def reply():
number = request.values.get('From', None)[1:]
nmedia = request.values.get('NumMedia', None)
mediatype = request.values.get('MediaContentType0',None)
if (nmedia > 0) & (mediatype[0:5] == 'image'):
url = request.values.get('MediaUrl0', None)
print(url)
if mediatype[6:] == 'jpeg':
extension = '.jpeg'
elif mediatype[6:] == 'png':
extension = '.png'
path = os.path.realpath('../pyconv/images/') + "/" + str(number) + extension
print(path)
resp = twilio.twiml.Response()
image = requests.get(url, stream = True)
if image.status_code == 200:
with open(path, 'wb') as f:
image.raw.decode_content = True
copyfileobj(image.raw, f)
#sp = subprocess.Popen([os.path.abspath(os.curdir) + "/./conv"])
clean.resizeToSquare(path, os.path.abspath('..') + "/pyconv/images/" + str(number) + extension)
####result = check_output(['lua','-l','dummy', '-e', 'evalPic("%s")' %(path)], cwd = os.path.abspath('..') + "/pyconv")
result = cnn.predict(os.path.abspath('..') + "/pyconv/net.pkl", os.path.abspath(os.curdir) + "/images/image.pkl")
send_sms.sendMessage(result, "+" + number)
return str(resp)
def startWatchingCourse(): while True: coursesdatalist = websoc.requestCourses(COURSECODES) print(coursesdataToString(coursesdatalist)) # ULTIMATE GOAL: compare contents of coursesdatalist with database to see changes # if status change, send sms # for now, just text all OPEN classes openclasses = [] for classtuple in coursesdatalist: if classtuple[-1] != 'FULL': openclasses.append(classtuple) # send_sms.sendMessage(coursesdatalist, verbose=False) # option 1: text entire class list if len(openclasses) > 0: print(openclasses) send_sms.sendMessage(openclasses, verbose=False) # option 2: text open classes only (if there are any) time.sleep(TIME_BETWEEN_REQUESTS) # perform total check every 5 minutes
def sendNotification(request):
if request.user.is_authenticated():
# pdb.set_trace()
className = str(request.POST.get('class_name'))
note = request.POST.get('note')
subject = "{cn} is canceled".format(cn=className)
msg_body = 'Dear students, our class is canceled.\n\n\n{note}'.format(note=note)
recipient = AddClass.objects.filter(class_name=className)[0].students
notif = Notification()
notif.class_name = className
notif.timeStamp = datetime.datetime.now().strftime("%A, %d. %B %Y %I:%M %p")
notif.note=note
notif.save()
for rec in recipient.all():
send_email(subject, msg_body, str(rec.email))
sendMessage(className, rec.number)
# return render(request, 'notify.html', {"notifyMsg":"Messages sent successfully."})
return render(request, 'addclass.html',{'user':request.user, 'returnlist': AddClass.objects.all(), 'studentDetailsForm':StudentDetails(), 'notifyForm':SendNotification(), "notifyMessage":"Messages sent successfully"})
def check(flist,
fout,
ticker='GOOGL',
min_price=710.0,
max_price=805.0,
stock_exchange='NYSE',
history_stock_info=None,
isPreMarket=False,
map_for_rsi={}):
price = (max_price + min_price) / 2.0
googl = None
if flist == None:
fout.write('List of stocks is empty!!!! \n')
fout.flush()
return
for a in flist:
if a['StockSymbol'] == ticker:
googl = a
break
if googl == None or not googl:
print 'error broker ticker: ', ticker
sys.stdout.flush()
return False
price = 0.0
day_start_price = 0.0
div = -1.0
#print ticker
try:
price = float(googl['LastTradeWithCurrency'])
day_start_price = -1.0
if len(googl['PreviousClosePrice'].strip()) > 0.0:
day_start_price = float(googl['PreviousClosePrice'])
if 'Dividend' in googl and len(googl['Dividend'].strip()) > 0.0:
div = float(googl['Dividend'])
except ValueError:
#print 'CRASH: ',googl['LastTradeWithCurrency']
#print 'CRASH:',googl['PreviousClosePrice']
#sys.stdout.flush()
if googl['LastTradeWithCurrency'].strip() == '':
return False
price = float(
googl['LastTradeWithCurrency'].strip('CHF').strip('$').replace(
'€', '').strip('GBX').replace(',', ''))
day_start_price = float(googl['PreviousClosePrice'].strip('CHF').strip(
'$').strip('GBX').replace('€', '').replace(',', ''))
if 'Dividend' in googl and len(googl['Dividend'].strip()) > 0.0:
div = float(
googl['Dividend'].strip('CHF').strip('$').strip('GBX').replace(
'€', '').replace(',', ''))
if isPreMarket:
a, b, c = fetchPreMarket(fout, ticker, stock_exchange)
price = c
if c < 0.0:
return False
percent_change = 0.0
if day_start_price > 0.0:
#\033[1;31mbold red text\033[0m\n
#\033[1;32mbold green text\033[0m\n
percent_change = 100.0 * (price - day_start_price) / day_start_price
line = 'Price for '
if percent_change > 0.0:
line += '\033[1;32m ' + ticker + ' \033[0m is: %0.2f and change is \033[1;32m %0.2f \033[0m' % (
price, percent_change)
else:
line += '\033[1;31m ' + ticker + ' \033[0m is: %0.2f and change is \033[1;31m %0.2f \033[0m' % (
price, percent_change)
#line='Price for '+ticker+' is: %0.2f ' %price #,' at time: ',time.localtime()
if history_stock_info != None:
hist = None
for a in history_stock_info:
if a['StockSymbol'] == ticker:
hist = a
break
if hist != None:
old_price = float(hist['LastTradeWithCurrency'].strip('GBX').strip(
'CHF').strip('$').strip(',').replace(',', ''))
old_price_perct_change = 0.0
if old_price > 0.0:
old_price_perct_change = 100.0 * (price -
old_price) / old_price
if old_price_perct_change > 0.0:
line += '. First followed at %0.2f. Change of \033[1;32m +%0.2f \033[0m.' % (
old_price, old_price_perct_change)
else:
line += '. First followed at %0.2f. Change of \033[1;31m %0.2f \033[0m.' % (
old_price, old_price_perct_change)
# check the position relative to the MA
if ticker in map_for_rsi:
map_for_rsi[ticker].AddDividend(div, day_start_price)
map_for_rsi[ticker].percent_change = percent_change
line += map_for_rsi[ticker].AddMAString(price)
fout.write(line + '\n')
# check the position relative to RSI
if ticker in map_for_rsi:
fout.write(map_for_rsi[ticker].Decision(price))
if not (price < max_price and price > min_price):
fout.write('Found what we were looking for....\n')
print googl
message = 'Stock: ' + ticker + ' is at %0.2f. ' % price
if price < min_price:
message += 'This is below threshold of %0.2f.' % min_price
message += ' Recommend to BUY stock.'
if price > max_price:
message += 'This is above threshold of %0.2f.' % max_price
message += ' Recommend to Sell stock.'
if ticker in LIST_OF_MESSAGES:
if (LIST_OF_MESSAGES[ticker] * 0.98) > price and price < min_price:
# resend if change is larger than 2 % in decrease from last message
LIST_OF_MESSAGES[ticker] = price
elif (LIST_OF_MESSAGES[ticker] *
1.02) < price and price > max_price:
# resend if change is larger than 2 % in decrease from last message
LIST_OF_MESSAGES[ticker] = price
else:
# otherwise no new message should be sent
return
else:
LIST_OF_MESSAGES[ticker] = price
if SENDMESSAGE:
send_sms.sendMessage(message)
#c1 = ROOT.TCanvas("c1","testbeam efficiency",50,50,600,600);
#c1.Draw()
#c1.Update()
#c1.WaitPrimitive()
return price
def check(googl, fout, ticker='GOOGL',min_price=710.0, max_price=805.0, history_stock=None):
price =(max_price+min_price)/2.0
try:
googl.refresh()
price =-1.0
day_start_price=-1.0
try:
price = float(googl.get_price().strip('CHF').strip('GBX'))
day_start_price = float(googl.get_prev_close().strip('CHF').strip('GBX'))
except:
print 'ticker...did not get price: ',ticker
print 'price: ',googl.get_price()
print 'googl.get_prev_close(): ',googl.get_prev_close()
percent_change = 0.0
if day_start_price>0.0:
#\033[1;31mbold red text\033[0m\n
#\033[1;32mbold green text\033[0m\n
percent_change=100.0*(price-day_start_price)/day_start_price
line = 'Price for '
if percent_change>0.0:
line+='\033[1;32m '+ticker+' \033[0m is: %0.2f and change is \033[1;32m %0.2f \033[0m' %(price,percent_change)
else:
line+='\033[1;31m '+ticker+' \033[0m is: %0.2f and change is \033[1;31m %0.2f \033[0m' %(price,percent_change)
# change in recent history
if history_stock!=None:
chg = 0.0
if history_stock.get_price()>0.0:
chg = 100.0*(price-float(history_stock.get_price()))/float(history_stock.get_price())
line+='. Was originally %0.2f. Change: %0.2f' %(float(history_stock.get_price()), chg)
fout.write(line+'\n');
except (urllib2.HTTPError,AttributeError,yahoo_finance.YQLQueryError,urllib2.URLError):
fout.write( 'Failed this round!!!! for '+ticker+' \n')
fout.flush()
time.sleep(5.0)
return False
if not (price < max_price and price>min_price):
fout.write( 'Found what we were looking for....\n' )
print googl
message = 'yahoo finance. Prices delayed by 15 min. Stock: '+ticker+' is at %0.2f. ' %price
if price<min_price:
message+='This is below threshold of %0.2f.' %min_price
message+=' Recommend to BUY stock.'
if price>max_price:
message+='This is above threshold of %0.2f.' %max_price
message+=' Recommend to Sell stock.'
if ticker in LIST_OF_MESSAGES:
if (LIST_OF_MESSAGES[ticker]*0.98)>price and price<min_price:
# resend if change is larger than 2 % in decrease from last message
LIST_OF_MESSAGES[ticker] = price
elif (LIST_OF_MESSAGES[ticker]*1.02)<price and price>max_price:
# resend if change is larger than 2 % in decrease from last message
LIST_OF_MESSAGES[ticker] = price
else:
# otherwise no new message should be sent
return
else:
LIST_OF_MESSAGES[ticker] = price
if price>0.0:
if SENDMESSAGE:
send_sms.sendMessage(message)
def touched_face():
IoT_influxdb.on_message(1)
send_sms.sendMessage()