def getResrictionCode(number, code):
print('inside getResrictionCode')
gsm = GsmModem(port=dev)
sendSMS(gsm, number, code)
print("clear storage before recieve message")
clear_storage(gsm)
rcode = waiting_response(number, gsm)
return rcode
class Command(BaseCommand):
help = "This command need to be started whenever the application is running, of course after executing runserver."
print conf['gsm']
gsm = GsmModem(port=conf['gsm']['port'],
logger=GsmModem.debug_logger).boot()
def handle(self, **options):
print "Transmitting SMS..."
cmd = SmsHandler(self.gsm).transmit_sms()
def on_connect(client, userdata, flags, rc):
print("Connected with result code " + str(rc))
global gsm
#Initializing GSM Modem
gsm = GsmModem(port="/dev/ttyUSB1", logger=GsmModem.debug_logger).boot()
# Subscribing in on_connect() means that if we lose the connection and
# reconnect then subscriptions will be renewed.
client.subscribe(("iot-2/cmd/bluepi/fmt/json", 0))
allRFCommDevicePorts = scanRadioComm()
allUSBDevicePorts = scanUSBSerial()
print("RFPorts detected with devices on them: " +
str(allRFCommDevicePorts))
print("USBPorts detected with devices on them: " + str(allUSBDevicePorts))
usbPortsIdentified = {}
iccid = '' # Default values are blank for those that come from GSM modem
imei = ''
for usbPort in allUSBDevicePorts:
try:
with time_limit(4):
print("Trying to connect as GSM to " + str(usbPort))
gsm = GsmModem(port=usbPort,
logger=GsmModem.debug_logger).boot()
print("GSM modem detected at " + str(usbPort))
allUSBDevicePorts.remove(
usbPort) # We just found it engaged, don't use it again
iccid = gsm.query("AT^ICCID?", "^ICCID:").strip('"')
imei = gsm.query("ATI", "IMEI:")
usbPortsIdentified[str(usbPort)] = "gsm"
print(usbPort, usbPortsIdentified[usbPort])
break # We got a port, so break out of loop
except TimeoutException:
# Maybe this is not the right port for the GSM modem, so skip to the next number
print("Timed out!")
except IOError:
print("IOError - so " + usbPort + " is also not a GSM device")
# Open a SQLlite3 connection
import time
from pygsm import GsmModem
gsm = GsmModem(port="/dev/ttyUSB0", logger=GsmModem.debug_logger).boot()
print("Waiting for network...")
s = gsm.wait_for_network()
with open("messaggio.txt", "rt") as f:
messaggio = f.read()
with open("lista.csv", "rt") as f:
for i, l in enumerate(f):
gsm.send_sms(l.strip(), messaggio)
time.sleep(1)
gsm.disconnect()
print 'Position: ' + UTC + ', ' + Latitude + ', ' + Longitude + ', ' + Altitude
# Text to mobile
Message = ' Position: ' + UTC + ', ' + str(Latitude) + ', ' + str(
Longitude) + ', ' + str(
Altitude) + ' http://maps.google.com/?q=' + str(
Latitude) + ',' + str(Longitude)
print "Sending to mobile " + MobileNumber + ": " + Message
gsm.send_sms(MobileNumber, Message)
# Set mobile number here
MobileNumber = "017412312312"
lastmessage = 'Stop'
print "Booting modem ..."
gsm = GsmModem(port="/dev/serial0")
gsm.boot()
print "Modem details:"
reply = gsm.hardware()
print "Manufacturer = " + reply['manufacturer']
print "Model = " + reply['model']
# Try and get phone number
reply = gsm.command('AT+CNUM')
if len(reply) > 1:
list = reply[0].split(",")
phone = list[1].strip('\"')
print "Phone number = " + phone
print
GatewayNumber = sys.argv[3]
print "Texts will be sent to gateway number " + GatewayNumber
else:
GatewayNumber = None
SendTimeout = 5 # Send position every x minutes regardless of movement
HorizontalDelta = 50 # Send position if it moves horizontally by at keast this many metres
VerticalDelta = 50 # Send position if it moves vertically by at least this many metres
MaxGSMAltitude = 2000 # Don't try to send above this altitude
PreviousSeconds = 0
PreviousAltitude = 0
PreviousLatitude = 0
PreviousLongitude = 0
gsm = GsmModem(port="/dev/ttyAMA0")
gsm.boot()
print "GPS/GSM UKHAS Tracker"
print "====================="
print
print "Modem details ..."
reply = gsm.hardware()
print "Manufacturer = " + reply['manufacturer']
print "Model = " + reply['model']
print
# Try and get phone number
reply = gsm.command('AT+CNUM')
if len(reply) > 1:
'192.168.0.101', # The host name.
8090, # A port number where to wait for the request.
application, # Our application object name, in this case a function.
server_class=SecureWSGIServer, #up there ;)
handler_class=SecureWSGIRequestHandler #up there also
)
# Wait for request, serve it .
httpd.serve_forever()
logging.debug('srver started succefuly', extra=s)
except Exception, e:
logging.exception('Error ------------- ', extra=s)
Daisy13_on_D1 = "/dev/ttyS1"
gsm = GsmModem(port=Daisy13_on_D1,
baudrate=115200,
logger=GsmModem.debug_logger).boot()
z = gsm.wait_for_network()
app = gsmmodule(gsm)
if __name__ == "__main__":
daemon = MyDaemon('/tmp/daemon-example.pid')
if len(sys.argv) == 2:
if 'start' == sys.argv[1]:
#gsm.boot()
daemon.start()
elif 'stop' == sys.argv[1]:
#app.sendsms(s,"0633466667","sms server stoping") #activate this to secure server
logging.debug('srver stoping', extra=s)
daemon.stop()
elif 'restart' == sys.argv[1]:
gsm.boot()
#!/usr/bin/env python
# vim: ai ts=4 sts=4 et sw=4
import time
from pygsm import GsmModem
gsm = GsmModem(port="/dev/ttyUSB2").boot()
csq = gsm.signal_strength()
approx_dBm = ((-113) + (2 * csq))
csq_marginal = 9
csq_ok = 14
csq_good = 19
csq_excellent = 30
def csq_name(csq):
if csq <= csq_marginal:
return 'marginal'
elif csq <= csq_ok:
return 'ok'
elif csq <= csq_good:
return 'good'
elif csq <= csq_excellent:
return 'excellent'
else:
return 'searching'
print 'CSQ: ',csq,'/',csq_excellent,'(',approx_dBm,'dBm) - ',csq_name(csq)
# gsm.send_sms(MobileNumber, Message)
# DEFINE GLOBAL VARIABLES
#----------------------------------------------------------------------
SendTimeout = 5. # Send position every x minutes regardless of movement
HorizontalDelta = 20. # Send position if it moves horizontally by at least this many metres
VerticalDelta = 2. # Send position if it moves vertically by at least this many metres
# variabile logica per capire quando c'è stata una variazione di posizione
changeXYZ = 0
# Set mobile number here
MobileNumber = "+39xxxxxxxxx" # Set here mobile number
print("Booting modem ...")
gsm = GsmModem(port="/dev/ttyAMA0") # try with ttyS0
gsm.boot()
print("Modem details:")
reply = gsm.hardware()
print("Manufacturer = " + reply['manufacturer'])
print("Model = " + reply['model'])
# Try and get phone number
reply = gsm.command('AT+CNUM')
if len(reply) > 1:
list = reply[0].split(",")
phone = list[1].strip('\"')
print("Phone number = " + phone)
print
Delete all messages if full
'''
out = gsm.query("AT+CPMS=SM")
m = re.match(r'\+CPMS: (\d{1,2}),(\d{2})', out)
cur_size = m.group(1)
max_size = m.group(2)
print("current messages: %s, maximum size: %s" % (cur_size, max_size))
if cur_size == max_size:
# clear the storage, delete all messages
delete_all_sms(gsm)
def getResrictionCode(number, code):
print('inside getResrictionCode')
gsm = GsmModem(port=dev)
sendSMS(gsm, number, code)
print("clear storage before recieve message")
clear_storage(gsm)
rcode = waiting_response(number, gsm)
return rcode
if __name__ == "__main__":
# clear_storage()
gsm = GsmModem(port=dev)
delete_all_sms(gsm)
# gsm.query("AT+CMGD=1")
def __init__(self, port, logger=""):
self.logger = logger
self.gsm = GsmModem(port=port, logger=logger).boot()
