def test_tile_bad_parameters(client):
'''
As a blackmagic user, when I don't send tx, ty, acquired, date & chips
via HTTP POST the HTTP status is 400 and the response body tells
me the required parameters so that I can send a good request.
'''
tx = "not-an-integer"
ty = test.ty
acquired = test.acquired
chips = test.chips
date = test.training_date
delete_tile(test.tx, test.ty)
response = client.post('/tile',
json={
'tx': tx,
'ty': ty,
'acquired': acquired,
'chips': chips,
'date': date
})
tiles = _ceph.select_tile(tx=test.tx, ty=test.ty)
assert response.status == '400 BAD REQUEST'
assert get('tx', response.get_json()) == tx
assert get('ty', response.get_json()) == ty
assert get('acquired', response.get_json()) == acquired
assert get('date', response.get_json()) == date
assert get('chips', response.get_json()) == count(chips)
assert type(get('exception', response.get_json())) is str
assert len(get('exception', response.get_json())) > 0
assert len(list(map(lambda x: x, tiles))) == 0
async def command_leave(self, message: discord.Message):
lobby = await self.get_active_lobby()
if lobby:
user = await self.register_user(message.author)
if lobby.creator_id == user.id:
lobby.closed = datetime.utcnow()
lobby.updated = datetime.utcnow()
await self.database.update(lobby)
await message.channel.send(f"<@{user.id}> closed the lobby")
else:
match_format = await self.get_active_lobby_format(lobby)
match_players = await self.get_active_lobby_players(lobby)
if toolz.count(
filter(lambda x: x.player_id == user.id,
match_players)):
match_player = toolz.first(
filter(lambda x: x.player_id == user.id,
match_players))
await self.database.delete(match_player)
await message.channel.send(
f"<@{user.id}> has left the lobby ({len(match_players)-1}/{match_format.max_player})"
)
else:
await message.channel.send(f"<@{user.id}> isn't in a lobby"
)
else:
await message.channel.send(
f"no lobby active, use `!create [MatchFormat]`")
def build_data() -> Tuple[np.ndarray, np.ndarray]:
"""Creates a set of scikit-learn-formatted training data, from processed
images."""
num_samples = int(count(training_processed_path.iterdir()))
data = np.zeros([num_samples, HEIGHT, WIDTH])
target = np.zeros(num_samples)
for i, file in enumerate(training_processed_path.iterdir()):
im = scipy.misc.imread(file)
# todo temporary workaroudn for some images ending up 74 wide; add
# todo extra column
if im.shape[0] == HEIGHT - 1:
extra_col = np.array([np.zeros(WIDTH)])
im = np.concatenate([im, extra_col])
data[i] = im
if 'sct' in file.name:
cat = 0
elif 'ovc' in file.name:
cat = 1
else:
raise AttributeError
target[i] = cat
# Flatten each image to a 1d array.
data = data.reshape((num_samples, -1))
return data, target
def __curse_count(self):
"""
Count the number of items in sequence.
Like the builtin ``len``.
"""
return cytoolz.count(self)
def unique_mentions_per_word(mentions, field):
"""Count of unique mentions per previous/next-word
Parameters:
mentions, list: a list of Mention objects
field, string : can be one of `('previous_word', 'next_word')`
Returns:
a dictionary with words as keys and counts as values
"""
d = defaultdict(int)
groups = cytoolz.groupby(lambda x: x[field], mentions)
for k, g in groups.iteritems():
d[k] = count(unique(g, lambda x: x.text))
return d
def wrapper(*args, **kwargs):
start = datetime.now()
ctx = fn(*args, **kwargs)
d = {"tx":get("tx", ctx, None),
"ty":get("ty", ctx, None),
"date":get("date", ctx, None),
"acquired":get("acquired", ctx, None),
"chips":count(get("chips", ctx, []))}
logger.info(json.dumps(assoc(d,
"{name}_elapsed_seconds".format(name=fn.__name__),
(datetime.now() - start).total_seconds())))
return ctx
def exception_handler(ctx, http_status, name, fn):
try:
return fn(ctx)
except Exception as e:
d = {'tx': get('tx', ctx, None),
'ty': get('ty', ctx, None),
'acquired': get('acquired', ctx, None),
'date': get('date', ctx, None),
'chips': get('chips', ctx, None),
'exception': '{name} exception: {ex}'.format(name=name, ex=e),
'http_status': http_status}
logger.exception(json.dumps(assoc(d,
'chips',
count(get('chips', ctx, [])))))
return d
def test_tile_runs_as_expected(client):
'''
As a blackmagic user, when I send tx, ty, date & chips
via HTTP POST, an xgboost model is trained and saved
to Cassandra so that change segments may be classified.
'''
tx = test.tx
ty = test.ty
cx = test.cx
cy = test.cy
acquired = test.acquired
chips = test.chips
date = test.training_date
# train a model based on those segments and
# the aux data
# prepopulate a chip of segments
assert client.post('/segment',
json={
'cx': test.cx,
'cy': test.cy,
'acquired': test.acquired
}).status == '200 OK'
response = client.post('/tile',
json={
'tx': tx,
'ty': ty,
'acquired': acquired,
'chips': chips,
'date': date
})
tiles = db.execute_statement(cfg=app.cfg,
stmt=db.select_tile(cfg=app.cfg,
tx=test.tx,
ty=test.ty))
assert response.status == '200 OK'
assert get('tx', response.get_json()) == tx
assert get('ty', response.get_json()) == ty
assert get('acquired', response.get_json()) == acquired
assert get('date', response.get_json()) == date
assert get('chips', response.get_json()) == count(chips)
assert get('exception', response.get_json(), None) == None
assert len(list(map(lambda x: x, tiles))) == 1
def respond(ctx):
'''Send the HTTP response'''
body = {'tx': get('tx', ctx, None),
'ty': get('ty', ctx, None),
'acquired': get('acquired', ctx, None),
'date': get('date', ctx, None),
'chips': count(get('chips', ctx, []))}
e = get('exception', ctx, None)
if e:
response = jsonify(assoc(body, 'exception', e))
else:
response = jsonify(body)
response.status_code = get('http_status', ctx, 200)
return response
def test_tile_cassandra_exception(client):
'''
As a blackmagic user, when an exception occurs saving
models to Cassandra, an HTTP 500 is issued
with a descriptive message so that the issue may be
investigated, corrected & retried.
'''
tx = test.tx
ty = test.ty
acquired = test.acquired
chips = test.chips
date = test.training_date
delete_tile(test.tx, test.ty)
response = client.post('/tile',
json={
'tx': tx,
'ty': ty,
'acquired': acquired,
'chips': chips,
'date': date,
'test_cassandra_exception': True
})
tiles = db.execute_statement(cfg=app.cfg,
stmt=db.select_tile(cfg=app.cfg,
tx=test.tx,
ty=test.ty))
assert response.status == '500 INTERNAL SERVER ERROR'
assert get('tx', response.get_json()) == tx
assert get('ty', response.get_json()) == ty
assert get('acquired', response.get_json()) == acquired
assert get('date', response.get_json()) == date
assert get('chips', response.get_json()) == count(chips)
assert type(get('exception', response.get_json())) is str
assert len(get('exception', response.get_json())) > 0
assert len(list(map(lambda x: x, tiles))) == 0
async def command_join(self, message: discord.Message):
if await self.send_invalid_match(message):
return
lobby = await self.get_active_lobby()
if lobby:
match_format = await self.get_active_lobby_format(lobby)
match_players = await self.get_active_lobby_players(lobby)
user = await self.register_user(message.author)
if len(match_players) >= match_format.max_player:
await message.channel.send(
f"lobby is currently full, <@{lobby.creator_id}> `!start`")
elif not user.disabled:
if toolz.count(
filter(lambda x: x.player_id == user.id,
match_players)):
await message.channel.send(
f"you are already signed up for the current lobby")
else:
lobby.updated = datetime.utcnow()
async with self.database.atomic():
score = await self.get_score(user, match_format)
await self.database.create(MatchLobbyPlayer,
lobby=lobby,
player=user,
mu=score.mu,
sigma=score.sigma,
games=score.games)
lobby.updated = datetime.utcnow()
await self.database.update(lobby)
if len(match_players) + 1 >= match_format.min_player:
await message.channel.send(
f"<@{user.id}> has joined the lobby ({len(match_players) + 1}/{match_format.max_player}), "
f"<@{lobby.creator_id}> can `!start`")
else:
await message.channel.send(
f"<@{user.id}> has joined the lobby ({len(match_players) + 1}/{match_format.max_player})"
)
else:
await message.channel.send(
f"no lobby active, use `!create [MatchFormat]`")
def test_tile_training_exception(client):
'''
As a blackmagic user, when an exception occurs training
a model, an HTTP 500 is issued with a message describing
the failure so that the issue may be investigated & resolved.
'''
tx = test.tx
ty = test.ty
acquired = test.acquired
chips = test.chips
date = test.training_date
delete_tile(test.tx, test.ty)
response = client.post('/tile',
json={
'tx': tx,
'ty': ty,
'acquired': acquired,
'chips': chips,
'date': date,
'test_training_exception': True
})
tiles = _ceph.select_tile(tx=test.tx, ty=test.ty)
assert response.status == '500 INTERNAL SERVER ERROR'
assert get('tx', response.get_json()) == tx
assert get('ty', response.get_json()) == ty
assert get('acquired', response.get_json()) == acquired
assert get('date', response.get_json()) == date
assert get('chips', response.get_json()) == count(chips)
assert type(get('exception', response.get_json())) is str
assert len(get('exception', response.get_json())) > 0
assert len(list(map(lambda x: x, tiles))) == 0
def nsamples(self):
"""Amount of samples in stream.
.. warning:: This consumes the stream.
"""
return cytoolz.count(self.samples())
def support_size(self, *args):
return toolz.count(self.support(*args))
def compute_one(t, seq, **kwargs):
return cytoolz.count(seq)
def is_source_moving(self):
return count(unique(self.source, key=tuple)) != 1
def nsamples(self):
"""Amount of samples in stream.
.. warning:: This consumes the stream.
"""
return cytoolz.count(self.samples())
def support_size(self, *args):
return toolz.count(self.support(*args))
def compute_up_1d(expr, seq, **kwargs):
try:
return len(seq)
except TypeError:
return cytoolz.count(seq)
def compute(t, seq):
parent = compute(t.parent, seq)
return cytoolz.count(unique(parent))
def is_receiver_moving(self):
return count(unique(self.receiver, key=tuple)) != 1
def compute_up_1d(expr, seq, **kwargs):
try:
return len(seq)
except TypeError:
return cytoolz.count(seq)
def compute_up(t, seq, **kwargs):
return cytoolz.count(filter(None, seq))
def compute_up_1d(t, seq, **kwargs):
return cytoolz.count(filter(None, seq))
