void fn00001000(int32 d0, byte * a0)
{
struct Eq_4 * a6_8 = *(struct Eq_4 **) 0x04;
int32 d2_166 = d0;
byte * a2_249 = a0;
if (a6_8->w0014 < 0x24)
{
word32 * a0_505 = &globals->ptr2B88;
word32 d0_508 = 0x0C;
do
{
*a0_505 = 0x00;
a0_505 = a0_505 + 0x01;
d0_508 = d0_508 - 0x01;
} while (d0_508 != 0x00);
}
*&globals->ptr2B88 = fp;
*&globals->ptr2B8C = (struct Eq_4 **) a6_8;
struct Eq_25 * d0_19 = FindTask(0x00);
struct Eq_31 * d0_112 = OpenLibrary(0x12BC, 0x00);
if (d0_112 != null)
{
int32 d4_460;
*&globals->ptr2B90 = (struct Eq_31 **) d0_112;
if (d0_19->ptr00AC == null)
{
d4_460 = 0x02;
d2_166 = 0x08;
}
else
{
byte * a0_463 = a0;
d4_460 = 0x03;
do
{
if (*a0_517 == 0x20)
d4_460 = DPB(d4_460, (word16) d4_460 + 0x01, 0);
a0_463 = a0_517 + 0x01;
byte * a0_517 = a0_463;
} while (*a0_517 != 0x00);
}
int32 d0_105 = d4_460 << 0x02;
int32 d0_107 = d0_105 + d2_166;
int32 d3_110 = d0_107 + 0x11;
int32 d1_111 = 0x00010001;
d0_112 = AllocMem(d0_107 + 0x11, 0x00010001);
if (d0_112 != null)
{
Eq_119 a6_162;
struct Eq_67 * dwLoc14_159;
word32 a0_164;
d0_112->dw0000 = (word32) (d0_107 + 0x11);
Eq_126 d4_123 = d4_460 - 0x01;
d0_112[0x03] = (struct Eq_31) d4_123;
d0_112[0x02] = (struct Eq_31) (d0_112 + 0x04 + d0_105 / 0x04);
Mem131[0x00:word32] = 0x00;
struct Eq_67 * d0_132 = d0_19->ptr00AC;
d0_132->ptr0000 = d0_107 + 0x11;
d0_132->dw000C = d4_123 - 0x01;
d0_132->ptr0008 = (byte *) (&d0_132->ptr0010 + d0_105 / 0x0028);
Mem150[0x00:word32] = 0x00;
struct Eq_67 * d0_151 = d0_19->ptr00AC;
if (d0_151 == null)
{
fn00001214(d0_19);
*&globals->ptr2B94 = (struct Eq_67 **) d0_151;
*&globals->ptr2B98 = (struct Eq_67 **) d0_151;
Mem403[0x00:word32] = 0x00;
dwLoc14_159 = d0_151;
ui32 d0_406 = d0_151->dw0024;
if (d0_406 != 0x00)
Enable();
Supervisor(d0_132);
d0_132->dw0004 = d0_406;
d2_166 = 1005;
if (d0_406 == 0x00)
{
fn0000127C(0x0014);
return;
}
*&globals->dw2B9C = d0_406;
*&globals->dw2BA0 = d0_406;
*&globals->dw2BA4 = d0_406;
d0_19->dw009C = d0_406;
d0_19->dw00A0 = d0_406;
word32 d0_432 = ((word32[]) 0x08)[d0_406];
if (d0_432 != 0x00)
d0_19->dw00A4 = d0_432;
a6_162 = *&globals->ptr2B8C;
l000011F8:
a0_164 = d0_19->dw003A;
goto l00001202;
}
void fn00001000(int32 d0, byte * a0)
{
struct Eq_4 * a6_8 = *(struct Eq_4 **) 0x04;
int32 d2_235 = d0;
byte * a2_247 = a0;
if (a6_8->w0014 < 0x24)
{
word32 * a0_502 = &globals->ptr1494;
word32 d0_505 = 0x0C;
do
{
*a0_502 = 0x00;
a0_502 = a0_502 + 0x01;
d0_505 = d0_505 - 0x01;
} while (d0_505 != 0x00);
}
globals->ptr1494 = fp;
globals->ptr1498 = a6_8;
struct Eq_25 * d0_19 = FindTask(0x00);
struct Eq_31 * d0_112 = OpenLibrary(0x12BC, 0x00);
if (d0_112 != null)
{
int32 d4_457;
globals->ptr149C = d0_112;
if (d0_19->ptr00AC == null)
{
d4_457 = 0x02;
d2_235 = 0x08;
}
else
{
byte * a0_460 = a0;
d4_457 = 0x03;
do
{
if (*a0_514 == 0x20)
d4_457 = DPB(d4_457, (word16) d4_457 + 0x01, 0);
a0_460 = a0_514 + 0x01;
byte * a0_514 = a0_460;
} while (*a0_514 != 0x00);
}
int32 d0_105 = d4_457 << 0x02;
int32 d0_107 = d0_105 + d2_235;
int32 d1_111 = 0x00010001;
d0_112 = AllocMem(d0_107 + 0x11, 0x00010001);
if (d0_112 != null)
{
struct Eq_67 * dwLoc14_159;
word32 a0_164;
d0_112->dw0000 = d0_107 + 0x11;
int32 d4_123 = d4_457 - 0x01;
d0_112->dw000C = d4_123;
d0_112->ptr0008 = &d0_112->dw000C + 0x01 + d0_105 / 0x0010;
Mem131[0x00:word32] = 0x00;
struct Eq_67 * d0_132 = d0_19->ptr00AC;
d0_132->ptr0000 = d0_107 + 0x11;
d0_132->dw000C = d4_123 - 0x01;
d0_132->ptr0008 = (byte *) (&d0_132->ptr0010 + d0_105 / 0x0028);
Mem150[0x00:word32] = 0x00;
struct Eq_67 * d0_151 = d0_19->ptr00AC;
if (d0_151 == null)
{
fn00001214(d0_19);
globals->ptr14A0 = d0_151;
globals->ptr14A4 = d0_151;
Mem401[0x00:word32] = 0x00;
dwLoc14_159 = d0_151;
ui32 d0_404 = d0_151->dw0024;
if (d0_404 != 0x00)
Enable();
Supervisor(d0_132);
d0_132->dw0004 = d0_404;
if (d0_404 == 0x00)
{
fn0000127C(0x0014);
return;
}
globals->dw14A8 = d0_404;
*(ui32 *) 5292 = d0_404;
*(ui32 *) 0x14B0 = d0_404;
d0_19->dw009C = d0_404;
d0_19->dw00A0 = d0_404;
word32 d0_429 = ((word32[]) 0x08)[d0_404];
if (d0_429 != 0x00)
d0_19->dw00A4 = d0_429;
l000011F8:
a0_164 = d0_19->dw003A;
goto l00001202;
}
ui32 d0_202 = ((ui32[]) 0x0010)[d0_151];
Eq_202 (* a0_209)[] = (d0_202 << 0x02) + 0x01;
int32 d0_210 = (int32) null[d0_202].b0000;
Mem211[a0_209 + d0_210:byte] = 0x00;
d0_132->ptr0010 = a0_209;
ui32 d0_217 = ((ui32[]) 0x0010)[d0_210];
byte * a1_220 = d0_132->ptr0008;
Eq_202 (* a0_225)[] = (d0_217 << 0x02) + 0x01;
int32 d0_226 = (int32) null[d0_217].b0000;
Mem227[a0_225 + d0_226:byte] = 0x00;
d0_132->ptr0010 = a0_225;
word32 * a6_230 = (char *) &d0_132->ptr0010 + 0x04;
int32 d3_231 = 0x01;
struct Eq_239 * a0_233 = a0 + d2_235;
l000010DA:
a0_233 = a0_233 - 0x01;
if (a0_233->b0000 > 0x20)
{
d2_235 = d2_235 - 0x01;
if (d2_235 != ~0x00)
goto l000010DA;
}
a0_233[0x01] = (struct Eq_239) 0x00;
do
{
l000010E6:
byte v37_256 = *a2_247;
a2_247 = a2_247 + 0x01;
d1_111 = DPB(d1_111, v37_256, 0);
if (v37_256 == 0x00)
goto l00001148;
} while (v37_256 == 0x20 || v37_256 == 0x09);
if (d3_231 - d0_132->dw000C != 0x00)
{
*a6_230 = a1_220;
a6_230 = a6_230 + 0x01;
d3_231 = DPB(d3_231, (word16) d3_231 + 0x01, 0);
if (v37_256 != 0x22)
{
*a1_220 = v37_256;
a1_220 = a1_220 + 0x01;
while (true)
{
byte v45_338 = *a2_247;
a2_247 = a2_247 + 0x01;
d1_111 = DPB(d1_111, v45_338, 0);
if (v45_338 == 0x00)
break;
if (v45_338 == 0x20)
goto l00001116;
*a1_220 = v45_338;
a1_220 = a1_220 + 0x01;
}
}
else
{
while (true)
{
byte v70_354 = *a2_247;
a2_247 = a2_247 + 0x01;
d1_111 = DPB(d1_111, v70_354, 0);
if (v70_354 == 0x00)
break;
if (v70_354 == 0x22)
{
l00001116:
*a1_220 = 0x00;
a1_220 = a1_220 + 0x01;
goto l000010E6;
}
if (v70_354 == 0x2A)
{
byte v73_373 = *a2_247;
a2_247 = a2_247 + 0x01;
d1_111 = DPB(d1_111, v73_373, 0);
if ((v73_373 & 223) == 0x4E)
d1_111 = 0x0A;
else if ((v73_373 & 223) == 0x45)
d1_111 = 0x001B;
}
*a1_220 = (byte) d1_111;
a1_220 = a1_220 + 0x01;
}
}
}
l00001148:
*a1_220 = 0x00;
*a6_230 = 0x00;
execPrivate4();
globals->dw14A8 = d0_226;
execPrivate5();
*(int32 *) 5292 = d0_226;
dwLoc14_159 = &d0_132->ptr0010;
dwLoc18 = d3_231;
if (globals->ptr1498->w0014 >= 0x24)
{
word32 v87_298 = d0_19->dw00E0;
*(word32 *) 0x14B0 = v87_298;
if (v87_298 != 0x00)
{
l0000117E:
if (d0_19->b0008 == 0x0D)
{
word32 * a0_288 = d0_19->ptr00B0;
a0_164 = a0_288 + 0x01 - *a0_288;
l00001202:
*(word32 *) 0x14BC = a0_164;
*(ptr32 *) 0x14C0 = fp - 0x18;
fn00001354(dwLoc18, dwLoc14_159);
fn0000127C(0x00);
return;
}
goto l000011F8;
}
}
*(int32 *) 0x14B0 = d0_226;
goto l0000117E;
}
