avr8bit-emu/html/branch_8h_source.html

#pragma once

#include <stdint.h>

#include <stdbool.h>


#include "core.h"

#include "sram.h"

#include "data_space.h"

#include "sreg_utils.h"

#include "emulator.h"


void rjmp(uint8_t k, struct CORE *core);


void ijmp(struct CORE *core);


void jmp(uint32_t k, struct CORE *core);


void rcall(uint8_t k, struct CORE *core, struct SRAM *sram);


void icall(struct CORE *core, struct SRAM *sram);


void eicall(struct CORE *core, struct SRAM *sram);


void ret(struct CORE *core, struct SRAM *sram);


void reti(struct CORE *core, struct SRAM *sram);


void cpse(uint8_t d, uint8_t r, struct CORE *core);


void cp(uint8_t d, uint8_t r, struct CORE *core);


void cpc(uint8_t d, uint8_t r, struct CORE *core);


void cpi(uint8_t d, uint8_t K, struct CORE *core);


void sbrc(uint8_t r, uint8_t b, struct CORE *core);


void sbrs(uint8_t r, uint8_t b, struct CORE *core);


void sbic(uint8_t A, uint8_t b, struct CORE *core, union DATA_SPACE *data_space);


void sbis(uint8_t A, uint8_t b, struct CORE *core, union DATA_SPACE *data_space);


void brbs(uint8_t s, uint8_t k, struct CORE *core);


void brbc(uint8_t s, uint8_t k, struct CORE *core);


void breq(uint8_t k, struct CORE *core);


void brne(uint8_t k, struct CORE *core);


void brcs(uint8_t k, struct CORE *core);


void brcc(uint8_t k, struct CORE *core);


void brsh(uint8_t k, struct CORE *core);


void brlo(uint8_t k, struct CORE *core);


void brmi(uint8_t k, struct CORE *core);


void brpl(uint8_t k, struct CORE *core);


void brge(uint8_t k, struct CORE *core);


void brlt(uint8_t k, struct CORE *core);


void brhs(uint8_t k, struct CORE *core);


void brhc(uint8_t k, struct CORE *core);


void brts(uint8_t k, struct CORE *core);


void brtc(uint8_t k, struct CORE *core);


void brvs(uint8_t k, struct CORE *core);


void brvc(uint8_t k, struct CORE *core);


void brie(uint8_t k, struct CORE *core);


void brid(uint8_t k, struct CORE *core);

brsh
void brsh(uint8_t k, struct CORE *core)
Branch if same or higher.
Definition branch.c:332

sbis
void sbis(uint8_t A, uint8_t b, struct CORE *core, union DATA_SPACE *data_space)
Skip if bit in I/O register is set.
Definition branch.c:211

brbs
void brbs(uint8_t s, uint8_t k, struct CORE *core)
Branch if status flag is set.
Definition branch.c:230

ret
void ret(struct CORE *core, struct SRAM *sram)
Return from a subroutine.
Definition branch.c:73

brvc
void brvc(uint8_t k, struct CORE *core)
Branch if overflow cleared.
Definition branch.c:519

brbc
void brbc(uint8_t s, uint8_t k, struct CORE *core)
Branch if status flag is cleared.
Definition branch.c:247

breq
void breq(uint8_t k, struct CORE *core)
Branch if equal.
Definition branch.c:264

brts
void brts(uint8_t k, struct CORE *core)
Branch if T flag set.
Definition branch.c:468

brlt
void brlt(uint8_t k, struct CORE *core)
Branch if less than.
Definition branch.c:417

brie
void brie(uint8_t k, struct CORE *core)
Branch if interrupts enabled.
Definition branch.c:536

brvs
void brvs(uint8_t k, struct CORE *core)
Branch if overflow set.
Definition branch.c:502

brhc
void brhc(uint8_t k, struct CORE *core)
Branch if half carry cleared.
Definition branch.c:451

jmp
void jmp(uint32_t k, struct CORE *core)
Perform an absolute jump.
Definition branch.c:27

brge
void brge(uint8_t k, struct CORE *core)
Branch if greater or equal.
Definition branch.c:400

brid
void brid(uint8_t k, struct CORE *core)
Branch if interrupts disabled.
Definition branch.c:553

brtc
void brtc(uint8_t k, struct CORE *core)
Branch if T flag cleared.
Definition branch.c:485

brlo
void brlo(uint8_t k, struct CORE *core)
Branch if lower.
Definition branch.c:349

brne
void brne(uint8_t k, struct CORE *core)
Branch if not equal.
Definition branch.c:281

brcc
void brcc(uint8_t k, struct CORE *core)
Branch if carry cleared.
Definition branch.c:315

cpc
void cpc(uint8_t d, uint8_t r, struct CORE *core)
Compare two registers with carry.
Definition branch.c:132

brcs
void brcs(uint8_t k, struct CORE *core)
Branch if carry set.
Definition branch.c:298

eicall
void eicall(struct CORE *core, struct SRAM *sram)
Perform an extended indirect call to a subroutine.

reti
void reti(struct CORE *core, struct SRAM *sram)
Return from an interrupt.
Definition branch.c:87

cp
void cp(uint8_t d, uint8_t r, struct CORE *core)
Compare two registers.
Definition branch.c:120

icall
void icall(struct CORE *core, struct SRAM *sram)
Perform an indirect call to a subroutine.
Definition branch.c:54

cpse
void cpse(uint8_t d, uint8_t r, struct CORE *core)
Compare and skip if equal.
Definition branch.c:102

cpi
void cpi(uint8_t d, uint8_t K, struct CORE *core)
Compare register with an immediate value.
Definition branch.c:144

brpl
void brpl(uint8_t k, struct CORE *core)
Branch if plus.
Definition branch.c:383

brhs
void brhs(uint8_t k, struct CORE *core)
Branch if half carry set.
Definition branch.c:434

sbrc
void sbrc(uint8_t r, uint8_t b, struct CORE *core)
Skip if bit in register is cleared.
Definition branch.c:156

rjmp
void rjmp(uint8_t k, struct CORE *core)
Perform a relative jump.
Definition branch.c:3

sbrs
void sbrs(uint8_t r, uint8_t b, struct CORE *core)
Skip if bit in register is set.
Definition branch.c:174

sbic
void sbic(uint8_t A, uint8_t b, struct CORE *core, union DATA_SPACE *data_space)
Skip if bit in I/O register is cleared.
Definition branch.c:192

brmi
void brmi(uint8_t k, struct CORE *core)
Branch if minus.
Definition branch.c:366

ijmp
void ijmp(struct CORE *core)
Perform an indirect jump.
Definition branch.c:15

rcall
void rcall(uint8_t k, struct CORE *core, struct SRAM *sram)
Perform a relative call to a subroutine.
Definition branch.c:39

core.h

data_space.h

emulator.h

sram.h

sreg_utils.h
Functions for manipulating the Status Register (SREG)

CORE
Core structure containing general purpose registers, program counter, stack pointer,...
Definition core.h:67

SRAM
Definition sram.h:7

DATA_SPACE
Represents the data space in the AVR emulator.
Definition data_space.h:13