// global defines
// ab 6.Juli2020: neuese Board DC2b

#ifndef GLOBDEFS_H
#define GLOBDEFS_H

#include <bios19/biosdefs.h>

//#define        VERSION_DC_HW    "DC2b_25.02.2020"
#define        VERSION_DC_HW    "DC2c_oct2022"
//#define        VERSION_PO_HW    "PO2d_27.03.2020"
#define        VERSION_PO_HW    "PO2e_nov2022"
#define        VERSION_SW       "DC2c.04.12 06.04.2023"
//#define        VERSION_SW       "DC2c.04.04b14.02.2023"
//#define        VERSION_SW       "DC2c.04.04c14.02.2023"


#define		USE1256MODE		1
#define		SEND_DIAG_TO_MASTER		1

#define MAX_DATA_FROM_MASTER        64
#define MAX_RECLEN_FROM_MASTER      MAX_DATA_FROM_MASTER+20

#define MAX_DATA_TO_MASTER          64
#define MAX_SENDLEN_TO_MASTER       MAX_DATA_TO_MASTER+16

#define WORK_WITHOUT_HANDSHAKES

#define PAGEBUFFERSIZE	1026
extern UCHAR PageBuffer[PAGEBUFFERSIZE];

#define WAKESRC_NONE    0
#define WAKESRC_MDB     1
#define WAKESRC_COIN    2
#define WAKESRC_MASTER  3
#define WAKESRC_RTC     4
#define WAKESRC_DOOR    5
#define WAKESRC_DIAG    6
#define WAKESRC_HB      7

struct T_power
{
    char busy;
    char sleepAllowed;
    UCHAR WakeSource;
    char everythingUP;
    char WokenByDevice;
    char NoExternalEventNow;
    char WakePulseNowActive;
	UCHAR DC_status;			// 0:POR    1:board ini    2:running HWtest    3: device ini   4: start-up-test
								// 5: SW Module ini   
	UCHAR storeWakeReason[6];	
	char blockRS2forMif;	
	char blockRS1forPrinter;						
};


struct T_globTime
{
    UCHAR Year;
    UCHAR Month;
    UCHAR Day;
    UCHAR DOW;          // 1(Mo)....7(So)
    UCHAR Hours;
    UCHAR Min;
    UCHAR Sec;
    UINT  MinOfDay;     // Anzahl Minuten des Tages 0...1439
    ULONG SecOfDay;
    //UCHAR IsLeap;
    //UCHAR aktuell;      // 0,1  der der liest kann es auf 0 setzen
                        //  und sieht dann wanns wieder aktuell
};
extern struct T_globTime   GlobTime;

extern UCHAR main_getWakeEvent(void);

struct T_out    // für alle Levels
{
    UINT  WrCmd;            // was soll gemacht/gesetzt werden
    UINT  address;          // z.B. bei Datenspeicher. Binär.
    UCHAR datLen;           // Anzahl nachfolgender Datenbytes
    UCHAR inBuf[MAX_DATA_FROM_MASTER];        // kam so vom Master rein, soll ausgegeben werden
};



struct T_in    // für alle Levels
{
    UINT  RdCmd;            // was soll gemacht/gesetzt werden
    UINT  address;          // z.B. bei Datenspeicher. Binär.
};




struct T_serial
{
	// basic machine settings ("DIP-Switches")
    // to be stored in eeprom
    UCHAR   crcCheckOn;     // 1,0
    UCHAR   baudRate;       // 1...8
    UCHAR   parity;         // 'E' 'O' 'N'
    //UCHAR   myAddr;         // not needed
    //UCHAR   NowTestmode;    // 1=on
	UCHAR	dataBits;		// 8
	UCHAR	stopBits;		// 1
	UCHAR	pad6;
};


struct T_devices
{
	// set by master, used(1) or notused (0) or type 2....20
	// to be stored in eeprom
	UCHAR   kindOfPrinter;			// 0:off   1:Gebe
	UCHAR	kindOfCoinChecker;		// 0: without  1=EMP820   2=EMP900    3=currenza c²	(MW)	
	UCHAR	kindOfMifareReader;		// by now only stronglink SL025 =1
	UCHAR   suppressSleepMode;		// 0:sleep allowed   1: no sleep
	
	UCHAR	kindOfModem;			// 0:off    1:Sunlink
	UCHAR	kindOfCreditcard;		// 0:off    1:Feig NFC
	UCHAR	CoinEscrow;
	UCHAR   CoinRejectUnit;
	
	UCHAR	CoinShutter;
	UCHAR	BillAcceptor;	
	UCHAR	usevaultLock;
	UCHAR	autoAlarm;				// 1: switch on siren for 1min in doors opened unauthorized
	
	UCHAR	autoOpen;				// 1: open door covers after valid ATBcard
	UCHAR	printAccReceipt;		// 0/1
	UCHAR   printDoorReceipt;
	UCHAR   printTokenTicket;
	
	UINT	VaultFullWarnLevel;
	UINT	VaultFullErrorLevel;
	
};

/*
struct T_cashAccept // 1.version des cash.json files
{
	// Values come from Json File
	UINT  coinsToAccept;	// bit 15...0,   je 1=accept   0=do not	
	UCHAR billsToAccept;	// bit 7...0,   je 1=accept   0=do not	
	UCHAR tokenChannel;	

	ULONG exchgRate;	// Multiplikator local -->foreign currency
						// eg: hungary: 380    (380Ft = 1EUR)

	UINT foreignCoinValue[8];		
	UINT localCoinValues[8];	// read from coin checker
	
};   */

struct T_cashAccept
{
	// all Values come from Json File
	// struct will be stored in eeprom. respect 4byte-borders
	
	UINT CoinDenomination[16];	// 15...8 =foreign coins    7..0 =local coins
	UINT CoinValues[16];		// 15...8 =foreign coins    7..0 =local coins
		// bei der lokalen Landeswährung wird der Wert eines Geldstückes 		
		// direkt verwendet, da steht genau das gleiche drin wie in "Denom" 
		// Die ausländischen Münzen werden hier umgerechnet, z.B. 100cent=378Huf
	//char Coins2Accept[16];
		// kommt jetzt direkt aus Json und ersetzt:
	UINT  coinAcceptance;	// bit 15...0,   je 1=accept   0=do not	

	ULONG exchgRate;	// Multiplikator local -->foreign currency
						// eg: hungary: 380    (380Ft = 1EUR)
	UCHAR tokenChannel;		// 0=off, oder 1..16
	UCHAR  res1;
	UCHAR  res2;
	UCHAR  res3;	
	
	UINT billValues[8];		

	//UCHAR localTaxRate;
	//UCHAR foreignTaxRate;	
		
	//UINT	surcharge;
	//UINT	discount;
	//UINT	res4;
	//UINT	res5;
	
};

struct T_machID
{
	// liegen im int. eeprom
	// to be stored in eeprom
	UINT	customerNumber;
	UINT	machineNumber;
	UINT	borough;	// =group
	UINT	zone;
	UINT	alias;				// for example another machine number for customer
	UINT	firstrun;
	UCHAR   location[32];
	
};

struct T_moduleCondition
{
	// store conditon of all system components, hold in RAM
	// 0 means unknown, not yet tested/used
	// 1 means OK	
	// 50..99	= HINT / Notification
	// 100..150	= WARNING
	// 200..250	= ERROR 
	
	UCHAR	structStart;		// always first!!!
	UCHAR	ram;				// v
	UCHAR	intEe;				// v
	UCHAR	extEe;				// v
	
	UCHAR	rtc;				// 1: time/date OK   100: time not plausible  200: hardware error   
	UCHAR	boardHw;			// v
	UCHAR	printer;			// v
	UCHAR	modem;				// v
	
	UCHAR	signal;				//		1...99
	UCHAR	regist;				// 100:not  1:reg  2:ping OK   3:gotTime
	UCHAR	mdbBus;		
	UCHAR	coinChecker;		// EMP, OMP or mei-cashflow
	
	UCHAR	coinEscrow;			// v
	UCHAR	mifareReader;		// v
	UCHAR	creditTerm;			// not available
	UCHAR	coinReject;			// v
	
	UCHAR	coinSafe;			// v
	UCHAR   billSafe;			// v
	UCHAR	voltage;			// v	// 1:11..14V
	UCHAR   temper;				// v
	
	UCHAR	poweronTest;
	UCHAR   doorState;			// 1: alles zu  200: tür offen + bit1(S) +bit2(CB) + bit3(CB)
	UCHAR	doorWasOpened;		// 1: all doors are closed   200: any door was just opened
	UCHAR	changer;			// can only be tested by usage
	
	UCHAR   coinBlocker;		// can only be tested by usage
	UCHAR   billReader;			// can only be tested by usage
	UCHAR   ResetReason;	
	UCHAR	allModulesChecked;
	
	UCHAR   alarmState;	
	UCHAR   res11;
	UCHAR   res12;
	UCHAR   res13;
	
};

struct T_dynamicCondition
{
	// dynamic conditions, change rapidly and frequently
	// these are values for the Heartbeat
	
	// Türschalter entprellt:
	char upperDoor;		// 0:fehlt  1:drin
	char middleDoor;
	char lowerDoor;
	char coinBox;

	char billBox;
	char modeAbrech;
	char onAlarm;
	char nowCardTest;

	char nowPayment;
	char lastMifCardType;
	char openedAuthorized;
	char allDoorsDebounced;
	
	UCHAR lastSDoorState;
	UCHAR lastVDoorState;
	UCHAR CBinDebounced;
	UCHAR lastCBstate;	
	
	char  paymentInProgress;
	char res1;
	char res2;
	char res3;
		
	UINT	U_Batt;
	UINT	Temperatur;
		
	UINT	cash_storedaccNumbers[8];	// List all stored accounting numbers in ext. eeprom
	
	UINT	nrCoinsInBox;
	UINT	resui1;
	
	ULONG	amountInBox;
	ULONG	amountJustPaid;

	UINT	lastInsCoinType;	// wahrscheinlich uchar
	UINT	resui2;	
	
	ULONG	totalTransVolume;
	ULONG	totalNrOfVends;
	
};

#endif