def add(self, msisdn, credit):
sub = Subscriber()
sms = SMS();
try:
mysub = sub.get(msisdn)
except SubscriberException as e:
raise CreditException(e)
current_balance = sub.get_balance(msisdn)
new_balance = Decimal(str(credit)) + Decimal(str(current_balance))
# update subscriber balance
try:
cur = db_conn.cursor()
cur.execute('UPDATE subscribers SET balance=%(new_balance)s WHERE msisdn=%(msisdn)s', {'new_balance': Decimal(str(new_balance)), 'msisdn': msisdn})
sms.send(config['smsc'], msisdn, sms_credit_added % (credit, new_balance))
except psycopg2.DatabaseError as e:
raise CreditException('PG_HLR error updating subscriber balance: %s' % e)
# insert transaction into the credit history
try:
cur = db_conn.cursor()
cur.execute('INSERT INTO credit_history(msisdn,previous_balance,current_balance,amount) VALUES(%s,%s,%s,%s)', (msisdn, current_balance, new_balance, credit))
except psycopg2.DatabaseError as e:
db_conn.rollback()
raise CreditException('PG_HLR error inserting invoice in the history: %s' % e)
finally:
db_conn.commit()
def deactivate_subscriptions(self, msg):
try:
sms = SMS()
sub = Subscriber()
cur = db_conn.cursor()
cur.execute(
'SELECT msisdn FROM subscribers WHERE subscription_status = 0 AND authorized = 1'
)
count = cur.rowcount
if count > 0:
self.logger.info('Found %d subscribers to be deactivated' %
count)
subscribers_list = cur.fetchall()
db_conn.commit()
for mysub in subscribers_list:
self.logger.debug(
'Send SMS that account is deactivated to %s' %
mysub[0])
sms.send(config['smsc'], mysub[0], msg)
# disable subscriber
try:
sub.authorized(mysub[0], 0)
except SubscriberException as e:
raise SubscriptionException(
'PG_HLR error in deactivating subscription: %s' %
e)
else:
db_conn.commit()
self.logger.info('No subscribers need to be deactivate')
except psycopg2.DatabaseError as e:
raise SubscriptionException(
'PG_HLR error in checking subscriptions to deactivate: %s' % e)
def send_smses(request):
if request.method == "POST":
if "message" in request.POST:
numbers = set(c.phone_number for c in Contact.objects.all())
SMS.send_sms(request.POST["message"], ["0780142469"])
messages.info(request, "%d messages queued" % len(numbers))
return redirect("home")
def main():
if len(sys.argv) < 5:
print("Not enough arguments", file=sys.stderr)
# return 1
HubToClass = open(sys.argv[1], 'wb')
ClassToHub = open(sys.argv[2], 'rb')
HubToInterface = open(sys.argv[3], 'wb')
InterfaceToHub = open(sys.argv[4], 'rb')
#ser = AutoSerial("/dev/ttyAMA0")
ser = serial.Serial("/dev/ttyUSB0")
std = SMS(sys.stdin, sys.stdout)
classification = SMS(ClassToHub, HubToClass)
interface = SMS(InterfaceToHub, HubToInterface)
arduino = SMS(ser, ser, "serial")
allPipes = [classification, interface, arduino]
pipeMap = {
SMS.Address.Broadcast: [classification, interface, arduino],
SMS.Address.Individualization: [arduino],
SMS.Address.Classification: [classification],
SMS.Address.Distribuition: [arduino],
SMS.Address.Interface: [interface],
}
print("Hub")
while 1:
for pipe in allPipes:
if pipe.isData():
address, mtype, data = pipe.readPacket()
if address == 0:
name = "broad"
elif address == 1:
name = "inv"
elif address == 2:
name = "class"
elif address == 3:
name = "dist"
elif address == 4:
name = "inter"
else:
name = error
print(f'{name}: {address}, {mtype}, {data}')
pipeArray = getRedirectStream(pipeMap, address)
for redirPipe in pipeArray:
redirPipe.sendPacket(address, mtype, data)
if std.isData():
c = std.read()
if c == '\x1b': # x1b is ESC
break
ser.close()
class Analytics(object):
def __init__(self):
self.sms = SMS()
self.greenbutton = GreenButton()
self.duration = 60 * 24 * 3600
self.start = int(time.time()) - 24 * 3600 - self.duration
def run(self, user_id):
user = db.User.get(db.User.id == user_id)
xml = self.greenbutton.getUsagePointData(user.token, self.start, self.duration)
soup = BeautifulSoup(xml)
# Locate the data we care about
blocks = []
for entry in soup.find_all('entry'):
if entry.content and entry.content.find('ns2:intervalblock'):
blocks = entry.content.find_all('ns2:intervalblock')
# Group the data by weekday and by hour
raw = {}
for block in blocks:
readings = block.find_all('ns2:intervalreading')
for reading in readings:
dt = datetime.fromtimestamp(int(reading.find('ns2:timeperiod').find('ns2:start').get_text()))
weekday = dt.weekday()
if weekday not in raw:
raw[weekday] = {}
if dt.hour not in raw[weekday]:
raw[weekday][dt.hour] = []
raw[weekday][dt.hour].append(int(reading.find('ns2:cost').get_text()))
# Determine the average for each hour on each weekday
averages = {}
for weekday in raw.keys():
averages[weekday] = {}
for hour in raw[weekday].keys():
averages[weekday][hour] = sum(raw[weekday][hour]) / len(raw[weekday][hour])
# Find the peak for whichever weekday tomorrow is
tomorrow = datetime.today() + timedelta(days=1)
weekday = (tomorrow.weekday() + 1) % 7
today_averages = averages[weekday]
peak_cost = 0
peak_hour = 0
for hour in today_averages.keys():
if today_averages[hour] > peak_cost:
peak_cost = today_averages[hour]
peak_hour = hour
# Send that peak to the user's phone
message = 'Welcome to Spring Gauge! Your peak usage on %ss is at %s%s. Try turning off some lights at that time.'
peak = datetime(tomorrow.year, tomorrow.month, tomorrow.day, peak_hour)
self.sms.send(user.phone, message % (tomorrow.strftime('%A'), int(peak.strftime('%I')), peak.strftime('%p')))
return {'status': 'success'}
def emit(self, record):
"""
# @Synopsis override emit method, to deal with the logging record
#
# @Args record
#
# @Returns nothing
"""
msg = self.format(record)
SMS.sendMessage(EnvConfig.SMS_RECEIVERS, msg)
def emit(self, record):
"""
# @Synopsis override emit method, to deal with the logging record
#
# @Args record
#
# @Returns nothing
"""
msg = self.format(record)
SMS.sendMessage(self.receivers, msg)
def send_subscription_fee_reminder(self, msg):
try:
subscribers_list = self.get_unpaid_subscriptions()
except SubscriptionException as e:
raise SubscribtionException('ERROR in getting unpaid subscriptions')
sms = SMS()
for mysub in subscribers_list:
self.logger.debug("Send sms to %s %s" % (mysub[0], msg))
sms.send(config['smsc'],mysub[0], msg)
def send_subscription_fee_reminder(self, msg):
try:
subscribers_list = self.get_unpaid_subscriptions()
except SubscriptionException as e:
raise SubscribtionException(
'ERROR in getting unpaid subscriptions')
sms = SMS()
for mysub in subscribers_list:
self.logger.debug("Send sms to %s %s" % (mysub[0], msg))
sms.send(config['smsc'], mysub[0], msg)
def send_subscription_fee_notice(self, msg):
# get all subscribers
try:
sub = Subscriber()
subscribers_list = sub.get_all()
except SubscriberException as e:
raise SubscriptionException('%s' % e)
sms = SMS()
for mysub in subscribers_list:
self.logger.debug("Send sms to %s %s" % (mysub[1], msg))
sms.send(config['smsc'],mysub[1], msg)
def send_subscription_fee_notice(self, msg):
# get all subscribers
try:
sub = Subscriber()
subscribers_list = sub.get_all()
except SubscriberException as e:
raise SubscriptionException('%s' % e)
sms = SMS()
for mysub in subscribers_list:
self.logger.debug("Send sms to %s %s" % (mysub[1], msg))
sms.send(config['smsc'], mysub[1], msg)
def check_reservations(driver, months, days, times_checked):
try:
# Go to reservations and pull up whistler
reservations_page = "https://www.epicpass.com/plan-your-trip/lift-access/reservations.aspx"
driver.get(reservations_page)
resort_selector_id = "PassHolderReservationComponent_Resort_Selection"
whistler_selector_value = '80'
check_availability_button_id = "passHolderReservationsSearchButton"
WebDriverWait(driver, 20).until(EC.presence_of_element_located((By.ID, resort_selector_id)))
select = Select(driver.find_element_by_id(resort_selector_id))
select.select_by_value(whistler_selector_value)
WebDriverWait(driver, 20).until(
EC.presence_of_element_located((By.ID, check_availability_button_id)))
check_availability_button = driver.find_element_by_id(check_availability_button_id)
driver.execute_script("arguments[0].click();", check_availability_button)
# Get correct month
# TODO
# Check for days
calendar_div_xpath = "//div[@class='passholder_reservations__calendar__days']"
WebDriverWait(driver, 20).until(EC.presence_of_element_located((By.XPATH, calendar_div_xpath)))
time.sleep(1)
calendar_el = driver.find_element_by_xpath(calendar_div_xpath)
day_els = calendar_el.find_elements_by_tag_name("button")
for day_el in day_els:
if not day_el.get_attribute('disabled'):
if day_el.text in days:
print("Times Checked: %s" % times_checked)
print("%s %s is now available!" % (month, day_el.text))
print("Found result at %s" % datetime.now().time())
if book_day(day_el, driver):
sms = SMS(config.phone_number, config.phone_carrier,
config.email_address, config.email_password)
sms.send("%s %s was attempted to be booked at Whistler Blackcomb.\n" \
"Please look for a confirmation email shortly." % (
month, day_el.text), "Reservation Found")
sys.exit()
else:
print("Error booking day")
print("Times Checked: %s" % times_checked, end='\r')
except TimeoutException:
traceback.print_exc()
print("Will try again...")
finally:
time.sleep(config.refresh_frequency_seconds)
def newTracking(self, data, isRestart):
self.mailer = Mailer()
self.sms = SMS()
data.pid = os.getpid()
if not isRestart:
if not data.saveToDB():
self.mailer.send('vpoezde.com', '<*****@*****.**>',
data.emails + ["*****@*****.**"],
"Ошибка базы данных",
"plain",
"Произошла ошибка записи в базу данных. Пожалуйста, повторите попытку.")
return
self.mailer.send('vpoezde.com', '<*****@*****.**>',
data.emails,
"Ваша заявка %d принята (%s - %s)" % (data.uid, data.route_from, data.route_to),
"plain",
"Ваша заявка принята и запущена в работу. Заявке присвоен номер %s. Используйте этот номер для отмены заявки." % data.uid)
self.sms.send("vpoezde.com", "Заявка принята. Используйте номер %s для отмены заявки" % data.uid, data)
else:
data.updateDynamicData()
#signal.signal(signal.SIGHUP, self.activate)
signal.signal(signal.SIGINT, self.shutdown)
self.run(data)
def get_messages(self):
"""Return the list of all the messages in the SIM
"""
logger.info("Get all the messages from the SIM")
entries = yield retry_on_sim_busy(self.gsm_sim.RetrieveMessagebook,
'all')
ret = []
for entry in entries:
#logger.debug("Got message %s", entry)
index = entry[0]
status = str(entry[1]) # "read"|"sent"|"unread"|"unsent"
peer = str(entry[2])
text = unicode(entry[3])
properties = entry[4]
timestamp = properties.get('timestamp', None)
# TODO: make the direction arg a boolean
direction = 'out' if status in ['sent', 'unsent'] else 'in'
message = SMS(peer,
text,
direction,
status=status,
timestamp=timestamp,
sim_index=index)
self.indexes[index] = message
ret.append(message)
logger.info("got %d messages", len(ret))
yield ret
def get_sms(id):
modem.send_AT_command(f'AT+CMGR={id}')
response = modem.get_response()
if response.strip() == 'ERROR':
return jsonify(message = "ERROR"), 503
else:
lines = response.split('\r\n')
return jsonify(sms = SMS(lines[1], lines[2], id).serialize()), 200
def sign_up(update: Update, context: CallbackContext) -> None:
person = update.message.from_user
phone = unidecode.unidecode(update.message.text)
print("Phone of {}: {}".format(person.first_name, phone))
keyboard = [[
InlineKeyboardButton("📥ارسال مجدد", callback_data='retry'),
InlineKeyboardButton("↩️بازگشت", callback_data='account')
]]
reply_markup = InlineKeyboardMarkup(keyboard)
update.message.reply_text("پس از دریافت پیامک کد تایید وارد نمایید: ",
reply_markup=reply_markup)
sms_api = SMS()
code = sms_api.send(update.message.text)
context.user_data['v_code'] = code
context.user_data['phone'] = phone
return FIFTH
def __init__(self):
self.haze = Haze.HazeAPI()
self.dengue = dengue_api.Dengue()
self.SMS = SMS.SMSAPI()
self.twitter = twitter.TwitterAPI()
self.email = email.EmailSend()
self.telegram_api = telegram_api.TelegramAPI()
self.cd_shelter = CD_Shelter_API.CDShelter()
def __init__(self, *args, **kwargs):
tk.Tk.__init__(self, *args, **kwargs)
self.title("SEPCAP")
self.geometry("800x480")
self.attributes("-zoomed", True)
self.overrideredirect(1)
container = tk.Frame(self, width=800, height=480)
container.pack(side="top", fill="both", expand=True)
container.grid_rowconfigure(0, weight=1)
container.grid_columnconfigure(0, weight=1)
self.frames = {}
self.sms = SMS(open(sys.argv[1], "rb"), open(sys.argv[2], "wb"))
lg = Image.open(IMG_LOGO)
lg = lg.resize((70, 70), Image.ANTIALIAS)
logo = ImageTk.PhotoImage(lg, Image.ANTIALIAS)
pageId = (iniPage, menuSep, menuCont, separacao1, separacao2,
contagem1, contagem2, contagem3, calib1, calib2, calib3,
emergencyStop)
pageName = ("", "MENU INICIAL", "MENU INICIAL", "SEPARAÇÃO",
"SEPARAÇÃO", "CONTAGEM", "CONTAGEM", "CONTAGEM",
"CALIBRAÇÃO", "CALIBRAÇÃO", "CALIBRAÇÃO", "")
for F, pName in zip(pageId, pageName):
frame = F(container, self)
frame.config(cursor='none')
if ((F != iniPage) and (F != emergencyStop)):
canvas = tk.Canvas(frame,
width=300,
height=80,
bg="black",
highlightthickness=3)
canvas.place(x=-5, y=30)
logoTop = tk.Label(frame, image=logo, bg='black')
logoTop.image = logo
logoTop.place(x=5, y=35)
w = tk.Label(frame,
text=pName,
font=("Paytone One", 20),
fg='white',
bg='black').place(x=75, y=48)
self.frames[F] = frame
frame.grid(row=0, column=0, sticky="nsew")
global X, Y
X = 0
Y = 0
self.frames[calib2].imgSep.bind('<Button-1>', calculate_coordinates)
self.showFrame(iniPage)
self.update()
def init(self, ser):
s = SMS(PORT, BAUD, loglevel=logging.DEBUG)
s.setup()
if not s.turnOn(): exit(1)
if not s.setEchoOff(): exit(1)
print("SIM800 module initalized succesfully!")
def deactivate_subscriptions(self, msg):
try:
sms = SMS()
sub = Subscriber()
cur = db_conn.cursor()
cur.execute('SELECT msisdn FROM subscribers WHERE subscription_status = 0')
count = cur.rowcount
if count > 0:
self.logger.info('Found %d subscribers to be deactivated' % count)
subscribers_list = cur.fetchall()
for mysub in subscribers_list:
self.logger.debug('Send SMS that account is deactivated to %s' % mysub[0])
sms.send(config['smsc'],mysub[0], msg)
# disable subscriber
try:
sub.authorized(mysub[0], 0)
except SubscriberException as e:
raise SubscriptionException('PG_HLR error in deactivating subscription: %s' % e)
else:
self.logger.info('No subscribers need to be deactivate')
except psycopg2.DatabaseError as e:
raise SubscriptionException('PG_HLR error in checking subscriptions to deactivate: %s' % e)
def all_transformers():
return [
Email(),
SMS(),
FBMsg(),
Phone(),
BankWire(),
Paypal(),
DebitCard(),
ContactlessCard(),
Tube(),
FBStatus(),
Tweet(),
]
def compare_market_data(self, last, current):
now = datetime.now().strftime("%I:%M:%S")
if changed_id := self.contracts_different(last, current):
if last:
print(
f'\n{self.flag} Change in contracts found at {now} {self.flag}\n'
)
SMS(predict_it.sms_api_key).sendSMS(
predict_it.alert_sms_number,
f"PredictIt Contract change found for {current['shortName']}\n{current['url']}"
)
else:
print(f'\nInitial contracts found at {now} {self.flag}\n')
self.display_single_market(current, callout=changed_id)
def flag_new_ids(self, last, current):
now = datetime.now().strftime("%I:%M:%S")
if last and last != current:
new_markets = list(set(current).difference(last))
plural = 's' if len(new_markets) > 1 else ''
print(
f'\n{self.flag} New market{plural} found at {now} {self.flag}\n'
)
for market_id in new_markets:
market_data = self.get_single_market(market_id)
SMS(predict_it.sms_api_key).sendSMS(
predict_it.alert_sms_number,
f"New PredictIt Market found: {market_data['shortName']}\n{market_data['url']}"
)
self.display_single_market(market_data)
else:
print(f'{now} No new markets found')
return copy(current)
def __init__(self, device_path="/dev/ttyS0", encoding="utf-8"):
# Set up logging
# Set file name to current date and time
self.longitude_history = set()
self.latitude_history = set()
self.encoding = encoding
try:
self.serial = serial.Serial(device_path, 115200)
except OSError as e:
print(
f"Is the device properly configured to Pi?\n{e.errno}\n{e.traceback}"
)
sys.exit(1)
# Create logs directory if it does not already exist
Path("../logs/").mkdir(exist_ok=True)
self.file_name = f"../logs/{datetime.now().strftime('%d-%m-%Y %H:%M:%S')}.txt"
# Create an SMS object to send text messages if humans are detected
self.sms = SMS()
def taskWorker():
_redis = Redis()
_redis.set("sim800NetworkStatus", "Unknown")
_redis.set("sim800Balance", "0")
_redis.set("sim800RSSI", 0)
logger = logging.getLogger(LOGGER)
balanceRegExp = re.compile(r"£(\d){1,2}\.(\d){2}")
try:
sms = SMS(PORT, BAUD, logger=logger)
sms.setup()
if not sms.turnOn():
logger.critical("Failed to turn on SMS!")
return
if not sms.setEchoOff():
logger.critical("Failed to set SMS echo off!")
return
sms.setTime(datetime.now())
netStat = "Unknown"
while netStat != "Good":
netStat = sms.getNetworkStatus()
if netStat is not None:
if netStat in (NetworkStatus.RegisteredHome,
NetworkStatus.RegisteredRoaming):
netStat = "Good"
elif netStat in (NetworkStatus.Searching, ):
netStat = "Searching"
else:
netStat = "Bad"
else:
netStat = "Unknown"
_redis.set("sim800NetworkStatus", netStat)
checkBalance = True
statusCheckTime = 0.
while True:
if taskQueue.empty():
if checkBalance:
checkBalance = False
balanceMsg = sms.sendUSSD(BALANCE_USSD)
logger.info("Balance message: {}".format(balanceMsg))
match = balanceRegExp.search(balanceMsg)
if match is not None:
balance = match.group(0)
logger.info("Balance amount: {}".format(balance))
_redis.set("sim800Balance", balance)
if (time.time() - statusCheckTime) > FIVE_MINUTES:
rssi = sms.getRSSI()
if rssi is not None: rssi = (rssi.value / 4.) * 100
else: rssi = 0
_redis.set("sim800RSSI", rssi)
netStat = sms.getNetworkStatus()
if netStat is not None:
if netStat in (NetworkStatus.RegisteredHome,
NetworkStatus.RegisteredRoaming):
netStat = "Good"
elif netStat in (NetworkStatus.Searching, ):
netStat = "Searching"
else:
netStat = "Bad"
else:
netStat = "Unknown"
_redis.set("sim800NetworkStatus", netStat)
statusCheckTime = time.time()
try:
task = taskQueue.get(timeout=60)
except Empty:
continue
if task is None: continue
phoneNumber = task.get('phoneNumber')
message = task.get('message')
if phoneNumber and message:
logger.info("Sending SMS: {}, {}".format(phoneNumber, message))
if sms.sendSMS(phoneNumber, message):
logger.info("SMS sent successfully")
checkBalance = True
else:
logger.error("Failed to send SMS! {}, {}".format(
phoneNumber, message))
else:
logger.error("Task is not valid: {}".format(task))
taskQueue.task_done()
except Exception as e:
logger.critical("Exception in task thread: {}".format(e))
return
def __init__(self):
self.sms = SMS()
self.greenbutton = GreenButton()
self.duration = 60 * 24 * 3600
self.start = int(time.time()) - 24 * 3600 - self.duration
from sms import SMS
import requests
try:
r = requests.head("https://google.com")
print(r.status_code)
except requests.ConnectionError:
print("failed to connect")
SMS("enter your number", "body of the msg")
if should_send_sms():
if not 'SMS_SECRET' in os.environ:
print("No SMS_SECRET for Twilio in environment variables")
exit(0)
if not 'SMS_AUTH' in os.environ:
print("No SMS_SECRET for Twilio in environment variables")
exit(0)
if not 'PHONE_NUMBER' in os.environ:
print("No PHONE_NUMBER for Twilio in environment variables")
exit(0)
if not 'SRC_PHONE_NUMBER' in os.environ:
print("No SRC_PHONE_NUMBER for Twilio in environment variables")
exit(0)
sms = SMS(os.environ['SMS_SECRET'], os.environ['SMS_AUTH'])
sms_count = 0
def send_sms(msg):
global sms_count
global settings
if should_send_sms() and sms_count < settings.max_sms_once:
sms.send(os.environ['SRC_PHONE_NUMBER'], os.environ['PHONE_NUMBER'],
msg)
sms_count += 1
prods = moreler.fetch_products(settings.search_tag, requester)
prods += xkomer.fetch_products(settings.search_tag, requester)
def parseXML(count):
solr = searchManager()
for message in root.findall('message'):
id = message.get('id')
text = message.find('text').text
source = message.find('source')
sender = source.find('srcNumber').text
uprofile = source.find('userProfile')
age = uprofile.find('age').text
gender = uprofile.find('gender').text
destination = message.find('destination')
recipient = destination.find('destNumber').text
mProfile = message.find('messageProfile')
time = mProfile.get('time').strip()
type = mProfile.get('type')
newSms = SMS(
id=id,
text=text,
sender=sender,
recipient=recipient,
age=age,
gender=gender,
time=time,
type=type,
)
# print text, sender, recipient, age, gender, time, type
if sender in allSMS:
if time == 'unknown':
continue
count += 1
date = parseTime(time)
if date == 'NA':
print 'found faffdate: ', time
continue
currentUserSmsList = allSMS[sender]
currentUserSmsList.append(newSms)
allSMS[sender] = currentUserSmsList
currentSmsDictList = allSMSDict[sender]
currentSmsDictList.append(newSms.toDict())
allSMSDict[sender] = currentSmsDictList
#solr.addDocuments(id=id, sender=sender, recipient=recipient, text=text, date=date, polarity='NA')
if recipient in allSMS:
print 'recipeint has been a sender', recipient
else:
if time == 'unknown':
continue
count += 1
date = parseTime(time)
if date == 'NA':
print 'found faffdate: ', time
continue
userSmsList = []
userSmsList.append(newSms)
allSMS[sender] = userSmsList
currentSmsDictList = []
currentSmsDictList.append(newSms.toDict())
allSMSDict[sender] = currentSmsDictList
#solr.addDocuments(id=id, sender=sender, recipient=recipient, text=text, date=date, polarity='NA')
print 'processing complete, a total of: ', len(
allSMS), ' unique people.', ' Total messages is: ', count
# for sender, mesages in allSMS.items():
# print sender, ' sent a total of : ', len((mesages)), ' messages'
for sender, mesages in allSMSDict.items():
print sender, ' sent a total of : ', len((mesages)), ' messages'
print(mesages)
t.append(time_elapsed)
vals.append(newval)
# Rest for a bit.
time.sleep(float(1 / piezo.sampling_freq))
# ------------------------------------------------------------------------
# Main script
# ------------------------------------------------------------------------
if __name__ == '__main__':
print("Program Start")
piezo = Piezo()
sms = SMS()
boiling = Event()
# Initialize lists for time and sensor data.
t = []
vals = []
# Using a fake data acquisition because of an ADC problem.
daq = Thread(target=fake_daqloop, args=(t, vals))
daq.start()
print("Data acquisition started")
#initial baseline measurement, first 10s of data
time.sleep(10)
print("Gathering base data")
base_vals = vals
class Bot:
"""The main class"""
def __init__(self, remote_addr = '', output_dir = '/var/log/bot'):
# self.active = False
self.terminated = False
self.remote_addr = remote_addr
self.output_dir = output_dir
self.emergencyAddress = '*****@*****.**'
def start(self, data_dict):
data = trackingData.TrackingData()
data.loadFromDict(data_dict)
data.ip_addr = self.remote_addr
data.script = os.path.dirname(os.path.abspath(__file__))
# Проверяем на корректность номера поездов и даты
checker = pageChecker.MZAErrorChecker()
res = 255
ret = {}
for i in range(len(data.trains)):
self.itemIndex = i
while res == 255:
try:
request = urllib2.Request(url="http://www.mza.ru/?exp=1", data=data.getPostAsString(i))
response = urllib2.urlopen(request)
except urllib2.HTTPError as err:
ret["code"] = 1
ret["HTTPError"] = str(err.code)
return ret
except urllib2.URLError as err:
ret["code"] = 1
ret["HTTPError"] = str(err.reason)
return ret
res = checker.CheckPage(response.read())
if res == 1: #express-3 request error
ret["code"] = 2
ret["TrainIndex"] = i
ret["ExpressError"] = checker.errorText
return ret
elif res == 2: #station number is ambiguous
ret["code"] = 3
ret["StationNum"] = checker.stationNum
ret["StationOptions"] = checker.options
return ret
elif res == 3: #station name is incorrect
ret["code"] = 4
ret["Station"] = checker.station
ret["StationError"] = checker.errorText
return ret
#return on error
if res != 0:
ret["code"] = res
return ret
try:
self.daemonize(target = self.newTracking, args = (data, False))
except:
self.emergencyMail("Daemonize exception", "Daemonize exception occured:\n %s\n" % (str(traceback.format_exc())))
os._exit(1)
ret["code"] = 0
return ret
def newTracking(self, data, isRestart):
self.mailer = Mailer()
self.sms = SMS()
data.pid = os.getpid()
if not isRestart:
if not data.saveToDB():
self.mailer.send('vpoezde.com', '<*****@*****.**>',
data.emails + ["*****@*****.**"],
"Ошибка базы данных",
"plain",
"Произошла ошибка записи в базу данных. Пожалуйста, повторите попытку.")
return
self.mailer.send('vpoezde.com', '<*****@*****.**>',
data.emails,
"Ваша заявка %d принята (%s - %s)" % (data.uid, data.route_from, data.route_to),
"plain",
"Ваша заявка принята и запущена в работу. Заявке присвоен номер %s. Используйте этот номер для отмены заявки." % data.uid)
self.sms.send("vpoezde.com", "Заявка принята. Используйте номер %s для отмены заявки" % data.uid, data)
else:
data.updateDynamicData()
#signal.signal(signal.SIGHUP, self.activate)
signal.signal(signal.SIGINT, self.shutdown)
self.run(data)
def activate(self, signum, frame):
self.active = True
def shutdown(self, signum, frame):
self.terminated = True
def run(self, data):
prevs = [0 for i in range(len(data.trains))]
while not self.terminated and data.expires > date.today():
if datetime.now().hour == 3:
time.sleep(60)
continue
for i in range(len(data.trains)):
try:
request = urllib2.Request(url="http://www.mza.ru/?exp=1", data=data.getPostAsString(i))
response = urllib2.urlopen(request)
except urllib2.HTTPError as err:
#self.HTTPError = err.code
time.sleep(60)
continue
except urllib2.URLError as err:
#self.HTTPError = err.reason
time.sleep(60)
continue
page = response.read()
checker = pageChecker.MZAErrorChecker()
if not checker.CheckPage(page) == 0:
time.sleep(60)
continue
parser = MZAParser()
if parser.ParsePage(page) != 0:
time.sleep(60)
continue
filter = PlacesFilter()
curr = filter.applyFilter(parser.result, data)
if curr == 0 and curr < prevs[i]:
fd = open("%s/page.%d.html" % (self.output_dir, os.getpid()), "w")
fd.write(page)
fd.close()
if curr > prevs[i]:
# new tickets have arrived!!!
#print "%d ==> %d" % (prevs[i], curr)
self.makeEmailText(data, i, filter.filteredPlaces)
self.mailer.send('vpoezde.com', '<*****@*****.**>',
data.emails,
"Билеты (+%d новых) [Заявка %d: %s - %s]" % (curr - prevs[i], data.uid, data.route_from, data.route_to),
"plain",
self.makeEmailText(data, i, filter.filteredPlaces))
self.sms.send("vpoezde.com", "%d билетов (%d новых): %s, поезд %s" % (curr, curr - prevs[i], data.trains[i][0].strftime("%d.%m.%Y"), data.trains[i][1]), data)
prevs[i] = curr
time.sleep(data.period)
if self.terminated:
self.mailer.send('vpoezde.com', '<*****@*****.**>',
data.emails,
"Заявка %d (%s - %s) завершена" % (data.uid, data.route_from, data.route_to),
"plain",
"Заявка %d завершена. Спасибо за использование сервиса!" % (data.uid))
def makeEmailText(self, data, train_index, places):
text = data.trains[train_index][0].strftime("%d.%m.%Y")
text += "\n%s - %s\n" % (data.route_from, data.route_to)
text += "Поезд %s\n" % data.trains[train_index][1]
text += "В продаже имеются следующие места:"
# TODO: передавать тип вагона полностью
for car in places:
type = ""
if car[1] == 1:
type = "Сидячий"
if car[1] == 2:
type = "Плацкартный"
elif car[1] == 3:
type = "Купейный"
elif car[1] == 4:
type = "СВ"
text += "\nВагон №%02d (%s): " % (car[0], type)
for place in car[2]:
text += str(place[0])
if len(place) > 1:
if place[1] == 0:
text += "Ц"
elif place[1] == 1:
text += "М"
elif place[1] == 2:
text += "Ж"
elif place[1] == 3:
text += "С"
if place != car[2][len(car[2]) - 1]:
text += ", "
return text
def stop(self, uid, email):
data = trackingData.TrackingData()
ret = {}
ret["code"] = data.loadFromDB(uid)
if not ret["code"] == 0:
return ret
if not email in data.emails:
ret["code"] = 3
return ret
if data.pid == -1:
ret["code"] = 4
return ret
try:
os.kill(data.pid, signal.SIGINT)
except:
ret["code"] = 5
return ret
data.removeDynamicData()
return ret
def getTrainsList(self, route_from, route_to, departure_date):
ret = {}
try:
data = trackingData.TrackingData()
id = data.getStationId(route_from.encode('utf-8'))
if not id == 0:
sfrom = str(id)
else:
sfrom = route_from.encode('utf-8')
id = data.getStationId(route_to.encode('utf-8'))
if not id == 0:
sto = str(id)
else:
sto = route_to.encode('utf-8')
request = urllib2.Request(url="http://www.mza.ru/?exp=1", data="""ScheduleRoute_DepDate=%s
&ScheduleRoute_StationFrom=%s
&ScheduleRoute_StationTo=%s
&spr=ScheduleRoute
&submit=Показать
&ScheduleRoute_ArvTimeFrom=
&ScheduleRoute_ArvTimeTo=
&ScheduleRoute_DepTimeFrom=
&ScheduleRoute_DepTimeTo=""" % \
(date.fromtimestamp(departure_date).strftime("%d.%m.%Y"),
sfrom, sto))
response = urllib2.urlopen(request)
except urllib2.HTTPError as err:
ret["code"] = 1
ret["HTTPError"] = str(err.code)
return ret
except urllib2.URLError as err:
ret["code"] = 1
ret["HTTPError"] = str(err.reason)
return ret
checker = pageChecker.MZAErrorChecker()
page = response.read()
res = checker.CheckPage(page)
if res == 1: #express-3 request error
ret["code"] = 2
ret["ExpressError"] = checker.errorText
return ret
elif res == 2: #station name is ambiguous
ret["code"] = 3
ret["StationNum"] = checker.stationNum
ret["StationOptions"] = checker.options
return ret
elif res == 3: #station name is incorrect
ret["code"] = 4
ret["Station"] = checker.station
ret["StationError"] = checker.errorText
return ret
parser = MZATrainsListParser()
trains = parser.GetTrainsList(page)
ret['code'] = 0
ret['trains'] = trains
return ret
def call(self, request_text):
try:
rawreq = simplejson.loads(request_text)
method = rawreq['method']
params = rawreq.get('params', [])
responseDict = {}
responseDict['id'] = rawreq['id']
responseDict['jsonrpc'] = rawreq['jsonrpc']
try:
response = getattr(self, method, None)(*params)
responseDict['result'] = response
responseDict['error'] = None
except Exception as err:
responseDict['error'] = err.args
json_str = simplejson.dumps(responseDict)
except:
raise
else:
pass
return json_str
def daemonize(self, target, args):
# detect libc location
libc_path = '/lib/libc.so.6'
if os.path.exists('/lib/i386-linux-gnu'):
libc_path = '/lib/i386-linux-gnu/libc.so.6'
# fork the first time (to make a non-session-leader child process)
try:
pid = os.fork()
except OSError, e:
raise RuntimeError("1st fork failed: %s [%d]" % (e.strerror, e.errno))
if pid == 0:
# detach from controlling terminal (to make child a session-leader)
os.setsid()
libc = dl.open(libc_path)
libc.call('prctl', 15, 'bot', 0, 0, 0)
try:
pid = os.fork()
except OSError, e:
raise RuntimeError("2nd fork failed: %s [%d]" % (e.strerror, e.errno))
raise Exception, "%s [%d]" % (e.strerror, e.errno)
if pid == 0:
os.chdir("/")
os.umask(0)
else:
# child process is all done
os._exit(0)
min_area = 30000 #change minimal area for capsule
blur = 9 #change value for blur
crop_p = 0.8 #proportion of crop
# initialize the camera and grab a reference to the raw camera capture
camera = PiCamera()
camera.resolution = (640, 480)
camera.framerate = 45
rawCapture = PiRGBArray(camera, size=(640, 480))
# allow the camera to warmup
time.sleep(0.1)
#comms initialization
sms = SMS(open(sys.argv[1], "rb"), open(sys.argv[2], "wb"))
#sends message to interface -
# "sep.jpg" was overwritten to show on calibration mode
def send_calib_message(image):
cv.imwrite("sep.jpg", image)
print("image was written")
sms.sendPacket(
SMS.Address.Interface,
SMS.Message.CalibrationConf.type,
0)
#while loop for video capturing
for frame in camera.capture_continuous(rawCapture, format="bgr", use_video_port=True):
# grab the raw NumPy array representing the image
class Analytics(object):
def __init__(self):
self.sms = SMS()
self.greenbutton = GreenButton()
self.duration = 60 * 24 * 3600
self.start = int(time.time()) - 24 * 3600 - self.duration
def run(self, user_id):
user = db.User.get(db.User.id == user_id)
xml = self.greenbutton.getUsagePointData(user.token, self.start,
self.duration)
soup = BeautifulSoup(xml)
# Locate the data we care about
blocks = []
for entry in soup.find_all('entry'):
if entry.content and entry.content.find('ns2:intervalblock'):
blocks = entry.content.find_all('ns2:intervalblock')
# Group the data by weekday and by hour
raw = {}
for block in blocks:
readings = block.find_all('ns2:intervalreading')
for reading in readings:
dt = datetime.fromtimestamp(
int(
reading.find('ns2:timeperiod').find(
'ns2:start').get_text()))
weekday = dt.weekday()
if weekday not in raw:
raw[weekday] = {}
if dt.hour not in raw[weekday]:
raw[weekday][dt.hour] = []
raw[weekday][dt.hour].append(
int(reading.find('ns2:cost').get_text()))
# Determine the average for each hour on each weekday
averages = {}
for weekday in raw.keys():
averages[weekday] = {}
for hour in raw[weekday].keys():
averages[weekday][hour] = sum(raw[weekday][hour]) / len(
raw[weekday][hour])
# Find the peak for whichever weekday tomorrow is
tomorrow = datetime.today() + timedelta(days=1)
weekday = (tomorrow.weekday() + 1) % 7
today_averages = averages[weekday]
peak_cost = 0
peak_hour = 0
for hour in today_averages.keys():
if today_averages[hour] > peak_cost:
peak_cost = today_averages[hour]
peak_hour = hour
# Send that peak to the user's phone
message = 'Welcome to Spring Gauge! Your peak usage on %ss is at %s%s. Try turning off some lights at that time.'
peak = datetime(tomorrow.year, tomorrow.month, tomorrow.day, peak_hour)
self.sms.send(
user.phone,
message % (tomorrow.strftime('%A'), int(
peak.strftime('%I')), peak.strftime('%p')))
return {'status': 'success'}
def __init__(self):
self.sms = SMS()
self.greenbutton = GreenButton()
self.duration = 60 * 24 * 3600
self.start = int(time.time()) - 24 * 3600 - self.duration
def get_sms(uri):
export = os.environ['USERPROFILE'] + '\\Desktop\\sms'
run_command(adb_commands['db'] + uri + ' > ' + export)
sms = SMS(export)
return sms
def parseXML(count):
solr = searchManager()
for message in root.findall('message'):
id = message.get('id')
text = message.find('text').text
source = message.find('source')
sender = source.find('srcNumber').text
uprofile = source.find('userProfile')
age = uprofile.find('age').text
gender = uprofile.find('gender').text
destination = message.find('destination')
recipient = destination.find('destNumber').text
mProfile = message.find('messageProfile')
time = mProfile.get('time').strip()
type = mProfile.get('type')
newSms = SMS(id=id, text=text, sender=sender, recipient=recipient, age=age, gender=gender, time=time,
type=type, )
# print text, sender, recipient, age, gender, time, type
if sender in allSMS:
if time == 'unknown':
continue
count += 1
date = parseTime(time)
if date == 'NA':
print 'found faffdate: ', time
continue
currentUserSmsList = allSMS[sender]
currentUserSmsList.append(newSms)
allSMS[sender] = currentUserSmsList
currentSmsDictList = allSMSDict[sender]
currentSmsDictList.append(newSms.toDict())
allSMSDict[sender] = currentSmsDictList
#solr.addDocuments(id=id, sender=sender, recipient=recipient, text=text, date=date, polarity='NA')
if recipient in allSMS:
print 'recipeint has been a sender', recipient
else:
if time == 'unknown':
continue
count += 1
date = parseTime(time)
if date == 'NA':
print 'found faffdate: ', time
continue
userSmsList = []
userSmsList.append(newSms)
allSMS[sender] = userSmsList
currentSmsDictList = []
currentSmsDictList.append(newSms.toDict())
allSMSDict[sender] = currentSmsDictList
#solr.addDocuments(id=id, sender=sender, recipient=recipient, text=text, date=date, polarity='NA')
print 'processing complete, a total of: ', len(allSMS), ' unique people.', ' Total messages is: ', count
# for sender, mesages in allSMS.items():
# print sender, ' sent a total of : ', len((mesages)), ' messages'
for sender, mesages in allSMSDict.items():
print sender, ' sent a total of : ', len((mesages)), ' messages'
print(mesages)
def taskWorker():
_redis=Redis()
_redis.set("sim800NetworkStatus", "Unknown")
_redis.set("sim800Balance","0")
_redis.set("sim800RSSI",0)
logger=logging.getLogger(LOGGER)
balanceRegExp=re.compile(r"£(\d){1,2}\.(\d){2}")
try:
sms=SMS(PORT,BAUD,logger=logger)
sms.setup()
if not sms.turnOn():
logger.critical("Failed to turn on SMS!")
return
if not sms.setEchoOff():
logger.critical("Failed to set SMS echo off!")
return
sms.setTime(datetime.now())
netStat="Unknown"
while netStat!="Good":
netStat=sms.getNetworkStatus()
if netStat is not None:
if netStat in (NetworkStatus.RegisteredHome, NetworkStatus.RegisteredRoaming):
netStat="Good"
elif netStat in (NetworkStatus.Searching,): netStat="Searching"
else: netStat="Bad"
else: netStat="Unknown"
_redis.set("sim800NetworkStatus", netStat)
checkBalance=True
statusCheckTime=0.
while True:
if taskQueue.empty():
if checkBalance:
checkBalance=False
balanceMsg=sms.sendUSSD(BALANCE_USSD)
logger.info("Balance message: {}".format(balanceMsg))
match=balanceRegExp.search(balanceMsg)
if match is not None:
balance=match.group(0)
logger.info("Balance amount: {}".format(balance))
_redis.set("sim800Balance",balance)
if (time.time()-statusCheckTime)>FIVE_MINUTES:
rssi=sms.getRSSI()
if rssi is not None: rssi=(rssi.value/4.)*100
else: rssi=0
_redis.set("sim800RSSI",rssi)
netStat=sms.getNetworkStatus()
if netStat is not None:
if netStat in (NetworkStatus.RegisteredHome, NetworkStatus.RegisteredRoaming):
netStat="Good"
elif netStat in (NetworkStatus.Searching,): netStat="Searching"
else: netStat="Bad"
else: netStat="Unknown"
_redis.set("sim800NetworkStatus", netStat)
statusCheckTime=time.time()
try: task=taskQueue.get(timeout=60)
except Empty: continue
if task is None: continue
phoneNumber=task.get('phoneNumber')
message=task.get('message')
if phoneNumber and message:
logger.info("Sending SMS: {}, {}".format(phoneNumber, message))
if sms.sendSMS(phoneNumber, message):
logger.info("SMS sent successfully")
checkBalance=True
else: logger.error("Failed to send SMS! {}, {}".format(phoneNumber, message))
else: logger.error("Task is not valid: {}".format(task))
taskQueue.task_done()
except Exception as e:
logger.critical("Exception in task thread: {}".format(e))
return
