def push():
msg = request.args.get('msg')
d ={}
d['msg'] = msg
d['type'] = 'push'
Push.message(json.dumps(d),channels=[""])
return jsonify(data="success")
def garage_opened(all_sensors, all_rules):
garage = True
for sensor in all_sensors:
if sensor.name == 'Garage':
sensor.open = True
sensor.save()
for rule in all_rules:
if rule.rule_id == 1 and rule.is_enabled:
msg = 'You left a window open! Close it to avoid a security risk before leaving.'
Push.message(msg, channels=["Notifications"])
history_item = History(Text=msg)
history_item.save()
message = sendgrid.Mail(to='*****@*****.**', subject='Allstate Hub Notification', html='', text=msg, from_email='*****@*****.**')
status, mersg = sg.send(message)
elif rule.rule_id == 3 and rule.is_enabled:
# napi = nest.Nest(username, password)
# for device in napi.devices:
# prev_nest_mode_garage = device.mode
# device.mode = 'off'
print 'Nest mode set to off and previous state stored.'
elif rule.rule_id == 4 and rule.is_enabled:
msg = 'Make sure the alarm system is enabled!'
Push.message(msg, channels=["Notifications"])
history_item = History(Text=msg)
history_item.save()
message = sendgrid.Mail(to='*****@*****.**', subject='Allstate Hub Notification', html='', text=msg, from_email='*****@*****.**')
status, mersg = sg.send(message)
def notify(request):
restaurant = request.GET.get('restaurant')
msg = "True"
d = {}
d['alert'] = msg
d['type'] = 'push'
Push.message("Your order from "+ str(restaurant) + " is complete.", channels=[""])
return HttpResponse(json.dumps({'status': True}))
def _send_push_notification(message, channels, **kwargs):
try:
if isinstance(message, basestring):
Push.message(message, channels=channels, **kwargs)
elif isinstance(message, dict):
Push.alert(message, channels=channels, **kwargs)
except Exception as e:
logger.error(u'Failed to send push ({0}, {1}, {2}): {3}'.format(
message, channels, kwargs, e))
else:
logger.info(u'Successfully sent push ({0}, {1}, {2})'.format(
message, channels, kwargs))
def smoke_on(all_sensors, all_rules):
smoke = True
GPIO.output(4, 1)
for sensor in all_sensors:
if sensor.name == 'Smoke':
sensor.open = True
sensor.save()
for rule in all_rules:
if rule.rule_id == 6 and rule.is_enabled:
msg = 'Smoke alarm was triggered!'
Push.message(msg, channels=["Notifications"])
history_item = History(Text=msg)
history_item.save()
message = sendgrid.Mail(to='*****@*****.**', subject='Allstate Hub Notification', html='', text=msg, from_email='*****@*****.**')
status, mersg = sg.send(message)
def handleDifference(before, current, typeR="daily"):
db = connect2DB()
if before != None and current != None:
print "Before " + before[0]["date"].ctime()
print "Current " + current[0]["date"].ctime()
if before[0]["date"].ctime() != current[0]["date"].ctime():
for b in before:
for c in current:
if b["commodity"] == c["commodity"]:
if typeR == "daily":
if abs(b["price"] - c["price"]) > MIN_DIFF:
print "price for ", b["commodity"], " changed"
# Add new record to the general dataset
# updateGeneralDataSet(c, b, typeR)
# Send Push notification of change record
change = "increased"
if b["price"] >= c["price"]:
change = "decreased"
message = (
c["commodity"] + " has " + change + " to $" + str(c["price"]) + " per " + c["unit"]
)
name = b["commodity"].replace(" ", "")
idx = name.find("(")
Push.message(message, channels=[name[0:idx]])
else:
print "price for ", b["commodity"], " remained the same"
pred = predict.run(c["commodity"])
if pred != -1:
newRec = {"name": c["commodity"], "price": pred}
db.predictions.insert(newRec)
# breaktypeR
if typeR == "daily":
fetcher.storeMostRecentDaily(db, current)
fetcher.storeDaily(db, current)
if typeR == "monthly":
fetcher.storeMostRecentMonthly(db, current)
fetcher.storeMonthly(db, current)
else:
print "no new record found"
else:
print "Doesn't exist"
def smoke_on(all_sensors, all_rules):
smoke = True
GPIO.output(4, 1)
for sensor in all_sensors:
if sensor.name == 'Smoke':
sensor.open = True
sensor.save()
for rule in all_rules:
if rule.rule_id == 6 and rule.is_enabled:
msg = 'Smoke alarm was triggered!'
Push.message(msg, channels=["Notifications"])
history_item = History(Text=msg)
history_item.save()
message = sendgrid.Mail(to='*****@*****.**',
subject='Allstate Hub Notification',
html='',
text=msg,
from_email='*****@*****.**')
status, mersg = sg.send(message)
def upload():
title = request.form['title']
user_location = request.form['user_location']
user_email = request.form['user_email']
user_name = request.form['user_name']
user_phone = request.form['user_phone']
item_image = request.files['item_image']
item_image.save(os.path.join(app.config['UPLOAD_FOLDER']+"/tmp", item_image.filename))
img_url = upload_imgur(item_image)
#img_url=''
#process = multiprocessing.Process(target=upload_imgur,args=(item_image,img_url))
confidence = imageMatch(os.path.join(app.config['UPLOAD_FOLDER']+"/tmp", item_image.filename), os.path.join(app.config['UPLOAD_FOLDER'], "puma.png"))
#pushTwitter(os.path.join(app.config['UPLOAD_FOLDER']+"/tmp", item_image.filename),'hi')
D = DB()
D.add_item(title, img_url,user_location,user_email,user_name)
Push.message(confidence, channels=[""])
resp = jsonify(data=str(confidence['confidence']))
resp.status_code = 200
return resp
def testCanMessage(self):
Push.message("Giants beat the Mets.",
channels=["Giants", "Mets"])
Push.message("Willie Hayes injured by own pop fly.",
channels=["Giants"], where={"injuryReports": True})
Push.message("Giants scored against the A's! It's now 2-2.",
channels=["Giants"], where={"scores": True})
def garage_opened(all_sensors, all_rules):
garage = True
for sensor in all_sensors:
if sensor.name == 'Garage':
sensor.open = True
sensor.save()
for rule in all_rules:
if rule.rule_id == 1 and rule.is_enabled:
msg = 'You left a window open! Close it to avoid a security risk before leaving.'
Push.message(msg, channels=["Notifications"])
history_item = History(Text=msg)
history_item.save()
message = sendgrid.Mail(to='*****@*****.**',
subject='Allstate Hub Notification',
html='',
text=msg,
from_email='*****@*****.**')
status, mersg = sg.send(message)
elif rule.rule_id == 3 and rule.is_enabled:
# napi = nest.Nest(username, password)
# for device in napi.devices:
# prev_nest_mode_garage = device.mode
# device.mode = 'off'
print 'Nest mode set to off and previous state stored.'
elif rule.rule_id == 4 and rule.is_enabled:
msg = 'Make sure the alarm system is enabled!'
Push.message(msg, channels=["Notifications"])
history_item = History(Text=msg)
history_item.save()
message = sendgrid.Mail(to='*****@*****.**',
subject='Allstate Hub Notification',
html='',
text=msg,
from_email='*****@*****.**')
status, mersg = sg.send(message)
def garage_opened(all_sensors, all_rules):
garage = True
for sensor in all_sensors:
if sensor.name == 'Garage':
sensor.open = True
sensor.save()
for rule in all_rules:
if rule.rule_id == 1 and rule.is_enabled:
message = 'You left a window open! Close it to avoid a security risk before leaving.'
Push.message(message, channels=["Notifications"])
history_item = History(Text=message)
history_item.save()
elif rule.rule_id == 3 and rule.is_enabled:
# napi = nest.Nest(username, password)
# for device in napi.devices:
# prev_nest_mode_garage = device.mode
# device.mode = 'off'
print 'Nest mode set to off and previous state stored.'
elif rule.rule_id == 4 and rule.is_enabled:
message = 'Make sure the alarm system is enabled!'
Push.message(message, channels=["Notifications"])
history_item = History(Text=message)
history_item.save()
from parse_rest.installation import Push
from parse_rest.connection import register
from settings_local import APPLICATION_ID, REST_API_KEY, MASTER_KEY
register(APPLICATION_ID, REST_API_KEY)
Push.message("hi", channels=["Notifications"])
print 'Done'
def push(self):
message = "Your next Mystery Box is ready to be opened!"
ParsePush.message(message, channels=[""])
def push(self):
message = "Your next Mystery Box is ready to be opened!"
ParsePush.message(message, channels=[""])
