src/cpu.c
void and(byte value, int cycles, int pcIncrease) {
	log_instruction(pcIncrease - 1, "\tAND #$%02X\t", value);
	A &= value;
	bit_val(&P, flagZ, A == 0);
	bit_val(&P, flagN, bit_test(A, 7));

	cpu_cyclesThisSec += cycles;
	PC += pcIncrease;
}
//////////////////////////////////////////////////////////////////////////////////////////
///////////////////////////AND (bitwise AND accumulator) REGION///////////////////////////
//////////////////////////////////////////////////////////////////////////////////////////
AND (bitwise AND accumulator) REGION
AND ( bitwise AND accumulator ) REGION
void and(byte value, int cycles, int pcIncrease) {
	log_instruction(pcIncrease - 1, "\tAND #$%02X\t", value);
	A &= value;
	bit_val(&P, flagZ, A == 0);
	bit_val(&P, flagN, bit_test(A, 7));
	cpu_cyclesThisSec += cycles;
	PC += pcIncrease;
}
void and ( byte value , int cycles , int pcIncrease ) { log_instruction ( pcIncrease - 1 , " \t \t " , value ) ; A &= value ; bit_val ( & P , flagZ , A == 0 ) ; bit_val ( & P , flagN , bit_test ( A , 7 ) ) ; cpu_cyclesThisSec += cycles ; PC += pcIncrease ; }
AND (bitwise AND accumulator) REGION
AND ( bitwise AND accumulator ) REGION