def test_sam_error(self):
status = Status(self._mock_sam_api(False), {"fence": self._mock_fence_api(True)})
self.assertItemsEqual(status.get(), [
{"ok": True, "message": "", "subsystem": Subsystems.memcache},
{"ok": True, "message": "", "subsystem": Subsystems.datastore},
{"ok": True, "message": "", "subsystem": "fence"},
{"ok": False, "message": "sam down", "subsystem": Subsystems.sam},
])
def test_datastore_error(self):
status = Status(self._mock_sam_api(True), {"fence": self._mock_fence_api(True)})
status._datastore_status = MagicMock(return_value=(False, "datastore down"))
self.assertItemsEqual(status.get(), [
{"ok": True, "message": "", "subsystem": Subsystems.memcache},
{"ok": False, "message": "datastore down", "subsystem": Subsystems.datastore},
{"ok": True, "message": "", "subsystem": "fence"},
{"ok": True, "message": "", "subsystem": Subsystems.sam},
])
def search_tweets(trend):
try:
search_results = twitter.search(q=trend.query, lang='es', count='100')
except TwythonError as e:
print e
aux = 0
for status in search_results.get(u'statuses', []):
s = Status(status, trend)
print s.text
s.save()
def join_go_terms_with_genes():
client = pymongo.MongoClient()
terms = client.go.terms.find()
status = Status('joining terms with genes').n(terms.count())
for k, term in enumerate(terms):
status.log(k)
genes = client.go.genes.find({'go': term['go']})
term['genes'] = list(set(g['gene'] for g in genes))
term['n_genes'] = len(term['genes'])
client.go.terms.save(term)
status.stop()
def advance_to_next_game(self):
# We only need to check the preferred team's game status if we're
# rotating during mid-innings
if self.config.rotation_preferred_team_live_mid_inning and not self.is_offday_for_preferred_team():
preferred_overview = self.fetch_preferred_team_overview()
if Status.is_live(preferred_overview.status) and not Status.is_inning_break(preferred_overview.inning_state):
self.current_game_index = self.game_index_for_preferred_team()
self.overview = preferred_overview
self.needs_refresh = False
self.__update_layout_state()
self.print_overview_debug()
return self.current_game()
self.current_game_index = self.__next_game_index()
return self.current_game()
def get(self):
debug = self.request.get('debug',False)
self.response.out.write('<ul>')
#自分宛のreplyを取得
twitter = TwitterClient()
replies = twitter.getReplies()
replies.reverse()
for reply in replies:
text = reply['text']
texts = reply['text'].split()
#全角スペースに対応
if len(texts) < 2:
texts = reply['text'].split(u' ')
if len(texts) < 2:
self.response.out.write('<li>[%s] is irregure</li>'%(text))
continue
keyword = texts[1]
user = reply['user']
#自分のreplyは無視
if user['screen_name'] == self.username :
self.response.out.write('<li>[%s] is my status</li>'%(text))
continue
#既に処理済みのreplyも無視
if not Status.isNewStatus( reply['id'] ) :
self.response.out.write('<li>[%s] is old status</li>'%(text))
continue
#位置を取得
finder = LocationFinder()
loc = finder.find( keyword )
if not loc:
#見つからなかった
mes = self.fail_message%( reply['user']['screen_name'] ,keyword)
else:
#見つかった
mes = self.success_message[loc['type']]%( reply['user']['screen_name'] , loc['title'] , 'L:' + str(loc['lat']) + "," + str(loc['lon']) + ' ' + loc['url'] )
#返信した内容を保存
Status.saveStatus( reply,loc,mes )
#twitterのstatusを更新
if not debug:
twitter.sendReply( mes , reply['id'])
self.response.out.write('<li>[%s]:[%s]</li>'%(keyword,mes) )
self.response.out.write('</ul>')
def get_status_dict(self):
# It will returns a serialized status in mem_cache
serialized_status = memcache.get_multi(self.status_ids,
key_prefix='status')
# Just copying my status_ids list to make some changes localy
missing_status_ids = list(self.status_ids)
game_status = {}
for status_id, status in serialized_status.iteritems():
game_status[status_id] = deserialize(status)
missing_status_ids.remove(status_id)
# Taking the missing status in database and add them in memcache
if missing_status_ids:
missing_status = Status.get(missing_status_ids)
serialized_status = {}
for status in missing_status:
game_status[status_id] = deserialize(status)
serialized_status[status.id] = serialize(status)
memcache.set_multi(serialized_status, key_prefix='status')
# I really dunno why, but the game_status list in this function
# works like a list of string, and when this function pass to some
# function or when it returns, game_status assume its really identity
# that is a list of status, not a list of strings... (crazy, I know)
self.actualise_status(game_status)
return game_status # Returns a random list of Status playing this game
class BondStatusApi(remote.Service):
def __init__(self):
sam_base_url = config.get('sam', 'BASE_URL')
providers = {provider_name: FenceApi(config.get(provider_name, 'FENCE_BASE_URL'))
for provider_name in config.sections() if provider_name != 'sam'}
sam_api = SamApi(sam_base_url)
self.status_service = Status(sam_api, providers)
@endpoints.method(
message_types.VoidMessage,
StatusResponse,
path='/status',
http_method='GET',
name='status')
def status(self, request):
subsystems = self.status_service.get()
ok = all(subsystem["ok"] for subsystem in subsystems)
response = StatusResponse(ok=ok,
subsystems=[SubSystemStatusResponse(ok=subsystem["ok"],
message=subsystem["message"],
subsystem=subsystem["subsystem"])
for subsystem in subsystems])
if ok:
return response
else:
raise endpoints.InternalServerErrorException(response)
def __init__(self, config):
self.config = config # 应用程序配置
self.connections = 0 # 连接客户端列表
if self.config['savetime'] != 0: # 不保存数据
self.thread = PeriodicCallback(self.save_db,
int(self.config['savetime']) * 1000)
self.thread.start() # 背景保存服务线程启动
self.workpool = ThreadPool(int(config['work_pool'])) # 工作线程池
self.status = Status(CacheServer.status_fields) # 服务器状态
self.slave_clients = {} # 同步客户端
self.is_sync = False # 是否在同步
if self.config['master'] is not None: # 从服务器启动
shutil.rmtree(config['db'])
self.master_server = PyCachedClient(self.config['master'][0],
self.config['master'][1])
self.master_server.sync(self.config['port'])
self.slavepool = None
self.slave = True # 是否为Slave模式
else: # 主服务器启动, 需要启动从命令工作线程
self.slavepool = ThreadPool(int(config['slave_pool'])) # slave Command send pools
self.slave = False # 是否为Slave模式
self.memory = Memory(config['db']) # 缓存服务类
super(CacheServer, self).__init__()
def stop(self):
self.active = False
game_slugs = get_game_slugs()
if self.slug in game_slugs:
game_slugs.remove(self.slug)
memcache.set('game_slugs', game_slugs)
serialized_status = memcache.get_multi(self.status_ids,
key_prefix='status')
# Just copying my status_ids list to make some changes localy
missing_status_ids = list(self.status_ids)
for status_id, status in serialized_status.iteritems():
deserialized_status = deserialize(status)
deserialized_status.player.leave_game(self)
missing_status_ids.remove(status_id)
# Taking the missing status in database
if missing_status_ids:
missing_status = Status.get(missing_status_ids)
for status in missing_status:
status.player.leave_game(self)
memcache.delete('game'+self.slug)
self.status_ids = []
self.put()
def load_go_terms():
info = {
'database': 'go',
'collection': 'terms',
'url': 'http://geneontology.org/ontology/go.obo',
'timestamp': time.time()
}
client = pymongo.MongoClient()
collection = client[info['database']][info['collection']]
collection.drop()
with mktemp() as pathname:
filename = os.path.join(pathname, 'go.obo')
log.debug('downloading %s to %s', info['url'], filename)
subprocess.call(['wget', info['url'], '-O', filename])
with open(filename, 'rt') as fid:
status = Status(filename, log).fid(fid).start()
obj = None
state = None
for line in fid:
status.log()
line = line.strip()
if line and not line.startswith('!'):
if line[0] == '[' and line[-1] == ']':
if state == 'Term' and obj:
collection.insert(obj)
state = line[1:-1]
obj = {}
elif state == 'Term':
key, _, value = line.partition(': ')
if value:
if key == 'id':
obj['go'] = value
else:
try:
obj[key].append(value)
except KeyError:
obj[key] = value
except AttributeError:
obj[key] = [obj[key], value]
status.stop()
if state == 'Term' and obj:
collection.insert(obj)
collection.create_index('go')
update_info(info)
def read_net(self, event=None):
if self.reading_net: return gtk.TRUE
self.reading_net = True
inKB, outKB = Status.getNet()
if inKB > 9999: inKB = 999
if outKB > 999: outKB = 999
pingTimeGoogle = Status.getPingTime("google.com")
if self.gw == None:
self.gw = get_gw()
print "gateway:", self.gw
if self.gw != None:
pingTimeGW = Status.getPingTime(self.gw, 2)
self.statusStr = "%04d" % inKB +":"+"%03d" % outKB +"K/s " + " " + \
pingTimeGoogle + "|" + pingTimeGW + "ms"
if pingTimeGW == "-1":
try:
self.gw = get_gw()
print "gateway:", self.gw
except:
pass
self.statusStr = self.statusStr
else:
self.statusStr = strike("NET ")
print "%.2f " % (time.time() - self.t), self.statusStr
self.ind.set_label(self.statusStr)
if self.gw != None:
fullStatusStr = "UP: %03d" % inKB +"K/s\n"+"DOWN: %03d" % outKB +"K/s\n" + \
"Google ping: " + pingTimeGoogle + "ms\n" + \
"GW (" + self.gw + ") ping: " + pingTimeGW
else:
fullStatusStr = "No network"
self.netMenuItem.set_label(fullStatusStr)
self.counter += 1
icon_name = "network"
net_level = 5.0
if outKB >= net_level:
icon_name += "-transmit"
if inKB >= net_level:
icon_name += "-receive"
if outKB < net_level and inKB < net_level:
icon_name += "-idle"
self.ind.set_icon(icon_name)
self.t = time.time()
self.reading_net = False
return gtk.TRUE
def __init__(self):
sam_base_url = config.get('sam', 'BASE_URL')
providers = {provider_name: FenceApi(config.get(provider_name, 'FENCE_BASE_URL'))
for provider_name in config.sections() if provider_name != 'sam'}
sam_api = SamApi(sam_base_url)
self.status_service = Status(sam_api, providers)
def advance_to_next_game(self):
# We only need to check the preferred team's game status if we're
# rotating during mid-innings
if self.config.rotation_preferred_team_live_mid_inning and not self.is_offday_for_preferred_team(
):
preferred_overview = self.fetch_preferred_team_overview()
if Status.is_live(
preferred_overview.status) and not Status.is_inning_break(
preferred_overview.inning_state):
self.current_game_index = self.game_index_for_preferred_team()
self.overview = preferred_overview
self.needs_refresh = False
self.__update_layout_state()
self.print_overview_debug()
return self.current_game()
self.current_game_index = self.__next_game_index()
return self.current_game()
def start_up(self):
""" set the initial values of the registers
Status (P) = $34
A, X, Y = 0
Stack Pointer = $FD
$4017 = $00 (frame irq enabled)
$4015 = $00 (all channels enabled)
$4000-$400F = $00 (disabled)
"""
# TODO Hex vs Binary
self.pc_reg = np.uint16(0)
self.status_reg = Status()
self.sp_reg = np.uint8(0xFD)
self.x_reg = np.uint8(0)
self.y_reg = np.uint8(0)
self.a_reg = np.uint8(0)
def get(self):
twitter = TwitterClient()
statuses = Status.getStatuses(20)
user = twitter.getUser( self.username )
def urlify(txt):
if txt:
txt = re.sub('(https?:\/\/[-_.!~*\'()a-zA-Z0-9;/?:@&=+$,%#]+)',
'<a href="\\1">Link</a>', txt)
return txt
def getMapUrl(loc,type):
if not loc:
return None;
if type == "google" :
url = u'http://maps.google.com/staticmap?'
url += urllib.urlencode( {
'center' : str(loc.lat) + ',' + str(loc.lon),
'markers' : str(loc.lat) + ',' + str(loc.lon),
'size' : '460x320',
'zoom' : '15',
'key' : self.google_key,
} )
else :
url = u'http://tp.map.yahoo.co.jp/mk_map?'
url += urllib.urlencode( {
'prop' : 'clip_map',
'scalebar' : 'off',
'pointer' : 'off',
'width' : '460',
'height' : '320',
'datum' : 'wgs84',
'lat' : loc.lat,
'lon' : loc.lon,
'pin' : str(loc.lat) + "," + str(loc.lon),
'sc' : 4,
})
return url
list = []
for status in statuses:
list.append( {
'text' : status.text,
'reply' : urlify(status.reply),
'user_screen_name' : status.user_screen_name,
'user_profile_image_url' : status.user_profile_image_url,
'loc_url' : status.loc_url,
'map' : getMapUrl( status.loc_point , status.loc_type ),
})
values = {
'list' : list,
'user' : user,
}
path = os.path.join(os.path.dirname(__file__), 'main.html')
self.response.out.write( template.render(path,values))
def start_up(self):
"""
set the initial values of cpu registers
status reg: 000100 (irqs disabled)
x, y, a regs: 0
stack pointer: $FD
$4017: 0 (frame irq disabled)
$4015: 0 (sound channels disabled)
$4000-$400F: 0 (sound registers)
"""
# TODO Hex vs binary
self.pc_reg = np.uint16(0) # 2 byte
self.status_reg = Status()
self.sp_reg = np.uint8(0xFD)
self.x_reg = np.uint8(0)
self.y_reg = np.uint8(0)
self.a_reg = np.uint8(0)
def __init__(self):
cfg = ConfigParser.ConfigParser()
cfg.read("/opt/iot-integration/config.ini")
self.rabbitmq = Rabbitmq(cfg)
self.device = Device(cfg)
self.register = Register(cfg)
self.status = Status(cfg)
self.controller = Controller(cfg)
self.db = Db(cfg)
def hub_status_update():
if request.method == 'GET':
return render_template('status_update.html', status=Status().status)
elif request.method == 'POST':
if not (request.form['state'] == '0' or request.form['state'] == '1'):
abort(400)
new_status(request.form['state'], request.form['message'],
session['username'])
return redirect('/hub/status')
def _register_status(self, client_id, channel_id, vc_channel_id):
guild = self._lb.client.get_channel(channel_id).guild
status = Status(client_id=client_id,
guild_id=guild.id,
channel_id=channel_id,
voice_channel_id=vc_channel_id)
if status in self._status_list:
return
self._status_list.append(status)
def update():
status = Status.instance()
updates = request.get_data().split("&")
for u in updates:
key, value = u.split("=")
print "updating {0} to {1}".format(key, value)
status.update(key, value)
return ""
def hub_apply_for_membership():
if not session.get('application_username'):
return redirect('/hub/')
try:
m = Member(session['application_username'])
except:
pass
else:
session['username'] = session['application_username']
del session['application_username']
return redirect('/hub/')
db = get_db()
cur = db.cursor()
cur.execute('SELECT 1 FROM application WHERE username=?',
(session['application_username'], ))
if cur.fetchone():
cur.close()
return render_template('membership_apply_thanks.html',
status=Status().status)
cur.close()
if request.method == 'GET':
return render_template('membership_apply.html', status=Status().status)
else:
try:
username = session['application_username']
realname = request.form['realname']
nickname = request.form['nickname']
email = request.form['email']
address = request.form['address']
except KeyError:
return redirect('/hub/apply-for-membership')
cur = db.cursor()
cur.execute(
"""insert into application (username, realname,
nickname, email, address, received) values (?, ?, ?, ?, ?, strftime('%s', 'now'))""",
(username, realname, nickname, email, address))
db.commit()
cur.close()
return render_template('membership_apply_thanks.html',
status=Status().status)
class StateMachine:
def __init__(self, GameServer, name) -> None:
self.status = Status(name=name)
self.GameServer = GameServer
self.turret_controls = TurretMovement(GameServer=GameServer, status=self.status)
self.body_controls = BodyMovement(GameServer=GameServer, status=self.status)
self.turret_states = list(map(
lambda State: State(self.turret_controls, self.body_controls, self.status),
AVAILABLE_TURRET_STATES
))
self.body_states = list(map(
lambda State: State(self.turret_controls, self.body_controls, self.status),
AVAILABLE_BODY_STATES
))
self.current_turret_state_i = 0
self.current_turret_state = self.turret_states[0]
self.current_body_state_i = 0
self.current_body_state = self.body_states[0]
def update(self, message: Message) -> None:
self.status.update(message=message)
logging.info(f"Recieved message {message.type}: {message.payload}")
def choose_state(self) -> None:
body_priorities = [
self.body_states[i].calculate_priority(
is_current_state=(i == self.current_body_state_i)
) for i in range(len(self.body_states))
]
turret_priorities = [
self.turret_states[i].calculate_priority(
is_current_state=(i == self.current_turret_state_i)
) for i in range(len(self.turret_states))
]
logging.info(f"Body: {body_priorities}\nTurret: {turret_priorities}")
self.current_body_state_i = body_priorities.index(max(body_priorities))
self.current_turret_state_i = turret_priorities.index(max(turret_priorities))
self.current_body_state = self.body_states[self.current_body_state_i]
self.current_turret_state = self.turret_states[self.current_turret_state_i]
def perform_current_state(self) -> None:
logging.info(f"Performing states: {self.current_body_state} {self.current_turret_state}")
self.current_body_state.perform()
self.current_turret_state.perform()
def init(cls):
# Set up Slack
load_dotenv()
slack = Slack(os.getenv('QS_TOKEN'))
# Read statuses
statuses_raw = Config.read_config('statuses')
statuses = {
key: Status.from_dict(statuses_raw[key])
for key in statuses_raw
}
# Read default status stack
default_statuses = []
defaults = Config.read_config('defaults')
try:
for status in defaults['statuses']:
default_statuses.append(Status.from_dict(status))
except KeyError:
defaults['statuses'] = []
# Read default Do Not Disturb
default_dnd = Expiration.from_timestamp(defaults.get('dnd', None))
# If either the default status or default DND are expired, the config will need to be rewritten
rewrite = False
while len(default_statuses) > 0:
if default_statuses[-1].status_expiration.is_expired():
default_statuses.pop()
rewrite = True
else:
break
if default_dnd is not None and default_dnd.is_expired():
default_dnd = None
rewrite = True
config = cls(slack, statuses, default_statuses, default_dnd)
# Rewrite the config, if needed
if rewrite:
config.write_config()
return config
def __init__(self, clientName, run=True):
self.clientName = clientName
self.isrunning = run
self.localTimestamp = time()
self.localDateTime = datetime.fromtimestamp(self.localTimestamp)
logMessage = f'\n\n{self.localDateTime}\nSession created with "{self.clientName}" credentials and run = {run}'
log.event_log_append(logMessage)
log.raw_log_append(logMessage)
# RESTRICTIONS TO BE IMPLEMENTED... WHERE?
# statuses = [] # [ID, runningOrClosed, crashingInfo, *args]
self.market = MarketManager()
self.wait = DEFAULT_WAIT
if self.isrunning:
self.sessionID = ID("session")
logMessage = f'Session has started with session ID: {self.sessionID.partialID}.\n'
log.event_log_append(logMessage)
log.raw_log_append(logMessage)
while self.isrunning:
log.event_log_append('\nCurrent marketsBuffer = ', self.market.marketsBuffer)
try:
self.newStatus = Status(self.clientName, self.market.current())
self.wait = DEFAULT_WAIT
except IDOverflowError or IndexError:
self.statusIDReset = ID("status", getNew=False, reset=True)
self.isrunning = False
logMessage = f'\nSession terminated for statusID overflow.\n'
log.event_log_append(logMessage)
log.raw_log_append(logMessage)
break
"""
except Exception as err:
if self.wait < MAX_WAIT: self.wait *= WAIT_MULTIPLIER_0
logMessage = f'\nStatus crashed with error:\n {err.__repr__()}\n'
log.event_log_append(logMessage)
log.raw_log_append(logMessage)
"""
self.market.set_next_to_current()
"""
#if newStatus.getMarketData() is different from marketData, update sessionConfig.json
try: self.lastMarket = newStatus.getMarketData()
except: self.lastMarket = self.marketsBuffer[0]
if len(self.marketsBuffer) > 1:
self.marketsBuffer = self.marketsBuffer[1:]
self.marketsBuffer.append(self.lastMarket)
"""
sleep(self.wait)
def api_statuses_post_list():
if not request.mimetype == 'application/json':
return BadRequest("Wrong content-type. Need json.")
data = request.json
if 'message' not in data or data['message'] not in STATUS_CHOICES:
return BadRequest("Missing or invalid message field. "
"Possible values: %s." % STATUS_CHOICES)
status = Status(message=data['message'])
try:
session.add(status)
session.commit()
except:
# Not sure what else can happen but.. you never know!
session.rollback()
return BadRequest()
return jsonify(status.serialize())
def __init__(self):
self.adc = ADCReader()
self.config = Config()
self.status = Status()
self.controller = Controller()
self.freeze_status = 0
self.filter_status = 0
self.last_alert = datetime.datetime.utcfromtimestamp(0)
self.adclock = threading.Lock()
Timer(30.0, self.filter_timer).start()
def init():
Leds.data = Config.getParam("stripes")
Leds.np = {}
Leds.cnt = 0
for s in Leds.data.keys():
pin = Leds.data[s]["pin"]
count = Leds.data[s]["size"]
Leds.cnt += count
mode = Leds.data[s]["mode"]
Status.log("Init stripe %s on pin %s" % (s, pin))
Leds.np[s] = NeoPixel(machine.Pin(pin), count)
if "leds" in Leds.data[s]:
for i in range(1, count):
if i in Leds.data[s]["leds"]:
Leds.np[s][i - 1] = tuple(
Leds.fromHtml(Leds.data[s]["leds"][i]))
Leds.np[s].write()
if mode == "random":
Leds.random(s)
def __init__(self, master):
'''Intialize the game tic-tac-toe'''
# Save a reference to app root
self.master = master
# Load Game Images (Just Once)
self.load_images()
# Init game state
self.player = 0
self.buttons = []
# Init Widgets
self.build_game_board()
self.build_actions_frame()
self.status = Status(master)
self.status.grid(row=0, columnspan=2, pady=10)
def __valid_room_names(self, sender):
""" Check whether room names given are existing in database. Once there is a non-existing
room name, return an error code 497 and no message is sent.
"""
for roomName in self.rooms:
# if roomName not in self.table.rooms:
if not self.table.has_room(roomName):
return MessageStatus(497, "Room not found", True, sender,
roomName, '', self.message)
return Status(200, "success")
def scan():
roms = Sensors.ow.scan()
for rom in roms:
romid = "".join("%02x" % i for i in rom)
found = False
for s in Sensors.data["roms"].keys():
if romid == Sensors.data["roms"][s]["rom"]:
found = True
continue
if not found:
nid = Sensors.getNextId()
Sensors.addSensor(nid, romid)
Status.log("Adding sensor %s[%s]" %
(nid, Sensors.data["roms"][nid]["rom"]))
for s in Sensors.data["roms"].keys():
if (Status.loops - Sensors.data["roms"][s]["last"]) > 60:
Status.log("Removing stale sensor %s[%s]" %
(s, Sensors.data["roms"][s]["rom"]))
Sensors.removeSensor(s)
def qiudog(request):
statuses = Status.get_friends_statuses(30)
for status in statuses:
for pic in status.pic_urls:
pic.thumbnail_pic = pic.thumbnail_pic.replace('thumbnail','large')
if hasattr(status,'retweeted_status'):
for pic in status.retweeted_status.pic_urls:
pic.thumbnail_pic = pic.thumbnail_pic.replace('thumbnail','large')
lastBuildDate = statuses[0].created_at
return render_to_response('rss.xhtml',locals())
def test_equality(self):
s = Status(Status.INIT)
# testing __eq__
assert (s == Status.INIT), 'should be true.'
assert (s == 'I'), 'should be true.'
assert not (s == 7), 'should be false.'
assert not (s != Status.INIT), 'should be false.'
assert not (s != 'I'), 'should be false.'
assert (s != 7), 'should be true.'
def parse_edges(dir, meta_id, id_to_symbol, id_to_ensembl, threshold):
for filename in glob.glob(os.path.join(dir, '*.cor')):
with open(filename) as fid:
status = Status('processing ' + filename, logger=log).fid(fid).start()
for line in fid:
status.log()
try:
source, target, correlation, pvalue = line.split()
correlation = float(correlation)
except Exception as e:
log.error(e.message)
continue
if math.fabs(correlation) > threshold:
try:
yield {'source': id_to_ensembl[source], 'target': id_to_ensembl[target], 'correlation': correlation, 'pvalue': float(pvalue), 'meta': meta_id}
except KeyError as e:
log.error('could not map identifier %s (%s)', e.message, id_to_symbol.get(e.message))
status.stop()
def parseRequest(self, URL, artist=None, song=None):
"""Figure out what kind of download option the user wants"""
statusObject = Status()
ytdl_cmd_args = [] # append cmd arguments to this
self.download(URL, ytdl_cmd_args, statusObject)
#print statusObject.toDict()
return statusObject
def update(self):
z = self.vehicle.z
H_dot_front = self.H.dot(z[15:18])
H_dot_following = self.H.dot(z[18:21])
H_dot_self = self.H.dot(self.vehicle.estimated_status)
self.vehicle.front_estimated_status = Status(*self.mean_(
self.dummy_front_status_list(z, H_dot_self, H_dot_front,
H_dot_following)))
self.vehicle.estimated_status = Status(*self.mean_(
self.dummy_status_list(z, H_dot_self, H_dot_front,
H_dot_following)))
self.vehicle.following_estimated_status = Status(*self.mean_(
self.dummy_following_status_list(z, H_dot_self, H_dot_front,
H_dot_following)))
self.vehicle.front_estimated_diff = Status(*self.mean_(
self.dummy_front_diff_list(z, H_dot_self, H_dot_front,
H_dot_following)))
self.vehicle.following_estimated_diff = Status(*self.mean_(
self.dummy_following_diff_list(z, H_dot_self, H_dot_front,
H_dot_following)))
def check():
t = machine.RTC().datetime()
for r in Relays.data.keys():
rel = Relays.data[r]
pin = machine.Pin(rel["pin"], machine.Pin.OUT)
toreplace = {"dow": t[6], "hod": t[4], "moy": t[1], "year": t[0]}
for s in Sensors.data["roms"].keys():
toreplace["s%s" % s] = Sensors.getValue(s)
si = rel["condition"]
for r in toreplace.keys():
si = si.replace("{%s}" % r, toreplace[r])
Status.log("Eval condition: %s" % si)
try:
if eval(si):
pin.value(1)
else:
pin.value(0)
except Exception:
Status.log("Bad condition!")
pass
def start_up(self):
# Set initial values of registers
# https://wiki.nesdev.com/w/index.php/CPU_power_up_state
# SP = $FD
self.p_reg = Status()
self.a_reg = bytes.fromhex('00')
self.x_reg = bytes.fromhex('00')
self.y_reg = bytes.fromhex('00')
self.sp_reg = bytes.fromhex('FD')
def _parseRequest():
midx = HTTP.data[0].find(" ")
rest = HTTP.data[0][midx + 1:]
if midx >= 0:
HTTP.Method = HTTP.data[0][0:midx]
else:
Status.log("Bad HTTP request %s!" % HTTP.data[0])
HTTP.Valid = False
uidx = rest.find(" ")
if uidx >= 0:
HTTP.Uri = HTTP.urlDecode(rest[0:uidx])
HTTP.Version = rest[uidx + 1:]
ridx = HTTP.Uri.find("?")
if ridx >= 0:
HTTP.Request = HTTP.Uri[0:ridx]
HTTP.Params = HTTP.Uri[ridx + 1:]
else:
HTTP.Request = HTTP.Uri
HTTP.Params = ""
HTTP.Valid = True
def main():
settings = Settings()
listaCam = []
status = Status()
for item in settings.cameras:
listaCam.append(
Camera(item[0], item[1], item[2], item[3], item[4], item[5],
item[6], status))
def parse_input_info(cfg_arr, sts_arr, control=None):
# read the config and status files
if cfg_arr:
config = Config.parse_config_info(cfg_arr, control)
else:
config = None
if sts_arr:
status = Status.parse_status_info(sts_arr)
else:
status = None
return config, status
def __init__(self, serial: str):
self.serial = serial
self.model = "Mock Printer"
self.status = Status(model="MOCK PRINTER",
media_width=62,
media_length=0,
media_type="Continuous",
errors=0,
status_type=StatusType.PhaseChange,
phase=PhaseState.Receiving,
notification=0)
def request_new_places(message):
send_contact_info(message)
db_interface.set_status(message.chat.id,
Status.create_status("add_place", "if_want"))
keyboard = ReplyKeyboardMarkup(row_width=2,
resize_keyboard=True,
one_time_keyboard=True)
keyboard.add(dont_want_to_suggest)
bot.send_message(message.chat.id, (
"А ещё ты можешь предложить нам добавить в сервис новое заведение.\n" +
"Напиши мне название заведения, которое ты хотел бы добавить"),
reply_markup=keyboard)
def get_platforms(status = None):
"""
Return all platforms in the system
Args:
status (Status): a debug status object
Return:
(list of platforms)
Raises:
Nothing
"""
if status is None:
status = Status()
platforms = []
pscanner = PlatformScanner()
platform_dict = pscanner.get_platforms()
platform_names = platform_dict.keys()
if "sim" in platform_names:
#If sim is in the platform names move it to the back
platform_names.remove("sim")
platform_names.append("sim")
for platform_name in platform_names:
if status: status.Debug("Platform: %s" % str(platform_name))
#Get a reference to a platform object (like sim, or dionysus)
platform_instance = platform_dict[platform_name](status)
#Scan for instances of that particular platform
instances_dict = platform_instance.scan()
for name in instances_dict:
n = instances_dict[name]
if n is not None:
if status: status.Debug("Found a Nysa Instance: %s" % name)
platforms.append(n)
return platforms
def parse_edges(dir, meta_id, id_to_symbol, id_to_ensembl, threshold):
for filename in glob.glob(os.path.join(dir, '*.cor')):
with open(filename) as fid:
status = Status('processing ' + filename,
logger=log).fid(fid).start()
for line in fid:
status.log()
try:
source, target, correlation, pvalue = line.split()
correlation = float(correlation)
except Exception as e:
log.error(e.message)
continue
if math.fabs(correlation) > threshold:
try:
yield {
'source': id_to_ensembl[source],
'target': id_to_ensembl[target],
'correlation': correlation,
'pvalue': float(pvalue),
'meta': meta_id
}
except KeyError as e:
log.error('could not map identifier %s (%s)',
e.message, id_to_symbol.get(e.message))
status.stop()
def load_go_genes():
info = {
'database': 'go',
'collection': 'genes',
'url': 'http://geneontology.org/gene-associations/gene_association.goa_human.gz',
'timestamp': time.time()
}
client = pymongo.MongoClient()
collection = client[info['database']][info['collection']]
collection.drop()
with mktemp() as pathname:
filename = os.path.join(pathname, 'gene_association.goa_human.gz')
log.debug('downloading %s to %s', info['url'], filename)
subprocess.call(['wget', info['url'], '-O', filename])
log.debug('gunzip %s', filename)
subprocess.call(['gunzip', filename])
filename, _ = os.path.splitext(filename)
with open(filename, 'rt') as fid:
log.debug('creating a name to emsembl id lookup table from go genes...')
go_genes = set([line.split('\t')[2] for line in fid if not line.startswith('!')])
name_to_id = genemania.id_lookup_table(go_genes)
with open(filename, 'rt') as fid:
status = Status(filename, log).fid(fid).start()
for line in fid:
status.log()
if not line.startswith('!'):
tokens = line.split('\t')
obj = {
'gene': name_to_id.get(tokens[2]),
'go': tokens[4]
}
collection.insert(obj)
status.stop()
update_info(info)
collection.create_index('go')
collection.create_index('gene')
def init():
gc.enable()
Status.init()
if not Config.init():
Config.factoryReset()
Config.init()
Wifi.init()
Leds.init()
Sensors.init()
Relays.init()
if Config.getParam("time", "ntp"):
i = 1
try:
while i < 5 and not ntpclient.settime(Config.getParam("time", "ntp"), Config.getParam("time", "offset")):
Status.log("Getting time from NTP... (%s)" % i)
i += 1
rtc = machine.RTC()
t = rtc.datetime()
except Exception:
t = utime.localtime(0)
else:
t = utime.localtime(0)
Status.log('Date: {:04d}.{:02d}.{:02d} {:02d}:{:02d}:{:02d}'.format(t[0], t[1], t[2], t[4], t[5], t[6]))
# Init timer
tim = machine.Timer(0)
tim.init(period=50, mode=machine.Timer.PERIODIC, callback=tick50mS())
def find_status(self): from status import Status dist = self.sensor.find_distance() # self.rgbLed.all_off() status = Status(door = self, distance = dist) if dist > 20 or dist == 0: # Bad reading self.rgbLed.blueLed.on() self.rgbLed.redLed.off() self.rgbLed.greenLed.off() status.isError = True else: if dist > 3: status.isDoorUp = False self.rgbLed.greenLed.on() self.rgbLed.redLed.off() self.rgbLed.blueLed.off() else: status.isDoorUp = True self.rgbLed.redLed.on() self.rgbLed.greenLed.off() self.rgbLed.blueLed.off() if dist > 6: status.isCarPresent = False else: status.isCarPresent = True return status
def location_recieved(message):
status = db_interface.get_status(message.chat.id)
log_location(message)
if not Status.was_choosed_smth(status):
bot.send_message(message.chat.id, "Я узнаю, где ты, позже")
return
bot.send_message(message.chat.id,
"Лучшие места для тебя:",
reply_markup=ReplyKeyboardHide())
db_interface.set_status(message.chat.id, Status.choosed_to_geo(status))
places_list = places.get_top_of_places(status, message.location)
for place in places_list:
keyboard = InlineKeyboardMarkup()
callback_button = InlineKeyboardButton(text="👍 Интересно!",
callback_data="place_{}".format(
place[0]))
keyboard.add(callback_button)
for m in place[1]:
bot.send_message(message.chat.id,
m,
parse_mode='Markdown',
reply_markup=keyboard)
keyboard = ReplyKeyboardMarkup(row_width=1,
resize_keyboard=True,
one_time_keyboard=True)
button_change_category = KeyboardButton(text=change_category)
keyboard.add(button_change_category)
bot.send_message(
message.chat.id,
('Чтобы узнать кодовое слово нажми 👍 под постом\n\n' +
'Чтобы посмотреть предложения в других категориях нажми' +
' "Изменить категорию" ⬇️'),
reply_markup=keyboard)
class DisplayPanel(object): def __init__(self, surface, pos, player, images): self.surface = surface self.pos = pos self.player = player self.images = images self.optionsPos = (0,0) self.optionsRect = pygame.Rect(self.optionsPos, (Cell.size * 12, Cell.size * 6)) self.options = Options(self.surface.subsurface(self.optionsRect), self.optionsPos, self.player, images) self.statusPos = (0, Cell.size * 6 + Cell.size) self.statusRect = pygame.Rect(self.statusPos, (Cell.size * 12, Cell.size)) self.status = Status(self.surface.subsurface(self.statusRect), self.statusPos, self.player, images) self.logPos = (0, Cell.size * 7 + (Cell.size * 2)) self.logRect = pygame.Rect(self.logPos, (Cell.size * 12, Cell.size * 8)) self.log = Output(self.surface.subsurface(self.logRect), self.logPos, self.player.log) def draw(self): self.options.draw() self.status.draw() self.log.draw() def notify(self, pos, event): vec = Vector2(pos) vec -= self.pos point = (int(vec[0]), int(vec[1])) if self.optionsRect.collidepoint(point): self.options.notify(point, event) if self.statusRect.collidepoint(point): self.status.notify(point, event) if self.logRect.collidepoint(point): self.log.notify(point, event)
def __init__(self, game=None):
self.token = 'Token ' + token
self.base_url = base_url
self.next_action_time = time.time()
self.current_room = Room()
self.queue = Queue()
self.game = game
self.actions = Actions(self)
self.status = Status()
self.init()
self.has_dash = True
self.has_flight = True
self.last_examine = dict()
def run(self):
i = 0
statusStr = " Init... "
while(self.parent.alive.isSet()):
if self.mustExit: return
# update stats every 2s
if not (i % 2):
# statusStr = Status.getCpuPerc() + " | " +
# statusStr = Status.getTemp() + " | " +
statusStr = Status.getNet() + " | " + \
Status.getPingTime()
self.parent.updateText(statusStr)
temp = Status.getTemp()
if temp < 50: iconNum = 1
elif temp < 70: iconNum = 2
elif temp < 80: iconNum = 3
elif temp < 90: iconNum = 4
else: iconNum = 5
self.parent.setIcon("/home/sah/dev/indicators/temperature-%d-icon.png" % iconNum)
self.parent.updateTempMenuItem("%.1f C" % temp)
time.sleep(1)
i += 1
def check_temp(self):
if self.checking_temp: return True
self.checking_temp = True
(temp, temp_str) = Status.getTemp()
if temp < 60: iconNum = 1
elif temp < 70: iconNum = 2
elif temp < 80: iconNum = 3
elif temp < 90: iconNum = 4
else: iconNum = 5
self.ind.set_icon("temperature-%d-icon" % iconNum)
self.temp_mitem.set_label(temp_str)
self.checking_temp = False
return True
def enter_game(self, game):
game_status = self.get_game_status(game)
if not game_status:
query = Status.all()
query.filter('game =', game)
query.filter('player =', self)
game_status = query.get()
if not game_status:
game_status = Status(player=self, game=game, playing=True)
game_status.playing = True
game_status.put()
if game_status.id not in self.status_ids:
self.status_ids.append(game_status.id)
self.persist = True # It says that it should be saved in database
self.put()
# IT IS VERY WRONG, PLAYER SHOULD BE PUT IN A LIST,
# AND THE LIST SHOULD BE ADDED TO GAME EACH create_match.
game_status.game.add_status(game_status)
def read_net(self, event=None):
if self.reading_net: return gtk.TRUE
self.reading_net = True
inKB, outKB = Status.getNet()
if inKB > 999: inKB = 999
if outKB > 999: outKB = 999
self.statusStr = "%03d" % inKB +":"+"%03d" % outKB +"K/s " + " " + \
Status.getPingTime("192.168.2.1") + " " + Status.getPingTime("google.com")
self.counter += 1
print "%.2f " % (time.time() - self.t), self.statusStr
self.ind.set_label(self.statusStr)
self.netMenuItem.set_label(self.statusStr)
icon_name = "network"
net_level = 5.0
if outKB >= net_level:
icon_name += "-transmit"
if inKB >= net_level:
icon_name += "-receive"
if outKB < net_level and inKB < net_level:
icon_name = "idle-network"
self.ind.set_icon(icon_name)
self.t = time.time()
self.reading_net = False
return gtk.TRUE
def init( self, host, port, peers, dirName ):
logging.info( 'Initializing new peer ' + self.getPeerKey( host, port ) )
self.filesDir = dirName
self.host = host
self.port = port
self.peers = peers
self.peerKey = self.getPeerKey( host, port )
self.activePeers = {}
self.waitingQueries = []
self.joined = False
self.status = Status( self.peerKey )
self.status.registerPeer( self.peerKey, {} )
self.sender = Sender( self )
self.rQueue = Queue()
self.shutdownFlag = False
self.start()
def __init__(self, surface, pos, player, images): self.surface = surface self.pos = pos self.player = player self.images = images self.optionsPos = (0,0) self.optionsRect = pygame.Rect(self.optionsPos, (Cell.size * 12, Cell.size * 6)) self.options = Options(self.surface.subsurface(self.optionsRect), self.optionsPos, self.player, images) self.statusPos = (0, Cell.size * 6 + Cell.size) self.statusRect = pygame.Rect(self.statusPos, (Cell.size * 12, Cell.size)) self.status = Status(self.surface.subsurface(self.statusRect), self.statusPos, self.player, images) self.logPos = (0, Cell.size * 7 + (Cell.size * 2)) self.logRect = pygame.Rect(self.logPos, (Cell.size * 12, Cell.size * 8)) self.log = Output(self.surface.subsurface(self.logRect), self.logPos, self.player.log)
def start_up(self):
"""
set the initial values of cpu registers
status reg: 000100 (irqs disabled)
x, y, a regs: 0
stack pointer: $FD
$4017: 0 (frame irq disabled)
$4015: 0 (sound channels disabled)
$4000-$400F: 0 (sound registers)
"""
# TODO Hex vs binary
self.pc_reg = np.uint16(0) # 2 byte
self.status_reg = Status()
self.sp_reg = np.uint8(0xFD)
self.x_reg = np.uint8(0)
self.y_reg = np.uint8(0)
self.a_reg = np.uint8(0)
def from_backup(self, backupdir):
assert os.path.isdir(backupdir)
my_log = logging.getLogger('backup')
if self.backup:
my_log.warning('The backup will be produced but can not be used for another run.')
self.stat = Status(logged=True)
try:
self.stat.load_backup(backupdir)
except SystemExit:
my_log.critical('Could not load backup from:\n{}'.format(backupdir))
sys.exit(1)
pipeline_position = self.stat.variables["status"]
if pipeline_position == 6:
my_log.critical("Please re-run the pipeline.. "
"There is no secure way to find the correct point to start from")
sys.exit(1)
# init all variables
for variable_name in self.stat.variables:
val = self.stat.variables[variable_name]
setattr(self, variable_name, val) # same as self.variable_name = val
self.sqlite_taxonomy = taxonomy_ncbi.TaxonomyNcbi(self.config.ncbi_tax_db)
if pipeline_position < 1:
self.process_ncbi()
if pipeline_position < 2:
self.tree_process()
if pipeline_position < 3:
self.map_genomes_on_tree()
if pipeline_position < 4:
self.generate_seq(done_files=self.stat.files.keys())
if pipeline_position < 5:
self.sample_specific(done_files=self.stat.files.keys())
if pipeline_position < 6:
self.generate_kmer_features()
if pipeline_position < 7:
self.build_models()
