sig = ExositeTelit.signalConv(res)
DEBUG.sendMsg("Get signal strength: (" + str(sig) + ")dBm \r\n",RUN_MODE)
# Update NMEA Data
DEBUG.sendMsg("Polling GPS receiver for current location\r\n",RUN_MODE)
CW20.update()
DEBUG.sendMsg('Current GPGLL sentence: ' + CW20.GPSdata.GPGLL + "\r\n",RUN_MODE)
ExositeTelit.setLatLng(CW20.GPSdata.GPGLL) # Parses lat/lng values
latlng = CW20.GPSdata.Latitude + '_' + CW20.GPSdata.Longitude
# <-- Exosite
DEBUG.sendMsg("Opening Connection to server: " + myApp.IP + ":" + myApp.PORT + "\r\n",RUN_MODE)
#Connect to customer demo server
#Pass in: IP Address, IP Port, sockNum, GPRSuserName, GPRSuserPassword
res = ATC.openSocket(myApp.IP,myApp.PORT,'1','','',myApp.PROTOCOL,RUN_MODE)
try:
#If socket open upload data
if (res == 'CONNECT'):
DEBUG.sendMsg('Connection opened\r\n',RUN_MODE)
# Build string to send to customer server
#STA = ATC.properties.IMEI +',' + CW20.GPSdata.GPGLL # <-- Exosite: removed
# Exosite -->
# Enter your resource ids as the <key> and data as the <value> of a Python dictionary
# Ex: Resourced ID #1 stores latitude/longitude data, Resource ID #2 stores ping data
# resource_dict = {'1':latlng, '2':ping}
resource_dict = {
