SmartSwitchController.h

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// BasicController.h
 
#ifndef _BASICCONTROLLER_h
#define _BASICCONTROLLER_h
 
#if defined(ARDUINO) && ARDUINO >= 100
#include "Arduino.h"
#else
#include "WProgram.h"
#endif
 
//#define DEBUG_SERIAL
 
#ifdef ESP32
#include <SPIFFS.h>
#endif
 
#include <EnigmaIOTjsonController.h>
#define CONTROLLER_CLASS_NAME SmartSwitchController
static const char* CONTROLLER_NAME = "SamrtSwitch controller";
 
#if SUPPORT_HA_DISCOVERY    
#include <haTrigger.h>
#include <haSwitch.h>
#endif
 
// --------------------------------------------------
// You may define data structures and constants here
// --------------------------------------------------
#define DEFAULT_BUTTON_PIN 4
#define DEFAULT_RELAY_PIN 14
#define ON HIGH
#define OFF !ON
 
typedef enum {
    RELAY_OFF = 0,
    RELAY_ON = 1,
    SAVE_RELAY_STATUS = 2
} bootRelayStatus_t;
 
struct smartSwitchControllerHw_t {
    int relayPin;
    bool relayStatus;
    uint8_t buttonPin;
    bool linked;
    bootRelayStatus_t bootStatus;
    int ON_STATE;
};
 
class CONTROLLER_CLASS_NAME : EnigmaIOTjsonController {
protected:
    // --------------------------------------------------
    // add all parameters that your project needs here
    // --------------------------------------------------
    bool pushTriggered = false;
    bool pushReleased = true;
    smartSwitchControllerHw_t config;
    AsyncWiFiManagerParameter* buttonPinParam;
    AsyncWiFiManagerParameter* relayPinParam;
    AsyncWiFiManagerParameter* bootStatusParam;
    AsyncWiFiManagerParameter* bootStatusListParam;
 
public:
    void setup (EnigmaIOTNodeClass* node, void* data = NULL);
 
    bool processRxCommand (const uint8_t* address, const uint8_t* buffer, uint8_t length, nodeMessageType_t command, nodePayloadEncoding_t payloadEncoding);
 
    void loop ();
 
    ~CONTROLLER_CLASS_NAME ();
 
    void configManagerStart ();
 
    void configManagerExit (bool status);
 
    bool loadConfig ();
 
    void connectInform ();
 
protected:
    bool saveConfig ();
 
    bool sendCommandResp (const char* command, bool result);
 
    bool sendStartAnouncement () {
        // You can send a 'hello' message when your node starts. Useful to detect unexpected reboot
        const size_t capacity = JSON_OBJECT_SIZE (10);
        DynamicJsonDocument json (capacity);
        json["status"] = "start";
        json["device"] = CONTROLLER_NAME;
        char version_buf[10];
        snprintf (version_buf, 10, "%d.%d.%d",
                  ENIGMAIOT_PROT_VERS[0], ENIGMAIOT_PROT_VERS[1], ENIGMAIOT_PROT_VERS[2]);
        json["version"] = String (version_buf);
 
        return sendJson (json);
    }
 
    void buildHASwitchDiscovery ();
    void buildHATriggerDiscovery ();
    void buildHALinkDiscovery ();
 
    // ------------------------------------------------------------
    // You may add additional method definitions that you need here
    // ------------------------------------------------------------
    void defaultConfig ();
 
    void toggleRelay ();
 
    void setRelay (bool state);
 
    bool sendRelayStatus ();
 
    void setLinked (bool state);
 
    bool sendLinkStatus ();
 
    void setBoot (int state);
 
    bool sendBootStatus ();
};
 
#endif