first commit
This commit is contained in:
Gabriel
37
config.h
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37
config.h
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/*---------------------------------------------------------------------------------------------------------------
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ACTIVATION_MODE | ABP or OTAA | # Selection of Activation Method |
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SEND_BY_PUSH_BUTTON | true or false | # Sending method (Time or Push Button) |
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FRAME_DELAY | Time in ms | # Time between 2 frames (Minimum 7000) |
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SPREADING_FACTOR | Number [7;12] | # 7=SF7, 8=SF8, ..., 12=SF12 |
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ADAPTIVE_DR | true or false | # Enable Aaptive Data Rate (if true) |
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CONFIRMED | true or false | # Frame Confirmed (if true) OR Frame Unconfirmed (if false) |
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PORT | Number [0;199] | # Application Port number |
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ENABLE_HUMIDITY | true or false | # Enable Humidity Sensor (if true) |
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CAYENNE_LPP | true or false | # Enable all sensor and use the CAYENNE LPP format (if true) |
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LOW_POWER | true or false | # Enable Low Power mode between two frames (if true) |
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---------------------------------------------------------------------------------------------------------------*/
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#define OTAA 0
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#define ABP 1
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#define ACTIVATION_MODE OTAA
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#define SEND_BY_PUSH_BUTTON false
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#define FRAME_DELAY 30000
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#define SPREADING_FACTOR 7
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#define ADAPTIVE_DR false
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#define CONFIRMED false
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#define PORT 1
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#define ENABLE_HUMIDITY true
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#define CAYENNE_LPP true
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#define LOW_POWER true
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// Configuration for ABP Activation Mode
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const char devAddr[] = "260BAEF0";
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const char nwkSKey[] = "64E37DA93380811D762C430422590DA6";
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const char appSKey[] = "6CF72CC2B4835C369E6425C049878184";
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// Configuration for OTAA Activation Mode
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const char appKey[] = "00AA2A215A86B625F343FA6127CB586A";
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const char appEUI[] = "0000000000000000";
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265
lorawanApp.ino
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265
lorawanApp.ino
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#include "LoRaWANNode.h"
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#include "STM32LowPower.h"
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#include "config.h"
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#if ENABLE_HUMIDITY == true || CAYENNE_LPP == true
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#include <HTS221Sensor.h>
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#include <LPS22HBSensor.h>
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#include <LSM303AGR_ACC_Sensor.h>
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#include <LSM303AGR_MAG_Sensor.h>
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#include <CayenneLPP.h>
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#define I2C2_SCL D15//PB10
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#define I2C2_SDA D14//PB11
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TwoWire *dev_i2c;
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HTS221Sensor *HumTemp;
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LPS22HBSensor *PressTemp;
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LSM303AGR_ACC_Sensor *Acc;
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LSM303AGR_MAG_Sensor *Mag;
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// Read humidity, pressure, temperature from LPS22HB, temperature from HTS221
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float pressure, humidity, temperatureFromHTS221, temperatureFromLPS22HB, temperatureFromLSM303AGR;
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int32_t accelerometer[3];
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int32_t magnetometer[3];
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int8_t humidityLora =0;
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CayenneLPP lpp(51);
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#endif
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HardwareSerial SerialLora(D0, D1); // D0(Rx) D1(TX)
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HardwareSerial Serial1(PA10, PA9);
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const int PUSHBUTTON = 2;
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char frameTx[] = "Hello";
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String str;
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void setup()
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{
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Serial1.begin(115200);
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#if LOW_POWER == true
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LowPower.begin();
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#endif
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#if ENABLE_HUMIDITY == true || CAYENNE_LPP == true
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lpp.reset(); // Initialise CAYENNE
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dev_i2c = new TwoWire(I2C2_SDA, I2C2_SCL);
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dev_i2c->begin();
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HumTemp = new HTS221Sensor (dev_i2c);
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HumTemp->Enable();
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PressTemp = new LPS22HBSensor(dev_i2c);
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PressTemp->Enable();
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Acc = new LSM303AGR_ACC_Sensor(dev_i2c);
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Acc->Enable();
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Acc->EnableTemperatureSensor();
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Mag = new LSM303AGR_MAG_Sensor(dev_i2c);
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Mag->Enable();
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#endif
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pinMode(PUSHBUTTON, INPUT);
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showConfig();
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infoBeforeActivation();
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if (ACTIVATION_MODE == ABP) activationABP();
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if (ACTIVATION_MODE == OTAA) activationOTAA();
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infoAfterActivation();
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}
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void loop()
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{
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if( SEND_BY_PUSH_BUTTON == 1) while(digitalRead(PUSHBUTTON)); // Attente Push Button pour envoyer
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else delay((FRAME_DELAY<7000)?0:FRAME_DELAY-7000); // Attente FRAME_DELAY pour envoyer
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#if ENABLE_HUMIDITY == true || CAYENNE_LPP == true
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HumTemp->GetHumidity(&humidity);
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HumTemp->GetTemperature(&temperatureFromHTS221);
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PressTemp->GetPressure(&pressure);
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PressTemp->GetTemperature(&temperatureFromLPS22HB);
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Acc->GetAxes(accelerometer);
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Acc->GetTemperature(&temperatureFromLSM303AGR);
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Mag->GetAxes(magnetometer);
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lpp.reset();
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// Channel 1 : Data from HTS221 (Humidity sensor)
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lpp.addRelativeHumidity(1, humidity);
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lpp.addTemperature(1, temperatureFromHTS221);
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// Channel 2 : Data from LPS22HB (Pressure sensor)
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lpp.addBarometricPressure(2, pressure);
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lpp.addTemperature(2, temperatureFromLPS22HB);
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// Channel 3 : Data from LSM303AGR (accelerometer/magnetometer/gyroscope)
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lpp.addAccelerometer(3, (float)accelerometer[0]/1000, (float)accelerometer[1]/1000, (float)accelerometer[2]/1000);
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lpp.addTemperature(2, temperatureFromLSM303AGR);
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#endif
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transmit();
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receive();
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#if LOW_POWER == true
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Serial1.print(" Processor and LoRaWAN module go to sleep during ");
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Serial1.print(FRAME_DELAY);
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Serial1.println(" ms");
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delay(500);
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loraNode.sleep();
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LowPower.deepSleep(FRAME_DELAY);
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loraNode.wakeup();
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Serial1.println(" Processor and LoRaWAN module wake up !!!!\r\n");
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#endif
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}
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void receive(void) {
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uint8_t frameRx[64];
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uint8_t len;
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uint8_t port;
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if(loraNode.receiveFrame(frameRx, &len, &port)) {
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uint8_t n = 0;
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Serial1.print(" Frame received: ");
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while(len > 0) {
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Serial1.print(frameRx[n], HEX);
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Serial1.print("(Hexa) ");
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Serial1.print(frameRx[n]);
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Serial1.print("(Dec), ");
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len--;
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n++;
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}
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Serial1.print(" on port "); Serial1.println(port);Serial1.print("\r\n");
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} else {
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Serial1.println(" No data received\r\n\r\n");
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}
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}
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void transmit(void) {
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int status;
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if(CONFIRMED) Serial1.print(" Uplink CONFIRMED on PORT ");
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else Serial1.print(" Uplink UNCONFIRMED on PORT ");
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Serial1.println(PORT);
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#if ((ENABLE_HUMIDITY == false) && (CAYENNE_LPP == false))
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Serial1.print(" Sending Text : ");Serial1.print(frameTx);Serial1.print("\r\n");
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status = loraNode.sendFrame(frameTx, sizeof(frameTx), CONFIRMED, PORT);
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#elif ((ENABLE_HUMIDITY == true) && (CAYENNE_LPP == false))
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humidityLora = (uint8_t)humidity;
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// Serial1.print(" Sending humidity(%) : ");Serial1.print(humidityLora);Serial1.print("\r\n");
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// status = loraNode.sendFrame((char*)&humidityLora, 1, CONFIRMED);
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char trame[3];
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unsigned char ent, dec;
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ent = temperatureFromHTS221;
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dec = (temperatureFromHTS221 - ent) * 100;
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trame[0] = humidityLora;
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trame[1] = ent;
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trame[2] = dec;
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//int len = sprintf(trame, "%d.%d", ent, dec);
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Serial1.print(" Sending humidity(%) : ");Serial1.print(humidityLora);Serial1.print("\r\n");
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Serial1.print(" Sending temperature(°C) : ");Serial1.print(temperatureFromHTS221);Serial1.print("\r\n");
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status = loraNode.sendFrame(trame, 3, CONFIRMED);
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#else
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Serial1.println(" Sending all sensor data with CAYENNE LPP (Low Power Payload) ");
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status = loraNode.sendFrame((char*)lpp.getBuffer(), lpp.getSize(), CONFIRMED);
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#endif
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if(status == LORA_SEND_ERROR) {
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Serial1.println(" Send frame failed!!!");
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} else if(status == LORA_SEND_DELAYED) {
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Serial1.println(" Module is busy : \r\n * It's still trying to send data \r\n OR * \r\n * You are over your allowed duty cycle");
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} else {
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Serial1.println(" Waiting for Downlink...");
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}
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}
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void showConfig(void){
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Serial1.println("\r\n\r\n\r\n");
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Serial1.println("#######################################");
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Serial1.println("#### LoRaWAN Training Session #########");
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Serial1.println("#####Savoie Mont Blanc University #####\r\n");
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if(ACTIVATION_MODE == OTAA) {Serial1.println(" * Activation Mode : OTAA");}
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else {Serial1.println(" * Activation Mode : ABP");}
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if(SEND_BY_PUSH_BUTTON == true) {Serial1.println(" * Send Frame with Push Button");}
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else {Serial1.print(" * Send Frame every ");Serial1.print((FRAME_DELAY<7000)?7000:FRAME_DELAY);Serial1.println("ms");}
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Serial1.print(" * Spreading Factor : SF");Serial1.print(SPREADING_FACTOR);Serial1.print("\r\n");
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if(ADAPTIVE_DR == true) {Serial1.println(" * Adaptive Data Rate : ON");}
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else {Serial1.println(" * Adaptive Data Rate : OFF");}
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if(CONFIRMED == true) {Serial1.println(" * Frame Confirmed");}
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else {Serial1.println(" * Frame Unconfirmed");}
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Serial1.print(" * Application PORT Number : ");Serial1.print(PORT);Serial1.print("\r\n");
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if ( ENABLE_HUMIDITY == false && CAYENNE_LPP == false) { Serial1.print(" * Payload is Text : "); Serial1.println(frameTx);}
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else if ( ENABLE_HUMIDITY == true && CAYENNE_LPP == false) { Serial1.println(" * Payload is 1 byte : Humidity sensor");}
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else { Serial1.println(" * Payload : All Sensors with CAYENNE LPP Format");}
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if(LOW_POWER == true) {Serial1.println(" * Low Power Mode : ON\r\n");}
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else {Serial1.println(" * Low Power Mode : OFF\r\n");}
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}
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void infoAfterActivation(void){
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if(SEND_BY_PUSH_BUTTON == 0){
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Serial1.print(" Frame will be sent every ");Serial1.print((FRAME_DELAY<7000)?7000:FRAME_DELAY);Serial1.println("ms\r\n");
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}
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else {
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Serial1.println(" Press Blue Button to send a Frame\r\n");
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}
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}
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void infoBeforeActivation(void){
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while(!loraNode.begin(&SerialLora, LORA_BAND_EU_868)) {
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Serial1.println("Lora module not ready");
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delay(1000);
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}
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loraNode.setDutyCycle(DISABLE);
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if (ACTIVATION_MODE == ABP) {
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Serial1.print(" * Device Address : 0x ");
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Serial1.println(devAddr);
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Serial1.print(" * Network Session Key : 0x ");
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Serial1.println(nwkSKey);
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Serial1.print(" * Application Session Key : 0x ");
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Serial1.println(appSKey);Serial1.print("\r\n");
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}
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if (ACTIVATION_MODE == OTAA){
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str = " * Device EUI : 0x ";
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loraNode.getDevEUI(&str);
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Serial1.println(str);
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Serial1.print(" * Application key : 0x ");
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Serial1.println(appKey);
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Serial1.print(" * Application EUI : 0x ");
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Serial1.println(appEUI);Serial1.print("\r\n");
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}
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loraNode.setAdaptativeDataRate(DISABLE);
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loraNode.setDataRate(12-SPREADING_FACTOR);
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if(ADAPTIVE_DR) loraNode.setAdaptativeDataRate(ENABLE);
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loraNode.setDutyCycle(DISABLE);
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}
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void activationABP(void){
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while(!loraNode.joinABP(devAddr, nwkSKey, appSKey)) {
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Serial1.println(" The Device is not activated on the Server!!");
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delay(1000);
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}
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}
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void activationOTAA(void){
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Serial1.println(" JOIN procedure in progress ...");
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while(!loraNode.joinOTAA(appKey, appEUI)) {
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Serial1.println(" JOIN OTAA failed!!! Retry...");
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delay(1000);
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}
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Serial1.println(" JOIN procedure : SUCCESS !\r\n");
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}
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Reference in New Issue
Block a user