/* * loraABP.ino * * A simple example to use the Arduino LoRa Node shield. * This example join the LoRaWan network and send periodically * packets to the server. The activation method used is * Activation By Personalization (ABP). * If you register an application on a server with the same * keys used in this example you will be able to see the * packets sent from the node. * Change the keys below to fit the application in your server. * * Note : If you're using this example with an Arduino Primo download * the ArduinoLowPower library from the library manager. * * This example code is in the public domain. * * created April 2017 * by chiara@arduino.org * *********************************************************************** * NOTE: * Frequency is defined in config.h file inside the src folder of this * library. Edit this file to select the frequency that fit your region. *********************************************************************** * */ // Application's keys const char * deviceAddress = "26011AD0"; const char * networkSessionKey = "F60F30CF0900CE09E07301104E02B0D3"; const char * applicationSessionKey = "0CE04D0B30C80970D30A00A101D01001"; #include "LoRaNode.h" void setup() { pinMode(31, OUTPUT); digitalWrite(31, HIGH); Serial.begin(9600); //register the keys for this application node.joinABP(deviceAddress, networkSessionKey, applicationSessionKey); //register callback for incoming messages node.onReceive(readMsg); //begin initialization node.begin(); //show the node's main parameters node.showStatus(); } void loop() { //send a frame every 10 seconds char frame[] = {0x00, 0x00, 0x00, 0xA0}; // data , dataLength , port node.sendFrame(frame, sizeof(frame), 2); //wait 10 seconds sleeping to save power node.sleep(10000); } void readMsg(unsigned char * rcvData, int dim, int port){ Serial.print("data = "); for(int i=0; i