error_type.h

#ifndef LIBESP_ERROR_TYPE_H
#define LIBESP_ERROR_TYPE_H

#include <esp_err.h>
#include <esp_log.h>

namespace libesp {

class IErrorDetail {
public:
	virtual const char *toString(int32_t err)=0;
	virtual ~IErrorDetail() {}
};

class ErrorType {
public:
	static const int32_t APP_OK = ESP_OK;
	static const int32_t LIB_BASE = 0x09000;
	static const int32_t APP_BASE = 0x10000;
public:
	enum LIBESP_ERRORS {
	 NO_BOUNDING_VOLUME = LIB_BASE
	 , TIMEOUT_ERROR
	 , DEVICE_CRC_ERROR
   , INVALID_CONFIG
   , INVALID_PARAM
   , MAX_RETRIES
   , INCOMPLETE_HTTP_GET
   , OTA_PREVIOUSLY_ROLLED_BACK
   , OTA_NO_NEW_VERSION  
   , HTTP_SERVER_ERROR
	 ,TOTAL_LIBESP_ERRORS
	};
public:
	ErrorType() : ErrType(ESP_OK) {}
	ErrorType(LIBESP_ERRORS &e) : ErrType((esp_err_t)e){}
	ErrorType(esp_err_t et) : ErrType(et) {}
	bool ok() {return ErrType==ESP_OK;}
	ErrorType &operator=(const esp_err_t &e) {ErrType=e;return *this;}
	ErrorType &operator=(const LIBESP_ERRORS &e) {ErrType=(esp_err_t)e;return *this;}
	bool operator==(const esp_err_t &e) {return ErrType==e;}
	bool operator!=(const esp_err_t &e) {return ErrType!=e;}
	static void setAppDetail(IErrorDetail *id);
	static IErrorDetail *getAppDetail();
	const char *toString();
	esp_err_t getErrT() {return ErrType;}
private:
	esp_err_t ErrType;
};

}

#define ESP_LOGE_IF(err, tag, format, ... ) if(ESP_OK!=err) {ESP_LOG_LEVEL_LOCAL(ESP_LOG_ERROR, tag, format, ##__VA_ARGS__);}

#endif