#include "datamngr.h"
#include "dataxchng.h"
//---- Agnos Framework Headers ----
#include "agnos.h"
//---- Global Headers ----
#include "gpi_agnos_framework_globals.h"

#define CHIP_MODE                   0x05
#define MAG_MODE					0x90
#define FALLBACK_MODE				0x80
#define MANUAL_MODE                 0x01
#define EMV_CL_MODE                 0x07
#define MAG_CL_MODE                 0x91

#define PSE_DDF_NAME				"1PAY.SYS.DDF01"
#define PSE_DDF_LENGTH				14

#define PPSE_DDF_NAME				"2PAY.SYS.DDF01"
#define PPSE_DDF_LENGTH				14

#define ACCOUNT_TYPE_RANGE          10

typedef enum {
	ttPURCHASE,
	ttCASH,
	ttWITH_CASHBACK,
	ttREFUND,
	ttMANUAL_CASH,
	ttQUASI_CASH,
	ttDEPOSIT,
	ttINQUIRY,
	ttPAYMENT,
	ttTRANSFER,
	ttADMINISTRATIVE,
	ttHOUSE_KEEPING,
	ttRETRIEVAL,
	ttUPDATE,
	ttAUTHENTICATION,
	ttCASH_DISBURSEMENT,
	ttPRE_AUTHORIZATION,
	ttMONEY_ADD,
	ttVOID,
	ttCLEAN_ALL,
	ttRESET,
	ttUNDEFINED
} tTransactionType;

typedef enum {
	atDEFAULT,
	atSAVINGS,
	atCHECKING,
	atCREDIT
} tAccountType;

typedef enum {
	spNO_START,

	spSTART_A,	// as per EMVCo contactless specifications
	spSTART_B,	// as per EMVCo contactless specifications
	spSTART_C,	// as per EMVCo contactless specifications - No used by external calling applications (internal start)
	spSTART_D,	// as per EMVCo contactless specifications

	// Amadis to generalize EMVCo's entrypoint architecture pattern
	spSTART_K,	// Agnos call for EMV contact transactions -> DEPRECATED
	spSTART_M,	// Agnos call for MAG stripe transactions -> DEPRECATED

	spSTART_L	// Agnos call for ManualKey entry transactions  -> DEPRECATED
} tStartingPoint;

typedef enum {
	ocNONE,
	ocTRY_ANOTHER_INTERFACE,
	ocOFFLINE_APPROVED,
	ocOFFLINE_DECLINED,
	ocOFFLINE_FAILED,
	ocOFFLINE_NOT_ACCEPTED,
	ocAPPROVED,
	ocDECLINED,
	ocFAILED,
	ocNOT_ACCEPTED,
	ocTRANSACTION_CANCELLED,
	ocSELECT_NEXT_NOT_ACCEPTED,
	ocSELECT_NEXT_RETRY,
	ocTRY_AGAIN,
	ocONLINE_REQUEST,
	ocEND_APPLICATION,
	ocNOT_EMV_CARD_POOLED
} tOutCome;

typedef enum {
	stCONTACT,
	stCONTACTLESS,
	stMAGSTRIPE,
	stMANUAL,
	stNUMBER_OF_INTERFACE,
} tInterface

typedef enum {
	ipNONE,			// i.e. not applicable
	ipCONTACTCHIP,
	ipMAGSTRIPE
} tAlternateInterfacePreference;

typedef enum {
	rdNONE,			// i.e. not applicable
	rdEMV,
	rdANY
} tOnlineResponseData;

typedef enum {
	cvNONE,	// i.e. not applicable
	cvNO_CVM,
	cvOBTAIN_SIGNATURE,
	cvONLINE_PIN,
	cvCONFIRMATION_CODE_VERIFIED
} tCVM;

typedef struct {
	tOutCome 						mOutCome;

	tStartingPoint 					mStartingPoint;
	tOnlineResponseData				mOnlineResponseData;
	tCVM							mCVM;
	tBoolean						mUIReqOnOutcomePresent; // If bTRUE, found in DataExchange
	tBoolean						mUIReqOnRestartPresent; // If bTRUE, found in DataExchange
	tBoolean						mReceipt;
	tBoolean						mDRPresent;	// Data record. If present, found in DataExchange
	tBoolean						mDDPresent;	// Discretionary Data. If present, found in DataExchange
	tAlternateInterfacePreference	mAlternateInterfacePreference;
	tWord							mFieldOffReq;
	tWord							mRemovalTimeout;
} tOutComeParameter;

typedef struct {
	////////////////////////////////////////////////////////////////////
	// Information provided by Level3
	tAmount				*mAmount;    					// EMV Tag 9F02 = "Amount, Authorized"  + "Amount, Other"
	tAmount				*mCashBack;						// EMV Tag 9F03 = "Amount, Other"
	tTransactionType	mTransactionType;				// EMV Tag 9C
	tNumericDate		mTransactionDate[3];			// EMV Tag 9A
	tNumericDate		mTransactionTime[3];			// EMV Tag 9F21
	tByte				mMerchantCustomData[20];		// EMV Tag 9F7C
	tByte 				mTransactionCurrencyCode[2];	// EMV Tag 5F2A
	tByte				mTransactionCurrencyExponent;	// EMV Tag 5F36
	tByte				mTransactionCategoryCode;		// EMV Tag 9F53
	tByte				mMerchantCategoryCode[2];		// EMV Tag 9F15
	tByte				mMerchantID[15];				// EMV Tag 9F16
	tBoolean            mForcedOnline;					// As per merchant decision
	char				mWorkingPath[2*MAX_NAME_LENGTH];

    ////////////////////////////////////////////////////////////////////
	// Information set by Payment System
	tBoolean            mEMVContact;		// by configuration (terminal)
	tBoolean            mEMVContactless;	// by configuration	(terminal)
	tBoolean            mMagstripe;			// by configuration	(terminal)

	tAmount				mAmountReferenceCurrency;				// EMV Tag 9F3A - not used yet
	tByte				mTransactionReferenceCurrencyCode[2];	// EMV Tag 9F3C - not used yet
	tByte				mTransactionReferenceCurrencyExponent;	// EMV Tag 9F3D - not used yet
	tByte				mTerminalRiskManagementData[8];			// EMV Tag 9F1D - not used yet
	tAccountType		mAccountType;							// EMV Tag 5F57 - payment application specific
	tByte				mPOSEntryMode;							// EMV Tag 9F39 - payment application specific

	tCounter			mTransactionSequenceCounter;
	tARC                mARC;	//Authorization Response Code, eg mapping from Issuer's Response Code (ISO8583:DE39)
	tBoolean            mUnableToGoOnline;

    ////////////////////////////////////////////////////////////////////
    // Information set by Payment Application (from Agnos primitives)
	tByte               mRID[RID_LENGTH];
	tADF				mADF;
	tByte				mADFOrderNumber;    // For a given configuration, AID's order number

	tBoolean			mAdvice;
	tBoolean			mBatchData;
	tBoolean			mReversal;

	////////////////////////////////////////////////////////////////////
    // Information set by EMV Library
	tSessionId			mSession;
	tByte 				mCID;				// Information used by Level3 to detect transaction's outcome requested by ICC
	
//	CID Bit map (see also EMV4.2 book III section 6.5.5.4)
//												b8		b7		b6		b5		b4		b3		b2		b1
//	AAC											0		0
//	TC											0		1
//	ARQC										1		0	
//	RFU											1		1
//	Payment System-specific cryptogram							x		x
//	No advice required															0
//	Advice required																1
//	Reason/advice code																	x		x		x
//	No information given																0		0		0
//	Service not allowed																	0		0		1
//	PIN try limit exceeded																0		1		0
//	Issuer authentication failed														0		1		1
//	Other values RFU																	1		x		x
//
//		Important: terminal shall inspect CID to detect whether transaction requires an advice (when supported by terminal)
//		Pls, refer to payment system rules
//

	////////////////////////////////////////////////////////////////////
	// Information calculated by Level3 once transaction is completed (from paymentMW primitives)
	tByte               mFinal9F02[6];
	tByte               mCVMResult[3];
	tByte               mTVR[5];
	tByte               mTSI[2];
	tByte               mAC[8];
	tByte               mUN[4];
	tByte               mAID[MAX_AID_LENGTH];
	tByte               mAIDLen;
	tByte               mPANSHA[20];
	tByte               mCardholderNameLen;
	tByte               mCardholderName[26];
	tByte               mAgnosTVR[AGNOS_TVR_SIZE];
#ifdef _AGNOSISR_
	tBoolean            mIsScriptExecuted;
	tByte            	mIssuerScriptResultLen;
	tByte            	mIssuerScriptResult[2*MAX_SCRIPT*sizeof(tScriptResult)];
#endif

	////////////////////////////////////////////////////////////////////
    // Level3 <-> Level2 communication
	tDataExchange		mDataExchange;

	tExitCondition		mExitCondition;
} tPaymentContext;

DLLEXPORT char* pmwGetPaymentMiddlewareVersionNumber(void);

DLLEXPORT tString pmwGetKernelVersion(void);

DLLEXPORT void pmwInitializePaymentContext(tPaymentContext *ctx);

DLLEXPORT void pmwInitializeOutComeParameter(tOutComeParameter *outcome);

DLLEXPORT tPaymentError pmwProceedToUniversalFinalSelection(
	tADFList 			*mutualList,
	tByte				*AIDIndex,	// Index in the AID list supported by the terminal (see processing context)
    tByte				*MLIndex,	// Index in the mutual list
	const tTerminalContext 	*terminal,
	tBoolean			CLMode);

typedef struct {
	tDataExchangeType 	mDEType;		// In
	tByte 				mAPDUStatus;	// In
	tPaymentContext		*mPayment;		// In
	tDecision			mDecision;		// Out
	void*				mProprietary;	// In/Out
} tLevel3DataExchange;

typedef struct
{
	uint8_t cnt[4];
	uint8_t ctlss[4];
	uint8_t techno;
	uint8_t code;
	uint8_t start;
	uint8_t action;
} tExitCondition;

// ### CONTACT EVENTS ###
// --- Detection Events ---
#define EC_CNT_EVENT_CARD_DETECTED						0x11
// --- Selection Events ---
#define EC_CNT_EVENT_GET_PSE_FCI						0x12
#define EC_CNT_EVENT_GET_CANDIDATE_LIST					0x13
#define EC_CNT_EVENT_PROCESSING							0x14
#define EC_CNT_EVENT_GET_FINAL_SELECT_FCI				0x15
// --- Processing Event ---
#define EC_CNT_EVENT_GET_GPO							0x21
#define EC_CNT_EVENT_APP_DATA_AVAILABLE					0x23
#define EC_CNT_EVENT_RESTRICTION_PERFORMED				0x25
#define EC_CNT_EVENT_ODA_PERFORMED						0x26
#define EC_CNT_EVENT_CVM_PERFORMED						0x28
#define EC_CNT_EVENT_TRM_PERFORMED						0x31
#define EC_CNT_EVENT_TAA_PERFORMED						0x33
#define EC_CNT_EVENT_CAA_PERFORMED						0x35
#define EC_CNT_EVENT_GET_FIRST_GEN_AC					0x36
#define EC_CNT_EVENT_GET_PIN							0x38
// --- Completion Events ---
#define EC_CNT_EVENT_ISSUER_SCRIPT_1_RESULTS			0x42
#define EC_CNT_EVENT_GET_SECOND_GEN_AC					0x43
#define EC_CNT_EVENT_ISSUER_SCRIPT_2_RESULTS			0x44

// ### CONTACTLESS EVENTS ###
// --- START-A EVENTS ---
#define EC_CTLSS_EVENT_GET_PRE_PROCESSING_RESULT		0x16
// --- START-B EVENTS ---
// Ready for Card Detection (PRESENT CARD) (Byte 2 bit 2)
#define EC_CTLSS_EVENT_STATUS_READY_TO_READ				0x22
// Contactless Collision Detected (Byte 2 bit 4)
#define EC_CTLSS_EVENT_COLLISION_DETECTED				0x24
// Contactless Card Detected  (Byte 2 bit 7)
#define EC_CTLSS_EVENT_CARD_DETECTED					0x27
// --- START-C EVENTS ---
// Get PPSE FCI (Byte 3 bit 2)
#define EC_CTLSS_EVENT_GET_PPSE_FCI						0x32
// Get Candidate List (Byte 3 bit 4)
#define EC_CTLSS_EVENT_GET_CANDIDATE_LIST				0x34
// Get Final Select FCI (Byte 3 bit 7)
#define EC_CTLSS_EVENT_GET_FINAL_SELECT_FCI				0x37
// --- START-D EVENTS ---
// Kernel Activation (PROCESSING) (Byte 4 bit 1) (i.e. Exit after GPO)
#define EC_CTLSS_EVENT_STATUS_PROCESSING				0x41
// Kernel finished reading ICC's Application Data (Byte 4 bit 4) (i.e. Exit before GenAC)
#define EC_CTLSS_EVENT_APP_DATA_AVAILABLE				0x44
// Kernel finished normal ICC's Exchanges (Byte 4 bit 5) (i.e. Exit after GenAC)
#define EC_CTLSS_EVENT_STATUS_CARD_READ_SUCCESSFULLY	0x45
// See Phone required (Byte 4 bit 6)
#define EC_CTLSS_EVENT_SEE_PHONE						0x46
// Kernel completed APDU Exchanges with ICC including DATA STORAGE (CLEAR DISPLAY) (Byte 4 bit 7)
#define EC_CTLSS_EVENT_REMOVE_CARD						0x47