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mrboom.h
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// Generated by asm2c https://github.com/frranck/asm2c
#ifndef MRBOOM_H__
#include <stdint.h>
#include <stdlib.h>
#include <stdarg.h>
#include <string.h>
#include <math.h>
#include <setjmp.h>
#include <stddef.h>
#include <stdio.h>
#ifdef __LIBRETRO__
#include <retro_endianness.h>
#ifndef FALCON
#include <boolean.h>
#endif
#else
#include <stdbool.h>
#endif
#ifdef __cplusplus
extern "C" {
#endif
#if defined(_WIN32) || defined(__INTEL_COMPILER)
#define INLINE __inline
#elif defined(__STDC_VERSION__) && __STDC_VERSION__ >= 199901L
#define INLINE inline
#elif defined(__GNUC__)
#define INLINE __inline__
#else
#define INLINE
#endif
#define realAddress(offset, segment) ((db *)&m + (dd)offset + m.selectors[m.segment.dw.val])
#define db uint8_t
#define dw uint16_t
#define dd uint32_t
#if defined(_MSC_VER)
#pragma pack(push, 1)
struct unaligned_dw {
dw value;
};
struct unaligned_dd {
dd value;
};
#pragma pack(pop)
#else
struct unaligned_dw {
dw value;
} __attribute__ ((__packed__));
struct unaligned_dd {
dd value;
} __attribute__ ((__packed__));
#endif
typedef struct unaligned_dw unaligned_dw_t;
typedef struct unaligned_dd unaligned_dd_t;
#define read_dd(p) (((struct unaligned_dd *)(p))->value)
#define read_dw(p) (((struct unaligned_dw *)(p))->value)
#ifdef MSB_FIRST
typedef struct dblReg
{
db v0;
db v1;
db v2;
db val;
} dblReg;
typedef struct dbhReg
{
db v0;
db v1;
db val;
db v2;
} dbhReg;
typedef struct dwReg
{
dw v0;
dw val;
} dwReg;
typedef struct dblReg16
{
db v0;
db val;
} dblReg16;
typedef struct dbhReg16
{
db val;
db v0;
} dbhReg16;
#else
typedef struct dblReg
{
db val;
db v0;
db v1;
db v2;
} dblReg;
typedef struct dbhReg
{
db v0;
db val;
db v1;
db v2;
} dbhReg;
typedef struct dwReg
{
dw val;
dw v0;
} dwReg;
typedef struct dblReg16
{
db val;
db v0;
} dblReg16;
typedef struct dbhReg16
{
db v0;
db val;
} dbhReg16;
#endif
typedef struct ddReg
{
dd val;
} ddReg;
typedef union registry32Bits
{
struct dblReg dbl;
struct dbhReg dbh;
struct dwReg dw;
struct ddReg dd;
} registry32Bits;
typedef struct dwReg16
{
dw val;
} dwReg16;
typedef union registry16Bits
{
struct dblReg16 dbl;
struct dbhReg16 dbh;
struct dwReg16 dw;
} registry16Bits;
#define VGARAM_SIZE 320 * 200
#define STACK_SIZE 1024 * sizeof(dd)
#define HEAP_SIZE 1024 * 1024 * 4
#define NB_SELECTORS 128
#ifdef FALCON
#define COPYBLOCK asm volatile ("move.l %1,a0\n\t" \
"move.l %0,a1\n\t" \
"moveq #41-1,d0\n\t" \
"loop%=:\n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"move16 (a0)+,(a1)+ \n\t" \
"dbra d0,loop%=\n\t" \
: \
: "r" (m.buffer), "r" (realAddress(m.esi.dd.val, fs)) \
: \
);
#else
#define COPYBLOCK MEMCPY(m.buffer, realAddress(m.esi.dd.val, fs), 64000);
#endif
#define RAMESI m.ramVideoPointer = m.ramCopyPointer = realAddress(m.esi.dd.val, fs);
#define RAMBUFFER m.ramVideoPointer = &m.buffer;
#define PUSHAD MEMCPY(&m.stack[m.stackPointer], &m.eax.dd.val, sizeof(dd) * 8); m.stackPointer += sizeof(dd) * 8
#define POPAD m.stackPointer -= sizeof(dd) * 8; MEMCPY(&m.eax.dd.val, &m.stack[m.stackPointer], sizeof(dd) * 8)
#define PUSH(nbBits, a) MEMCPY(&m.stack[m.stackPointer], &a, sizeof(a)); m.stackPointer += sizeof(a)
#define POP(nbBits, a) m.stackPointer -= sizeof(a); MEMCPY(&a, &m.stack[m.stackPointer], sizeof(a))
#define AFFECT_ZF(a) m.ZF = (a == 0)
#define AFFECT_CF(a) m.CF = a
#define AFFECT_SF(nbBits, a) m.SF = (a >> (nbBits - 1))
#define ISNEGATIVE(nbBits, a) (a & (1 << (nbBits - 1)))
// TODO: add missings affected flags on CMP
#define CMP(nbBits, a, nbBitsSrc, b) AFFECT_ZF(a - b); AFFECT_CF(a < b); AFFECT_SF(nbBits, (a - b));
#define OR(nbBits, a, nbBitsSrc, b) a = a | b; AFFECT_ZF(a); AFFECT_SF(nbBits, a)
#define XOR(nbBits, a, nbBitsSrc, b) a = a ^ b; AFFECT_ZF(a); AFFECT_SF(nbBits, a)
#define AND(nbBits, a, nbBitsSrc, b) a = a & b; AFFECT_ZF(a); AFFECT_SF(nbBits, a)
#define NEG(nbBits, a) AFFECT_CF(a != 0); a = -a;
#define TEST(nbBits, a, nbBitsSrc, b) AFFECT_ZF((a & b)); AFFECT_CF(b < a); AFFECT_SF(nbBits, (a & b))
#define SHR(nbBits, a, nbBitsSrc, b) a = a >> b
#define SHL(nbBits, a, nbBitsSrc, b) a = a << b
#define ROR(nbBits, a, nbBitsSrc, b) a = (a >> b | a << (nbBits - b))
#define ROL(nbBits, a, nbBitsSrc, b) a = (a << b | a >> (nbBits - b))
#define READDDp(a) ((dd *)&m.a)
#define READDWp(a) ((dw *)&m.a)
#define READDBp(a) ((db *)&m.a)
#define READDD(a) (m.a.dd.val)
#ifdef MSB_FIRST
#define READDBhW(a) (*(((db *)&m.a) + 0))
#define READDBhD(a) (*(((db *)&m.a) + 2))
#define READDBlW(a) (*(((db *)&m.a) + 1))
#define READDBlD(a) (*(((db *)&m.a) + 3))
#else
#define READDBhW(a) (*(((db *)&m.a) + 1))
#define READDBhD(a) (*(((db *)&m.a) + 1))
#define READDBlW(a) (*(((db *)&m.a)))
#define READDBlD(a) (*(((db *)&m.a)))
#endif
#define READDW(a) (*((dw *)&m.a.dw.val))
#define READDBh(a) (*((db *)&m.a.dbh.val))
#define READDBl(a) (*((db *)&m.a.dbl.val))
#define ADD(nbBits, a, nbBitsSrc, b) a = a + b; AFFECT_ZF(a); AFFECT_CF(a < b); AFFECT_SF(nbBits, a);
#define SUB(nbBits, a, nbBitsSrc, b) a = a - b; AFFECT_ZF(a); AFFECT_CF(b < a); AFFECT_SF(nbBits, a);
// TODO: should affects OF, SF, ZF, AF, and PF
#define INC(nbBits, a) a = a + 1; AFFECT_ZF(a)
#define DEC(nbBits, a) a = a - 1; AFFECT_ZF(a)
#define JE(label) if (m.ZF) GOTOLABEL(label)
#define JZ(label) JE(label)
#define JNE(label) if (!m.ZF) GOTOLABEL(label)
#define JNZ(label) JNE(label)
#define JNB(label) if (!m.CF) GOTOLABEL(label)
#define JAE(label) JNB(label)
#define JNC(label) JNB(label)
#define JB(label) if (m.CF) GOTOLABEL(label)
#define JC(label) JB(label)
#define JNAE(label) JB(label)
#define JA(label) if (!m.CF && !m.ZF) GOTOLABEL(label)
#define JNBE(label) JA(label)
#define JS(label) if (m.SF) GOTOLABEL(label)
#define JNS(label) if (!m.SF) GOTOLABEL(label)
#define JNA(label) if (m.CF || m.ZF) GOTOLABEL(label)
#define JBE(label) JNA(label)
#define MOV(nbBits, dest, nbBitsSrc, src) dest = src
#define MOVZX(nbBits, dest, nbBitsSrc, src) dest = src
#define MOVSX(nbBits, dest, nbBitsSrc, src) if (ISNEGATIVE(nbBitsSrc, src)) { dest = ((-1 ^ ((1 << nbBitsSrc) - 1)) | src); } else { dest = src; }
// LEA - Load Effective Address
#define LEA(nbBits, dest, nbBitsSrc, src) dest = src
// MOVSx (DF FLAG not implemented)
#define MOVS(a, ecx) src = realAddress(m.esi.dd.val, ds); dest = realAddress(m.edi.dd.val, es); \
if (labs(((char *)dest) - ((char *)src)) <= a) { \
for (i = 0; i < ecx; i++) { \
src = realAddress(m.esi.dd.val, ds); dest = realAddress(m.edi.dd.val, es); \
memmove(dest, src, a); m.edi.dd.val += a; m.esi.dd.val += a; } \
} else { \
memmove(dest, src, a * ecx); m.edi.dd.val += a * ecx; m.esi.dd.val += a * ecx; \
}
#define MOVSB MOVS(1, 1)
#define MOVSW MOVS(2, 1)
#define MOVSD MOVS(4, 1)
#define REP_MOVS(b) MOVS(b, m.ecx.dd.val)
#define REP_MOVSB REP_MOVS(1)
#define REP_MOVSW REP_MOVS(2)
#define REP_MOVSD REP_MOVS(4)
#define STOS(a, b) MEMCPY(realAddress(m.edi.dd.val, es), ((db *)&m.eax.dd.val) + b, a); m.edi.dd.val += a
#ifdef MSB_FIRST
#define STOSB STOS(1, 3)
#define STOSW STOS(2, 2)
#else
#define STOSB STOS(1, 0)
#define STOSW STOS(2, 0)
#endif
#define STOSD STOS(4, 0)
#define REP_STOSB for (i = 0; i < m.ecx.dd.val; i++) { STOSB; }
#define REP_STOSW for (i = 0; i < m.ecx.dd.val; i++) { STOSW; }
#define REP_STOSD for (i = 0; i < m.ecx.dd.val; i++) { STOSD; }
#define LODS(a, b) MEMCPY(((db *)&m.eax.dd.val) + b, realAddress(m.esi.dd.val, ds), a); m.esi.dd.val += a
#ifdef FALCON
#define MEMCPY(d, s, l) if (l == 1) { \
asm volatile ("move.l %1,a0\n\t" \
"move.l %0,a1\n\t" \
"move.b (a0),(a1)\n\t" \
: \
: "r" (d), "r" (s) \
: \
); \
} else if (l == 2) { \
asm volatile ("move.l %1,a0\n\t" \
"move.l %0,a1\n\t" \
"move.w (a0),(a1)\n\t" \
: \
: "r" (d), "r" (s) \
: \
); \
} else if (l == 4) { \
asm volatile ("move.l %1,a0\n\t" \
"move.l %0,a1\n\t" \
"move.l (a0),(a1)\n\t" \
: \
: "r" (d), "r" (s) \
: \
); \
} else if (l == 32) { \
asm volatile ("move.l %1,a0\n\t" \
"move.l %0,a1\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
"move.l (a0)+,(a1)+\n\t" \
: \
: "r" (d), "r" (s) \
: \
); \
} else { \
memcpy(d, s, l); \
}
#else
#define MEMCPY(d, s, l) memcpy(d, s, l);
#endif
//#define LODS2(a, b) MEMCPY(((db *)&m.eax.dd.val) + b, realAddress(m.esi.dd.val, ds), a); m.esi.dd.val += a
#ifdef MSB_FIRST
#define LODSB LODS(1, 3)
#define LODSW LODS(2, 2)
#else
#define LODSB LODS(1, 0)
#define LODSW LODS(2, 0)
#endif
#define LODSD LODS(4, 0)
#define REP_LODS(a, b) for (i = 0; i < m.ecx.dd.val; i++) { LODS(a, b); }
#ifdef MSB_FIRST
#define REP_LODSB REP_LODS(1, 3)
#define REP_LODSW REP_LODS(2, 2)
#else
#define REP_LODSB REP_LODS(1, 0)
#define REP_LODSW REP_LODS(2, 0)
#endif
#define REP_LODSD REP_LODS(4, 0)
// JMP - Unconditional Jump
#define JMP(label) GOTOLABEL(label)
#define GOTOLABEL(a) goto a
#define LOOP(label) DEC(32, m.ecx.dd.val); JNZ(label)
#define CLD m.DF = 0
#define STD m.DF = 1
void stackDump();
void hexDump(void *addr, int len);
void asm2C_INT(int a);
void asm2C_init();
void asm2C_printOffsets(unsigned int offset);
// directjeu nosetjmp,2
// directmenu
#define INT(a) asm2C_INT(a); TESTJUMPTOBACKGROUND
#define TESTJUMPTOBACKGROUND if (m.jumpToBackGround) { CALL(moveToBackGround); }
void asm2C_OUT(int16_t address, int data);
#define OUT(a, b) asm2C_OUT(a, b)
int8_t asm2C_IN(int16_t data);
#define IN(a, b) a = asm2C_IN(b); TESTJUMPTOBACKGROUND
#define STI // TODO: STI not implemented
#define PUSHF
#define POPF
#define NOP
#ifdef FALCON
#define CALL(label) asm goto ("JSR %l0\n\t" : : : : label);
#define RET asm ("RTS");
#else
#define CALL(label) \
if (setjmp(jmpbuffer) == 0) { \
PUSH(?, jmpbuffer); \
JMP(label); \
}
#define RET POP(x, jmpbuffer); longjmp(jmpbuffer, 0);
#endif
#define SPRITE(yy,xx) \
{ \
db * src = realAddress(m.esi.dd.val, ds); \
db * dst = realAddress(m.edi.dd.val, es); \
int x,y; \
for (y=0;y<yy;y++) { \
for (x=0;x<xx;x++) { \
if (*src != 0) { \
*dst = *src; \
} \
dst++;src++; \
} dst+=320-xx;src+=320-xx; \
} \
}
#define SPRITE_WITH_BREAK(xx) \
{ \
int x; \
for (x=0;x<xx;x++) { \
if (*src != 0) { \
*dst = *src; \
} \
dst++;src++; \
} dst+=320-xx;src+=320-xx;if (*src == 248) {break;} \
}
#define SPRITE_WITH_BREAK_W(xx) \
{ \
int x; \
for (x=0;x<xx;x++) { \
if (*src != 0) { \
*dst = 255; \
} \
dst++;src++; \
} dst+=320-xx;src+=320-xx;if (*src == 248) {break;} \
}
#define SPRITE_BN \
{ \
dw yy = m.ebx.dw.val; \
dw xx = m.ecx.dw.val; \
db * src = realAddress(m.esi.dd.val, ds); \
db * dst = realAddress(m.edi.dd.val, es); \
int x,y; \
switch(xx) { \
case 23: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK(23); } break; \
case 26: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK(26); } break; \
case 32: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK(32); } break; \
case 38: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK(38); } break; \
case 16: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK(16); } break; \
case 17: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK(17); } break; \
default: \
for (y=0;y<yy;y++) { \
for (x=0;x<xx;x++) { \
if (*src != 0) { \
*dst = *src; \
} \
dst++;src++; \
} dst+=320-xx;src+=320-xx;if (*src == 248) {break;} \
} \
} \
}
#define SPRITE_BW \
{ \
dw yy = m.ebx.dw.val; \
dw xx = m.ecx.dw.val; \
db * src = realAddress(m.esi.dd.val, ds); \
db * dst = realAddress(m.edi.dd.val, es); \
int x,y; \
switch(xx) { \
case 23: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK_W(23); } break; \
case 26: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK_W(26); } break; \
case 32: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK_W(32); } break; \
case 38: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK_W(38); } break; \
case 16: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK_W(16); } break; \
case 17: for (y=0;y<yy;y++) { SPRITE_WITH_BREAK_W(17); } break; \
default: \
for (y=0;y<yy;y++) { \
for (x=0;x<xx;x++) { \
if (*src != 0) { \
*dst = 255; \
} \
dst++;src++; \
} dst+=320-xx;src+=320-xx;if (*src == 248) {break;} \
}} \
}
#define SPRITE_TIMEOUT SPRITE(43,87)
#define SPRITE_CLOUD \
{ \
db * src = realAddress(m.esi.dd.val, ds); \
db * dst = realAddress(m.edi.dd.val, es); \
int x,y; \
for (y=0;y<22;y++) { \
for (x=0;x<48;x++) { \
db s = *src; \
db d = *dst; \
if (d == 103) { \
if (s != 131) { *dst = s - 4; } \
} else if (d == 131) { \
*dst = s; \
} \
dst++;src++; \
} dst+=320-48;src+=320-48; \
} \
}
#define EAX_X_320 m.eax.dd.val = m.eax.dd.val * 320
#define EDX_X_320 m.edx.dd.val = m.edx.dd.val * 320
#define SPRITE_8_16 SPRITE(8,16)
#define SPRITE_16_16 SPRITE(16,16)
#define SPRITE_16_11 SPRITE(16,11)
#define SPRITE_16_187 SPRITE(16,187)
#define SPRITE_16_263 SPRITE(16,263)
#define SPRITE_16_5 SPRITE(16,5)
#define SPRITE_191_16 SPRITE(191,16)
#define SPRITE_192_21 SPRITE(192,21)
#define SPRITE_19_23 SPRITE(19,23)
#define SPRITE_23_21 SPRITE(23,21)
#define SPRITE_26_206 SPRITE(26,206)
#define SPRITE_30_48 SPRITE(30,48)
#define SPRITE_32_32 SPRITE(32,32)
#define SPRITE_36_88 SPRITE(36,88)
#define SPRITE_64_46 SPRITE(64,46)
#define SPRITE_77_12 SPRITE(77,12)
#define SPRITE_85_17 SPRITE(85,17)
#define SPRITE_92_17 SPRITE(92,17)
#define SPRITE_27_31 SPRITE(27,31)
#ifdef __LIBRETRO__
#include "libretro.h"
extern retro_log_printf_t log_cb;
#else
extern FILE *logDebug;
#endif
void log_error(const char *fmt, ...);
void log_debug(const char *fmt, ...);
void log_info(const char *fmt, ...);
void log_debug2(const char *fmt, ...);
#if DEBUG == 2
#define R(a) log_debug("l:%d:%s\n", __LINE__,#a); a
#else
#define R(a) a
#endif
#ifndef __LIBRETRO__
bool is_little_endian();
#endif
#if defined(_MSC_VER)
#define SWAP16 _byteswap_ushort
#define SWAP32 _byteswap_ulong
#else
#define SWAP16(x) ((uint16_t)( \
(((uint16_t)(x) & 0x00ff) << 8) | \
(((uint16_t)(x) & 0xff00) >> 8) \
))
#define SWAP32(x) ((uint32_t)( \
(((uint32_t)(x) & 0x000000ff) << 24) | \
(((uint32_t)(x) & 0x0000ff00) << 8) | \
(((uint32_t)(x) & 0x00ff0000) >> 8) | \
(((uint32_t)(x) & 0xff000000) >> 24) \
))
#endif
#ifdef __cplusplus
}
#endif
#ifdef __cplusplus
extern "C" {
#endif
#define MRBOOM_H__
#pragma pack(push, 1)
typedef struct Mem {
registry32Bits eax;
registry32Bits ebx;
registry32Bits ecx;
registry32Bits edx;
registry32Bits esi;
registry32Bits edi;
registry32Bits ebp;
registry32Bits esp;
registry16Bits cs;
registry16Bits csPadding;
registry16Bits ds;
registry16Bits dsPadding;
registry16Bits es;
registry16Bits esPadding;
registry16Bits fs;
registry16Bits fsPadding;
registry16Bits gs;
registry16Bits gsPadding;
registry16Bits ss;
registry16Bits ssPadding;
bool CF;
bool ZF;
bool DF;
bool SF;
bool isLittle;
bool jumpToBackGround;
bool executionFinished;
db exitCode;
db dummy1[23];
db beginningdata;
db donoterasekeys;
dd liste_de_machin[11];
dd infojoueur2[5];
dd tecte2;
dd scrollyf;
db scrolly[1968];
dd special_clignotement;
db trucs[16];
dd last_voice;
dw blow_what2[14];
dw blow_what[14];
dd slowcpu;
db paaaaaaading[35];
db buffer[65535];
db paaaaading[11];
db message2[6];
db dummy2[6];
db dummy3[6];
db dummy4[14];
db dummy5[6];
db dummy6[6];
db dummy7[6];
db dummy8[14];
db dummy9[6];
db dummy10[6];
db dummy11[6];
db dummy12[14];
db dummy13[6];
db dummy14[6];
db dummy15[6];
db dummy16[14];
dd total_liste;
dd bigendianin;
dd bigendianout;
db dataloaded;
db clavier[128];
dd taille_exe_gonfle;
db playsoundfx;
db master;
db clavier_stuff;
db clavier_stuff2;
db clavier_extanded[128];
db pal_pic[16];
db dummy17[16];
db dummy18[16];
db dummy19[16];
db dummy20[16];
db dummy21[16];
db dummy22[16];
db dummy23[16];
db dummy24[16];
db dummy25[16];
db dummy26[16];
db dummy27[16];
db dummy28[16];
db dummy29[16];
db dummy30[16];
db dummy31[16];
db dummy32[16];
db dummy33[16];
db dummy34[16];
db dummy35[16];
db dummy36[16];
db dummy37[16];
db dummy38[16];
db dummy39[16];
db dummy40[16];
db dummy41[16];
db dummy42[16];
db dummy43[16];
db dummy44[16];
db dummy45[16];
db dummy46[16];
db dummy47[16];
db dummy48[16];
db dummy49[16];
db dummy50[16];
db dummy51[16];
db dummy52[16];
db dummy53[16];
db dummy54[16];
db dummy55[16];
db dummy56[16];
db dummy57[16];
db dummy58[16];
db dummy59[16];
db dummy60[16];
db dummy61[16];
db dummy62[16];
db dummy63[16];
db pal_pic2[16];
db dummy64[16];
db dummy65[16];
db dummy66[16];
db dummy67[16];
db dummy68[16];
db dummy69[16];
db dummy70[16];
db dummy71[16];
db dummy72[16];
db dummy73[16];
db dummy74[16];
db dummy75[16];
db dummy76[16];
db dummy77[16];
db dummy78[16];
db dummy79[16];
db dummy80[16];
db dummy81[16];
db dummy82[16];
db dummy83[16];
db dummy84[16];
db dummy85[16];
db dummy86[16];
db dummy87[16];
db dummy88[16];
db dummy89[16];
db dummy90[16];
db dummy91[16];
db dummy92[16];
db dummy93[16];
db dummy94[16];
db dummy95[16];
db dummy96[16];
db dummy97[16];
db dummy98[16];
db dummy99[16];
db dummy100[16];
db dummy101[16];
db dummy102[16];
db dummy103[16];
db dummy104[16];
db dummy105[16];
db dummy106[16];
db dummy107[16];
db dummy108[16];
db dummy109[16];
db dummy110[16];
db pal_jeu[16];
db dummy111[16];
db dummy112[16];
db dummy113[16];
db dummy114[16];
db dummy115[16];
db dummy116[16];
db dummy117[16];
db dummy118[16];
db dummy119[16];
db dummy120[16];
db dummy121[16];
db dummy122[16];
db dummy123[16];
db dummy124[16];
db dummy125[16];
db dummy126[16];
db dummy127[16];
db dummy128[16];
db dummy129[16];
db dummy130[16];
db dummy131[16];
db dummy132[16];
db dummy133[16];
db dummy134[16];
db dummy135[16];
db dummy136[16];
db dummy137[16];
db dummy138[16];
db dummy139[16];
db dummy140[16];
db dummy141[16];
db dummy142[16];
db dummy143[16];
db dummy144[16];
db dummy145[16];
db dummy146[16];
db dummy147[16];
db dummy148[16];
db dummy149[16];
db dummy150[16];
db dummy151[16];
db dummy152[16];
db dummy153[16];
db dummy154[16];
db dummy155[16];
db dummy156[16];
db dummy157[16];
db pal_med[16];
db dummy158[16];
db dummy159[16];
db dummy160[16];
db dummy161[16];
db dummy162[16];
db dummy163[16];
db dummy164[16];
db dummy165[16];
db dummy166[16];
db dummy167[16];
db dummy168[16];
db dummy169[16];
db dummy170[16];
db dummy171[16];
db dummy172[16];
db dummy173[16];
db dummy174[16];
db dummy175[16];
db dummy176[16];
db dummy177[16];
db dummy178[16];
db dummy179[16];
db dummy180[16];
db dummy181[16];
db dummy182[16];
db dummy183[16];
db dummy184[16];
db dummy185[16];
db dummy186[16];
db dummy187[16];
db dummy188[16];
db dummy189[16];
db dummy190[16];
db dummy191[16];
db dummy192[16];
db dummy193[16];
db dummy194[16];
db dummy195[16];
db dummy196[16];
db dummy197[16];
db dummy198[16];
db dummy199[16];
db dummy200[16];
db dummy201[16];
db dummy202[16];
db dummy203[16];
db dummy204[16];
db pal_vic[16];
db dummy205[16];
db dummy206[16];
db dummy207[16];
db dummy208[16];
db dummy209[16];
db dummy210[16];
db dummy211[16];
db dummy212[16];
db dummy213[16];
db dummy214[16];
db dummy215[16];
db dummy216[16];
db dummy217[16];
db dummy218[16];
db dummy219[16];
db dummy220[16];
db dummy221[16];
db dummy222[16];
db dummy223[16];
db dummy224[16];
db dummy225[16];
db dummy226[16];
db dummy227[16];
db dummy228[16];
db dummy229[16];
db dummy230[16];
db dummy231[16];
db dummy232[16];
db dummy233[16];
db dummy234[16];