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romc1.c
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// Loaded segment [$0090..$0092]
// Loaded segment [$00B1..$00C8]
// 355 new runtime blocks added
// code labels: 1718
// data labels: 243
#include "apple2tc/system2-inc.h"
static const uint8_t s_mem_0090[0x0003];
static const uint8_t s_mem_00b1[0x0018];
static const uint8_t s_mem_d000[0x3000];
void init_emulated(void) {
memcpy(s_ram + 0x0090, s_mem_0090, 0x0003);
memcpy(s_ram + 0x00b1, s_mem_00b1, 0x0018);
memcpy(s_ram + 0xd000, s_mem_d000, 0x3000);
}
static inline uint8_t ovf8(uint8_t res, uint8_t a, uint8_t b) {
return (~(a ^ b) & (a ^ res)) >> 7;
}
static uint16_t adc_dec16(uint8_t a, uint8_t b, uint8_t cf) {
struct ResAndStatus res = adc_decimal(a, b, cf);
return res.result | (res.status << 8);
}
static uint16_t sbc_dec16(uint8_t a, uint8_t b, uint8_t cf) {
struct ResAndStatus res = sbc_decimal(a, b, cf);
return res.result | (res.status << 8);
}
static int cmp_map_addr(const void *a, const void *b) {
return *((const int *)a) - *((const int *)b);
}
static unsigned
addr_to_block_id(uint16_t from_pc, uint16_t addr, const unsigned *block_map, size_t length) {
unsigned uaddr = addr;
const unsigned *p =
(const unsigned *)bsearch(&uaddr, block_map, length, sizeof(unsigned) * 2, cmp_map_addr);
if (p)
return p[1];
fprintf(stderr, "Unknown address $%04X\n", addr);
error_handler(from_pc);
abort();
};
void func_t001(uint16_t ret_addr);
void FUNC_CHRGET(uint16_t ret_addr);
void FUNC_CHRGOT(uint16_t ret_addr);
void FUNC_GETFORPTR(uint16_t ret_addr);
void FUNC_MVBLKUP2(uint16_t ret_addr);
void FUNC_FNDLIN(uint16_t ret_addr);
void FUNC_FNDLIN2(uint16_t ret_addr);
void FUNC_CLRTXTPTR(uint16_t ret_addr);
void FUNC_GETCHAR(uint16_t ret_addr);
void FUNC_ISLETC(uint16_t ret_addr);
void FUNC_GETARY(uint16_t ret_addr);
void FUNC_GARBAGE(uint16_t ret_addr);
void FUNC_CHKSMPLVAR(uint16_t ret_addr);
void FUNC_CHKVAR(uint16_t ret_addr);
void FUNC_FRETMS(uint16_t ret_addr);
void FUNC_POINT(uint16_t ret_addr);
void FUNC_TWSCMPFAC(uint16_t ret_addr);
void FUNC_TCFACMANT(uint16_t ret_addr);
void FUNC_INCFACMAN(uint16_t ret_addr);
void FUNC_SHFTRGHT(uint16_t ret_addr);
void FUNC_SHFTRGHT4(uint16_t ret_addr);
void FUNC_MULT1(uint16_t ret_addr);
void FUNC_MULT2(uint16_t ret_addr);
void FUNC_UPAY2ARG(uint16_t ret_addr);
void FUNC_UPAY2FAC(uint16_t ret_addr);
void FUNC_SIGN(uint16_t ret_addr);
void FUNC_FCOMP(uint16_t ret_addr);
void FUNC_FCOMP2(uint16_t ret_addr);
void FUNC_QINT(uint16_t ret_addr);
void FUNC_HPOSN(uint16_t ret_addr);
void FUNC_HPLOT0(uint16_t ret_addr);
void FUNC_COLORSHIFT(uint16_t ret_addr);
void FUNC_PLOT1(uint16_t ret_addr);
void FUNC_GBASCALC(uint16_t ret_addr);
void FUNC_SCRN2(uint16_t ret_addr);
void FUNC_PCADJ(uint16_t ret_addr);
void FUNC_PCADJ3(uint16_t ret_addr);
void FUNC_PREAD(uint16_t ret_addr);
void FUNC_INIT(uint16_t ret_addr);
void FUNC_BASCALC(uint16_t ret_addr);
void FUNC_VTABZ(uint16_t ret_addr);
void FUNC_CLREOL(uint16_t ret_addr);
void FUNC_CLREOLZ(uint16_t ret_addr);
void FUNC_NXTA1(uint16_t ret_addr);
void FUNC_HEADER(uint16_t ret_addr);
void FUNC_ZERODLY(uint16_t ret_addr);
void FUNC_RD2BIT(uint16_t ret_addr);
void FUNC_RDBIT(uint16_t ret_addr);
void FUNC_A1PC(uint16_t ret_addr);
void FUNC_SETNORM(uint16_t ret_addr);
void FUNC_SETKBD(uint16_t ret_addr);
void FUNC_SETVID(uint16_t ret_addr);
void FUNC_MON_RESTORE(uint16_t ret_addr);
void FUNC_GETNUM(uint16_t ret_addr);
void FUNC_ZMODE(uint16_t ret_addr);
static void emulated_entry_point(void) {
func_t001(false);
}
void FUNC_CHRGET(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$00B1*/ CYCLES(0x00b1, 7);
tmp1_U8 = (uint8_t)(ram_peek(0x00b8) + 0x01);
ram_poke(0x00b8, tmp1_U8);
branchTarget = true;
if (tmp1_U8)
goto bb_2;
bb_1:
/*$00B5*/ CYCLES(0x00b5, 4);
ram_poke(0x00b9, (uint8_t)(ram_peek(0x00b9) + 0x01));
bb_2:
/*$00B7*/ CYCLES(0x00b7, 12);
tmp1_U8 = peek(ram_peek16al(0x00b8));
s_a = tmp1_U8;
/*$00BA*/ s_status_not_z = (tmp1_U8 != 0x3a);
tmp2_U8 = tmp1_U8 >= 0x3a;
s_status_c = tmp2_U8;
s_status_n = ((uint8_t)(tmp1_U8 - 0x3a) & 0x80);
branchTarget = true;
if (tmp2_U8)
goto bb_5;
bb_3:
/*$00BE*/ CYCLES(0x00be, 7);
branchTarget = true;
if (!(s_a != 0x20))
goto bb_0;
bb_4:
/*$00C2*/ CYCLES(0x00c2, 11);
/*$00C3*/ tmp3_U16 = s_a;
/*$00C6*/ tmp4_U16 = (tmp3_U16 - 0x0030) & 0x00ff;
tmp5_U16 = tmp4_U16 - 0x00d0;
s_status_c = (uint8_t)(0x01 - ((uint8_t)(tmp5_U16 >> 8) & 0x01));
s_status_v = ovf8((uint8_t)tmp5_U16, (uint8_t)tmp4_U16, (uint8_t)0xff2f);
tmp2_U8 = (uint8_t)(tmp3_U16 - 0x0100);
s_status_not_z = tmp2_U8;
s_status_n = (tmp2_U8 & 0x80);
s_a = tmp2_U8;
bb_5:
/*$00C8*/ CYCLES(0x00c8, 2);
if (ret_addr) pop16(); return;
}
void FUNC_CHRGOT(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$00B7*/ CYCLES(0x00b7, 12);
tmp1_U8 = peek(ram_peek16al(0x00b8));
s_a = tmp1_U8;
/*$00BA*/ s_status_not_z = (tmp1_U8 != 0x3a);
tmp2_U8 = tmp1_U8 >= 0x3a;
s_status_c = tmp2_U8;
s_status_n = ((uint8_t)(tmp1_U8 - 0x3a) & 0x80);
branchTarget = true;
if (tmp2_U8)
goto bb_5;
else
goto bb_3;
bb_1:
/*$00B1*/ CYCLES(0x00b1, 7);
tmp2_U8 = (uint8_t)(ram_peek(0x00b8) + 0x01);
ram_poke(0x00b8, tmp2_U8);
branchTarget = true;
if (tmp2_U8)
goto bb_0;
bb_2:
/*$00B5*/ CYCLES(0x00b5, 4);
ram_poke(0x00b9, (uint8_t)(ram_peek(0x00b9) + 0x01));
goto bb_0;
bb_3:
/*$00BE*/ CYCLES(0x00be, 7);
branchTarget = true;
if (!(s_a != 0x20))
goto bb_1;
bb_4:
/*$00C2*/ CYCLES(0x00c2, 11);
/*$00C3*/ tmp3_U16 = s_a;
/*$00C6*/ tmp4_U16 = (tmp3_U16 - 0x0030) & 0x00ff;
tmp5_U16 = tmp4_U16 - 0x00d0;
s_status_c = (uint8_t)(0x01 - ((uint8_t)(tmp5_U16 >> 8) & 0x01));
s_status_v = ovf8((uint8_t)tmp5_U16, (uint8_t)tmp4_U16, (uint8_t)0xff2f);
tmp2_U8 = (uint8_t)(tmp3_U16 - 0x0100);
s_status_not_z = tmp2_U8;
s_status_n = (tmp2_U8 & 0x80);
s_a = tmp2_U8;
bb_5:
/*$00C8*/ CYCLES(0x00c8, 2);
if (ret_addr) pop16(); return;
}
void FUNC_GETFORPTR(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint8_t tmp3_U8;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$D365*/ CYCLES(0xd365, 9);
/*$D369*/ s_x = (uint8_t)(s_sp + 0x04);
bb_1:
/*$D36A*/ CYCLES(0xd36a, 12);
tmp1_U8 = ram_peek((0x0101 + s_x));
s_a = tmp1_U8;
/*$D36D*/ tmp2_U8 = tmp1_U8 != 0x81;
s_status_not_z = tmp2_U8;
s_status_c = (tmp1_U8 >= 0x81);
branchTarget = true;
if (tmp2_U8)
goto bb_7;
bb_2:
/*$D371*/ CYCLES(0xd371, 7);
tmp2_U8 = ram_peek(0x0086);
s_a = tmp2_U8;
branchTarget = true;
if (tmp2_U8)
goto bb_4;
bb_3:
/*$D375*/ CYCLES(0xd375, 18);
tmp2_U8 = s_x;
/*$D378*/ ram_poke(0x0085, ram_peek((0x0102 + tmp2_U8)));
/*$D37A*/ tmp2_U8 = ram_peek((0x0103 + tmp2_U8));
s_a = tmp2_U8;
/*$D37D*/ ram_poke(0x0086, tmp2_U8);
bb_4:
/*$D37F*/ CYCLES(0xd37f, 9);
branchTarget = true;
if ((s_a != ram_peek((0x0103 + s_x))))
goto bb_6;
bb_5:
/*$D384*/ CYCLES(0xd384, 12);
tmp2_U8 = ram_peek(0x0085);
s_a = tmp2_U8;
/*$D386*/ tmp1_U8 = ram_peek((0x0102 + s_x));
tmp3_U8 = tmp2_U8 != tmp1_U8;
s_status_not_z = tmp3_U8;
s_status_c = (tmp2_U8 >= tmp1_U8);
branchTarget = true;
if (!tmp3_U8)
goto bb_7;
bb_6:
/*$D38B*/ CYCLES(0xd38b, 12);
/*$D38D*/ tmp4_U16 = s_x;
tmp5_U16 = tmp4_U16 + 0x0012;
s_status_c = (uint8_t)(tmp5_U16 >> 8);
s_status_v = ovf8((uint8_t)tmp5_U16, (uint8_t)tmp4_U16, (uint8_t)0x0012);
tmp3_U8 = (uint8_t)tmp5_U16;
s_a = tmp3_U8;
/*$D38F*/ s_status_not_z = tmp3_U8;
s_x = tmp3_U8;
branchTarget = true;
if (tmp3_U8)
goto bb_1;
bb_7:
/*$D392*/ CYCLES(0xd392, 2);
if (ret_addr) pop16(); return;
}
void FUNC_MVBLKUP2(uint16_t ret_addr) {
bool branchTarget = true;
uint16_t tmp1_U16;
uint8_t tmp2_U8;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint8_t tmp5_U8;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$D39A*/ CYCLES(0xd39a, 29);
/*$D39D*/ tmp1_U16 = ram_peek(0x0096) - ram_peek(0x009b);
tmp2_U8 = (uint8_t)tmp1_U16;
/*$D39F*/ ram_poke(0x005e, tmp2_U8);
/*$D3A1*/ s_y = tmp2_U8;
/*$D3A4*/ tmp3_U16 = ram_peek(0x0097);
tmp4_U16 = ram_peek(0x009c);
tmp1_U16 = (tmp3_U16 - tmp4_U16) - ((uint8_t)(tmp1_U16 >> 8) & 0x01);
s_status_c = (uint8_t)(0x01 - ((uint8_t)(tmp1_U16 >> 8) & 0x01));
s_status_v = ovf8((uint8_t)tmp1_U16, (uint8_t)tmp3_U16, (uint8_t)(~tmp4_U16));
/*$D3A7*/ s_x = (uint8_t)(((uint8_t)tmp1_U16) + 0x01);
/*$D3A8*/ s_a = tmp2_U8;
branchTarget = true;
if (!tmp2_U8)
goto bb_8;
bb_1:
/*$D3AB*/ CYCLES(0xd3ab, 16);
/*$D3AE*/ tmp1_U16 = ram_peek(0x0096) - ram_peek(0x005e);
tmp2_U8 = (uint8_t)(0x01 - ((uint8_t)(tmp1_U16 >> 8) & 0x01));
s_status_c = tmp2_U8;
/*$D3B0*/ ram_poke(0x0096, ((uint8_t)tmp1_U16));
branchTarget = true;
if (tmp2_U8)
goto bb_3;
bb_2:
/*$D3B4*/ CYCLES(0xd3b4, 6);
ram_poke(0x0097, (uint8_t)(ram_peek(0x0097) - 0x01));
/*$D3B6*/ s_status_c = 0x01;
bb_3:
/*$D3B7*/ CYCLES(0xd3b7, 14);
/*$D3B9*/ tmp1_U16 = ram_peek(0x0094);
tmp4_U16 = ram_peek(0x005e);
tmp3_U16 = (tmp1_U16 - tmp4_U16) - (uint8_t)(0x01 - s_status_c);
tmp2_U8 = (uint8_t)(0x01 - ((uint8_t)(tmp3_U16 >> 8) & 0x01));
s_status_c = tmp2_U8;
s_status_v = ovf8((uint8_t)tmp3_U16, (uint8_t)tmp1_U16, (uint8_t)(~tmp4_U16));
/*$D3BB*/ ram_poke(0x0094, ((uint8_t)tmp3_U16));
branchTarget = true;
if (tmp2_U8)
goto bb_6;
bb_4:
/*$D3BF*/ CYCLES(0xd3bf, 7);
ram_poke(0x0095, (uint8_t)(ram_peek(0x0095) - 0x01));
branchTarget = true;
if (!s_status_c)
goto bb_6;
bb_5:
/*$D3C3*/ CYCLES(0xd3c3, 7);
tmp2_U8 = s_y;
tmp5_U8 = peek((ram_peek16al(0x0096) + tmp2_U8));
/*$D3C5*/ poke((ram_peek16al(0x0094) + tmp2_U8), tmp5_U8);
bb_6:
/*$D3C7*/ CYCLES(0xd3c7, 6);
tmp2_U8 = (uint8_t)(s_y - 0x01);
s_y = tmp2_U8;
branchTarget = true;
if (tmp2_U8)
goto bb_5;
bb_7:
/*$D3CA*/ CYCLES(0xd3ca, 7);
tmp2_U8 = s_y;
tmp5_U8 = peek((ram_peek16al(0x0096) + tmp2_U8));
s_a = tmp5_U8;
/*$D3CC*/ poke((ram_peek16al(0x0094) + tmp2_U8), tmp5_U8);
bb_8:
/*$D3CE*/ CYCLES(0xd3ce, 12);
ram_poke(0x0097, (uint8_t)(ram_peek(0x0097) - 0x01));
/*$D3D0*/ ram_poke(0x0095, (uint8_t)(ram_peek(0x0095) - 0x01));
/*$D3D2*/ tmp2_U8 = (uint8_t)(s_x - 0x01);
s_status_not_z = tmp2_U8;
s_status_n = (tmp2_U8 & 0x80);
s_x = tmp2_U8;
branchTarget = true;
if (tmp2_U8)
goto bb_6;
bb_9:
/*$D3D5*/ CYCLES(0xd3d5, 2);
if (ret_addr) pop16(); return;
}
void FUNC_FNDLIN(uint16_t ret_addr) {
bool branchTarget = true;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$D61A*/ CYCLES(0xd61a, 7);
s_a = ram_peek(0x0067);
/*$D61C*/ s_x = ram_peek(0x0068);
FUNC_FNDLIN2(0x0000);
if (ret_addr) pop16(); return;
}
void FUNC_FNDLIN2(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint8_t tmp3_U8;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$D61E*/ CYCLES(0xd61e, 18);
s_y = 0x01;
/*$D620*/ ram_poke(0x009b, s_a);
/*$D622*/ ram_poke(0x009c, s_x);
/*$D624*/ tmp1_U8 = peek((ram_peek16(0x009b) + 0x0001));
s_status_not_z = tmp1_U8;
s_status_n = (tmp1_U8 & 0x80);
s_a = tmp1_U8;
branchTarget = true;
if (!tmp1_U8)
goto bb_7;
bb_1:
/*$D628*/ CYCLES(0xd628, 14);
/*$D629*/ tmp1_U8 = (uint8_t)(s_y + 0x02);
s_y = tmp1_U8;
/*$D62A*/ tmp2_U8 = ram_peek(0x0051);
s_a = tmp2_U8;
/*$D62C*/ tmp1_U8 = peek((ram_peek16(0x009b) + tmp1_U8));
s_status_not_z = (tmp2_U8 != tmp1_U8);
tmp3_U8 = tmp2_U8 >= tmp1_U8;
s_status_c = tmp3_U8;
s_status_n = ((uint8_t)(tmp2_U8 - tmp1_U8) & 0x80);
branchTarget = true;
if (!tmp3_U8)
goto bb_8;
bb_2:
/*$D630*/ CYCLES(0xd630, 4);
branchTarget = true;
if (!s_status_not_z)
goto bb_4;
bb_3:
/*$D632*/ CYCLES(0xd632, 6);
tmp3_U8 = (uint8_t)(s_y - 0x01);
s_y = tmp3_U8;
branchTarget = true;
if (tmp3_U8)
goto bb_6;
bb_4:
/*$D635*/ CYCLES(0xd635, 12);
tmp3_U8 = ram_peek(0x0050);
s_a = tmp3_U8;
/*$D637*/ tmp1_U8 = (uint8_t)(s_y - 0x01);
s_y = tmp1_U8;
/*$D638*/ tmp1_U8 = peek((ram_peek16(0x009b) + tmp1_U8));
s_status_not_z = (tmp3_U8 != tmp1_U8);
tmp2_U8 = tmp3_U8 >= tmp1_U8;
s_status_c = tmp2_U8;
s_status_n = ((uint8_t)(tmp3_U8 - tmp1_U8) & 0x80);
branchTarget = true;
if (!tmp2_U8)
goto bb_8;
bb_5:
/*$D63C*/ CYCLES(0xd63c, 4);
branchTarget = true;
if (!s_status_not_z)
goto bb_8;
bb_6:
/*$D63E*/ CYCLES(0xd63e, 16);
tmp2_U8 = s_y;
/*$D63F*/ tmp1_U8 = peek((ram_peek16(0x009b) + (uint8_t)(tmp2_U8 - 0x01)));
/*$D641*/ s_x = tmp1_U8;
/*$D642*/ tmp2_U8 = (uint8_t)(tmp2_U8 - 0x02);
s_y = tmp2_U8;
/*$D643*/ tmp2_U8 = peek((ram_peek16(0x009b) + tmp2_U8));
s_status_not_z = tmp2_U8;
s_status_n = (tmp2_U8 & 0x80);
s_a = tmp2_U8;
branchTarget = true;
if (s_status_c)
goto bb_0;
bb_7:
/*$D647*/ CYCLES(0xd647, 2);
s_status_c = 0x00;
bb_8:
/*$D648*/ CYCLES(0xd648, 2);
if (ret_addr) pop16(); return;
}
void FUNC_CLRTXTPTR(uint16_t ret_addr) {
bool branchTarget = true;
uint16_t tmp1_U16;
uint16_t tmp2_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$D697*/ CYCLES(0xd697, 24);
/*$D69A*/ tmp1_U16 = ram_peek(0x0067) + 0x00ff;
/*$D69C*/ ram_poke(0x00b8, ((uint8_t)tmp1_U16));
/*$D6A0*/ tmp2_U16 = ram_peek(0x0068);
tmp1_U16 = (tmp2_U16 + 0x00ff) + (uint8_t)(tmp1_U16 >> 8);
s_status_c = (uint8_t)(tmp1_U16 >> 8);
s_status_v = ovf8((uint8_t)tmp1_U16, (uint8_t)tmp2_U16, (uint8_t)0x00ff);
/*$D6A2*/ ram_poke(0x00b9, ((uint8_t)tmp1_U16));
/*$D6A4*/ if (ret_addr) pop16(); return;
}
void FUNC_GETCHAR(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$D72C*/ CYCLES(0xd72c, 6);
tmp1_U8 = (uint8_t)(s_y + 0x01);
s_y = tmp1_U8;
branchTarget = true;
if (tmp1_U8)
goto bb_2;
bb_1:
/*$D72F*/ CYCLES(0xd72f, 4);
ram_poke(0x009e, (uint8_t)(ram_peek(0x009e) + 0x01));
bb_2:
/*$D731*/ CYCLES(0xd731, 6);
tmp1_U8 = peek((ram_peek16(0x009d) + s_y));
s_status_not_z = tmp1_U8;
s_status_n = (tmp1_U8 & 0x80);
s_a = tmp1_U8;
/*$D733*/ if (ret_addr) pop16(); return;
}
void FUNC_ISLETC(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$E07D*/ CYCLES(0xe07d, 7);
tmp1_U8 = s_a;
s_status_not_z = (tmp1_U8 != 0x41);
tmp2_U8 = tmp1_U8 >= 0x41;
s_status_c = tmp2_U8;
s_status_n = ((uint8_t)(tmp1_U8 - 0x41) & 0x80);
branchTarget = true;
if (!tmp2_U8)
goto bb_2;
bb_1:
/*$E081*/ CYCLES(0xe081, 9);
tmp3_U16 = (s_a - 0x005b) - (uint8_t)(0x01 - s_status_c);
/*$E084*/ tmp4_U16 = tmp3_U16 & 0x00ff;
tmp5_U16 = tmp4_U16 - 0x00a5;
s_status_c = (uint8_t)(0x01 - ((uint8_t)(tmp5_U16 >> 8) & 0x01));
s_status_v = ovf8((uint8_t)tmp5_U16, (uint8_t)tmp4_U16, (uint8_t)0xff5a);
tmp2_U8 = (uint8_t)(tmp3_U16 - 0x00a5);
s_status_not_z = tmp2_U8;
s_status_n = (tmp2_U8 & 0x80);
s_a = tmp2_U8;
bb_2:
/*$E086*/ CYCLES(0xe086, 2);
if (ret_addr) pop16(); return;
}
void FUNC_GETARY(uint16_t ret_addr) {
bool branchTarget = true;
uint16_t tmp1_U16;
uint16_t tmp2_U16;
uint16_t tmp3_U16;
uint8_t tmp4_U8;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$E0ED*/ CYCLES(0xe0ed, 19);
/*$E0EF*/ tmp1_U16 = ram_peek(0x000f) << 0x01;
/*$E0F0*/ tmp1_U16 = ((tmp1_U16 & 0x00ff) + 0x0005) + (uint8_t)(tmp1_U16 >> 8);
/*$E0F2*/ tmp2_U16 = tmp1_U16 & 0x00ff;
tmp3_U16 = ram_peek(0x009b);
tmp1_U16 = (tmp2_U16 + tmp3_U16) + (uint8_t)(tmp1_U16 >> 8);
tmp4_U8 = (uint8_t)(tmp1_U16 >> 8);
s_status_c = tmp4_U8;
s_status_v = ovf8((uint8_t)tmp1_U16, (uint8_t)tmp2_U16, (uint8_t)tmp3_U16);
s_a = ((uint8_t)tmp1_U16);
/*$E0F4*/ s_y = ram_peek(0x009c);
branchTarget = true;
if (!tmp4_U8)
goto bb_2;
bb_1:
/*$E0F8*/ CYCLES(0xe0f8, 2);
s_y = (uint8_t)(s_y + 0x01);
bb_2:
/*$E0F9*/ CYCLES(0xe0f9, 9);
ram_poke(0x0094, s_a);
/*$E0FB*/ ram_poke(0x0095, s_y);
/*$E0FD*/ if (ret_addr) pop16(); return;
}
void FUNC_GARBAGE(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$E484*/ CYCLES(0xe484, 7);
s_x = ram_peek(0x0073);
/*$E486*/ s_a = ram_peek(0x0074);
bb_1:
/*$E488*/ CYCLES(0xe488, 41);
ram_poke(0x006f, s_x);
/*$E48A*/ ram_poke(0x0070, s_a);
/*$E48C*/ s_y = 0x00;
/*$E48E*/ ram_poke(0x008b, 0x00);
/*$E494*/ ram_poke(0x009b, ram_peek(0x006d));
/*$E496*/ ram_poke(0x009c, ram_peek(0x006e));
/*$E498*/ s_a = 0x55;
/*$E49C*/ ram_poke(0x005e, 0x55);
/*$E49E*/ ram_poke(0x005f, 0x00);
bb_2:
/*$E4A0*/ CYCLES(0xe4a0, 7);
branchTarget = true;
if (!(s_a != ram_peek(0x0052)))
goto bb_4;
bb_3:
/*$E4A4*/ CYCLES(0xe4a4, 6);
FUNC_CHKVAR(0xe4a6);
/*$E4A7*/ CYCLES(0xe4a7, 4);
branchTarget = true;
if (!s_status_not_z)
goto bb_2;
bb_4:
/*$E4A9*/ CYCLES(0xe4a9, 21);
/*$E4AB*/ ram_poke(0x008f, 0x07);
/*$E4AD*/ tmp1_U8 = ram_peek(0x0069);
s_a = tmp1_U8;
/*$E4AF*/ tmp2_U8 = ram_peek(0x006a);
s_x = tmp2_U8;
/*$E4B1*/ ram_poke(0x005e, tmp1_U8);
/*$E4B3*/ ram_poke(0x005f, tmp2_U8);
bb_5:
/*$E4B5*/ CYCLES(0xe4b5, 7);
branchTarget = true;
if ((s_x != ram_peek(0x006c)))
goto bb_7;
bb_6:
/*$E4B9*/ CYCLES(0xe4b9, 7);
branchTarget = true;
if (!(s_a != ram_peek(0x006b)))
goto bb_8;
bb_7:
/*$E4BD*/ CYCLES(0xe4bd, 6);
FUNC_CHKSMPLVAR(0xe4bf);
/*$E4C0*/ CYCLES(0xe4c0, 4);
branchTarget = true;
if (!s_status_not_z)
goto bb_5;
bb_8:
/*$E4C2*/ CYCLES(0xe4c2, 14);
ram_poke(0x0094, s_a);
/*$E4C4*/ ram_poke(0x0095, s_x);
/*$E4C8*/ ram_poke(0x008f, 0x03);
bb_9:
/*$E4CA*/ CYCLES(0xe4ca, 7);
s_a = ram_peek(0x0094);
/*$E4CC*/ s_x = ram_peek(0x0095);
bb_10:
/*$E4CE*/ CYCLES(0xe4ce, 7);
tmp2_U8 = s_x;
tmp1_U8 = ram_peek(0x006e);
s_status_c = (tmp2_U8 >= tmp1_U8);
branchTarget = true;
if ((tmp2_U8 != tmp1_U8))
goto bb_13;
bb_11:
/*$E4D2*/ CYCLES(0xe4d2, 7);
tmp1_U8 = s_a;
tmp2_U8 = ram_peek(0x006d);
s_status_c = (tmp1_U8 >= tmp2_U8);
branchTarget = true;
if ((tmp1_U8 != tmp2_U8))
goto bb_13;
bb_12:
/*$E4D6*/ CYCLES(0xe4d6, 6);
/*$E562*/ CYCLES(0xe562, 7);
branchTarget = true;
if (!ram_peek(0x008b))
goto bb_21;
else
goto bb_22;
bb_13:
/*$E4D9*/ CYCLES(0xe4d9, 52);
ram_poke(0x005e, s_a);
/*$E4DB*/ ram_poke(0x005f, s_x);
/*$E4DF*/ tmp2_U8 = peek(ram_peek16al(0x005e));
/*$E4E1*/ s_x = tmp2_U8;
/*$E4E3*/ tmp2_U8 = peek((ram_peek16al(0x005e) + 0x0001));
/*$E4E5*/ tmp1_U8 = s_status_c;
push8((tmp1_U8 | ((tmp2_U8 == 0) << 1) | (s_status_i << 2) | (s_status_d << 3) | STATUS_B | (s_status_v << 6) | (tmp2_U8 & 0x80)));
/*$E4E7*/ tmp2_U8 = peek((ram_peek16al(0x005e) + 0x0002));
/*$E4E9*/ tmp3_U16 = (tmp2_U8 + ram_peek(0x0094)) + tmp1_U8;
/*$E4EB*/ ram_poke(0x0094, ((uint8_t)tmp3_U16));
/*$E4ED*/ s_y = 0x03;
/*$E4EE*/ tmp2_U8 = peek((ram_peek16al(0x005e) + 0x0003));
/*$E4F2*/ ram_poke(0x0095, (uint8_t)((tmp2_U8 + ram_peek(0x0095)) + (uint8_t)(tmp3_U16 >> 8)));
/*$E4F4*/ tmp2_U8 = pop8();
s_status_i = ((tmp2_U8 & 0x04) != 0);
s_status_d = ((tmp2_U8 & 0x08) != 0);
s_status_b = 0x00;
s_status_v = ((tmp2_U8 & 0x40) != 0);
branchTarget = true;
if (!(tmp2_U8 & 0x80))
goto bb_9;
bb_14:
/*$E4F7*/ CYCLES(0xe4f7, 6);
branchTarget = true;
if ((s_x & 0x80))
goto bb_9;
bb_15:
/*$E4FA*/ CYCLES(0xe4fa, 24);
/*$E4FB*/ tmp2_U8 = peek((ram_peek16al(0x005e) + (uint8_t)(s_y + 0x01)));
/*$E4FD*/ s_y = 0x00;
/*$E4FF*/ tmp3_U16 = tmp2_U8 << 0x01;
/*$E500*/ tmp3_U16 = ((tmp3_U16 & 0x00ff) + 0x0005) + (uint8_t)(tmp3_U16 >> 8);
/*$E502*/ tmp4_U16 = tmp3_U16 & 0x00ff;
tmp5_U16 = ram_peek(0x005e);
tmp3_U16 = (tmp4_U16 + tmp5_U16) + (uint8_t)(tmp3_U16 >> 8);
s_status_v = ovf8((uint8_t)tmp3_U16, (uint8_t)tmp4_U16, (uint8_t)tmp5_U16);
tmp2_U8 = (uint8_t)tmp3_U16;
s_a = tmp2_U8;
/*$E504*/ ram_poke(0x005e, tmp2_U8);
branchTarget = true;
if (!(uint8_t)(tmp3_U16 >> 8))
goto bb_17;
bb_16:
/*$E508*/ CYCLES(0xe508, 4);
ram_poke(0x005f, (uint8_t)(ram_peek(0x005f) + 0x01));
bb_17:
/*$E50A*/ CYCLES(0xe50a, 4);
s_x = ram_peek(0x005f);
bb_18:
/*$E50C*/ CYCLES(0xe50c, 7);
branchTarget = true;
if ((s_x != ram_peek(0x0095)))
goto bb_20;
bb_19:
/*$E510*/ CYCLES(0xe510, 7);
branchTarget = true;
if (!(s_a != ram_peek(0x0094)))
goto bb_10;
bb_20:
/*$E514*/ CYCLES(0xe514, 6);
FUNC_CHKVAR(0xe516);
/*$E517*/ CYCLES(0xe517, 4);
branchTarget = true;
if (!s_status_not_z)
goto bb_18;
else
goto bb_23;
bb_21:
/*$E55D*/ CYCLES(0xe55d, 9);
s_x = ram_peek(0x005f);
/*$E55F*/ s_status_not_z = 0x00;
s_status_n = 0x00;
s_y = 0x00;
/*$E561*/ if (ret_addr) pop16(); return;
bb_22:
/*$E566*/ CYCLES(0xe566, 53);
/*$E56A*/ tmp2_U8 = (ram_peek(0x0091) & 0x04) >> 0x01;
/*$E56C*/ ram_poke(0x0091, tmp2_U8);
/*$E56E*/ tmp2_U8 = peek((ram_peek16al(0x008a) + tmp2_U8));
/*$E570*/ tmp3_U16 = tmp2_U8 + ram_peek(0x009b);
/*$E572*/ ram_poke(0x0096, ((uint8_t)tmp3_U16));
/*$E576*/ tmp4_U16 = ram_peek(0x009c);
tmp3_U16 = tmp4_U16 + (uint8_t)(tmp3_U16 >> 8);
s_status_v = ovf8((uint8_t)tmp3_U16, (uint8_t)tmp4_U16, (uint8_t)0x0000);
/*$E578*/ ram_poke(0x0097, ((uint8_t)tmp3_U16));
/*$E57E*/ ram_poke(0x0094, ram_peek(0x006f));
/*$E580*/ ram_poke(0x0095, ram_peek(0x0070));
/*$E582*/ FUNC_MVBLKUP2(0xe584);
/*$E585*/ CYCLES(0xe585, 31);
tmp2_U8 = ram_peek(0x0091);
/*$E588*/ tmp1_U8 = ram_peek(0x0094);
/*$E58A*/ poke((ram_peek16al(0x008a) + (uint8_t)(tmp2_U8 + 0x01)), tmp1_U8);
/*$E58C*/ s_x = tmp1_U8;
/*$E58D*/ ram_poke(0x0095, (uint8_t)(ram_peek(0x0095) + 0x01));
/*$E58F*/ tmp1_U8 = ram_peek(0x0095);
s_a = tmp1_U8;
/*$E592*/ poke((ram_peek16al(0x008a) + (uint8_t)(tmp2_U8 + 0x02)), tmp1_U8);
branchTarget = true;
goto bb_1;
bb_23:
/*$E517*/ FUNC_CHKSMPLVAR(0x0000);
if (ret_addr) pop16(); return;
}
void FUNC_CHKSMPLVAR(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint16_t tmp2_U16;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint8_t tmp5_U8;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$E519*/ CYCLES(0xe519, 7);
tmp1_U8 = peek((ram_peek16al(0x005e) + s_y));
branchTarget = true;
if ((tmp1_U8 & 0x80))
goto bb_3;
bb_1:
/*$E51D*/ CYCLES(0xe51d, 9);
tmp1_U8 = (uint8_t)(s_y + 0x01);
s_y = tmp1_U8;
/*$E51E*/ tmp1_U8 = peek((ram_peek16al(0x005e) + tmp1_U8));
branchTarget = true;
if (!(tmp1_U8 & 0x80))
goto bb_3;
bb_2:
/*$E522*/ CYCLES(0xe522, 2);
s_y = (uint8_t)(s_y + 0x01);
FUNC_CHKVAR(0x0000);
if (ret_addr) pop16(); return;
bb_3:
/*$E552*/ CYCLES(0xe552, 16);
/*$E555*/ tmp2_U16 = ram_peek(0x008f);
tmp3_U16 = ram_peek(0x005e);
tmp4_U16 = tmp2_U16 + tmp3_U16;
tmp1_U8 = (uint8_t)(tmp4_U16 >> 8);
s_status_c = tmp1_U8;
s_status_v = ovf8((uint8_t)tmp4_U16, (uint8_t)tmp2_U16, (uint8_t)tmp3_U16);
tmp5_U8 = (uint8_t)tmp4_U16;
s_a = tmp5_U8;
/*$E557*/ ram_poke(0x005e, tmp5_U8);
branchTarget = true;
if (!tmp1_U8)
goto bb_5;
bb_4:
/*$E55B*/ CYCLES(0xe55b, 4);
ram_poke(0x005f, (uint8_t)(ram_peek(0x005f) + 0x01));
bb_5:
/*$E55D*/ CYCLES(0xe55d, 9);
s_x = ram_peek(0x005f);
/*$E55F*/ s_status_not_z = 0x00;
s_status_n = 0x00;
s_y = 0x00;
/*$E561*/ if (ret_addr) pop16(); return;
}
void FUNC_CHKVAR(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint16_t tmp3_U16;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$E523*/ CYCLES(0xe523, 7);
tmp1_U8 = peek((ram_peek16al(0x005e) + s_y));
branchTarget = true;
if (!tmp1_U8)
goto bb_8;
bb_1:
/*$E527*/ CYCLES(0xe527, 19);
tmp1_U8 = s_y;
/*$E528*/ tmp2_U8 = peek((ram_peek16al(0x005e) + (uint8_t)(tmp1_U8 + 0x01)));
/*$E52A*/ s_x = tmp2_U8;
/*$E52C*/ tmp1_U8 = peek((ram_peek16al(0x005e) + (uint8_t)(tmp1_U8 + 0x02)));
s_a = tmp1_U8;
/*$E52E*/ tmp2_U8 = ram_peek(0x0070);
s_status_not_z = (tmp1_U8 != tmp2_U8);
branchTarget = true;
if (!(tmp1_U8 >= tmp2_U8))
goto bb_4;
bb_2:
/*$E532*/ CYCLES(0xe532, 4);
branchTarget = true;
if (s_status_not_z)
goto bb_8;
bb_3:
/*$E534*/ CYCLES(0xe534, 7);
branchTarget = true;
if ((s_x >= ram_peek(0x006f)))
goto bb_8;
bb_4:
/*$E538*/ CYCLES(0xe538, 7);
tmp2_U8 = s_a;
tmp1_U8 = ram_peek(0x009c);
s_status_not_z = (tmp2_U8 != tmp1_U8);
branchTarget = true;
if (!(tmp2_U8 >= tmp1_U8))
goto bb_8;
bb_5:
/*$E53C*/ CYCLES(0xe53c, 4);
branchTarget = true;
if (s_status_not_z)
goto bb_7;
bb_6:
/*$E53E*/ CYCLES(0xe53e, 7);
branchTarget = true;
if (!(s_x >= ram_peek(0x009b)))
goto bb_8;
bb_7:
/*$E542*/ CYCLES(0xe542, 28);
ram_poke(0x009b, s_x);
/*$E544*/ ram_poke(0x009c, s_a);
/*$E54A*/ ram_poke(0x008a, ram_peek(0x005e));
/*$E54C*/ ram_poke(0x008b, ram_peek(0x005f));
/*$E550*/ ram_poke(0x0091, ram_peek(0x008f));
bb_8:
/*$E552*/ CYCLES(0xe552, 16);
/*$E555*/ tmp3_U16 = ram_peek(0x008f);
tmp4_U16 = ram_peek(0x005e);
tmp5_U16 = tmp3_U16 + tmp4_U16;
tmp1_U8 = (uint8_t)(tmp5_U16 >> 8);
s_status_c = tmp1_U8;
s_status_v = ovf8((uint8_t)tmp5_U16, (uint8_t)tmp3_U16, (uint8_t)tmp4_U16);
tmp2_U8 = (uint8_t)tmp5_U16;
s_a = tmp2_U8;
/*$E557*/ ram_poke(0x005e, tmp2_U8);
branchTarget = true;
if (!tmp1_U8)
goto bb_10;
bb_9:
/*$E55B*/ CYCLES(0xe55b, 4);
ram_poke(0x005f, (uint8_t)(ram_peek(0x005f) + 0x01));
bb_10:
/*$E55D*/ CYCLES(0xe55d, 9);
s_x = ram_peek(0x005f);
/*$E55F*/ s_status_not_z = 0x00;
s_status_n = 0x00;
s_y = 0x00;
/*$E561*/ if (ret_addr) pop16(); return;
}
void FUNC_FRETMS(uint16_t ret_addr) {
bool branchTarget = true;
uint8_t tmp1_U8;
uint8_t tmp2_U8;
uint8_t tmp3_U8;
uint16_t tmp4_U16;
uint16_t tmp5_U16;
if (ret_addr)
push16(ret_addr); // Fake return address.
bb_0:
/*$E635*/ CYCLES(0xe635, 7);
tmp1_U8 = s_y;
tmp2_U8 = ram_peek(0x0054);
tmp3_U8 = tmp1_U8 != tmp2_U8;
s_status_not_z = tmp3_U8;
s_status_c = (tmp1_U8 >= tmp2_U8);
s_status_n = ((uint8_t)(tmp1_U8 - tmp2_U8) & 0x80);
branchTarget = true;
if (tmp3_U8)
goto bb_3;
bb_1:
/*$E639*/ CYCLES(0xe639, 7);
tmp3_U8 = s_a;
tmp2_U8 = ram_peek(0x0053);
tmp1_U8 = tmp3_U8 != tmp2_U8;
s_status_not_z = tmp1_U8;
s_status_c = (tmp3_U8 >= tmp2_U8);
s_status_n = ((uint8_t)(tmp3_U8 - tmp2_U8) & 0x80);
branchTarget = true;
if (tmp1_U8)
goto bb_3;
bb_2:
/*$E63D*/ CYCLES(0xe63d, 14);
tmp1_U8 = s_a;
ram_poke(0x0052, tmp1_U8);
/*$E63F*/ tmp4_U16 = tmp1_U8;
tmp5_U16 = (tmp4_U16 - 0x0003) - (uint8_t)(0x01 - s_status_c);