen, controller=controller)
new_ball.setX_Y(controller.rect.centerx, controller.rect.centery, index)
group.add(new_ball)
print("send three")
awards.remove(value)
def Create_new_award(check):
while True:
try:
award_name = input("Nazwa nagrody: ")
award_weight = input("Waga nagrody (od 1 do 5): ")
person_id = input("Id osoby otrzymującej nagrode: ")
x = Award(award_name, award_weight, person_id)
c.execute(
"INSERT INTO award VALUES(:award_name,:award_weight,:person_id)",
{
'award_name': x.award_name,
'award_weight': x.award_weight,
'person_id': x.person_id
})
conn.commit()
break
except sqlite3.IntegrityError:
print("Nie ma takiej osoby, sprobuj ponownie")
Create_new_award()
menu(check)
async def newaward_handler(self, request):
json_recv = await request.json()
try:
print(json.dumps(json_recv, indent=True))
print(self.badges)
badge_id = None
for badge_id2 in self.badges:
if self.badges[badge_id2]['name'] == json_recv['name']:
badge_id = badge_id2
break
if badge_id is None:
raise ValueError
badge_url = f"{self.api_path}/badge/{badge_id}/json"
params = dict()
params['id'] = uuid.uuid4().hex
params['email'] = json_recv['email']
params['timestamp'] = str(datetime.utcnow().isoformat())
params['badge_url'] = badge_url
award = Award(**params)
award_path = f"api/award/{award.id}/award.json"
os.makedirs(f"api/award/{award.id}/")
with open(award_path, 'w') as f:
json.dump(award.json, f)
self.awards[award.id] = {
'name': json_recv['name'] + " to " + json_recv['email'],
'url': f"{self.api_path}/award/{award.id}/json"
}
with open("api/awards.json", 'w') as f:
json.dump(self.awards, f)
await self.bake_award(award.id)
return web.Response(text=award.id)
except:
traceback.print_exc(file=sys.stdout)
return web.HTTPBadRequest()
import datetime
from task import Task
from module import Module
from award import Award
from schedule import Schedule
from interfaces import ParentInterface, ChildInterface
if __name__ == "__main__":
# tworzenie domyślnych nagród
award_list = [
Award("Złoty medal."),
Award("Świetna robota!"),
Award("Brawo :)"),
Award("Oby tak dalej")
]
# tworzenie domyślnych zadań do biblioteki
lazienka = Task("Idę do łazienki.")
wez = Task("Wyciągam szczoteczkę i pastę.")
naloz = Task("Nakładam pastę na szczoteczkę.")
czysc_z = Task("Szoruję zęby")
plucz = Task("Płuczę usta.")
plucz2 = Task("Płuczę szczoteczkę.")
odloz = Task("Odkładam szczoteczkę i pastę.")
wytrzyj = Task("Wycieram buzię i ręce.")
lista = Task("Robię listę zakupów.")
buty_on = Task("Ubieram buty.")
kurtka_on = Task("Ubieram kurtkę.")
klucz = Task("Biorę klucze.")
drzwi = Task("Zamykam drzwi.")
def test_blue_compare(initial_expires_in, initial_quality, expected_quality):
award = Award(name = 'Blue Compare', expires_in = initial_expires_in,
quality = initial_quality)
award.update_quality([award])
assert award.expires_in == initial_expires_in - 1
assert award.quality == expected_quality