def main():
#retrieve_contacts()
#retrieve_sms()
#retrieve_logs()
# bind inbox to new message event
box.bind(on_message)
telephone.incoming_call()
# bind incomming calls to on_call
telephone.call_state(on_call)
print 'waiting for message and calls....'
# Wait for Exit
app_lock.wait()
def main():
#retrieve_contacts()
#retrieve_sms()
#retrieve_logs()
# bind inbox to new message event
box.bind(on_message)
telephone.incoming_call()
# bind incomming calls to on_call
telephone.call_state(on_call)
print 'waiting for message and calls....'
# Wait for Exit
app_lock.wait()
def test_incoming_call():
print "Test for incoming calls started. Validate the call state " +\
"getting printed to the actual call state the phone is in."
telephone.incoming_call()
telephone.answer()
elif newState == telephone.EStatusIdle:
e32.ao_sleep(1,simar)
def simar():
diff = (end_ringing-start_ringing)
if diff<2:
canvas.clear(0x000000) #black
elif diff<5:
elif diff<8:
canvas.clear(0xffffff) #white
elif diff<11:
elif diff<14:
elif diff<17:
elif diff<20:
elif diff<23:
elif diff<26:
elif diff<29:
elif diff<32:
elif diff<35:
elif diff<38:
elif diff<41:
elif diff<44:
telephone.incoming_call()
telephone.call_state(newphonestate)
App_lock = e32.Ao_lock()
App_lock.wait()
