BGN2/bgn2/src/circuit_minmaj3.cpp

#include "circuit_minmaj3.hpp"


void circuit_minmaj3(char& rop, char symbole, PublicKey public_key, PrivateKey private_key)
{	
	F2 clair1=0, clair2=0, clair3=0; 
	clair1=bitset<sizeof(int)*CHAR_BIT>(symbole)[5] ; 
	clair2=bitset<sizeof(int)*CHAR_BIT>(symbole)[6] ;
	clair3=bitset<sizeof(int)*CHAR_BIT>(symbole)[7] ; 
	
	
	BitEvalL1<twistpoint_fp2_t> m6;
	BitEvalL1<curvepoint_fp_t> m7,m8;
	
	chiffrement(m6,clair1,public_key);	
	chiffrement(m7,clair2,public_key);	
	chiffrement(m8,clair3,public_key);

	BitEvalL1<curvepoint_fp_t> temp_curve, chiffre_1_curve;
	BitEvalL1<twistpoint_fp2_t> temp_twist;
	chiffrement(chiffre_1_curve,1, public_key);

	temp_curve = additionL1(chiffre_1_curve,m8,public_key);	//calcul 1+m8

	
	BitEvalL2 temp_quadripoint; // m6(1+m8)
	temp_quadripoint = multiplicationL1(temp_curve,m6,public_key);
		
	BitEvalL3 evalue; 	// m6m7(1+m8)	
	evalue = multiplicationL1L2(m7,temp_quadripoint,public_key);	

	postcomputation(rop, symbole, evalue, private_key);	
}