def main():
try:
# Set Global Watchdog timeout in Seconds
MOD.watchdogEnable(300)
#Initialize the serial interface @ 115200, we must do this or nothing comes out the serial port
res = JANUS_SER.init("115200",'8N1')
if (res == -1):
return
JANUS_SER.sendUART("Beginning the Terminus Tracker Demo Program. \r\n\r\n")
#Initialize the configuration, returns 0 for defaults, 1 for normal.
ConfigLoad = JANUS_CONFIG.init()
#Transpose the configuration list to myApp for usage here
#We transpose only the main Config class to handle updates
if (ConfigLoad == 0):
myApp = JANUS_CONFIG.Config
JANUS_SER.sendUART("Defaults Loaded.\r\n")
elif (ConfigLoad == 1):
myApp = JANUS_CONFIG.Config
JANUS_SER.sendUART("Configuration File Loaded.\r\n")
else:
myApp = JANUS_CONFIG.Config
JANUS_SER.sendUART("Configuration ERROR. Defaults Loaded.\r\n")
#Initialize the I/O, turn on the stat LED
res = JANUS_IO.init(myApp.SLED)
if (res == -1):
return
#Read if Auto-On is active or not, 1 is active, 0 is inactive.
res = JANUS_IO.AutoONControl('READ', myApp.AUTOON)
JANUS_SER.sendUART("\r\nAuto On: " + myApp.AUTOON + "\r\n")
#If Auto-on is OFF and we want it ON, set it.
if (res == 0 and myApp.AUTOON == 'ON'):
res = JANUS_IO.AutoONControl('SET', myApp.AUTOON)
if (res == -1):
return #Errored out
elif (res == -2):
JANUS_SER.sendUART("Timed out while waiting for MCU response. \r\n")
elif (res == 1):
JANUS_SER.sendUART("Auto ON Enabled. \r\n")
#If Auto-on is ON and we want it OFF, set it.
if (res == 1 and myApp.AUTOON == 'OFF'):
res = JANUS_IO.AutoONControl('SET', myApp.AUTOON)
if (res == -1):
return #Errored out
elif (res == -2):
JANUS_SER.sendUART("Timed out while waiting for MCU response. \r\n")
elif (res == 0):
JANUS_SER.sendUART("Auto ON Disabled. \r\n")
#If Auto-on is OFF, and we have it set as OFF. Let's see what caused this wake up and report it.
#Although we can read IGN/SW directly, we check the MCU instead because they
#May not be active as this point even though the MCU caught it.
WakeupCause = ''
if (res == 0 and myApp.AUTOON == 'OFF'):
res = JANUS_IO.SW_IGN_Status()
if (res == -1):
return #Errored out
elif (res == 0):
JANUS_SER.sendUART("Wake up cause: N/O Switch \r\n")
WakeupCause = 'Switch'
elif (res == 1):
JANUS_SER.sendUART("Wake up cause: Ignition \r\n")
WakeupCause = 'Ignition'
elif (res == 2):
JANUS_SER.sendUART("Wake up cause: Both the Ignition and N/O Switch \r\n")
WakeupCause = 'Both'
elif (res == -2):
JANUS_SER.sendUART("Wake up cause: Unknown \r\n")
WakeupCause = 'Unknown'
JANUS_SER.sendUART("\r\nInitializing Module GPRS. \r\n")
#Set Network specific settings, wait for SIM card to be ready
res = NETWORK.initGsmNetwork(myApp.NETWORK,myApp.BAND)
if (res == -1):
return
#Init GPRS
GPRS.init('1',myApp.APN)
JANUS_SER.sendUART("GPRS Initialized. \r\n")
################################################################
#### BEGIN Newly Added Config Stuff
################################################################
#Initalize GPS
JANUS_SER.sendUART("\r\nInitializing Module GPS. \r\n")
res = JANUS_GPS.init(myApp.LNA)
if (res != 0):
JANUS_SER.sendUART("Failed to Initialize GPS, ERROR: " + res + "\r\n\r\n")
return
JANUS_SER.sendUART("GPS Initialized. \r\n\r\n")
#Setup SMS
if (myApp.SMS_ENABLED == 'TRUE'):
JANUS_SER.sendUART("SMS Enabled, Initializing. \r\n")
JANUS_SMS.configSMS()
JANUS_SER.sendUART("SMS Initialized. \r\n\r\n")
################################################################
#### END Newly Added Config Stuff
################################################################
# Loop forever, without this loop the script would run once and exit script mode. On reboot or power-on the script would run once more
while (1):
MOD.watchdogReset()
JANUS_SER.sendUART("Registering Module. \r\n")
#Wait until module is registered to GSM Network
res = NETWORK.isGsmRegistered(180) #Wait 180 seconds for module to obtain GSM registration
if (res == -1):
return
#Wait until module is attached to GPRS
res = NETWORK.isGprsAttached(180) #Wait 180 seconds for module to obtain GPRS Attachment
if (res == -1):
return
JANUS_SER.sendUART("Module Registered Successfully. \r\n\r\n")
#############################################################################################################################
## Opening Socket Connection to Server
## We are opening in Command Mode to have the best control
#############################################################################################################################
#Update Unit information
res = ATC.getUnitInfo()
# Start timeout timer
timerB = timers.timer(0)
timerB.start(int(myApp.INTERVAL))
SwitchPos = 'Open' #Default State for Switch
IgnPos = 'Inactive' #Default State for Switch
FirstTimeThrough = 'TRUE' #Initialize flag for the first time running the connection/loop
SENDSTRING = [] #Initialize the string list being sent to the server
StringCount = 0
# Loop forever, without this loop the script would run once and exit script mode. On reboot or power-on the script would run once more
while (1):
while (1):
MOD.watchdogReset()
#Update NMEA Data
#The following are available through the included GPS module:
#GPS.getActualPosition(), returns all fields like AT$GPSACP would
#GPS.getLastGGA()
#GPS.getLastGLL()
#GPS.getLastGSA()
#GPS.getLastGSV()
#GPS.getLastRMC()
#GPS.getLastVTG()
#GPS.getPosition(), this gives LAT/LONG in numeric format
#For the purposes of this demo, RMC will be used
#The returned value gives a \r\n at the end so we must strip it for proper usage.
GPSPositionTemp = ''
GPSPositionTemp = GPS.getLastRMC()
GPSPositionTemp = GPSPositionTemp.rstrip()
#Update switch and ignition information
#We simply clear after the report is sent, so by default it's sent as Open/Inactive until it's read as the opposite.
#We're polling the MCU signals and then signaling back "we got the information" so we only read once, giving us one or both events to report
# 0: Pass, Switch is triggered
# 1: Pass, Ignition is triggered
# 2: Pass, BOTH are triggered
# -1: Exception
# -2: Pass, Neither is triggered
EventCheck = JANUS_IO.SW_IGN_Status()
if (EventCheck == 0): #Switch has been triggered
SwitchPos = 'Closed'
#JANUS_SER.sendUART("SwitchPos : " + SwitchPos + "\r\n")
elif (EventCheck == 1): #Ignition has been triggered
IgnPos = 'Active'
#JANUS_SER.sendUART("IgnPos : " + IgnPos + "\r\n")
elif (EventCheck == 2): #Both have been triggered
SwitchPos = 'Closed'
IgnPos = 'Active'
#JANUS_SER.sendUART("IgnPos : " + IgnPos + "\r\n")
#JANUS_SER.sendUART("SwitchPos : " + SwitchPos + "\r\n")
if (myApp.SMS_ENABLED == 'TRUE'):
res = JANUS_SMS.CheckNewSMS()
#If a new SMS is found and is valid, pass it to the command logic
if (res != '0'):
#We have received a new SMS, let's find what it wants us to do.
#JANUS_SER.sendUART("SMS Data : " + str(res) + "\r\n")
res = JANUS_SMS.SMSCommand(str(res))
# 0: Pass, action carried out and SMS sent back
# -1: Exception
# -2: Pass, Unrecognized change command or AT command received though
# -3: Unrecognized SMS
# -4: Error sending an SMS to the originating P/N
if (res == -1):
return
#If the STAT LED was updated via SMS, let's adjust it
res = JANUS_IO.Cellular_LED(myApp.SLED)
#AUTO ON Run time Change.
#Read current Auto-On status, 1 is active, 0 is inactive.
res = JANUS_IO.AutoONControl('READ', myApp.AUTOON)
#The below will be ignored if there is no change
#If Auto-on is OFF and we want it ON, set it.
if (res == 0 and myApp.AUTOON == 'ON'):
res = JANUS_IO.AutoONControl('SET', myApp.AUTOON)
if (res == -1):
return #Errored out
elif (res == -2):
JANUS_SER.sendUART("Timed out while waiting for MCU response. \r\n")
elif (res == 1):
JANUS_SER.sendUART("Auto ON Enabled. \r\n")
#If Auto-on is ON and we want it OFF, set it.
if (res == 1 and myApp.AUTOON == 'OFF'):
res = JANUS_IO.AutoONControl('SET', myApp.AUTOON)
if (res == -1):
return #Errored out
elif (res == -2):
JANUS_SER.sendUART("Timed out while waiting for MCU response. \r\n")
elif (res == 0):
JANUS_SER.sendUART("Auto ON Disabled. \r\n")
elif (res == '-1'):
#Exception
return
#If interval timer expires then send packet to server
if (timerB.isexpired() or FirstTimeThrough == 'TRUE'):
#The first time we drop into this loop we want to send data immediately, after that it's timer based sends.
FirstTimeThrough = 'FALSE' #Disable the flag
#######################
##BEGIN BUILDING STRING
#If we were woken up by one of the inputs, add it to the string to be sent
#This section can be used/altered to perhaps only display the wake up event for a certain amount of sends.
if (WakeupCause != ''):
WakeupString = WakeupCause
#JANUS_SER.sendUART("Wake up Event : " + WakeupCause + "\r\n")
#res = GPRS.send_CM("Wake up Event : " + WakeupCause + "\r\n",1,10)
#WakeupCause = '' #Clear the cause so it only gets reported the first time
else:
WakeupString = ''
#Build String to send to customer server, adjusts depending on what we want reported. Can only be one of these.
#CW Google Earth format
#STA = NMEA + ',' + IMEI + ',' + String1 + ',' + String2 + ',' + String3
#Strings 1/2/3 should remain in all sentences sent, but become null ('') when not being sent.
#The Strings follow a standard display format for the demo, so only send the actual information based on this format:
#String 1 will display in the Demo as "Switch"
#String 2 will display in the Demo as "Ignition"
#String 3 will display in the Demo as "Wake up Event"
if (myApp.NOSWITCH == 'TRUE' and myApp.IGNITION == 'TRUE'):
STA = GPSPositionTemp + ',' + ATC.properties.IMEI + ',' + SwitchPos + ',' + IgnPos + ',' + WakeupString
elif (myApp.NOSWITCH == 'TRUE' and myApp.IGNITION == 'FALSE'):
STA = GPSPositionTemp + ',' + ATC.properties.IMEI + ',' + SwitchPos + ',' + "" + ',' + WakeupString
elif (myApp.NOSWITCH == 'FALSE' and myApp.IGNITION == 'TRUE'):
STA = GPSPositionTemp + ',' + ATC.properties.IMEI + ',' + "" + ',' + IgnPos + ',' + WakeupString
elif (myApp.NOSWITCH == 'FALSE' and myApp.IGNITION == 'FALSE'):
STA = GPSPositionTemp + ',' + ATC.properties.IMEI + ',' + "" + ',' + "" + ',' + WakeupString
#Concatenate string, this allows store and forward during disconnects.
#STA is refreshed every time through, SENDSTRING is only cleared after a successful send
#Let's say 100B per string
#Max string length is 16kB, giving us (safely) 100 data points to store.
#This can be improved upon by utilizing a list, since each element in a list is capable of 16kB
#with a possible 4000 elements (keeping in mind overall memory limits)
if (StringCount < 100):
SENDSTRING.append(STA)
StringCount = StringCount+1
else:
JANUS_SER.sendUART("Store and forward limit reached (100). \r\n\r\n")
#######################
##END BUILDING STRING
###############################################################
##### Socket Open Check
#If socket closed, open it
DCD = MDM.getDCD()
#Check for a valid SS too
res = ATC.sendAtCmd('AT#SS',ATC.properties.CMD_TERMINATOR,0,20)
#If there is not a valid DCD OR the socket status shows that there is no socket open.
#We check for both because DCD seems to get stuck on 1 under certain conditions and we cannot set it, yet SS works fine.
if (DCD == 0 or res == "#SS: 1,0"):
JANUS_SER.sendUART("Opening socket to server: " + myApp.IP + ":" + myApp.PORT + "\r\n")
#Connect to customer's server
res = GPRS.openSocket(myApp.IP,myApp.PORT,1,myApp.USERNAME,myApp.PASSWORD,myApp.PROTOCOL,1)
if (res != 0):
JANUS_SER.sendUART("Connection failed to open. \r\n")
#Turn OFF the LED permanently until we have a valid connection
res = JANUS_IO.GPS_LED('OFF', myApp.ULED)
elif (res == 0):
JANUS_SER.sendUART("Socket opened successfully.\r\n")
#Turn ON the LED to show we have a valid connection
res = JANUS_IO.GPS_LED('ON', myApp.ULED)
JANUS_SER.sendUART("Polling GPS receiver for current location every " + myApp.INTERVAL + " second(s)\r\n")
#Do not return, end of this loop will handle the service checking
###############################################################
##### Socket Open Check
try:
#If socket open upload data
DCD = MDM.getDCD()
#Check for a valid SS too
res = ATC.sendAtCmd('AT#SS',ATC.properties.CMD_TERMINATOR,0,20)
#If there is a valid DCD AND the socket status shows that there is a valid socket connection too.
#We check for both because DCD seems to get stuck on 1 under certain conditions and we cannot set it, yet SS works fine.
if (DCD == 1 and res != "#SS: 1,0"):
#Update the GPS LED. This will turn the LED on/off during run time if it has been updated via SMS.
#Defaulted to ON
res = JANUS_IO.GPS_LED('ON', myApp.ULED)
#####Placeholder for built string OLD spot
#Strip the last entry of the pipe
#Pop the last item out, remove the last byte (the pipe) then append it back to the list.
#This covers single sends and block sends
## LastItem = SENDSTRING.pop(StringCount-1)
## ItemLength = len(LastItem)
## LastItem = LastItem[0:ItemLength-1]
## SENDSTRING.append(LastItem)
JANUS_SER.sendUART("Sending data: \r\n")
res = 0
x = 0
while (res == 0 and x < StringCount):
#Send Data
JANUS_SER.sendUART(str(SENDSTRING[x]) + "\r\n")
res = GPRS.send_CM(SENDSTRING[x],1,10)
x = x+1
if (res == 1):
JANUS_SER.sendUART("\r\n\r\nData Empty, Error receiving info from GPS module\r\n")
return
if (res == -2):
JANUS_SER.sendUART("\r\n\r\nTimed out while sending data, checking socket connection\r\n") #Do not return, drop to service checks
#Add the pipe to the end again since this got disconnected mid-send procedure and will become a store and forward send.
## LastItem = SENDSTRING.pop(StringCount-1)
## LastItem = LastItem + '|'
## SENDSTRING.append(LastItem)
else:
JANUS_SER.sendUART("\r\n\r\nData Sent Successfully.\r\n\r\n")
#Blink OFF the LED to indicate data was sent
res = JANUS_IO.GPS_LED('OFF', myApp.ULED)
res = JANUS_IO.GPS_LED('ON', myApp.ULED)
if (IgnPos == 'Inactive' and myApp.AUTOON == 'OFF' and myApp.IGNITIONFOLLOW == 'TRUE'):
#Special Case, auto-on is not active and we want to only be active while the ignition is active.
#Inigition has dropped, we've sent the last data packet, now shut the unit down
res = ATC.sendAtCmd('AT#SHDN',ATC.properties.CMD_TERMINATOR,0,20)
#Put the Switch and Ignition I/O back to default, clear the list and counter
SwitchPos = 'Open'
IgnPos = 'Inactive'
SENDSTRING = []
StringCount = 0
#Exit data mode
#DEBUG.sendMsg('Exiting data mode\r\n')
#res = ATC.exitSocketDataMode()
#Close Socket
#Pass in: sockNum
#res = ATC.closeSocket('1')
#DEBUG.sendMsg('Connection closed\r\n')
break
else:
JANUS_SER.sendUART("\r\nConnection not available, checking status.\r\n")
#Wait until module is registered to GSM Network
#res = NETWORK.isGsmRegistered(180) #Wait 180 seconds for module to obtain GSM registration
#if (res == -1):
# ATC.reboot()
#Wait until module is attached to GPRS
#res = NETWORK.isGprsAttached(180) #Wait 180 seconds for module to obtain GPRS Attachment
#if (res == -1):
# ATC.reboot()
#What is the signal strength?
res = ATC.sendAtCmd('AT+CSQ',ATC.properties.CMD_TERMINATOR,0,5)
JANUS_SER.sendUART("Signal Strength (AT+CSQ): " + res + "\r\n")
#Still registered?
res = ATC.sendAtCmd('AT+CREG?',ATC.properties.CMD_TERMINATOR,0,5)
JANUS_SER.sendUART("Registration Check (AT+CREG?): " + res + "\r\n")
#GPRS Available?
res = ATC.sendAtCmd('AT+CGREG?',ATC.properties.CMD_TERMINATOR,0,5)
JANUS_SER.sendUART("GPRS Availability (AT+CGREG?): " + res + "\r\n")
#Is a PDP context activated?
res = ATC.sendAtCmd('AT#SGACT?',ATC.properties.CMD_TERMINATOR,0,20)
JANUS_SER.sendUART("PDP Context status (AT#SGACT?): " + res + "\r\n\r\n")
break
except:
JANUS_SER.sendUART("Script encountered an exception while uploading data to server\r\n")
JANUS_SER.sendUART("Exception Type: " + str(sys.exc_type) + "\r\n")
JANUS_SER.sendUART("MODULE -> LobosTrack\r\n")
break
## Re-Start timeout timer
timerB = timers.timer(0)
timerB.start(int(myApp.INTERVAL))
#DEBUG.CLS() #Clear screen command for VT100 terminals
except:
print "Script encountered an exception"
print "Exception Type: " + str(sys.exc_type)
print "MODULE -> TerminusS2E"
return
def initGsmNetwork(inSTR1, inSTR2):
# This function sets all Network specific settings
# Input Parameter Definitions
# inSTR1: GSM Network (ATT or GSM)
# inSTR2: AT#BND=inSTR2 (0,1,2,or 3)
tmpReturn = -1
try:
#res = ATC.sendAtCmd("AT+CFUN=1",ATC.properties.CMD_TERMINATOR,0,2) #Set Automatic Operator Selection
res = ATC.getUnitInfo()
if (res == -1):
return tmpReturn
res = ATC.sendAtCmd("AT#SELINT?",ATC.properties.CMD_TERMINATOR,0,2) #query SELINT setting
if (res != "#SELINT: 2"):
res = ATC.sendAtCmd('AT#SELINT=2',ATC.properties.CMD_TERMINATOR,0,2) #use of most recent AT command set
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
if (ATC.properties.firmwareMajor == '10'):
#Firmware specific settings
if (ATC.properties.firmwareMinor == '00'):
res = ATC.sendAtCmd('AT#AUTOBND?',ATC.properties.CMD_TERMINATOR,3,2) #query AUTOBND setting
if (res != "#AUTOBND: 1"):
res = ATC.sendAtCmd('AT#AUTOBND=1',ATC.properties.CMD_TERMINATOR,3,2) #enable Quad band system selection
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
else: #No other firmware releases yet
res = ATC.sendAtCmd('AT#AUTOBND?',ATC.properties.CMD_TERMINATOR,3,2) #query AUTOBND setting
if (res != "#AUTOBND: 2"):
res = ATC.sendAtCmd('AT#AUTOBND=2',ATC.properties.CMD_TERMINATOR,3,2) #enable instant Quad band system selection
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
#Apply Network Specific settings see myApp.xxxx assignment above
if (inSTR1 == "ATT"):
#Set module to work on US ATT Network
res = ATC.sendAtCmd("AT#ENS?",ATC.properties.CMD_TERMINATOR,0,2) #query ENS setting
if (res != "#ENS: 1"):
res = ATC.sendAtCmd('AT#ENS=1',ATC.properties.CMD_TERMINATOR,0,2) #sets all ATT requirements
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
else:
#Set module to work on all other Networks
res = ATC.sendAtCmd('AT#ENS?',ATC.properties.CMD_TERMINATOR,0,2)
if (res != "#ENS: 0"):
res = ATC.sendAtCmd('AT#ENS=0',ATC.properties.CMD_TERMINATOR,0,2) #disable all ATT requirements
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
res = ATC.sendAtCmd("AT#BND?",ATC.properties.CMD_TERMINATOR,0,2) #query BND setting
if (res != "#BND: " + inSTR2):
res = ATC.sendAtCmd('AT#BND='+ inSTR2,ATC.properties.CMD_TERMINATOR,3,2) #set bands to 850/1900
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
res = ATC.sendAtCmd("AT#PLMNMODE?",ATC.properties.CMD_TERMINATOR,0,2) #query PLMN setting
if (res != "#PLMNMODE: 1"):
res = ATC.sendAtCmd('AT#PLMNMODE=1',ATC.properties.CMD_TERMINATOR,0,2) #enable operator name updating
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
res = wait4SIMReady() #wait for SIM to be ready for use
res = ATC.sendAtCmd("AT#STIA?",ATC.properties.CMD_TERMINATOR,0,2) #query STIA settings
if ((res.find('STIA: 0,1')==-1) and (res.find('STIA: 1,1')==-1)):
res = ATC.sendAtCmd('AT#STIA=1,10',ATC.properties.CMD_TERMINATOR,0,2) #enable SAT - SIM Application Tool-Kit
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
elif (ATC.properties.firmwareMajor == '10'):
if (inSTR1 == "ATT"):
#Set module to work on US ATT Network
res = ATC.sendAtCmd("AT#ENS?",ATC.properties.CMD_TERMINATOR,0,2) #query ENS setting
if (res != "#ENS: 1"):
res = ATC.sendAtCmd('AT#ENS=1',ATC.properties.CMD_TERMINATOR,0,2) #sets all ATT requirements
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
else:
res = ATC.sendAtCmd('AT#AUTOBND?',ATC.properties.CMD_TERMINATOR,3,2) #query AUTOBND setting
if (res != "#AUTOBND: 2"):
res = ATC.sendAtCmd('AT#AUTOBND=2',ATC.properties.CMD_TERMINATOR,3,2) #enable Quad band system selection
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
res = ATC.sendAtCmd("AT#PLMNMODE?",ATC.properties.CMD_TERMINATOR,0,2) #query PLMN setting
if (res != "#PLMNMODE: 1"):
res = ATC.sendAtCmd('AT#PLMNMODE=1',ATC.properties.CMD_TERMINATOR,0,2) #enable operator name updating
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
res = wait4SIMReady() #wait for SIM to be ready for use
res = ATC.sendAtCmd("AT#STIA?",ATC.properties.CMD_TERMINATOR,0,2) #query STIA settings
if ((res.find('STIA: 0,1')==-1) and (res.find('STIA: 1,1')==-1)):
res = ATC.sendAtCmd('AT#STIA=1,10',ATC.properties.CMD_TERMINATOR,0,2) #enable SAT - SIM Application Tool-Kit
res = ATC.sendAtCmd('AT&P0',ATC.properties.CMD_TERMINATOR,0,2) #Save Profile
res = ATC.sendAtCmd('AT&W0',ATC.properties.CMD_TERMINATOR,0,2) #Save Settings
return tmpReturn
else:
print 'Unknown Firmware'
tmpReturn = 0
except:
printException("initGsmNetwork(" + myNetwork + ")")
return tmpReturn
