/**
* #define for all files StromLog
* Version 7.04
* 28.06.2024 P. Rebesky
* author Creator P.Rebesky
* Copyright (©): 2022-2032 by Peter Rebesky
* This code can use in private cases only. Every business or companies using of this codes or codes parts is required an approval of us (me)
* Every private using can exchange some parts of code or modify some code-lines. This code is allowed change for private use only.
* This software is basicly owned by Peter Rebesky and any comercial using is forbidden without approval of us (me).
**/
#ifndef GLOBAL_H_
#define GLOBAL_H_
//*** here select the meter by define target type ***
#define SML_DIN
//#define VDE_DIN
//#define LG_E350
//#define ISKRA_MT174
//#define ZE311_DR
//#define MBUS_DLMS
//#define PAF_EC3
//#define LG_E320
//#define DIN_EBZ
//*** select meter end ***
#define _SAVE_PROT_MAX 56 // _SAVE_PROT_MAX = (memory-space - 22528) / (_SAVE_PROT_MAX * 4096)
#define _BOARDTASTER 0
#define _LED 14
#define _RECEIVE485 12
#define _ON 1
#define _OFF 0
#define _FLASHTIME 300
#define _MESZ 0 // summer-time = 1 else winter-time = 0
#define _UTCOFFSET 3600
#ifdef MBUS_DLMS
#define _MAXBUFFER 512 // maximum buffer for received bytes
#else
#define _MAXBUFFER 800 // maximum buffer for received bytes
#endif
#define _POLYNOM 0x1021 // x16 + x12 + x5 + 1 0x1021
#define _TIMEOF2021 1640998800
#define _WATT 0x1b
#define _VOLTAMP 0x1c
#define _VAR 0x1d
#define _WATTH 0x1e
#define _VOLTAMPH 0x1f
#define _VARH 0x20
#define _AMPERE 0x21
#define _VOLTAGE 0x23
#define _HERTZ 0x2c
#define _YEAR 0
#define _MONTH 1
#define _DAY 2
#define _HOUR 3
#define _MINUTE 4
#define _SECOND 5
#define _ADJUST_HTTP 1000
#define _ADJUST_HTTPS 982
#define _U_L1 0
#define _U_L2 1
#define _U_L3 2
#define _I_L1 3
#define _I_L2 4
#define _I_L3 5
#define _P_L1 6
#define _P_L2 7
#define _P_L3 8
#define _CONSUMPTION 9
#define _FREQ 10
#define _FROMGRID_0 0
#define _FROMGRID_1 1
#define _FROMGRID_2 2
#define _FEEDIN 3
#define _MID0 0
#define _MID1 1
#define _MID2 2
#define _DETECT_prot 0
#define _SML_prot 1
#define _DIN_prot 2
const char HTTP_ANSWER[] = "HTTP/1.1 200 OK\r\nContent-Type: text/html\r\n\r\n"; //header of http without mixed content
const char HTTP_ANSWERJSON[] = "HTTP/1.1 200 OK\r\nAccess-Control-Allow-Origin: *\r\nContent-Type: text/json\r\n\r\n"; //header of http with mixed content, only for JSON
const char HTTP_ANSWER_LENGTH[] = "Content-length: \r\n";
const char HTTP_HEAD_DTZ[] = "\r\n\r\n";
const char HTTP_HEAD_DTZ_REFRESH[] = "\r\n\r\n";
#ifdef SML_DIN
const char PROTOCOL_ERROR[] PROGMEM ="Verbindungsfehler zum Lesekopf / Zähler. Protokoll wird nicht erkannt. Stecker und Lesekopf prüfen: Links Netzteil, rechts Lesekopf. Anschlüsse nach unten und Logo nach vorne.
";
#else
const char PROTOCOL_ERROR[] PROGMEM ="Verbindungsfehler zum Lesekopf / Zähler. Protokoll wird nicht erkannt. Stecker und Position des Lesekopfes prüfen.
";
#endif
const char HTTP_BODYSTYLE_DTZ[] PROGMEM = "";
const char HTTP_SETUP_BUTTON[] = "
";
const char HTTP_DIV_FIELD[] = "";
const char HTTP_TEXT_END[] ="
\n";
const char HTTP_JS_SETUP[] PROGMEM ="";
const char HTTP_JS_SCRIPT[] PROGMEM ="";
String GENERETIC = "Generetic SML-Protokol";
String NOT_DETECT = "Zähler nicht erkannt";
const byte DaysPerMonth[] = {31,28,31,30,31,30,31,31,30,31,30,31};
String _crypt="none";
int _date_time[6]; //[_YEAR][_MONTH][_DAY][_HOUR][_MINUTE][_SECOND]
int _act_date_time[6]; //[_YEAR][_MONTH][_DAY][_HOUR][_MINUTE][_SECOND]
int _ShowProtocolTime = 0;
int _mqttBrokerOK = 0;
int _newProtocol=1;
int _mqttWaitTime2Connect = 120;
uint32_t _protocolCheck=0;
bool _protocolError=false;
int _CRC_CHECK = 0; // 0 = CRC on, 1 = CRC off
uint32_t _timestamp = 0;
uint32_t _millis4Reciever = 0;
uint32_t _previousMillis = 0;
uint32_t _secondMillis =0;
uint32_t _timestampFromServer =0;
int _httpMarker = 0;
int _flashCounter = 0;
uint _secAdjust=1000;
int _serialType = 0;
bool _sendingOK = false;
char _receivedByte[2];
int _dataPointer = 0;
char _dataDTZ[_MAXBUFFER];
String _transmitResult;
#endif //***GLOBAL_H_