class SendSMS(object):
def __init__(self):
self.__driver_()
pass
def __initialize_clinet_(self):
self.client = Pushbullet(cr.PUSHBULLET_API_KEY)
pass
def __driver_(self):
self.contactObj = ContactDriver()
self.__initialize_clinet_()
pass
def send(self, message, contactName):
contact_number = self.contactObj.fetch_contact(contactName)
print(contact_number)
number = str(contact_number['PHONE'].values[0])
number = number.replace(" ", "")
print(number)
device = self.client.devices[0]
self.client.push_sms(device, number, message)
pass
def sms(phone,name):
try:
phone = '+91'+phone
msg = name.upper() + " is marked present at " + timeStamp + " on " + date
pb = Pushbullet('o.2cvqqDnts32P4eD8DN5vjFOwBCXU9GzD')
print(pb.devices)
device = pb.devices[0]
pb.push_sms(device, phone, msg)
except:
return
def notify(self, match_results: Tuple[MatchResult, ...]):
push_bullet_client = Pushbullet(self.token)
for match_result in match_results:
device = push_bullet_client.devices[self.device_id]
push_bullet_client.push_sms(
device, match_result.giver.communication_address,
MESSAGE_TEMPLATE.format(
giver_name=match_result.giver.name,
taker_name=match_result.taker.name,
poll_link=self.poll_link,
))
time.sleep(self.interval_gap_between_messages)
def pushbullet_notification(self):
pb = Pushbullet("o.xgWW2FkTk3pGt2oQXM9m9TiQXF2GvUPQ")
phone = pb.devices[0]
phone = pb.get_device('OnePlus 7 Pro')
if self.typeOfNotification == "notification":
push = phone.push_note("Alert!", self.msg)
elif self.typeOfNotification == "sms":
push = pb.push_sms(phone, "+4521378019", self.msg)
def pushbullet_notification(notificationType, message):
pb = Pushbullet("o.xgWW2FkTk3pGt2oQXM9m9TiQXF2GvUPQ")
# Get all devices that the current user has access to.
# Select a device
phone = pb.devices[0]
phone = pb.get_device('OnePlus 7 Pro')
if notificationType == "notification":
push = phone.push_note("Alert!", message)
elif notificationType == "sms":
push = pb.push_sms(phone, "+4521378019", message)
#Get all devices that the current user has access to.
print(pb.devices)
#Get a device
dev = pb.get_device("Galaxy S7 Edge")
#1. Push Notification
push = dev.push_note("Alert!", "This PUSH-notification sent from Raspberry!")
# push is a dictionary containing the data returned by the Pushbullet API.
print('A dictionalry after 1:')
print(push)
#2. SMS-message
push = pb.push_sms(dev, "+31612345678", "This SMS sent from Raspberry!")
print('A dictionalry after 2:')
print(push)
#3. Push a file from file system
with open("thief.jpg", "rb") as pic:
file_data = pb.upload_file(pic, "picture.jpg")
push = pb.push_file(**file_data)
print('A dictionalry after 3:')
print(push)
#4. Push a file already uploaded somewhere
push = pb.push_file(file_url="https://i.imgur.com/IAYZ20i.jpg",
file_name="cat.jpg",
file_type="image/jpeg")
print('A dictionalry after 4:')
else:
print 'complete sending'
while True:
i = GPIO.input(pin_input)
if i == 1:
GPIO.setup(pin_input, GPIO.IN)
print("Niveau OK")
sleep(2)
GPIO.output(pin_relay, False)
elif i == 0:
print("Niveau d'eau atteint")
gsm1 = pb.get_device('iPhone de TTTTT')
push = gsm1.push_note("Alert !!", "Niveau d'innondation atteint")
#push = pb.push_sms(gsm1, "+32476123456", "Alert innondation !!!")
gsm2 = pb.devices[0]
#myriam = pb.contact[0]
#push = myriam.push_note("Alert !!", "Niveau d'innondation atteint")
print(gsm2)
push = pb.push_sms(gsm2, "+32477123456", "Alert innondation !!!")
#push = gsm2.push_note("Alert GSM2!!", "Niveau d'innondation atteint")
#push = pb.push_note("Hello world!", "We're using the api.", contact="zzzzz")
send_notification_via_pushbullet("Alert innondation!!",
"Niveau d'innodation atteint")
#contacts = pb.getContacts()
#print(contacts)
#pushNote(self, "*****@*****.**", "Alert!!!", "Niveau atteint", recipient_type="device_iden")
sleep(2)
GPIO.output(pin_relay, True)
