gemu/alu__bin_8h_source.html

#ifndef ALU_BIN_H

#define ALU_BIN_H


#include "ge.h"

#include "alu_cc.h"


void alu_ab(struct ge *ge,

            uint16_t a_addr, uint8_t a_len,

            uint16_t b_addr, uint8_t b_len);


void alu_sb(struct ge *ge,

            uint16_t a_addr, uint8_t a_len,

            uint16_t b_addr, uint8_t b_len);


void alu_ad(struct ge *ge,

            uint16_t a_addr, uint8_t a_len,

            uint16_t b_addr, uint8_t b_len);


void alu_sd(struct ge *ge,

            uint16_t a_addr, uint8_t a_len,

            uint16_t b_addr, uint8_t b_len);


#endif /* ALU_BIN_H */

alu_ad
void alu_ad(struct ge *ge, uint16_t a_addr, uint8_t a_len, uint16_t b_addr, uint8_t b_len)
AD – Add Decimal (opcode 0xFA).
Definition alu_bin.c:200

alu_sb
void alu_sb(struct ge *ge, uint16_t a_addr, uint8_t a_len, uint16_t b_addr, uint8_t b_len)
SB – Subtract Binary (opcode 0xFF).
Definition alu_bin.c:118

alu_sd
void alu_sd(struct ge *ge, uint16_t a_addr, uint8_t a_len, uint16_t b_addr, uint8_t b_len)
SD – Subtract Decimal (opcode 0xFB).
Definition alu_bin.c:249

alu_ab
void alu_ab(struct ge *ge, uint16_t a_addr, uint8_t a_len, uint16_t b_addr, uint8_t b_len)
AB – Add Binary (opcode 0xFE).
Definition alu_bin.c:68

alu_cc.h

ge.h

ge
The entire state of the emulated system, including registers, memory, peripherals and timings.
Definition ge.h:96