#include int print_hash_value = 1; static void platform_main_begin(void) { } static unsigned crc32_tab[256]; static unsigned crc32_context = 0xFFFFFFFFUL; static void crc32_gentab (void) { unsigned crc; unsigned poly = 0xEDB88320UL; int i, j; for (i = 0; i < 256; i++) { crc = i; for (j = 8; j > 0; j--) { if (crc & 1) { crc = (crc >> 1) ^ poly; } else { crc >>= 1; } } crc32_tab[i] = crc; } } static void crc32_byte (unsigned char b) { crc32_context = ((crc32_context >> 8) & 0x00FFFFFF) ^ crc32_tab[(crc32_context ^ b) & 0xFF]; } extern int strcmp ( char *, char *); static void crc32_8bytes (unsigned val) { crc32_byte ((val>>0) & 0xff); crc32_byte ((val>>8) & 0xff); crc32_byte ((val>>16) & 0xff); crc32_byte ((val>>24) & 0xff); } static void transparent_crc (unsigned val, char* vname, int flag) { crc32_8bytes(val); if (flag) { printf("...checksum after hashing %s : %X\n", vname, crc32_context ^ 0xFFFFFFFFU); } } static void platform_main_end (int x, int flag) { if (!flag) printf ("checksum = %x\n", x); } static long __undefined; void csmith_compute_hash(void); void step_hash(int stmt_id); static int g_3 = 1L; static int g_53 = 0xD3709E8EL; static int g_83 = 5L; static unsigned g_124 = 0xCD3E82D7L; static int *g_133 = &g_83; static int **g_194 = &g_133; static int ***g_193 = &g_194; static int *g_238 = (void*)0; static int g_634 = 0xCF32BF1DL; static int *g_652 = &g_3; static int g_661 = (-1L); static int *g_694 = (void*)0; static unsigned short g_741 = 0x7AD6L; static unsigned func_1(void); static signed char func_8(int * p_9, unsigned p_10, int p_11, unsigned p_12); static unsigned short func_15(short p_16, int * p_17); static unsigned char func_18(signed char p_19); static int * func_24(int p_25); static short func_34(int * p_35, int p_36); static short func_41(unsigned short p_42); static short func_54(int * p_55); static unsigned func_61(signed char p_62, int * p_63, int p_64, int * p_65, unsigned short p_66); static int func_67(unsigned p_68, int p_69, int * p_70, int * p_71, unsigned char p_72); static unsigned func_1(void) { int *l_2 = &g_3; unsigned short l_742 = 65535UL; int *l_752 = &g_661; step_hash(1); (*l_2) = (-7L); step_hash(506); if ((((g_3 != g_3) && ((int)((unsigned short)(0xCDL && func_8(l_2, g_3, g_3, g_3)) << (unsigned short)7) - (int)((g_741 < g_741) & g_741))) == 0x5B947408L)) { step_hash(502); l_742 &= (*l_2); } else { unsigned short l_751 = 0xBC5CL; unsigned l_753 = 0xB242BADEL; step_hash(504); (*l_752) = func_61(((short)0L * (short)g_83), l_2, (((signed char)g_741 * (signed char)(*l_2)) != (0x4268L ^ ((short)(g_3 > ((((unsigned char)252UL + (unsigned char)l_751) <= (*l_2)) < l_751)) % (short)(*l_2)))), l_752, l_753); step_hash(505); (*g_194) = l_752; } step_hash(507); (*l_752) &= (*l_2); step_hash(508); return (*l_2); } static signed char func_8(int * p_9, unsigned p_10, int p_11, unsigned p_12) { int *l_633 = &g_634; unsigned l_646 = 0x29B64416L; int *l_664 = (void*)0; int *l_676 = &g_83; int l_692 = (-3L); unsigned short l_739 = 0x3A21L; step_hash(497); if (((unsigned short)func_15(g_3, p_9) * (unsigned short)(((void*)0 == l_633) != ((short)(((((unsigned short)((unsigned short)((func_54(&g_634) ^ (((signed char)1L % (signed char)g_634) || 0xA81BL)) < (*l_633)) - (unsigned short)g_634) >> (unsigned short)(*l_633)) < (*l_633)) != g_634) ^ 4L) % (short)g_634)))) { int l_643 = 0x58FB8444L; int l_686 = 5L; unsigned char l_695 = 0UL; int l_732 = (-1L); step_hash(417); (*g_194) = (void*)0; step_hash(436); if (l_643) { int l_647 = 1L; int *l_662 = &g_661; step_hash(419); (**g_193) = l_633; step_hash(431); for (p_10 = 0; (p_10 > 15); p_10 += 1) { int *l_660 = &g_661; step_hash(428); for (l_647 = 0; (l_647 >= (-28)); l_647 -= 5) { unsigned l_655 = 0xEE5FB410L; step_hash(426); (**g_193) = g_652; step_hash(427); (*g_133) = (((((signed char)g_634 / (signed char)g_53) > l_655) >= (p_9 != p_9)) | l_655); } } step_hash(432); p_9 = (**g_193); step_hash(433); (*l_662) &= (**g_194); } else { step_hash(435); (*g_652) = 0xA606B940L; } step_hash(475); if ((*p_9)) { short l_663 = 0x85ECL; step_hash(438); (*l_633) |= ((void*)0 == &p_9); step_hash(439); (*g_194) = l_664; step_hash(440); return l_643; } else { unsigned char l_671 = 255UL; unsigned l_691 = 0UL; int l_705 = (-3L); step_hash(459); for (p_12 = 0; (p_12 < 23); ++p_12) { unsigned char l_683 = 0x35L; int l_684 = 0x565244B3L; step_hash(458); if (((signed char)(+((((short)l_671 / (short)0x425CL) > (((void*)0 == p_9) >= 0UL)) ^ ((int)(l_664 == (**g_193)) / (int)(((signed char)p_12 << (signed char)5) & g_53)))) >> (signed char)6)) { int l_685 = 0xC37D6EB4L; step_hash(446); (*g_194) = l_676; step_hash(451); for (g_3 = 0; (g_3 != (-10)); g_3 -= 8) { step_hash(450); (*g_194) = p_9; } step_hash(452); l_686 = ((signed char)((((signed char)(((l_683 != l_684) >= p_11) >= g_634) >> (signed char)(func_41(l_685) && (p_12 == l_685))) || g_124) <= l_643) * (signed char)g_661); step_hash(453); (**g_193) = func_24(p_12); } else { int *l_693 = &g_634; step_hash(455); (*l_693) = ((signed char)((g_634 || (g_83 != ((*g_194) == (**g_193)))) < func_61(l_691, p_9, (!l_692), l_693, l_671)) / (signed char)g_83); step_hash(456); (*p_9) = func_61((*l_693), (**g_193), (((*l_633) | (g_3 >= func_54(g_694))) != l_695), p_9, p_10); step_hash(457); if ((*l_676)) break; } } step_hash(466); for (l_671 = (-11); (l_671 == 20); l_671++) { int *l_698 = (void*)0; step_hash(463); (*g_194) = l_698; step_hash(464); (*g_652) |= (&l_698 == (*g_193)); step_hash(465); if ((*l_676)) break; } step_hash(467); (*g_652) |= 0xD0C9EE20L; step_hash(474); if (((unsigned char)(0xFA462446L >= (((unsigned char)((4294967289UL < (*l_633)) || ((short)0x351CL / (short)l_691)) / (unsigned char)(4294967288UL && ((void*)0 != p_9))) || p_12)) % (unsigned char)g_661)) { step_hash(469); (*g_194) = &l_692; step_hash(470); l_705 &= func_18(g_53); } else { unsigned l_708 = 0x1C9458B4L; step_hash(472); (*l_676) ^= (((unsigned short)g_124 % (unsigned short)g_3) < (*l_633)); step_hash(473); (*p_9) = l_708; } } step_hash(490); if (func_41(g_124)) { signed char l_711 = 0x30L; int *l_712 = &g_3; step_hash(477); (*l_676) ^= (((((unsigned short)g_634 - (unsigned short)(l_711 && g_661)) > 1UL) <= l_643) && 0x77D33AFDL); step_hash(478); (*p_9) = (((unsigned)l_695 - (unsigned)(*l_712)) ^ ((*l_676) > ((((((unsigned char)((unsigned)g_83 - (unsigned)((&l_664 != (void*)0) >= g_634)) % (unsigned char)(*l_676)) | (*l_712)) != (*p_9)) >= 255UL) != g_124))); } else { step_hash(486); if ((*p_9)) { step_hash(481); (**g_193) = (void*)0; step_hash(482); (*g_652) ^= l_695; } else { unsigned short l_723 = 65535UL; step_hash(484); (*l_676) = (*p_9); step_hash(485); (*l_633) = l_723; } step_hash(487); (*g_652) = ((g_53 ^ (&g_194 == (void*)0)) != 0x7EACL); step_hash(488); (*g_652) = ((unsigned char)l_732 << (unsigned char)5); step_hash(489); (*g_652) = (+(*p_9)); } } else { int *l_737 = &g_3; unsigned l_738 = 7UL; step_hash(496); if (((+(((p_10 >= (((p_11 | (0xD6L && ((short)0xA820L * (short)((short)func_61(p_11, p_9, (*p_9), l_737, l_738) % (short)(*l_737))))) == 0xD2A164DEL) && p_10)) & g_53) || (*l_737))) & l_739)) { step_hash(493); (*g_194) = l_737; } else { unsigned l_740 = 0UL; step_hash(495); return l_740; } } step_hash(498); (**g_193) = (*g_194); step_hash(499); (*p_9) = (*p_9); step_hash(500); return p_12; } static unsigned short func_15(short p_16, int * p_17) { int l_20 = 0L; unsigned l_305 = 7UL; int l_347 = (-6L); int *l_433 = &g_3; unsigned l_452 = 0xD706E587L; int ***l_470 = &g_194; int l_485 = (-1L); unsigned short l_555 = 0xE4DAL; signed char l_614 = 0x0EL; step_hash(343); if ((func_18(l_20) || ((unsigned)l_20 % (unsigned)(2L ^ ((((~(((&p_17 == (void*)0) | (*p_17)) > p_16)) | ((((g_3 ^ p_16) & g_3) || g_83) && g_83)) ^ l_305) == l_305))))) { int **l_308 = &g_238; signed char l_336 = 0x37L; int *l_358 = &l_347; step_hash(226); for (l_20 = 17; (l_20 != (-8)); l_20--) { int *l_309 = (void*)0; step_hash(191); l_308 = (void*)0; step_hash(192); (**g_193) = l_309; step_hash(224); if (func_41(g_53)) { unsigned short l_310 = 0x6A10L; int *l_334 = &g_53; step_hash(194); if (l_310) break; step_hash(199); for (g_53 = (-14); (g_53 == 2); g_53 += 1) { step_hash(198); if ((*p_17)) break; } step_hash(218); if (((~g_83) <= (((int)((g_53 <= 0UL) >= ((short)((*g_193) == (void*)0) - (short)((!((int)(l_305 >= ((signed char)p_16 * (signed char)0x3EL)) % (int)p_16)) <= g_124))) / (int)0x8F1FB9C7L) > p_16))) { unsigned l_330 = 4UL; step_hash(201); (*p_17) = ((signed char)g_3 * (signed char)p_16); step_hash(208); if ((*p_17)) { step_hash(203); (**g_193) = p_17; } else { int *l_327 = &g_83; step_hash(205); (*l_327) ^= ((0x60527778L <= ((*g_193) == (void*)0)) < ((signed char)g_3 >> (signed char)7)); step_hash(206); (*l_327) |= (*p_17); step_hash(207); (*p_17) ^= ((unsigned char)248UL - (unsigned char)0L); } step_hash(209); (*p_17) ^= l_330; } else { short l_331 = 0x48D7L; int l_332 = (-1L); step_hash(211); l_332 = (l_331 | func_41(l_310)); step_hash(217); if ((0x50ECL && l_20)) { int *l_333 = &g_53; step_hash(213); (**g_193) = p_17; step_hash(214); (*p_17) = func_54(l_333); } else { step_hash(216); (*g_194) = l_334; } } } else { step_hash(220); (*p_17) |= func_54((**g_193)); step_hash(221); (*p_17) = l_305; step_hash(222); (*p_17) ^= (-(unsigned short)l_336); step_hash(223); (**g_193) = (*g_194); } step_hash(225); (*p_17) |= 0L; } step_hash(251); if (((((short)(((-4L) | ((unsigned short)((short)((unsigned short)((unsigned char)g_83 * (unsigned char)l_347) % (unsigned short)(+func_54(&l_20))) << (short)10) * (unsigned short)(l_305 != l_20))) > (((int)func_61(((1L != p_16) < 0L), p_17, (*p_17), (*g_194), g_3) % (int)g_83) == 1UL)) + (short)l_305) ^ g_53) && l_347)) { unsigned char l_386 = 0xDCL; step_hash(228); (*p_17) ^= ((unsigned char)((signed char)((void*)0 != (**g_193)) << (signed char)7) << (unsigned char)4); step_hash(241); if (((unsigned char)((short)((**g_193) != l_358) >> (short)7) - (unsigned char)(!func_41(((short)(p_16 | ((*l_358) != (((unsigned short)((unsigned char)(((signed char)((unsigned short)(-(unsigned short)g_124) + (unsigned short)(g_83 & (*p_17))) * (signed char)((unsigned char)((short)((int)func_54((*g_194)) - (int)0L) << (short)14) + (unsigned char)g_124)) ^ 0L) / (unsigned char)0x5EL) * (unsigned short)g_3) <= p_16))) % (short)(-8L)))))) { step_hash(230); (*p_17) &= ((((signed char)(&p_17 == (*g_193)) * (signed char)p_16) || ((signed char)((((((short)(0x18A5L != (*l_358)) * (short)g_53) > l_386) && (l_386 ^ ((int)((unsigned char)((unsigned char)p_16 / (unsigned char)g_53) * (unsigned char)0x84L) + (int)p_16))) < 0x6AL) != g_124) * (signed char)(*l_358))) ^ 0xDA77L); } else { int *l_395 = &g_83; step_hash(232); (*l_358) = (*p_17); step_hash(238); for (l_386 = (-21); (l_386 != 42); ++l_386) { step_hash(236); (*g_194) = l_395; step_hash(237); if ((*l_395)) break; } step_hash(239); (*p_17) = (((unsigned char)0x4EL * (unsigned char)((unsigned short)g_83 + (unsigned short)(func_61(func_54((**g_193)), (*g_194), (*p_17), p_17, func_61(p_16, l_395, (*p_17), p_17, g_124)) >= 1UL))) >= 0xC9A4L); step_hash(240); (*g_194) = (*g_194); } step_hash(242); (*l_358) &= ((*g_194) != (void*)0); step_hash(248); for (l_336 = (-4); (l_336 != 8); l_336 += 5) { step_hash(246); (**g_193) = (**g_193); step_hash(247); (*l_358) &= ((unsigned short)p_16 * (unsigned short)(((*p_17) < (4UL | ((short)((unsigned char)((unsigned char)(p_16 ^ ((signed char)p_16 << (signed char)0)) << (unsigned char)0) * (unsigned char)((((unsigned short)((short)0xB507L - (short)((signed char)((void*)0 != &l_308) / (signed char)g_83)) << (unsigned short)g_83) && g_53) & (*p_17))) << (short)6))) | (*p_17))); } } else { step_hash(250); (*l_358) &= (*p_17); } step_hash(252); (*p_17) = (*p_17); } else { int *l_422 = &l_347; int l_427 = 0x6EE753C9L; int ***l_471 = (void*)0; int l_521 = 0L; step_hash(335); if (((((unsigned char)func_41(p_16) + (unsigned char)p_16) & ((signed char)((func_54(l_422) & (((short)g_3 % (short)((signed char)func_54((**g_193)) + (signed char)((*p_17) <= 0x6D7F5B29L))) > 1UL)) && l_427) / (signed char)0x19L)) & l_347)) { unsigned l_428 = 0x3D3AF03EL; step_hash(255); (*l_422) ^= (((~(p_16 < l_428)) > g_83) > g_124); step_hash(279); if (((unsigned char)(p_16 <= l_428) * (unsigned char)func_54(l_433))) { step_hash(257); (*g_193) = (*g_193); step_hash(258); (*l_422) = (*l_433); step_hash(264); for (l_305 = 0; (l_305 >= 7); l_305 += 4) { unsigned char l_436 = 0x08L; step_hash(262); (*p_17) |= (-1L); step_hash(263); if (l_436) continue; } step_hash(265); (*l_433) |= (((void*)0 == (**g_193)) <= 0UL); } else { step_hash(275); for (l_305 = (-7); (l_305 == 13); ++l_305) { step_hash(274); for (l_428 = 9; (l_428 != 32); l_428++) { step_hash(273); return p_16; } } step_hash(276); (*l_422) &= (1L & ((unsigned short)((*p_17) < ((short)0xF551L + (short)l_428)) << (unsigned short)15)); step_hash(277); (*l_433) ^= (0x4C91L != l_428); step_hash(278); (*l_422) = (*p_17); } step_hash(280); (*g_194) = (**g_193); } else { unsigned short l_447 = 3UL; int ***l_462 = &g_194; int l_476 = 0x77425FA9L; step_hash(331); if ((l_447 & (*l_422))) { unsigned char l_469 = 0x51L; int ***l_474 = &g_194; int l_475 = 0xC5D40D41L; step_hash(297); for (g_53 = (-26); (g_53 != 6); g_53 += 8) { unsigned char l_455 = 0x38L; int *l_463 = (void*)0; int l_464 = 0x7E35E3FCL; step_hash(291); for (l_20 = 0; (l_20 <= (-15)); --l_20) { step_hash(289); (**g_193) = (**g_193); step_hash(290); l_452 ^= (*p_17); } step_hash(296); if (((short)(l_455 | ((unsigned short)((unsigned)4294967295UL / (unsigned)(*l_433)) - (unsigned short)(*l_433))) / (short)(*l_433))) { step_hash(293); return g_3; } else { step_hash(295); return l_464; } } step_hash(298); l_476 |= (((((unsigned short)0xD9B8L >> (unsigned short)((unsigned)l_469 / (unsigned)l_469)) > (((l_470 != l_471) && g_3) | ((short)p_16 >> (short)p_16))) & func_61((((&g_194 != l_474) & (-1L)) | l_469), (*g_194), (*l_433), p_17, l_475)) ^ p_16); step_hash(312); if (((signed char)func_41(((l_476 | 0xD7L) <= ((void*)0 == l_470))) << (signed char)2)) { int l_496 = (-1L); step_hash(300); (*p_17) = ((short)g_124 << (short)((short)p_16 * (short)(((short)l_485 >> (short)10) > (g_53 == 0x039EL)))); step_hash(301); (*l_433) = (*p_17); step_hash(302); (*p_17) = ((*l_422) >= ((g_124 && ((l_471 != l_474) == 65528UL)) <= p_16)); step_hash(303); (*l_433) = (*p_17); } else { unsigned char l_505 = 254UL; step_hash(311); if ((*p_17)) { step_hash(306); p_17 = p_17; step_hash(307); (**g_193) = p_17; } else { unsigned short l_512 = 0UL; step_hash(309); g_83 ^= ((unsigned)((((p_16 & (((unsigned short)g_3 - (unsigned short)g_53) ^ ((unsigned short)p_16 - (unsigned short)func_54((**l_470))))) <= ((short)l_505 % (short)((short)(((short)0L << (short)((signed char)(p_16 || g_124) % (signed char)p_16)) <= g_124) * (short)p_16))) > g_3) <= l_512) % (unsigned)l_505); step_hash(310); (*l_433) = (((((signed char)((short)0xF6F1L << (short)15) << (signed char)p_16) || 0x03L) <= ((short)((unsigned char)(l_521 & p_16) / (unsigned char)(-6L)) << (short)p_16)) >= (*l_433)); } } } else { unsigned l_528 = 0x281D47B4L; int *l_529 = &g_83; step_hash(327); for (l_485 = 2; (l_485 <= 17); l_485++) { int *l_524 = &g_3; int ***l_527 = &g_194; step_hash(317); p_17 = (void*)0; step_hash(318); if (p_16) break; step_hash(326); if (p_16) { step_hash(320); (**l_462) = (*g_194); step_hash(321); (*l_433) = (l_527 != l_470); } else { step_hash(323); (*l_422) |= p_16; step_hash(324); (*l_433) &= l_528; step_hash(325); (*l_433) = (p_16 <= 1UL); } } step_hash(328); (**l_470) = l_529; step_hash(329); (**g_193) = (void*)0; step_hash(330); (*g_194) = p_17; } step_hash(332); (*g_194) = (**l_470); step_hash(333); (**l_470) = (*g_194); step_hash(334); (**l_462) = p_17; } step_hash(336); (*l_422) = (-(unsigned char)((short)((unsigned char)(&p_17 != (void*)0) / (unsigned char)(((unsigned short)0UL >> (unsigned short)(l_471 != (void*)0)) | p_16)) << (short)1)); step_hash(337); (*l_433) = (*l_433); step_hash(342); for (l_452 = 15; (l_452 != 6); l_452 -= 1) { step_hash(341); (*l_433) = (*l_422); } } step_hash(344); (**l_470) = p_17; step_hash(413); for (g_83 = 0; (g_83 > (-26)); g_83 -= 8) { int *l_541 = &g_83; step_hash(348); (*g_194) = l_541; step_hash(412); for (l_347 = 0; (l_347 > (-7)); --l_347) { int l_556 = 0L; int *l_585 = (void*)0; unsigned short l_586 = 0x217CL; int ***l_593 = (void*)0; unsigned short l_627 = 0xEC1CL; int *l_632 = &l_347; step_hash(390); if (func_54((**l_470))) { unsigned l_569 = 0UL; step_hash(364); for (l_20 = 12; (l_20 >= 3); l_20 -= 8) { int **l_552 = (void*)0; step_hash(356); (*l_433) = ((unsigned char)p_16 + (unsigned char)g_53); step_hash(361); for (g_3 = (-1); (g_3 != (-24)); --g_3) { step_hash(360); g_53 = (p_16 ^ p_16); } step_hash(362); (*l_433) = (**g_194); step_hash(363); (*l_433) &= ((((int)(l_552 != l_552) % (int)p_16) == ((unsigned short)2UL << (unsigned short)6)) <= l_555); } step_hash(365); (**g_193) = (**l_470); step_hash(371); if ((((252UL < 0L) ^ l_556) == ((-(unsigned)((unsigned short)((short)(***l_470) >> (short)4) * (unsigned short)((((func_54(&l_556) || ((unsigned char)(p_16 != ((unsigned short)((unsigned)0x33D65060L / (unsigned)(***g_193)) << (unsigned short)1)) >> (unsigned char)4)) != 2L) & (***g_193)) && (*l_541)))) >= 0xE431F0F9L))) { unsigned short l_568 = 0xA9D6L; step_hash(367); (*l_433) = (***g_193); step_hash(368); (*l_433) &= l_568; } else { step_hash(370); l_569 ^= (-6L); } step_hash(372); (*l_433) = ((((0x8DA1DDBEL ^ ((int)func_61(((((short)func_61((~0x87L), (*g_194), (((unsigned short)((unsigned char)((int)((short)((g_3 <= 4UL) & (-(unsigned short)0x452EL)) * (short)p_16) - (int)(((signed char)(*l_541) % (signed char)(((*l_433) | 65535UL) ^ 4294967295UL)) & l_569)) % (unsigned char)g_83) % (unsigned short)0x1AA9L) < 0UL), l_541, p_16) % (short)4UL) > 0xC3D6L) >= g_53), l_585, p_16, l_541, g_124) + (int)(-1L))) == 9UL) | l_586) ^ 0xC72EL); } else { int *l_592 = &l_347; step_hash(389); for (l_556 = (-20); (l_556 != 5); ++l_556) { short l_591 = 0x4FA7L; int *l_610 = &l_556; step_hash(381); for (l_305 = (-28); (l_305 < 54); ++l_305) { step_hash(380); l_591 ^= ((void*)0 == &p_17); } step_hash(382); (**g_193) = l_592; step_hash(388); if ((((p_16 & ((((void*)0 != l_593) > (!(((unsigned char)(((unsigned char)((unsigned short)65535UL + (unsigned short)((unsigned short)(((void*)0 != (*g_194)) == (0x8737L >= (((signed char)((unsigned short)(p_16 && func_61(((signed char)(p_16 > 0xFCL) << (signed char)4), l_610, p_16, p_17, (*l_433))) % (unsigned short)p_16) * (signed char)g_124) != g_3))) + (unsigned short)p_16)) * (unsigned char)(*l_592)) > (*l_433)) << (unsigned char)(*l_610)) <= g_83))) >= (*l_541))) >= 250UL) || g_124)) { int *l_611 = &l_20; step_hash(384); (*l_611) &= func_61((((***l_470) >= p_16) | func_54((**l_470))), (**l_470), (!(*l_541)), l_610, (*l_541)); step_hash(385); (*l_433) = ((signed char)g_83 * (signed char)g_124); } else { step_hash(387); return l_614; } } } step_hash(409); if (func_61((***l_470), p_17, p_16, (**g_193), (-(unsigned)7UL))) { int *l_616 = &l_20; int ***l_617 = &g_194; unsigned char l_629 = 0x50L; step_hash(392); l_541 = l_616; step_hash(393); if ((*l_616)) break; step_hash(401); if ((0L >= ((void*)0 == l_617))) { int ***l_622 = &g_194; step_hash(395); (*l_541) = ((((short)(((unsigned char)(l_622 == l_622) >> (unsigned char)((signed char)((*g_193) != &p_17) << (signed char)7)) & ((unsigned short)(l_627 != func_54(p_17)) + (unsigned short)(func_54((*g_194)) >= (***l_622)))) - (short)0xC4F2L) & p_16) < g_83); } else { int *l_628 = &g_53; step_hash(397); (*g_194) = l_628; step_hash(398); if (l_629) break; step_hash(399); (*l_433) = 0x21F01897L; step_hash(400); (**l_470) = (**g_193); } } else { step_hash(407); for (p_16 = 18; (p_16 == 18); ++p_16) { step_hash(406); g_53 = (((void*)0 != &p_17) >= (!0x57L)); } step_hash(408); (**g_193) = l_632; } step_hash(410); (*l_433) = (*l_541); step_hash(411); return p_16; } } step_hash(414); (*g_194) = (**g_193); step_hash(415); return p_16; } static unsigned char func_18(signed char p_19) { unsigned char l_23 = 0x58L; int l_26 = 1L; int **l_301 = &g_238; int *l_302 = &g_83; step_hash(9); for (g_3 = 12; (g_3 != 0); g_3--) { step_hash(8); if (l_23) break; } step_hash(183); (**g_193) = func_24(l_26); step_hash(184); (*l_302) = ((signed char)(l_301 != (void*)0) + (signed char)((p_19 | 4294967295UL) >= ((+g_3) >= p_19))); step_hash(185); (*l_302) = (~(+((**g_193) == (*l_301)))); step_hash(186); return (*l_302); } static int * func_24(int p_25) { unsigned char l_33 = 0x02L; int l_218 = (-1L); int ***l_225 = &g_194; unsigned char l_234 = 0x00L; int *l_297 = (void*)0; int *l_298 = &l_218; step_hash(180); if ((((unsigned char)(((short)p_25 << (short)12) != (+g_3)) % (unsigned char)((unsigned short)l_33 >> (unsigned short)func_34(&g_3, ((short)((short)0x4F4CL * (short)func_41((((g_3 & ((signed char)l_33 % (signed char)p_25)) ^ ((unsigned char)((unsigned short)(((-8L) != 0UL) == g_3) << (unsigned short)3) << (unsigned char)g_3)) == l_33))) / (short)p_25)))) < g_3)) { int *l_214 = &g_53; int ***l_217 = &g_194; step_hash(110); (*l_214) = (((unsigned)(p_25 < p_25) + (unsigned)(65527UL <= l_33)) != ((signed char)((p_25 < (l_214 == (void*)0)) <= ((unsigned short)(l_217 != (void*)0) - (unsigned short)p_25)) * (signed char)p_25)); step_hash(111); l_218 = ((**l_217) == (void*)0); step_hash(176); if (l_33) { int ***l_224 = (void*)0; step_hash(133); if (p_25) { int *l_219 = &l_218; step_hash(129); if ((&l_218 == l_219)) { int *l_235 = &g_53; step_hash(123); if (((((unsigned char)(((unsigned char)p_25 * (unsigned char)0x28L) | (p_25 == (((((6L && (p_25 > g_124)) <= ((**l_217) == (*g_194))) < ((l_224 != l_225) || 0L)) ^ g_83) > 0L))) / (unsigned char)g_83) || p_25) ^ g_3)) { step_hash(116); (*l_214) = (((unsigned short)p_25 - (unsigned short)((*l_225) != (*g_193))) <= (4294967295UL >= g_53)); step_hash(117); (*l_214) ^= p_25; } else { step_hash(119); (**l_217) = l_219; step_hash(120); (**g_194) = (*g_133); step_hash(121); (***l_217) = (***g_193); step_hash(122); (*g_133) = (func_61((((unsigned)p_25 + (unsigned)1L) >= (((short)((signed char)l_234 * (signed char)g_83) << (short)2) >= 0x115AL)), (*g_194), (***l_225), l_235, g_53) ^ (***l_225)); } step_hash(124); l_219 = l_235; step_hash(125); (*l_219) = ((unsigned short)((4294967295UL == p_25) && 0L) - (unsigned short)0x4BD2L); step_hash(126); (**g_193) = g_238; } else { step_hash(128); (*l_219) ^= ((unsigned char)(p_25 >= (-8L)) >> (unsigned char)2); } step_hash(130); g_83 &= ((*l_219) == g_124); } else { step_hash(132); return (*g_194); } } else { unsigned short l_243 = 9UL; int *l_244 = &g_53; unsigned l_283 = 0xFF36FFF5L; step_hash(175); if ((g_53 | (((short)l_243 % (short)65529UL) ^ (*l_214)))) { int **l_268 = &l_244; step_hash(136); (*g_194) = l_244; step_hash(137); (***g_193) = ((***l_225) == 1UL); step_hash(156); if ((***g_193)) { int ***l_251 = &g_194; step_hash(144); for (g_124 = 0; (g_124 != 36); g_124++) { step_hash(142); (**g_194) |= 0xEB8BAC61L; step_hash(143); (***l_217) = ((void*)0 != l_251); } step_hash(150); for (l_218 = (-18); (l_218 == 25); l_218++) { step_hash(148); (***g_193) = (-3L); step_hash(149); (**l_217) = (**l_225); } step_hash(151); (**l_268) = ((short)0x68F2L * (short)((unsigned char)(0x59070625L ^ (g_83 | p_25)) - (unsigned char)((int)(-3L) - (int)((unsigned short)((short)g_3 << (short)g_53) % (unsigned short)((short)((short)(((void*)0 == l_268) != 0x86A66762L) - (short)(*l_244)) << (short)(***l_225)))))); step_hash(152); (**l_217) = (*g_194); } else { unsigned l_277 = 4UL; step_hash(154); (*l_214) = ((func_61(g_3, (**l_217), (g_53 < (p_25 ^ 0UL)), (**g_193), g_83) == g_53) != p_25); step_hash(155); (*l_244) &= ((signed char)p_25 + (signed char)((short)((signed char)((unsigned short)l_277 >> (unsigned short)3) << (signed char)3) >> (short)2)); } } else { int ***l_280 = &g_194; int l_284 = 3L; step_hash(158); l_284 &= ((unsigned short)(((*l_225) != (*g_193)) || ((~((p_25 || ((void*)0 != l_280)) | func_61((p_25 ^ ((short)func_61(g_3, (**l_217), (l_283 <= g_3), (**l_280), p_25) >> (short)14)), (*g_194), (*l_244), (**g_193), (*l_244)))) != p_25)) % (unsigned short)(*l_214)); step_hash(173); for (l_33 = (-16); (l_33 >= 8); l_33 += 6) { step_hash(166); for (g_3 = 0; (g_3 != (-13)); g_3--) { unsigned short l_289 = 8UL; step_hash(165); (*l_214) = l_289; } step_hash(172); if (p_25) { step_hash(168); (*l_214) = ((**l_280) == (*g_194)); step_hash(169); (*l_214) &= 0xDA774B31L; } else { step_hash(171); (**g_193) = (**l_280); } } step_hash(174); (*l_244) ^= p_25; } } step_hash(177); (*l_214) ^= 1L; } else { step_hash(179); (**g_193) = (*g_194); } step_hash(181); (*l_298) = ((unsigned char)p_25 + (unsigned char)func_54((**g_193))); step_hash(182); return (**g_193); } static short func_34(int * p_35, int p_36) { int l_88 = 0x09715B7DL; unsigned short l_93 = 0xF5EEL; int *l_102 = &g_83; signed char l_115 = 0xDCL; int *l_118 = &g_83; unsigned l_125 = 0x60C92991L; int *l_134 = &g_83; int **l_139 = &l_102; short l_156 = 1L; unsigned char l_190 = 0UL; step_hash(32); (*l_102) = ((unsigned char)((func_54(p_35) != l_88) ^ ((int)((unsigned char)l_93 << (unsigned char)((unsigned char)((((func_61(((unsigned char)((unsigned short)(~0x7968L) % (unsigned short)((unsigned short)g_83 << (unsigned short)1)) << (unsigned char)3), &g_83, l_88, p_35, l_93) != l_93) || 255UL) < p_36) ^ 0xCEL) / (unsigned char)0xB1L)) + (int)p_36)) >> (unsigned char)3); step_hash(73); if (g_83) { int **l_103 = &l_102; unsigned l_116 = 4294967291UL; int *l_123 = &g_3; int *l_128 = &l_88; step_hash(34); (*l_103) = &g_83; step_hash(42); if ((((signed char)(((&p_35 == l_103) & (*l_102)) & g_83) << (signed char)5) & func_61(((g_53 || ((short)(g_3 > (*l_102)) << (short)(**l_103))) < (5L && (*l_102))), &l_88, (*p_35), (*l_103), (**l_103)))) { short l_108 = 0x85BBL; step_hash(36); (*l_103) = &l_88; step_hash(37); return l_108; } else { int *l_117 = &g_53; step_hash(39); (*l_102) = func_41((((int)((unsigned)(((unsigned char)g_53 * (unsigned char)6UL) || l_115) + (unsigned)(func_54(&l_88) != func_67((l_116 >= p_36), p_36, l_117, p_35, (**l_103)))) % (int)(-8L)) ^ g_3)); step_hash(40); l_118 = p_35; step_hash(41); g_124 |= (((int)((*l_103) == l_123) % (int)g_3) > ((((((*l_117) < func_67(p_36, ((**l_103) & ((~func_54((*l_103))) & p_36)), p_35, &g_83, g_3)) ^ g_53) >= p_36) ^ (-8L)) == (*p_35))); } step_hash(68); if (l_125) { step_hash(48); for (l_116 = 0; (l_116 >= 38); l_116 += 2) { step_hash(47); (*l_102) ^= (l_128 == p_35); } step_hash(49); (*l_103) = &g_83; step_hash(58); for (g_124 = (-14); (g_124 > 7); ++g_124) { step_hash(57); for (l_116 = 22; (l_116 == 58); ++l_116) { step_hash(56); if ((*p_35)) break; } } step_hash(59); g_133 = (void*)0; } else { step_hash(66); if (((*l_103) != l_134)) { int ***l_135 = &l_103; step_hash(62); p_35 = p_35; step_hash(63); (*l_135) = &g_133; } else { step_hash(65); (*l_103) = (void*)0; } step_hash(67); return (*l_134); } } else { int *l_138 = &g_53; step_hash(70); (*l_102) ^= ((unsigned short)(l_138 == (void*)0) % (unsigned short)p_36); step_hash(71); g_53 ^= (*g_133); step_hash(72); return g_124; } step_hash(74); (*l_139) = &l_88; step_hash(107); if ((*l_118)) { int l_145 = 0xE211E8D5L; int l_171 = (-8L); int *l_192 = &l_171; int ***l_195 = &g_194; step_hash(91); for (p_36 = (-20); (p_36 == 28); p_36 += 3) { signed char l_153 = 0xC5L; int *l_157 = &g_53; } step_hash(92); (*l_139) = &g_3; step_hash(103); for (l_145 = 0; (l_145 <= (-15)); --l_145) { unsigned short l_191 = 0UL; int l_209 = 0x7FFFD43EL; step_hash(101); if (((+((unsigned char)((((unsigned char)(((unsigned short)(255UL || ((unsigned)(*l_118) - (unsigned)func_41((((((short)p_36 + (short)(~(((short)g_53 + (short)g_53) | g_53))) <= ((void*)0 == &g_133)) || ((unsigned)((unsigned char)g_3 - (unsigned char)p_36) / (unsigned)(*p_35))) && l_190)))) - (unsigned short)0x0311L) ^ l_145) / (unsigned char)0x08L) ^ l_191) & 9L) + (unsigned char)g_3)) | 0x91350E28L)) { step_hash(97); l_192 = &g_53; step_hash(98); (*l_134) &= (g_193 != l_195); } else { unsigned l_208 = 4294967289UL; step_hash(100); l_209 = ((unsigned)0x2ACCF633L - (unsigned)(((p_36 <= ((short)0x4944L + (short)(((((unsigned char)(&g_194 == &l_139) * (unsigned char)((short)(-9L) % (short)p_36)) ^ (((short)((!(g_53 & ((short)(((g_124 >= (*p_35)) > p_36) != l_191) >> (short)8))) != p_36) + (short)p_36) & 4UL)) < l_208) >= (*l_192)))) ^ 0L) & l_208)); } step_hash(102); (*l_139) = (*g_194); } } else { step_hash(105); (*l_134) ^= ((**l_139) ^ (*p_35)); step_hash(106); (*l_102) &= (*p_35); } step_hash(108); return p_36; } static short func_41(unsigned short p_42) { int *l_51 = (void*)0; int *l_52 = &g_53; step_hash(12); (*l_52) = 0x3BE41B0CL; step_hash(29); (*l_52) = (func_54(&g_3) | ((((g_53 != func_54(l_51)) >= ((*l_52) > ((unsigned short)((&g_53 == (void*)0) || ((unsigned)func_61((func_67((*l_52), g_3, l_52, l_52, (*l_52)) ^ g_53), &g_53, (*l_52), l_52, g_53) - (unsigned)g_53)) << (unsigned short)10))) > 0xE3L) & 4UL)); step_hash(30); return p_42; } static short func_54(int * p_55) { unsigned l_56 = 1UL; step_hash(14); return l_56; } static unsigned func_61(signed char p_62, int * p_63, int p_64, int * p_65, unsigned short p_66) { int **l_85 = (void*)0; int ***l_84 = &l_85; step_hash(27); (*l_84) = (void*)0; step_hash(28); return g_3; } static int func_67(unsigned p_68, int p_69, int * p_70, int * p_71, unsigned char p_72) { unsigned l_78 = 0x5E5AB8BFL; int *l_82 = &g_83; step_hash(23); for (p_68 = 0; (p_68 < 7); ++p_68) { int l_75 = 6L; int *l_79 = &l_75; step_hash(19); l_75 = ((&g_53 != &g_53) | 0L); step_hash(20); l_75 = ((g_3 & (l_75 <= p_72)) | l_78); step_hash(21); (*l_79) &= func_54(&l_75); step_hash(22); if ((*p_70)) break; } step_hash(24); (*l_82) = ((signed char)l_78 + (signed char)l_78); step_hash(25); return (*p_71); } void csmith_compute_hash(void) { transparent_crc(g_3, "g_3", print_hash_value); transparent_crc(g_53, "g_53", print_hash_value); transparent_crc(g_83, "g_83", print_hash_value); transparent_crc(g_124, "g_124", print_hash_value); transparent_crc(g_634, "g_634", print_hash_value); transparent_crc(g_661, "g_661", print_hash_value); transparent_crc(g_741, "g_741", print_hash_value); } void step_hash(int stmt_id) { int i = 0; csmith_compute_hash(); printf("before stmt(%d): checksum = %X\n", stmt_id, crc32_context ^ 0xFFFFFFFFUL); crc32_context = 0xFFFFFFFFUL; for (i = 0; i < 256; i++) { crc32_tab[i] = 0; } crc32_gentab(); } int main (void) { int print_hash_value = 0; platform_main_begin(); crc32_gentab(); func_1(); csmith_compute_hash(); platform_main_end(crc32_context ^ 0xFFFFFFFFUL, print_hash_value); return 0; }