kopia lustrzana https://github.com/sh123/esp32_loraprs
112 wiersze
3.4 KiB
C++
112 wiersze
3.4 KiB
C++
#include <arduino-timer.h>
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#include "WiFi.h"
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#if __has_include("/tmp/esp32_loraprs_config.h")
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#pragma message("Using external config")
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#include "/tmp/esp32_loraprs_config.h"
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#else
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#pragma message("Using default built-in config")
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#include "config.h"
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#endif
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#if CFG_IS_CLIENT_MODE == true
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#pragma message("Configured for client mode")
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#else
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#pragma message("Configured for server mode")
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#endif
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// When USE_RADIOLIB is defined then RadioLib will be used, otherwise arduino-LoRa will be used
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// When using RadioLib, default module is SX1278, if you are using
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// different module then update loraprs_service.h and loraprs_service.cpp
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// search for SX1278 and replace with your module name
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//#define USE_RADIOLIB
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#include "loraprs_service.h"
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void initializeConfig(LoraPrs::Config &cfg) {
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// client/server mode switch
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cfg.IsClientMode = CFG_IS_CLIENT_MODE;
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// lora parameters
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cfg.LoraFreq = CFG_LORA_FREQ;
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cfg.LoraBw = CFG_LORA_BW;
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cfg.LoraSf = CFG_LORA_SF;
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cfg.LoraCodingRate = CFG_LORA_CR;
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cfg.LoraSync = 0x34;
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cfg.LoraPower = CFG_LORA_PWR;
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cfg.LoraEnableCrc = CFG_LORA_ENABLE_CRC; // set to false for speech streaming data
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// lora pinouts
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cfg.LoraPinSs = CFG_LORA_PIN_SS;
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cfg.LoraPinRst = CFG_LORA_PIN_RST;
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cfg.LoraPinDio0 = CFG_LORA_PIN_DIO0;
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cfg.LoraPinDio1 = CFG_LORA_PIN_DIO1; // valid for radiolib only
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cfg.LoraUseIsr = CFG_LORA_USE_ISR; // set to true for incoming packet ISR usage (stream mode, e.g. speech)
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// aprs configuration
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cfg.AprsHost = "rotate.aprs2.net";
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cfg.AprsPort = 14580;
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cfg.AprsLogin = CFG_APRS_LOGIN;
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cfg.AprsPass = CFG_APRS_PASS;
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cfg.AprsFilter = CFG_APRS_FILTER; // multiple filters are space separated
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cfg.AprsRawBeacon = CFG_APRS_RAW_BKN;
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cfg.AprsRawBeaconPeriodMinutes = 20;
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// bluetooth device name
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cfg.BtName = CFG_BT_NAME;
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cfg.BtEnableBle = CFG_BT_USE_BLE;
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// server mode wifi paramaters
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cfg.WifiSsid = CFG_WIFI_SSID;
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cfg.WifiKey = CFG_WIFI_KEY;
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// frequency correction
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cfg.EnableAutoFreqCorrection = CFG_FREQ_CORR; // automatic tune to any incoming packet frequency
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cfg.AutoFreqCorrectionDeltaHz = CFG_FREQ_CORR_DELTA;
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// configuration flags and features
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cfg.EnableSignalReport = true; // signal report will be added to the comment sent to aprsis
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cfg.EnablePersistentAprsConnection = CFG_PERSISTENT_APRS; // keep aprsis connection open, otherwise connect on new data only
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cfg.EnableRfToIs = CFG_RF_TO_IS; // send data from rf to aprsis
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cfg.EnableIsToRf = CFG_IS_TO_RF; // send data from aprsis to rf
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cfg.EnableRepeater = CFG_DIGIREPEAT; // digirepeat incoming packets
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cfg.EnableBeacon = CFG_BEACON; // enable periodic AprsRawBeacon beacon to rf and aprsis if rf to aprsis is enabled
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cfg.EnableKissExtensions = CFG_KISS_EXTENSIONS; // radio control and signal reports
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// external ptt control
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cfg.PttEnable = CFG_PTT_ENABLE;
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cfg.PttPin = CFG_PTT_PIN;
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cfg.PttTxDelayMs = CFG_PTT_TX_DELAY_MS;
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cfg.PttTxTailMs = CFG_PTT_TX_TAIL_MS;
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}
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LoraPrs::Service loraPrsService;
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auto watchdogLedTimer = timer_create_default();
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void setup() {
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pinMode(BUILTIN_LED, OUTPUT);
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digitalWrite(BUILTIN_LED, 1);
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Serial.begin(SERIAL_BAUD_RATE);
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while (!Serial);
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LoraPrs::Config config;
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initializeConfig(config);
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loraPrsService.setup(config);
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watchdogLedTimer.every(LED_TOGGLE_PERIOD, toggleWatchdogLed);
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}
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void loop() {
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loraPrsService.loop();
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watchdogLedTimer.tick();
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}
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bool toggleWatchdogLed(void *) {
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digitalWrite(BUILTIN_LED, !digitalRead(BUILTIN_LED));
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return true;
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}
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