How can I use a variable of type sn16, un8, un16 sns32? I need it to obtain temperature or current data but I don't get any data. I need help as soon as possible.

include "VEDirect.h"

include

const char ssid = "jack"; // Nombre de tu red WiFi const char password = "j.120387"; // Contraseña de tu red WiFi

unsigned long lastConnectionTime = 0; const unsigned long connectionInterval = 10000;
// Constantes para los pines del VE Direct Plug //const int VE_DIRECT_RX = 2; // Conecta al pin TX1 del Arduino //const int VE_DIRECT_TX = 3; // Conecta al pin RX1 del Arduino

// Declaración de la instancia de VEDirect y las variables globales void mpptCallback(uint16_t id, int32_t value); VEDirect mppt(Serial1, mpptCallback); uint16_t batteryVoltage = 0; sns32 batteryCurrent = 0; int32_t batteryPower = 0; sns32 batteryTemperature = 0; int32_t panelPower = 0; uint16_t panelCurrent = 0; uint16_t panelMaximumVoltage = 0; uint16_t panelVoltage = 0; sns16 chargerTemperature = 0;

void setup() { Serial.begin(115200); mppt.begin(); connectToWiFi(); }

void loop() { // Temporizador para enviar ping cada segundo static unsigned long secondsTimer = 0; mppt.update(); unsigned long currentMillis = millis(); if (currentMillis - secondsTimer > 1000L) { secondsTimer = currentMillis; mppt.ping(); // Envía ping cada segundo }

// Verificar si la conexión WiFi está activa if (WiFi.status() != WL_CONNECTED) { Serial.println("Conexión WiFi perdida. Intentando reconectar..."); connectToWiFi(); } }

// Función de retorno de llamada para procesar los datos recibidos void mpptCallback(uint16_t id, int32_t value) { // Actualiza las variables globales según el ID recibido switch (id) { case VEDirect_kBatteryVoltage: // un16 batteryVoltage = value 0.01; Serial.print(F("Voltaje Batería: ")); Serial.println(batteryVoltage); break; case VEDirect_kBatteryCurrent: // sns32 batteryCurrent = value 0.001; Serial.print(F("Corriente Batería: ")); Serial.println(batteryCurrent); break; case VEDirect_kBatteryPower: // un32 batteryPower = value 0.01; Serial.print(F("Potencia Batería: ")); Serial.println(batteryPower); break; case VEDirect_kBatteryTemperature: // sns32 batteryTemperature = value 0.01; Serial.print(F("Temperatura Batería: ")); Serial.println(batteryTemperature); break; case VEDirect_kPanelCurrent: // un16 panelCurrent = value 0.1; Serial.print(F("Corriente Panel: ")); Serial.println(panelCurrent); break; case VEDirect_kPanelPower: // un32 panelPower = value 0.01; Serial.print(F("Potencia Panel: ")); Serial.println(panelPower); break; case VEDirect_kPanelVoltage: // un16 panelVoltage = value 0.01; Serial.print(F("Voltaje Panel: ")); Serial.println(panelVoltage); break; case VEDirect_kPanelMaximumVoltage: // un16 panelMaximumVoltage = value 0.01; Serial.print(F("Voltaje Máximo Panel: ")); Serial.println(panelMaximumVoltage); break; case VEDirect_kChargerTemperature: // sns16 chargerTemperature = value * 0.01; Serial.print(F("Temperatura Cargador: ")); Serial.println(chargerTemperature); break; // Agregar otros casos según sea necesario default: // Manejar otros IDs si es necesario break; } }

void connectToWiFi() { Serial.println(); Serial.print("Conectando a la red WiFi "); Serial.println(ssid);

WiFi.begin(ssid, password);

unsigned long startTime = millis(); while (WiFi.status() != WL_CONNECTED) { delay(500); Serial.print("."); if (millis() - startTime > 10000) { Serial.println("Fallo al conectar. Reintentando..."); return; } }

Serial.println(""); Serial.println("Conexión WiFi establecida"); Serial.print("Dirección IP: "); Serial.println(WiFi.localIP()); }

ifndef VEDIRECTH

define VEDIRECTH

include "Arduino.h"

include "ved.h"

define VEDirect_kBatteryVoltage (0x2002)

define VEDirect_kBatteryCurrent (0x200A)

define VEDirect_kBatteryPower (0x2027)

define VEDirect_kBatteryTemperature (0x2003)

define VEDirect_kPanelPower (0xEDBC)

define VEDirect_kPanelVoltage (0xEDBB)

define VEDirect_kPanelCurrent (0xEDBD)

define VEDirect_kPanelMaximumVoltage (0xEDB8)

define VEDirect_kChargerTemperature (0xEDDB)

typedef int16_t sns16; typedef int32_t sns32;

typedef void (*receiveCallback)(uint16_t id, int32_t value);

class VEDirect { public: VEDirect(HardwareSerial &serial, receiveCallback receive); void begin(); void update(); size_t set(uint16_t id, int32_t value); size_t get(uint16_t id); size_t ping(); size_t restart(); private: HardwareSerial &serialPort; receiveCallback rxCallback; ved_t rxBuffer; };

StrathbogieBrewing / VEDirect

How can I use a variable of type sn16, un8, un16 sns32? #10