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/* 
//  Purpose:
//     Intel(R) Integrated Performance Primitives
//     Cryptographic Primitives
//     Internal GF(p) basic Definitions & Function Prototypes
//
*/
#if !defined(_CP_GFP_METHOD_H)
#define _CP_GFP_METHOD_H

#include "owncp.h"

#include "pcpbnuimpl.h"
#include "gsmodmethod.h"

/* modulus ID */
typedef enum {
   cpID_Prime        = 0x1000,
   cpID_PrimeP192r1  = cpID_Prime+6,
   cpID_PrimeP224r1  = cpID_Prime+7,
   cpID_PrimeP256r1  = cpID_Prime+8,
   cpID_PrimeP384r1  = cpID_Prime+9,
   cpID_PrimeP521r1  = cpID_Prime+10,
   cpID_PrimeTPM_SM2 = cpID_Prime+11,
   cpID_PrimeTPM_BN  = cpID_Prime+12,

   cpID_Poly  = 0x10000000, /* id=0x10000000: general polynomial */
   cpID_Binom = 0x01000000, /* id=0x11000000: x^d+a */

   cpID_Binom2_epid20  = cpID_Binom|0x220000, /* 0x11220000 */
   cpID_Binom3_epid20  = cpID_Binom|0x230000  /* 0x11230000 */

} cpModulusID;

typedef struct _cpGFpMethod {
   cpModulusID  modulusID;
   int          modulusBitDeg;
   const BNU_CHUNK_T* modulus;
   const gsModMethod* arith;
} cpGFpMethod;

/* common GF arith methods */
#define      gsArithGFp OWNAPI(gsArithGFp)
gsModMethod* gsArithGFp(void);

#endif /* _CP_GFP_METHOD_H */