def _queue_message(self, sender, body, request):
# Find any existing messages and merge...
messages = list(Message.Query.filter(sender=sender.objectId))
if messages:
message = messages[0]
message.body += '\n--\n' + body
message.save()
message_sending.send_received_message(sender.phone)
return ""
# Otherwise, add a new
palships = list(Palship.Query.filter(lhs=sender.objectId))
if palships:
recipient = User.Query.get(objectId=palships[0].rhs)
else:
palships = list(Palship.Query.filter(rhs=sender))
if not palships:
return None
recipient = User.Query.get(objectId=palships[0].lhs)
message = Message(
body=body,
sender=sender.objectId,
recipient=recipient.objectId
)
message.save()
message_sending.send_received_message(sender.phone)
return ""
def create_entry_from_params(self, params):
new_msg = Message(content = params["content"],
created = params["created_date"],
author = params["author"],
event = params["event"])
new_msg.put()
return new_msg
def post(self):
if self.request.POST.get('Body') is None or self.request.POST.get('From') is None:
logging.error('Body and From params required')
return self.abort(400, 'Body and From params required')
user_message = Message(
text=self.request.POST.get('Body').strip(),
receiver=self.request.POST.get('To'),
sender=self.request.POST.get('From'),
media_url=self.request.POST.get('MediaUrl0'),
)
from_phone = self.request.get('From')
logging.info('Received text from %s with media: %s message:\n%s', from_phone, user_message.media_url, user_message.text)
user = User.get_by_id(from_phone)
if user:
logging.info('Found existing user for %s', from_phone)
else:
logging.info('Creating new user for %s', from_phone)
user = User(id=from_phone)
message_type = determine_message_type(user_message.text)
logging.info('Message of type: %s', message_type)
group = user.group
response_type, messages, user, group = perform_action(message_type, user_message, user, group)
responses = [format_message(m, user, group) for m in messages]
logging.info('Responding with: %s', responses)
self.response.body = twiml_response(user, group, response_type, responses)
self.response.headers['Content-Type'] = 'text/xml'
logging.info('Responding: %s', self.response.body)
user_message.story_uid = group.story_uid if group else None
user_message.group_uid = group.uid if group else None
user_message.put()
ndb.put_multi([Message(receiver=from_phone,
sender=m.sender or None,
text=m.text,
media_url=m.media_url,
group_uid= group.uid if group else None,
story_uid=group.story_uid if group else None)
for m in responses])
if group:
group.put()
user.group_uid = group.uid
else:
user.group_uid = None
user.put()
def retrieveNextMessage(ws):
'''
Retrieve next non-trivial message. Raise an exception if socket ends
'''
message = None
while not message:
message = Message.from_str(ws.receive())
if not message:
ws.send("error " + InvalidInputError("Invalid format.").json())
return message
def testHandleStartQuit(self):
ws = MockWebsocket.create()
userId, sessionId = self.users[1]
msg = self.constructAuth('join', userId, sessionId)
self.chatMessageHandler.handleFirstMessage(msg, self.roomId, ws)
with self.assertRaises(InvalidInputError) as cm: # member cannot start the game
self.chatMessageHandler.handleOtherMessage(Message.create('start'), self.roomId, userId)
self.assertIn('permission', cm.exception.json())
# owner should be able to start the game
self.chatMessageHandler.handleOtherMessage(Message.create('start'), self.roomId, self.roomOwner[0])
# owner quits the game
self.chatMessageHandler.handleOtherMessage(Message.create('quit'), self.roomId, self.roomOwner[0])
self.assertNotEquals(self.roomOwner[0], self.restInterface.get_room(self.roomId)['creator']['userId'])
self.chatMessageHandler.handleOtherMessage(Message.create('quit'), self.roomId, userId)
with self.assertRaises(Exception) as cm:
self.restInterface.get_room(self.roomId)
self.assertIn('Not Found Room', str(cm.exception))
class MessageTest(TestCase):
def setUp(self):
self.pop = Populator()
self.pop.run()
self.message = Message()
self.users = User.objects
def tearDown(self):
if self.message.id is not None:
self.message.delete()
self.pop.clear()
def test_save(self):
self.message.subject = "First message"
self.message.text = "This is the first message ever in the system"
self.message.receiver = self.users[1]
self.message.sender = self.users[0]
self.assertIsNone(self.message.id)
self.message.save()
self.assertIsNotNone(self.message.id)
def post(self):
dt = datetime.now()
message = Message()
message.uid = int(self.request.get('uid'))
message.author = self.request.get('author')
message.content = self.request.get('message')
message.timestamp = int(mktime(dt.timetuple()) * 1000)
message.put()
self.response.headers['Content-Type'] = 'application/json'
self.response.out.write(json.dumps({}))
def post(self, room_name):
form_data = self.request.get('message')
message = crypto_helper.decrypt(self, form_data)
m = Message()
m.text = message
m.sender_email = user_help.get_user_email()
m.room_name = room_name
m.put()
clients.push_to_channels(room_name, m)
self.response.write('Success')
def push_to_channels(room, message):
client_set = get_clients(room)
unencrypted_message = message
for u in client_set:
if u.connected:
encrypted_message = Message()
client_e = u.e
client_n = u.n
if client_e:
client_e = float(client_e)
client_n = float(client_n)
encrypted_message.text = crypto_helper.encrypt(None, client_n, client_e, message.text)
else:
encrypted_message.text = message.text
encrypted_message.sender_email = message.sender_email
encrypted_message.room_name = message.room_name
json = encrypted_message.to_json()
channel.send_message(u.client_id, json)
def post(self):
"""
Send a new message to a user.
"""
user = self.user
if not user:
return render_json(self, {
'status': 'error',
'error': 'User not logged in'
})
recipient_name = cgi.escape(self.request.get('recipient'))
body = cgi.escape(self.request.get('body'))
recipient = UserPrefs.all()\
.filter('name =', recipient_name)\
.get()
if not recipient:
return render_json(self, {
'status': 'error',
'error': 'Recipient %(recipient_name)s not found' % locals()
})
msg = Message()
msg.user_from = user
msg.user_to = recipient
msg.body = body
msg.put()
# TODO: put this into a transaction
recipient.unread_messages += 1
recipient.put()
self.render_json({
'status': 'ok'
})
def create_chat(self, event):
message_to_add = Message(content = self.request.get("content"),
author = self.get_prdict_user(),
event = event)
message_to_add.put()
return message_to_add
user_obj = User()
#
# user_obj.username = '******'
# user_obj.email = '*****@*****.**'
# user_obj.set_password('blablaBle1', generate_salt())
#
# # user_obj.save_to_db(cursor)
obj = user_obj.load_user_by_id(cursor, 2)
print(obj.__dict__)
obj = user_obj.load_all_users(cursor)
print([ob.__dict__ for ob in obj])
message_obj = Message()
# message_obj.from_id = 3
# message_obj.to_id = 1
# message_obj.text = 'ta wiadmość jest od id 3 do id 1'
#
# a = message_obj.save_to_db(cursor)
print('all user messages by user')
a = message_obj.load_all_messages_for_user(cursor, 1, 2)
for i in a:
print(i.__dict__)
print('\nall_messages')
a = message_obj.load_all_messages(cursor)
for i in a:
print(i.__dict__)
def setUp(self):
self.message = Message()
def clear(self):
User.drop_collection()
Message.drop_collection()
def message_view(request):
ms = Message.all()
return render_response("messages.html", messages=ms)
def read_all():
u = current_user()
Message.read_all(u.id)
data = dict(message='all message has been read')
return response(data=data, status=status.HTTP_200_OK)
def post(self):
if self.request.POST.get('Body') is None or self.request.POST.get(
'From') is None:
logging.error('Body and From params required')
return self.abort(400, 'Body and From params required')
user_message = Message(
text=self.request.POST.get('Body').strip(),
receiver=self.request.POST.get('To'),
sender=self.request.POST.get('From'),
media_url=self.request.POST.get('MediaUrl0'),
)
from_phone = self.request.get('From')
to_phone = self.request.get('To')
logging.info('Received text from %s with media: %s message:\n%s',
from_phone, user_message.media_url, user_message.text)
user = User.get_by_id(from_phone)
if user:
logging.info('Found existing user for %s', from_phone)
else:
logging.info('Creating new user for %s', from_phone)
user = User(id=from_phone)
message_type = determine_message_type(user_message.text)
logging.info('Message of type: %s', message_type)
group = user.group
if group is not None:
expiry_time = group.created_at + timedelta(hours=48)
if datetime.now() > expiry_time:
user.group_uid = None
group.completed_at = expiry_time
group.messaged_at = datetime.now()
group.put()
group = None
response_type, messages, user, group = perform_action(
message_type, user_message, user, group)
responses = [format_message(m, user, group) for m in messages]
logging.info('Responding with: %s', responses)
if not user.stopped:
self.response.body = twiml_response(user, group, response_type,
responses)
self.response.headers['Content-Type'] = 'text/xml'
user_message.story_uid = group.story_uid if group else None
user_message.group_uid = group.uid if group else None
user_message.put()
ndb.put_multi([
Message(receiver=from_phone,
sender=to_phone,
text=m.text,
media_url=m.media_url,
group_uid=group.uid if group else None,
story_uid=group.story_uid if group else None)
for m in responses
])
logging.info('Responding: %s', self.response.body)
else:
logging.info('User stopped so no respones is sent')
if group:
group.messaged_at = datetime.now()
group.put()
user.group_uid = group.uid
else:
user.group_uid = None
user.messaged_at = datetime.now()
user.put()
def delete(message_id):
m = Message.delete(message_id)
return redirect(url_for('message.index'))
async def saveoldall(self,
ctx: commands.Context,
guild_id: int,
count: int = 20):
"""Save old sur les channels connus en db"""
tracking_cog = get_tracking_cog(self.bot)
db = tracking_cog.tracked_guilds[guild_id]
guild = self.bot.get_guild(guild_id)
if guild is None:
await ctx.send("Je ne trouve pas cette guild")
return
# Récupérer liste channels connus
known_channels = await self._get_known_channels(db)
if not known_channels:
await ctx.send(
"Aucun channel connu, d'abord utiliser saveall ou save")
return
await ctx.send(
f"J'ai trouvé **{len(known_channels)}** channels connus en db...")
# Parcours channels
for channel in known_channels:
msg_bot = await ctx.send(
f"J'enregistre le channel **{channel.name}**...")
# Récupérer le plus ancien message du channel
with db:
with db.bind_ctx([Message]):
try:
oldest = (Message.select().where(
Message.channel_id == channel.id).order_by(
Message.message_id).get())
except DoesNotExist:
print(
f"Pas de message en db pour le channel {channel}")
continue
# discord.Message correspondant
try:
oldest_msg: discord.Message = await channel.fetch_message(
oldest)
except discord.NotFound:
print(
f"Le plus ancien message enregistré du channel {channel} n'existe plus"
)
except discord.Forbidden:
print(f"Problème de droit pour le channel {channel}")
# Enregistrement
try:
save_result = await self._save_from_channel(channel,
count,
before=oldest_msg)
await msg_bot.edit(
content=
f"**{channel.name}**\n{save_result} ({oldest_msg.created_at})"
)
except discord.Forbidden as exc:
await msg_bot.edit(content=f"**{channel.name}**\nErreur: {exc}"
)
await ctx.send("Fini !")
def send_message():
data = request.get_json()
if (not data['room_id'] and not data['to_id']) or data['to_id'] == g.user['id']:
return jsonify({'message': "Bad Request"}), 400
if data['room_id']:
room_id = data['room_id']
room = Room.find(room_id)
room_member = RoomMember.where('room_id', room_id).where('user_id', g.user['id']).first()
if not room or not room_member:
return jsonify({'message': "Unknown Room"}), 400
else:
user = User.find(data['to_id'])
if not user:
return jsonify({'message': "Unknown User"}), 400
room = Room.where('is_group', 0) \
.select('rooms.id') \
.join('room_members as rm', 'rm.room_id', '=', 'rooms.id') \
.where('rm.user_id', g.user['id']) \
.where_has(
'members',
lambda q: q.where('user_id', data['to_id']).where_raw('room_id = rooms.id')
) \
.distinct() \
.first()
if not room:
room = Room()
room.save()
member1 = RoomMember()
member1.room_id = room.id
member1.user_id = data['to_id']
member1.save()
member2 = RoomMember()
member2.room_id = room.id
member2.user_id = g.user['id']
member2.save()
#connect exist socket to room
clients = _.where(connected_users,{'id':data['to_id']})
my_clients = _.where(connected_users,{'id':g.user['id']})
clients = _.compact(_.union(clients, my_clients))
for item in clients:
join_room('room-%s' % room.id, sid=item['sid'], namespace='/')
room_id = room.id
message = Message()
message.sender_id = g.user['id']
message.room_id = room_id
message.message = data['message'] if data['message'] else '...'
message.save()
RoomMember.where('room_id', room_id).where('user_id', g.user['id']).update(last_read_message=message.id)
message_response = message.serialize()
message_response['first_name'] = g.user['first_name']
message_response['last_name'] = g.user['last_name']
message_response['avatar'] = g.user['avatar']
return jsonify(message_response), 200
class ExtenderTest(unittest.TestCase):
oid = 1
messages = [
(1, Message(1, MessageType.NEW_ORDER, oid, 123, 10, 1)),
(2, Message(2, MessageType.EXECUTE, oid, 20, 10, 1)),
(3, Message(3, MessageType.MODIFY, oid, 50, 10, 1)),
(4, Message(4, MessageType.EXECUTE, oid, 33, 10, 1)),
(5, Message(5, MessageType.DELETE, oid, 20, 10, 1)),
]
def test_weekdays(self):
ts = _datetime_ts(2019, 10, 24, 0, 0, 0, 1, tzinfo=TZ)
w = weekdays(ts, 4)
self.assertEqual(ts - 10**3, next(w))
friday = _datetime_ts(2019, 10, 25, tzinfo=TZ)
self.assertEqual(friday, next(w))
monday = _datetime_ts(2019, 10, 28, tzinfo=TZ)
self.assertEqual(monday, next(w))
tuesday = _datetime_ts(2019, 10, 29, tzinfo=TZ)
self.assertEqual(tuesday, next(w))
with self.assertRaises(StopIteration):
next(w)
self.fail()
def test_mix_by_index(self):
base = [1, 2, 3, 4, 5]
mix = [Placement(0, 6), Placement(1, 7), Placement(3, 8)]
self.assertListEqual(
[6, 1, 7, 2, 3, 8, 4, 5],
list(_mix_by_index(base, mix))
)
def test_initial_qty_new(self):
self.assertEqual(123, _initial_qty_for_messages(self.messages))
def test_initial_qty_no_new(self):
messages = self.messages[1:] # Drop new
self.assertEqual(123, _initial_qty_for_messages(messages))
m_lower = messages[1:] # Drop an execute
self.assertEqual(103, _initial_qty_for_messages(m_lower))
def test_unfilled_qty_delete(self):
self.assertEqual(0, _unfilled_qty_for_messages(self.messages))
def test_unfilled_qty_no_delete(self):
messages = self.messages[:-1] # Drop delete
self.assertEqual(20, _unfilled_qty_for_messages(messages))
m_lower = messages[:-1] # Drop an execute
self.assertEqual(53, _unfilled_qty_for_messages(m_lower))
def test_messages_no_new_or_delete(self):
messages = self.messages[1:-1]
self.assertEqual(206, _initial_qty_for_messages(messages))
self.assertEqual(103, _unfilled_qty_for_messages(messages))
def test_backfill(self):
"""Run with `-b` to silence prints generated in Extender"""
start = _datetime_ts(2019, 10, 21)
sample = []
extended = []
with open('tests/messages_sample.fixture', 'r') as f:
e = Extender(f, start, 1, (1356500, 1356300))
sample_count = 9
extended_count = (9 + 4) * 2
ob = OrderBook("SPY")
for m in e.extend_sample(0, ob):
if len(sample) < sample_count:
sample.append(m)
elif len(extended) < extended_count:
extended.append(m)
else:
break
ob.send(m)
new_orders = [m for m in extended
if m.message_type == MessageType.NEW_ORDER]
self.assertEqual(11, len(new_orders))
id_map = defaultdict(list)
sample_ids = set(m.id for m in sample if m.id > 0)
extended_ids = set(m.id for m in extended if m.id > 0)
for m in sample:
id_map[m.id].append(m)
for m in extended:
id_map[m.id].append(m)
for id_ in extended_ids.difference(sample_ids):
# All ids generated in the extended set have a NEW
self.assertTrue(
any(m.message_type ==
MessageType.NEW_ORDER for m in id_map[id_])
)
for id_ in sample_ids.intersection(extended_ids):
# All ids from the sample set have a DELETE
self.assertTrue(
any(m.message_type == MessageType.DELETE for m in id_map[id_])
)
def get(self, nickname=None):
message = Message.query().order(Message.created)
return self.render_template("home_page.html",
params={"message": message})
def from_madrill_payload(cls, payload):
return Message(**cls.convert_mandrill_payload(payload))
def post(self):
form_data = self.request.get('message')
m = Message()
m.text = form_data
m.put()
def post(self):
content = self.request.body
logger.info(content)
message = Message(content)
# 初始化
wechat_service.init_user(message.to_user_name, message.from_user_name)
wechat_service.init_handler(self)
if message.msg_type == 'event':
if message.event == 'subscribe':
user_service.insert_or_update(message.from_user_name)
wechat_service.reply_text(
'真好呀，你没有错过我。这个地球上有几十亿人口，两个人相遇的概率只有千万分之一。\n\n'
'歌曲下载，请直接回复链接即可。目前支持：咪哒、唱吧、友唱M-bar、全民K歌、哇屋wow。'
'如有疑问或建议，直接加小扎微信，微信号：fhm911')
return
else:
req_msg = message.content
keywords = [
'咪哒', '下载', '帮助', '歌曲', 'authorize', 'record/index.html',
'help'
]
need_help = False
for kw in keywords:
if req_msg.find(kw) != -1:
need_help = True
break
if need_help:
wechat_service.reply_text("直接在聊天框中回复要下载的歌曲链接即可")
# wechat_service.reply_help()
return
if req_msg.startswith("keyc"):
pay_code = pay_code_service.get(req_msg)
if pay_code is None or pay_code['status'] == '1':
wechat_service.reply_text("无效的编码")
return
else:
left_count = user_service.inc_count(
message.from_user_name, pay_code['count'])
if left_count == -1: # 找不到用户
wechat_service.reply_text("请先取消关注公众号，再重新关注，然后再回复密码")
return
pay_code_service.disable(req_msg)
wechat_service.reply_text("恭喜你，增加下载次数成功，剩余次数为：%s" %
left_count)
return
# 下载
if req_msg.startswith("http"):
if not user_service.is_can_download(message.from_user_name):
song = converter_service.convert(req_msg)
song_tip = ""
if song is not None:
song_tip = "你要下的歌曲为：%s\n\n" % song.name
text = song_tip + "如需继续下载，请加小扎微信(微信号：fhm911)以红包或转账形式赞助带宽费用，谢谢支持。\n赞助标准：\n10元3首。最低10元起。"
wechat_service.reply_text(text)
else:
logger.info("download url: %s" % req_msg)
song = converter_service.convert(req_msg)
logger.info("converted song: %s" % song)
if song is not None:
user_service.reduce_count(message.from_user_name)
text = '注：苹果手机需要用电脑版微信下载\n\n<a href="{0}">{1}（点击直接下载）</a>'
#song_url = urllib.parse.quote(song.url)
song_url = song.url
download_url = "http://converter.wezhake.com/download/?name={0}&url={1}".format(
song.name, song_url)
text = text.format(download_url, song.name)
wechat_service.reply_text(text)
else:
wechat_service.reply_text(
"歌曲不存在，请检查输入的歌曲链接。如有问题，请联系人工客服，请加小扎微信，微信号：fhm911")
else:
wechat_service.reply_text("人工客服，请加小扎微信，微信号：fhm911")
def run(self):
MONGO_URL = os.environ.get('MONGOHQ_URL')
if MONGO_URL:
client = MongoClient(MONGO_URL)
else:
client = MongoClient()
db = client.demo
db.users.drop()
db.messages.drop()
u1 = User(firstName="John", lastName="Doe", userName="******",
password=bcrypt.hashpw("1234password", bcrypt.gensalt()))
u1.created = datetime.now()
u2 = User(firstName="Jane", lastName="Doe", userName="******",
password=bcrypt.hashpw("mypassw0rd", bcrypt.gensalt()))
u2.created = datetime.now()
u3 = User(firstName="Kristel", lastName="Nielsen", userName="******",
password=bcrypt.hashpw("asdfda3", bcrypt.gensalt()))
u3.created = datetime.now()
u4 = User(firstName="Erik", lastName="Johannesen", userName="******",
password=bcrypt.hashpw("kjasdfj8i32", bcrypt.gensalt()))
u4.created = datetime.now()
u1.save()
u2.save()
u3.save()
u4.save()
m1 = Message(
sender=u1.id, subject="First message",
message="This is the first ever message in the system?!",
receiver=u4.id,
sent=datetime.now()
)
m2 = Message(
sender=u4.id, subject="RE: First message",
message="It's awesome isn't it?",
receiver=u1.id,
sent=datetime.now()
)
m3 = Message(
sender=u2.id, subject="Remember, remember",
message="Remember to buy milk!!!!!!",
receiver=u2.id,
sent=datetime.now()
)
m4 = Message(
sender=u3.id, subject="New project",
message="We need an extra developer for a new ruby project, are you in?",
receiver=u2.id,
sent=datetime.now()
)
m5 = Message(
sender=u2.id, subject="RE: New project",
message="Sure why not, could we have a look at sinatra in that case?",
receiver=u4.id,
sent=datetime.now()
)
m1.save()
m2.save()
m3.save()
m4.save()
m5.save()
def get(self):
deleted_messages = Message.query(Message.deleted == True, Message.updated <
datetime.datetime.now() - datetime.timedelta(days=10)).fetch()
for message in deleted_messages:
message.key.delete()
def add():
form = request.form
m = Message(form)
Message.add(m)
return redirect(url_for('message.index'))
'r') as headlines, open(curr_dir + '/posts.csv',
'a+') as headlines_csv:
data = json.load(headlines)
writer = csv.DictWriter(headlines_csv,
delimiter=',',
lineterminator='\n',
fieldnames=row_headers)
writer.writeheader()
today = date.today()
for idx in data:
headline = data[idx]
total_sentiment = 0
for e in headline['info']:
sentiment_score = e['sentiment_score']
total_sentiment += float(sentiment_score)
avg_sentiment = total_sentiment / len(headline['info'])
breaking_point = 0.05
if (abs(avg_sentiment) < breaking_point):
avg_sentiment = Sentiment.UNCERTAIN
elif avg_sentiment >= breaking_point:
avg_sentiment = Sentiment.BULLISH
else:
avg_sentiment = Sentiment.BEARISH
message = Message(uuid.uuid4(), headline['sentence'], uuid.uuid4(),
today, "FIQA", avg_sentiment)
writer.writerow(to_dict(message))
def unread_num():
u = current_user()
num = Message.get_unread_num(u.id)
data = dict(unread=num)
return response(data=data, status=status.HTTP_200_OK)
from models.message import Message
from models.comment import Comment
from models.content import Content
messages = Message.select().order_by(Message.id)
comments = Comment.select().order_by(Comment.id)
contents = Content.select().order_by(Content.id)
for message in messages:
print(str(message))
for comment in comments:
print(str(comment))
for content in contents:
print(str(content))
class TestMessage(unittest.TestCase):
def setUp(self):
self.message = Message()
@parameterized.expand([
['Origem 1'],
['Origem 2'],
['Origem 3'],
])
def test_set_source(self, source):
self.message.set_source(source)
self.assertEqual(self.message.get_source(), source)
@parameterized.expand([
['Destino 1'],
['Destino 2'],
['Destino 3'],
])
def test_set_target(self, target):
self.message.set_target(target)
self.assertEqual(self.message.get_target(), target)
@parameterized.expand([
[1.0],
[0.0],
[0.5],
])
def test_set_prob(self, prob):
self.message.set_prob(prob)
self.assertEqual(self.message.get_prob(), prob)
@parameterized.expand([
['Sync'],
['Async'],
['Reply'],
])
def test_set_message_type(self, message_type):
self.message.set_message_type(message_type)
self.assertEqual(self.message.get_message_type(), message_type)
class MessagesResource(Resource):
@marshal_with(Message.format())
# def get(self, user_id):
def get(self):
return list(Message.objects.all())
def message_seen(data):
db = get_db()
user = User(db).get_user_by_username(session['username'])
room = Room(db).get_users_room(user['user_id'], data)
Message(app.config['messages_location'],
room['room_name']).mark_as_seen(data)
mainPlayer.hp = commData['plHp']
enPl = commData['enemyObj']
enemyPlayer.posX = enPl['x']
enemyPlayer.posY = enPl['y']
enemyPlayer.hp = enPl['hp']
enemyPlayer.username = enPl['username']
# TODO: think of a better way to propagate enemy bullets
# so the screen wont flicker.
enemyPlayer.clear_bullets()
if enPl['bullets']:
for bullet in enPl['bullets']:
enemyPlayer.add_bullet(definitions.RED_LASER_SPRITE,
bullet['x'], (bullet['y'] - 50))
elif commData is not None and commData['isGameOver'] is not None:
glVars.messages.append(
Message(commData['message'], definitions.INFO_MESSAGE))
if commData['isWinner']:
enemyPlayer.hp = 0
else:
mainPlayer.hp = 0
isGameOver = True
# Update all visual objects
screen.blit(background, ballrect, ballrect)
# Loops through the messages (if any) and displays them.
drawUtils.draw_existing_messages(screen, glVars.messages)
drawUtils.draw_health_ui(screen, mainPlayer.hp, enemyPlayer.hp)
drawUtils.draw_username_ui(screen, mainPlayer.get_username(),
enemyPlayer.get_username())
def run(self):
User.drop_collection()
Message.drop_collection()
user1 = User()
user2 = User()
user3 = User()
user4 = User()
user1.firstName = "John"
user1.lastName = "Doe"
user1.birthDate = datetime.now()
user1.userName = "******"
user1.passHash = user1.userName
user2.firstName = "Jane"
user2.lastName = "Doe"
user2.birthDate = datetime.now()
user2.userName = "******"
user2.passHash = user2.userName
user3.firstName = "Michelle"
user3.lastName = "Nielsen"
user3.birthDate = datetime.now()
user3.userName = "******"
user3.passHash = user3.userName
user4.firstName = "Leif"
user4.lastName = "Paulsen"
user4.birthDate = datetime.now()
user4.userName = "******"
user4.passHash = user4.userName
user1.save()
user2.save()
user3.save()
user4.save()
message1 = Message()
message1.subject = "First message"
message1.text = "This is the first message ever in the system. Hello Jane this is John, how are you?"
message1.sender = user1
message1.receiver = user2
message1.save()
message2 = Message()
message2.subject = "Second message"
message2.text = "This is the second message ever in the system. Hello Jane this is Åge, how are you?"
message2.sender = user4
message2.receiver = user2
message2.save()
message3 = Message()
message3.subject = "Second message"
message3.text = "This is the Third message ever in the system. Hello Jane this is Åge, how are you?"
message3.sender = user4
message3.receiver = user1
message3.save()
Delete a message.
"""
message_json = cgi.escape(self.request.get('message'))
# Parse the JSON into Python objects
try:
message_data = json.loads(message_json)
except Exception, e:
render_json(self, {
'status': 'error',
'error': str(e),
'input': message_json
})
return
msg = Message.get_by_id(message_data['id'])
if not msg:
return render_json(self, {
'status': 'error',
'error': 'Message %(id)s not found' % message_data
})
# Update unread message cache if needed
if not msg.read:
recipient = msg.user_to
recipient.unread_messages -= 1
recipient.put()
# Delete this message from the data store
msg.delete()
def _create_message(self, content, author, event):
message = Message(content = content, author = author, event = event)
message_key = str(message.put())
return message
def clear(self):
connect("demo")
User.drop_collection()
Message.drop_collection()
def constructAuth(self, command, userId, sessionId):
ts = int(time.time() * 1000)
return Message.create(command,{
"userId":userId,
"ts":ts,
"auth":hashlib.sha256("{}:{}:{}".format(sessionId, userId, ts))})
def add():
form = request.form
Message.new(form)
return redirect(url_for('.index'))
def validate_params(self, params):
return Message.validate_params(params)
from models.message import Message message_data = [Message()]
def delete(id):
Message.delete(id)
return '删除成功'
def get_my_chats():
my_chats = Message.get_user_chats(g.current_user.id)
return jsonify(chats=my_chats)
def setUp(self):
self.pop = Populator()
self.pop.run()
self.message = Message()
self.users = User.objects
user_to_remove.remove_user(cursor)
print(f'{user_to_remove} was removed')
else:
print(
'It\'s impossible to remove this user. Please check your credentials'
)
if args.command == 'list_users':
users = User.load_all_users(cursor)
for user in users:
print(user)
if args.command == 'create_message':
user = User()
if user.verify_user(cursor, args.username, args.password):
new_message = Message()
new_message.from_user_id = args.from_user
new_message.to_user_id = args.to_user
new_message.text = args.text
Message.set_creation_date()
new_message.save_message_to_db(cursor)
print(f'message for user{args.to_user} was created')
else:
print('Your credentials don\'t work. Please check them.')
if args.command == 'view_message':
user = User()
if user.verify_user(cursor, args.username, args.password):
Message().load_message_by_id(cursor, args.id)
else:
print('Your credentials don\'t work. Please check them.')
def message_view(request):
ms = Message.all()
return html_response('messages.html', messages=ms)
def create(self, db: Session, *, obj_in: MessageCreate) -> Message:
db_obj = Message(text=obj_in.text, room_id=obj_in.room_id)
db.add(db_obj)
db.commit()
db.refresh(db_obj)
return db_obj
#!/usr/bin/env python3
import cgi
import csv
import hashlib
import base64
import sys, os
from models.session import Session
from models.message import Message
from views.chat_view import chat_view
if os.environ["REQUEST_METHOD"] == "POST":
form = cgi.FieldStorage()
nickname = form.getvalue('nickname')
session = Session(nickname)
session.last_msg = Message.get_last_msg_id()
session.save()
print("Status: 200 OK")
print("Content-type: text/html")
print(session.cookie.output())
print()
print(chat_view(nickname))
elif os.environ["REQUEST_METHOD"] == "GET":
print("Location: /login.html")
print()
def _handle_conflicts(self, conflicts, msg):
return [
Message(msg.time, MessageType.DELETE, order.id, order.qty,
order.price, order.direction)
for order in conflicts
]
