richonguzman/LoRa_APRS_iGate
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LoRa_APRS_iGate/src/utils.cpp
richonguzman 4cf3a333c9 deepSleep update
2024-05-29 15:43:23 -04:00

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12 KiB
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#include <WiFi.h>
#include "configuration.h"
#include "station_utils.h"
#include "battery_utils.h"
#include "aprs_is_utils.h"
#include "boards_pinout.h"
#include "syslog_utils.h"
#include "A7670_utils.h"
#include "lora_utils.h"
#include "wifi_utils.h"
#include "gps_utils.h"
#include "bme_utils.h"
#include "display.h"
#include "utils.h"
extern Configuration Config;
extern WiFiClient espClient;
extern String versionDate;
extern String firstLine;
extern String secondLine;
extern String thirdLine;
extern String fourthLine;
extern String fifthLine;
extern String sixthLine;
extern String seventhLine;
extern String iGateBeaconPacket;
extern String iGateLoRaBeaconPacket;
extern std::vector<String> lastHeardStation;
extern int rssi;
extern float snr;
extern int freqError;
extern String distance;
extern bool WiFiConnected;
extern int wxModuleType;
extern bool backUpDigiMode;
extern bool shouldSleepLowVoltage;
bool statusAfterBoot = true;
bool beaconUpdate = true;
uint32_t lastBeaconTx = 0;
uint32_t lastScreenOn = millis();
namespace Utils {
void processStatus() {
String status = Config.callsign + ">APLRG1," + Config.beacon.path;
if (WiFi.status() == WL_CONNECTED && Config.aprs_is.active && Config.beacon.sendViaAPRSIS) {
delay(1000);
status += ",qAC:>https://github.com/richonguzman/LoRa_APRS_iGate " + versionDate;
APRS_IS_Utils::upload(status);
SYSLOG_Utils::log(2, status,0,0,0); // APRSIS TX
statusAfterBoot = false;
}
if (statusAfterBoot && !Config.beacon.sendViaAPRSIS && Config.beacon.sendViaRF) {
delay(2000);
status += ":>https://github.com/richonguzman/LoRa_APRS_iGate " + versionDate;
STATION_Utils::addToOutputPacketBuffer(status);
statusAfterBoot = false;
}
}
String getLocalIP() {
if (!WiFiConnected) {
return "IP : 192.168.4.1";
} else if (backUpDigiMode) {
return "- BACKUP DIGI MODE -";
} else {
return "IP : " + String(WiFi.localIP()[0]) + "." + String(WiFi.localIP()[1]) + "." + String(WiFi.localIP()[2]) + "." + String(WiFi.localIP()[3]);
}
}
void setupDisplay() {
setup_display();
#ifdef INTERNAL_LED_PIN
digitalWrite(INTERNAL_LED_PIN,HIGH);
#endif
Serial.println("\nStarting Station: " + Config.callsign + " Version: " + versionDate);
show_display(" LoRa APRS", "", " ( iGATE & DIGI )", "", "", "Richonguzman / CA2RXU", " " + versionDate, 4000);
#ifdef INTERNAL_LED_PIN
digitalWrite(INTERNAL_LED_PIN,LOW);
#endif
firstLine = Config.callsign;
seventhLine = " listening...";
}
void activeStations() {
fourthLine = "Stations (" + String(Config.rememberStationTime) + "min) = ";
if (lastHeardStation.size() < 10) {
fourthLine += " ";
}
fourthLine += String(lastHeardStation.size());
}
void checkBeaconInterval() {
uint32_t lastTx = millis() - lastBeaconTx;
String beaconPacket = iGateBeaconPacket;
String secondaryBeaconPacket = iGateLoRaBeaconPacket;
if (lastBeaconTx == 0 || lastTx >= Config.beacon.interval * 60 * 1000) {
beaconUpdate = true;
}
if (beaconUpdate) {
if (!Config.display.alwaysOn && Config.display.timeout != 0) {
display_toggle(true);
}
Utils::println("-- Sending Beacon to APRSIS --");
STATION_Utils::deleteNotHeard();
activeStations();
if (Config.bme.active && wxModuleType != 0) {
String sensorData = BME_Utils::readDataSensor();
beaconPacket += sensorData;
secondaryBeaconPacket += sensorData;
} else if (Config.bme.active && wxModuleType == 0) {
beaconPacket += ".../...g...t...r...p...P...h..b.....";
secondaryBeaconPacket += ".../...g...t...r...p...P...h..b.....";
}
beaconPacket += Config.beacon.comment;
secondaryBeaconPacket += Config.beacon.comment;
#if defined(BATTERY_PIN) || defined(HAS_AXP192) || defined(HAS_AXP2101)
if (Config.battery.sendInternalVoltage || Config.battery.monitorInternalVoltage) {
float internalVoltage = BATTERY_Utils::checkInternalVoltage();
String internalVoltageInfo = String(internalVoltage,2) + "V";
if (Config.battery.sendInternalVoltage) {
beaconPacket += " Batt=" + internalVoltageInfo;
secondaryBeaconPacket += " Batt=" + internalVoltageInfo;
sixthLine = " (Batt=" + internalVoltageInfo + ")";
}
if (Config.battery.monitorInternalVoltage && internalVoltage < Config.battery.internalSleepVoltage) {
beaconPacket += " **IntBatWarning:SLEEP**";
secondaryBeaconPacket += " **IntBatWarning:SLEEP**";
shouldSleepLowVoltage = true;
}
}
#endif
if (Config.battery.sendExternalVoltage || Config.battery.monitorExternalVoltage) {
float externalVoltage = BATTERY_Utils::checkExternalVoltage();
String externalVoltageInfo = String(externalVoltage,2) + "V";
if (Config.battery.sendExternalVoltage) {
beaconPacket += " Ext=" + externalVoltageInfo;
secondaryBeaconPacket += " Ext=" + externalVoltageInfo;
sixthLine = " (Ext V=" + externalVoltageInfo + ")";
}
if (Config.battery.monitorExternalVoltage && externalVoltage < Config.battery.externalSleepVoltage) {
beaconPacket += " **ExtBatWarning:SLEEP**";
secondaryBeaconPacket += " **ExtBatWarning:SLEEP**";
shouldSleepLowVoltage = true;
}
}
if (Config.aprs_is.active && Config.beacon.sendViaAPRSIS && !backUpDigiMode) {
show_display(firstLine, secondLine, thirdLine, fourthLine, fifthLine, sixthLine, "SENDING IGATE BEACON", 0);
seventhLine = " listening...";
#ifdef ESP32_DIY_LoRa_A7670
A7670_Utils::uploadToAPRSIS(beaconPacket);
#else
APRS_IS_Utils::upload(beaconPacket);
#endif
}
if (Config.beacon.sendViaRF || backUpDigiMode) {
show_display(firstLine, secondLine, thirdLine, fourthLine, fifthLine, sixthLine, "SENDING DIGI BEACON", 0);
seventhLine = " listening...";
STATION_Utils::addToOutputPacketBuffer(secondaryBeaconPacket);
}
lastBeaconTx = millis();
lastScreenOn = millis();
beaconUpdate = false;
}
if (statusAfterBoot) {
processStatus();
}
}
void checkDisplayInterval() {
uint32_t lastDisplayTime = millis() - lastScreenOn;
if (!Config.display.alwaysOn && lastDisplayTime >= Config.display.timeout * 1000) {
display_toggle(false);
}
}
void validateFreqs() {
if (Config.loramodule.txFreq != Config.loramodule.rxFreq && abs(Config.loramodule.txFreq - Config.loramodule.rxFreq) < 125000) {
Serial.println("Tx Freq less than 125kHz from Rx Freq ---> NOT VALID");
show_display("Tx Freq is less than ", "125kHz from Rx Freq", "device will autofix", "and then reboot", 1000);
Config.loramodule.txFreq = Config.loramodule.rxFreq; // Inform about that but then change the TX QRG to RX QRG and reset the device
Config.writeFile();
ESP.restart();
}
}
void typeOfPacket(const String& packet, uint8_t packetType) {
String sender;
switch (packetType) {
case 0: // LoRa-APRS
fifthLine = "LoRa Rx ----> APRS-IS";
sender = packet.substring(0,packet.indexOf(">"));
break;
case 1: // APRS-LoRa
fifthLine = "APRS-IS ----> LoRa Tx";
sender = packet.substring(0,packet.indexOf(">"));
break;
case 2: // Digi
fifthLine = "LoRa Rx ----> LoRa Tx";
sender = packet.substring(0,packet.indexOf(">"));
break;
}
for (int i = sender.length(); i < 9; i++) {
sender += " ";
}
if (packet.indexOf("::") >= 10) {
sixthLine = sender + "> MESSAGE";
seventhLine = "RSSI:" + String(rssi) + "dBm SNR: " + String(snr) + "dBm";
} else if (packet.indexOf(":>") >= 10) {
sixthLine = sender + "> NEW STATUS";
seventhLine = "RSSI:" + String(rssi) + "dBm SNR: " + String(snr) + "dBm";
} else if (packet.indexOf(":!") >= 10 || packet.indexOf(":=") >= 10) {
sixthLine = sender + "> GPS BEACON";
if (!Config.syslog.active) {
GPS_Utils::getDistanceAndComment(packet); // to be checked!!!
}
seventhLine = "RSSI:" + String(rssi) + "dBm";
if (rssi <= -100) {
seventhLine += " ";
} else {
seventhLine += " ";
}
if (distance.indexOf(".") == 1) {
seventhLine += " ";
}
seventhLine += "D:" + distance + "km";
} else if (packet.indexOf(":T#") >= 10 && packet.indexOf(":=/") == -1) {
sixthLine = sender + "> TELEMETRY";
seventhLine = "RSSI:" + String(rssi) + "dBm SNR: " + String(snr) + "dBm";
} else if (packet.indexOf(":`") >= 10) {
sixthLine = sender + "> MIC-E";
seventhLine = "RSSI:" + String(rssi) + "dBm SNR: " + String(snr) + "dBm";
} else if (packet.indexOf(":;") >= 10) {
sixthLine = sender + "> OBJECT";
seventhLine = "RSSI:" + String(rssi) + "dBm SNR: " + String(snr) + "dBm";
} else {
sixthLine = sender + "> ??????????";
seventhLine = "RSSI:" + String(rssi) + "dBm SNR: " + String(snr) + "dBm";
}
}
void print(const String& text) {
if (!Config.tnc.enableSerial) {
Serial.print(text);
}
}
void println(const String& text) {
if (!Config.tnc.enableSerial) {
Serial.println(text);
}
}
void checkRebootMode() {
if (Config.rebootMode && Config.rebootModeTime > 0) {
Serial.println("(Reboot Time Set to " + String(Config.rebootModeTime) + " hours)");
}
}
void checkRebootTime() {
if (Config.rebootMode && Config.rebootModeTime > 0) {
if (millis() > Config.rebootModeTime * 60 * 60 * 1000) {
Serial.println("\n*** Automatic Reboot Time Restart! ****\n");
ESP.restart();
}
}
}
void checkSleepByLowBatteryVoltage(uint8_t mode) {
if (shouldSleepLowVoltage) {
if (mode == 0) {
delay(3000);
}
Serial.println("\n\n*** Sleeping Low Battey Voltage ***\n\n");
esp_sleep_enable_timer_wakeup(30 * 60 * 1000000); // sleep 30 min
if (mode == 1) {
display_toggle(false);
}
#ifdef VEXT_CTRL
#ifndef HELTEC_WSL_V3
digitalWrite(VEXT_CTRL, LOW);
#endif
#endif
LoRa_Utils::sleepRadio();
delay(100);
esp_deep_sleep_start();
}
}
}
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