def __init__(self):
self.droid = android.Android()
self.rand_generator = RandomStringGenerator()
self.tracking_phone_state = False
class SmsService(object):
def __init__(self):
self.droid = android.Android()
self.rand_generator = RandomStringGenerator()
self.tracking_phone_state = False
def send_message_str(self, num_and_message):
"""Sends a text message to the given phone number."""
# split the number from the message, number is first element
as_list = num_and_message.split()
if not len(as_list) > 1:
return "Usage: send_message [phone number] [message]"
# TO DO: check the first value looks like a phone number!!!
number = as_list.pop(0)
msgStr = ' '.join(map(str, as_list))
print("Sms send to number '{0}' with message '{1}'".format(number, msgStr))
result = self.droid.smsSend(number,msgStr).result
return msgStr
def send_message(self, number):
"""Sends a random string to the provided phone number."""
return self.send_message_str(number + " "+ self.rand_generator.get_random_str(10))
def make_sms_message(self, length):
"""Create a random string of length length and return."""
if length > 160:
print("Sms can be only 160 characters long, truncating length to 160.")
length = 160
return self.rand_generator.get_random_str(length)
def find_new_message(self, msgStr):
"""Searches all unread messages for the message that contains the given
msgStr parameter. Returns True if message is found and False
otherwise.
"""
msgs = self.droid.smsGetMessages(True)[1]
for m in msgs:
if m["body"] == msgStr:
return "OK - found message '{0}".format(m)
return "find_new_message - error: Message not found."
def delete_message(self, msgId):
"""Delete a specific sms message from the device."""
result = self.droid.smsDeleteMessage(msgId)[1]
return result
def start_call(self, number):
"""Try to start a phone call to the given number."""
result = self.droid.phoneCallNumber(number)[1]
return result
def track_phone_state(self):
self.tracking_phone_state = True
result = self.droid.startTrackingPhoneState()[1]
return result
def read_phone_state(self):
if self.tracking_phone_state:
try:
result = self.droid.readPhoneState()[1]['state']
except KeyError as e:
print("KeyError: {0}".format(e))
result = None
else:
result = "Tracking must be switched on first!"
return result
def stop_tracking_phone_state(self):
if self.tracking_phone_state:
result = self.droid.stopTrackingPhoneState()[1]
self.tracking_phone_state = False
else:
result = "Tracking must be on to be able to stop it!"
return result
