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stringlengths 4
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void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int64_t memset(void* arg1, int32_t arg2, uint64_t arg3):
0x1040 0 <return> tailcall([0x4020].q)
uint64_t strlen(char const* arg1):
0x1050 0 <return> tailcall([0x4028].q)
int32_t scanf(char const* format, ...):
0x1060 0 <return> tailcall([0x4030].q)
int32_t puts(char const* str):
0x1070 0 <return> tailcall([0x4038].q)
int32_t putchar(int32_t c):
0x1080 0 <return> tailcall([0x4040].q)
void __cxa_finalize(void* d):
0x1090 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x10a4 0 ebp = 0
0x10a6 1 r9 = rdx
0x10a9 2 rsi = pop
0x10aa 3 rdx = rsp {arg_8}
0x10ad 4 rsp = rsp & 0xfffffffffffffff0
0x10b1 5 push(rax)
0x10b2 6 push(rsp)
0x10b3 7 r8d = 0
0x10b6 8 ecx = 0
0x10b8 9 rdi = 0x1190 {"AVSH
"}
0x10bf 10 call([0x3ff8].q)
0x10bf 11 noreturn
void deregister_tm_clones():
0x10d0 0 rdi = 0x4058 {""}
0x10d7 1 rax = 0x4058 {""}
0x10e1 2 if (rax == rdi) then 3 @ 0x10f8 else 4 @ 0x10e3
0x10f8 3 <return> jump(pop)
0x10e3 4 rax = [0x3fd8].q
0x10ed 5 if (rax == 0) then 3 @ 0x10f8 else 6 @ 0x10ef
0x10ef 6 <return> tailcall(rax)
void register_tm_clones():
0x1100 0 rdi = 0x4058 {""}
0x1107 1 rsi = 0x4058 {""}
0x110e 2 rsi = rsi - rdi
0x1111 3 rax = rsi
0x1114 4 rsi = rsi u>> 0x3f
0x1118 5 rax = rax s>> 3
0x111c 6 rsi = rsi + rax
0x111f 7 rsi = rsi s>> 1
0x1122 8 if (rsi == 0) then 9 @ 0x1138 else 10 @ 0x1124
0x1138 9 <return> jump(pop)
0x1124 10 rax = [0x3ff0].q
0x112e 11 if (rax == 0) then 9 @ 0x1138 else 12 @ 0x1130
0x1130 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x114b 0 if ([0x4058].b != 0) then 1 @ 0x1178 else 2 @ 0x114d
0x1178 1 <return> jump(pop)
0x114d 2 push(rbp)
0x114e 3 cond:0 = [0x3fe0].q == 0
0x1156 4 rbp = rsp {__saved_rbp}
0x1159 5 if (cond:0) then 6 @ 0x1167 else 10 @ 0x115b
0x1167 6 call(0x10d0)
0x116c 7 [0x4058].b = 1
0x1173 8 rbp = pop
0x1174 9 <return> jump(pop)
0x115b 10 rdi = [0x4050].q
0x1162 11 call(0x1090)
0x1162 12 goto 6 @ 0x1167
int64_t frame_dummy():
0x1184 0 <return> tailcall(0x1100)
int32_t main(int32_t argc, char** argv, char** envp):
0x1190 0 push(r14)
0x1192 1 push(rbx)
0x1193 2 rsp = rsp - 0xdf8
0x119a 3 rdi = rsp + 0xa00 {var_408}
0x11a2 4 edx = 0x3ec {""}
0x11a7 5 esi = 0
0x11a9 6 call(0x1040)
0x11ae 7 rdi = rsp + 0x610 {var_7f8}
0x11b6 8 edx = 0x3ec {""}
0x11bb 9 esi = 0
0x11bd 10 call(0x1040)
0x11c2 11 rdi = rsp + 0x220 {var_be8}
0x11ca 12 edx = 0x3ec {""}
0x11cf 13 esi = 0
0x11d1 14 call(0x1040)
0x11d6 15 rdi = 0x2020 {"%s %s"}
0x11dd 16 rbx = rsp + 0x110 {var_cf8}
0x11e5 17 rdx = rsp {var_e08}
0x11e8 18 rsi = rbx {var_cf8}
0x11eb 19 eax = 0
0x11ed 20 call(0x1060)
0x11f2 21 rdi = rbx {var_cf8}
0x11f5 22 call(0x1050)
0x11fd 23 if (rax == 0) then 24 @ 0x12c7 else 28 @ 0x1207
0x12c7 24 rbx = rsp {var_e08}
0x12ca 25 rdi = rbx {var_e08}
0x12cd 26 call(0x1050)
0x12d5 27 if (rax == 0) then 29 @ 0x13a4 else 31 @ 0x12df
0x1207 28 if (rax u>= 8) then 32 @ 0x1210 else 39 @ 0x1209
0x13a4 29 eax = 0
0x13a6 30 goto 41 @ 0x13bc
0x12df 31 if (rax u>= 8) then 46 @ 0x12e8 else 53 @ 0x12e1
0x1210 32 rcx = rax
0x1213 33 rcx = rcx & 0xfffffffffffffff8
0x1217 34 rdx = rax + rbx
0x121b 35 rdx = rdx - 4
0x121f 36 esi = 0
0x1221 37 xmm0 = [0x2010].o
0x1229 38 goto 55 @ 0x1230
0x1209 39 ecx = 0
0x120b 40 goto 74 @ 0x1295
0x13bc 41 ecx = [rsp + (rax << 2) + 0x610].d
0x13c3 42 ecx = ecx + [rsp + (rax << 2) + 0xa00].d
0x13ca 43 ecx = ecx + [rsp + (rax << 2) + 0x220].d
0x13d1 44 [rsp + (rax << 2) + 0x220].d = ecx
0x13db 45 if (ecx s<= 9) then 78 @ 0x13b0 else 80 @ 0x13dd
0x12e8 46 rcx = rax
0x12eb 47 rcx = rcx & 0xfffffffffffffff8
0x12ef 48 rdx = rax + rbx
0x12f3 49 rdx = rdx - 4
0x12f7 50 esi = 0
0x12f9 51 xmm0 = [0x2010].o
0x130b 52 goto 84 @ 0x1310
0x12e1 53 ecx = 0
0x12e3 54 goto 103 @ 0x1375
0x1230 55 xmm1 = [rdx].d
0x1234 56 xmm1 = _mm_unpacklo_epi8(xmm1, xmm1.q)
0x1238 57 xmm2 = [rdx - 4].d
0x123d 58 xmm2 = _mm_unpacklo_epi8(xmm2, xmm2.q)
0x1241 59 xmm1 = _mm_shuffle_epi32(xmm1, 0xc4)
0x1246 60 xmm1 = _mm_shufflelo_epi16(xmm1, 0xac)
0x124b 61 xmm1 = _mm_shufflehi_epi16(xmm1, 0x24)
0x1250 62 xmm1 = _mm_srai_epi32(xmm1, 0x18)
0x1255 63 xmm2 = _mm_shuffle_epi32(xmm2, 0xc4)
0x125a 64 xmm2 = _mm_shufflelo_epi16(xmm2, 0xac)
0x125f 65 xmm2 = _mm_shufflehi_epi16(xmm2, 0x24)
0x1264 66 xmm2 = _mm_srai_epi32(xmm2, 0x18)
0x1269 67 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x126d 68 xmm2 = _mm_add_epi32(xmm2, xmm0)
0x1271 69 [rsp + (rsi << 2) + 0xa00].o = xmm1
0x127a 70 [rsp + (rsi << 2) + 0xa10].o = xmm2
0x1283 71 rsi = rsi + 8
0x1287 72 rdx = rdx - 8
0x128e 73 if (rcx != rsi) then 55 @ 0x1230 else 107 @ 0x1293
0x1295 74 rax = rax - rcx
0x1298 75 rcx = rsp + (rcx << 2)
0x129c 76 rcx = rcx + 0xa00
0x12ad 77 goto 108 @ 0x12b0
0x13b0 78 rax = rax + 1
0x13ba 79 if (rax == 0xfa) then 115 @ 0x13f1 else 41 @ 0x13bc
0x13dd 80 ecx = ecx - 0xa
0x13e0 81 [rsp + (rax << 2) + 0x220].d = ecx
0x13e7 82 [rsp + (rax << 2) + 0x224].d = [rsp + (rax << 2) + 0x224].d + 1
0x13ef 83 goto 78 @ 0x13b0
0x1310 84 xmm1 = [rdx].d
0x1314 85 xmm1 = _mm_unpacklo_epi8(xmm1, xmm1.q)
0x1318 86 xmm2 = [rdx - 4].d
0x131d 87 xmm2 = _mm_unpacklo_epi8(xmm2, xmm2.q)
0x1321 88 xmm1 = _mm_shuffle_epi32(xmm1, 0xc4)
0x1326 89 xmm1 = _mm_shufflelo_epi16(xmm1, 0xac)
0x132b 90 xmm1 = _mm_shufflehi_epi16(xmm1, 0x24)
0x1330 91 xmm1 = _mm_srai_epi32(xmm1, 0x18)
0x1335 92 xmm2 = _mm_shuffle_epi32(xmm2, 0xc4)
0x133a 93 xmm2 = _mm_shufflelo_epi16(xmm2, 0xac)
0x133f 94 xmm2 = _mm_shufflehi_epi16(xmm2, 0x24)
0x1344 95 xmm2 = _mm_srai_epi32(xmm2, 0x18)
0x1349 96 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x134d 97 xmm2 = _mm_add_epi32(xmm2, xmm0)
0x1351 98 [rsp + (rsi << 2) + 0x610].o = xmm1
0x135a 99 [rsp + (rsi << 2) + 0x620].o = xmm2
0x1363 100 rsi = rsi + 8
0x1367 101 rdx = rdx - 8
0x136e 102 if (rcx != rsi) then 84 @ 0x1310 else 117 @ 0x1373
0x1375 103 rax = rax - rcx
0x1378 104 rcx = rsp + (rcx << 2)
0x137c 105 rcx = rcx + 0x610
0x138d 106 goto 118 @ 0x1390
0x1293 107 if (rax == rcx) then 24 @ 0x12c7 else 74 @ 0x1295
0x12b0 108 edx = sx.d([rsp + rax + 0x10f].b)
0x12b8 109 edx = edx - 0x30
0x12bb 110 [rcx].d = edx
0x12bd 111 rcx = rcx + 4
0x12c1 112 temp0.q = rax
0x12c1 113 rax = rax - 1
0x12c5 114 if (temp0.q != 1) then 108 @ 0x12b0 else 24 @ 0x12c7
0x13f1 115 eax = 0xfc {""}
0x13f6 116 goto 125 @ 0x1400
0x1373 117 if (rax == rcx) then 29 @ 0x13a4 else 103 @ 0x1375
0x1390 118 edx = sx.d([rsp + rax - 1].b)
0x1395 119 edx = edx - 0x30
0x1398 120 [rcx].d = edx
0x139a 121 rcx = rcx + 4
0x139e 122 temp1.q = rax
0x139e 123 rax = rax - 1
0x13a2 124 if (temp1.q != 1) then 118 @ 0x1390 else 29 @ 0x13a4
0x1400 125 esi = [rsp + (rax << 2) + 0x218].d
0x1407 126 rbx = rax - 1
0x140d 127 if (esi != 0) then 128 @ 0x141b else 129 @ 0x140f
0x141b 128 if (ebx != 1) then 132 @ 0x142f else 134 @ 0x141f
0x140f 129 cond:0 = rax != 2
0x1413 130 rax = rbx
0x1416 131 if (cond:0) then 125 @ 0x1400 else 128 @ 0x141b
0x142f 132 r14 = rbx - 1
0x1436 133 if (r14d s< 0) then 135 @ 0x147b else 138 @ 0x1438
0x141f 134 if (esi != 0) then 132 @ 0x142f else 142 @ 0x1421
0x147b 135 edi = 0xa {""}
0x1480 136 call(0x1080)
0x1480 137 goto 145 @ 0x1485
0x1438 138 rdi = 0x2026 {"%d"}
0x143f 139 eax = 0
0x1441 140 call(0x1030)
0x1449 141 if (r14 s<= 0) then 135 @ 0x147b else 150 @ 0x144b
0x1421 142 rdi = 0x2029 {"0"}
0x1428 143 call(0x1070)
0x142d 144 goto 145 @ 0x1485
0x1485 145 eax = 0
0x1487 146 rsp = rsp + 0xdf8
0x148e 147 rbx = pop
0x148f 148 r14 = pop
0x1491 149 <return> jump(pop)
0x144b 150 r14 = 0x2026 {"%d"}
0x145c 151 goto 152 @ 0x1460
0x1460 152 esi = [rsp + (rbx << 2) + 0x218].d
0x1467 153 rdi = r14
0x146a 154 eax = 0
0x146c 155 call(0x1030)
0x1471 156 rbx = rbx - 1
0x1479 157 if (rbx s> 1) then 152 @ 0x1460 else 135 @ 0x147b
int64_t _fini():
0x1498 0 rsp = rsp - 8
0x149c 1 rsp = rsp + 8
0x14a0 2 <return> jump(pop)
| POJ_69 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r14)
0x1163 2 push(rbx)
0x1164 3 rsp = rsp - 0x4d0
0x116b 4 rdi = 0x2030 {"%lf\n"}
0x1172 5 ebp = 0
0x1174 6 rsi = rsp + 8 {var_4e0}
0x1179 7 eax = 0
0x117b 8 call(0x1050)
0x1180 9 rdi = 0x2035 {"%s\n"}
0x1187 10 r14 = rsp + 0x270 {var_278}
0x118f 11 rsi = r14 {var_278}
0x1192 12 eax = 0
0x1194 13 call(0x1050)
0x1199 14 rdi = 0x2039 {"%s"}
0x11a0 15 rbx = rsp + 0x10 {var_4d8}
0x11a5 16 rsi = rbx {var_4d8}
0x11a8 17 eax = 0
0x11aa 18 call(0x1050)
0x11af 19 rdi = r14 {var_278}
0x11b2 20 call(0x1040)
0x11b7 21 r14 = rax
0x11ba 22 rdi = rbx {var_4d8}
0x11bd 23 call(0x1040)
0x11c2 24 rdi = 0x203c {"error"}
0x11cc 25 if (r14 != rax) then 26 @ 0x1307 else 34 @ 0x11d2
0x1307 26 eax = 0
0x1309 27 call(0x1030)
0x130e 28 eax = 0
0x1310 29 rsp = rsp + 0x4d0
0x1317 30 rbx = pop
0x1318 31 r14 = pop
0x131a 32 rbp = pop
0x131b 33 <return> jump(pop)
0x11d2 34 eax = 1
0x11d7 35 r8d = 0x80045 {""}
0x11dd 36 goto 37 @ 0x11e0
0x11e0 37 edx = zx.d([rsp + rax + 0x26f].b)
0x11e8 38 ecx = (rdx - 0x41).d
0x11ee 39 if (cl u> 0x13) then 40 @ 0x1292 else 41 @ 0x11f4
0x1292 40 if (dl == 0) then 44 @ 0x1201 else 47 @ 0x1298
0x11f4 41 ecx = zx.d(cl)
0x11f7 42 flag:c = test_bit(r8, rcx)
0x11fb 43 if (not(flag:c)) then 40 @ 0x1292 else 44 @ 0x1201
0x1201 44 ecx = zx.d([rsp + rax + 0xf].b)
0x1206 45 esi = (rcx - 0x41).d
0x120d 46 if (sil u> 0x13) then 48 @ 0x12a2 else 49 @ 0x1213
0x1298 47 goto 26 @ 0x1307
0x12a2 48 if (cl == 0) then 52 @ 0x1223 else 53 @ 0x12a8
0x1213 49 esi = zx.d(sil)
0x1217 50 flag:c = test_bit(r8, rsi)
0x121b 51 if (not(flag:c)) then 48 @ 0x12a2 else 52 @ 0x1223
0x1223 52 if (dl == 0) then 54 @ 0x12c6 else 71 @ 0x1229
0x12a8 53 goto 26 @ 0x1307
0x12c6 54 xmm0.q = float.d(ebp)
0x12ca 55 xmm1 = r14
0x12cf 56 xmm1 = __punpckldq_xmmdq_memdq(xmm1, [0x2010].o)
0x12d7 57 xmm1 = __subpd_xmmpd_mempd(xmm1, [0x2020].o)
0x12df 58 xmm2 = xmm1
0x12e3 59 xmm2 = _mm_unpackhi_pd(xmm2, xmm1.q)
0x12e7 60 xmm2.q = xmm2.q f+ xmm1.q
0x12eb 61 xmm0.q = xmm0.q f/ xmm2.q
0x12ef 62 flag:p = is_unordered.q(xmm0.q, fconvert.t([rsp + 8 {var_4e0}].q))
0x12ef 63 flag:c = xmm0.q f< fconvert.t([rsp + 8 {var_4e0}].q) | is_unordered.q(xmm0.q, fconvert.t([rsp + 8 {var_4e0}].q))
0x12ef 64 flag:z = xmm0.q f== fconvert.t([rsp + 8 {var_4e0}].q) | is_unordered.q(xmm0.q, fconvert.t([rsp + 8 {var_4e0}].q))
0x12ef 65 flag:s = 0
0x12ef 66 flag:o = 0
0x12ef 67 flag:a = 0
0x12f5 68 rax = 0x2046 {"no"}
0x12fc 69 rdi = 0x2042 {"yes"}
0x1303 70 if (flag:c) then 76 else 78
0x1229 71 esi = 0
0x122d 72 r9b = dl == cl
0x1231 73 edx = zx.d([rsp + rax + 0x270].b)
0x1239 74 ecx = (rdx - 0x41).d
0x123f 75 if (cl u> 0x13) then 79 @ 0x12b2 else 80 @ 0x1241
0x1303 76 rdi = rax
0x1303 77 goto 78
0x1303 78 goto 26 @ 0x1307
0x12b2 79 if (dl == 0) then 83 @ 0x124a else 86 @ 0x12b4
0x1241 80 ecx = zx.d(cl)
0x1244 81 flag:c = test_bit(r8, rcx)
0x1248 82 if (not(flag:c)) then 79 @ 0x12b2 else 83 @ 0x124a
0x124a 83 ecx = zx.d([rsp + rax + 0x10].b)
0x124f 84 ebx = (rcx - 0x41).d
0x1255 85 if (bl u> 0x13) then 87 @ 0x12c2 else 88 @ 0x1257
0x12b4 86 goto 26 @ 0x1307
0x12c2 87 if (cl == 0) then 91 @ 0x1260 else 94 @ 0x12c4
0x1257 88 ebx = zx.d(bl)
0x125a 89 flag:c = test_bit(r8, rbx)
0x125e 90 if (not(flag:c)) then 87 @ 0x12c2 else 91 @ 0x1260
0x1260 91 sil = r9b
0x1263 92 ebp = ebp + esi
0x1267 93 if (dl == 0) then 54 @ 0x12c6 else 95 @ 0x1269
0x12c4 94 goto 26 @ 0x1307
0x1269 95 esi = 0
0x126d 96 sil = dl == cl
0x1271 97 ebp = ebp + esi
0x1273 98 rax = rax + 2
0x127d 99 if (rax != 0x259) then 37 @ 0x11e0 else 100 @ 0x1283
0x1283 100 goto 54 @ 0x12c6
int64_t _fini():
0x1320 0 rsp = rsp - 8
0x1324 1 rsp = rsp + 8
0x1328 2 <return> jump(pop)
| POJ_5 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(rbx)
0x1166 4 rsp = rsp - 0xd8
0x116d 5 rdi = 0x2004 {"%s%s"}
0x1174 6 ebx = 0
0x1176 7 rsi = rsp {var_f8}
0x1179 8 rdx = rsp + 0x70 {var_88}
0x117e 9 eax = 0
0x1180 10 call(0x1050)
0x1185 11 al = [rsp + 0x70 {var_88}].b
0x118b 12 if (al == 0) then 13 @ 0x11d5 else 29 @ 0x118d
0x11d5 13 ebx = ebx
0x11d7 14 rdi = rsp {var_f8}
0x11da 15 call(0x1040)
0x11df 16 rbx = rbx - rax
0x11e2 17 rbx = rbx + 2
0x11e6 18 rdi = 0x2009 {"%d\n"}
0x11ed 19 rsi = rbx
0x11f0 20 eax = 0
0x11f2 21 call(0x1030)
0x11f7 22 eax = 0
0x11f9 23 rsp = rsp + 0xd8
0x1200 24 rbx = pop
0x1201 25 r14 = pop
0x1203 26 r15 = pop
0x1205 27 rbp = pop
0x1206 28 <return> jump(pop)
0x118d 29 ebx = 0
0x118f 30 r14 = rsp {var_f8}
0x1192 31 ebp = 0
0x1194 32 goto 33 @ 0x11af
0x11af 33 rdx = sx.q(ebp)
0x11b2 34 ecx = 0
0x11ba 35 if (al != [rsp + rdx].b) then 36 @ 0x11a0 else 40 @ 0x11bc
0x11a0 36 eax = zx.d([rsp + rbx + 0x71].b)
0x11a5 37 rbx = rbx + 1
0x11a9 38 ebp = ecx
0x11ad 39 if (al == 0) then 13 @ 0x11d5 else 33 @ 0x11af
0x11bc 40 ebp = ebp + 1
0x11bf 41 r15 = sx.q(ebp)
0x11c2 42 rdi = r14 {var_f8}
0x11c5 43 call(0x1040)
0x11ca 44 rax = rax - 1
0x11ce 45 ecx = ebp
0x11d3 46 if (rax != r15) then 36 @ 0x11a0 else 13 @ 0x11d5
int64_t _fini():
0x120c 0 rsp = rsp - 8
0x1210 1 rsp = rsp + 8
0x1214 2 <return> jump(pop)
| POJ_45 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* gets(char* buf):
0x1040 0 <return> tailcall([0x4020].q)
int32_t strcmp(char const* arg1, char const* arg2):
0x1050 0 <return> tailcall([0x4028].q)
int32_t putchar(int32_t c):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"AVSH"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(r14)
0x1172 1 push(rbx)
0x1173 2 rsp = rsp - 0xd8
0x117a 3 rbx = rsp + 0x70 {var_78}
0x117f 4 rdi = rbx {var_78}
0x1182 5 eax = 0
0x1184 6 call(0x1040)
0x1189 7 r14 = rsp {var_e8}
0x118c 8 rdi = r14 {var_e8}
0x118f 9 eax = 0
0x1191 10 call(0x1040)
0x1196 11 rdi = rbx {var_78}
0x1199 12 call(0x1030)
0x119e 13 rbx = rax
0x11a1 14 rdi = r14 {var_e8}
0x11a4 15 call(0x1030)
0x11ab 16 if (ebx s<= 0) then 17 @ 0x1338 else 18 @ 0x11b1
0x1338 17 if (eax s<= 0) then 20 @ 0x14e4 else 30 @ 0x133e
0x11b1 18 ecx = ebx
0x11b7 19 if (rcx u>= 8) then 32 @ 0x11c0 else 40 @ 0x11b9
0x14e4 20 rdi = rsp + 0x70 {var_78}
0x14e9 21 rsi = rsp {var_e8}
0x14ec 22 call(0x1050)
0x14f1 23 ecx = 0
0x14f3 24 temp0.d = eax
0x14f3 25 cond:0 = temp0.d != 0
0x14f5 26 cl = temp0.d s> 0
0x14f8 27 eax = (rcx + rcx + 0x3c).d
0x14fc 28 edi = 0x3d {""}
0x1501 29 if (cond:0) then 42 else 44 @ 0x1504
0x133e 30 ecx = eax
0x1344 31 if (rcx u>= 8) then 50 @ 0x1372 else 58 @ 0x1346
0x11c0 32 ebx = ebx & 7
0x11c3 33 rdx = rcx
0x11c6 34 rdx = rdx - rbx
0x11c9 35 esi = 0
0x11cb 36 xmm0 = [0x2010].o
0x11d3 37 xmm1 = [0x2020].o
0x11db 38 xmm2 = _mm_cmpeq_epi32(xmm2, xmm2)
0x11df 39 goto 60 @ 0x11fd
0x11b9 40 edx = 0
0x11bb 41 goto 69 @ 0x1359
0x1501 42 edi = eax
0x1501 43 goto 44 @ 0x1504
0x1504 44 call(0x1060)
0x1509 45 eax = 0
0x150b 46 rsp = rsp + 0xd8
0x1512 47 rbx = pop
0x1513 48 r14 = pop
0x1515 49 <return> jump(pop)
0x1372 50 eax = eax & 7
0x1375 51 rdx = rcx
0x1378 52 rdx = rdx - rax
0x137b 53 esi = 0
0x137d 54 xmm0 = [0x2010].o
0x1385 55 xmm1 = [0x2020].o
0x138d 56 xmm2 = _mm_cmpeq_epi32(xmm2, xmm2)
0x1391 57 goto 72 @ 0x13ad
0x1346 58 edx = 0
0x1348 59 goto 81 @ 0x1529
0x11fd 60 xmm3 = [rsp + rsi + 0x70].q
0x1203 61 xmm4 = xmm3
0x1207 62 xmm4 = _mm_add_epi8(xmm4, xmm0)
0x120b 63 xmm5 = xmm4
0x120f 64 xmm5 = _mm_max_epu8(xmm5, xmm1)
0x1213 65 xmm5 = _mm_cmpeq_epi8(xmm5, xmm4)
0x1217 66 edi = xmm5.d
0x121b 67 dil = not.b(dil)
0x1222 68 if ((dil & 1) == 0) then 84 @ 0x1231 else 91 @ 0x1224
0x1359 69 esi = zx.d([rsp + rdx + 0x70].b)
0x135e 70 edi = (rsi - 0x61).d
0x1365 71 if (dil u> 0x19) then 95 @ 0x1350 else 97 @ 0x1367
0x13ad 72 xmm3 = [rsp + rsi].q
0x13b2 73 xmm4 = xmm3
0x13b6 74 xmm4 = _mm_add_epi8(xmm4, xmm0)
0x13ba 75 xmm5 = xmm4
0x13be 76 xmm5 = _mm_max_epu8(xmm5, xmm1)
0x13c2 77 xmm5 = _mm_cmpeq_epi8(xmm5, xmm4)
0x13c6 78 edi = xmm5.d
0x13ca 79 dil = not.b(dil)
0x13d1 80 if ((dil & 1) == 0) then 100 @ 0x13df else 107 @ 0x13d3
0x1529 81 eax = zx.d([rsp + rdx].b)
0x152d 82 esi = (rax - 0x61).d
0x1534 83 if (sil u> 0x19) then 111 @ 0x1520 else 113 @ 0x1536
0x1231 84 xmm4 = xmm5
0x1235 85 xmm4 = xmm4 ^ xmm2
0x1239 86 xmm6 = xmm4
0x123d 87 xmm6 = _mm_slli_epi32(xmm6, 8)
0x1242 88 edi = xmm6.d
0x1246 89 edi = edi u>> 0x10
0x124d 90 if ((dil & 1) == 0) then 116 @ 0x125f else 120 @ 0x124f
0x1224 91 edi = xmm3.d
0x1228 92 dil = dil - 0x20
0x122c 93 [rsp + rsi + 0x70].b = dil
0x122c 94 goto 84 @ 0x1231
0x1350 95 rdx = rdx + 1
0x1357 96 if (rcx == rdx) then 17 @ 0x1338 else 69 @ 0x1359
0x1367 97 sil = sil - 0x20
0x136b 98 [rsp + rdx + 0x70].b = sil
0x1370 99 goto 95 @ 0x1350
0x13df 100 xmm4 = xmm5
0x13e3 101 xmm4 = xmm4 ^ xmm2
0x13e7 102 xmm6 = xmm4
0x13eb 103 xmm6 = _mm_slli_epi32(xmm6, 8)
0x13f0 104 edi = xmm6.d
0x13f4 105 edi = edi u>> 0x10
0x13fb 106 if ((dil & 1) == 0) then 125 @ 0x140d else 129 @ 0x13fd
0x13d3 107 edi = xmm3.d
0x13d7 108 dil = dil - 0x20
0x13db 109 [rsp + rsi].b = dil
0x13db 110 goto 100 @ 0x13df
0x1520 111 rdx = rdx + 1
0x1527 112 if (rcx == rdx) then 20 @ 0x14e4 else 81 @ 0x1529
0x1536 113 al = al - 0x20
0x1538 114 [rsp + rdx].b = al
0x153b 115 goto 111 @ 0x1520
0x125f 116 xmm6 = _mm_shufflelo_epi16(xmm5, 0x55)
0x1264 117 xmm6 = xmm6 ^ xmm2
0x1268 118 edi = _mm_extract_epi16(xmm6, 2)
0x1271 119 if ((dil & 1) == 0) then 134 @ 0x1283 else 138 @ 0x1273
0x124f 120 edi = xmm3.d
0x1253 121 edi = edi u>> 8
0x1256 122 dil = dil - 0x20
0x125a 123 [rsp + rsi + 0x71].b = dil
0x125a 124 goto 116 @ 0x125f
0x140d 125 xmm6 = _mm_shufflelo_epi16(xmm5, 0x55)
0x1412 126 xmm6 = xmm6 ^ xmm2
0x1416 127 edi = _mm_extract_epi16(xmm6, 2)
0x141f 128 if ((dil & 1) == 0) then 143 @ 0x1431 else 147 @ 0x1421
0x13fd 129 edi = xmm3.d
0x1401 130 edi = edi u>> 8
0x1404 131 dil = dil - 0x20
0x1408 132 [rsp + rsi + 1].b = dil
0x1408 133 goto 125 @ 0x140d
0x1283 134 xmm6 = xmm4
0x1287 135 xmm6 = _mm_slli_epi64(xmm6, 0x18)
0x128c 136 edi = _mm_extract_epi16(xmm6, 3)
0x1295 137 if ((dil & 1) == 0) then 152 @ 0x12a7 else 156 @ 0x1297
0x1273 138 edi = xmm3.d
0x1277 139 edi = edi u>> 0x10
0x127a 140 dil = dil - 0x20
0x127e 141 [rsp + rsi + 0x72].b = dil
0x127e 142 goto 134 @ 0x1283
0x1431 143 xmm6 = xmm4
0x1435 144 xmm6 = _mm_slli_epi64(xmm6, 0x18)
0x143a 145 edi = _mm_extract_epi16(xmm6, 3)
0x1443 146 if ((dil & 1) == 0) then 161 @ 0x1455 else 165 @ 0x1445
0x1421 147 edi = xmm3.d
0x1425 148 edi = edi u>> 0x10
0x1428 149 dil = dil - 0x20
0x142c 150 [rsp + rsi + 2].b = dil
0x142c 151 goto 143 @ 0x1431
0x12a7 152 xmm5 = _mm_shuffle_epi32(xmm5, 0x55)
0x12ac 153 xmm5 = xmm5 ^ xmm2
0x12b0 154 edi = _mm_extract_epi16(xmm5, 4)
0x12b9 155 if ((dil & 1) == 0) then 170 @ 0x12c9 else 174 @ 0x12bb
0x1297 156 edi = xmm3.d
0x129b 157 edi = edi u>> 0x18
0x129e 158 dil = dil - 0x20
0x12a2 159 [rsp + rsi + 0x73].b = dil
0x12a2 160 goto 152 @ 0x12a7
0x1455 161 xmm5 = _mm_shuffle_epi32(xmm5, 0x55)
0x145a 162 xmm5 = xmm5 ^ xmm2
0x145e 163 edi = _mm_extract_epi16(xmm5, 4)
0x1467 164 if ((dil & 1) == 0) then 178 @ 0x1477 else 182 @ 0x1469
0x1445 165 edi = xmm3.d
0x1449 166 edi = edi u>> 0x18
0x144c 167 dil = dil - 0x20
0x1450 168 [rsp + rsi + 3].b = dil
0x1450 169 goto 161 @ 0x1455
0x12c9 170 xmm5 = xmm4
0x12cd 171 xmm5 = _mm_slli_si128(xmm5, 5)
0x12d2 172 edi = _mm_extract_epi16(xmm5, 5)
0x12db 173 if ((dil & 1) == 0) then 186 @ 0x12ee else 188 @ 0x12dd
0x12bb 174 edi = _mm_extract_epi16(xmm3, 2)
0x12c0 175 dil = dil - 0x20
0x12c4 176 [rsp + rsi + 0x74].b = dil
0x12c4 177 goto 170 @ 0x12c9
0x1477 178 xmm5 = xmm4
0x147b 179 xmm5 = _mm_slli_si128(xmm5, 5)
0x1480 180 edi = _mm_extract_epi16(xmm5, 5)
0x1489 181 if ((dil & 1) == 0) then 193 @ 0x149c else 195 @ 0x148b
0x1469 182 edi = _mm_extract_epi16(xmm3, 2)
0x146e 183 dil = dil - 0x20
0x1472 184 [rsp + rsi + 4].b = dil
0x1472 185 goto 178 @ 0x1477
0x12ee 186 edi = _mm_extract_epi16(xmm4, 3)
0x12f7 187 if ((dil & 1) == 0) then 200 @ 0x1307 else 203 @ 0x12f9
0x12dd 188 edi = _mm_extract_epi16(xmm3, 2)
0x12e2 189 edi = edi u>> 8
0x12e5 190 dil = dil - 0x20
0x12e9 191 [rsp + rsi + 0x75].b = dil
0x12e9 192 goto 186 @ 0x12ee
0x149c 193 edi = _mm_extract_epi16(xmm4, 3)
0x14a5 194 if ((dil & 1) == 0) then 207 @ 0x14b5 else 210 @ 0x14a7
0x148b 195 edi = _mm_extract_epi16(xmm3, 2)
0x1490 196 edi = edi u>> 8
0x1493 197 dil = dil - 0x20
0x1497 198 [rsp + rsi + 5].b = dil
0x1497 199 goto 193 @ 0x149c
0x1307 200 xmm4 = _mm_slli_si128(xmm4, 7)
0x130c 201 edi = _mm_extract_epi16(xmm4, 7)
0x1315 202 if ((dil & 1) == 0) then 214 @ 0x11f0 else 216 @ 0x131b
0x12f9 203 edi = _mm_extract_epi16(xmm3, 3)
0x12fe 204 dil = dil - 0x20
0x1302 205 [rsp + rsi + 0x76].b = dil
0x1302 206 goto 200 @ 0x1307
0x14b5 207 xmm4 = _mm_slli_si128(xmm4, 7)
0x14ba 208 edi = _mm_extract_epi16(xmm4, 7)
0x14c3 209 if ((dil & 1) == 0) then 221 @ 0x13a0 else 223 @ 0x14c9
0x14a7 210 edi = _mm_extract_epi16(xmm3, 3)
0x14ac 211 dil = dil - 0x20
0x14b0 212 [rsp + rsi + 6].b = dil
0x14b0 213 goto 207 @ 0x14b5
0x11f0 214 rsi = rsi + 8
0x11f7 215 if (rdx == rsi) then 228 @ 0x1334 else 60 @ 0x11fd
0x131b 216 edi = _mm_extract_epi16(xmm3, 3)
0x1320 217 edi = edi u>> 8
0x1323 218 dil = dil - 0x20
0x1327 219 [rsp + rsi + 0x77].b = dil
0x132c 220 goto 214 @ 0x11f0
0x13a0 221 rsi = rsi + 8
0x13a7 222 if (rdx == rsi) then 229 @ 0x14e2 else 72 @ 0x13ad
0x14c9 223 edi = _mm_extract_epi16(xmm3, 3)
0x14ce 224 edi = edi u>> 8
0x14d1 225 dil = dil - 0x20
0x14d5 226 [rsp + rsi + 7].b = dil
0x14da 227 goto 221 @ 0x13a0
0x1334 228 if (rbx != 0) then 69 @ 0x1359 else 17 @ 0x1338
0x14e2 229 if (rax != 0) then 81 @ 0x1529 else 20 @ 0x14e4
int64_t _fini():
0x1544 0 rsp = rsp - 8
0x1548 1 rsp = rsp + 8
0x154c 2 <return> jump(pop)
| POJ_95 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t getchar():
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
int32_t puts(char const* str):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSH"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 rsp = rsp - 0x4b8
0x1181 7 r15 = -1
0x1188 8 rbx = rsp {var_4e8}
0x118b 9 r14 = 0x2004 {"%d"}
0x119c 10 goto 11 @ 0x11a0
0x11a0 11 rdi = r14
0x11a3 12 rsi = rbx
0x11a6 13 eax = 0
0x11a8 14 call(0x1050)
0x11ad 15 eax = 0
0x11af 16 call(0x1040)
0x11b4 17 r15 = r15 + 1
0x11b8 18 rbx = rbx + 4
0x11be 19 if (al != 0xa) then 11 @ 0x11a0 else 20 @ 0x11c3
0x11c3 20 if (r15d == 0) then 21 @ 0x1305 else 24 @ 0x11c9
0x1305 21 rdi = 0x200b {"No"}
0x130c 22 call(0x1060)
0x130c 23 goto 31 @ 0x1311
0x11c9 24 r12 = r15 + 1
0x11cd 25 r8d = r15d
0x11d0 26 r9d = r12d
0x11d3 27 r11d = 1
0x11d9 28 r10d = 0
0x11dc 29 edi = r15d
0x11df 30 goto 39 @ 0x1215
0x1311 31 rsp = rsp + 0x4b8
0x1318 32 rbx = pop
0x1319 33 r12 = pop
0x131b 34 r13 = pop
0x131d 35 r14 = pop
0x131f 36 r15 = pop
0x1321 37 rbp = pop
0x1322 38 <return> jump(pop)
0x1215 39 r13 = r10
0x1218 40 edi = zx.d(dil)
0x121c 41 edi = edi & 3
0x121f 42 r10 = r10 + 1
0x1226 43 if (r13 u>= r8) then 44 @ 0x11f0 else 46 @ 0x1228
0x11f0 44 ecx = r13d
0x11f0 45 goto 52 @ 0x11f3
0x1228 46 r14 = r13
0x122b 47 r14 = not.q(r14)
0x122e 48 r14 = r14 + r15
0x1231 49 ecx = r15d
0x1234 50 ecx = ecx - r13d
0x123a 51 if ((cl & 3) == 0) then 60 @ 0x126c else 63 @ 0x123c
0x11f3 52 eax = [rsp + (r13 << 2)].d
0x11f7 53 rcx = sx.q(ecx)
0x11fa 54 edx = [rsp + (rcx << 2)].d
0x11fd 55 [rsp + (r13 << 2)].d = edx
0x1201 56 [rsp + (rcx << 2)].d = eax
0x1204 57 r11 = r11 + 1
0x1208 58 dil = dil + 3
0x120f 59 if (r10 == r9) then 67 @ 0x12cd else 39 @ 0x1215
0x126c 60 rsi = r11
0x126f 61 edx = r13d
0x126f 62 goto 70 @ 0x1272
0x123c 63 ecx = edi
0x123e 64 rsi = r11
0x1241 65 ebp = r13d
0x1244 66 goto 72 @ 0x125b
0x12cd 67 eax = r15d
0x12d0 68 ecx = 0
0x12dc 69 goto 76 @ 0x12e3
0x1272 70 ecx = edx
0x1278 71 if (r14d u>= 3) then 77 @ 0x128f else 81 @ 0x127a
0x125b 72 eax = [rsp + (rsi << 2)].d
0x125e 73 rbx = sx.q(ebp)
0x1261 74 edx = esi
0x1266 75 if (eax s> [rsp + (rbx << 2)].d) then 82 @ 0x1250 else 87 @ 0x1268
0x12e3 76 if (rax == rcx) then 21 @ 0x1305 else 89 @ 0x12e5
0x128f 77 rax = sx.q(edx)
0x1292 78 ebx = [rsp + (rsi << 2)].d
0x1295 79 ecx = esi
0x129a 80 if (ebx s> [rsp + (rax << 2)].d) then 94 @ 0x129e else 97 @ 0x129c
0x127a 81 goto 52 @ 0x11f3
0x1250 82 rsi = rsi + 1
0x1254 83 ebp = edx
0x1256 84 temp0.d = ecx
0x1256 85 ecx = ecx - 1
0x1259 86 if (temp0.d == 1) then 70 @ 0x1272 else 72 @ 0x125b
0x1268 87 edx = ebp
0x126a 88 goto 82 @ 0x1250
0x12e5 89 esi = [rsp + (rcx << 2) + 4].d
0x12e9 90 rdx = rcx + 1
0x12ed 91 cond:0 = [rsp + (rcx << 2)].d == esi
0x12f0 92 rcx = rdx
0x12f3 93 if (cond:0) then 76 @ 0x12e3 else 99 @ 0x12f5
0x129e 94 eax = [rsp + (rsi << 2) + 4].d
0x12a2 95 rdx = sx.q(ecx)
0x12a8 96 if (eax s<= [rsp + (rdx << 2)].d) then 103 @ 0x12ad else 106 @ 0x12aa
0x129c 97 ecx = edx
0x129c 98 goto 94 @ 0x129e
0x12f5 99 rdi = 0x2007 {"%d\n"}
0x12fc 100 eax = 0
0x12fe 101 call(0x1030)
0x1303 102 goto 31 @ 0x1311
0x12ad 103 eax = [rsp + (rsi << 2) + 8].d
0x12b1 104 rdx = sx.q(ecx)
0x12b7 105 if (eax s<= [rsp + (rdx << 2)].d) then 108 @ 0x12bc else 111 @ 0x12b9
0x12aa 106 ecx = (rsi + 1).d
0x12aa 107 goto 103 @ 0x12ad
0x12bc 108 eax = [rsp + (rsi << 2) + 0xc].d
0x12c0 109 rdx = sx.q(ecx)
0x12c6 110 if (eax s<= [rsp + (rdx << 2)].d) then 113 @ 0x1280 else 116 @ 0x12c8
0x12b9 111 ecx = (rsi + 2).d
0x12b9 112 goto 108 @ 0x12bc
0x1280 113 rsi = rsi + 4
0x1284 114 edx = ecx
0x1289 115 if (r12d == esi) then 52 @ 0x11f3 else 77 @ 0x128f
0x12c8 116 ecx = (rsi + 3).d
0x12cb 117 goto 113 @ 0x1280
int64_t _fini():
0x1328 0 rsp = rsp - 8
0x132c 1 rsp = rsp + 8
0x1330 2 <return> jump(pop)
| POJ_22 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int64_t memcpy(void* arg1, void const* arg2, uint64_t arg3):
0x1040 0 <return> tailcall([0x4020].q)
uint64_t strlen(char const* arg1):
0x1050 0 <return> tailcall([0x4028].q)
int32_t scanf(char const* format, ...):
0x1060 0 <return> tailcall([0x4030].q)
char* gets(char* buf):
0x1070 0 <return> tailcall([0x4038].q)
int32_t puts(char const* str):
0x1080 0 <return> tailcall([0x4040].q)
void __cxa_finalize(void* d):
0x1090 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x10a4 0 ebp = 0
0x10a6 1 r9 = rdx
0x10a9 2 rsi = pop
0x10aa 3 rdx = rsp {arg_8}
0x10ad 4 rsp = rsp & 0xfffffffffffffff0
0x10b1 5 push(rax)
0x10b2 6 push(rsp)
0x10b3 7 r8d = 0
0x10b6 8 ecx = 0
0x10b8 9 rdi = 0x1190 {"UAWAVAUATSH"}
0x10bf 10 call([0x3ff8].q)
0x10bf 11 noreturn
void deregister_tm_clones():
0x10d0 0 rdi = 0x4058 {""}
0x10d7 1 rax = 0x4058 {""}
0x10e1 2 if (rax == rdi) then 3 @ 0x10f8 else 4 @ 0x10e3
0x10f8 3 <return> jump(pop)
0x10e3 4 rax = [0x3fd8].q
0x10ed 5 if (rax == 0) then 3 @ 0x10f8 else 6 @ 0x10ef
0x10ef 6 <return> tailcall(rax)
void register_tm_clones():
0x1100 0 rdi = 0x4058 {""}
0x1107 1 rsi = 0x4058 {""}
0x110e 2 rsi = rsi - rdi
0x1111 3 rax = rsi
0x1114 4 rsi = rsi u>> 0x3f
0x1118 5 rax = rax s>> 3
0x111c 6 rsi = rsi + rax
0x111f 7 rsi = rsi s>> 1
0x1122 8 if (rsi == 0) then 9 @ 0x1138 else 10 @ 0x1124
0x1138 9 <return> jump(pop)
0x1124 10 rax = [0x3ff0].q
0x112e 11 if (rax == 0) then 9 @ 0x1138 else 12 @ 0x1130
0x1130 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x114b 0 if ([0x4058].b != 0) then 1 @ 0x1178 else 2 @ 0x114d
0x1178 1 <return> jump(pop)
0x114d 2 push(rbp)
0x114e 3 cond:0 = [0x3fe0].q == 0
0x1156 4 rbp = rsp {__saved_rbp}
0x1159 5 if (cond:0) then 6 @ 0x1167 else 10 @ 0x115b
0x1167 6 call(0x10d0)
0x116c 7 [0x4058].b = 1
0x1173 8 rbp = pop
0x1174 9 <return> jump(pop)
0x115b 10 rdi = [0x4050].q
0x1162 11 call(0x1090)
0x1162 12 goto 6 @ 0x1167
int64_t frame_dummy():
0x1184 0 <return> tailcall(0x1100)
int32_t main(int32_t argc, char** argv, char** envp):
0x1190 0 push(rbp)
0x1191 1 push(r15)
0x1193 2 push(r14)
0x1195 3 push(r13)
0x1197 4 push(r12)
0x1199 5 push(rbx)
0x119a 6 rsp = rsp - 0x13a8
0x11a1 7 rdi = 0x2004 {"%d\n"}
0x11a8 8 r15d = 0
0x11ab 9 rsi = rsp + 4 {var_13d4}
0x11b0 10 eax = 0
0x11b2 11 call(0x1060)
0x11b7 12 rbx = rsp + 0x10 {var_13c8}
0x11bc 13 rdi = rbx {var_13c8}
0x11bf 14 eax = 0
0x11c1 15 call(0x1070)
0x11c6 16 rdi = rbx {var_13c8}
0x11c9 17 call(0x1050)
0x11ce 18 rcx = sx.q([rsp + 4 {var_13d4}].d)
0x11d3 19 rax = rax - rcx
0x11d6 20 r12 = rax
0x11d9 21 temp0.q = r12
0x11d9 22 r12 = r12 + 1
0x11dc 23 if (temp0.q == -1) then 24 @ 0x14aa else 33 @ 0x11e2
0x14aa 24 rdi = 0x2004 {"%d\n"}
0x14b1 25 esi = r15d
0x14b4 26 eax = 0
0x14b6 27 call(0x1030)
0x14bb 28 rdi = rsp + 0x10 {var_13c8}
0x14c0 29 call(0x1050)
0x14c5 30 r12 = sx.q([rsp + 4 {var_13d4}].d)
0x14ca 31 rax = rax + 1
0x14d1 32 if (rax != r12) then 37 @ 0x14e7 else 41 @ 0x14d3
0x11e2 33 r14d = ecx
0x11e5 34 cond:0 = rax == 0
0x11e8 35 [rsp + 8 {var_13d0_1}].q = rax
0x11ed 36 if (cond:0) then 50 @ 0x124c else 52 @ 0x11ef
0x14e7 37 rbx = rsp + 0x9e0 {var_9f8}
0x14ef 38 r14 = rsp + 0x10 {var_13c8}
0x14f4 39 ebp = 0
0x14f6 40 goto 58 @ 0x152a
0x14d3 41 eax = 0
0x14d5 42 rsp = rsp + 0x13a8
0x14dc 43 rbx = pop
0x14dd 44 r12 = pop
0x14df 45 r13 = pop
0x14e1 46 r14 = pop
0x14e3 47 r15 = pop
0x14e5 48 rbp = pop
0x14e6 49 <return> jump(pop)
0x124c 50 ebp = 0
0x124c 51 goto 59 @ 0x1252
0x11ef 52 r13 = r12
0x11f2 53 r13 = r13 & 0xfffffffffffffffe
0x11f6 54 r15 = rsp + 0x9e0 {var_9f8}
0x11fe 55 rbx = rsp + 0x11 {var_13c7}
0x1203 56 ebp = 0
0x1205 57 goto 60 @ 0x1220
0x152a 58 if ([rsp + (rbp << 2) + 0x210].d != r15d) then 61 @ 0x1500 else 70 @ 0x152c
0x1252 59 if ((r12b & 1) == 0) then 75 @ 0x127f else 78 @ 0x1257
0x1220 60 if (r14d s<= 0) then 79 @ 0x1238 else 80 @ 0x1222
0x1500 61 rbp = rbp + 1
0x1504 62 rdi = r14 {var_13c8}
0x1507 63 call(0x1050)
0x150c 64 rcx = sx.q(r12d)
0x150f 65 rcx = neg.q(rcx)
0x1512 66 rax = rax + rcx
0x1515 67 rax = rax + 1
0x1519 68 rbx = rbx + 5
0x1520 69 if (rax u<= rbp) then 41 @ 0x14d3 else 58 @ 0x152a
0x152c 70 rdi = rbx
0x152f 71 eax = 0
0x1531 72 call(0x1080)
0x1536 73 r12d = [rsp + 4 {var_13d4}].d
0x153b 74 goto 61 @ 0x1500
0x127f 75 cond:1 = r12 == 0
0x1282 76 r11 = [rsp + 8 {var_13d0_1}].q
0x1287 77 if (cond:1) then 86 @ 0x1339 else 88 @ 0x128d
0x1257 78 if (r14d s<= 0) then 75 @ 0x127f else 93 @ 0x1259
0x1238 79 if (r14d s<= 0) then 102 @ 0x1210 else 105 @ 0x123a
0x1222 80 rsi = rbx + rbp
0x1226 81 rsi = rsi - 1
0x122a 82 rdi = r15
0x122d 83 rdx = r14
0x1230 84 call(0x1040)
0x1230 85 goto 79 @ 0x1238
0x1339 86 r15d = 0
0x133c 87 goto 24 @ 0x14aa
0x128d 88 r9 = rsp + 0x9e5 {var_9f3}
0x1295 89 r10d = 1
0x129b 90 rdx = rsp + 0x9e0 {var_9f8}
0x12a3 91 r8d = 0
0x12a6 92 goto 110 @ 0x12c1
0x1259 93 rsi = rsp + rbp
0x125d 94 rsi = rsi + 0x10
0x1261 95 rax = rbp << 2
0x1269 96 rax = rax + rbp
0x126c 97 rdi = rsp + rax
0x1270 98 rdi = rdi + 0x9e0
0x1277 99 rdx = r14
0x127a 100 call(0x1040)
0x127a 101 goto 75 @ 0x127f
0x1210 102 rbp = rbp + 2
0x1214 103 r15 = r15 + 0xa
0x121b 104 if (r13 == rbp) then 59 @ 0x1252 else 60 @ 0x1220
0x123a 105 rsi = rbx + rbp
0x123e 106 rdi = r15 + 5
0x1242 107 rdx = r14
0x1245 108 call(0x1040)
0x124a 109 goto 102 @ 0x1210
0x12c1 110 rdi = r8
0x12c4 111 [rsp + (r8 << 2) + 0x210].d = 1
0x12d0 112 r8 = r8 + 1
0x12d7 113 if (r12 u<= r8) then 114 @ 0x12b0 else 118 @ 0x12d9
0x12b0 114 r10 = r10 + 1
0x12b4 115 rdx = rdx + 5
0x12b8 116 r9 = r9 + 5
0x12bf 117 if (rdi == r11) then 122 @ 0x1327 else 110 @ 0x12c1
0x12d9 118 ebp = 1
0x12de 119 rax = r9
0x12e1 120 rcx = r10
0x12e4 121 goto 123 @ 0x130a
0x1327 122 if (r12 == 0) then 86 @ 0x1339 else 124 @ 0x132d
0x130a 123 if (r14d s<= 0) then 125 @ 0x12f0 else 128 @ 0x130c
0x132d 124 if (r12 u>= 8) then 130 @ 0x1341 else 137 @ 0x132f
0x12f0 125 ebp = ebp + 1
0x12f3 126 [rsp + (rdi << 2) + 0x210].d = ebp
0x12f3 127 goto 140 @ 0x12fa
0x130c 128 esi = 0
0x130e 129 goto 143 @ 0x1310
0x1341 130 rax = r12
0x1344 131 rax = rax & 0xfffffffffffffff8
0x1348 132 rdx = rax - 8
0x134c 133 rcx = rdx
0x134f 134 rcx = rcx u>> 3
0x1353 135 rcx = rcx + 1
0x135a 136 if (rdx == 0) then 145 @ 0x1495 else 149 @ 0x1360
0x132f 137 eax = 0
0x1331 138 r15d = 0
0x1334 139 goto 155 @ 0x153d
0x12fa 140 rcx = rcx + 1
0x12fe 141 rax = rax + 5
0x1305 142 if (r12 u<= rcx) then 114 @ 0x12b0 else 123 @ 0x130a
0x1310 143 ebx = zx.d([rdx + rsi].b)
0x1317 144 if (bl != [rax + rsi].b) then 140 @ 0x12fa else 157 @ 0x1319
0x1495 145 xmm0 = 0
0x1499 146 edx = 0
0x149b 147 xmm1 = 0
0x14a2 148 if ((cl & 1) != 0) then 159 @ 0x1403 else 174 @ 0x14a8
0x1360 149 rsi = rcx
0x1363 150 rsi = rsi & 0xfffffffffffffffe
0x1367 151 xmm0 = 0
0x136b 152 edx = 0
0x136d 153 xmm1 = 0
0x137b 154 goto 175 @ 0x1380
0x153d 155 ecx = [rsp + (rax << 2) + 0x210].d
0x1547 156 if (ecx s> r15d) then 203 else 205 @ 0x154b
0x1319 157 rsi = rsi + 1
0x1320 158 if (r14 != rsi) then 143 @ 0x1310 else 207 @ 0x1322
0x1403 159 xmm2 = [rsp + (rdx << 2) + 0x210].o
0x140c 160 xmm3 = [rsp + (rdx << 2) + 0x220].o
0x1415 161 xmm4 = xmm2
0x1419 162 xmm4 = _mm_cmpgt_epi32(xmm4, xmm0)
0x141d 163 xmm2 = xmm2 & xmm4
0x1421 164 xmm4 = xmm4 & not.o(xmm0)
0x1425 165 xmm4 = xmm4 | xmm2
0x1429 166 xmm2 = xmm3
0x142d 167 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x1431 168 xmm3 = xmm3 & xmm2
0x1435 169 xmm2 = xmm2 & not.o(xmm1)
0x1439 170 xmm2 = xmm2 | xmm3
0x143d 171 xmm0 = xmm4
0x1441 172 xmm1 = xmm2
0x1441 173 goto 208 @ 0x1445
0x14a8 174 goto 208 @ 0x1445
0x1380 175 xmm2 = [rsp + (rdx << 2) + 0x210].o
0x1389 176 xmm3 = [rsp + (rdx << 2) + 0x220].o
0x1392 177 xmm4 = [rsp + (rdx << 2) + 0x230].o
0x139b 178 xmm5 = [rsp + (rdx << 2) + 0x240].o
0x13a4 179 xmm6 = xmm2
0x13a8 180 xmm6 = _mm_cmpgt_epi32(xmm6, xmm0)
0x13ac 181 xmm2 = xmm2 & xmm6
0x13b0 182 xmm6 = xmm6 & not.o(xmm0)
0x13b4 183 xmm6 = xmm6 | xmm2
0x13b8 184 xmm2 = xmm3
0x13bc 185 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x13c0 186 xmm3 = xmm3 & xmm2
0x13c4 187 xmm2 = xmm2 & not.o(xmm1)
0x13c8 188 xmm2 = xmm2 | xmm3
0x13cc 189 xmm0 = xmm4
0x13d0 190 xmm0 = _mm_cmpgt_epi32(xmm0, xmm6)
0x13d4 191 xmm4 = xmm4 & xmm0
0x13d8 192 xmm0 = xmm0 & not.o(xmm6)
0x13dc 193 xmm0 = xmm0 | xmm4
0x13e0 194 xmm1 = xmm5
0x13e4 195 xmm1 = _mm_cmpgt_epi32(xmm1, xmm2)
0x13e8 196 xmm5 = xmm5 & xmm1
0x13ec 197 xmm1 = xmm1 & not.o(xmm2)
0x13f0 198 xmm1 = xmm1 | xmm5
0x13f4 199 rdx = rdx + 0x10
0x13f8 200 temp1.q = rsi
0x13f8 201 rsi = rsi - 2
0x13fc 202 if (temp1.q != 2) then 175 @ 0x1380 else 227 @ 0x1401
0x1547 203 r15d = ecx
0x1547 204 goto 205 @ 0x154b
0x154b 205 rax = rax + 1
0x154b 206 goto 228 @ 0x1552
0x1322 207 goto 125 @ 0x12f0
0x1445 208 xmm2 = xmm0
0x1449 209 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x144d 210 xmm0 = xmm0 & xmm2
0x1451 211 xmm2 = xmm2 & not.o(xmm1)
0x1455 212 xmm2 = xmm2 | xmm0
0x1459 213 xmm0 = _mm_shuffle_epi32(xmm2, 0xee)
0x145e 214 xmm1 = xmm2
0x1462 215 xmm1 = _mm_cmpgt_epi32(xmm1, xmm0)
0x1466 216 xmm2 = xmm2 & xmm1
0x146a 217 xmm1 = xmm1 & not.o(xmm0)
0x146e 218 xmm1 = xmm1 | xmm2
0x1472 219 xmm0 = _mm_shuffle_epi32(xmm1, 0x55)
0x1477 220 xmm2 = xmm1
0x147b 221 xmm2 = _mm_cmpgt_epi32(xmm2, xmm0)
0x147f 222 xmm1 = xmm1 & xmm2
0x1483 223 xmm2 = xmm2 & not.o(xmm0)
0x1487 224 xmm2 = xmm2 | xmm1
0x148b 225 r15d = xmm2.d
0x1490 226 goto 228 @ 0x1552
0x1401 227 if ((cl & 1) == 0) then 208 @ 0x1445 else 159 @ 0x1403
0x1552 228 if (r12 != rax) then 155 @ 0x153d else 229 @ 0x1558
0x1558 229 if (r15d != 1) then 24 @ 0x14aa else 230 @ 0x155e
0x155e 230 rdi = 0x2008 {"NO"}
0x1565 231 eax = 0
0x1567 232 call(0x1030)
0x156c 233 goto 41 @ 0x14d3
int64_t _fini():
0x1578 0 rsp = rsp - 8
0x157c 1 rsp = rsp + 8
0x1580 2 <return> jump(pop)
| POJ_51 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVAUATSH\t"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(r13)
0x1166 3 push(r12)
0x1168 4 push(rbx)
0x1169 5 rsp = rsp - 0x9b0
0x1170 6 rdi = 0x2030 {"%d"}
0x1177 7 rsi = rsp + 0xc {var_9cc}
0x117c 8 eax = 0
0x117e 9 call(0x1040)
0x1188 10 if ([rsp + 0xc {var_9cc}].d s<= 0) then 11 @ 0x13ee else 19 @ 0x118e
0x13ee 11 eax = 0
0x13f0 12 rsp = rsp + 0x9b0
0x13f7 13 rbx = pop
0x13f8 14 r12 = pop
0x13fa 15 r13 = pop
0x13fc 16 r14 = pop
0x13fe 17 r15 = pop
0x1400 18 <return> jump(pop)
0x118e 19 r14 = rsp + 0x58 {var_980}
0x1193 20 r15 = rsp + 0x378 {var_660}
0x119b 21 r13 = rsp + 0x698 {var_340}
0x11a3 22 r12 = 0x2033 {"%lf %lf %lf"}
0x11aa 23 ebx = 0
0x11ac 24 goto 25 @ 0x11b0
0x11b0 25 rdi = r12
0x11b3 26 rsi = r14
0x11b6 27 rdx = r15
0x11b9 28 rcx = r13
0x11bc 29 eax = 0
0x11be 30 call(0x1040)
0x11c3 31 rax = sx.q([rsp + 0xc {var_9cc}].d)
0x11c8 32 rbx = rbx + 1
0x11cc 33 r14 = r14 + 8
0x11d0 34 r15 = r15 + 8
0x11d4 35 r13 = r13 + 8
0x11db 36 if (rbx s< rax) then 25 @ 0x11b0 else 37 @ 0x11df
0x11df 37 if (eax s<= 0) then 11 @ 0x13ee else 38 @ 0x11e5
0x11e5 38 ebx = 0
0x11e7 39 xmm3 = [0x2020].o
0x11ef 40 r12 = 0x203f {"x1=%.5f;x2=%.5f\n"}
0x11f6 41 r14 = 0x2050 {"x1=x2=%.5f\n"}
0x11fd 42 r15 = 0x205c {"x1=%.5f+%.5fi;x2=%.5f-%.5fi\n"}
0x1204 43 goto 44 @ 0x125a
0x125a 44 xmm4 = zx.o([rsp + (rbx << 3) + 0x378].q)
0x1263 45 xmm0 = zx.o([rsp + (rbx << 3) + 0x58].q)
0x1269 46 xmm1 = xmm0
0x126d 47 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x1275 48 xmm1.q = xmm1.q f* fconvert.t([rsp + (rbx << 3) + 0x698].q)
0x127e 49 xmm2 = xmm4
0x1282 50 xmm2.q = xmm2.q f* xmm4.q
0x1286 51 xmm2.q = xmm2.q f+ xmm1.q
0x128a 52 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2018].q))
0x128a 53 flag:c = xmm2.q f< fconvert.t([0x2018].q) | is_unordered.q(xmm2.q, fconvert.t([0x2018].q))
0x128a 54 flag:z = xmm2.q f== fconvert.t([0x2018].q) | is_unordered.q(xmm2.q, fconvert.t([0x2018].q))
0x128a 55 flag:s = 0
0x128a 56 flag:o = 0
0x128a 57 flag:a = 0
0x1292 58 if (flag:z || flag:c) then 59 @ 0x1340 else 63 @ 0x1298
0x1340 59 xmm4 = _mm_xor_pd(xmm4, xmm3)
0x1344 60 xmm0.q = xmm0.q f+ xmm0.q
0x1348 61 xmm4.q = xmm4.q f/ xmm0.q
0x134c 62 if (not(flag:z)) then 68 @ 0x1363 else 77 @ 0x134e
0x1298 63 xmm0 = 0
0x129b 64 xmm0 = _mm_sqrt_sd(xmm2.q)
0x129f 65 xmm5 = xmm0
0x12a3 66 [rsp + 0x10 {var_9c8_1}].o = xmm4
0x12a9 67 if (not(flag:c)) then 78 @ 0x12de else 87 @ 0x12ab
0x1363 68 xmm0 = zx.o([0x2010].q)
0x136b 69 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x136b 70 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x136b 71 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x136b 72 flag:s = 0
0x136b 73 flag:o = 0
0x136b 74 flag:a = 0
0x136f 75 xmm2 = _mm_xor_pd(xmm2, xmm3)
0x1373 76 if (flag:c) then 97 @ 0x137e else 103 @ 0x1375
0x134e 77 if (flag:p) then 68 @ 0x1363 else 106 @ 0x1350
0x12de 78 xmm6 = zx.o([rsp + (rbx << 3) + 0x58].q)
0x12e4 79 xmm1 = zx.o([rsp + (rbx << 3) + 0x378].q)
0x12ed 80 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2018].q))
0x12ed 81 flag:c = xmm2.q f< fconvert.t([0x2018].q) | is_unordered.q(xmm2.q, fconvert.t([0x2018].q))
0x12ed 82 flag:z = xmm2.q f== fconvert.t([0x2018].q) | is_unordered.q(xmm2.q, fconvert.t([0x2018].q))
0x12ed 83 flag:s = 0
0x12ed 84 flag:o = 0
0x12ed 85 flag:a = 0
0x12f5 86 if (not(flag:c)) then 111 @ 0x1210 else 124 @ 0x12fb
0x12ab 87 [rsp + 0x20 {var_9b8}].q = xmm0.q
0x12b1 88 xmm0 = xmm2
0x12b5 89 [rsp + 0x30 {var_9a8}].o = xmm2
0x12bb 90 call(0x1050)
0x12c0 91 xmm2 = [rsp + 0x30 {var_9a8}].o
0x12c6 92 xmm4 = [rsp + 0x10 {var_9c8_1}].o
0x12cc 93 xmm3 = [0x2020].o
0x12d4 94 xmm5 = xmm0
0x12d8 95 xmm0 = zx.o([rsp + 0x20 {var_9b8}].q)
0x12d8 96 goto 78 @ 0x12de
0x137e 97 xmm0 = xmm2
0x1382 98 [rsp + 0x10 {var_9c8_2}].o = xmm4
0x1388 99 call(0x1050)
0x138d 100 xmm4 = [rsp + 0x10 {var_9c8_2}].o
0x1393 101 xmm3 = [0x2020].o
0x1393 102 goto 135 @ 0x139b
0x1375 103 xmm0 = 0
0x1378 104 xmm0 = _mm_sqrt_sd(xmm2.q)
0x137c 105 goto 135 @ 0x139b
0x1350 106 rdi = r14
0x1353 107 xmm0 = xmm4
0x1357 108 al = 1
0x1359 109 call(0x1030)
0x135e 110 goto 155 @ 0x1240
0x1210 111 xmm5.q = xmm5.q f- xmm4.q
0x1214 112 xmm6.q = xmm6.q f+ xmm6.q
0x1218 113 xmm5.q = xmm5.q f/ xmm6.q
0x121c 114 xmm1 = _mm_xor_pd(xmm1, xmm3)
0x1220 115 xmm1.q = xmm1.q f- xmm0.q
0x1224 116 xmm0 = zx.o([rsp + (rbx << 3) + 0x58].q)
0x122a 117 xmm0.q = xmm0.q f+ xmm0.q
0x122e 118 xmm1.q = xmm1.q f/ xmm0.q
0x1232 119 rdi = r12
0x1235 120 xmm0 = xmm5
0x1239 121 al = 2
0x123b 122 call(0x1030)
0x123b 123 goto 155 @ 0x1240
0x12fb 124 xmm0 = xmm2
0x12ff 125 [rsp + 0x30 {var_9a8}].q = xmm5.q
0x1305 126 [rsp + 0x20 {var_9b8}].o = xmm1
0x130b 127 [rsp + 0x48 {var_990_1}].q = xmm6.q
0x1311 128 call(0x1050)
0x1316 129 xmm6 = zx.o([rsp + 0x48 {var_990_1}].q)
0x131c 130 xmm1 = [rsp + 0x20 {var_9b8}].o
0x1322 131 xmm5 = zx.o([rsp + 0x30 {var_9a8}].q)
0x1328 132 xmm4 = [rsp + 0x10 {var_9c8_1}].o
0x132e 133 xmm3 = [0x2020].o
0x1336 134 goto 111 @ 0x1210
0x139b 135 xmm1 = zx.o([rsp + (rbx << 3) + 0x58].q)
0x13a1 136 xmm1.q = xmm1.q f+ xmm1.q
0x13a5 137 xmm0.q = xmm0.q f/ xmm1.q
0x13a9 138 xmm2 = xmm0
0x13ad 139 xmm2 = _mm_xor_pd(xmm2, xmm3)
0x13b1 140 xmm1 = xmm0
0x13b5 141 xmm3 = _mm_xor_pd(xmm3, xmm3)
0x13b9 142 xmm1 = _mm_cmpeq_sd(xmm1.q, xmm3.q, 1)
0x13be 143 xmm2 = _mm_and_pd(xmm2, xmm1)
0x13c2 144 xmm1 = _mm_andnot_pd(xmm1, xmm0)
0x13c6 145 xmm1 = _mm_or_pd(xmm1, xmm2)
0x13ca 146 xmm0 = xmm4
0x13ce 147 xmm0 = _mm_cmpeq_sd(xmm0.q, xmm3.q, 0)
0x13d3 148 xmm0 = _mm_andnot_pd(xmm0, xmm4)
0x13d7 149 rdi = r15
0x13da 150 xmm2 = xmm0
0x13de 151 xmm3 = xmm1
0x13e2 152 al = 4
0x13e4 153 call(0x1030)
0x13e9 154 goto 155 @ 0x1240
0x1240 155 xmm3 = [0x2020].o
0x1248 156 rax = sx.q([rsp + 0xc {var_9cc}].d)
0x124d 157 rbx = rbx + 1
0x1254 158 if (rbx s>= rax) then 11 @ 0x13ee else 44 @ 0x125a
int64_t _fini():
0x1408 0 rsp = rsp - 8
0x140c 1 rsp = rsp + 8
0x1410 2 <return> jump(pop)
| POJ_27 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(rbx)
0x1165 3 rsp = rsp - 0x3f0
0x116c 4 rdi = 0x2004 {"%s"}
0x1173 5 rbx = rsp {var_408}
0x1176 6 rsi = rbx {var_408}
0x1179 7 eax = 0
0x117b 8 call(0x1050)
0x1180 9 rdi = rbx {var_408}
0x1183 10 call(0x1040)
0x118a 11 if (eax s<= 0) then 12 @ 0x11bc else 13 @ 0x118c
0x11bc 12 if (eax s<= 0) then 16 @ 0x120e else 22 @ 0x11be
0x118c 13 ecx = eax
0x118e 14 edx = 0
0x1190 15 goto 27 @ 0x11a9
0x120e 16 eax = 0
0x1210 17 rsp = rsp + 0x3f0
0x1217 18 rbx = pop
0x1218 19 r14 = pop
0x121a 20 r15 = pop
0x121c 21 <return> jump(pop)
0x11be 22 r15d = eax
0x11c1 23 edx = 1
0x11c6 24 r14 = 0x2007 {"(%c,%d)"}
0x11cd 25 ebx = 0
0x11cf 26 goto 29 @ 0x11f4
0x11a9 27 ebx = zx.d([rsp + rdx].b)
0x11b0 28 if (bl s< 0x61) then 33 @ 0x11a0 else 35 @ 0x11b2
0x11f4 29 rax = rbx
0x11f7 30 esi = sx.d([rsp + rbx].b)
0x11fb 31 rbx = rbx + 1
0x1204 32 if (sil != [rsp + rax + 1].b) then 38 @ 0x11e0 else 43 @ 0x1206
0x11a0 33 rdx = rdx + 1
0x11a7 34 if (rcx == rdx) then 12 @ 0x11bc else 27 @ 0x11a9
0x11b2 35 bl = bl - 0x20
0x11b5 36 [rsp + rdx].b = bl
0x11b8 37 goto 33 @ 0x11a0
0x11e0 38 rdi = r14
0x11e3 39 eax = 0
0x11e5 40 call(0x1030)
0x11ea 41 edx = 1
0x11f2 42 if (r15 == rbx) then 16 @ 0x120e else 29 @ 0x11f4
0x1206 43 edx = edx + 1
0x120c 44 if (r15 != rbx) then 29 @ 0x11f4 else 16 @ 0x120e
int64_t _fini():
0x1224 0 rsp = rsp - 8
0x1228 1 rsp = rsp + 8
0x122c 2 <return> jump(pop)
| POJ_103 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAVSH0_"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r14)
0x1153 2 push(rbx)
0x1154 3 rsp = rsp - 0x125f30
0x115b 4 rdi = 0x2006 {"%d"}
0x1162 5 rsi = rsp + 0xc {var_125f3c}
0x1167 6 eax = 0
0x1169 7 call(0x1040)
0x116e 8 rbx = rsp + 0x62a34 {var_c3514}
0x1176 9 r14 = 0x2004 {"%d%d"}
0x117d 10 ebp = 0
0x117f 11 goto 12 @ 0x1197
0x1197 12 rsi = rbx - 4
0x119b 13 rdi = r14
0x119e 14 rdx = rbx
0x11a1 15 eax = 0
0x11a3 16 call(0x1040)
0x11ac 17 if ([rbx - 4].d != 0) then 18 @ 0x1190 else 21 @ 0x11b1
0x1190 18 ebp = ebp - 1
0x1193 19 rbx = rbx + 8
0x1193 20 goto 12 @ 0x1197
0x11b1 21 if ([rbx].d != 0) then 18 @ 0x1190 else 22 @ 0x11b3
0x11b3 22 r9d = [rsp + 0xc {var_125f3c}].d
0x11b8 23 r8d = ebp
0x11bb 24 r8d = neg.d(r8d)
0x11c1 25 if (r9d s<= 0) then 26 @ 0x1213 else 28 @ 0x11c3
0x1213 26 ecx = 0
0x1213 27 goto 35 @ 0x1218
0x11c3 28 ecx = ebp
0x11c5 29 ecx = not.d(ecx)
0x11c7 30 edx = ecx
0x11c9 31 edi = r8d
0x11cc 32 ecx = 0
0x11ce 33 ebx = 0
0x11d0 34 goto 36 @ 0x11ea
0x1218 35 if (ecx != 1) then 37 @ 0x1268 else 39 @ 0x121a
0x11ea 36 if (ebp == 0) then 42 @ 0x11e0 else 44 @ 0x11ec
0x1268 37 rdi = 0x2013 {"N0T FOUND"}
0x126f 38 goto 46 @ 0x12de
0x121a 39 ecx = 0
0x121c 40 edx = 0
0x1223 41 if (ebp == 0) then 49 @ 0x1274 else 50 @ 0x1225
0x11e0 42 ebx = ebx + 1
0x11e6 43 if (ebx == r9d) then 35 @ 0x1218 else 36 @ 0x11ea
0x11ec 44 esi = 0
0x11ee 45 goto 55 @ 0x1200
0x12de 46 eax = 0
0x12e0 47 call(0x1030)
0x12e0 48 goto 56 @ 0x12e5
0x1274 49 if (r9d s<= 0) then 62 @ 0x12c1 else 63 @ 0x1276
0x1225 50 edi = [rsp + 0x14 {var_125f34}].d
0x1229 51 esi = r8d
0x122c 52 ebp = 0
0x122e 53 edx = 0
0x1230 54 goto 68 @ 0x1250
0x1200 55 if (ebx == [rsp + (rsi << 3) + 0x62a30].d) then 42 @ 0x11e0 else 69 @ 0x1205
0x12e5 56 eax = 0
0x12e7 57 rsp = rsp + 0x125f30
0x12ee 58 rbx = pop
0x12ef 59 r14 = pop
0x12f1 60 rbp = pop
0x12f2 61 <return> jump(pop)
0x12c1 62 if (ecx != 1) then 70 @ 0x12d7 else 72 @ 0x12c3
0x1276 63 esi = (rdx - 1).d
0x1279 64 edi = edx
0x127b 65 ecx = 0
0x127d 66 ebp = 0
0x127f 67 goto 77 @ 0x129a
0x1250 68 if (edi != [rsp + (rbp << 3) + 0x62a34].d) then 78 @ 0x1240 else 80 @ 0x1252
0x1205 69 if (rdx != rsi) then 85 @ 0x11f0 else 87 @ 0x1207
0x12d7 70 rdi = 0x2009 {"NOT FOUND"}
0x12d7 71 goto 46 @ 0x12de
0x12c3 72 esi = [rsp + 0x14 {var_125f34}].d
0x12c7 73 rdi = 0x2006 {"%d"}
0x12ce 74 eax = 0
0x12d0 75 call(0x1030)
0x12d5 76 goto 56 @ 0x12e5
0x129a 77 if (edx s<= 0) then 91 @ 0x1290 else 93 @ 0x129c
0x1240 78 rbp = rbp + 1
0x1247 79 if (rsi == rbp) then 49 @ 0x1274 else 68 @ 0x1250
0x1252 80 eax = [rsp + (rbp << 3) + 0x62a30].d
0x1259 81 rdx = sx.q(edx)
0x125c 82 [rsp + (rdx << 2) + 0xfb0].d = eax
0x1263 83 edx = edx + 1
0x1266 84 goto 78 @ 0x1240
0x11f0 85 rsi = rsi + 1
0x11f7 86 if (rdi == rsi) then 42 @ 0x11e0 else 55 @ 0x1200
0x1207 87 rax = sx.q(ecx)
0x120a 88 ecx = ecx + 1
0x120d 89 [rsp + (rax << 2) + 0x14].d = ebx
0x1211 90 goto 85 @ 0x11f0
0x1290 91 ebp = ebp + 1
0x1296 92 if (ebp == r9d) then 62 @ 0x12c1 else 77 @ 0x129a
0x129c 93 ebx = 0
0x129e 94 goto 95 @ 0x12a7
0x12a7 95 if (ebp == [rsp + (rbx << 2) + 0xfb0].d) then 91 @ 0x1290 else 96 @ 0x12a9
0x12a9 96 eax = 0
0x12ae 97 al = rsi == rbx
0x12b1 98 ecx = ecx + eax
0x12b3 99 rbx = rbx + 1
0x12ba 100 if (rdi != rbx) then 95 @ 0x12a7 else 101 @ 0x12bc
0x12bc 101 goto 91 @ 0x1290
int64_t _fini():
0x12f8 0 rsp = rsp - 8
0x12fc 1 rsp = rsp + 8
0x1300 2 <return> jump(pop)
| POJ_89 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAVSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r14)
0x1153 2 push(rbx)
0x1154 3 rsp = rsp - 0xfb0
0x115b 4 r14 = 0x2004 {"%d"}
0x1162 5 rsi = rsp + 0xc {var_fbc}
0x1167 6 rdi = r14
0x116a 7 eax = 0
0x116c 8 call(0x1040)
0x1171 9 rbx = rsp + 0x10 {var_fb8}
0x1176 10 ebp = 0
0x1178 11 goto 12 @ 0x1180
0x1180 12 rdi = r14
0x1183 13 rsi = rbx
0x1186 14 eax = 0
0x1188 15 call(0x1040)
0x118d 16 rbp = rbp + 1
0x1191 17 rax = sx.q([rsp + 0xc {var_fbc}].d)
0x1196 18 rbx = rbx + 4
0x119d 19 if (rbp s< rax) then 12 @ 0x1180 else 20 @ 0x119f
0x119f 20 r8d = eax
0x11a2 21 ebp = [rsp + 0x10 {var_fb8}].d
0x11aa 22 if (r8d s< 2) then 23 @ 0x11da else 25 @ 0x11ac
0x11da 23 esi = ebp
0x11da 24 goto 28 @ 0x11dc
0x11ac 25 eax = r8d
0x11af 26 r8 = r8 - 1
0x11b6 27 if (eax != 2) then 42 @ 0x1207 else 49 @ 0x11b8
0x11dc 28 r14 = 0x2007 {"%d\n"}
0x11e3 29 rdi = r14
0x11e6 30 eax = 0
0x11e8 31 call(0x1030)
0x11ed 32 rdi = r14
0x11f0 33 esi = ebp
0x11f2 34 eax = 0
0x11f4 35 call(0x1030)
0x11f9 36 eax = 0
0x11fb 37 rsp = rsp + 0xfb0
0x1202 38 rbx = pop
0x1203 39 r14 = pop
0x1205 40 rbp = pop
0x1206 41 <return> jump(pop)
0x1207 42 rdx = r8
0x120a 43 rdx = rdx & 0xfffffffffffffffe
0x120e 44 rdx = neg.q(rdx)
0x1211 45 ecx = 1
0x1216 46 edi = ebp
0x1218 47 ebx = ebp
0x121a 48 goto 52 @ 0x123e
0x11b8 49 ecx = 1
0x11bd 50 esi = ebp
0x11bd 51 goto 54 @ 0x11c3
0x123e 52 eax = [rsp + (rcx << 2) + 0x10].d
0x1244 53 if (eax s> edi) then 55 else 57 @ 0x1247
0x11c3 54 if ((r8b & 1) == 0) then 28 @ 0x11dc else 59 @ 0x11c5
0x1244 55 edi = eax
0x1244 56 goto 57 @ 0x1247
0x1247 57 cond:0 = eax s> ebx
0x1249 58 if (eax s<= ebx) then 61 else 63 @ 0x124c
0x11c5 59 eax = [rsp + (rcx << 2) + 0x10].d
0x11cb 60 if (eax s> ebp) then 65 else 67 @ 0x11ce
0x1249 61 eax = ebx
0x1249 62 goto 63 @ 0x124c
0x124c 63 esi = [rsp + (rcx << 2) + 0x14].d
0x1250 64 if (cond:0) then 69 else 71 @ 0x1253
0x11cb 65 ebp = eax
0x11cb 66 goto 67 @ 0x11ce
0x11ce 67 cond:1 = eax s> esi
0x11d0 68 if (eax s<= esi) then 73 else 75 @ 0x11d3
0x1250 69 edi = ebx
0x1250 70 goto 71 @ 0x1253
0x1253 71 ebp = esi
0x1257 72 if (esi s> edi) then 76 @ 0x1220 else 78 @ 0x1259
0x11d0 73 eax = esi
0x11d0 74 goto 75 @ 0x11d3
0x11d3 75 if (cond:1) then 80 else 82 @ 0x11d6
0x1220 76 cond:2 = esi s> eax
0x1222 77 if (esi s<= eax) then 84 else 86 @ 0x1225
0x1259 78 ebp = edi
0x125b 79 goto 76 @ 0x1220
0x11d3 80 ebp = esi
0x11d3 81 goto 82 @ 0x11d6
0x11d6 82 esi = eax
0x11d8 83 goto 28 @ 0x11dc
0x1222 84 esi = eax
0x1222 85 goto 86 @ 0x1225
0x1225 86 if (cond:2) then 87 else 89 @ 0x1228
0x1225 87 ebp = eax
0x1225 88 goto 89 @ 0x1228
0x1228 89 rax = rdx + rcx
0x122c 90 rax = rax + 2
0x1230 91 rcx = rcx + 2
0x1234 92 edi = ebp
0x1236 93 ebx = esi
0x123c 94 if (rax == 1) then 54 @ 0x11c3 else 52 @ 0x123e
int64_t _fini():
0x1264 0 rsp = rsp - 8
0x1268 1 rsp = rsp + 8
0x126c 2 <return> jump(pop)
| POJ_84 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* gets(char* buf):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVATSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r12)
0x1167 4 push(rbx)
0x1168 5 rsp = rsp - 0x1c0
0x116f 6 xmm0 = 0
0x1172 7 [rsp + 0x50 {var_198}].o = xmm0
0x1177 8 [rsp + 0x40 {var_1a8}].o = xmm0
0x117c 9 [rsp + 0x30 {var_1b8}].o = xmm0
0x1181 10 [rsp + 0x20 {var_1c8}].o = xmm0
0x1186 11 [rsp + 0x10 {var_1d8}].o = xmm0
0x118b 12 [rsp {var_1e8}].o = xmm0
0x118f 13 [rsp + 0x5d {var_198+0xd}].q = 0
0x1198 14 r15 = rsp + 0x70 {var_178}
0x119d 15 rdi = r15 {var_178}
0x11a0 16 eax = 0
0x11a2 17 call(0x1040)
0x11a7 18 r14 = rsp + 0xe0 {var_108}
0x11af 19 rdi = r14 {var_108}
0x11b2 20 eax = 0
0x11b4 21 call(0x1040)
0x11b9 22 rbx = rsp + 0x150 {var_98}
0x11c1 23 rdi = rbx {var_98}
0x11c4 24 eax = 0
0x11c6 25 call(0x1040)
0x11cb 26 rdi = r14 {var_108}
0x11ce 27 call(0x1030)
0x11d3 28 r12 = rax
0x11d6 29 rdi = rbx {var_98}
0x11d9 30 call(0x1030)
0x11de 31 cl = [rsp + 0x70 {var_178}].b
0x11e4 32 if (cl == 0) then 33 @ 0x12eb else 43 @ 0x11ea
0x12eb 33 edi = 0xa {""}
0x12f0 34 call(0x1050)
0x12f5 35 eax = 0
0x12f7 36 rsp = rsp + 0x1c0
0x12fe 37 rbx = pop
0x12ff 38 r12 = pop
0x1301 39 r14 = pop
0x1303 40 r15 = pop
0x1305 41 rbp = pop
0x1306 42 <return> jump(pop)
0x11ea 43 r14 = rax
0x11ed 44 bl = [rsp + 0xe0 {var_108}].b
0x11f4 45 temp0.d = r12d
0x11f4 46 cond:0 = temp0.d != 0
0x11f7 47 if (temp0.d s<= 0) then 48 @ 0x1267 else 49 @ 0x11f9
0x1267 48 if (cond:0) then 54 @ 0x1293 else 58 @ 0x126b
0x11f9 49 edx = r12d
0x11fc 50 esi = 0
0x11fe 51 rdi = r15 {var_178}
0x1201 52 eax = ecx
0x1203 53 goto 59 @ 0x1226
0x1293 54 r15d = (r12 - 1).d
0x1298 55 r12d = r14d
0x129b 56 ebp = 0
0x129d 57 goto 60 @ 0x12b7
0x126b 58 if (cl != bl) then 62 @ 0x1307 else 65 @ 0x1271
0x1226 59 if (al != bl) then 67 @ 0x1232 else 68 @ 0x122e
0x12b7 60 al = [rsp + rbp].b
0x12bc 61 if (al == 0) then 69 @ 0x12a0 else 72 @ 0x12c0
0x1307 62 edx = 0
0x1309 63 eax = ecx
0x130b 64 goto 73 @ 0x1323
0x1271 65 eax = 0
0x127d 66 goto 74 @ 0x1280
0x1232 67 if (cl != bl) then 78 @ 0x1214 else 82 @ 0x1234
0x122e 68 if ([rsi + r15 - 1].b == 0x20) then 82 @ 0x1234 else 67 @ 0x1232
0x12a0 69 edi = sx.d(cl)
0x12a3 70 call(0x1050)
0x12a3 71 goto 84 @ 0x12a8
0x12c0 72 if (al != 1) then 84 @ 0x12a8 else 88 @ 0x12c5
0x1323 73 if (al != bl) then 89 @ 0x1310 else 92 @ 0x132a
0x1280 74 [rsp + rax].b = 1
0x1284 75 cond:1 = [rsp + rax + 0x71].b != 0
0x1289 76 rax = rax + 1
0x128d 77 if (cond:1) then 74 @ 0x1280 else 93 @ 0x1291
0x1214 78 al = [rsp + rsi + 0x71].b
0x1218 79 rsi = rsi + 1
0x121c 80 rdi = rdi + 1
0x1222 81 if (al == 0) then 93 @ 0x1291 else 59 @ 0x1226
0x1234 82 ebp = 0
0x1236 83 goto 94 @ 0x1240
0x12a8 84 rbp = sx.q(ebp)
0x12ab 85 cl = [rsp + rbp + 0x71].b
0x12af 86 rbp = rbp + 1
0x12b5 87 if (cl == 0) then 33 @ 0x12eb else 60 @ 0x12b7
0x12c5 88 if (r14d s<= 0) then 96 @ 0x12e6 else 98 @ 0x12c7
0x1310 89 eax = zx.d([rsp + rdx + 0x71].b)
0x1315 90 rdx = rdx + 1
0x131b 91 if (al == 0) then 93 @ 0x1291 else 73 @ 0x1323
0x132a 92 if ([rsp + rdx + 0x6f].b != 0x20) then 89 @ 0x1310 else 100 @ 0x132c
0x1291 93 if (cl == 0) then 33 @ 0x12eb else 54 @ 0x1293
0x1240 94 eax = zx.d([rdi + rbp].b)
0x124b 95 if (al != [rsp + rbp + 0xe0].b) then 102 @ 0x1263 else 103 @ 0x124d
0x12e6 96 ebp = ebp + r15d
0x12e9 97 goto 84 @ 0x12a8
0x12c7 98 ebx = 0
0x12c9 99 goto 105 @ 0x12d0
0x132c 100 [rsp + rdx].b = 1
0x1330 101 goto 89 @ 0x1310
0x1263 102 if (r12d == ebp) then 109 @ 0x1210 else 111 @ 0x1265
0x124d 103 rbp = rbp + 1
0x1254 104 if (rdx != rbp) then 94 @ 0x1240 else 112 @ 0x1256
0x12d0 105 edi = sx.d([rsp + rbx + 0x150].b)
0x12d8 106 call(0x1050)
0x12dd 107 rbx = rbx + 1
0x12e4 108 if (r12 != rbx) then 105 @ 0x12d0 else 96 @ 0x12e6
0x1210 109 [rsp + rsi].b = 1
0x1210 110 goto 78 @ 0x1214
0x1265 111 goto 78 @ 0x1214
0x1256 112 goto 109 @ 0x1210
int64_t _fini():
0x1338 0 rsp = rsp - 8
0x133c 1 rsp = rsp + 8
0x1340 2 <return> jump(pop)
| POJ_19 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVSH L5"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(rbx)
0x1155 3 rsp = rsp - 0x20
0x1159 4 r14 = 0x2020 {"%d"}
0x1160 5 r15 = 0x2023 {"%d\n"}
0x1167 6 ebx = 0
0x1169 7 goto 8 @ 0x118a
0x118a 8 rsi = rsp + (rbx << 2)
0x118e 9 rdi = r14
0x1191 10 eax = 0
0x1193 11 call(0x1040)
0x1198 12 eax = [rsp + (rbx << 2)].d
0x119d 13 if (eax s< 0) then 14 @ 0x11e0 else 20 @ 0x119f
0x11e0 14 xmm0 = 0
0x11e3 15 xmm0.q = float.d(eax)
0x11e7 16 xmm0 = __andpd_xmmxuq_memxuq(xmm0, [0x2010].o)
0x11ef 17 eax = int.d(ftrunc(xmm0.q))
0x11f3 18 esi = 0
0x11f7 19 if (eax s<= 0) then 22 @ 0x1170 else 24 @ 0x11fd
0x119f 20 esi = 0
0x11ab 21 goto 25 @ 0x11b0
0x1170 22 esi = neg.d(esi)
0x1170 23 goto 38 @ 0x1172
0x11fd 24 goto 43 @ 0x1200
0x11b0 25 ecx = (rsi + (rsi << 2)).d
0x11b3 26 rdx = sx.q(eax)
0x11b6 27 rax = rdx * 0x66666667
0x11bd 28 rsi = rax
0x11c0 29 rsi = rsi u>> 0x3f
0x11c4 30 rax = rax s>> 0x22
0x11c8 31 eax = eax + esi
0x11ca 32 esi = (rax + rax).d
0x11cd 33 esi = (rsi + (rsi << 2)).d
0x11d0 34 edi = edx
0x11d2 35 edi = edi - esi
0x11d4 36 esi = (rdi + (rcx << 1)).d
0x11da 37 if (edx s> 9) then 25 @ 0x11b0 else 56 @ 0x11dc
0x1172 38 rdi = r15
0x1175 39 eax = 0
0x1177 40 call(0x1030)
0x117c 41 rbx = rbx + 1
0x1184 42 if (rbx == 6) then 57 @ 0x1231 else 8 @ 0x118a
0x1200 43 ecx = (rsi + (rsi << 2)).d
0x1203 44 rdx = sx.q(eax)
0x1206 45 rax = rdx * 0x66666667
0x120d 46 rsi = rax
0x1210 47 rsi = rsi u>> 0x3f
0x1214 48 rax = rax s>> 0x22
0x1218 49 eax = eax + esi
0x121a 50 esi = (rax + rax).d
0x121d 51 esi = (rsi + (rsi << 2)).d
0x1220 52 edi = edx
0x1222 53 edi = edi - esi
0x1224 54 esi = (rdi + (rcx << 1)).d
0x122a 55 if (edx s> 9) then 43 @ 0x1200 else 62 @ 0x122c
0x11dc 56 goto 38 @ 0x1172
0x1231 57 rsp = rsp + 0x20
0x1235 58 rbx = pop
0x1236 59 r14 = pop
0x1238 60 r15 = pop
0x123a 61 <return> jump(pop)
0x122c 62 goto 22 @ 0x1170
uint64_t reverse(int32_t arg1):
0x1242 0 if (edi s< 0) then 1 @ 0x127d else 6 @ 0x1244
0x127d 1 xmm0.q = float.d(edi)
0x1281 2 xmm0 = __andpd_xmmxuq_memxuq(xmm0, [0x2010].o)
0x1289 3 ecx = int.d(ftrunc(xmm0.q))
0x128d 4 eax = 0
0x1291 5 if (ecx s<= 0) then 8 @ 0x12cc else 10 @ 0x129d
0x1244 6 eax = 0
0x1246 7 goto 11 @ 0x1250
0x12cc 8 eax = neg.d(eax)
0x12ce 9 <return> jump(pop)
0x129d 10 goto 24 @ 0x12a0
0x1250 11 eax = (rax + (rax << 2)).d
0x1253 12 rcx = sx.q(edi)
0x1256 13 rdi = rcx * 0x66666667
0x125d 14 rdx = rdi
0x1260 15 rdx = rdx u>> 0x3f
0x1264 16 rdi = rdi s>> 0x22
0x1268 17 edi = edi + edx
0x126a 18 edx = (rdi + rdi).d
0x126d 19 edx = (rdx + (rdx << 2)).d
0x1270 20 esi = ecx
0x1272 21 esi = esi - edx
0x1274 22 eax = (rsi + (rax << 1)).d
0x127a 23 if (ecx s> 9) then 11 @ 0x1250 else 37 @ 0x127c
0x12a0 24 eax = (rax + (rax << 2)).d
0x12a3 25 rdx = sx.q(ecx)
0x12a6 26 rcx = rdx * 0x66666667
0x12ad 27 rsi = rcx
0x12b0 28 rsi = rsi u>> 0x3f
0x12b4 29 rcx = rcx s>> 0x22
0x12b8 30 ecx = ecx + esi
0x12ba 31 esi = (rcx + rcx).d
0x12bd 32 esi = (rsi + (rsi << 2)).d
0x12c0 33 edi = edx
0x12c2 34 edi = edi - esi
0x12c4 35 eax = (rdi + (rax << 1)).d
0x12ca 36 if (edx s> 9) then 24 @ 0x12a0 else 8 @ 0x12cc
0x127c 37 <return> jump(pop)
int64_t _fini():
0x12d4 0 rsp = rsp - 8
0x12d8 1 rsp = rsp + 8
0x12dc 2 <return> jump(pop)
| POJ_44 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
int64_t malloc(uint64_t bytes):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1300 {"UAWAVAUATSPH= "}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4050].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4050].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
void* app(int32_t arg1, void* arg2 @ r14, void* arg3 @ r15):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 push(rax)
0x117b 7 [rsp + 4 {var_38+0x4}].d = edi
0x117f 8 r12d = 1
0x1185 9 rbp = 0x4060 {""}
0x118c 10 goto 11 @ 0x11a9
0x11a9 11 edi = 0x28 {"7"}
0x11ae 12 call(0x1060)
0x11b3 13 rbx = rax
0x11b6 14 r13 = rax + 4
0x11ba 15 rdi = 0x2004 {"%d %s"}
0x11c1 16 rsi = rax
0x11c4 17 rdx = r13
0x11c7 18 eax = 0
0x11c9 19 call(0x1050)
0x11ce 20 rdi = r13
0x11d1 21 call(0x1040)
0x11d8 22 if (eax s<= 0) then 23 @ 0x1238 else 25 @ 0x11da
0x1238 23 rax = rbx
0x123f 24 if (r12d == 1) then 28 @ 0x1190 else 34 @ 0x1245
0x11da 25 ecx = eax
0x11dc 26 eax = eax & 1
0x11e3 27 if (rcx != 1) then 37 @ 0x11f0 else 40 @ 0x11e5
0x1190 28 ecx = (r12 + 1).d
0x1195 29 r14 = rax
0x1198 30 r15 = rbx
0x119b 31 cond:0 = r12d == [rsp + 4 {var_38+0x4}].d
0x11a0 32 r12d = ecx
0x11a3 33 if (cond:0) then 42 @ 0x1251 else 11 @ 0x11a9
0x1245 34 [r15 + 0x20].q = rbx
0x1249 35 rax = r14
0x124c 36 goto 28 @ 0x1190
0x11f0 37 rcx = rcx - rax
0x11f3 38 edx = 0
0x11ff 39 goto 51 @ 0x1200
0x11e5 40 edx = 0
0x11e7 41 goto 57 @ 0x1228
0x1251 42 [rbx + 0x20].q = 0
0x1259 43 rsp = rsp + 8
0x125d 44 rbx = pop
0x125e 45 r12 = pop
0x1260 46 r13 = pop
0x1262 47 r14 = pop
0x1264 48 r15 = pop
0x1266 49 rbp = pop
0x1267 50 <return> jump(pop)
0x1200 51 rsi = sx.q([rbx + rdx + 4].b)
0x1206 52 [rbp + (rsi << 2) - 0x104].d = [rbp + (rsi << 2) - 0x104].d + 1
0x120e 53 rsi = sx.q([rbx + rdx + 5].b)
0x1214 54 [rbp + (rsi << 2) - 0x104].d = [rbp + (rsi << 2) - 0x104].d + 1
0x121c 55 rdx = rdx + 2
0x1223 56 if (rcx != rdx) then 51 @ 0x1200 else 57 @ 0x1228
0x1228 57 if (rax == 0) then 23 @ 0x1238 else 58 @ 0x122a
0x122a 58 rax = sx.q([rbx + rdx + 4].b)
0x1230 59 [rbp + (rax << 2) - 0x104].d = [rbp + (rax << 2) - 0x104].d + 1
0x1230 60 goto 23 @ 0x1238
uint64_t max(uint64_t arg1 @ rax):
0x1270 0 ecx = 0
0x1272 1 r8 = 0x4060 {""}
0x1279 2 esi = 0
0x127b 3 goto 4 @ 0x1280
0x1280 4 edi = [r8 + (rcx << 2)].d
0x1284 5 edx = [r8 + (rcx << 2) + 4].d
0x1289 6 cond:0 = edi s> esi
0x128b 7 if (edi s> esi) then 8 else 10 @ 0x128e
0x128b 8 esi = edi
0x128b 9 goto 10 @ 0x128e
0x128e 10 edi = eax
0x1290 11 if (cond:0) then 12 else 14 @ 0x1293
0x1290 12 edi = ecx
0x1290 13 goto 14 @ 0x1293
0x1293 14 eax = (rcx + 1).d
0x1296 15 cond:1 = edx s<= esi
0x1298 16 if (edx s> esi) then 17 else 19 @ 0x129b
0x1298 17 esi = edx
0x1298 18 goto 19 @ 0x129b
0x129b 19 if (cond:1) then 20 else 22 @ 0x129e
0x129b 20 eax = edi
0x129b 21 goto 22 @ 0x129e
0x129e 22 rcx = rcx + 2
0x12a6 23 if (rcx != 0x1a) then 4 @ 0x1280 else 24 @ 0x12a8
0x12a8 24 <return> jump(pop)
int64_t cunzai(char* arg1, int32_t arg2):
0x12b0 0 push(r14)
0x12b2 1 push(rbx)
0x12b3 2 push(rax)
0x12b4 3 ebx = esi
0x12b6 4 r14 = rdi
0x12b9 5 call(0x1040)
0x12c0 6 if (eax s<= 0) then 7 @ 0x12e2 else 9 @ 0x12c2
0x12e2 7 eax = 0
0x12e4 8 goto 13 @ 0x12eb
0x12c2 9 ebx = ebx + 0x41
0x12c5 10 eax = eax
0x12c7 11 ecx = 0
0x12c9 12 goto 17 @ 0x12d0
0x12eb 13 rsp = rsp + 8
0x12ef 14 rbx = pop
0x12f0 15 r14 = pop
0x12f2 16 <return> jump(pop)
0x12d0 17 edx = sx.d([r14 + rcx].b)
0x12d7 18 if (ebx == edx) then 19 @ 0x12e6 else 21 @ 0x12d9
0x12e6 19 eax = 1
0x12e6 20 goto 13 @ 0x12eb
0x12d9 21 rcx = rcx + 1
0x12e0 22 if (rax != rcx) then 17 @ 0x12d0 else 7 @ 0x12e2
int32_t main(int32_t argc, char** argv, char** envp):
0x1300 0 push(rbp)
0x1301 1 push(r15)
0x1303 2 push(r14)
0x1305 3 push(r13)
0x1307 4 push(r12)
0x1309 5 push(rbx)
0x130a 6 push(rax)
0x130b 7 rdi = 0x200a {"%d"}
0x1312 8 rsi = rsp + 4 {var_38+0x4}
0x1317 9 eax = 0
0x1319 10 call(0x1050)
0x131e 11 r13d = 1
0x1324 12 eax = [rsp + 4 {var_38+0x4}].d
0x1328 13 [rsp {var_38}].d = eax
0x132b 14 r12 = 0x4060 {""}
0x1332 15 goto 16 @ 0x1357
0x1357 16 edi = 0x28 {"7"}
0x135c 17 call(0x1060)
0x1361 18 rbx = rax
0x1364 19 r15 = rax + 4
0x1368 20 rdi = 0x2004 {"%d %s"}
0x136f 21 rsi = rax
0x1372 22 rdx = r15
0x1375 23 eax = 0
0x1377 24 call(0x1050)
0x137c 25 rdi = r15
0x137f 26 call(0x1040)
0x1386 27 if (eax s<= 0) then 28 @ 0x13eb else 30 @ 0x1388
0x13eb 28 r15 = rbx
0x13f2 29 if (r13d == 1) then 33 @ 0x1340 else 39 @ 0x13f8
0x1388 30 ecx = eax
0x138a 31 eax = eax & 1
0x1391 32 if (rcx != 1) then 42 @ 0x13a0 else 45 @ 0x1393
0x1340 33 eax = (r13 + 1).d
0x1344 34 r14 = r15
0x1347 35 rbp = rbx
0x134a 36 cond:0 = r13d == [rsp {var_38}].d
0x134e 37 r13d = eax
0x1351 38 if (cond:0) then 47 @ 0x1404 else 16 @ 0x1357
0x13f8 39 [rbp + 0x20].q = rbx
0x13fc 40 r15 = r14
0x13ff 41 goto 33 @ 0x1340
0x13a0 42 rcx = rcx - rax
0x13a3 43 edx = 0
0x13af 44 goto 51 @ 0x13b0
0x1393 45 edx = 0
0x1395 46 goto 57 @ 0x13da
0x1404 47 [rbx + 0x20].q = 0
0x140c 48 eax = 0
0x140e 49 ecx = 0
0x140e 50 goto 58 @ 0x1410
0x13b0 51 rsi = sx.q([rbx + rdx + 4].b)
0x13b6 52 [r12 + (rsi << 2) - 0x104].d = [r12 + (rsi << 2) - 0x104].d + 1
0x13bf 53 rsi = sx.q([rbx + rdx + 5].b)
0x13c5 54 [r12 + (rsi << 2) - 0x104].d = [r12 + (rsi << 2) - 0x104].d + 1
0x13ce 55 rdx = rdx + 2
0x13d5 56 if (rcx != rdx) then 51 @ 0x13b0 else 57 @ 0x13da
0x13da 57 if (rax == 0) then 28 @ 0x13eb else 62 @ 0x13dc
0x1410 58 edx = [r12 + (rax << 2)].d
0x1414 59 esi = [r12 + (rax << 2) + 4].d
0x1419 60 cond:1 = edx s> ecx
0x141b 61 if (edx s> ecx) then 65 else 67 @ 0x141e
0x13dc 62 rax = sx.q([rbx + rdx + 4].b)
0x13e2 63 [r12 + (rax << 2) - 0x104].d = [r12 + (rax << 2) - 0x104].d + 1
0x13e2 64 goto 28 @ 0x13eb
0x141b 65 ecx = edx
0x141b 66 goto 67 @ 0x141e
0x141e 67 edx = ebx
0x1420 68 if (cond:1) then 69 else 71 @ 0x1423
0x1420 69 edx = eax
0x1420 70 goto 71 @ 0x1423
0x1423 71 ebx = (rax + 1).d
0x1426 72 cond:2 = esi s<= ecx
0x1428 73 if (esi s> ecx) then 74 else 76 @ 0x142b
0x1428 74 ecx = esi
0x1428 75 goto 76 @ 0x142b
0x142b 76 if (cond:2) then 77 else 79 @ 0x142e
0x142b 77 ebx = edx
0x142b 78 goto 79 @ 0x142e
0x142e 79 rax = rax + 2
0x1436 80 if (rax != 0x1a) then 58 @ 0x1410 else 81 @ 0x1438
0x1438 81 rax = sx.q(ebx)
0x143b 82 ebx = ebx + 0x41
0x143e 83 edx = [r12 + (rax << 2)].d
0x1442 84 rdi = 0x200d {"%c\n%d\n"}
0x1449 85 esi = ebx
0x144b 86 eax = 0
0x144d 87 call(0x1030)
0x1455 88 if (r15 == 0) then 89 @ 0x14a5 else 98 @ 0x1457
0x14a5 89 eax = 0
0x14a7 90 rsp = rsp + 8
0x14ab 91 rbx = pop
0x14ac 92 r12 = pop
0x14ae 93 r13 = pop
0x14b0 94 r14 = pop
0x14b2 95 r15 = pop
0x14b4 96 rbp = pop
0x14b5 97 <return> jump(pop)
0x1457 98 r14 = 0x2010 {"%d\n"}
0x145e 99 goto 100 @ 0x1476
0x1476 100 rdi = r15 + 4
0x147a 101 call(0x1040)
0x1481 102 if (eax s<= 0) then 103 @ 0x146d else 105 @ 0x1483
0x146d 103 r15 = [r15 + 0x20].q
0x1474 104 if (r15 == 0) then 89 @ 0x14a5 else 100 @ 0x1476
0x1483 105 eax = eax
0x1485 106 ecx = 0
0x1487 107 goto 108 @ 0x1490
0x1490 108 edx = sx.d([r15 + rcx + 4].b)
0x1498 109 if (ebx == edx) then 110 @ 0x1460 else 115 @ 0x149a
0x1460 110 esi = [r15].d
0x1463 111 rdi = r14
0x1466 112 eax = 0
0x1468 113 call(0x1030)
0x1468 114 goto 103 @ 0x146d
0x149a 115 rcx = rcx + 1
0x14a1 116 if (rax != rcx) then 108 @ 0x1490 else 117 @ 0x14a3
0x14a3 117 goto 103 @ 0x146d
int64_t _fini():
0x14bc 0 rsp = rsp - 8
0x14c0 1 rsp = rsp + 8
0x14c4 2 <return> jump(pop)
| POJ_2 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x1b0
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 rdi = 0x2007 {"%d"}
0x1169 5 rsi = rbp - 0x10 {var_18}
0x116d 6 al = 0
0x116f 7 call(0x1040)
0x1174 8 [rbp - 0xc {var_14}].d = 0
0x1174 9 goto 10 @ 0x117b
0x117b 10 eax = [rbp - 0xc {var_14}].d
0x1181 11 if (eax s>= [rbp - 0x10 {var_18}].d) then 12 @ 0x11b5 else 14 @ 0x1187
0x11b5 12 [rbp - 0x1a4 {var_1ac}].d = 1
0x11b5 13 goto 25 @ 0x11bf
0x1187 14 rax = sx.q([rbp - 0xc {var_14}].d)
0x118b 15 rsi = rbp - 0x1a0 {var_1a8}
0x1192 16 rax = rax << 2
0x1196 17 rsi = rsi + rax
0x1199 18 rdi = 0x2007 {"%d"}
0x11a0 19 al = 0
0x11a2 20 call(0x1040)
0x11a7 21 eax = [rbp - 0xc {var_14}].d
0x11aa 22 eax = eax + 1
0x11ad 23 [rbp - 0xc {var_14}].d = eax
0x11b0 24 goto 10 @ 0x117b
0x11bf 25 eax = [rbp - 0x1a4 {var_1ac}].d
0x11c8 26 if (eax s>= [rbp - 0x10 {var_18}].d) then 27 @ 0x128e else 42 @ 0x11ce
0x128e 27 eax = [rbp - 0x10 {var_18}].d
0x1291 28 eax = eax - 1
0x1294 29 rax = sx.q(eax)
0x1296 30 esi = [rbp + (rax << 2) - 0x1a0].d
0x129d 31 eax = [rbp - 0x10 {var_18}].d
0x12a0 32 eax = eax - 2
0x12a3 33 rax = sx.q(eax)
0x12a5 34 edx = [rbp + (rax << 2) - 0x1a0].d
0x12ac 35 rdi = 0x2004 {"%d\n%d"}
0x12b3 36 al = 0
0x12b5 37 call(0x1030)
0x12ba 38 eax = 0
0x12bc 39 rsp = rsp + 0x1b0
0x12c3 40 rbp = pop
0x12c4 41 <return> jump(pop)
0x11ce 42 [rbp - 0x1a8 {var_1b0_1}].d = 0
0x11ce 43 goto 44 @ 0x11d8
0x11d8 44 eax = [rbp - 0x1a8 {var_1b0_1}].d
0x11de 45 ecx = [rbp - 0x10 {var_18}].d
0x11e1 46 ecx = ecx - [rbp - 0x1a4 {var_1ac}].d
0x11e9 47 if (eax s>= ecx) then 48 @ 0x1275 else 49 @ 0x11ef
0x1275 48 goto 55 @ 0x127a
0x11ef 49 rax = sx.q([rbp - 0x1a8 {var_1b0_1}].d)
0x11f6 50 eax = [rbp + (rax << 2) - 0x1a0].d
0x11fd 51 ecx = [rbp - 0x1a8 {var_1b0_1}].d
0x1203 52 ecx = ecx + 1
0x1206 53 rcx = sx.q(ecx)
0x1210 54 if (eax s<= [rbp + (rcx << 2) - 0x1a0].d) then 59 @ 0x125c else 60 @ 0x1216
0x127a 55 eax = [rbp - 0x1a4 {var_1ac}].d
0x1280 56 eax = eax + 1
0x1283 57 [rbp - 0x1a4 {var_1ac}].d = eax
0x1289 58 goto 25 @ 0x11bf
0x125c 59 goto 75 @ 0x1261
0x1216 60 eax = [rbp - 0x1a8 {var_1b0_1}].d
0x121c 61 eax = eax + 1
0x121f 62 rax = sx.q(eax)
0x1221 63 eax = [rbp + (rax << 2) - 0x1a0].d
0x1228 64 [rbp - 8 {var_10_1}].d = eax
0x122b 65 rax = sx.q([rbp - 0x1a8 {var_1b0_1}].d)
0x1232 66 ecx = [rbp + (rax << 2) - 0x1a0].d
0x1239 67 eax = [rbp - 0x1a8 {var_1b0_1}].d
0x123f 68 eax = eax + 1
0x1242 69 rax = sx.q(eax)
0x1244 70 [rbp + (rax << 2) - 0x1a0].d = ecx
0x124b 71 ecx = [rbp - 8 {var_10_1}].d
0x124e 72 rax = sx.q([rbp - 0x1a8 {var_1b0_1}].d)
0x1255 73 [rbp + (rax << 2) - 0x1a0].d = ecx
0x1255 74 goto 59 @ 0x125c
0x1261 75 eax = [rbp - 0x1a8 {var_1b0_1}].d
0x1267 76 eax = eax + 1
0x126a 77 [rbp - 0x1a8 {var_1b0_1}].d = eax
0x1270 78 goto 44 @ 0x11d8
int64_t _fini():
0x12cc 0 rsp = rsp - 8
0x12d0 1 rsp = rsp + 8
0x12d4 2 <return> jump(pop)
| POJ_84 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
char* gets(char* buf):
0x1050 0 <return> tailcall([0x4028].q)
int32_t strcmp(char const* arg1, char const* arg2):
0x1060 0 <return> tailcall([0x4030].q)
int32_t putchar(int32_t c):
0x1070 0 <return> tailcall([0x4038].q)
void __cxa_finalize(void* d):
0x1080 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1094 0 ebp = 0
0x1096 1 r9 = rdx
0x1099 2 rsi = pop
0x109a 3 rdx = rsp {arg_8}
0x109d 4 rsp = rsp & 0xfffffffffffffff0
0x10a1 5 push(rax)
0x10a2 6 push(rsp)
0x10a3 7 r8d = 0
0x10a6 8 ecx = 0
0x10a8 9 rdi = 0x1180 {"UAWAVAUATSH"}
0x10af 10 call([0x3ff8].q)
0x10af 11 noreturn
void deregister_tm_clones():
0x10c0 0 rdi = 0x4050 {""}
0x10c7 1 rax = 0x4050 {""}
0x10d1 2 if (rax == rdi) then 3 @ 0x10e8 else 4 @ 0x10d3
0x10e8 3 <return> jump(pop)
0x10d3 4 rax = [0x3fd8].q
0x10dd 5 if (rax == 0) then 3 @ 0x10e8 else 6 @ 0x10df
0x10df 6 <return> tailcall(rax)
void register_tm_clones():
0x10f0 0 rdi = 0x4050 {""}
0x10f7 1 rsi = 0x4050 {""}
0x10fe 2 rsi = rsi - rdi
0x1101 3 rax = rsi
0x1104 4 rsi = rsi u>> 0x3f
0x1108 5 rax = rax s>> 3
0x110c 6 rsi = rsi + rax
0x110f 7 rsi = rsi s>> 1
0x1112 8 if (rsi == 0) then 9 @ 0x1128 else 10 @ 0x1114
0x1128 9 <return> jump(pop)
0x1114 10 rax = [0x3ff0].q
0x111e 11 if (rax == 0) then 9 @ 0x1128 else 12 @ 0x1120
0x1120 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x113b 0 if ([0x4050].b != 0) then 1 @ 0x1168 else 2 @ 0x113d
0x1168 1 <return> jump(pop)
0x113d 2 push(rbp)
0x113e 3 cond:0 = [0x3fe0].q == 0
0x1146 4 rbp = rsp {__saved_rbp}
0x1149 5 if (cond:0) then 6 @ 0x1157 else 10 @ 0x114b
0x1157 6 call(0x10c0)
0x115c 7 [0x4050].b = 1
0x1163 8 rbp = pop
0x1164 9 <return> jump(pop)
0x114b 10 rdi = [0x4048].q
0x1152 11 call(0x1080)
0x1152 12 goto 6 @ 0x1157
int64_t frame_dummy():
0x1174 0 <return> tailcall(0x10f0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1180 0 push(rbp)
0x1181 1 push(r15)
0x1183 2 push(r14)
0x1185 3 push(r13)
0x1187 4 push(r12)
0x1189 5 push(rbx)
0x118a 6 rsp = rsp - 0x1b8
0x1191 7 rdi = rsp {var_1e8}
0x1194 8 eax = 0
0x1196 9 call(0x1050)
0x119b 10 rdi = rsp + 0x150 {var_98}
0x11a3 11 eax = 0
0x11a5 12 call(0x1050)
0x11aa 13 rdi = rsp + 0xe0 {var_108}
0x11b2 14 eax = 0
0x11b4 15 call(0x1050)
0x11be 16 if ([rsp - 1 {var_1e9}].b == 0) then 17 @ 0x1253 else 25 @ 0x11c4
0x1253 17 rsp = rsp + 0x1b8
0x125a 18 rbx = pop
0x125b 19 r12 = pop
0x125d 20 r13 = pop
0x125f 21 r14 = pop
0x1261 22 r15 = pop
0x1263 23 rbp = pop
0x1264 24 <return> jump(pop)
0x11c4 25 r15 = rsp + 0x150 {var_98}
0x11cc 26 r13 = rsp + 0x70 {var_178}
0x11d1 27 r12 = 0x2004 {"%s"}
0x11d8 28 ebp = 0
0x11da 29 r14d = 0
0x11dd 30 goto 31 @ 0x11f1
0x11f1 31 eax = zx.d([rsp + rbp].b)
0x11f5 32 r14 = sx.q(r14d)
0x11fa 33 if ((al & 0xdf) != 0) then 34 @ 0x11e0 else 38 @ 0x11fc
0x11e0 34 [rsp + r14 + 0x70].b = al
0x11e5 35 r14d = r14d + 1
0x11e9 36 rbp = rbp + 1
0x11ef 37 if (al == 0) then 17 @ 0x1253 else 31 @ 0x11f1
0x11fc 38 [rsp + r14 + 0x70].b = 0
0x1202 39 rdi = r15 {var_98}
0x1205 40 rsi = r13 {var_178}
0x1208 41 call(0x1060)
0x120d 42 cond:0 = eax == 0
0x120f 43 rbx = r13 {var_178}
0x1212 44 rax = rsp + 0xe0 {var_108}
0x121a 45 if (cond:0) then 46 else 48 @ 0x121e
0x121a 46 rbx = rax {var_108}
0x121a 47 goto 48 @ 0x121e
0x121e 48 rdi = r13 {var_178}
0x1221 49 call(0x1040)
0x1229 50 if (rax == rbp) then 51 @ 0x1237 else 59 @ 0x122b
0x1237 51 r14d = 0
0x123a 52 rdi = r12
0x123d 53 rsi = rbx
0x1240 54 eax = 0
0x1242 55 call(0x1030)
0x1247 56 eax = zx.d([rsp + rbp].b)
0x124b 57 rbp = rbp + 1
0x1251 58 if (al != 0) then 31 @ 0x11f1 else 17 @ 0x1253
0x122b 59 edi = 0x20 {"@"}
0x1230 60 eax = 0
0x1232 61 call(0x1070)
0x1232 62 goto 51 @ 0x1237
int64_t _fini():
0x126c 0 rsp = rsp - 8
0x1270 1 rsp = rsp + 8
0x1274 2 <return> jump(pop)
| POJ_19 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVAUATSHH="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(r13)
0x1166 3 push(r12)
0x1168 4 push(rbx)
0x1169 5 rsp = rsp - 0x10
0x116d 6 rdi = 0x2004 {"%d"}
0x1174 7 rsi = rsp + 8 {var_30}
0x1179 8 eax = 0
0x117b 9 call(0x1040)
0x1180 10 rdi = 0x2007 {"%c"}
0x1187 11 rsi = rsp + 7 {var_31}
0x118c 12 eax = 0
0x118e 13 call(0x1040)
0x1195 14 if (eax == 0) then 15 @ 0x122a else 18 @ 0x11a0
0x122a 15 rdi = 0x200e {"No"}
0x1231 16 call(0x1050)
0x1231 17 goto 19 @ 0x1236
0x11a0 18 if ([rsp + 7 {var_31}].b != 0x2c) then 15 @ 0x122a else 27 @ 0x11a6
0x1236 19 eax = 0
0x1238 20 rsp = rsp + 0x10
0x123c 21 rbx = pop
0x123d 22 r12 = pop
0x123f 23 r13 = pop
0x1241 24 r14 = pop
0x1243 25 r15 = pop
0x1245 26 <return> jump(pop)
0x11a6 27 r14 = 0x2004 {"%d"}
0x11ad 28 r15 = rsp + 0xc {var_2c}
0x11b2 29 r12 = 0x2007 {"%c"}
0x11b9 30 r13 = rsp + 7 {var_31}
0x11be 31 ebx = 0
0x11be 32 goto 33 @ 0x11c0
0x11c0 33 rdi = r14
0x11c3 34 rsi = r15 {var_2c}
0x11c6 35 eax = 0
0x11c8 36 call(0x1040)
0x11cd 37 eax = [rsp + 0xc {var_2c}].d
0x11d1 38 ecx = [rsp + 8 {var_30}].d
0x11d7 39 if (eax s<= ecx) then 40 @ 0x11f0 else 43 @ 0x11d9
0x11f0 40 cond:0 = eax s> ebx
0x11f2 41 edx = ebx
0x11f4 42 if (cond:0) then 46 else 48 @ 0x11f9
0x11d9 43 [rsp + 8 {var_30}].d = eax
0x11dd 44 ebx = ecx
0x11df 45 goto 49 @ 0x11fc
0x11f4 46 edx = eax
0x11f4 47 goto 48 @ 0x11f9
0x11f9 48 if (eax != ecx) then 54 else 56
0x11fc 49 rdi = r12
0x11ff 50 rsi = r13 {var_31}
0x1202 51 eax = 0
0x1204 52 call(0x1040)
0x120b 53 if (eax == 0) then 57 @ 0x1216 else 58 @ 0x1212
0x11f9 54 ebx = edx
0x11f9 55 goto 56
0x11f9 56 goto 49 @ 0x11fc
0x1216 57 if (ebx == 0) then 15 @ 0x122a else 59 @ 0x1218
0x1212 58 if ([rsp + 7 {var_31}].b == 0x2c) then 33 @ 0x11c0 else 57 @ 0x1216
0x1218 59 rdi = 0x200a {"%d\n"}
0x121f 60 esi = ebx
0x1221 61 eax = 0
0x1223 62 call(0x1030)
0x1228 63 goto 19 @ 0x1236
int64_t _fini():
0x124c 0 rsp = rsp - 8
0x1250 1 rsp = rsp + 8
0x1254 2 <return> jump(pop)
| POJ_22 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int64_t malloc(uint64_t bytes):
0x1050 0 <return> tailcall([0x4028].q)
int32_t puts(char const* str):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSPH="}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 push(rax)
0x117b 7 rdi = 0x2004 {"%d"}
0x1182 8 rsi = rsp + 4 {var_38+0x4}
0x1187 9 eax = 0
0x1189 10 call(0x1040)
0x118e 11 rbx = sx.q([rsp + 4 {var_38+0x4}].d)
0x1193 12 rdi = rbx << 3
0x119b 13 call(0x1050)
0x11a0 14 r12 = rax
0x11a6 15 if (rbx s<= 0) then 16 @ 0x11cc else 17 @ 0x11a8
0x11cc 16 if ([rsp + 4 {var_38+0x4}].d s<= 0) then 20 @ 0x1244 else 21 @ 0x11ce
0x11a8 17 ebx = ebx
0x11aa 18 ebp = 0
0x11ac 19 goto 24 @ 0x11b0
0x1244 20 if ([rsp + 4 {var_38+0x4}].d s<= 0) then 29 @ 0x12ee else 38 @ 0x124a
0x11ce 21 r14 = 0x2004 {"%d"}
0x11d5 22 r13d = 0
0x11d8 23 goto 42 @ 0x11ee
0x11b0 24 edi = 0x50 {"@"}
0x11b5 25 call(0x1050)
0x11ba 26 [r12 + (rbp << 3)].q = rax
0x11be 27 rbp = rbp + 1
0x11c5 28 if (rbx != rbp) then 24 @ 0x11b0 else 16 @ 0x11cc
0x12ee 29 eax = 0
0x12f0 30 rsp = rsp + 8
0x12f4 31 rbx = pop
0x12f5 32 r12 = pop
0x12f7 33 r13 = pop
0x12f9 34 r14 = pop
0x12fb 35 r15 = pop
0x12fd 36 rbp = pop
0x12fe 37 <return> jump(pop)
0x124a 38 r14 = 0x200b {"60"}
0x1251 39 r15 = 0x2007 {"%d\n"}
0x1258 40 ebx = 0
0x125a 41 goto 48 @ 0x1276
0x11ee 42 r15 = [r12 + (r13 << 3)].q
0x11f2 43 rdi = r14
0x11f5 44 rsi = r15
0x11f8 45 eax = 0
0x11fa 46 call(0x1040)
0x1203 47 if ([r15].d == 0) then 51 @ 0x11e0 else 54 @ 0x1209
0x1276 48 rcx = [r12 + (rbx << 3)].q
0x127a 49 rdx = sx.q([rcx].d)
0x1280 50 if (rdx == 0) then 55 @ 0x1260 else 58 @ 0x1282
0x11e0 51 r13 = r13 + 1
0x11e4 52 rax = sx.q([rsp + 4 {var_38+0x4}].d)
0x11ec 53 if (r13 s>= rax) then 20 @ 0x1244 else 42 @ 0x11ee
0x1209 54 if ([r15].d s<= 0) then 51 @ 0x11e0 else 62 @ 0x120b
0x1260 55 rdi = r14
0x1263 56 call(0x1060)
0x1263 57 goto 65 @ 0x1268
0x1282 58 esi = [rcx + (rdx << 2)].d
0x1285 59 eax = (rdx + (rdx << 1)).d
0x1288 60 edi = (rsi + rax).d
0x128e 61 if (edi s>= 0x3d) then 68 @ 0x12a3 else 69 @ 0x1290
0x120b 62 rbx = r15 + 4
0x120f 63 ebp = 0
0x121b 64 goto 73 @ 0x1220
0x1268 65 rbx = rbx + 1
0x126c 66 rax = sx.q([rsp + 4 {var_38+0x4}].d)
0x1274 67 if (rbx s>= rax) then 29 @ 0x12ee else 48 @ 0x1276
0x12a3 68 if (edi s< 0x3f) then 81 @ 0x12df else 83 @ 0x12a5
0x1290 69 esi = 0x3c {" "}
0x1295 70 esi = esi - eax
0x1297 71 rdi = r15
0x129a 72 goto 88 @ 0x12e2
0x1220 73 rdi = r14
0x1223 74 rsi = rbx
0x1226 75 eax = 0
0x1228 76 call(0x1040)
0x122d 77 rax = sx.q([r15].d)
0x1230 78 rbp = rbp + 1
0x1234 79 rbx = rbx + 4
0x123b 80 if (rbp s< rax) then 73 @ 0x1220 else 91 @ 0x123d
0x12df 81 rdi = r15
0x12df 82 goto 88 @ 0x12e2
0x12a5 83 rcx = rcx + (rdx << 2)
0x12a9 84 rcx = rcx - 4
0x12ad 85 eax = (rdx + (rdx << 1)).d
0x12b0 86 eax = eax - 3
0x12bd 87 goto 92 @ 0x12c0
0x12e2 88 eax = 0
0x12e4 89 call(0x1030)
0x12e9 90 goto 65 @ 0x1268
0x123d 91 goto 51 @ 0x11e0
0x12c0 92 esi = [rcx].d
0x12c2 93 edx = (rax + rsi).d
0x12c8 94 if (edx s<= 0x3c) then 69 @ 0x1290 else 95 @ 0x12ca
0x12ca 95 rcx = rcx - 4
0x12ce 96 edx = (rsi + rax).d
0x12d1 97 edx = edx - 3
0x12d4 98 eax = eax - 3
0x12d7 99 edx = edx + 3
0x12dd 100 if (edx s> 0x3e) then 92 @ 0x12c0 else 81 @ 0x12df
int64_t _fini():
0x1304 0 rsp = rsp - 8
0x1308 1 rsp = rsp + 8
0x130c 2 <return> jump(pop)
| POJ_86 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHX "}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x1f58
0x1161 7 rbx = rsp + 0x10 {var_1f78}
0x1166 8 r14 = 0x200a {"%d"}
0x116d 9 r15 = 0x2004 {"%c"}
0x1174 10 rbp = rsp + 0xf {var_1f79}
0x1179 11 goto 12 @ 0x1180
0x1180 12 rdi = r14
0x1183 13 rsi = rbx
0x1186 14 eax = 0
0x1188 15 call(0x1040)
0x118d 16 rdi = r15
0x1190 17 rsi = rbp {var_1f79}
0x1193 18 eax = 0
0x1195 19 call(0x1040)
0x119a 20 rbx = rbx + 4
0x11a3 21 if ([rsp + 0xf {var_1f79}].b == 0x2c) then 12 @ 0x1180 else 22 @ 0x11a5
0x11a5 22 rbx = rsp + 0xfb0 {var_fd8}
0x11ad 23 r14 = 0x200a {"%d"}
0x11b4 24 r15 = 0x2004 {"%c"}
0x11bb 25 r12 = rsp + 0xf {var_1f79}
0x11c0 26 r13d = 0
0x11cd 27 goto 28 @ 0x11d0
0x11d0 28 rdi = r14
0x11d3 29 rsi = rbx
0x11d6 30 eax = 0
0x11d8 31 call(0x1040)
0x11dd 32 rdi = r15
0x11e0 33 rsi = r12 {var_1f79}
0x11e3 34 eax = 0
0x11e5 35 call(0x1040)
0x11ea 36 r13d = r13d + 1
0x11ee 37 rbx = rbx + 4
0x11f7 38 if ([rsp + 0xf {var_1f79}].b == 0x2c) then 28 @ 0x11d0 else 39 @ 0x11f9
0x11f9 39 eax = [rsp + 0x10 {var_1f78}].d
0x11fd 40 ecx = r13d
0x1204 41 if (r13d == 1) then 42 @ 0x1222 else 45 @ 0x1206
0x1222 42 edx = 0
0x1224 43 esi = 0
0x1226 44 goto 47 @ 0x1230
0x1206 45 edx = 1
0x120b 46 goto 49 @ 0x1210
0x1230 47 edi = [rsp + (rdx << 2) + 0xfb0].d
0x1239 48 if (edi s> esi) then 51 else 53 @ 0x123c
0x1210 49 esi = [rsp + (rdx << 2) + 0x10].d
0x1216 50 if (esi s< eax) then 55 else 57 @ 0x1219
0x1239 51 esi = edi
0x1239 52 goto 53 @ 0x123c
0x123c 53 rdx = rdx + 1
0x1243 54 if (rcx != rdx) then 47 @ 0x1230 else 59 @ 0x1245
0x1216 55 eax = esi
0x1216 56 goto 57 @ 0x1219
0x1219 57 rdx = rdx + 1
0x1220 58 if (rcx != rdx) then 49 @ 0x1210 else 42 @ 0x1222
0x1245 59 edx = 0
0x1249 60 if (eax s>= esi) then 61 @ 0x1290 else 73 @ 0x124b
0x1290 61 rdi = 0x2007 {"%d %d"}
0x1297 62 esi = r13d
0x129a 63 eax = 0
0x129c 64 call(0x1030)
0x12a1 65 rsp = rsp + 0x1f58
0x12a8 66 rbx = pop
0x12a9 67 r12 = pop
0x12ab 68 r13 = pop
0x12ad 69 r14 = pop
0x12af 70 r15 = pop
0x12b1 71 rbp = pop
0x12b2 72 <return> jump(pop)
0x124b 73 edx = 0
0x124d 74 goto 75 @ 0x125c
0x125c 75 ebx = 0
0x125e 76 edi = 0
0x1260 77 goto 78 @ 0x127d
0x127d 78 if (eax s< [rsp + (rbx << 2) + 0x10].d) then 79 @ 0x1270 else 81 @ 0x127f
0x1270 79 rbx = rbx + 1
0x1277 80 if (rcx == rbx) then 85 @ 0x1252 else 78 @ 0x127d
0x127f 81 ebp = 0
0x1288 82 bpl = eax s< [rsp + (rbx << 2) + 0xfb0].d
0x128c 83 edi = edi + ebp
0x128e 84 goto 79 @ 0x1270
0x1252 85 if (edi s> edx) then 86 else 88 @ 0x1255
0x1252 86 edx = edi
0x1252 87 goto 88 @ 0x1255
0x1255 88 eax = eax + 1
0x125a 89 if (eax == esi) then 61 @ 0x1290 else 75 @ 0x125c
int64_t _fini():
0x12b8 0 rsp = rsp - 8
0x12bc 1 rsp = rsp + 8
0x12c0 2 <return> jump(pop)
| POJ_75 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1220 {"UAWAVAUATSHH=
"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
uint64_t prime(double arg1, uint64_t arg2[0x2] @ zmm0, uint64_t arg3[0x2] @ zmm4):
0x1160 0 push(rbp)
0x1161 1 push(r14)
0x1163 2 push(rbx)
0x1164 3 rsp = rsp - 0x10
0x1168 4 r14d = 1
0x1171 5 if (edi == 1) then 6 @ 0x1210 else 12 @ 0x1177
0x1210 6 eax = r14d
0x1213 7 rsp = rsp + 0x10
0x1217 8 rbx = pop
0x1218 9 r14 = pop
0x121a 10 rbp = pop
0x121b 11 <return> jump(pop)
0x1177 12 ebp = edi
0x1179 13 xmm2.q = float.d(edi)
0x117d 14 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1181 15 flag:p = is_unordered.q(xmm2.q, xmm0.q)
0x1181 16 flag:c = xmm2.q f< xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x1181 17 flag:z = xmm2.q f== xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x1181 18 flag:s = 0
0x1181 19 flag:o = 0
0x1181 20 flag:a = 0
0x1185 21 [rsp {var_28_1}].q = xmm2.q
0x118a 22 if (flag:c) then 23 @ 0x119f else 33 @ 0x118c
0x119f 23 xmm0 = xmm2
0x11a3 24 call(0x1050)
0x11a8 25 xmm2 = zx.o([rsp {var_28_1}].q)
0x11ad 26 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11ad 27 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11ad 28 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11ad 29 flag:s = 0
0x11ad 30 flag:o = 0
0x11ad 31 flag:a = 0
0x11b5 32 if (flag:c) then 6 @ 0x1210 else 42 @ 0x11b7
0x118c 33 xmm0 = 0
0x118f 34 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1193 35 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1193 36 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1193 37 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1193 38 flag:s = 0
0x1193 39 flag:o = 0
0x1193 40 flag:a = 0
0x119b 41 if (not(flag:c)) then 42 @ 0x11b7 else 47 @ 0x119d
0x11b7 42 ebx = 3
0x11bc 43 xmm3 = _mm_sqrt_sd(xmm2.q)
0x11c0 44 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x11c4 45 [rsp + 8 {var_20_1}].q = xmm3.q
0x11ca 46 goto 48 @ 0x11dd
0x119d 47 goto 6 @ 0x1210
0x11dd 48 eax = ebp
0x11df 49 temp2.d:temp3.d = sx.q(eax)
0x11df 50 edx = temp2.d
0x11df 51 eax = temp3.d
0x11e0 52 temp4.d = edx
0x11e0 53 temp5.d = eax
0x11e0 54 temp0.d = divs.dp.d(temp4.d:temp5.d, ebx)
0x11e0 55 temp6.d = edx
0x11e0 56 temp7.d = eax
0x11e0 57 temp1.d = mods.dp.d(temp6.d:temp7.d, ebx)
0x11e0 58 eax = temp0.d
0x11e0 59 edx = temp1.d
0x11e4 60 if (edx == 0) then 61 @ 0x120d else 63 @ 0x11e6
0x120d 61 r14d = 0
0x120d 62 goto 6 @ 0x1210
0x11e6 63 ebx = ebx + 2
0x11e9 64 flag:p = is_unordered.q(xmm2.q, xmm4.q)
0x11e9 65 flag:c = xmm2.q f< xmm4.q | is_unordered.q(xmm2.q, xmm4.q)
0x11e9 66 flag:z = xmm2.q f== xmm4.q | is_unordered.q(xmm2.q, xmm4.q)
0x11e9 67 flag:s = 0
0x11e9 68 flag:o = 0
0x11e9 69 flag:a = 0
0x11ed 70 xmm0 = xmm3
0x11f1 71 if (not(flag:c)) then 72 @ 0x11d0 else 81 @ 0x11f3
0x11d0 72 xmm1 = 0
0x11d3 73 xmm1.q = float.d(ebx)
0x11d7 74 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x11d7 75 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x11d7 76 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x11d7 77 flag:s = 0
0x11d7 78 flag:o = 0
0x11d7 79 flag:a = 0
0x11db 80 if (flag:c) then 6 @ 0x1210 else 48 @ 0x11dd
0x11f3 81 xmm0 = xmm2
0x11f7 82 call(0x1050)
0x11fc 83 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x1200 84 xmm3 = zx.o([rsp + 8 {var_20_1}].q)
0x1206 85 xmm2 = zx.o([rsp {var_28_1}].q)
0x120b 86 goto 72 @ 0x11d0
int32_t main(int32_t argc, char** argv, char** envp):
0x1220 0 push(rbp)
0x1221 1 push(r15)
0x1223 2 push(r14)
0x1225 3 push(r13)
0x1227 4 push(r12)
0x1229 5 push(rbx)
0x122a 6 rsp = rsp - 0x18
0x122e 7 rdi = 0x2018 {"%d"}
0x1235 8 rsi = rsp + 0xc {var_3c}
0x123a 9 eax = 0
0x123c 10 call(0x1040)
0x1241 11 eax = [rsp + 0xc {var_3c}].d
0x1248 12 if (eax s>= 6) then 13 @ 0x125b else 15 @ 0x124a
0x125b 13 r15d = 6
0x1261 14 goto 24 @ 0x1297
0x124a 15 eax = 0
0x124c 16 rsp = rsp + 0x18
0x1250 17 rbx = pop
0x1251 18 r12 = pop
0x1253 19 r13 = pop
0x1255 20 r14 = pop
0x1257 21 r15 = pop
0x1259 22 rbp = pop
0x125a 23 <return> jump(pop)
0x1297 24 if (eax s< 3) then 25 @ 0x128b else 27 @ 0x1299
0x128b 25 r15d = r15d + 2
0x1292 26 if (r15d s> eax) then 15 @ 0x124a else 24 @ 0x1297
0x1299 27 r14d = 3
0x129f 28 goto 29 @ 0x12a0
0x12a0 29 xmm2 = 0
0x12a3 30 xmm2.q = float.d(r14d)
0x12a8 31 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12a8 32 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12a8 33 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12a8 34 flag:s = 0
0x12a8 35 flag:o = 0
0x12a8 36 flag:a = 0
0x12b0 37 [rsp + 0x10 {var_38_1}].q = xmm2.q
0x12b6 38 if (flag:c) then 39 @ 0x12e0 else 51 @ 0x12b8
0x12e0 39 xmm0 = xmm2
0x12e4 40 call(0x1050)
0x12e9 41 xmm2 = zx.o([rsp + 0x10 {var_38_1}].q)
0x12ef 42 r12d = 1
0x12f5 43 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12f5 44 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12f5 45 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12f5 46 flag:s = 0
0x12f5 47 flag:o = 0
0x12f5 48 flag:a = 0
0x12fd 49 ebx = 1
0x1302 50 if (flag:c) then 62 @ 0x135f else 65 @ 0x1304
0x12b8 51 xmm0 = 0
0x12bb 52 xmm0 = _mm_sqrt_sd(xmm2.q)
0x12bf 53 r12d = 1
0x12c5 54 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12c5 55 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12c5 56 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12c5 57 flag:s = 0
0x12c5 58 flag:o = 0
0x12c5 59 flag:a = 0
0x12cd 60 ebx = 1
0x12d2 61 if (not(flag:c)) then 65 @ 0x1304 else 67 @ 0x12d4
0x135f 62 r13d = r15d
0x1362 63 r13d = r13d - r14d
0x1369 64 if (r13d == 1) then 68 @ 0x1430 else 70 @ 0x136f
0x1304 65 ebp = 3
0x1309 66 goto 80 @ 0x132c
0x12d4 67 goto 62 @ 0x135f
0x1430 68 r12d = r12d + ebx
0x1437 69 if (r12d == 2) then 93 @ 0x1270 else 101 @ 0x143d
0x136f 70 xmm2 = 0
0x1372 71 xmm2.q = float.d(r13d)
0x1377 72 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1377 73 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1377 74 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1377 75 flag:s = 0
0x1377 76 flag:o = 0
0x1377 77 flag:a = 0
0x137f 78 [rsp + 0x10 {var_38_2}].q = xmm2.q
0x1385 79 if (flag:c) then 104 @ 0x13a0 else 114 @ 0x1387
0x132c 80 ebx = 0
0x132e 81 eax = r14d
0x1331 82 edx = 0
0x1333 83 temp2.d = ebp
0x1333 84 temp3.d = edx
0x1333 85 temp4.d = eax
0x1333 86 temp0.d = divu.dp.d(temp3.d:temp4.d, temp2.d)
0x1333 87 temp5.d = edx
0x1333 88 temp6.d = eax
0x1333 89 temp1.d = modu.dp.d(temp5.d:temp6.d, temp2.d)
0x1333 90 eax = temp0.d
0x1333 91 edx = temp1.d
0x1337 92 if (edx == 0) then 62 @ 0x135f else 123 @ 0x1339
0x1270 93 rdi = 0x201b {"%d=%d+%d\n"}
0x1277 94 esi = r15d
0x127a 95 edx = r14d
0x127d 96 ecx = r13d
0x1280 97 eax = 0
0x1282 98 call(0x1030)
0x1287 99 eax = [rsp + 0xc {var_3c}].d
0x1287 100 goto 25 @ 0x128b
0x143d 101 r14d = r14d + 2
0x1441 102 eax = [rsp + 0xc {var_3c}].d
0x1448 103 if (r14d s<= eax) then 29 @ 0x12a0 else 131 @ 0x144e
0x13a0 104 xmm0 = xmm2
0x13a4 105 call(0x1050)
0x13a9 106 xmm2 = zx.o([rsp + 0x10 {var_38_2}].q)
0x13af 107 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x13af 108 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x13af 109 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x13af 110 flag:s = 0
0x13af 111 flag:o = 0
0x13af 112 flag:a = 0
0x13b7 113 if (flag:c) then 68 @ 0x1430 else 132 @ 0x13b9
0x1387 114 xmm0 = 0
0x138a 115 xmm0 = _mm_sqrt_sd(xmm2.q)
0x138e 116 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x138e 117 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x138e 118 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x138e 119 flag:s = 0
0x138e 120 flag:o = 0
0x138e 121 flag:a = 0
0x1396 122 if (not(flag:c)) then 132 @ 0x13b9 else 134 @ 0x1398
0x1339 123 ebp = ebp + 2
0x133c 124 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x133c 125 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x133c 126 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x133c 127 flag:s = 0
0x133c 128 flag:o = 0
0x133c 129 flag:a = 0
0x1344 130 if (flag:c) then 135 @ 0x1310 else 147 @ 0x1346
0x144e 131 goto 25 @ 0x128b
0x13b9 132 ebp = 5
0x13be 133 goto 158 @ 0x1411
0x1398 134 goto 68 @ 0x1430
0x1310 135 xmm0 = xmm2
0x1314 136 call(0x1050)
0x1319 137 xmm2 = zx.o([rsp + 0x10 {var_38_1}].q)
0x131f 138 xmm1 = 0
0x1322 139 xmm1.q = float.d(ebp)
0x1326 140 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x1326 141 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1326 142 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1326 143 flag:s = 0
0x1326 144 flag:o = 0
0x1326 145 flag:a = 0
0x132a 146 if (flag:c) then 172 @ 0x135a else 80 @ 0x132c
0x1346 147 xmm0 = 0
0x1349 148 xmm0 = _mm_sqrt_sd(xmm2.q)
0x134d 149 xmm1 = 0
0x1350 150 xmm1.q = float.d(ebp)
0x1354 151 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x1354 152 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1354 153 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1354 154 flag:s = 0
0x1354 155 flag:o = 0
0x1354 156 flag:a = 0
0x1358 157 if (not(flag:c)) then 80 @ 0x132c else 172 @ 0x135a
0x1411 158 ecx = (rbp - 2).d
0x1414 159 eax = r13d
0x1417 160 temp7.d:temp8.d = sx.q(eax)
0x1417 161 edx = temp7.d
0x1417 162 eax = temp8.d
0x1418 163 temp9.d = edx
0x1418 164 temp10.d = eax
0x1418 165 temp0.d = divs.dp.d(temp9.d:temp10.d, ecx)
0x1418 166 temp11.d = edx
0x1418 167 temp12.d = eax
0x1418 168 temp1.d = mods.dp.d(temp11.d:temp12.d, ecx)
0x1418 169 eax = temp0.d
0x1418 170 edx = temp1.d
0x141c 171 if (edx != 0) then 174 @ 0x13f0 else 181 @ 0x141e
0x135a 172 ebx = 1
0x135a 173 goto 62 @ 0x135f
0x13f0 174 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x13f0 175 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x13f0 176 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x13f0 177 flag:s = 0
0x13f0 178 flag:o = 0
0x13f0 179 flag:a = 0
0x13f8 180 if (flag:c) then 183 @ 0x13c0 else 196 @ 0x13fa
0x141e 181 r12d = 0
0x142b 182 goto 68 @ 0x1430
0x13c0 183 xmm0 = xmm2
0x13c4 184 call(0x1050)
0x13c9 185 xmm2 = zx.o([rsp + 0x10 {var_38_2}].q)
0x13cf 186 xmm1 = 0
0x13d2 187 xmm1.q = float.d(ebp)
0x13d6 188 ebp = ebp + 2
0x13d9 189 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x13d9 190 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x13d9 191 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x13d9 192 flag:s = 0
0x13d9 193 flag:o = 0
0x13d9 194 flag:a = 0
0x13dd 195 if (not(flag:c)) then 158 @ 0x1411 else 208 @ 0x13df
0x13fa 196 xmm0 = 0
0x13fd 197 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1401 198 xmm1 = 0
0x1404 199 xmm1.q = float.d(ebp)
0x1408 200 ebp = ebp + 2
0x140b 201 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x140b 202 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x140b 203 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x140b 204 flag:s = 0
0x140b 205 flag:o = 0
0x140b 206 flag:a = 0
0x140f 207 if (flag:c) then 68 @ 0x1430 else 158 @ 0x1411
0x13df 208 goto 68 @ 0x1430
int64_t _fini():
0x1458 0 rsp = rsp - 8
0x145c 1 rsp = rsp + 8
0x1460 2 <return> jump(pop)
| POJ_68 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
int32_t puts(char const* str):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSH"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 rsp = rsp - 0x2e8
0x1181 7 rdi = 0x2004 {"%d"}
0x1188 8 rsi = rsp + 0xc {var_30c}
0x118d 9 eax = 0
0x118f 10 call(0x1050)
0x1199 11 if ([rsp + 0xc {var_30c}].d s<= 0) then 12 @ 0x1300 else 21 @ 0x119f
0x1300 12 eax = 0
0x1302 13 rsp = rsp + 0x2e8
0x1309 14 rbx = pop
0x130a 15 r12 = pop
0x130c 16 r13 = pop
0x130e 17 r14 = pop
0x1310 18 r15 = pop
0x1312 19 rbp = pop
0x1313 20 <return> jump(pop)
0x119f 21 r15d = 0xfffffffe {""}
0x11a5 22 r14 = 0x2007 {"%s"}
0x11ac 23 r13 = rsp + 0x10 {var_308}
0x11b1 24 r12d = 0
0x11b4 25 goto 26 @ 0x11ec
0x11ec 26 rdi = r14
0x11ef 27 rsi = r13 {var_308}
0x11f2 28 eax = 0
0x11f4 29 call(0x1050)
0x11f9 30 rdi = r13 {var_308}
0x11fc 31 call(0x1040)
0x1204 32 if (eax s< 2) then 33 @ 0x1290 else 35 @ 0x120a
0x1290 33 r8d = 0
0x1290 34 goto 45 @ 0x1293
0x120a 35 r8d = (r15 + rax).d
0x120e 36 r9d = (r15 + rax).d
0x1212 37 r9d = r9d + 1
0x1216 38 r10 = sx.q(eax)
0x1219 39 r8 = r8 + 1
0x121d 40 esi = r10d
0x1220 41 rsi = rsi - 1
0x1224 42 rdi = rsp + 0x11 {var_307}
0x1229 43 ecx = 0
0x122b 44 goto 48 @ 0x1249
0x1293 45 eax = 1
0x1298 46 rcx = r8
0x129d 47 if (ebp != 0) then 50 @ 0x11d2 else 54 @ 0x12a3
0x1249 48 rbx = rcx + 1
0x1250 49 if (rbx s>= r10) then 55 @ 0x1230 else 57 @ 0x1252
0x11d2 50 [rsp + (r12 << 2) + 0x150].d = eax
0x11da 51 r12 = r12 + 1
0x11de 52 rax = sx.q([rsp + 0xc {var_30c}].d)
0x11e6 53 if (r12 s>= rax) then 60 @ 0x12aa else 26 @ 0x11ec
0x12a3 54 goto 61 @ 0x11c0
0x1230 55 ebp = 0
0x1237 56 if ([rsp + rcx + 0x10].b != 0x21) then 61 @ 0x11c0 else 67 @ 0x1239
0x1252 57 edx = 0
0x1254 58 ebp = 0
0x1256 59 goto 71 @ 0x1269
0x12aa 60 if (eax s<= 0) then 12 @ 0x1300 else 73 @ 0x12ac
0x11c0 61 eax = ecx
0x11c2 62 al = [rsp + rax + 0x10].b
0x11c6 63 [rsp + r12 + 0xe0].b = al
0x11ce 64 eax = 0
0x11d0 65 ebp = 0
0x11d0 66 goto 50 @ 0x11d2
0x1239 67 rdi = rdi + 1
0x123d 68 rsi = rsi - 1
0x1241 69 rcx = rbx
0x1247 70 if (rbx == r9) then 45 @ 0x1293 else 48 @ 0x1249
0x1269 71 eax = zx.d([rsp + rcx + 0x10].b)
0x1271 72 if ([rdi + rdx].b != al) then 77 @ 0x1260 else 79 @ 0x1275
0x12ac 73 r14 = 0x200e {"no"}
0x12b3 74 rbx = 0x200a {"%c\n"}
0x12ba 75 ebp = 0
0x12bc 76 goto 80 @ 0x12de
0x1260 77 rdx = rdx + 1
0x1267 78 if (rsi == rdx) then 81 @ 0x1282 else 71 @ 0x1269
0x1275 79 if (al == 0x21) then 77 @ 0x1260 else 82 @ 0x1277
0x12de 80 if ([rsp + (rbp << 2) + 0x150].d == 1) then 85 @ 0x12c0 else 90 @ 0x12e0
0x1282 81 if (ebp != 0) then 67 @ 0x1239 else 97 @ 0x1284
0x1277 82 [rdi + rdx].b = 0x21 {""}
0x127b 83 ebp = ebp + 1
0x127e 84 goto 77 @ 0x1260
0x12c0 85 rdi = r14
0x12c3 86 call(0x1060)
0x12c8 87 rbp = rbp + 1
0x12cc 88 rax = sx.q([rsp + 0xc {var_30c}].d)
0x12d4 89 if (rbp s>= rax) then 12 @ 0x1300 else 80 @ 0x12de
0x12e0 90 esi = sx.d([rsp + rbp + 0xe0].b)
0x12e8 91 rdi = rbx
0x12eb 92 eax = 0
0x12ed 93 call(0x1030)
0x12f2 94 rbp = rbp + 1
0x12f6 95 rax = sx.q([rsp + 0xc {var_30c}].d)
0x12fe 96 if (rbp s< rax) then 80 @ 0x12de else 12 @ 0x1300
0x1284 97 goto 55 @ 0x1230
int64_t _fini():
0x1318 0 rsp = rsp - 8
0x131c 1 rsp = rsp + 8
0x1320 2 <return> jump(pop)
| POJ_37 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int64_t memset(void* arg1, int32_t arg2, uint64_t arg3):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
double sqrt(double x):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSHx""}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 rsp = rsp - 0x2278
0x1181 7 rdi = rsp + 0x10 {var_2298}
0x1186 8 edx = 0x2260 {""}
0x118b 9 esi = 0
0x118d 10 call(0x1040)
0x1192 11 rdi = 0x2010 {"%d"}
0x1199 12 rsi = rsp + 4 {var_22a4}
0x119e 13 eax = 0
0x11a0 14 call(0x1050)
0x11aa 15 if ([rsp + 4 {var_22a4}].d s<= 0) then 16 @ 0x135d else 25 @ 0x11b0
0x135d 16 eax = 0
0x135f 17 rsp = rsp + 0x2278
0x1366 18 rbx = pop
0x1367 19 r12 = pop
0x1369 20 r13 = pop
0x136b 21 r14 = pop
0x136d 22 r15 = pop
0x136f 23 rbp = pop
0x1370 24 <return> jump(pop)
0x11b0 25 r13 = rsp + 0x18 {var_2290}
0x11b5 26 ebp = 1
0x11ba 27 r12 = 0x2017 {"%.5f\n"}
0x11c1 28 rbx = 0x2013 {"%lf"}
0x11c8 29 goto 30 @ 0x11df
0x11df 30 rdi = 0x2010 {"%d"}
0x11e6 31 rsi = rsp {var_22a8}
0x11e9 32 eax = 0
0x11eb 33 call(0x1050)
0x11f0 34 eax = [rsp {var_22a8}].d
0x11f5 35 if (eax s<= 0) then 36 @ 0x1270 else 39 @ 0x11f7
0x1270 36 xmm1 = 0
0x1273 37 xmm1.q = float.d(eax)
0x1273 38 goto 43 @ 0x1277
0x11f7 39 xmm4 = 0
0x11fa 40 r14d = 0
0x11fd 41 r15d = 0
0x11fd 42 goto 45 @ 0x1200
0x1277 43 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x127b 44 goto 56 @ 0x131a
0x1200 45 [rsp + 8 {var_22a0_1}].q = xmm4.q
0x1206 46 rsi = r14 + r13
0x120a 47 rdi = rbx
0x120d 48 eax = 0
0x120f 49 call(0x1050)
0x1214 50 xmm4 = zx.o([rsp + 8 {var_22a0_1}].q)
0x121a 51 xmm4.q = xmm4.q f+ fconvert.t([rsp + (r15 << 3) + 0x18].q)
0x1221 52 rax = sx.q([rsp {var_22a8}].d)
0x1225 53 r15 = r15 + 1
0x1229 54 r14 = r14 + 8
0x1230 55 if (r15 s< rax) then 45 @ 0x1200 else 64 @ 0x1232
0x131a 56 xmm0.q = xmm0.q f/ xmm1.q
0x131e 57 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x131e 58 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x131e 59 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x131e 60 flag:s = 0
0x131e 61 flag:o = 0
0x131e 62 flag:a = 0
0x1326 63 if (flag:c) then 68 @ 0x1330 else 70 @ 0x1328
0x1232 64 ecx = eax
0x1234 65 xmm1 = 0
0x1237 66 xmm1.q = float.d(ecx)
0x123d 67 if (ecx s<= 0) then 43 @ 0x1277 else 72 @ 0x123f
0x1330 68 call(0x1060)
0x1330 69 goto 77 @ 0x1335
0x1328 70 xmm0 = _mm_sqrt_sd(xmm0.q)
0x132c 71 goto 77 @ 0x1335
0x123f 72 xmm4.q = xmm4.q f/ xmm1.q
0x1243 73 rdx = rcx - 1
0x1247 74 eax = ecx
0x1249 75 eax = eax & 3
0x1250 76 if (rdx u>= 3) then 82 @ 0x1280 else 86 @ 0x1252
0x1335 77 rdi = r12
0x1338 78 al = 1
0x133a 79 call(0x1030)
0x133f 80 edx = [rsp {var_22a8}].d
0x1344 81 if (edx s<= 0) then 89 @ 0x11d0 else 93 @ 0x134a
0x1280 82 ecx = ecx & 0xfffffffc
0x1283 83 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1287 84 edx = 0
0x1289 85 goto 98 @ 0x1290
0x1252 86 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1256 87 edx = 1
0x125e 88 if (rax != 0) then 116 @ 0x12ea else 120 @ 0x1264
0x11d0 89 eax = (rbp + 1).d
0x11d3 90 cond:0 = ebp s>= [rsp + 4 {var_22a4}].d
0x11d7 91 ebp = eax
0x11d9 92 if (cond:0) then 16 @ 0x135d else 30 @ 0x11df
0x134a 93 rdx = rdx << 3
0x134e 94 rdi = r13 {var_2290}
0x1351 95 esi = 0
0x1353 96 call(0x1040)
0x1358 97 goto 89 @ 0x11d0
0x1290 98 xmm2 = zx.o([rsp + (rdx << 3) + 0x18].q)
0x1296 99 xmm3 = zx.o([rsp + (rdx << 3) + 0x20].q)
0x129c 100 xmm2.q = xmm2.q f- xmm4.q
0x12a0 101 xmm2.q = xmm2.q f* xmm2.q
0x12a4 102 xmm2.q = xmm2.q f+ xmm0.q
0x12a8 103 xmm3.q = xmm3.q f- xmm4.q
0x12ac 104 xmm3.q = xmm3.q f* xmm3.q
0x12b0 105 xmm3.q = xmm3.q f+ xmm2.q
0x12b4 106 xmm2 = zx.o([rsp + (rdx << 3) + 0x28].q)
0x12ba 107 xmm2.q = xmm2.q f- xmm4.q
0x12be 108 xmm2.q = xmm2.q f* xmm2.q
0x12c2 109 xmm2.q = xmm2.q f+ xmm3.q
0x12c6 110 xmm0 = zx.o([rsp + (rdx << 3) + 0x30].q)
0x12cc 111 xmm0.q = xmm0.q f- xmm4.q
0x12d0 112 xmm0.q = xmm0.q f* xmm0.q
0x12d4 113 xmm0.q = xmm0.q f+ xmm2.q
0x12d8 114 rdx = rdx + 4
0x12df 115 if (rcx != rdx) then 98 @ 0x1290 else 121 @ 0x12e1
0x12ea 116 rcx = rsp + (rdx << 3)
0x12ee 117 rcx = rcx + 0x10
0x12f2 118 edx = 0
0x12fe 119 goto 123 @ 0x1300
0x1264 120 goto 56 @ 0x131a
0x12e1 121 rdx = rdx + 1
0x12e8 122 if (rax == 0) then 56 @ 0x131a else 116 @ 0x12ea
0x1300 123 xmm2 = zx.o([rcx + (rdx << 3)].q)
0x1305 124 xmm2.q = xmm2.q f- xmm4.q
0x1309 125 xmm2.q = xmm2.q f* xmm2.q
0x130d 126 xmm0.q = xmm0.q f+ xmm2.q
0x1311 127 rdx = rdx + 1
0x1318 128 if (rax != rdx) then 123 @ 0x1300 else 56 @ 0x131a
int64_t _fini():
0x1378 0 rsp = rsp - 8
0x137c 1 rsp = rsp + 8
0x1380 2 <return> jump(pop)
| POJ_38 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(rbx)
0x1165 3 rsp = rsp - 0xe0
0x116c 4 rdi = 0x2020 {"%s%s"}
0x1173 5 rbx = rsp {var_f8}
0x1176 6 r14 = rsp + 0x70 {var_88}
0x117b 7 rsi = rbx {var_f8}
0x117e 8 rdx = r14 {var_88}
0x1181 9 eax = 0
0x1183 10 call(0x1050)
0x1188 11 rdi = rbx {var_f8}
0x118b 12 call(0x1040)
0x1190 13 r15 = rax
0x1193 14 rdi = r14 {var_88}
0x1196 15 call(0x1040)
0x119e 16 if (r15d != eax) then 17 @ 0x1303 else 19 @ 0x11a7
0x1303 17 rdi = 0x2025 {"NO"}
0x130a 18 goto 20 @ 0x132a
0x11a7 19 if (r15d s<= 0) then 28 @ 0x1323 else 30 @ 0x11ad
0x132a 20 eax = 0
0x132c 21 call(0x1030)
0x1331 22 eax = 0
0x1333 23 rsp = rsp + 0xe0
0x133a 24 rbx = pop
0x133b 25 r14 = pop
0x133d 26 r15 = pop
0x133f 27 <return> jump(pop)
0x1323 28 rdi = 0x2028 {"YES"}
0x1323 29 goto 20 @ 0x132a
0x11ad 30 eax = r15d
0x11b0 31 r15d = r15d & 7
0x11b4 32 r11 = rax
0x11b7 33 r11 = r11 - r15
0x11ba 34 r10d = 0
0x11bd 35 r8d = 1
0x11c3 36 xmm0 = [0x2010].o
0x11cb 37 r9d = 0
0x11ce 38 goto 39 @ 0x11e3
0x11e3 39 bl = [rsp + r10].b
0x11ea 40 if (eax u>= 8) then 41 @ 0x1200 else 51 @ 0x11ec
0x1200 41 ecx = zx.d(bl)
0x1203 42 xmm1 = ecx
0x1207 43 xmm1 = _mm_unpacklo_epi8(xmm1, xmm1.q)
0x120b 44 xmm3 = _mm_shufflelo_epi16(xmm1, 0)
0x1210 45 xmm1 = 0
0x1214 46 esi = 0
0x1216 47 xmm2 = 0
0x121a 48 xmm5 = 0
0x121e 49 xmm4 = 0
0x122c 50 goto 55 @ 0x1230
0x11ec 51 ecx = 0
0x11ee 52 edi = 0
0x11f0 53 esi = 0
0x11f2 54 goto 81 @ 0x12e0
0x1230 55 xmm6 = [rsp + rsi].q
0x1235 56 xmm7 = [rsp + rsi + 4].d
0x123b 57 xmm6 = _mm_cmpeq_epi8(xmm6, xmm3)
0x123f 58 xmm6 = _mm_unpacklo_epi8(xmm6, xmm6.q)
0x1243 59 xmm6 = _mm_unpacklo_epi16(xmm6, xmm6.q)
0x1247 60 xmm6 = xmm6 & xmm0
0x124b 61 xmm1 = _mm_add_epi32(xmm1, xmm6)
0x124f 62 xmm7 = _mm_cmpeq_epi8(xmm7, xmm3)
0x1253 63 xmm7 = _mm_unpacklo_epi8(xmm7, xmm7.q)
0x1257 64 xmm7 = _mm_unpacklo_epi16(xmm7, xmm7.q)
0x125b 65 xmm7 = xmm7 & xmm0
0x125f 66 xmm2 = _mm_add_epi32(xmm2, xmm7)
0x1263 67 xmm6 = [rsp + rsi + 0x70].q
0x1269 68 xmm7 = [rsp + rsi + 0x74].d
0x126f 69 xmm6 = _mm_cmpeq_epi8(xmm6, xmm3)
0x1273 70 xmm6 = _mm_unpacklo_epi8(xmm6, xmm6.q)
0x1277 71 xmm6 = _mm_unpacklo_epi16(xmm6, xmm6.q)
0x127b 72 xmm6 = xmm6 & xmm0
0x127f 73 xmm5 = _mm_add_epi32(xmm5, xmm6)
0x1283 74 xmm7 = _mm_cmpeq_epi8(xmm7, xmm3)
0x1287 75 xmm7 = _mm_unpacklo_epi8(xmm7, xmm7.q)
0x128b 76 xmm7 = _mm_unpacklo_epi16(xmm7, xmm7.q)
0x128f 77 xmm7 = xmm7 & xmm0
0x1293 78 xmm4 = _mm_add_epi32(xmm4, xmm7)
0x1297 79 rsi = rsi + 8
0x129e 80 if (r11 != rsi) then 55 @ 0x1230 else 89 @ 0x12a0
0x12e0 81 edx = 0
0x12e5 82 dl = [rsp + rcx].b == bl
0x12e8 83 edi = edi + edx
0x12ea 84 edx = 0
0x12f0 85 dl = [rsp + rcx + 0x70].b == bl
0x12f3 86 esi = esi + edx
0x12f5 87 rcx = rcx + 1
0x12fc 88 if (rax != rcx) then 81 @ 0x12e0 else 103 @ 0x12fe
0x12a0 89 xmm4 = _mm_add_epi32(xmm4, xmm5)
0x12a4 90 xmm3 = _mm_shuffle_epi32(xmm4, 0xee)
0x12a9 91 xmm3 = _mm_add_epi32(xmm3, xmm4)
0x12ad 92 xmm4 = _mm_shuffle_epi32(xmm3, 0x55)
0x12b2 93 xmm4 = _mm_add_epi32(xmm4, xmm3)
0x12b6 94 esi = xmm4.d
0x12ba 95 xmm2 = _mm_add_epi32(xmm2, xmm1)
0x12be 96 xmm1 = _mm_shuffle_epi32(xmm2, 0xee)
0x12c3 97 xmm1 = _mm_add_epi32(xmm1, xmm2)
0x12c7 98 xmm2 = _mm_shuffle_epi32(xmm1, 0x55)
0x12cc 99 xmm2 = _mm_add_epi32(xmm2, xmm1)
0x12d0 100 edi = xmm2.d
0x12d4 101 rcx = r11
0x12da 102 if (r15 == 0) then 104 @ 0x11d2 else 81 @ 0x12e0
0x12fe 103 goto 104 @ 0x11d2
0x11d2 104 if (edi != esi) then 105 else 107 @ 0x11d6
0x11d2 105 r9d = r8d
0x11d2 106 goto 107 @ 0x11d6
0x11d6 107 r10 = r10 + 1
0x11dd 108 if (r10 == rax) then 109 @ 0x130c else 39 @ 0x11e3
0x130c 109 cond:0 = r9d == 0
0x130f 110 rax = 0x2028 {"YES"}
0x1316 111 rdi = 0x2025 {"NO"}
0x131d 112 if (cond:0) then 113 else 115 @ 0x1321
0x131d 113 rdi = rax
0x131d 114 goto 115 @ 0x1321
0x1321 115 goto 20 @ 0x132a
int64_t _fini():
0x1344 0 rsp = rsp - 8
0x1348 1 rsp = rsp + 8
0x134c 2 <return> jump(pop)
| POJ_36 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0xfd0
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 [rbp - 8 {var_10}].d = 1
0x1169 5 [rbp - 0x10 {var_18}].d = 1
0x1170 6 [rbp - 0xfc4 {var_fcc}].d = 0
0x117a 7 rdi = 0x2005 {"%d"}
0x1181 8 rsi = rbp - 0x1c {var_24}
0x1185 9 al = 0
0x1187 10 call(0x1040)
0x118c 11 [rbp - 0xc {var_14}].d = 1
0x118c 12 goto 13 @ 0x1193
0x1193 13 eax = [rbp - 0xc {var_14}].d
0x1199 14 if (eax s> [rbp - 0x1c {var_24}].d) then 15 @ 0x120d else 17 @ 0x119f
0x120d 15 [rbp - 0x14 {var_1c}].d = 1
0x120d 16 goto 39 @ 0x1214
0x119f 17 rax = sx.q([rbp - 0xc {var_14}].d)
0x11a3 18 rsi = rbp - 0x7f0 {var_7f8}
0x11aa 19 rax = rax << 2
0x11ae 20 rsi = rsi + rax
0x11b1 21 rdi = 0x2005 {"%d"}
0x11b8 22 al = 0
0x11ba 23 call(0x1040)
0x11bf 24 rax = sx.q([rbp - 0xc {var_14}].d)
0x11c3 25 eax = [rbp + (rax << 2) - 0x7f0].d
0x11ca 26 ecx = 2
0x11cf 27 temp2.d:temp3.d = sx.q(eax)
0x11cf 28 edx = temp2.d
0x11cf 29 eax = temp3.d
0x11d0 30 temp4.d = edx
0x11d0 31 temp5.d = eax
0x11d0 32 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x11d0 33 temp6.d = edx
0x11d0 34 temp7.d = eax
0x11d0 35 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x11d0 36 eax = temp0.d
0x11d0 37 edx = temp1.d
0x11d5 38 if (edx != 1) then 41 @ 0x11fa else 42 @ 0x11db
0x1214 39 eax = [rbp - 0x14 {var_1c}].d
0x121a 40 if (eax s>= [rbp - 0x10 {var_18}].d) then 50 @ 0x12bf else 56 @ 0x1220
0x11fa 41 goto 58 @ 0x11ff
0x11db 42 rax = sx.q([rbp - 0xc {var_14}].d)
0x11df 43 ecx = [rbp + (rax << 2) - 0x7f0].d
0x11e6 44 rax = sx.q([rbp - 0x10 {var_18}].d)
0x11ea 45 [rbp + (rax << 2) - 0xfc0].d = ecx
0x11f1 46 eax = [rbp - 0x10 {var_18}].d
0x11f4 47 eax = eax + 1
0x11f7 48 [rbp - 0x10 {var_18}].d = eax
0x11f7 49 goto 41 @ 0x11fa
0x12bf 50 esi = [rbp - 0xfbc {var_fc4}].d
0x12c5 51 rdi = 0x2005 {"%d"}
0x12cc 52 al = 0
0x12ce 53 call(0x1030)
0x12d3 54 [rbp - 8 {var_10_1}].d = 2
0x12d3 55 goto 62 @ 0x12da
0x1220 56 [rbp - 0x18 {var_20_1}].d = 1
0x1220 57 goto 64 @ 0x1227
0x11ff 58 eax = [rbp - 0xc {var_14}].d
0x1202 59 eax = eax + 1
0x1205 60 [rbp - 0xc {var_14}].d = eax
0x1208 61 goto 13 @ 0x1193
0x12da 62 eax = [rbp - 8 {var_10_1}].d
0x12e0 63 if (eax s>= [rbp - 0x10 {var_18}].d) then 68 @ 0x130d else 72 @ 0x12e6
0x1227 64 eax = [rbp - 0x18 {var_20_1}].d
0x122a 65 ecx = [rbp - 0x10 {var_18}].d
0x122d 66 ecx = ecx - [rbp - 0x14 {var_1c}].d
0x1232 67 if (eax s>= ecx) then 81 @ 0x12ac else 82 @ 0x1238
0x130d 68 eax = 0
0x130f 69 rsp = rsp + 0xfd0
0x1316 70 rbp = pop
0x1317 71 <return> jump(pop)
0x12e6 72 rax = sx.q([rbp - 8 {var_10_1}].d)
0x12ea 73 esi = [rbp + (rax << 2) - 0xfc0].d
0x12f1 74 rdi = 0x2004 {",%d"}
0x12f8 75 al = 0
0x12fa 76 call(0x1030)
0x12ff 77 eax = [rbp - 8 {var_10_1}].d
0x1302 78 eax = eax + 1
0x1305 79 [rbp - 8 {var_10_1}].d = eax
0x1308 80 goto 62 @ 0x12da
0x12ac 81 goto 88 @ 0x12b1
0x1238 82 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x123c 83 eax = [rbp + (rax << 2) - 0xfc0].d
0x1243 84 ecx = [rbp - 0x18 {var_20_1}].d
0x1246 85 ecx = ecx + 1
0x1249 86 rcx = sx.q(ecx)
0x1253 87 if (eax s<= [rbp + (rcx << 2) - 0xfc0].d) then 92 @ 0x1299 else 93 @ 0x1259
0x12b1 88 eax = [rbp - 0x14 {var_1c}].d
0x12b4 89 eax = eax + 1
0x12b7 90 [rbp - 0x14 {var_1c}].d = eax
0x12ba 91 goto 39 @ 0x1214
0x1299 92 goto 108 @ 0x129e
0x1259 93 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x125d 94 eax = [rbp + (rax << 2) - 0xfc0].d
0x1264 95 [rbp - 0xfc4 {var_fcc_1}].d = eax
0x126a 96 eax = [rbp - 0x18 {var_20_1}].d
0x126d 97 eax = eax + 1
0x1270 98 rax = sx.q(eax)
0x1272 99 ecx = [rbp + (rax << 2) - 0xfc0].d
0x1279 100 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x127d 101 [rbp + (rax << 2) - 0xfc0].d = ecx
0x1284 102 ecx = [rbp - 0xfc4 {var_fcc_1}].d
0x128a 103 eax = [rbp - 0x18 {var_20_1}].d
0x128d 104 eax = eax + 1
0x1290 105 rax = sx.q(eax)
0x1292 106 [rbp + (rax << 2) - 0xfc0].d = ecx
0x1292 107 goto 92 @ 0x1299
0x129e 108 eax = [rbp - 0x18 {var_20_1}].d
0x12a1 109 eax = eax + 1
0x12a4 110 [rbp - 0x18 {var_20_1}].d = eax
0x12a7 111 goto 64 @ 0x1227
int64_t _fini():
0x131c 0 rsp = rsp - 8
0x1320 1 rsp = rsp + 8
0x1324 2 <return> jump(pop)
| POJ_94 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4040].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4040].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x90
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 rdi = 0x2004 {"%d"}
0x1169 5 rsi = rbp - 8 {var_10}
0x116d 6 al = 0
0x116f 7 call(0x1040)
0x1174 8 [rbp - 0x11 {var_19}].b = 0x41 {""}
0x1178 9 [rbp - 0x18 {var_20}].d = 0
0x117f 10 [rbp - 0xc {var_14}].d = 0
0x117f 11 goto 12 @ 0x118a
0x118a 12 if ([rbp - 0xc {var_14}].d s>= 0x1a) then 13 @ 0x11aa else 15 @ 0x1190
0x11aa 13 [rbp - 0xc {var_14_1}].d = 0
0x11aa 14 goto 21 @ 0x11b1
0x1190 15 rax = sx.q([rbp - 0xc {var_14}].d)
0x1194 16 [rbp + (rax << 2) - 0x80].d = 0
0x119c 17 eax = [rbp - 0xc {var_14}].d
0x119f 18 eax = eax + 1
0x11a2 19 [rbp - 0xc {var_14}].d = eax
0x11a5 20 goto 12 @ 0x118a
0x11b1 21 eax = [rbp - 0xc {var_14_1}].d
0x11b7 22 if (eax s>= [rbp - 8 {var_10}].d) then 23 @ 0x1281 else 25 @ 0x11bd
0x1281 23 [rbp - 0xc {var_14_2}].d = 0
0x1281 24 goto 41 @ 0x128c
0x11bd 25 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11c1 26 rsi = 0x4050 {""}
0x11c8 27 rax = rax << 2
0x11cc 28 rsi = rsi + rax
0x11cf 29 rdi = 0x2004 {"%d"}
0x11d6 30 al = 0
0x11d8 31 call(0x1040)
0x11dd 32 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11e1 33 rsi = 0x4ff0 {""}
0x11e8 34 rax = rax * 0x1a
0x11ec 35 rsi = rsi + rax
0x11ef 36 rdi = 0x2007 {"%s"}
0x11f6 37 al = 0
0x11f8 38 call(0x1040)
0x11fd 39 [rbp - 0x84 {var_8c_1}].d = 0
0x11fd 40 goto 42 @ 0x1207
0x128c 41 if ([rbp - 0xc {var_14_2}].d s>= 0x19) then 49 @ 0x12ca else 56 @ 0x1292
0x1207 42 rcx = sx.q([rbp - 0xc {var_14_1}].d)
0x120b 43 rax = 0x4ff0 {""}
0x1212 44 rcx = rcx * 0x1a
0x1216 45 rax = rax + rcx
0x1219 46 rcx = sx.q([rbp - 0x84 {var_8c_1}].d)
0x1220 47 eax = sx.d([rax + rcx].b)
0x1227 48 if (eax == 0) then 59 @ 0x126e else 60 @ 0x122d
0x12ca 49 esi = sx.d([rbp - 0x11 {var_19}].b)
0x12ce 50 edx = [rbp - 0x18 {var_20}].d
0x12d1 51 rdi = 0x200a {"%c\n%d\n"}
0x12d8 52 al = 0
0x12da 53 call(0x1030)
0x12df 54 [rbp - 0xc {var_14_3}].d = 0
0x12df 55 goto 75 @ 0x12e6
0x1292 56 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1296 57 eax = [rbp + (rax << 2) - 0x80].d
0x129d 58 if (eax s<= [rbp - 0x18 {var_20}].d) then 77 @ 0x12b7 else 78 @ 0x12a3
0x126e 59 goto 85 @ 0x1273
0x122d 60 rcx = sx.q([rbp - 0xc {var_14_1}].d)
0x1231 61 rax = 0x4ff0 {""}
0x1238 62 rcx = rcx * 0x1a
0x123c 63 rax = rax + rcx
0x123f 64 rcx = sx.q([rbp - 0x84 {var_8c_1}].d)
0x1246 65 eax = sx.d([rax + rcx].b)
0x124a 66 eax = eax - 0x40
0x124d 67 rax = sx.q(eax)
0x124f 68 ecx = [rbp + (rax << 2) - 0x80].d
0x1253 69 ecx = ecx + 1
0x1256 70 [rbp + (rax << 2) - 0x80].d = ecx
0x125a 71 eax = [rbp - 0x84 {var_8c_1}].d
0x1260 72 eax = eax + 1
0x1263 73 [rbp - 0x84 {var_8c_1}].d = eax
0x1269 74 goto 42 @ 0x1207
0x12e6 75 eax = [rbp - 0xc {var_14_3}].d
0x12ec 76 if (eax s>= [rbp - 8 {var_10}].d) then 89 @ 0x136b else 93 @ 0x12f2
0x12b7 77 goto 95 @ 0x12bc
0x12a3 78 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x12a7 79 eax = [rbp + (rax << 2) - 0x80].d
0x12ab 80 [rbp - 0x18 {var_20}].d = eax
0x12ae 81 eax = [rbp - 0xc {var_14_2}].d
0x12b1 82 eax = eax + 0x40
0x12b4 83 [rbp - 0x11 {var_19}].b = al
0x12b4 84 goto 77 @ 0x12b7
0x1273 85 eax = [rbp - 0xc {var_14_1}].d
0x1276 86 eax = eax + 1
0x1279 87 [rbp - 0xc {var_14_1}].d = eax
0x127c 88 goto 21 @ 0x11b1
0x136b 89 eax = 0
0x136d 90 rsp = rsp + 0x90
0x1374 91 rbp = pop
0x1375 92 <return> jump(pop)
0x12f2 93 [rbp - 0x10 {var_18_1}].d = 0
0x12f2 94 goto 99 @ 0x12fd
0x12bc 95 eax = [rbp - 0xc {var_14_2}].d
0x12bf 96 eax = eax + 1
0x12c2 97 [rbp - 0xc {var_14_2}].d = eax
0x12c5 98 goto 41 @ 0x128c
0x12fd 99 if ([rbp - 0x10 {var_18_1}].d s>= 0x1a) then 100 @ 0x1358 else 101 @ 0x1303
0x1358 100 goto 109 @ 0x135d
0x1303 101 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x1307 102 rax = 0x4ff0 {""}
0x130e 103 rcx = rcx * 0x1a
0x1312 104 rax = rax + rcx
0x1315 105 rcx = sx.q([rbp - 0x10 {var_18_1}].d)
0x1319 106 eax = sx.d([rax + rcx].b)
0x131d 107 ecx = sx.d([rbp - 0x11 {var_19}].b)
0x1323 108 if (eax != ecx) then 113 @ 0x1345 else 114 @ 0x1329
0x135d 109 eax = [rbp - 0xc {var_14_3}].d
0x1360 110 eax = eax + 1
0x1363 111 [rbp - 0xc {var_14_3}].d = eax
0x1366 112 goto 75 @ 0x12e6
0x1345 113 goto 121 @ 0x134a
0x1329 114 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x132d 115 rax = 0x4050 {""}
0x1334 116 esi = [rax + (rcx << 2)].d
0x1337 117 rdi = 0x200d {"%d\n"}
0x133e 118 al = 0
0x1340 119 call(0x1030)
0x1340 120 goto 113 @ 0x1345
0x134a 121 eax = [rbp - 0x10 {var_18_1}].d
0x134d 122 eax = eax + 1
0x1350 123 [rbp - 0x10 {var_18_1}].d = eax
0x1353 124 goto 99 @ 0x12fd
int64_t _fini():
0x137c 0 rsp = rsp - 8
0x1380 1 rsp = rsp + 8
0x1384 2 <return> jump(pop)
| POJ_2 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x1c8
0x1161 7 rdi = 0x2010 {"%d"}
0x1168 8 rsi = rsp + 0xc {var_1ec}
0x116d 9 eax = 0
0x116f 10 call(0x1040)
0x1179 11 if ([rsp + 0xc {var_1ec}].d s<= 0) then 12 @ 0x121f else 20 @ 0x117f
0x121f 12 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1223 13 [rsp + 0x10 {var_1e8}].q = xmm0.q
0x1229 14 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x122d 15 [rsp + 0x18 {var_1e0}].q = xmm0.q
0x1233 16 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1237 17 [rsp + 0x20 {var_1d8}].q = xmm0.q
0x123d 18 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x123d 19 goto 27 @ 0x1241
0x117f 20 rbx = rsp + 0x30 {var_1c8}
0x1184 21 ebp = 0
0x1186 22 r15d = 0
0x1189 23 r12d = 0
0x118c 24 r13d = 0
0x118f 25 r14d = 0
0x119c 26 goto 94 @ 0x11a0
0x1241 27 [rsp + 0x28 {var_1d0}].q = xmm0.q
0x1247 28 rdi = 0x2013 {"1-18: "}
0x124e 29 eax = 0
0x1250 30 call(0x1030)
0x1255 31 xmm1.q = float.d([rsp + 0xc {var_1ec}].d)
0x125b 32 xmm0 = zx.o([rsp + 0x10 {var_1e8}].q)
0x1261 33 xmm0.q = xmm0.q f/ xmm1.q
0x1265 34 xmm0.q = xmm0.q f* fconvert.t([0x2008].q)
0x126d 35 r14 = 0x201a {"%.2lf"}
0x1274 36 rdi = r14
0x1277 37 al = 1
0x1279 38 call(0x1030)
0x127e 39 rbx = 0x2020 {"%%\n"}
0x1285 40 rdi = rbx
0x1288 41 eax = 0
0x128a 42 call(0x1030)
0x128f 43 rdi = 0x2024 {"19-35: "}
0x1296 44 eax = 0
0x1298 45 call(0x1030)
0x129d 46 xmm1 = 0
0x12a0 47 xmm1.q = float.d([rsp + 0xc {var_1ec}].d)
0x12a6 48 xmm0 = zx.o([rsp + 0x18 {var_1e0}].q)
0x12ac 49 xmm0.q = xmm0.q f/ xmm1.q
0x12b0 50 xmm0.q = xmm0.q f* fconvert.t([0x2008].q)
0x12b8 51 rdi = r14
0x12bb 52 al = 1
0x12bd 53 call(0x1030)
0x12c2 54 rdi = rbx
0x12c5 55 eax = 0
0x12c7 56 call(0x1030)
0x12cc 57 rdi = 0x202c {"36-60: "}
0x12d3 58 eax = 0
0x12d5 59 call(0x1030)
0x12da 60 xmm1 = 0
0x12dd 61 xmm1.q = float.d([rsp + 0xc {var_1ec}].d)
0x12e3 62 xmm0 = zx.o([rsp + 0x20 {var_1d8}].q)
0x12e9 63 xmm0.q = xmm0.q f/ xmm1.q
0x12ed 64 xmm0.q = xmm0.q f* fconvert.t([0x2008].q)
0x12f5 65 rdi = r14
0x12f8 66 al = 1
0x12fa 67 call(0x1030)
0x12ff 68 rdi = rbx
0x1302 69 eax = 0
0x1304 70 call(0x1030)
0x1309 71 rdi = 0x2034 {"60??: "}
0x1310 72 eax = 0
0x1312 73 call(0x1030)
0x1317 74 xmm1 = 0
0x131a 75 xmm1.q = float.d([rsp + 0xc {var_1ec}].d)
0x1320 76 xmm0 = zx.o([rsp + 0x28 {var_1d0}].q)
0x1326 77 xmm0.q = xmm0.q f/ xmm1.q
0x132a 78 xmm0.q = xmm0.q f* fconvert.t([0x2008].q)
0x1332 79 rdi = r14
0x1335 80 al = 1
0x1337 81 call(0x1030)
0x133c 82 rdi = rbx
0x133f 83 eax = 0
0x1341 84 call(0x1030)
0x1346 85 eax = 0
0x1348 86 rsp = rsp + 0x1c8
0x134f 87 rbx = pop
0x1350 88 r12 = pop
0x1352 89 r13 = pop
0x1354 90 r14 = pop
0x1356 91 r15 = pop
0x1358 92 rbp = pop
0x1359 93 <return> jump(pop)
0x11a0 94 rdi = 0x2010 {"%d"}
0x11a7 95 rsi = rbx
0x11aa 96 eax = 0
0x11ac 97 call(0x1040)
0x11b1 98 eax = [rbx].d
0x11b3 99 ecx = (rax - 1).d
0x11b6 100 flag:c = ecx u< 0x12
0x11b9 101 r14d = adc.d(r14d, 0, flag:c)
0x11bd 102 ecx = (rax - 0x13).d
0x11c0 103 flag:c = ecx u< 0x11
0x11c3 104 r13d = adc.d(r13d, 0, flag:c)
0x11c7 105 ecx = (rax - 0x24).d
0x11ca 106 flag:c = ecx u< 0x19
0x11cd 107 r12d = adc.d(r12d, 0, flag:c)
0x11d1 108 ecx = 0
0x11d6 109 cl = eax s>= 0x3d
0x11d9 110 r15d = r15d + ecx
0x11dc 111 rbp = rbp + 1
0x11e0 112 rax = sx.q([rsp + 0xc {var_1ec}].d)
0x11e5 113 rbx = rbx + 4
0x11ec 114 if (rbp s< rax) then 94 @ 0x11a0 else 115 @ 0x11ee
0x11ee 115 xmm0.q = float.d(r14d)
0x11f3 116 [rsp + 0x10 {var_1e8}].q = xmm0.q
0x11f9 117 xmm0 = 0
0x11fc 118 xmm0.q = float.d(r13d)
0x1201 119 [rsp + 0x18 {var_1e0}].q = xmm0.q
0x1207 120 xmm0 = 0
0x120a 121 xmm0.q = float.d(r12d)
0x120f 122 [rsp + 0x20 {var_1d8}].q = xmm0.q
0x1215 123 xmm0 = 0
0x1218 124 xmm0.q = float.d(r15d)
0x121d 125 goto 27 @ 0x1241
int64_t _fini():
0x1360 0 rsp = rsp - 8
0x1364 1 rsp = rsp + 8
0x1368 2 <return> jump(pop)
| POJ_99 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
float sqrtf(float x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(rbx)
0x1166 4 rsp = rsp - 0xa8
0x116d 5 rdi = 0x2004 {"%d"}
0x1174 6 rsi = rsp + 0xc {var_bc}
0x1179 7 eax = 0
0x117b 8 call(0x1040)
0x1185 9 if ([rsp + 0xc {var_bc}].d s<= 0) then 10 @ 0x12fa else 11 @ 0x118b
0x12fa 10 goto 19 @ 0x131c
0x118b 11 rdi = 0x2007 {"%f %f"}
0x1192 12 rsi = rsp + 8 {var_c0}
0x1197 13 rdx = rsp + 4 {var_c4}
0x119c 14 eax = 0
0x119e 15 call(0x1040)
0x11a3 16 xmm10 = [rsp + 8 {var_c0}].d
0x11aa 17 xmm12 = [rsp + 4 {var_c4}].d
0x11b6 18 if ([rsp + 0xc {var_bc}].d s< 2) then 42 @ 0x12fc else 51 @ 0x11bc
0x131c 19 [rsp + 0x40 {var_88_2}].o = xmm1
0x1321 20 [rsp + 0x60 {var_68_2}].o = xmm2
0x1326 21 xmm0 = xmm6
0x1329 22 xmm0.d = xmm0.d f- xmm11.d
0x132e 23 xmm1 = xmm8
0x1332 24 xmm1.d = xmm1.d f- xmm7.d
0x1336 25 xmm1.d = xmm1.d f* xmm1.d
0x133a 26 xmm0.d = xmm0.d f* xmm0.d
0x133e 27 xmm0.d = xmm0.d f+ xmm1.d
0x1342 28 xmm2 = 0
0x1345 29 flag:p = is_unordered.d(xmm0.d, xmm2.d)
0x1345 30 flag:c = xmm0.d f< xmm2.d | is_unordered.d(xmm0.d, xmm2.d)
0x1345 31 flag:z = xmm0.d f== xmm2.d | is_unordered.d(xmm0.d, xmm2.d)
0x1345 32 flag:s = 0
0x1345 33 flag:o = 0
0x1345 34 flag:a = 0
0x1348 35 [rsp + 0x50 {var_78_1}].o = xmm4
0x134d 36 [rsp + 0x30 {var_98_1}].o = xmm5
0x1352 37 [rsp + 0x10 {var_b8_2}].o = xmm8
0x1358 38 [rsp + 0x80 {var_48_2}].o = xmm6
0x1360 39 [rsp + 0x20 {var_a8_2}].o = xmm7
0x1365 40 [rsp + 0x90 {var_38_1}].o = xmm11
0x136e 41 if (flag:c) then 62 @ 0x1379 else 70 @ 0x1370
0x12fc 42 xmm4 = xmm10
0x1300 43 xmm5 = xmm12
0x1304 44 xmm1 = xmm10
0x1308 45 xmm2 = xmm12
0x130c 46 xmm8 = xmm12
0x1310 47 xmm6 = xmm10
0x1314 48 xmm7 = xmm12
0x1318 49 xmm11 = xmm10
0x1318 50 goto 19 @ 0x131c
0x11bc 51 ebp = 1
0x11c1 52 r14 = 0x2007 {"%f %f"}
0x11c8 53 r15 = rsp + 8 {var_c0}
0x11cd 54 rbx = rsp + 4 {var_c4}
0x11d2 55 xmm13 = xmm10
0x11d6 56 xmm8 = xmm12
0x11da 57 xmm9 = xmm12
0x11de 58 xmm14 = xmm10
0x11e2 59 xmm3 = xmm12
0x11e6 60 xmm0 = xmm10
0x11ea 61 goto 73 @ 0x11f0
0x1379 62 call(0x1050)
0x137e 63 xmm2 = 0
0x1381 64 xmm11 = [rsp + 0x90 {var_38_1}].o
0x138a 65 xmm7 = [rsp + 0x20 {var_a8_2}].o
0x138f 66 xmm5 = [rsp + 0x30 {var_98_1}].o
0x1394 67 xmm4 = [rsp + 0x50 {var_78_1}].o
0x1399 68 xmm3 = xmm0
0x1399 69 goto 131 @ 0x139c
0x1370 70 xmm3 = 0
0x1373 71 xmm3 = _mm_sqrt_ss(xmm0.d)
0x1377 72 goto 131 @ 0x139c
0x11f0 73 [rsp + 0x90 {var_38}].d = xmm10.d
0x11fa 74 [rsp + 0x20 {var_a8_1}].o = xmm12
0x1200 75 [rsp + 0x80 {var_48_1}].o = xmm13
0x1209 76 [rsp + 0x10 {var_b8_1}].o = xmm8
0x120f 77 [rsp + 0x30 {var_98}].d = xmm3.d
0x1215 78 [rsp + 0x40 {var_88_1}].o = xmm0
0x121a 79 [rsp + 0x50 {var_78}].d = xmm9.d
0x1221 80 [rsp + 0x60 {var_68_1}].o = xmm14
0x1227 81 rdi = r14
0x122a 82 rsi = r15 {var_c0}
0x122d 83 rdx = rbx {var_c4}
0x1230 84 eax = 0
0x1232 85 call(0x1040)
0x1237 86 xmm0 = [rsp + 8 {var_c0}].d
0x123d 87 xmm2 = [rsp + 4 {var_c4}].d
0x1243 88 xmm7 = xmm0
0x1246 89 xmm3 = [rsp + 0x90 {var_38}].d
0x124f 90 xmm7 = _mm_cmpeq_ss(xmm7.d, xmm3.d, 1)
0x1254 91 xmm1 = xmm7
0x1257 92 xmm1 = _mm_and_ps(xmm1, xmm2)
0x125a 93 xmm7 = __andnps_xmmxud_memxud(xmm7, [rsp + 0x20 {var_a8_1}].o)
0x125f 94 xmm7 = _mm_or_ps(xmm7, xmm1)
0x1262 95 xmm11 = xmm0
0x1266 96 xmm11 = _mm_min_ss(xmm11.d, xmm3.d)
0x126b 97 xmm6 = xmm0
0x126e 98 xmm3 = [rsp + 0x80 {var_48_1}].o
0x1276 99 xmm6 = _mm_max_ss(xmm6.d, xmm3.d)
0x127a 100 xmm3 = _mm_cmpeq_ss(xmm3.d, xmm0.d, 1)
0x127f 101 xmm1 = xmm3
0x1282 102 xmm1 = _mm_and_ps(xmm1, xmm2)
0x1285 103 xmm3 = __andnps_xmmxud_memxud(xmm3, [rsp + 0x10 {var_b8_1}].o)
0x128a 104 xmm3 = _mm_or_ps(xmm3, xmm1)
0x128d 105 xmm8 = xmm3
0x1291 106 xmm4 = xmm2
0x1294 107 xmm3 = [rsp + 0x30 {var_98}].d
0x129a 108 xmm4 = _mm_cmpeq_ss(xmm4.d, xmm3.d, 1)
0x129f 109 xmm1 = xmm4
0x12a2 110 xmm1 = _mm_and_ps(xmm1, xmm0)
0x12a5 111 xmm4 = __andnps_xmmxud_memxud(xmm4, [rsp + 0x40 {var_88_1}].o)
0x12aa 112 xmm4 = _mm_or_ps(xmm4, xmm1)
0x12ad 113 xmm5 = xmm2
0x12b0 114 xmm5 = _mm_min_ss(xmm5.d, xmm3.d)
0x12b4 115 xmm3 = [rsp + 0x50 {var_78}].d
0x12ba 116 xmm1 = xmm3
0x12bd 117 xmm1 = _mm_cmpeq_ss(xmm1.d, xmm2.d, 1)
0x12c2 118 xmm0 = _mm_and_ps(xmm0, xmm1)
0x12c5 119 xmm1 = __andnps_xmmxud_memxud(xmm1, [rsp + 0x60 {var_68_1}].o)
0x12ca 120 xmm1 = _mm_or_ps(xmm1, xmm0)
0x12cd 121 xmm2 = _mm_max_ss(xmm2.d, xmm3.d)
0x12d1 122 ebp = ebp + 1
0x12d4 123 xmm10 = xmm11
0x12d8 124 xmm12 = xmm7
0x12dc 125 xmm13 = xmm6
0x12e0 126 xmm9 = xmm2
0x12e4 127 xmm14 = xmm1
0x12e8 128 xmm3 = xmm5
0x12eb 129 xmm0 = xmm4
0x12f2 130 if (ebp s< [rsp + 0xc {var_bc}].d) then 73 @ 0x11f0 else 145 @ 0x12f8
0x139c 131 xmm0 = xmm4
0x139f 132 xmm0.d = xmm0.d f- xmm11.d
0x13a4 133 xmm1 = xmm5
0x13a7 134 xmm1.d = xmm1.d f- xmm7.d
0x13ab 135 xmm1.d = xmm1.d f* xmm1.d
0x13af 136 xmm0.d = xmm0.d f* xmm0.d
0x13b3 137 xmm0.d = xmm0.d f+ xmm1.d
0x13b7 138 flag:p = is_unordered.d(xmm0.d, xmm2.d)
0x13b7 139 flag:c = xmm0.d f< xmm2.d | is_unordered.d(xmm0.d, xmm2.d)
0x13b7 140 flag:z = xmm0.d f== xmm2.d | is_unordered.d(xmm0.d, xmm2.d)
0x13b7 141 flag:s = 0
0x13b7 142 flag:o = 0
0x13b7 143 flag:a = 0
0x13ba 144 if (flag:c) then 146 @ 0x13c5 else 153 @ 0x13bc
0x12f8 145 goto 19 @ 0x131c
0x13c5 146 [rsp + 0x7c {var_4c_1}].d = xmm3.d
0x13cb 147 call(0x1050)
0x13d0 148 xmm3 = [rsp + 0x7c {var_4c_1}].d
0x13d6 149 xmm11 = [rsp + 0x90 {var_38_1}].o
0x13df 150 xmm7 = [rsp + 0x20 {var_a8_2}].o
0x13e4 151 xmm2 = xmm0
0x13e4 152 goto 156 @ 0x13e7
0x13bc 153 xmm2 = 0
0x13bf 154 xmm2 = _mm_sqrt_ss(xmm0.d)
0x13c3 155 goto 156 @ 0x13e7
0x13e7 156 xmm1 = [rsp + 0x60 {var_68_2}].o
0x13ec 157 xmm0 = [rsp + 0x40 {var_88_2}].o
0x13f1 158 xmm2 = _mm_max_ss(xmm2.d, xmm3.d)
0x13f5 159 xmm0.d = xmm0.d f- xmm11.d
0x13fa 160 xmm1.d = xmm1.d f- xmm7.d
0x13fe 161 xmm1.d = xmm1.d f* xmm1.d
0x1402 162 xmm0.d = xmm0.d f* xmm0.d
0x1406 163 xmm0.d = xmm0.d f+ xmm1.d
0x140a 164 xmm4 = 0
0x140d 165 flag:p = is_unordered.d(xmm0.d, xmm4.d)
0x140d 166 flag:c = xmm0.d f< xmm4.d | is_unordered.d(xmm0.d, xmm4.d)
0x140d 167 flag:z = xmm0.d f== xmm4.d | is_unordered.d(xmm0.d, xmm4.d)
0x140d 168 flag:s = 0
0x140d 169 flag:o = 0
0x140d 170 flag:a = 0
0x1410 171 if (flag:c) then 172 @ 0x141b else 178 @ 0x1412
0x141b 172 [rsp + 0x20 {var_a8_2[0]}].d = xmm2.d
0x1421 173 call(0x1050)
0x1426 174 xmm4 = 0
0x1429 175 xmm2 = [rsp + 0x20 {var_a8_2[0]}].d
0x142f 176 xmm7 = xmm0
0x142f 177 goto 181 @ 0x1432
0x1412 178 xmm7 = 0
0x1415 179 xmm7 = _mm_sqrt_ss(xmm0.d)
0x1419 180 goto 181 @ 0x1432
0x1432 181 xmm3 = [rsp + 0x10 {var_b8_2}].o
0x1437 182 xmm0 = [rsp + 0x50 {var_78_1}].o
0x143c 183 xmm1 = [rsp + 0x30 {var_98_1}].o
0x1441 184 xmm5 = [rsp + 0x80 {var_48_2}].o
0x1449 185 xmm7 = _mm_max_ss(xmm7.d, xmm2.d)
0x144d 186 xmm0.d = xmm0.d f- xmm5.d
0x1451 187 xmm1.d = xmm1.d f- xmm3.d
0x1455 188 xmm1.d = xmm1.d f* xmm1.d
0x1459 189 xmm0.d = xmm0.d f* xmm0.d
0x145d 190 xmm0.d = xmm0.d f+ xmm1.d
0x1461 191 flag:p = is_unordered.d(xmm0.d, xmm4.d)
0x1461 192 flag:c = xmm0.d f< xmm4.d | is_unordered.d(xmm0.d, xmm4.d)
0x1461 193 flag:z = xmm0.d f== xmm4.d | is_unordered.d(xmm0.d, xmm4.d)
0x1461 194 flag:s = 0
0x1461 195 flag:o = 0
0x1461 196 flag:a = 0
0x1464 197 if (flag:c) then 198 @ 0x146f else 205 @ 0x1466
0x146f 198 [rsp + 0x20 {var_a8_2[0]}].d = xmm7.d
0x1475 199 call(0x1050)
0x147a 200 xmm7 = [rsp + 0x20 {var_a8_2[0]}].d
0x1480 201 xmm5 = [rsp + 0x80 {var_48_2}].o
0x1488 202 xmm3 = [rsp + 0x10 {var_b8_2}].o
0x148d 203 xmm6 = xmm0
0x148d 204 goto 208 @ 0x1490
0x1466 205 xmm6 = 0
0x1469 206 xmm6 = _mm_sqrt_ss(xmm0.d)
0x146d 207 goto 208 @ 0x1490
0x1490 208 xmm2 = [rsp + 0x60 {var_68_2}].o
0x1495 209 xmm4 = [rsp + 0x40 {var_88_2}].o
0x149a 210 xmm6 = _mm_max_ss(xmm6.d, xmm7.d)
0x149e 211 xmm0 = xmm4
0x14a1 212 xmm0.d = xmm0.d f- xmm5.d
0x14a5 213 xmm1 = xmm2
0x14a8 214 xmm1.d = xmm1.d f- xmm3.d
0x14ac 215 xmm1.d = xmm1.d f* xmm1.d
0x14b0 216 xmm0.d = xmm0.d f* xmm0.d
0x14b4 217 xmm0.d = xmm0.d f+ xmm1.d
0x14b8 218 xmm5 = 0
0x14bb 219 flag:p = is_unordered.d(xmm0.d, xmm5.d)
0x14bb 220 flag:c = xmm0.d f< xmm5.d | is_unordered.d(xmm0.d, xmm5.d)
0x14bb 221 flag:z = xmm0.d f== xmm5.d | is_unordered.d(xmm0.d, xmm5.d)
0x14bb 222 flag:s = 0
0x14bb 223 flag:o = 0
0x14bb 224 flag:a = 0
0x14be 225 if (flag:c) then 226 @ 0x14c9 else 234 @ 0x14c0
0x14c9 226 [rsp + 0x10 {var_b8_2[0]}].d = xmm6.d
0x14cf 227 call(0x1050)
0x14d4 228 xmm5 = 0
0x14d7 229 xmm6 = [rsp + 0x10 {var_b8_2[0]}].d
0x14dd 230 xmm4 = [rsp + 0x40 {var_88_2}].o
0x14e2 231 xmm2 = [rsp + 0x60 {var_68_2}].o
0x14e7 232 xmm3 = xmm0
0x14e7 233 goto 237 @ 0x14ea
0x14c0 234 xmm3 = 0
0x14c3 235 xmm3 = _mm_sqrt_ss(xmm0.d)
0x14c7 236 goto 237 @ 0x14ea
0x14ea 237 xmm0 = [rsp + 0x50 {var_78_1}].o
0x14ef 238 xmm1 = [rsp + 0x30 {var_98_1}].o
0x14f4 239 xmm3 = _mm_max_ss(xmm3.d, xmm6.d)
0x14f8 240 xmm4.d = xmm4.d f- xmm0.d
0x14fc 241 xmm2.d = xmm2.d f- xmm1.d
0x1500 242 xmm2.d = xmm2.d f* xmm2.d
0x1504 243 xmm4.d = xmm4.d f* xmm4.d
0x1508 244 xmm4.d = xmm4.d f+ xmm2.d
0x150c 245 flag:p = is_unordered.d(xmm4.d, xmm5.d)
0x150c 246 flag:c = xmm4.d f< xmm5.d | is_unordered.d(xmm4.d, xmm5.d)
0x150c 247 flag:z = xmm4.d f== xmm5.d | is_unordered.d(xmm4.d, xmm5.d)
0x150c 248 flag:s = 0
0x150c 249 flag:o = 0
0x150c 250 flag:a = 0
0x150f 251 if (flag:c) then 252 @ 0x151a else 257 @ 0x1511
0x151a 252 xmm0 = xmm4
0x151d 253 [rsp + 0x10 {var_b8_2[0]}].d = xmm3.d
0x1523 254 call(0x1050)
0x1528 255 xmm3 = [rsp + 0x10 {var_b8_2[0]}].d
0x1528 256 goto 260 @ 0x152e
0x1511 257 xmm0 = 0
0x1514 258 xmm0 = _mm_sqrt_ss(xmm4.d)
0x1518 259 goto 260 @ 0x152e
0x152e 260 xmm0 = _mm_max_ss(xmm0.d, xmm3.d)
0x1532 261 xmm0.q = fconvert.d(xmm0.d)
0x1536 262 rdi = 0x200d {"%.4f\n"}
0x153d 263 al = 1
0x153f 264 call(0x1030)
0x1544 265 eax = 0
0x1546 266 rsp = rsp + 0xa8
0x154d 267 rbx = pop
0x154e 268 r14 = pop
0x1550 269 r15 = pop
0x1552 270 rbp = pop
0x1553 271 <return> jump(pop)
int64_t _fini():
0x1558 0 rsp = rsp - 8
0x155c 1 rsp = rsp + 8
0x1560 2 <return> jump(pop)
| POJ_70 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"HH="}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 rsp = rsp - 0x18
0x1154 1 rdi = 0x2004 {"%d"}
0x115b 2 rsi = rsp + 0x14 {var_4}
0x1160 3 eax = 0
0x1162 4 call(0x1040)
0x1167 5 r10 = sx.q([rsp + 0x14 {var_4}].d)
0x116c 6 rcx = r10 * 0x51eb851f
0x1173 7 rsi = rcx
0x1176 8 rsi = rsi s>> 0x25
0x117a 9 rdi = rcx
0x117d 10 rdi = rdi u>> 0x3f
0x1181 11 esi = esi + edi
0x1183 12 edx = esi * 0x64
0x1186 13 eax = r10d
0x1189 14 eax = eax - edx
0x118b 15 eax = sx.d(al)
0x118e 16 edx = (rax + (rax << 2)).d
0x1191 17 eax = (rax + (rdx << 3)).d
0x1194 18 eax = zx.d(ax)
0x1197 19 edx = sx.d(ax)
0x119a 20 eax = eax u>> 0xf
0x119d 21 edx = edx u>> 0xb
0x11a0 22 dl = dl + al
0x11a2 23 edx = sx.d(dl)
0x11a5 24 rcx = rcx u>> 0x24
0x11a9 25 ecx = ecx + edi
0x11ab 26 eax = ecx * 0x32
0x11ae 27 ecx = r10d
0x11b1 28 ecx = ecx - eax
0x11b3 29 eax = sx.d(cl)
0x11b6 30 eax = eax * 0x67
0x11b9 31 eax = zx.d(ax)
0x11bc 32 ecx = sx.d(ax)
0x11bf 33 eax = eax u>> 0xf
0x11c2 34 ecx = ecx u>> 0xb
0x11c5 35 cl = cl + al
0x11c7 36 ecx = sx.d(cl)
0x11ca 37 eax = esi * -0x64
0x11cd 38 eax = eax + r10d
0x11d0 39 edi = edx * -0x32
0x11d3 40 edi = edi + eax
0x11d5 41 eax = (rcx << 2).d
0x11dc 42 eax = (rax + (rax << 2)).d
0x11df 43 edi = edi - eax
0x11e1 44 rax = sx.q(edi)
0x11e4 45 r8 = rax * 0x66666667
0x11eb 46 rdi = r8
0x11ee 47 rdi = rdi u>> 0x3f
0x11f2 48 r8 = r8 s>> 0x22
0x11f6 49 r8d = r8d + edi
0x11f9 50 edi = (r8 + r8).d
0x11fd 51 edi = (rdi + (rdi << 2)).d
0x1200 52 eax = eax - edi
0x1202 53 rax = sx.q(eax)
0x1204 54 r9 = rax * 0x66666667
0x120b 55 rax = r9
0x120e 56 rax = rax u>> 0x3f
0x1212 57 r9 = r9 s>> 0x21
0x1216 58 r9d = r9d + eax
0x1219 59 rax = r10 * 0x66666667
0x1220 60 rdi = rax
0x1223 61 rdi = rdi u>> 0x3f
0x1227 62 rax = rax s>> 0x21
0x122b 63 eax = eax + edi
0x122d 64 eax = (rax + (rax << 2)).d
0x1230 65 r10d = r10d - eax
0x1233 66 [rsp {var_18}].d = r10d
0x1237 67 rdi = 0x2007 {"%d\n%d\n%d\n%d\n%d\n%d\n"}
0x123e 68 eax = 0
0x1240 69 call(0x1030)
0x1245 70 eax = 0
0x1247 71 rsp = rsp + 0x18
0x124b 72 <return> jump(pop)
int64_t _fini():
0x1250 0 rsp = rsp - 8
0x1254 1 rsp = rsp + 8
0x1258 2 <return> jump(pop)
| POJ_97 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVSHX"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(rbx)
0x1166 4 rsp = rsp - 0x658
0x116d 5 rdi = 0x2007 {"%d"}
0x1174 6 r15d = 0
0x1177 7 rsi = rsp + 0xc {var_66c}
0x117c 8 eax = 0
0x117e 9 call(0x1040)
0x1183 10 eax = [rsp + 0xc {var_66c}].d
0x1189 11 if (eax s<= 0) then 12 @ 0x11c3 else 14 @ 0x118b
0x11c3 12 r14d = 0
0x11cb 13 if (eax s<= 0) then 18 @ 0x1243 else 19 @ 0x11cd
0x118b 14 rbx = rsp + 0x10 {var_668}
0x1190 15 r14 = 0x2004 {"%d %d"}
0x1197 16 ebp = 0
0x1199 17 goto 24 @ 0x11a0
0x1243 18 if (r15d == r14d) then 33 @ 0x1269 else 37 @ 0x1248
0x11cd 19 r8d = eax
0x11d0 20 ecx = 0
0x11d2 21 r14d = 0
0x11d5 22 edx = 0
0x11d7 23 goto 38 @ 0x1211
0x11a0 24 rdx = rbx + 4
0x11a4 25 rdi = r14
0x11a7 26 rsi = rbx
0x11aa 27 eax = 0
0x11ac 28 call(0x1040)
0x11b1 29 rbp = rbp + 1
0x11b5 30 rax = sx.q([rsp + 0xc {var_66c}].d)
0x11ba 31 rbx = rbx + 8
0x11c1 32 if (rbp s< rax) then 24 @ 0x11a0 else 12 @ 0x11c3
0x1269 33 rdi = 0x200a {"Tie"}
0x1270 34 eax = 0
0x1272 35 call(0x1030)
0x127a 36 if (r15d s<= r14d) then 40 @ 0x124d else 41 @ 0x127c
0x1248 37 if (r15d s> r14d) then 41 @ 0x127c else 40 @ 0x124d
0x1211 38 ebp = [rsp + (rcx << 3) + 0x10].d
0x1217 39 if (ebp != 0) then 44 @ 0x1227 else 46 @ 0x1219
0x124d 40 if (r15d s>= r14d) then 50 @ 0x1259 else 57 @ 0x124f
0x127c 41 edi = 0x41 {""}
0x1281 42 call(0x1050)
0x1289 43 if (r15d s< r14d) then 57 @ 0x124f else 60 @ 0x128b
0x1227 44 edi = [rsp + (rcx << 3) + 0x14].d
0x122d 45 if (ebp s<= edi) then 61 @ 0x11e0 else 77 @ 0x122f
0x1219 46 edi = 0
0x1220 47 dil = [rsp + (rcx << 3) + 0x14].d == 2
0x1224 48 r14d = r14d + edi
0x1224 49 goto 44 @ 0x1227
0x1259 50 eax = 0
0x125b 51 rsp = rsp + 0x658
0x1262 52 rbx = pop
0x1263 53 r14 = pop
0x1265 54 r15 = pop
0x1267 55 rbp = pop
0x1268 56 <return> jump(pop)
0x124f 57 edi = 0x42 {""}
0x1254 58 call(0x1050)
0x1254 59 goto 50 @ 0x1259
0x128b 60 goto 50 @ 0x1259
0x11e0 61 eax = ebp
0x11e2 62 eax = eax ^ 2
0x11e5 63 esi = 0
0x11e7 64 eax = eax | edi
0x11e9 65 sil = eax == 0
0x11ed 66 edx = edx + esi
0x11f1 67 al = edi s> ebp
0x11f4 68 edi = edi ^ 2
0x11f7 69 edi = edi | ebp
0x11f9 70 bl = edi != 0
0x11fc 71 bl = bl & al
0x11fe 72 r15d = zx.d(bl)
0x1202 73 r15d = r15d + edx
0x1205 74 rcx = rcx + 1
0x1209 75 edx = r15d
0x120f 76 if (r8 == rcx) then 18 @ 0x1243 else 38 @ 0x1211
0x122f 77 esi = ebp
0x1231 78 esi = esi ^ 2
0x1234 79 eax = 0
0x1236 80 esi = esi | edi
0x1238 81 al = esi != 0
0x123b 82 r14d = r14d + eax
0x123e 83 goto 61 @ 0x11e0
int64_t _fini():
0x1294 0 rsp = rsp - 8
0x1298 1 rsp = rsp + 8
0x129c 2 <return> jump(pop)
| POJ_65 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* strstr(char const* arg1, char const* arg2):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UHHP"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 rsp = rsp - 0x150
0x116b 3 rsi = rbp - 0xd0 {var_d8}
0x1172 4 rdx = rbp - 0x140 {var_148}
0x1179 5 rdi = 0x2004 {"%s %s"}
0x1180 6 al = 0
0x1182 7 call(0x1050)
0x1187 8 [rbp - 0x144 {var_14c}].d = 0
0x1187 9 goto 10 @ 0x1198
0x1198 10 if ([rbp - 0x144 {var_14c}].d s>= 0x64) then 11 @ 0x120e else 14 @ 0x119e
0x120e 11 rsp = rsp + 0x150
0x1215 12 rbp = pop
0x1216 13 <return> jump(pop)
0x119e 14 rax = rbp - 0x140 {var_148}
0x11a5 15 rcx = sx.q([rbp - 0x144 {var_14c}].d)
0x11ac 16 rax = rax + rcx
0x11af 17 [rbp - 0x150 {var_158_1}].q = rax
0x11b6 18 rdi = rbp - 0x140 {var_148}
0x11bd 19 rsi = rbp - 0xd0 {var_d8}
0x11c4 20 call(0x1040)
0x11c9 21 rcx = rax
0x11cc 22 rax = [rbp - 0x150 {var_158_1}].q
0x11d6 23 if (rax != rcx) then 24 @ 0x11f5 else 25 @ 0x11dc
0x11f5 24 goto 30 @ 0x11fa
0x11dc 25 esi = [rbp - 0x144 {var_14c}].d
0x11e2 26 rdi = 0x200a {"%d"}
0x11e9 27 al = 0
0x11eb 28 call(0x1030)
0x11f0 29 goto 11 @ 0x120e
0x11fa 30 eax = [rbp - 0x144 {var_14c}].d
0x1200 31 eax = eax + 1
0x1203 32 [rbp - 0x144 {var_14c}].d = eax
0x1209 33 goto 10 @ 0x1198
int64_t _fini():
0x121c 0 rsp = rsp - 8
0x1220 1 rsp = rsp + 8
0x1224 2 <return> jump(pop)
| POJ_45 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x61aa0
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 rdi = 0x200f {"%d"}
0x1169 5 rsi = rbp - 8 {var_10}
0x116d 6 al = 0
0x116f 7 call(0x1040)
0x1174 8 [rbp - 0xc {var_14}].d = 0
0x1174 9 goto 10 @ 0x117b
0x117b 10 eax = [rbp - 0xc {var_14}].d
0x1181 11 if (eax s>= [rbp - 8 {var_10}].d) then 12 @ 0x11c7 else 14 @ 0x1187
0x11c7 12 [rbp - 0x18 {var_20}].d = 1
0x11c7 13 goto 29 @ 0x11ce
0x1187 14 rax = sx.q([rbp - 0xc {var_14}].d)
0x118b 15 rsi = rbp - 0x30d60 {var_30d68}
0x1192 16 rax = rax << 2
0x1196 17 rsi = rsi + rax
0x1199 18 rax = sx.q([rbp - 0xc {var_14}].d)
0x119d 19 rdx = rbp - 0x61aa0 {var_61aa8}
0x11a4 20 rax = rax << 2
0x11a8 21 rdx = rdx + rax
0x11ab 22 rdi = 0x2004 {"%d%d"}
0x11b2 23 al = 0
0x11b4 24 call(0x1040)
0x11b9 25 eax = [rbp - 0xc {var_14}].d
0x11bc 26 eax = eax + 1
0x11bf 27 [rbp - 0xc {var_14}].d = eax
0x11c2 28 goto 10 @ 0x117b
0x11ce 29 eax = [rbp - 0x18 {var_20}].d
0x11d4 30 if (eax s> [rbp - 8 {var_10}].d) then 31 @ 0x12ad else 33 @ 0x11da
0x12ad 31 [rbp - 0xc {var_14_2}].d = 0
0x12ad 32 goto 35 @ 0x12b4
0x11da 33 [rbp - 0xc {var_14_1}].d = 0
0x11da 34 goto 39 @ 0x11e1
0x12b4 35 eax = [rbp - 0xc {var_14_2}].d
0x12b7 36 ecx = [rbp - 8 {var_10}].d
0x12ba 37 ecx = ecx - 1
0x12bf 38 if (eax s>= ecx) then 43 @ 0x1353 else 49 @ 0x12c5
0x11e1 39 eax = [rbp - 0xc {var_14_1}].d
0x11e4 40 ecx = [rbp - 8 {var_10}].d
0x11e7 41 ecx = ecx - [rbp - 0x18 {var_20}].d
0x11ec 42 if (eax s>= ecx) then 55 @ 0x129a else 56 @ 0x11f2
0x1353 43 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1357 44 eax = [rbp + (rax << 2) - 0x30d60].d
0x135e 45 ecx = [rbp - 0xc {var_14_2}].d
0x1361 46 ecx = ecx - 1
0x1364 47 rcx = sx.q(ecx)
0x136e 48 if (eax s> [rbp + (rcx << 2) - 0x61aa0].d) then 62 @ 0x13e1 else 66 @ 0x1374
0x12c5 49 eax = [rbp - 0xc {var_14_2}].d
0x12c8 50 eax = eax + 1
0x12cb 51 rax = sx.q(eax)
0x12cd 52 eax = [rbp + (rax << 2) - 0x30d60].d
0x12d4 53 rcx = sx.q([rbp - 0xc {var_14_2}].d)
0x12df 54 if (eax s<= [rbp + (rcx << 2) - 0x61aa0].d) then 72 @ 0x1301 else 78 @ 0x12e5
0x129a 55 goto 85 @ 0x129f
0x11f2 56 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11f6 57 eax = [rbp + (rax << 2) - 0x30d60].d
0x11fd 58 ecx = [rbp - 0xc {var_14_1}].d
0x1200 59 ecx = ecx + 1
0x1203 60 rcx = sx.q(ecx)
0x120d 61 if (eax s<= [rbp + (rcx << 2) - 0x30d60].d) then 89 @ 0x1287 else 90 @ 0x1213
0x13e1 62 eax = 0
0x13e3 63 rsp = rsp + 0x61aa0
0x13ea 64 rbp = pop
0x13eb 65 <return> jump(pop)
0x1374 66 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1378 67 eax = [rbp + (rax << 2) - 0x61aa0].d
0x137f 68 ecx = [rbp - 0xc {var_14_2}].d
0x1382 69 ecx = ecx - 1
0x1385 70 rcx = sx.q(ecx)
0x138f 71 if (eax s<= [rbp + (rcx << 2) - 0x61aa0].d) then 119 @ 0x13b9 else 128 @ 0x1395
0x1301 72 eax = [rbp - 0xc {var_14_2}].d
0x1304 73 eax = eax + 1
0x1307 74 rax = sx.q(eax)
0x1309 75 eax = [rbp + (rax << 2) - 0x61aa0].d
0x1310 76 rcx = sx.q([rbp - 0xc {var_14_2}].d)
0x131b 77 if (eax s>= [rbp + (rcx << 2) - 0x61aa0].d) then 135 @ 0x133b else 136 @ 0x1321
0x12e5 78 rdi = 0x2009 {"no"}
0x12ec 79 al = 0
0x12ee 80 call(0x1030)
0x12f3 81 eax = [rbp - 0xc {var_14_2}].d
0x12f6 82 eax = eax + 1
0x12f9 83 [rbp - 0xc {var_14_2}].d = eax
0x12fc 84 goto 43 @ 0x1353
0x129f 85 eax = [rbp - 0x18 {var_20}].d
0x12a2 86 eax = eax + 1
0x12a5 87 [rbp - 0x18 {var_20}].d = eax
0x12a8 88 goto 29 @ 0x11ce
0x1287 89 goto 143 @ 0x128c
0x1213 90 eax = [rbp - 0xc {var_14_1}].d
0x1216 91 eax = eax + 1
0x1219 92 rax = sx.q(eax)
0x121b 93 eax = [rbp + (rax << 2) - 0x30d60].d
0x1222 94 [rbp - 0x10 {var_18_1}].d = eax
0x1225 95 eax = [rbp - 0xc {var_14_1}].d
0x1228 96 eax = eax + 1
0x122b 97 rax = sx.q(eax)
0x122d 98 eax = [rbp + (rax << 2) - 0x61aa0].d
0x1234 99 [rbp - 0x14 {var_1c_1}].d = eax
0x1237 100 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x123b 101 ecx = [rbp + (rax << 2) - 0x30d60].d
0x1242 102 eax = [rbp - 0xc {var_14_1}].d
0x1245 103 eax = eax + 1
0x1248 104 rax = sx.q(eax)
0x124a 105 [rbp + (rax << 2) - 0x30d60].d = ecx
0x1251 106 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x1255 107 ecx = [rbp + (rax << 2) - 0x61aa0].d
0x125c 108 eax = [rbp - 0xc {var_14_1}].d
0x125f 109 eax = eax + 1
0x1262 110 rax = sx.q(eax)
0x1264 111 [rbp + (rax << 2) - 0x61aa0].d = ecx
0x126b 112 ecx = [rbp - 0x10 {var_18_1}].d
0x126e 113 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x1272 114 [rbp + (rax << 2) - 0x30d60].d = ecx
0x1279 115 ecx = [rbp - 0x14 {var_1c_1}].d
0x127c 116 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x1280 117 [rbp + (rax << 2) - 0x61aa0].d = ecx
0x1280 118 goto 89 @ 0x1287
0x13b9 119 esi = [rbp - 0x30d60 {var_30d68}].d
0x13bf 120 eax = [rbp - 0xc {var_14_2}].d
0x13c2 121 eax = eax - 1
0x13c5 122 rax = sx.q(eax)
0x13c7 123 edx = [rbp + (rax << 2) - 0x61aa0].d
0x13ce 124 rdi = 0x200c {"%d %d"}
0x13d5 125 al = 0
0x13d7 126 call(0x1030)
0x13d7 127 goto 147 @ 0x13dc
0x1395 128 esi = [rbp - 0x30d60 {var_30d68}].d
0x139b 129 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x139f 130 edx = [rbp + (rax << 2) - 0x61aa0].d
0x13a6 131 rdi = 0x200c {"%d %d"}
0x13ad 132 al = 0
0x13af 133 call(0x1030)
0x13b4 134 goto 147 @ 0x13dc
0x133b 135 goto 148 @ 0x1340
0x1321 136 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1325 137 ecx = [rbp + (rax << 2) - 0x61aa0].d
0x132c 138 eax = [rbp - 0xc {var_14_2}].d
0x132f 139 eax = eax + 1
0x1332 140 rax = sx.q(eax)
0x1334 141 [rbp + (rax << 2) - 0x61aa0].d = ecx
0x1334 142 goto 135 @ 0x133b
0x128c 143 eax = [rbp - 0xc {var_14_1}].d
0x128f 144 eax = eax + 1
0x1292 145 [rbp - 0xc {var_14_1}].d = eax
0x1295 146 goto 39 @ 0x11e1
0x13dc 147 goto 62 @ 0x13e1
0x1340 148 goto 149 @ 0x1345
0x1345 149 eax = [rbp - 0xc {var_14_2}].d
0x1348 150 eax = eax + 1
0x134b 151 [rbp - 0xc {var_14_2}].d = eax
0x134e 152 goto 35 @ 0x12b4
int64_t _fini():
0x13f0 0 rsp = rsp - 8
0x13f4 1 rsp = rsp + 8
0x13f8 2 <return> jump(pop)
| POJ_76 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSHH="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x18
0x116e 7 rdi = 0x2018 {"%u"}
0x1175 8 rsi = rsp + 0x14 {var_34}
0x117a 9 eax = 0
0x117c 10 call(0x1040)
0x1186 11 if ([rsp + 0x14 {var_34}].d u>= 6) then 12 @ 0x1197 else 15 @ 0x1188
0x1197 12 r15d = 6
0x119d 13 r14 = 0x201b {"%u=%u+%u\n"}
0x11a4 14 goto 23 @ 0x11cd
0x1188 15 rsp = rsp + 0x18
0x118c 16 rbx = pop
0x118d 17 r12 = pop
0x118f 18 r13 = pop
0x1191 19 r14 = pop
0x1193 20 r15 = pop
0x1195 21 rbp = pop
0x1196 22 <return> jump(pop)
0x11cd 23 r12d = (r15 - 3).d
0x11d5 24 if (r12d u< 3) then 25 @ 0x11c2 else 27 @ 0x11d7
0x11c2 25 r15d = r15d + 2
0x11cb 26 if (r15d u> [rsp + 0x14 {var_34}].d) then 15 @ 0x1188 else 23 @ 0x11cd
0x11d7 27 ebp = 3
0x11dc 28 goto 29 @ 0x11ec
0x11ec 29 if ((bpl & 1) == 0) then 30 @ 0x11e0 else 32 @ 0x11ee
0x11e0 30 ebp = ebp + 1
0x11e6 31 if (ebp u> r12d) then 25 @ 0x11c2 else 29 @ 0x11ec
0x11ee 32 eax = ebp
0x11f0 33 xmm2 = 0
0x11f3 34 xmm2.q = float.d(rax)
0x11f8 35 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x11f8 36 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x11f8 37 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x11f8 38 flag:s = 0
0x11f8 39 flag:o = 0
0x11f8 40 flag:a = 0
0x1200 41 [rsp + 8 {var_40_1}].q = xmm2.q
0x1206 42 if (flag:c) then 43 @ 0x1220 else 53 @ 0x1208
0x1220 43 xmm0 = xmm2
0x1224 44 call(0x1050)
0x1229 45 xmm2 = zx.o([rsp + 8 {var_40_1}].q)
0x122f 46 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x122f 47 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x122f 48 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x122f 49 flag:s = 0
0x122f 50 flag:o = 0
0x122f 51 flag:a = 0
0x1237 52 if (not(flag:c)) then 62 @ 0x1280 else 64 @ 0x1239
0x1208 53 xmm0 = 0
0x120b 54 xmm0 = _mm_sqrt_sd(xmm2.q)
0x120f 55 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x120f 56 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x120f 57 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x120f 58 flag:s = 0
0x120f 59 flag:o = 0
0x120f 60 flag:a = 0
0x1217 61 if (flag:c) then 64 @ 0x1239 else 67 @ 0x1219
0x1280 62 ebx = 5
0x1285 63 goto 68 @ 0x12b2
0x1239 64 r13d = r15d
0x123c 65 r13d = r13d - ebp
0x1243 66 if ((r13b & 1) == 0) then 30 @ 0x11e0 else 81 @ 0x1245
0x1219 67 goto 62 @ 0x1280
0x12b2 68 ecx = (rbx - 2).d
0x12b5 69 eax = ebp
0x12b7 70 edx = 0
0x12b9 71 temp2.d = ecx
0x12b9 72 temp3.d = edx
0x12b9 73 temp4.d = eax
0x12b9 74 temp0.d = divu.dp.d(temp3.d:temp4.d, temp2.d)
0x12b9 75 temp5.d = edx
0x12b9 76 temp6.d = eax
0x12b9 77 temp1.d = modu.dp.d(temp5.d:temp6.d, temp2.d)
0x12b9 78 eax = temp0.d
0x12b9 79 edx = temp1.d
0x12bd 80 if (edx == 0) then 30 @ 0x11e0 else 92 @ 0x12c3
0x1245 81 eax = r13d
0x1248 82 xmm2 = 0
0x124b 83 xmm2.q = float.d(rax)
0x1250 84 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1250 85 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1250 86 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1250 87 flag:s = 0
0x1250 88 flag:o = 0
0x1250 89 flag:a = 0
0x1258 90 [rsp + 8 {var_40_2}].q = xmm2.q
0x125e 91 if (flag:c) then 99 @ 0x12d6 else 109 @ 0x1260
0x12c3 92 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12c3 93 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12c3 94 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12c3 95 flag:s = 0
0x12c3 96 flag:o = 0
0x12c3 97 flag:a = 0
0x12cb 98 if (flag:c) then 118 @ 0x1290 else 122 @ 0x12cd
0x12d6 99 xmm0 = xmm2
0x12da 100 call(0x1050)
0x12df 101 xmm2 = zx.o([rsp + 8 {var_40_2}].q)
0x12e5 102 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12e5 103 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12e5 104 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x12e5 105 flag:s = 0
0x12e5 106 flag:o = 0
0x12e5 107 flag:a = 0
0x12ed 108 if (flag:c) then 125 @ 0x11b0 else 132 @ 0x12f3
0x1260 109 xmm0 = 0
0x1263 110 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1267 111 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1267 112 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1267 113 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1267 114 flag:s = 0
0x1267 115 flag:o = 0
0x1267 116 flag:a = 0
0x126f 117 if (not(flag:c)) then 132 @ 0x12f3 else 134 @ 0x1275
0x1290 118 xmm0 = xmm2
0x1294 119 call(0x1050)
0x1299 120 xmm2 = zx.o([rsp + 8 {var_40_1}].q)
0x1299 121 goto 135 @ 0x129f
0x12cd 122 xmm0 = 0
0x12d0 123 xmm0 = _mm_sqrt_sd(xmm2.q)
0x12d4 124 goto 135 @ 0x129f
0x11b0 125 rdi = r14
0x11b3 126 esi = r15d
0x11b6 127 edx = ebp
0x11b8 128 ecx = r13d
0x11bb 129 eax = 0
0x11bd 130 call(0x1030)
0x11bd 131 goto 25 @ 0x11c2
0x12f3 132 ebx = 5
0x12f8 133 goto 146 @ 0x1326
0x1275 134 goto 125 @ 0x11b0
0x129f 135 eax = ebx
0x12a1 136 xmm1 = 0
0x12a4 137 xmm1.q = float.d(rax)
0x12a9 138 ebx = ebx + 2
0x12ac 139 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x12ac 140 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12ac 141 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12ac 142 flag:s = 0
0x12ac 143 flag:o = 0
0x12ac 144 flag:a = 0
0x12b0 145 if (flag:c) then 64 @ 0x1239 else 68 @ 0x12b2
0x1326 146 ecx = (rbx - 2).d
0x1329 147 eax = r13d
0x132c 148 edx = 0
0x132e 149 temp2.d = ecx
0x132e 150 temp7.d = edx
0x132e 151 temp8.d = eax
0x132e 152 temp0.d = divu.dp.d(temp7.d:temp8.d, temp2.d)
0x132e 153 temp9.d = edx
0x132e 154 temp10.d = eax
0x132e 155 temp1.d = modu.dp.d(temp9.d:temp10.d, temp2.d)
0x132e 156 eax = temp0.d
0x132e 157 edx = temp1.d
0x1332 158 if (edx == 0) then 30 @ 0x11e0 else 159 @ 0x1338
0x1338 159 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1338 160 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1338 161 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1338 162 flag:s = 0
0x1338 163 flag:o = 0
0x1338 164 flag:a = 0
0x1340 165 if (flag:c) then 166 @ 0x1300 else 170 @ 0x1342
0x1300 166 xmm0 = xmm2
0x1304 167 call(0x1050)
0x1309 168 xmm2 = zx.o([rsp + 8 {var_40_2}].q)
0x1309 169 goto 173 @ 0x130f
0x1342 170 xmm0 = 0
0x1345 171 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1349 172 goto 173 @ 0x130f
0x130f 173 eax = ebx
0x1311 174 xmm1 = 0
0x1314 175 xmm1.q = float.d(rax)
0x1319 176 ebx = ebx + 2
0x131c 177 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x131c 178 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x131c 179 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x131c 180 flag:s = 0
0x131c 181 flag:o = 0
0x131c 182 flag:a = 0
0x1320 183 if (flag:c) then 125 @ 0x11b0 else 146 @ 0x1326
uint64_t checkN(double arg1, uint64_t arg2[0x2] @ zmm0, uint64_t arg3[0x2] @ zmm4):
0x1350 0 push(rbp)
0x1351 1 push(rbx)
0x1352 2 rsp = rsp - 0x18
0x1356 3 ebx = edi
0x1358 4 ecx = 0
0x135d 5 if ((bl & 1) == 0) then 6 @ 0x13a7 else 11 @ 0x135f
0x13a7 6 eax = ecx
0x13a9 7 rsp = rsp + 0x18
0x13ad 8 rbx = pop
0x13ae 9 rbp = pop
0x13af 10 <return> jump(pop)
0x135f 11 eax = ebx
0x1361 12 xmm2.q = float.d(rax)
0x1366 13 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x136a 14 flag:p = is_unordered.q(xmm2.q, xmm0.q)
0x136a 15 flag:c = xmm2.q f< xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x136a 16 flag:z = xmm2.q f== xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x136a 17 flag:s = 0
0x136a 18 flag:o = 0
0x136a 19 flag:a = 0
0x136e 20 [rsp + 8 {var_20_1}].q = xmm2.q
0x1374 21 if (flag:c) then 22 @ 0x1389 else 32 @ 0x1376
0x1389 22 xmm0 = xmm2
0x138d 23 call(0x1050)
0x1392 24 xmm2 = zx.o([rsp + 8 {var_20_1}].q)
0x1398 25 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1398 26 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1398 27 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1398 28 flag:s = 0
0x1398 29 flag:o = 0
0x1398 30 flag:a = 0
0x13a0 31 if (not(flag:c)) then 41 @ 0x13b0 else 46 @ 0x13a2
0x1376 32 xmm0 = 0
0x1379 33 xmm0 = _mm_sqrt_sd(xmm2.q)
0x137d 34 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x137d 35 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x137d 36 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x137d 37 flag:s = 0
0x137d 38 flag:o = 0
0x137d 39 flag:a = 0
0x1385 40 if (flag:c) then 46 @ 0x13a2 else 48 @ 0x1387
0x13b0 41 ebp = 3
0x13b5 42 xmm3 = _mm_sqrt_sd(xmm2.q)
0x13b9 43 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x13bd 44 [rsp + 0x10 {var_18_1}].q = xmm3.q
0x13c3 45 goto 49 @ 0x13e0
0x13a2 46 ecx = 1
0x13a2 47 goto 6 @ 0x13a7
0x1387 48 goto 41 @ 0x13b0
0x13e0 49 ecx = 0
0x13e2 50 eax = ebx
0x13e4 51 edx = 0
0x13e6 52 temp2.d = ebp
0x13e6 53 temp3.d = edx
0x13e6 54 temp4.d = eax
0x13e6 55 temp0.d = divu.dp.d(temp3.d:temp4.d, temp2.d)
0x13e6 56 temp5.d = edx
0x13e6 57 temp6.d = eax
0x13e6 58 temp1.d = modu.dp.d(temp5.d:temp6.d, temp2.d)
0x13e6 59 eax = temp0.d
0x13e6 60 edx = temp1.d
0x13ea 61 if (edx == 0) then 6 @ 0x13a7 else 62 @ 0x13ec
0x13ec 62 ebp = ebp + 2
0x13ef 63 flag:p = is_unordered.q(xmm2.q, xmm4.q)
0x13ef 64 flag:c = xmm2.q f< xmm4.q | is_unordered.q(xmm2.q, xmm4.q)
0x13ef 65 flag:z = xmm2.q f== xmm4.q | is_unordered.q(xmm2.q, xmm4.q)
0x13ef 66 flag:s = 0
0x13ef 67 flag:o = 0
0x13ef 68 flag:a = 0
0x13f3 69 xmm0 = xmm3
0x13f7 70 if (not(flag:c)) then 71 @ 0x13d0 else 81 @ 0x13f9
0x13d0 71 eax = ebp
0x13d2 72 xmm1 = 0
0x13d5 73 xmm1.q = float.d(rax)
0x13da 74 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x13da 75 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x13da 76 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x13da 77 flag:s = 0
0x13da 78 flag:o = 0
0x13da 79 flag:a = 0
0x13de 80 if (flag:c) then 46 @ 0x13a2 else 49 @ 0x13e0
0x13f9 81 xmm0 = xmm2
0x13fd 82 call(0x1050)
0x1402 83 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x1406 84 xmm3 = zx.o([rsp + 0x10 {var_18_1}].q)
0x140c 85 xmm2 = zx.o([rsp + 8 {var_20_1}].q)
0x1412 86 goto 71 @ 0x13d0
int64_t _fini():
0x1418 0 rsp = rsp - 8
0x141c 1 rsp = rsp + 8
0x1420 2 <return> jump(pop)
| POJ_68 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int64_t calloc(uint64_t n, uint64_t elem_size):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVAUATSH H="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(r13)
0x1166 3 push(r12)
0x1168 4 push(rbx)
0x1169 5 rsp = rsp - 0x20
0x116d 6 rdi = 0x200a {"%d"}
0x1174 7 rsi = rsp + 0xc {var_3c}
0x1179 8 eax = 0
0x117b 9 call(0x1040)
0x1180 10 r12 = sx.q([rsp + 0xc {var_3c}].d)
0x1185 11 esi = 0x10 {""}
0x118a 12 rdi = r12
0x118d 13 call(0x1050)
0x1192 14 r14 = rax
0x1198 15 if (r12 s<= 0) then 16 @ 0x11df else 22 @ 0x119a
0x11df 16 r9 = sx.q(r12d)
0x11e2 17 r8d = r9d
0x11e5 18 r11 = r14 + 0x10
0x11e9 19 esi = 1
0x11ee 20 r10d = 0
0x11f1 21 goto 26 @ 0x120e
0x119a 22 rbx = r14 + 8
0x119e 23 r15 = 0x2004 {"%d %d %d"}
0x11a5 24 r13d = 0
0x11a8 25 goto 29 @ 0x11b0
0x120e 26 rdi = r10
0x1211 27 r10 = r10 + 1
0x1218 28 if (r10 s>= r9) then 42 @ 0x1200 else 45 @ 0x121a
0x11b0 29 rsi = rbx - 8
0x11b4 30 rdx = rbx - 4
0x11b8 31 rdi = r15
0x11bb 32 rcx = rbx
0x11be 33 eax = 0
0x11c0 34 call(0x1040)
0x11c5 35 eax = [rbx].d
0x11c7 36 eax = eax + [rbx - 4].d
0x11ca 37 [rbx + 4].d = eax
0x11cd 38 r13 = r13 + 1
0x11d1 39 r12 = sx.q([rsp + 0xc {var_3c}].d)
0x11d6 40 rbx = rbx + 0x10
0x11dd 41 if (r13 s< r12) then 29 @ 0x11b0 else 16 @ 0x11df
0x1200 42 rsi = rsi + 1
0x1204 43 r11 = r11 + 0x10
0x120c 44 if (r10 == 3) then 52 @ 0x126c else 26 @ 0x120e
0x121a 45 rdi = rdi << 4
0x121e 46 rcx = r14 + rdi
0x1222 47 rcx = rcx + 0xc
0x1226 48 rdi = rdi + r14
0x1229 49 rax = r8
0x122c 50 rdx = r11
0x122f 51 goto 55 @ 0x124d
0x126c 52 r15 = 0x200d {"%d %d\n"}
0x1273 53 ebx = 0
0x127f 54 goto 57 @ 0x1280
0x124d 55 ebx = [rcx].d
0x1252 56 if (ebx s>= [rdx + 0xc].d) then 64 @ 0x1240 else 67 @ 0x1254
0x1280 57 esi = [r14 + rbx].d
0x1284 58 edx = [r14 + rbx + 0xc].d
0x1289 59 rdi = r15
0x128c 60 eax = 0
0x128e 61 call(0x1030)
0x1293 62 rbx = rbx + 0x10
0x129b 63 if (rbx != 0x30) then 57 @ 0x1280 else 74 @ 0x129d
0x1240 64 rdx = rdx + 0x10
0x1244 65 rax = rax - 1
0x124b 66 if (rsi == rax) then 42 @ 0x1200 else 55 @ 0x124d
0x1254 67 xmm0 = [rdi].o
0x1257 68 [rsp + 0x10 {var_38_1}].o = xmm0
0x125c 69 xmm0 = [rdx].o
0x125f 70 [rdi].o = xmm0
0x1262 71 xmm0 = [rsp + 0x10 {var_38_1}].o
0x1267 72 [rdx].o = xmm0
0x126a 73 goto 64 @ 0x1240
0x129d 74 rsp = rsp + 0x20
0x12a1 75 rbx = pop
0x12a2 76 r12 = pop
0x12a4 77 r13 = pop
0x12a6 78 r14 = pop
0x12a8 79 r15 = pop
0x12aa 80 <return> jump(pop)
int64_t _fini():
0x12b0 0 rsp = rsp - 8
0x12b4 1 rsp = rsp + 8
0x12b8 2 <return> jump(pop)
| POJ_14 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSH(H="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x28
0x116e 7 rdi = 0x2004 {"%d"}
0x1175 8 rsi = rsp + 0xc {var_4c}
0x117a 9 eax = 0
0x117c 10 call(0x1040)
0x1181 11 rbp = sx.q([rsp + 0xc {var_4c}].d)
0x1186 12 rax = rbp * 0x68db8bad
0x118d 13 rcx = rax
0x1190 14 rcx = rcx u>> 0x3f
0x1194 15 rax = rax s>> 0x2c
0x1198 16 eax = eax + ecx
0x119a 17 [rsp + 0x10 {var_48}].d = eax
0x119e 18 rbx = rbp * 0x10624dd3
0x11a5 19 rcx = rbx
0x11a8 20 rcx = rcx u>> 0x3f
0x11ac 21 rbx = rbx s>> 0x26
0x11b0 22 ebx = ebx + ecx
0x11b2 23 ecx = (rax + rax).d
0x11b5 24 ecx = (rcx + (rcx << 2)).d
0x11b8 25 ebx = ebx - ecx
0x11ba 26 [rsp + 0x14 {var_44}].d = ebx
0x11be 27 r15d = eax * -0x64
0x11c2 28 rax = rbp * 0x51eb851f
0x11c9 29 rcx = rax
0x11cc 30 rcx = rcx u>> 0x3f
0x11d0 31 rax = rax s>> 0x25
0x11d4 32 eax = eax + ecx
0x11d6 33 r15d = r15d + eax
0x11d9 34 ecx = (rbx + rbx).d
0x11dc 35 ecx = (rcx + (rcx << 2)).d
0x11df 36 r15d = r15d - ecx
0x11e2 37 [rsp + 0x18 {var_40}].d = r15d
0x11e7 38 rcx = rbp * 0x66666667
0x11ee 39 rdx = rcx
0x11f1 40 rdx = rdx u>> 0x3f
0x11f5 41 rcx = rcx s>> 0x22
0x11f9 42 ecx = ecx + edx
0x11fb 43 ecx = ecx + ecx
0x11fd 44 ecx = (rcx + (rcx << 2)).d
0x1200 45 r14d = ebp
0x1203 46 r14d = r14d - ecx
0x1206 47 [rsp + 0x20 {var_38}].d = r14d
0x120b 48 eax = eax * 0x64
0x120e 49 r12d = ebp
0x1211 50 r12d = r12d - eax
0x1214 51 r12d = r12d - r14d
0x1217 52 eax = sx.d(r12b)
0x121b 53 eax = eax * 0x67
0x121e 54 eax = zx.d(ax)
0x1221 55 ecx = sx.d(ax)
0x1224 56 eax = eax u>> 0xf
0x1227 57 ecx = ecx u>> 0xa
0x122a 58 cl = cl + al
0x122c 59 eax = sx.d(cl)
0x122f 60 [rsp + 0x1c {var_3c}].d = eax
0x1233 61 edi = 0xa {""}
0x1238 62 call(0x1050)
0x1242 63 if ([rsp + 0xc {var_4c}].d == 0) then 64 @ 0x1285 else 67 @ 0x1244
0x1285 64 edi = 0x30 {""}
0x128a 65 call(0x1050)
0x128f 66 goto 70 @ 0x12d7
0x1244 67 eax = (rbp + 0x270f).d
0x124a 68 r13b = 1
0x1252 69 if (eax u>= 0x4e1f) then 79 @ 0x1291 else 81 @ 0x1254
0x12d7 70 eax = 0
0x12d9 71 rsp = rsp + 0x28
0x12dd 72 rbx = pop
0x12de 73 r12 = pop
0x12e0 74 r13 = pop
0x12e2 75 r14 = pop
0x12e4 76 r15 = pop
0x12e6 77 rbp = pop
0x12e7 78 <return> jump(pop)
0x1291 79 ebp = 0
0x1291 80 goto 83 @ 0x1293
0x1254 81 ebp = 1
0x125b 82 if (ebx != 0) then 83 @ 0x1293 else 88 @ 0x125d
0x1293 83 rdi = 0x2004 {"%d"}
0x129a 84 esi = r14d
0x129d 85 eax = 0
0x129f 86 call(0x1030)
0x12a7 87 if (r13b == 0) then 70 @ 0x12d7 else 90 @ 0x12a9
0x125d 88 ebp = 2
0x1265 89 if (r15d != 0) then 83 @ 0x1293 else 93 @ 0x1267
0x12a9 90 ebx = 4
0x12ae 91 r14 = 0x2004 {"%d"}
0x12bf 92 goto 96 @ 0x12c0
0x1267 93 r12b = r12b + 9
0x126b 94 ebp = 3
0x1274 95 if (r12b u> 0x12) then 83 @ 0x1293 else 102 @ 0x1279
0x12c0 96 esi = [rsp + (rbx << 2) + 0xc].d
0x12c4 97 rdi = r14
0x12c7 98 eax = 0
0x12c9 99 call(0x1030)
0x12ce 100 rbx = rbx - 1
0x12d5 101 if (rbx u> rbp) then 96 @ 0x12c0 else 70 @ 0x12d7
0x1279 102 if (r14d == 0) then 70 @ 0x12d7 else 103 @ 0x127b
0x127b 103 ebp = 4
0x1280 104 r13d = 0
0x1283 105 goto 83 @ 0x1293
int64_t _fini():
0x12ec 0 rsp = rsp - 8
0x12f0 1 rsp = rsp + 8
0x12f4 2 <return> jump(pop)
| POJ_16 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x1f8
0x1161 7 rdi = 0x2004 {"%d%d"}
0x1168 8 r15d = 0
0x116b 9 rsi = rsp + 0x2c {var_1fc}
0x1170 10 rdx = rsp + 0x28 {var_200}
0x1175 11 eax = 0
0x1177 12 call(0x1040)
0x117c 13 r14d = [rsp + 0x2c {var_1fc}].d
0x1181 14 r9d = [rsp + 0x28 {var_200}].d
0x1189 15 if (r14d s> r9d) then 16 @ 0x160e else 20 @ 0x118f
0x160e 16 rdi = 0x2009 {"no"}
0x1615 17 eax = 0
0x1617 18 call(0x1030)
0x1617 19 goto 30 @ 0x161c
0x118f 20 eax = (r14 - 2).d
0x1193 21 [rsp + 0x58 {var_1d0}].q = rax
0x1198 22 eax = (r14 - 3).d
0x119c 23 [rsp + 0x24 {var_204}].d = eax
0x11a0 24 r13d = 1
0x11a6 25 xmm9 = _mm_cmpeq_epi32(xmm9, xmm9)
0x11ab 26 eax = 0
0x11ad 27 [rsp + 0x18 {var_210}].q = rax
0x11b2 28 [rsp + 0xc {var_21c_1}].d = r9d
0x11b7 29 goto 38 @ 0x11d8
0x161c 30 rsp = rsp + 0x1f8
0x1623 31 rbx = pop
0x1624 32 r12 = pop
0x1626 33 r13 = pop
0x1628 34 r14 = pop
0x162a 35 r15 = pop
0x162c 36 rbp = pop
0x162d 37 <return> jump(pop)
0x11d8 38 if (r14d s< 3) then 39 @ 0x1251 else 123 @ 0x11da
0x1251 39 [rsp + 0x10 {var_218}].q = r15
0x1256 40 rax = sx.q(r14d)
0x1259 41 rcx = rax * 0x66666667
0x1260 42 rdx = rcx
0x1263 43 rdx = rdx u>> 0x3f
0x1267 44 rcx = rcx s>> 0x22
0x126b 45 ecx = ecx + edx
0x126d 46 edx = (rcx + rcx).d
0x1270 47 edx = (rdx + (rdx << 2)).d
0x1273 48 r10d = r14d
0x1276 49 r10d = r10d - edx
0x1279 50 r12 = sx.q(ecx)
0x127c 51 rdx = r12 * 0x66666667
0x1283 52 rcx = rdx
0x1286 53 rcx = rcx u>> 0x3f
0x128a 54 rdx = rdx s>> 0x22
0x128e 55 edx = edx + ecx
0x1290 56 rcx = rax * 0x51eb851f
0x1297 57 rdi = rcx
0x129a 58 rdi = rdi u>> 0x3f
0x129e 59 rcx = rcx s>> 0x25
0x12a2 60 ecx = ecx + edi
0x12a4 61 rbx = sx.q(ecx)
0x12a7 62 rdi = rbx * 0x66666667
0x12ae 63 rcx = rdi
0x12b1 64 rcx = rcx u>> 0x3f
0x12b5 65 rdi = rdi s>> 0x22
0x12b9 66 edi = edi + ecx
0x12bb 67 rcx = rax * 0x10624dd3
0x12c2 68 rbp = rcx
0x12c5 69 rbp = rbp u>> 0x3f
0x12c9 70 rcx = rcx s>> 0x26
0x12cd 71 ecx = ecx + ebp
0x12cf 72 rbp = sx.q(ecx)
0x12d2 73 r15 = rbp * 0x66666667
0x12d9 74 rcx = r15
0x12dc 75 rcx = rcx u>> 0x3f
0x12e0 76 r15 = r15 s>> 0x22
0x12e4 77 r15d = r15d + ecx
0x12e7 78 rcx = rax * 0x68db8bad
0x12ee 79 rsi = rcx
0x12f1 80 rsi = rsi u>> 0x3f
0x12f5 81 rcx = rcx s>> 0x2c
0x12f9 82 ecx = ecx + esi
0x12fb 83 r8 = sx.q(ecx)
0x12fe 84 r9 = r8 * 0x66666667
0x1305 85 rcx = r9
0x1308 86 rcx = rcx u>> 0x3f
0x130c 87 r9 = r9 s>> 0x22
0x1310 88 r9d = r9d + ecx
0x1313 89 r11 = rax * 0x14f8b589
0x131a 90 rax = r11
0x131d 91 rax = rax u>> 0x3f
0x1321 92 r11 = r11 s>> 0x2d
0x1325 93 r11d = r11d + eax
0x1328 94 eax = sx.d(r11w)
0x132c 95 eax = eax * 0x6667
0x1332 96 ecx = eax
0x1334 97 ecx = ecx u>> 0x1f
0x1337 98 eax = eax s>> 0x12
0x133a 99 eax = eax + ecx
0x133c 100 edx = edx + edx
0x133e 101 ecx = (rdx + (rdx << 2)).d
0x1341 102 edi = edi + edi
0x1343 103 r15d = r15d + r15d
0x1346 104 r9d = r9d + r9d
0x1349 105 eax = eax + eax
0x134b 106 eax = (rax + (rax << 2)).d
0x134e 107 r11d = r11d - eax
0x1351 108 eax = 0
0x1353 109 temp2.d = r12d
0x1353 110 r12d = r12d - ecx
0x1353 111 cond:0 = temp2.d == ecx
0x1356 112 ecx = (rdi + (rdi << 2)).d
0x1359 113 al = cond:0
0x135c 114 rax = rax ^ 3
0x1360 115 temp3.d = ebx
0x1360 116 ebx = ebx - ecx
0x1360 117 cond:1 = temp3.d != ecx
0x1362 118 [rsp + 0x34 {var_1f4_1}].d = r10d
0x1367 119 [rsp + 0x38 {var_1f0_1}].d = r12d
0x136c 120 [rsp + 0x3c {var_1ec}].d = ebx
0x1370 121 ecx = 4
0x1375 122 if (cond:1) then 129 else 131 @ 0x1379
0x11da 123 rax = [rsp + 0x58 {var_1d0}].q
0x11df 124 r8d = (rax + r15).d
0x11e3 125 eax = [rsp + 0x24 {var_204}].d
0x11e7 126 temp4.d = eax
0x11e7 127 eax = eax + r15d
0x11ea 128 if (temp4.d != neg.d(r15d)) then 139 @ 0x1200 else 144 @ 0x11ec
0x1375 129 rax = rcx
0x1375 130 goto 131 @ 0x1379
0x1379 131 ecx = (r15 + (r15 << 2)).d
0x137d 132 temp5.d = ebp
0x137d 133 ebp = ebp - ecx
0x137d 134 cond:2 = temp5.d != ecx
0x137f 135 [rsp + 0x40 {var_1e8}].d = ebp
0x1383 136 ecx = (r9 + (r9 << 2)).d
0x1387 137 edx = 5
0x138c 138 if (cond:2) then 147 else 149 @ 0x1390
0x1200 139 ebp = r8d
0x1203 140 ebp = ebp & 0xfffffffe
0x1206 141 esi = 2
0x120b 142 edi = 0
0x120d 143 goto 157 @ 0x1210
0x11ec 144 esi = 2
0x11f1 145 edi = 0
0x11f3 146 goto 185 @ 0x123a
0x138c 147 rax = rdx
0x138c 148 goto 149 @ 0x1390
0x1390 149 temp6.d = r8d
0x1390 150 r8d = r8d - ecx
0x1390 151 cond:3 = temp6.d != ecx
0x1393 152 [rsp + 0x44 {var_1e4_1}].d = r8d
0x1398 153 ecx = sx.d(r11w)
0x139c 154 [rsp + 0x48 {var_1e0_1}].d = ecx
0x13a0 155 edx = 6
0x13a5 156 if (cond:3) then 186 else 188 @ 0x13a9
0x1210 157 ebx = esi
0x1212 158 eax = r14d
0x1215 159 temp7.d:temp8.d = sx.q(eax)
0x1215 160 edx = temp7.d
0x1215 161 eax = temp8.d
0x1216 162 temp9.d = edx
0x1216 163 temp10.d = eax
0x1216 164 temp0.d = divs.dp.d(temp9.d:temp10.d, esi)
0x1216 165 temp11.d = edx
0x1216 166 temp12.d = eax
0x1216 167 temp1.d = mods.dp.d(temp11.d:temp12.d, esi)
0x1216 168 eax = temp0.d
0x1216 169 edx = temp1.d
0x1218 170 esi = edx
0x121a 171 ecx = (rbx + 1).d
0x121d 172 eax = r14d
0x1220 173 temp13.d:temp14.d = sx.q(eax)
0x1220 174 edx = temp13.d
0x1220 175 eax = temp14.d
0x1221 176 temp15.d = edx
0x1221 177 temp16.d = eax
0x1221 178 temp0.d = divs.dp.d(temp15.d:temp16.d, ecx)
0x1221 179 temp17.d = edx
0x1221 180 temp18.d = eax
0x1221 181 temp1.d = mods.dp.d(temp17.d:temp18.d, ecx)
0x1221 182 eax = temp0.d
0x1221 183 edx = temp1.d
0x1225 184 if (esi == 0) then 191 else 193 @ 0x122b
0x123a 185 if ((r8b & 1) == 0) then 194 @ 0x124b else 195 @ 0x123c
0x13a5 186 rax = rdx
0x13a5 187 goto 188 @ 0x13a9
0x13a9 188 cond:4 = cx != 0
0x13ac 189 ecx = 7
0x13b1 190 if (cond:4) then 208 else 210 @ 0x13b5
0x1225 191 edi = r13d
0x1225 192 goto 193 @ 0x122b
0x122b 193 if (edx == 0) then 213 else 215 @ 0x122f
0x124b 194 if (edi == 1) then 217 @ 0x11c0 else 39 @ 0x1251
0x123c 195 eax = r14d
0x123f 196 temp19.d:temp20.d = sx.q(eax)
0x123f 197 edx = temp19.d
0x123f 198 eax = temp20.d
0x1240 199 temp21.d = edx
0x1240 200 temp22.d = eax
0x1240 201 temp0.d = divs.dp.d(temp21.d:temp22.d, esi)
0x1240 202 temp23.d = edx
0x1240 203 temp24.d = eax
0x1240 204 temp1.d = mods.dp.d(temp23.d:temp24.d, esi)
0x1240 205 eax = temp0.d
0x1240 206 edx = temp1.d
0x1244 207 if (edx == 0) then 222 else 224
0x13b1 208 rax = rcx
0x13b1 209 goto 210 @ 0x13b5
0x13b5 210 edx = 0
0x13bc 211 dl = [rsp + (rax << 2) + 0x2c].d != r10d
0x13c3 212 if (rax == 2) then 225 @ 0x13d4 else 228 @ 0x13ca
0x122b 213 edi = r13d
0x122b 214 goto 215 @ 0x122f
0x122f 215 esi = (rbx + 2).d
0x1234 216 if (ebx != ebp) then 157 @ 0x1210 else 185 @ 0x123a
0x11c0 217 eax = (r14 + 1).d
0x11c4 218 r15d = r15d + 1
0x11c8 219 cond:5 = r14d == r9d
0x11cb 220 r14d = eax
0x11ce 221 if (cond:5) then 229 @ 0x15b7 else 38 @ 0x11d8
0x1244 222 edi = r13d
0x1244 223 goto 224
0x1244 224 goto 194 @ 0x124b
0x13d4 225 r15 = [rsp + 0x10 {var_218}].q
0x13d9 226 r9d = [rsp + 0xc {var_21c_1}].d
0x13d9 227 goto 231 @ 0x13e0
0x13ca 228 if ([rsp + (rax << 2) + 0x28].d != r12d) then 232 else 234 @ 0x13d2
0x15b7 229 rax = [rsp + 0x18 {var_210}].q
0x15be 230 if (eax == 0) then 16 @ 0x160e else 235 @ 0x15c0
0x13e0 231 if (edx != 0) then 217 @ 0x11c0 else 237 @ 0x13e6
0x13ca 232 edx = r13d
0x13ca 233 goto 234 @ 0x13d2
0x13d2 234 if (rax != 3) then 243 @ 0x13ff else 225 @ 0x13d4
0x15c0 235 r15d = (rax - 1).d
0x15c7 236 if (eax s< 2) then 246 @ 0x15f7 else 252 @ 0x15c9
0x13e6 237 rax = [rsp + 0x18 {var_210}].q
0x13eb 238 rax = sx.q(eax)
0x13ed 239 [rsp + (rax << 2) + 0x60].d = r14d
0x13f2 240 eax = eax + 1
0x13f5 241 [rsp + 0x18 {var_210}].q = rax
0x13fa 242 goto 217 @ 0x11c0
0x13ff 243 r10 = rax - 3
0x1403 244 esi = 3
0x140c 245 if (r10 u>= 8) then 256 @ 0x141d else 265 @ 0x140e
0x15f7 246 rax = sx.q(r15d)
0x15fa 247 esi = [rsp + (rax << 2) + 0x60].d
0x15fe 248 rdi = 0x2006 {"%d"}
0x1605 249 eax = 0
0x1607 250 call(0x1030)
0x160c 251 goto 30 @ 0x161c
0x15c9 252 ebp = r15d
0x15cc 253 r14 = 0x200c {"%d,"}
0x15d3 254 ebx = 0
0x15df 255 goto 268 @ 0x15e0
0x141d 256 rsi = r10
0x1420 257 rsi = rsi & 0xfffffffffffffff8
0x1424 258 xmm8 = edx
0x1429 259 xmm1 = _mm_shuffle_epi32(xmm8, 0)
0x142f 260 rcx = rsi - 8
0x1433 261 r8 = rcx
0x1436 262 r8 = r8 u>> 3
0x143a 263 r8 = r8 + 1
0x1441 264 if (rcx == 0) then 274 @ 0x159b else 279 @ 0x1447
0x140e 265 r15 = [rsp + 0x10 {var_218}].q
0x1413 266 r9d = [rsp + 0xc {var_21c_1}].d
0x1418 267 goto 288 @ 0x1578
0x15e0 268 esi = [rsp + (rbx << 2) + 0x60].d
0x15e4 269 rdi = r14
0x15e7 270 eax = 0
0x15e9 271 call(0x1030)
0x15ee 272 rbx = rbx + 1
0x15f5 273 if (rbp != rbx) then 268 @ 0x15e0 else 246 @ 0x15f7
0x159b 274 ebp = 0
0x159d 275 xmm3 = xmm1
0x15a1 276 r15 = [rsp + 0x10 {var_218}].q
0x15a6 277 r9d = [rsp + 0xc {var_21c_1}].d
0x15af 278 if ((r8b & 1) != 0) then 290 @ 0x14f5 else 308 @ 0x15b5
0x1447 279 rdi = r8
0x144a 280 rdi = rdi & 0xfffffffffffffffe
0x144e 281 rcx = rsp + 0x18 {var_210}
0x1453 282 rbx = rcx + (rax << 2)
0x1457 283 ebp = 0
0x1459 284 xmm3 = xmm1
0x145d 285 r15 = [rsp + 0x10 {var_218}].q
0x1462 286 r9d = [rsp + 0xc {var_21c_1}].d
0x1467 287 goto 309 @ 0x1470
0x1578 288 rax = rax - rsi
0x157b 289 goto 338 @ 0x1580
0x14f5 290 rbp = rbp | 3
0x14f9 291 xmm0 = [rsp + (rbp << 2) + 0x30].o
0x14ff 292 xmm2 = [rsp + (rbp << 2) + 0x40].o
0x1505 293 rcx = rax
0x1508 294 rcx = rcx - rbp
0x150b 295 xmm4 = [rsp + (rcx << 2) + 0x14].o
0x1511 296 xmm5 = [rsp + (rcx << 2) + 0x24].o
0x1517 297 xmm5 = _mm_shuffle_epi32(xmm5, 0x1b)
0x151c 298 xmm5 = _mm_cmpeq_epi32(xmm5, xmm0)
0x1520 299 xmm0 = _mm_shuffle_epi32(xmm4, 0x1b)
0x1525 300 xmm0 = _mm_cmpeq_epi32(xmm0, xmm2)
0x1529 301 xmm1 = xmm1 & xmm5
0x152d 302 xmm1 = _mm_add_epi32(xmm1, xmm5)
0x1531 303 xmm1 = _mm_sub_epi32(xmm1, xmm9)
0x1536 304 xmm3 = xmm3 & xmm0
0x153a 305 xmm3 = _mm_add_epi32(xmm3, xmm0)
0x153e 306 xmm3 = _mm_sub_epi32(xmm3, xmm9)
0x153e 307 goto 340 @ 0x1543
0x15b5 308 goto 340 @ 0x1543
0x1470 309 xmm4 = [rbx - 0x30].o
0x1475 310 xmm5 = [rbx - 0x20].o
0x147a 311 xmm6 = [rbx - 0x10].o
0x147f 312 xmm7 = [rbx].o
0x1483 313 xmm7 = _mm_shuffle_epi32(xmm7, 0x1b)
0x1488 314 xmm6 = _mm_shuffle_epi32(xmm6, 0x1b)
0x148d 315 xmm2 = [rsp + (rbp << 2) + 0x3c].o
0x1493 316 xmm2 = _mm_cmpeq_epi32(xmm2, xmm7)
0x1497 317 xmm7 = [rsp + (rbp << 2) + 0x4c].o
0x149d 318 xmm7 = _mm_cmpeq_epi32(xmm7, xmm6)
0x14a1 319 xmm6 = [rsp + (rbp << 2) + 0x5c].o
0x14a7 320 xmm0 = [rsp + (rbp << 2) + 0x6c].o
0x14ad 321 xmm5 = _mm_shuffle_epi32(xmm5, 0x1b)
0x14b2 322 xmm5 = _mm_cmpeq_epi32(xmm5, xmm6)
0x14b6 323 xmm5 = xmm5 & xmm2
0x14ba 324 xmm2 = _mm_shuffle_epi32(xmm4, 0x1b)
0x14bf 325 xmm2 = _mm_cmpeq_epi32(xmm2, xmm0)
0x14c3 326 xmm2 = xmm2 & xmm7
0x14c7 327 xmm1 = xmm1 & xmm5
0x14cb 328 xmm1 = _mm_add_epi32(xmm1, xmm5)
0x14cf 329 xmm1 = _mm_sub_epi32(xmm1, xmm9)
0x14d4 330 xmm3 = xmm3 & xmm2
0x14d8 331 xmm3 = _mm_add_epi32(xmm3, xmm2)
0x14dc 332 xmm3 = _mm_sub_epi32(xmm3, xmm9)
0x14e1 333 rbp = rbp + 0x10
0x14e5 334 rbx = rbx - 0x40
0x14e9 335 temp25.q = rdi
0x14e9 336 rdi = rdi - 2
0x14ed 337 if (temp25.q != 2) then 309 @ 0x1470 else 349 @ 0x14f3
0x1580 338 ecx = [rsp + (rax << 2) + 0x30].d
0x1588 339 if (ecx != [rsp + (rsi << 2) + 0x30].d) then 350 else 352 @ 0x158c
0x1543 340 xmm0 = _mm_shuffle_epi32(xmm8, 0)
0x1549 341 xmm2 = xmm1
0x154d 342 xmm2 = _mm_cmpeq_epi32(xmm2, xmm0)
0x1551 343 xmm3 = xmm3 & xmm2
0x1555 344 xmm2 = xmm2 & not.o(xmm1)
0x1559 345 xmm2 = xmm2 | xmm3
0x155d 346 xmm2 = _mm_cmpeq_epi32(xmm2, xmm0)
0x1561 347 ecx = _mm_movemask_ps(xmm2)
0x1567 348 if (ecx != 0xf) then 356 else 358 @ 0x156e
0x14f3 349 if ((r8b & 1) == 0) then 340 @ 0x1543 else 290 @ 0x14f5
0x1588 350 edx = r13d
0x1588 351 goto 352 @ 0x158c
0x158c 352 rsi = rsi + 1
0x1590 353 temp26.q = rax
0x1590 354 rax = rax - 1
0x1594 355 if (temp26.q != 1) then 338 @ 0x1580 else 359 @ 0x1596
0x1567 356 edx = r13d
0x1567 357 goto 358 @ 0x156e
0x156e 358 if (r10 == rsi) then 231 @ 0x13e0 else 360 @ 0x1574
0x1596 359 goto 231 @ 0x13e0
0x1574 360 rsi = rsi | 3
0x1574 361 goto 288 @ 0x1578
int64_t ss(int32_t arg1):
0x1630 0 eax = 1
0x1635 1 cond:0 = edi != 3
0x1638 2 if (edi s< 3) then 3 @ 0x16a7 else 4 @ 0x163a
0x16a7 3 <return> jump(pop)
0x163a 4 r10d = edi
0x163d 5 if (cond:0) then 6 @ 0x1648 else 12 @ 0x163f
0x1648 6 r8d = (r10 - 2).d
0x164c 7 r8d = r8d & 0xfffffffe
0x1650 8 ecx = 2
0x1655 9 esi = 0
0x1657 10 r9d = 1
0x165d 11 goto 15 @ 0x1660
0x163f 12 ecx = 2
0x1644 13 esi = 0
0x1646 14 goto 43 @ 0x168d
0x1660 15 edi = ecx
0x1662 16 eax = r10d
0x1665 17 temp2.d:temp3.d = sx.q(eax)
0x1665 18 edx = temp2.d
0x1665 19 eax = temp3.d
0x1666 20 temp4.d = edx
0x1666 21 temp5.d = eax
0x1666 22 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x1666 23 temp6.d = edx
0x1666 24 temp7.d = eax
0x1666 25 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x1666 26 eax = temp0.d
0x1666 27 edx = temp1.d
0x1668 28 r11d = edx
0x166b 29 ecx = (rdi + 1).d
0x166e 30 eax = r10d
0x1671 31 temp8.d:temp9.d = sx.q(eax)
0x1671 32 edx = temp8.d
0x1671 33 eax = temp9.d
0x1672 34 temp10.d = edx
0x1672 35 temp11.d = eax
0x1672 36 temp0.d = divs.dp.d(temp10.d:temp11.d, ecx)
0x1672 37 temp12.d = edx
0x1672 38 temp13.d = eax
0x1672 39 temp1.d = mods.dp.d(temp12.d:temp13.d, ecx)
0x1672 40 eax = temp0.d
0x1672 41 edx = temp1.d
0x1677 42 if (r11d == 0) then 44 else 46 @ 0x167d
0x168d 43 if ((r10b & 1) == 0) then 47 @ 0x169f else 50 @ 0x168f
0x1677 44 esi = r9d
0x1677 45 goto 46 @ 0x167d
0x167d 46 if (edx == 0) then 65 else 67 @ 0x1681
0x169f 47 eax = 0
0x16a4 48 al = esi != 1
0x16a4 49 goto 3 @ 0x16a7
0x168f 50 eax = r10d
0x1692 51 temp14.d:temp15.d = sx.q(eax)
0x1692 52 edx = temp14.d
0x1692 53 eax = temp15.d
0x1693 54 temp16.d = edx
0x1693 55 temp17.d = eax
0x1693 56 temp0.d = divs.dp.d(temp16.d:temp17.d, ecx)
0x1693 57 temp18.d = edx
0x1693 58 temp19.d = eax
0x1693 59 temp1.d = mods.dp.d(temp18.d:temp19.d, ecx)
0x1693 60 eax = temp0.d
0x1693 61 edx = temp1.d
0x1695 62 cond:1 = edx == 0
0x1697 63 eax = 1
0x169c 64 if (cond:1) then 69 else 71
0x167d 65 esi = r9d
0x167d 66 goto 67 @ 0x1681
0x1681 67 ecx = (rdi + 2).d
0x1687 68 if (edi != r8d) then 15 @ 0x1660 else 43 @ 0x168d
0x169c 69 esi = eax
0x169c 70 goto 71
0x169c 71 goto 47 @ 0x169f
int64_t hw(int32_t arg1, int32_t arg2[0x4] @ zmm9):
0x16b0 0 push(rbp)
0x16b1 1 push(r15)
0x16b3 2 push(r14)
0x16b5 3 push(r12)
0x16b7 4 push(rbx)
0x16b8 5 r9 = sx.q(edi)
0x16bb 6 rdi = r9 * 0x66666667
0x16c2 7 rax = rdi
0x16c5 8 rax = rax u>> 0x3f
0x16c9 9 rdi = rdi s>> 0x22
0x16cd 10 edi = edi + eax
0x16cf 11 eax = (rdi + rdi).d
0x16d2 12 r8d = (rax + (rax << 2)).d
0x16d6 13 r10 = r9 * 0x51eb851f
0x16dd 14 rbp = r9 * 0x10624dd3
0x16e4 15 r15 = r9 * 0x68db8bad
0x16eb 16 r12 = r9 * 0x14f8b589
0x16f2 17 r9d = r9d - r8d
0x16f5 18 [rsp - 0x2c {var_54}].d = r9d
0x16fa 19 r11 = sx.q(edi)
0x16fd 20 rax = r11 * 0x66666667
0x1704 21 rdi = rax
0x1707 22 rdi = rdi u>> 0x3f
0x170b 23 rax = rax s>> 0x22
0x170f 24 eax = eax + edi
0x1711 25 eax = eax + eax
0x1713 26 r14d = (rax + (rax << 2)).d
0x1717 27 rax = r10
0x171a 28 rax = rax u>> 0x3f
0x171e 29 r10 = r10 s>> 0x25
0x1722 30 r10d = r10d + eax
0x1725 31 rax = sx.q(r10d)
0x1728 32 rdi = rax * 0x66666667
0x172f 33 rbx = rdi
0x1732 34 rbx = rbx u>> 0x3f
0x1736 35 rdi = rdi s>> 0x22
0x173a 36 edi = edi + ebx
0x173c 37 edi = edi + edi
0x173e 38 rsi = rbp
0x1741 39 rsi = rsi u>> 0x3f
0x1745 40 rbp = rbp s>> 0x26
0x1749 41 ebp = ebp + esi
0x174b 42 rsi = sx.q(ebp)
0x174e 43 rbp = rsi * 0x66666667
0x1755 44 rbx = rbp
0x1758 45 rbx = rbx u>> 0x3f
0x175c 46 rbp = rbp s>> 0x22
0x1760 47 ebp = ebp + ebx
0x1762 48 ebp = ebp + ebp
0x1764 49 rcx = r15
0x1767 50 rcx = rcx u>> 0x3f
0x176b 51 r15 = r15 s>> 0x2c
0x176f 52 r15d = r15d + ecx
0x1772 53 r8 = sx.q(r15d)
0x1775 54 rcx = r8 * 0x66666667
0x177c 55 rbx = rcx
0x177f 56 rbx = rbx u>> 0x3f
0x1783 57 rcx = rcx s>> 0x22
0x1787 58 ecx = ecx + ebx
0x1789 59 ecx = ecx + ecx
0x178b 60 rdx = r12
0x178e 61 rdx = rdx u>> 0x3f
0x1792 62 r12 = r12 s>> 0x2d
0x1796 63 r12d = r12d + edx
0x1799 64 edx = sx.d(r12w)
0x179d 65 edx = edx * 0x6667
0x17a3 66 ebx = edx
0x17a5 67 ebx = ebx u>> 0x1f
0x17a8 68 edx = edx s>> 0x12
0x17ab 69 edx = edx + ebx
0x17ad 70 edx = edx + edx
0x17af 71 edx = (rdx + (rdx << 2)).d
0x17b2 72 r12d = r12d - edx
0x17b5 73 edx = 0
0x17b7 74 temp0.d = r11d
0x17b7 75 r11d = r11d - r14d
0x17b7 76 cond:0 = temp0.d == r14d
0x17ba 77 [rsp - 0x28 {var_50}].d = r11d
0x17bf 78 edi = (rdi + (rdi << 2)).d
0x17c2 79 dl = cond:0
0x17c5 80 edx = edx ^ 3
0x17c8 81 temp1.d = eax
0x17c8 82 eax = eax - edi
0x17c8 83 cond:1 = temp1.d == edi
0x17ca 84 [rsp - 0x24 {var_4c}].d = eax
0x17ce 85 eax = (rbp + (rbp << 2)).d
0x17d2 86 edi = 4
0x17d7 87 if (cond:1) then 88 else 90 @ 0x17da
0x17d7 88 edi = edx
0x17d7 89 goto 90 @ 0x17da
0x17da 90 temp2.d = esi
0x17da 91 esi = esi - eax
0x17da 92 cond:2 = temp2.d == eax
0x17dc 93 [rsp - 0x20 {var_48}].d = esi
0x17e0 94 eax = (rcx + (rcx << 2)).d
0x17e3 95 ecx = 5
0x17e8 96 if (cond:2) then 97 else 99 @ 0x17eb
0x17e8 97 ecx = edi
0x17e8 98 goto 99 @ 0x17eb
0x17eb 99 temp3.d = r8d
0x17eb 100 r8d = r8d - eax
0x17eb 101 cond:3 = temp3.d == eax
0x17ee 102 [rsp - 0x1c {var_44}].d = r8d
0x17f3 103 eax = sx.d(r12w)
0x17f7 104 [rsp - 0x18 {var_40}].d = eax
0x17fb 105 edx = 6
0x1800 106 if (cond:3) then 107 else 109 @ 0x1803
0x1800 107 edx = ecx
0x1800 108 goto 109 @ 0x1803
0x1803 109 cond:4 = ax == 0
0x1806 110 eax = 7
0x180b 111 if (cond:4) then 112 else 114 @ 0x180e
0x180b 112 eax = edx
0x180b 113 goto 114 @ 0x180e
0x180e 114 ecx = 0
0x1815 115 cl = [rsp + (rax << 2) - 0x34].d != r9d
0x181b 116 if (eax == 2) then 117 @ 0x19a5 else 125 @ 0x1821
0x19a5 117 eax = 0
0x19a9 118 al = ecx == 0
0x19ac 119 rbx = pop
0x19ad 120 r12 = pop
0x19af 121 r14 = pop
0x19b1 122 r15 = pop
0x19b3 123 rbp = pop
0x19b4 124 <return> jump(pop)
0x1821 125 r8 = rax - 2
0x1825 126 edx = 2
0x182e 127 if (r8 u< 8) then 128 @ 0x1985 else 131 @ 0x1834
0x1985 128 rax = rax - rdx
0x1988 129 esi = 1
0x198d 130 goto 140 @ 0x1990
0x1834 131 rdx = r8
0x1837 132 rdx = rdx & 0xfffffffffffffff8
0x183b 133 xmm8 = ecx
0x1840 134 xmm0 = _mm_shuffle_epi32(xmm8, 0)
0x1846 135 rsi = rdx - 8
0x184a 136 r9 = rsi
0x184d 137 r9 = r9 u>> 3
0x1851 138 r9 = r9 + 1
0x1858 139 if (rsi == 0) then 142 @ 0x19b5 else 145 @ 0x185e
0x1990 140 edi = [rsp + (rax << 2) - 0x30].d
0x1998 141 if (edi != [rsp + (rdx << 2) - 0x30].d) then 153 else 155 @ 0x199b
0x19b5 142 esi = 2
0x19ba 143 xmm2 = xmm0
0x19c2 144 if ((r9b & 1) != 0) then 159 @ 0x1904 else 177 @ 0x19c8
0x185e 145 r10 = r9
0x1861 146 r10 = r10 & 0xfffffffffffffffe
0x1865 147 rdi = rsp + (rax << 2)
0x1869 148 rdi = rdi - 0x44
0x186d 149 esi = 2
0x1872 150 xmm9 = _mm_cmpeq_epi32(xmm9, xmm9)
0x1877 151 xmm2 = xmm0
0x187b 152 goto 178 @ 0x1880
0x1998 153 ecx = esi
0x1998 154 goto 155 @ 0x199b
0x199b 155 rdx = rdx + 1
0x199f 156 temp4.q = rax
0x199f 157 rax = rax - 1
0x19a3 158 if (temp4.q != 1) then 140 @ 0x1990 else 117 @ 0x19a5
0x1904 159 xmm1 = [rsp + (rsi << 2) - 0x30].o
0x190a 160 xmm3 = [rsp + (rsi << 2) - 0x20].o
0x1910 161 rdi = rax
0x1913 162 rdi = rdi - rsi
0x1916 163 xmm4 = [rsp + (rdi << 2) - 0x4c].o
0x191c 164 xmm5 = [rsp + (rdi << 2) - 0x3c].o
0x1922 165 xmm5 = _mm_shuffle_epi32(xmm5, 0x1b)
0x1927 166 xmm5 = _mm_cmpeq_epi32(xmm5, xmm1)
0x192b 167 xmm1 = _mm_shuffle_epi32(xmm4, 0x1b)
0x1930 168 xmm1 = _mm_cmpeq_epi32(xmm1, xmm3)
0x1934 169 xmm0 = xmm0 & xmm5
0x1938 170 xmm0 = _mm_add_epi32(xmm0, xmm5)
0x193c 171 xmm3 = _mm_cmpeq_epi32(xmm3, xmm3)
0x1940 172 xmm0 = _mm_sub_epi32(xmm0, xmm3)
0x1944 173 xmm2 = xmm2 & xmm1
0x1948 174 xmm2 = _mm_add_epi32(xmm2, xmm1)
0x194c 175 xmm2 = _mm_sub_epi32(xmm2, xmm3)
0x194c 176 goto 207 @ 0x1950
0x19c8 177 goto 207 @ 0x1950
0x1880 178 xmm4 = [rdi - 0x30].o
0x1885 179 xmm5 = [rdi - 0x20].o
0x188a 180 xmm6 = [rdi - 0x10].o
0x188f 181 xmm7 = [rdi].o
0x1893 182 xmm7 = _mm_shuffle_epi32(xmm7, 0x1b)
0x1898 183 xmm6 = _mm_shuffle_epi32(xmm6, 0x1b)
0x189d 184 xmm1 = [rsp + (rsi << 2) - 0x30].o
0x18a3 185 xmm1 = _mm_cmpeq_epi32(xmm1, xmm7)
0x18a7 186 xmm7 = [rsp + (rsi << 2) - 0x20].o
0x18ad 187 xmm7 = _mm_cmpeq_epi32(xmm7, xmm6)
0x18b1 188 xmm6 = [rsp + (rsi << 2) - 0x10].o
0x18b7 189 xmm3 = [rsp + (rsi << 2)].o
0x18bc 190 xmm5 = _mm_shuffle_epi32(xmm5, 0x1b)
0x18c1 191 xmm5 = _mm_cmpeq_epi32(xmm5, xmm6)
0x18c5 192 xmm5 = xmm5 & xmm1
0x18c9 193 xmm1 = _mm_shuffle_epi32(xmm4, 0x1b)
0x18ce 194 xmm1 = _mm_cmpeq_epi32(xmm1, xmm3)
0x18d2 195 xmm1 = xmm1 & xmm7
0x18d6 196 xmm0 = xmm0 & xmm5
0x18da 197 xmm0 = _mm_add_epi32(xmm0, xmm5)
0x18de 198 xmm0 = _mm_sub_epi32(xmm0, xmm9)
0x18e3 199 xmm2 = xmm2 & xmm1
0x18e7 200 xmm2 = _mm_add_epi32(xmm2, xmm1)
0x18eb 201 xmm2 = _mm_sub_epi32(xmm2, xmm9)
0x18f0 202 rdi = rdi - 0x40
0x18f4 203 rsi = rsi + 0x10
0x18f8 204 temp5.q = r10
0x18f8 205 r10 = r10 - 2
0x18fc 206 if (temp5.q != 2) then 178 @ 0x1880 else 218 @ 0x1902
0x1950 207 xmm1 = _mm_shuffle_epi32(xmm8, 0)
0x1956 208 xmm3 = xmm0
0x195a 209 xmm3 = _mm_cmpeq_epi32(xmm3, xmm1)
0x195e 210 xmm2 = xmm2 & xmm3
0x1962 211 xmm3 = xmm3 & not.o(xmm0)
0x1966 212 xmm3 = xmm3 | xmm2
0x196a 213 xmm3 = _mm_cmpeq_epi32(xmm3, xmm1)
0x196e 214 esi = _mm_movemask_ps(xmm3)
0x1971 215 cond:5 = esi != 0xf
0x1974 216 esi = 1
0x1979 217 if (cond:5) then 219 else 221 @ 0x197f
0x1902 218 if ((r9b & 1) == 0) then 207 @ 0x1950 else 159 @ 0x1904
0x1979 219 ecx = esi
0x1979 220 goto 221 @ 0x197f
0x197f 221 if (r8 == rdx) then 117 @ 0x19a5 else 222 @ 0x1981
0x1981 222 rdx = rdx | 2
0x1981 223 goto 128 @ 0x1985
int64_t _fini():
0x19d0 0 rsp = rsp - 8
0x19d4 1 rsp = rsp + 8
0x19d8 2 <return> jump(pop)
| POJ_74 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t scanf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t puts(char const* str):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHx\t"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x978
0x1161 7 rdi = 0x206a {"%d"}
0x1168 8 rsi = rsp + 0xc {var_99c}
0x116d 9 eax = 0
0x116f 10 call(0x1030)
0x1179 11 if ([rsp + 0xc {var_99c}].d s<= 0) then 12 @ 0x1393 else 21 @ 0x117f
0x1393 12 eax = 0
0x1395 13 rsp = rsp + 0x978
0x139c 14 rbx = pop
0x139d 15 r12 = pop
0x139f 16 r13 = pop
0x13a1 17 r14 = pop
0x13a3 18 r15 = pop
0x13a5 19 rbp = pop
0x13a6 20 <return> jump(pop)
0x117f 21 r14 = rsp + 0x10 {var_998}
0x1184 22 r15 = rsp + 0x330 {var_678}
0x118c 23 r12 = rsp + 0x650 {var_358}
0x1194 24 r13 = 0x2070 {"YES"}
0x119b 25 ebp = 0
0x119d 26 goto 27 @ 0x11ca
0x11ca 27 rdi = 0x2064 {"%d %d %d"}
0x11d1 28 rsi = r12
0x11d4 29 rdx = r15
0x11d7 30 rcx = r14
0x11da 31 eax = 0
0x11dc 32 call(0x1030)
0x11e1 33 rcx = sx.q([r12].d)
0x11e8 34 dl = (cl & 3) == 0
0x11eb 35 eax = ecx * -0x3d70a3d7
0x11f1 36 eax = eax + 0x51eb850
0x11f6 37 eax = ror.d(eax, 2)
0x11fe 38 bl = eax u>= 0x28f5c29
0x1201 39 eax = [r15].d
0x1206 40 if ((dl & bl) != 0) then 41 @ 0x1260 else 43 @ 0x1208
0x1260 41 eax = eax - 1
0x1266 42 if (eax u> 0xb) then 52 @ 0x11a0 else 54 @ 0x126c
0x1208 43 rdx = rcx * 0x51eb851f
0x120f 44 rsi = rdx
0x1212 45 rsi = rsi u>> 0x3f
0x1216 46 rdx = rdx s>> 0x27
0x121a 47 edx = edx + esi
0x121c 48 edx = edx * 0x190
0x1222 49 temp0.d = ecx
0x1222 50 ecx = ecx - edx
0x1224 51 if (temp0.d == edx) then 41 @ 0x1260 else 58 @ 0x1226
0x11a0 52 rdi = 0x206d {"NO"}
0x11a0 53 goto 60 @ 0x11a7
0x126c 54 rcx = 0x2034 {"H(ll0Melw%d %d %d"}
0x1273 55 rax = sx.q([rcx + (rax << 2)].d)
0x1277 56 rax = rax + rcx
0x127a 57 jump(rax => 52 @ 0x11a0, 67 @ 0x127c, 71 @ 0x1299, 74 @ 0x12ab, 77 @ 0x12e3, 80 @ 0x1338, 83 @ 0x134a, 86 @ 0x135c, 89 @ 0x1364, 92 @ 0x1381)
0x1226 58 eax = eax - 1
0x122c 59 if (eax u> 0xb) then 52 @ 0x11a0 else 95 @ 0x1232
0x11a7 60 call(0x1040)
0x11ac 61 rbp = rbp + 1
0x11b0 62 rax = sx.q([rsp + 0xc {var_99c}].d)
0x11b5 63 r14 = r14 + 4
0x11b9 64 r15 = r15 + 4
0x11bd 65 r12 = r12 + 4
0x11c4 66 if (rbp s>= rax) then 12 @ 0x1393 else 27 @ 0x11ca
0x127c 67 eax = [r14].d
0x127f 68 cond:0 = eax == 7
0x1282 69 rdi = 0x206d {"NO"}
0x1289 70 if (cond:0) then 99 else 101 @ 0x1290
0x1299 71 cond:1 = [r14].d != 0xc
0x129d 72 rdi = r13
0x12a0 73 if (cond:1) then 52 @ 0x11a0 else 102 @ 0x12a6
0x12ab 74 cond:2 = [r14].d != 9
0x12af 75 rdi = r13
0x12b2 76 if (cond:2) then 52 @ 0x11a0 else 103 @ 0x12b8
0x12e3 77 cond:3 = [r14].d != 0xb
0x12e7 78 rdi = r13
0x12ea 79 if (cond:3) then 52 @ 0x11a0 else 104 @ 0x12f0
0x1338 80 cond:4 = [r14].d != 3
0x133c 81 rdi = r13
0x133f 82 if (cond:4) then 52 @ 0x11a0 else 105 @ 0x1345
0x134a 83 cond:5 = [r14].d != 8
0x134e 84 rdi = r13
0x1351 85 if (cond:5) then 52 @ 0x11a0 else 106 @ 0x1357
0x135c 86 eax = [r14].d
0x135f 87 cond:7 = eax == 7
0x1362 88 goto 107 @ 0x136a
0x1364 89 eax = [r14].d
0x1367 90 cond:7 = eax == 4
0x1367 91 goto 107 @ 0x136a
0x1381 92 cond:6 = [r14].d != 2
0x1385 93 rdi = r13
0x1388 94 if (cond:6) then 52 @ 0x11a0 else 109 @ 0x138e
0x1232 95 rcx = 0x2004 {">'H(ll0Melw%d %d %d"}
0x1239 96 rax = sx.q([rcx + (rax << 2)].d)
0x123d 97 rax = rax + rcx
0x1240 98 jump(rax => 52 @ 0x11a0, 110 @ 0x1242, 71 @ 0x1299, 74 @ 0x12ab, 113 @ 0x12bd, 118 @ 0x12d6, 121 @ 0x12f5, 124 @ 0x1307, 127 @ 0x1319, 130 @ 0x132b)
0x1289 99 rdi = r13
0x1289 100 goto 101 @ 0x1290
0x1290 101 if (eax == 4) then 133 else 135 @ 0x1294
0x12a6 102 goto 60 @ 0x11a7
0x12b8 103 goto 60 @ 0x11a7
0x12f0 104 goto 60 @ 0x11a7
0x1345 105 goto 60 @ 0x11a7
0x1357 106 goto 60 @ 0x11a7
0x136a 107 rdi = 0x206d {"NO"}
0x1371 108 if (cond:7) then 136 else 138 @ 0x1378
0x138e 109 goto 60 @ 0x11a7
0x1242 110 cond:8 = [r14].d == 0xa
0x1246 111 rdi = r13
0x1249 112 if (cond:8) then 60 @ 0x11a7 else 139 @ 0x124f
0x12bd 113 eax = [r14].d
0x12c0 114 eax = eax & 0xfffffff7
0x12c3 115 cond:9 = eax == 3
0x12c6 116 rdi = 0x206d {"NO"}
0x12cd 117 if (cond:9) then 140 else 142 @ 0x12d1
0x12d6 118 cond:10 = [r14].d == 2
0x12da 119 rdi = r13
0x12dd 120 if (cond:10) then 60 @ 0x11a7 else 77 @ 0x12e3
0x12f5 121 cond:11 = [r14].d != 7
0x12f9 122 rdi = r13
0x12fc 123 if (cond:11) then 52 @ 0x11a0 else 143 @ 0x1302
0x1307 124 cond:12 = [r14].d != 4
0x130b 125 rdi = r13
0x130e 126 if (cond:12) then 52 @ 0x11a0 else 144 @ 0x1314
0x1319 127 cond:13 = [r14].d != 1
0x131d 128 rdi = r13
0x1320 129 if (cond:13) then 52 @ 0x11a0 else 145 @ 0x1326
0x132b 130 cond:14 = [r14].d == 2
0x132f 131 rdi = r13
0x1332 132 if (cond:14) then 60 @ 0x11a7 else 80 @ 0x1338
0x1290 133 rdi = r13
0x1290 134 goto 135 @ 0x1294
0x1294 135 goto 60 @ 0x11a7
0x1371 136 rdi = r13
0x1371 137 goto 138 @ 0x1378
0x1378 138 if (eax == 1) then 146 else 148 @ 0x137c
0x124f 139 goto 52 @ 0x11a0
0x12cd 140 rdi = r13
0x12cd 141 goto 142 @ 0x12d1
0x12d1 142 goto 60 @ 0x11a7
0x1302 143 goto 60 @ 0x11a7
0x1314 144 goto 60 @ 0x11a7
0x1326 145 goto 60 @ 0x11a7
0x1378 146 rdi = r13
0x1378 147 goto 148 @ 0x137c
0x137c 148 goto 60 @ 0x11a7
int64_t _fini():
0x13ac 0 rsp = rsp - 8
0x13b0 1 rsp = rsp + 8
0x13b4 2 <return> jump(pop)
| POJ_71 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* gets(char* buf):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVATSH("}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(r12)
0x1166 3 push(rbx)
0x1167 4 rsp = rsp - 0x528
0x116e 5 r15d = 0
0x1171 6 r14 = rsp + 0x1a0 {var_3a8}
0x1179 7 rdi = r14 {var_3a8}
0x117c 8 eax = 0
0x117e 9 call(0x1040)
0x1183 10 rdi = r14 {var_3a8}
0x1186 11 call(0x1030)
0x118b 12 [rsp + rax + 0x1a0].w = 0x20 {"@"}
0x1195 13 rdi = r14 {var_3a8}
0x1198 14 call(0x1030)
0x11a0 15 if (rax == 0) then 16 @ 0x12d6 else 18 @ 0x11aa
0x12d6 16 r14d = [rsp + 0xd0 {var_478}].d
0x12e1 17 if (r14d s<= 0) then 19 @ 0x1306 else 22 @ 0x12e3
0x11aa 18 if (rax != 1) then 24 @ 0x1268 else 30 @ 0x11b0
0x1306 19 edi = 0xa {""}
0x130b 20 call(0x1050)
0x1313 21 if (r15d == 0) then 34 @ 0x1365 else 36 @ 0x1315
0x12e3 22 ebx = 0
0x12ef 23 goto 43 @ 0x12f0
0x1268 24 rsi = rax
0x126b 25 rsi = rsi & 0xfffffffffffffffe
0x126f 26 edx = 0
0x1271 27 ecx = 0
0x1273 28 edi = 0
0x1275 29 goto 47 @ 0x1295
0x11b0 30 edx = 0
0x11b2 31 ecx = 0
0x11b4 32 edi = 0
0x11b4 33 goto 48 @ 0x11b8
0x1365 34 r14d = [rsp + 0xd0 {var_478}].d
0x1370 35 if (r14d s<= 0) then 49 @ 0x1396 else 56 @ 0x1372
0x1315 36 rax = sx.q(r15d)
0x1318 37 ecx = [rsp + (rax << 2) + 0xd0].d
0x131f 38 r14d = [rsp + (rax << 2)].d
0x1323 39 eax = ecx
0x1325 40 eax = eax - r14d
0x1328 41 eax = eax + 1
0x132d 42 if (eax s>= ecx) then 49 @ 0x1396 else 58 @ 0x132f
0x12f0 43 edi = sx.d([rsp + rbx + 0x1a0].b)
0x12f8 44 call(0x1050)
0x12fd 45 rbx = rbx + 1
0x1304 46 if (r14 != rbx) then 43 @ 0x12f0 else 19 @ 0x1306
0x1295 47 if ([rsp + rdx + 0x1a0].b != 0x20) then 64 @ 0x12b5 else 65 @ 0x1297
0x11b8 48 if ((al & 1) == 0) then 73 @ 0x11da else 74 @ 0x11c2
0x1396 49 eax = 0
0x1398 50 rsp = rsp + 0x528
0x139f 51 rbx = pop
0x13a0 52 r12 = pop
0x13a2 53 r14 = pop
0x13a4 54 r15 = pop
0x13a6 55 <return> jump(pop)
0x1372 56 ebx = 0
0x137e 57 goto 75 @ 0x1380
0x132f 58 rax = sx.q(eax)
0x1331 59 r15 = rsp + rax
0x1335 60 r15 = r15 + 0x1a0
0x133c 61 r14d = r14d - 1
0x1340 62 ebx = 0
0x134c 63 goto 79 @ 0x1350
0x12b5 64 if ([rsp + rdx + 0x1a1].b != 0x20) then 83 @ 0x1280 else 85 @ 0x12b7
0x1297 65 ebx = edx
0x1299 66 ebx = ebx - edi
0x129b 67 rcx = sx.q(ecx)
0x129e 68 [rsp + (rcx << 2)].d = ebx
0x12a1 69 [rsp + (rcx << 2) + 0xd0].d = edx
0x12a8 70 ecx = ecx + 1
0x12ab 71 edi = edx
0x12ab 72 goto 64 @ 0x12b5
0x11da 73 if (ecx s<= 0) then 94 @ 0x12d3 else 96 @ 0x11e0
0x11c2 74 if ([rsp + rdx + 0x1a0].b != 0x20) then 73 @ 0x11da else 98 @ 0x11c4
0x1380 75 edi = sx.d([rsp + rbx + 0x1a0].b)
0x1388 76 call(0x1050)
0x138d 77 rbx = rbx + 1
0x1394 78 if (r14 != rbx) then 75 @ 0x1380 else 49 @ 0x1396
0x1350 79 edi = sx.d([r15 + rbx].b)
0x1355 80 call(0x1050)
0x135a 81 rbx = rbx + 1
0x1361 82 if (r14d != ebx) then 79 @ 0x1350 else 105 @ 0x1363
0x1280 83 rdx = rdx + 2
0x1287 84 if (rsi == rdx) then 48 @ 0x11b8 else 47 @ 0x1295
0x12b7 85 ebx = edx
0x12b9 86 ebx = ebx - edi
0x12bb 87 edi = (rdx + 1).d
0x12be 88 ebx = ebx + 1
0x12c1 89 rcx = sx.q(ecx)
0x12c4 90 [rsp + (rcx << 2)].d = ebx
0x12c7 91 [rsp + (rcx << 2) + 0xd0].d = edi
0x12ce 92 ecx = ecx + 1
0x12d1 93 goto 83 @ 0x1280
0x12d3 94 r15d = 0
0x12d3 95 goto 16 @ 0x12d6
0x11e0 96 r8d = ecx
0x11e6 97 if (ecx != 1) then 106 @ 0x13a7 else 112 @ 0x11ec
0x11c4 98 eax = edx
0x11c6 99 eax = eax - edi
0x11c8 100 rcx = sx.q(ecx)
0x11cb 101 [rsp + (rcx << 2)].d = eax
0x11ce 102 [rsp + (rcx << 2) + 0xd0].d = edx
0x11d5 103 ecx = ecx + 1
0x11d5 104 goto 73 @ 0x11da
0x1363 105 goto 49 @ 0x1396
0x13a7 106 esi = r8d
0x13aa 107 esi = esi & 0xfffffffe
0x13ad 108 eax = 0
0x13af 109 ecx = 0
0x13b1 110 r15d = 0
0x13b4 111 goto 116 @ 0x13cd
0x11ec 112 eax = 0
0x11ee 113 ecx = 0
0x11f0 114 r15d = 0
0x11f0 115 goto 119 @ 0x11f7
0x13cd 116 rbx = sx.q(r15d)
0x13d0 117 edi = [rsp + (rax << 2)].d
0x13d6 118 if (edi s> [rsp + (rbx << 2)].d) then 120 @ 0x13db else 122 @ 0x13d8
0x11f7 119 if ((r8b & 1) == 0) then 124 @ 0x1212 else 125 @ 0x11f9
0x13db 120 rbx = sx.q(ecx)
0x13e1 121 if (edi s< [rsp + (rbx << 2)].d) then 128 @ 0x13e5 else 132 @ 0x13e3
0x13d8 122 r15d = eax
0x13d8 123 goto 120 @ 0x13db
0x1212 124 if (ecx == 0) then 16 @ 0x12d6 else 134 @ 0x1218
0x11f9 125 edx = [rsp + (rax << 2)].d
0x11fc 126 r15 = sx.q(r15d)
0x1203 127 if (edx s<= [rsp + (r15 << 2)].d) then 141 else 143 @ 0x1207
0x13e5 128 ebx = [rsp + (rax << 2) + 4].d
0x13e9 129 rdx = sx.q(r15d)
0x13ec 130 edi = (rax + 1).d
0x13f2 131 if (ebx s> [rsp + (rdx << 2)].d) then 145 @ 0x13f7 else 147 @ 0x13f4
0x13e3 132 ecx = eax
0x13e3 133 goto 128 @ 0x13e5
0x1218 134 rax = sx.q(ecx)
0x121b 135 ecx = [rsp + (rax << 2) + 0xd0].d
0x1222 136 r14d = [rsp + (rax << 2)].d
0x1226 137 eax = ecx
0x1228 138 eax = eax - r14d
0x122b 139 eax = eax + 1
0x1230 140 if (eax s>= ecx) then 19 @ 0x1306 else 149 @ 0x1236
0x1203 141 r15d = eax
0x1203 142 goto 143 @ 0x1207
0x1207 143 rcx = sx.q(ecx)
0x120d 144 if (edx s>= [rsp + (rcx << 2)].d) then 155 else 157
0x13f7 145 rdx = sx.q(ecx)
0x13fd 146 if (ebx s< [rsp + (rdx << 2)].d) then 158 @ 0x13c0 else 160 @ 0x13ff
0x13f4 147 r15d = edi
0x13f4 148 goto 145 @ 0x13f7
0x1236 149 rax = sx.q(eax)
0x1238 150 r12 = rsp + rax
0x123c 151 r12 = r12 + 0x1a0
0x1243 152 r14d = r14d - 1
0x1247 153 ebx = 0
0x1249 154 goto 162 @ 0x1250
0x120d 155 ecx = eax
0x120d 156 goto 157
0x120d 157 goto 124 @ 0x1212
0x13c0 158 rax = rax + 2
0x13c7 159 if (rax == rsi) then 119 @ 0x11f7 else 116 @ 0x13cd
0x13ff 160 ecx = edi
0x1401 161 goto 158 @ 0x13c0
0x1250 162 edi = sx.d([r12 + rbx].b)
0x1255 163 call(0x1050)
0x125a 164 rbx = rbx + 1
0x1261 165 if (r14d != ebx) then 162 @ 0x1250 else 166 @ 0x1263
0x1263 166 goto 19 @ 0x1306
int64_t _fini():
0x1408 0 rsp = rsp - 8
0x140c 1 rsp = rsp + 8
0x1410 2 <return> jump(pop)
| POJ_24 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSH8"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x338
0x1171 7 rdi = 0x2010 {"%d"}
0x1178 8 rsi = rsp + 4 {var_364}
0x117d 9 eax = 0
0x117f 10 call(0x1040)
0x1189 11 if ([rsp + 4 {var_364}].d s<= 0) then 12 @ 0x1325 else 21 @ 0x118f
0x1325 12 eax = 0
0x1327 13 rsp = rsp + 0x338
0x132e 14 rbx = pop
0x132f 15 r12 = pop
0x1331 16 r13 = pop
0x1333 17 r14 = pop
0x1335 18 r15 = pop
0x1337 19 rbp = pop
0x1338 20 <return> jump(pop)
0x118f 21 ebp = 1
0x1194 22 r13 = rsp + 0x18 {var_350}
0x1199 23 r12 = 0x2017 {"%.5lf\n"}
0x11a0 24 rbx = 0x2013 {"%lf"}
0x11a7 25 goto 26 @ 0x11ce
0x11ce 26 rdi = 0x2010 {"%d"}
0x11d5 27 rsi = rsp {var_368}
0x11d8 28 eax = 0
0x11da 29 call(0x1040)
0x11df 30 eax = [rsp {var_368}].d
0x11e4 31 if (eax s<= 0) then 32 @ 0x1260 else 35 @ 0x11e6
0x1260 32 xmm1 = 0
0x1263 33 xmm1.q = float.d(eax)
0x1263 34 goto 39 @ 0x1267
0x11e6 35 xmm4 = 0
0x11e9 36 r14d = 0
0x11ec 37 r15d = 0
0x11ef 38 goto 41 @ 0x11f0
0x1267 39 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x126b 40 goto 52 @ 0x130a
0x11f0 41 [rsp + 8 {var_360_1}].q = xmm4.q
0x11f6 42 rsi = r14 + r13
0x11fa 43 rdi = rbx
0x11fd 44 eax = 0
0x11ff 45 call(0x1040)
0x1204 46 xmm4 = zx.o([rsp + 8 {var_360_1}].q)
0x120a 47 xmm4.q = xmm4.q f+ fconvert.t([rsp + (r15 << 3) + 0x18].q)
0x1211 48 rax = sx.q([rsp {var_368}].d)
0x1215 49 r15 = r15 + 1
0x1219 50 r14 = r14 + 8
0x1220 51 if (r15 s< rax) then 41 @ 0x11f0 else 60 @ 0x1222
0x130a 52 xmm0.q = xmm0.q f/ xmm1.q
0x130e 53 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x130e 54 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x130e 55 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x130e 56 flag:s = 0
0x130e 57 flag:o = 0
0x130e 58 flag:a = 0
0x1316 59 if (flag:c) then 64 @ 0x11b0 else 66 @ 0x131c
0x1222 60 ecx = eax
0x1224 61 xmm1 = 0
0x1227 62 xmm1.q = float.d(ecx)
0x122d 63 if (ecx s<= 0) then 39 @ 0x1267 else 68 @ 0x122f
0x11b0 64 call(0x1050)
0x11b0 65 goto 73 @ 0x11b5
0x131c 66 xmm0 = _mm_sqrt_sd(xmm0.q)
0x1320 67 goto 73 @ 0x11b5
0x122f 68 xmm4.q = xmm4.q f/ xmm1.q
0x1233 69 rdx = rcx - 1
0x1237 70 eax = ecx
0x1239 71 eax = eax & 3
0x1240 72 if (rdx u>= 3) then 80 @ 0x1270 else 84 @ 0x1242
0x11b5 73 rdi = r12
0x11b8 74 al = 1
0x11ba 75 call(0x1030)
0x11bf 76 eax = (rbp + 1).d
0x11c2 77 cond:0 = ebp s>= [rsp + 4 {var_364}].d
0x11c6 78 ebp = eax
0x11c8 79 if (cond:0) then 12 @ 0x1325 else 26 @ 0x11ce
0x1270 80 ecx = ecx & 0xfffffffc
0x1273 81 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1277 82 edx = 0
0x1279 83 goto 87 @ 0x1280
0x1242 84 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1246 85 edx = 1
0x124e 86 if (rax != 0) then 105 @ 0x12da else 109 @ 0x1254
0x1280 87 xmm2 = zx.o([rsp + (rdx << 3) + 0x18].q)
0x1286 88 xmm3 = zx.o([rsp + (rdx << 3) + 0x20].q)
0x128c 89 xmm2.q = xmm2.q f- xmm4.q
0x1290 90 xmm2.q = xmm2.q f* xmm2.q
0x1294 91 xmm2.q = xmm2.q f+ xmm0.q
0x1298 92 xmm3.q = xmm3.q f- xmm4.q
0x129c 93 xmm3.q = xmm3.q f* xmm3.q
0x12a0 94 xmm3.q = xmm3.q f+ xmm2.q
0x12a4 95 xmm2 = zx.o([rsp + (rdx << 3) + 0x28].q)
0x12aa 96 xmm2.q = xmm2.q f- xmm4.q
0x12ae 97 xmm2.q = xmm2.q f* xmm2.q
0x12b2 98 xmm2.q = xmm2.q f+ xmm3.q
0x12b6 99 xmm0 = zx.o([rsp + (rdx << 3) + 0x30].q)
0x12bc 100 xmm0.q = xmm0.q f- xmm4.q
0x12c0 101 xmm0.q = xmm0.q f* xmm0.q
0x12c4 102 xmm0.q = xmm0.q f+ xmm2.q
0x12c8 103 rdx = rdx + 4
0x12cf 104 if (rcx != rdx) then 87 @ 0x1280 else 110 @ 0x12d1
0x12da 105 rcx = rsp + (rdx << 3)
0x12de 106 rcx = rcx + 0x10
0x12e2 107 edx = 0
0x12ee 108 goto 112 @ 0x12f0
0x1254 109 goto 52 @ 0x130a
0x12d1 110 rdx = rdx + 1
0x12d8 111 if (rax == 0) then 52 @ 0x130a else 105 @ 0x12da
0x12f0 112 xmm2 = zx.o([rcx + (rdx << 3)].q)
0x12f5 113 xmm2.q = xmm2.q f- xmm4.q
0x12f9 114 xmm2.q = xmm2.q f* xmm2.q
0x12fd 115 xmm0.q = xmm0.q f+ xmm2.q
0x1301 116 rdx = rdx + 1
0x1308 117 if (rax != rdx) then 112 @ 0x12f0 else 52 @ 0x130a
int64_t _fini():
0x1340 0 rsp = rsp - 8
0x1344 1 rsp = rsp + 8
0x1348 2 <return> jump(pop)
| POJ_38 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t atoi(char const* nptr):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
char* gets(char* buf):
0x1050 0 <return> tailcall([0x4028].q)
int32_t puts(char const* str):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSH"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 rsp = rsp - 0x218
0x1181 7 rbx = rsp + 0xd {var_23b}
0x1186 8 rdi = rbx {var_23b}
0x1189 9 eax = 0
0x118b 10 call(0x1050)
0x1190 11 rdi = rbx {var_23b}
0x1193 12 eax = 0
0x1195 13 call(0x1030)
0x119c 14 if (eax s<= 0) then 15 @ 0x121a else 24 @ 0x119e
0x121a 15 eax = 0
0x121c 16 rsp = rsp + 0x218
0x1223 17 rbx = pop
0x1224 18 r12 = pop
0x1226 19 r13 = pop
0x1228 20 r14 = pop
0x122a 21 r15 = pop
0x122c 22 rbp = pop
0x122d 23 <return> jump(pop)
0x119e 24 r13d = eax
0x11a1 25 r14 = 0x2054 {"%s"}
0x11a8 26 r15 = rsp + 0x110 {var_138}
0x11b0 27 r12 = rsp + 0x10 {var_238}
0x11b5 28 rbx = 0x2004 {"%s"}
0x11bc 29 ebp = 0
0x11be 30 goto 31 @ 0x11c0
0x11c0 31 rdi = r14
0x11c3 32 rsi = r15 {var_138}
0x11c6 33 eax = 0
0x11c8 34 call(0x1040)
0x11cd 35 eax = 0
0x11cf 36 goto 37 @ 0x11db
0x11db 37 ecx = zx.d([rsp + rax + 0x110].b)
0x11e3 38 edx = (rcx - 0x41).d
0x11e9 39 if (dl u> 0x13) then 40 @ 0x1203 else 41 @ 0x11eb
0x1203 40 if (cl != 0) then 46 @ 0x11d7 else 48 @ 0x1205
0x11eb 41 cl = 0x54 {""}
0x11ed 42 edx = zx.d(dl)
0x11f0 43 rdx = sx.q([rbx + (rdx << 2)].d)
0x11f4 44 rdx = rdx + rbx
0x11f7 45 jump(rdx => 53 @ 0x11d1, 55 @ 0x11d3, 46 @ 0x11d7, 57 @ 0x11f9, 59 @ 0x11fd)
0x11d7 46 rax = rax + 1
0x11d7 47 goto 37 @ 0x11db
0x1205 48 [rsp + rax + 0x10].b = 0
0x120a 49 rdi = r12 {var_238}
0x120d 50 call(0x1060)
0x1212 51 ebp = ebp + 1
0x1218 52 if (ebp != r13d) then 31 @ 0x11c0 else 15 @ 0x121a
0x11d1 53 cl = 0x43 {""}
0x11d1 54 goto 55 @ 0x11d3
0x11d3 55 [rsp + rax + 0x10].b = cl
0x11d3 56 goto 46 @ 0x11d7
0x11f9 57 cl = 0x47 {""}
0x11fb 58 goto 55 @ 0x11d3
0x11fd 59 cl = 0x41 {""}
0x11ff 60 goto 55 @ 0x11d3
int64_t _fini():
0x1234 0 rsp = rsp - 8
0x1238 1 rsp = rsp + 8
0x123c 2 <return> jump(pop)
| POJ_33 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x80
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 [rbp - 0x78 {var_80}].d = 0
0x1169 5 [rbp - 0x7c {var_84}].d = 0
0x1170 6 [rbp - 0x80 {var_88}].d = 0
0x1170 7 goto 8 @ 0x117b
0x117b 8 if ([rbp - 0x80 {var_88}].d s>= 0x64) then 9 @ 0x1198 else 15 @ 0x1181
0x1198 9 rsi = rbp - 0x70 {var_78}
0x119c 10 rdi = 0x2004 {"%s"}
0x11a3 11 al = 0
0x11a5 12 call(0x1040)
0x11aa 13 [rbp - 0x74 {var_7c}].d = 0
0x11aa 14 goto 21 @ 0x11b1
0x1181 15 rax = sx.q([rbp - 0x80 {var_88}].d)
0x1185 16 [rbp + rax - 0x70].b = 0
0x118a 17 eax = [rbp - 0x80 {var_88}].d
0x118d 18 eax = eax + 1
0x1190 19 [rbp - 0x80 {var_88}].d = eax
0x1193 20 goto 8 @ 0x117b
0x11b1 21 rax = sx.q([rbp - 0x74 {var_7c}].d)
0x11b5 22 eax = sx.d([rbp + rax - 0x70].b)
0x11bd 23 if (eax == 0) then 24 @ 0x1238 else 27 @ 0x11c3
0x1238 24 rax = sx.q([rbp - 0x78 {var_80}].d)
0x123c 25 [rbp + rax - 0x70].b = 0
0x1245 26 if ([rbp - 0x78 {var_80}].d == 0) then 34 @ 0x1265 else 39 @ 0x124b
0x11c3 27 eax = [rbp - 0x7c {var_84}].d * 0xa
0x11c7 28 rcx = sx.q([rbp - 0x74 {var_7c}].d)
0x11cb 29 ecx = sx.d([rbp + rcx - 0x70].b)
0x11d0 30 eax = eax + ecx
0x11d2 31 eax = eax - 0x30
0x11d5 32 [rbp - 0x7c {var_84}].d = eax
0x11dc 33 if ([rbp - 0x78 {var_80}].d != 0) then 45 @ 0x11f6 else 80 @ 0x11e2
0x1265 34 esi = [rbp - 0x7c {var_84}].d
0x1268 35 rdi = 0x200d {"0\n%d"}
0x126f 36 al = 0
0x1271 37 call(0x1030)
0x1271 38 goto 94 @ 0x1276
0x124b 39 rsi = rbp - 0x70 {var_78}
0x124f 40 edx = [rbp - 0x7c {var_84}].d
0x1252 41 rdi = 0x2007 {"%s\n%d"}
0x1259 42 al = 0
0x125b 43 call(0x1030)
0x1260 44 goto 94 @ 0x1276
0x11f6 45 eax = [rbp - 0x7c {var_84}].d
0x11f9 46 ecx = 0xd {""}
0x11fe 47 temp2.d:temp3.d = sx.q(eax)
0x11fe 48 edx = temp2.d
0x11fe 49 eax = temp3.d
0x11ff 50 temp4.d = edx
0x11ff 51 temp5.d = eax
0x11ff 52 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x11ff 53 temp6.d = edx
0x11ff 54 temp7.d = eax
0x11ff 55 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x11ff 56 eax = temp0.d
0x11ff 57 edx = temp1.d
0x1201 58 eax = eax + 0x30
0x1204 59 cl = al
0x1206 60 rax = sx.q([rbp - 0x78 {var_80}].d)
0x120a 61 [rbp + rax - 0x70].b = cl
0x120e 62 eax = [rbp - 0x7c {var_84}].d
0x1211 63 ecx = 0xd {""}
0x1216 64 temp8.d:temp9.d = sx.q(eax)
0x1216 65 edx = temp8.d
0x1216 66 eax = temp9.d
0x1217 67 temp10.d = edx
0x1217 68 temp11.d = eax
0x1217 69 temp0.d = divs.dp.d(temp10.d:temp11.d, ecx)
0x1217 70 temp12.d = edx
0x1217 71 temp13.d = eax
0x1217 72 temp1.d = mods.dp.d(temp12.d:temp13.d, ecx)
0x1217 73 eax = temp0.d
0x1217 74 edx = temp1.d
0x1219 75 [rbp - 0x7c {var_84}].d = edx
0x121c 76 eax = [rbp - 0x78 {var_80}].d
0x121f 77 eax = eax + 1
0x1222 78 [rbp - 0x78 {var_80}].d = eax
0x1222 79 goto 98 @ 0x1225
0x11e2 80 eax = [rbp - 0x7c {var_84}].d
0x11e5 81 ecx = 0xd {""}
0x11ea 82 temp14.d:temp15.d = sx.q(eax)
0x11ea 83 edx = temp14.d
0x11ea 84 eax = temp15.d
0x11eb 85 temp16.d = edx
0x11eb 86 temp17.d = eax
0x11eb 87 temp0.d = divs.dp.d(temp16.d:temp17.d, ecx)
0x11eb 88 temp18.d = edx
0x11eb 89 temp19.d = eax
0x11eb 90 temp1.d = mods.dp.d(temp18.d:temp19.d, ecx)
0x11eb 91 eax = temp0.d
0x11eb 92 edx = temp1.d
0x11f0 93 if (eax == 0) then 98 @ 0x1225 else 45 @ 0x11f6
0x1276 94 eax = [rbp - 4 {var_c}].d
0x1279 95 rsp = rsp + 0x80
0x1280 96 rbp = pop
0x1281 97 <return> jump(pop)
0x1225 98 goto 99 @ 0x122a
0x122a 99 eax = [rbp - 0x74 {var_7c}].d
0x122d 100 eax = eax + 1
0x1230 101 [rbp - 0x74 {var_7c}].d = eax
0x1233 102 goto 21 @ 0x11b1
int64_t _fini():
0x1288 0 rsp = rsp - 8
0x128c 1 rsp = rsp + 8
0x1290 2 <return> jump(pop)
| POJ_96 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(rbx)
0x1155 3 rsp = rsp - 0x100
0x115c 4 rdi = 0x2004 {"%d"}
0x1163 5 rsi = rsp + 0xc {var_10c}
0x1168 6 eax = 0
0x116a 7 call(0x1040)
0x116f 8 r9d = [rsp + 0xc {var_10c}].d
0x1177 9 if (r9d s<= 0) then 10 @ 0x11af else 13 @ 0x1179
0x11af 10 r8 = sx.q(r9d)
0x11b2 11 [rsp + (r8 << 3) + 0x14].d = 1
0x11bf 12 if (r8d s< 2) then 17 @ 0x1224 else 18 @ 0x11c1
0x1179 13 r15 = rsp + 0x18 {var_100}
0x117e 14 r14 = 0x2004 {"%d"}
0x1185 15 ebx = 0
0x1187 16 goto 23 @ 0x1190
0x1224 17 if (r9d s<= 0) then 31 @ 0x1254 else 33 @ 0x1226
0x11c1 18 rdx = rsp + (r8 << 3)
0x11c5 19 rdx = rdx + 0x14
0x11c9 20 eax = 0
0x11cb 21 rdi = r8
0x11ce 22 goto 38 @ 0x11da
0x1190 23 rdi = r14
0x1193 24 rsi = r15
0x1196 25 eax = 0
0x1198 26 call(0x1040)
0x119d 27 r9 = sx.q([rsp + 0xc {var_10c}].d)
0x11a2 28 rbx = rbx + 1
0x11a6 29 r15 = r15 + 8
0x11ad 30 if (rbx s< r9) then 23 @ 0x1190 else 10 @ 0x11af
0x1254 31 esi = 0
0x1254 32 goto 42 @ 0x1256
0x1226 33 r9d = r9d + 1
0x122a 34 r9 = r9 - 1
0x122e 35 eax = 0
0x1230 36 esi = 0
0x123c 37 goto 50 @ 0x1240
0x11da 38 r10 = rdi
0x11dd 39 rdi = rdi - 1
0x11e1 40 [rsp + (r10 << 3) + 0xc].d = 1
0x11ed 41 if (r10 s> r8) then 52 @ 0x11d0 else 54 @ 0x11ef
0x1256 42 rdi = 0x2004 {"%d"}
0x125d 43 eax = 0
0x125f 44 call(0x1030)
0x1264 45 rsp = rsp + 0x100
0x126b 46 rbx = pop
0x126c 47 r14 = pop
0x126e 48 r15 = pop
0x1270 49 <return> jump(pop)
0x1240 50 ecx = [rsp + (rax << 3) + 0x1c].d
0x1246 51 if (ecx s> esi) then 57 else 59 @ 0x1249
0x11d0 52 rax = rax - 1
0x11d8 53 if (r10 s<= 2) then 17 @ 0x1224 else 38 @ 0x11da
0x11ef 54 ecx = [rsp + (rdi << 3) + 0x10].d
0x11f3 55 rsi = rax
0x11f6 56 goto 61 @ 0x120d
0x1246 57 esi = ecx
0x1246 58 goto 59 @ 0x1249
0x1249 59 rax = rax + 1
0x1250 60 if (r9 != rax) then 50 @ 0x1240 else 62 @ 0x1252
0x120d 61 if ([rdx + (rsi << 3) - 4].d s> ecx) then 63 @ 0x1200 else 65 @ 0x120f
0x1252 62 goto 42 @ 0x1256
0x1200 63 rsi = rsi + 1
0x1207 64 if (esi == 1) then 52 @ 0x11d0 else 61 @ 0x120d
0x120f 65 ebx = [rdx + (rsi << 3)].d
0x1216 66 if (ebx s< [rsp + (rdi << 3) + 0x14].d) then 63 @ 0x1200 else 67 @ 0x1218
0x1218 67 ebx = ebx + 1
0x121b 68 [rsp + (rdi << 3) + 0x14].d = ebx
0x121f 69 goto 63 @ 0x1200
int64_t _fini():
0x1278 0 rsp = rsp - 8
0x127c 1 rsp = rsp + 8
0x1280 2 <return> jump(pop)
| POJ_10 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x88
0x1171 7 rdi = 0x2030 {"%d"}
0x1178 8 rsi = rsp + 0x3c {var_7c}
0x117d 9 eax = 0
0x117f 10 call(0x1040)
0x1189 11 if ([rsp + 0x3c {var_7c}].d s<= 0) then 12 @ 0x173e else 21 @ 0x118f
0x173e 12 eax = 0
0x1740 13 rsp = rsp + 0x88
0x1747 14 rbx = pop
0x1748 15 r12 = pop
0x174a 16 r13 = pop
0x174c 17 r14 = pop
0x174e 18 r15 = pop
0x1750 19 rbp = pop
0x1751 20 <return> jump(pop)
0x118f 21 ebp = 1
0x1194 22 r14 = 0x2033 {"%lf%lf%lf"}
0x119b 23 r15 = rsp + 8 {var_b0}
0x11a0 24 r12 = rsp + 0x18 {var_a0}
0x11a5 25 rbx = rsp + 0x10 {var_a8}
0x11aa 26 r13 = 0x203d {"x1=%.5lf;x2=%.5lf\n"}
0x11bb 27 goto 28 @ 0x11c0
0x11c0 28 rdi = r14
0x11c3 29 rsi = r15 {var_b0}
0x11c6 30 rdx = r12 {var_a0}
0x11c9 31 rcx = rbx {var_a8}
0x11cc 32 eax = 0
0x11ce 33 call(0x1040)
0x11d3 34 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x11d7 35 xmm0 = zx.o([rsp + 0x18 {var_a0}].q)
0x11dd 36 xmm1 = zx.o([rsp + 8 {var_b0}].q)
0x11e3 37 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x11eb 38 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x11f1 39 [rsp + 0x20 {var_98_1}].o = xmm0
0x11f7 40 xmm0.q = xmm0.q f* xmm0.q
0x11fb 41 xmm0.q = xmm0.q f+ xmm1.q
0x11ff 42 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x11ff 43 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x11ff 44 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x11ff 45 flag:s = 0
0x11ff 46 flag:o = 0
0x11ff 47 flag:a = 0
0x1203 48 [rsp + 0x40 {var_78_1}].o = xmm0
0x1209 49 if (flag:c) then 50 @ 0x1220 else 54 @ 0x120b
0x1220 50 call(0x1050)
0x1225 51 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x1229 52 xmm6 = xmm0
0x1229 53 goto 57 @ 0x122d
0x120b 54 xmm6 = 0
0x120e 55 xmm6 = _mm_sqrt_sd(xmm0.q)
0x1212 56 goto 57 @ 0x122d
0x122d 57 xmm5 = zx.o([rsp + 8 {var_b0}].q)
0x1233 58 xmm3 = zx.o([rsp + 0x18 {var_a0}].q)
0x1239 59 xmm1 = xmm5
0x123d 60 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x1245 61 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x124b 62 xmm0 = xmm3
0x124f 63 xmm0.q = xmm0.q f* xmm3.q
0x1253 64 xmm0.q = xmm0.q f+ xmm1.q
0x1257 65 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x1257 66 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x1257 67 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x1257 68 flag:s = 0
0x1257 69 flag:o = 0
0x1257 70 flag:a = 0
0x125b 71 if (flag:c) then 72 @ 0x1270 else 81 @ 0x125d
0x1270 72 [rsp + 0x50 {var_68}].o = xmm5
0x1276 73 [rsp + 0x60 {var_58}].o = xmm6
0x127c 74 [rsp + 0x70 {var_48_1}].o = xmm3
0x1282 75 call(0x1050)
0x1287 76 xmm3 = [rsp + 0x70 {var_48_1}].o
0x128d 77 xmm6 = [rsp + 0x60 {var_58}].o
0x1293 78 xmm5 = [rsp + 0x50 {var_68}].o
0x1299 79 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x1299 80 goto 83 @ 0x129d
0x125d 81 xmm0 = _mm_sqrt_sd(xmm0.q)
0x1261 82 goto 83 @ 0x129d
0x129d 83 xmm4 = [rsp + 0x40 {var_78_1}].o
0x12a3 84 xmm3 = __xorpd_xmmxuq_memxuq(xmm3, [0x2020].o)
0x12ab 85 xmm6 = _mm_unpacklo_pd(xmm6, xmm3.q)
0x12af 86 xmm1 = [rsp + 0x20 {var_98_1}].o
0x12b5 87 xmm1 = _mm_unpacklo_pd(xmm1, xmm0.q)
0x12b9 88 xmm6 = _mm_sub_pd(xmm6, xmm1)
0x12bd 89 xmm1 = zx.o([rsp + 8 {var_b0}].q)
0x12c3 90 xmm5 = _mm_unpacklo_pd(xmm5, xmm1.q)
0x12c7 91 xmm5 = _mm_add_pd(xmm5, xmm5)
0x12cb 92 xmm6 = _mm_div_pd(xmm6, xmm5)
0x12cf 93 xmm3 = zx.o([rsp + 0x18 {var_a0}].q)
0x12d5 94 xmm0 = xmm6
0x12d9 95 xmm0 = _mm_unpackhi_pd(xmm0, xmm6.q)
0x12dd 96 flag:p = is_unordered.q(xmm6.q, xmm0.q)
0x12dd 97 flag:c = xmm6.q f< xmm0.q | is_unordered.q(xmm6.q, xmm0.q)
0x12dd 98 flag:z = xmm6.q f== xmm0.q | is_unordered.q(xmm6.q, xmm0.q)
0x12dd 99 flag:s = 0
0x12dd 100 flag:o = 0
0x12dd 101 flag:a = 0
0x12e1 102 al = flag:p
0x12e4 103 cl = not(flag:z)
0x12e7 104 cl = cl | al
0x12e9 105 flag:p = is_unordered.q(xmm4.q, xmm2.q)
0x12e9 106 flag:c = xmm4.q f< xmm2.q | is_unordered.q(xmm4.q, xmm2.q)
0x12e9 107 flag:z = xmm4.q f== xmm2.q | is_unordered.q(xmm4.q, xmm2.q)
0x12e9 108 flag:s = 0
0x12e9 109 flag:o = 0
0x12e9 110 flag:a = 0
0x12ed 111 al = not(flag:c)
0x12f0 112 al = al & cl
0x12f2 113 flag:p = is_unordered.q(xmm3.q, xmm2.q)
0x12f2 114 flag:c = xmm3.q f< xmm2.q | is_unordered.q(xmm3.q, xmm2.q)
0x12f2 115 flag:z = xmm3.q f== xmm2.q | is_unordered.q(xmm3.q, xmm2.q)
0x12f2 116 flag:s = 0
0x12f2 117 flag:o = 0
0x12f2 118 flag:a = 0
0x12f6 119 if (not(flag:z)) then 120 @ 0x12fc else 121 @ 0x12f8
0x12fc 120 if (al == 0) then 122 @ 0x1370 else 129 @ 0x12fe
0x12f8 121 if (not(flag:p)) then 142 @ 0x1342 else 120 @ 0x12fc
0x1370 122 flag:p = is_unordered.q(xmm4.q, xmm2.q)
0x1370 123 flag:c = xmm4.q f< xmm2.q | is_unordered.q(xmm4.q, xmm2.q)
0x1370 124 flag:z = xmm4.q f== xmm2.q | is_unordered.q(xmm4.q, xmm2.q)
0x1370 125 flag:s = 0
0x1370 126 flag:o = 0
0x1370 127 flag:a = 0
0x1374 128 if (flag:c) then 143 @ 0x1438 else 152 @ 0x137a
0x12fe 129 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x1306 130 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x130c 131 xmm0 = xmm3
0x1310 132 xmm0.q = xmm0.q f* xmm3.q
0x1314 133 xmm0.q = xmm0.q f+ xmm1.q
0x1318 134 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x1318 135 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x1318 136 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x1318 137 flag:s = 0
0x1318 138 flag:o = 0
0x1318 139 flag:a = 0
0x131c 140 [rsp + 0x20 {var_98_2}].o = xmm3
0x1322 141 if (flag:c) then 159 @ 0x13f5 else 163 @ 0x1328
0x1342 142 if (al == 0) then 166 @ 0x13b6 else 173 @ 0x1344
0x1438 143 xmm0 = zx.o([0x2010].q)
0x1440 144 flag:p = is_unordered.q(xmm0.q, xmm4.q)
0x1440 145 flag:c = xmm0.q f< xmm4.q | is_unordered.q(xmm0.q, xmm4.q)
0x1440 146 flag:z = xmm0.q f== xmm4.q | is_unordered.q(xmm0.q, xmm4.q)
0x1440 147 flag:s = 0
0x1440 148 flag:o = 0
0x1440 149 flag:a = 0
0x1444 150 xmm4 = _mm_xor_pd(xmm4, xmm0)
0x1448 151 if (flag:c) then 184 @ 0x15c9 else 192 @ 0x144e
0x137a 152 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x137a 153 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x137a 154 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x137a 155 flag:s = 0
0x137a 156 flag:o = 0
0x137a 157 flag:a = 0
0x137e 158 if (not(flag:z)) then 195 @ 0x1386 else 207 @ 0x1380
0x13f5 159 call(0x1050)
0x13fa 160 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x13fe 161 xmm3 = xmm0
0x13fe 162 goto 208 @ 0x1402
0x1328 163 xmm3 = 0
0x132b 164 xmm3 = _mm_sqrt_sd(xmm0.q)
0x132f 165 goto 208 @ 0x1402
0x13b6 166 flag:p = is_unordered.q(xmm4.q, xmm2.q)
0x13b6 167 flag:c = xmm4.q f< xmm2.q | is_unordered.q(xmm4.q, xmm2.q)
0x13b6 168 flag:z = xmm4.q f== xmm2.q | is_unordered.q(xmm4.q, xmm2.q)
0x13b6 169 flag:s = 0
0x13b6 170 flag:o = 0
0x13b6 171 flag:a = 0
0x13ba 172 if (flag:c) then 223 @ 0x14ec else 232 @ 0x13c0
0x1344 173 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x134c 174 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x1352 175 xmm3.q = xmm3.q f* xmm3.q
0x1356 176 xmm3.q = xmm3.q f+ xmm1.q
0x135a 177 flag:p = is_unordered.q(xmm3.q, xmm2.q)
0x135a 178 flag:c = xmm3.q f< xmm2.q | is_unordered.q(xmm3.q, xmm2.q)
0x135a 179 flag:z = xmm3.q f== xmm2.q | is_unordered.q(xmm3.q, xmm2.q)
0x135a 180 flag:s = 0
0x135a 181 flag:o = 0
0x135a 182 flag:a = 0
0x135e 183 if (flag:c) then 239 @ 0x14a6 else 244 @ 0x1364
0x15c9 184 xmm0 = xmm4
0x15cd 185 [rsp + 0x20 {var_98_4}].o = xmm3
0x15d3 186 [rsp + 0x50 {var_68}].o = xmm5
0x15d9 187 call(0x1050)
0x15de 188 xmm5 = [rsp + 0x50 {var_68}].o
0x15e4 189 xmm3 = [rsp + 0x20 {var_98_4}].o
0x15ea 190 xmm1 = xmm0
0x15ea 191 goto 246 @ 0x15ee
0x144e 192 xmm1 = 0
0x1451 193 xmm1 = _mm_sqrt_sd(xmm4.q)
0x1455 194 goto 246 @ 0x15ee
0x1386 195 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x138e 196 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x1394 197 xmm0 = xmm3
0x1398 198 xmm0.q = xmm0.q f* xmm3.q
0x139c 199 xmm0.q = xmm0.q f+ xmm1.q
0x13a0 200 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x13a0 201 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x13a0 202 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x13a0 203 flag:s = 0
0x13a0 204 flag:o = 0
0x13a0 205 flag:a = 0
0x13a4 206 if (flag:c) then 260 @ 0x1564 else 266 @ 0x13aa
0x1380 207 if (not(flag:p)) then 143 @ 0x1438 else 195 @ 0x1386
0x1402 208 xmm5 = zx.o([rsp + 8 {var_b0}].q)
0x1408 209 xmm1 = zx.o([rsp + 0x18 {var_a0}].q)
0x140e 210 xmm4 = xmm5
0x1412 211 xmm4.q = xmm4.q f* fconvert.t([0x2008].q)
0x141a 212 xmm4.q = xmm4.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x1420 213 xmm0 = xmm1
0x1424 214 xmm0.q = xmm0.q f* xmm1.q
0x1428 215 xmm0.q = xmm0.q f+ xmm4.q
0x142c 216 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x142c 217 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x142c 218 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x142c 219 flag:s = 0
0x142c 220 flag:o = 0
0x142c 221 flag:a = 0
0x1430 222 if (flag:c) then 269 @ 0x145a else 277 @ 0x1432
0x14ec 223 xmm0 = zx.o([0x2010].q)
0x14f4 224 flag:p = is_unordered.q(xmm0.q, xmm4.q)
0x14f4 225 flag:c = xmm0.q f< xmm4.q | is_unordered.q(xmm0.q, xmm4.q)
0x14f4 226 flag:z = xmm0.q f== xmm4.q | is_unordered.q(xmm0.q, xmm4.q)
0x14f4 227 flag:s = 0
0x14f4 228 flag:o = 0
0x14f4 229 flag:a = 0
0x14f8 230 xmm4 = __xorpd_xmmxuq_memxuq(xmm4, [0x2020].o)
0x1500 231 if (flag:c) then 279 @ 0x16b3 else 282 @ 0x1506
0x13c0 232 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x13c0 233 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x13c0 234 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x13c0 235 flag:s = 0
0x13c0 236 flag:o = 0
0x13c0 237 flag:a = 0
0x13c4 238 if (not(flag:z)) then 285 @ 0x13cc else 296 @ 0x13c6
0x14a6 239 xmm0 = xmm3
0x14aa 240 call(0x1050)
0x14af 241 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x14b3 242 xmm3 = xmm0
0x14b3 243 goto 297 @ 0x14b7
0x1364 244 xmm3 = _mm_sqrt_sd(xmm3.q)
0x1368 245 goto 297 @ 0x14b7
0x15ee 246 xmm0 = zx.o([0x2010].q)
0x15f6 247 xmm3 = _mm_xor_pd(xmm3, xmm0)
0x15fa 248 xmm5 = _mm_unpackhi_pd(xmm5, xmm5.q)
0x15fe 249 xmm3.q = xmm3.q f/ xmm5.q
0x1602 250 xmm0 = zx.o([rsp + 8 {var_b0}].q)
0x1608 251 xmm0.q = xmm0.q f+ xmm0.q
0x160c 252 xmm1.q = xmm1.q f/ xmm0.q
0x1610 253 rdi = 0x205d {"x1=%.5lf+%.5lfi;x2=%.5lf-%.5lfi\n"}
0x1617 254 xmm0 = xmm3
0x161b 255 xmm2 = xmm3
0x161f 256 xmm3 = xmm1
0x1623 257 al = 4
0x1625 258 call(0x1030)
0x162a 259 goto 311 @ 0x1687
0x1564 260 [rsp + 0x20 {var_98_3}].o = xmm3
0x156a 261 call(0x1050)
0x156f 262 xmm3 = [rsp + 0x20 {var_98_3}].o
0x1575 263 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x1579 264 xmm4 = xmm0
0x1579 265 goto 314 @ 0x157d
0x13aa 266 xmm4 = 0
0x13ad 267 xmm4 = _mm_sqrt_sd(xmm0.q)
0x13b1 268 goto 314 @ 0x157d
0x145a 269 [rsp + 0x40 {var_78_1}].q = xmm3.q
0x1460 270 [rsp + 0x50 {var_68}].o = xmm1
0x1466 271 [rsp + 0x60 {var_58[0]}].q = xmm5.q
0x146c 272 call(0x1050)
0x1471 273 xmm5 = zx.o([rsp + 0x60 {var_58[0]}].q)
0x1477 274 xmm1 = [rsp + 0x50 {var_68}].o
0x147d 275 xmm3 = zx.o([rsp + 0x40 {var_78_1}].q)
0x147d 276 goto 328 @ 0x1483
0x1432 277 xmm0 = _mm_sqrt_sd(xmm0.q)
0x1436 278 goto 328 @ 0x1483
0x16b3 279 xmm0 = xmm4
0x16b7 280 call(0x1050)
0x16b7 281 goto 335 @ 0x16bc
0x1506 282 xmm0 = 0
0x1509 283 xmm0 = _mm_sqrt_sd(xmm4.q)
0x150d 284 goto 335 @ 0x16bc
0x13cc 285 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x13d4 286 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x13da 287 xmm3.q = xmm3.q f* xmm3.q
0x13de 288 xmm3.q = xmm3.q f+ xmm1.q
0x13e2 289 flag:p = is_unordered.q(xmm3.q, xmm2.q)
0x13e2 290 flag:c = xmm3.q f< xmm2.q | is_unordered.q(xmm3.q, xmm2.q)
0x13e2 291 flag:z = xmm3.q f== xmm2.q | is_unordered.q(xmm3.q, xmm2.q)
0x13e2 292 flag:s = 0
0x13e2 293 flag:o = 0
0x13e2 294 flag:a = 0
0x13e6 295 if (flag:c) then 341 @ 0x162c else 346 @ 0x13ec
0x13c6 296 if (not(flag:p)) then 223 @ 0x14ec else 285 @ 0x13cc
0x14b7 297 xmm4 = zx.o([rsp + 8 {var_b0}].q)
0x14bd 298 xmm0 = zx.o([rsp + 0x18 {var_a0}].q)
0x14c3 299 xmm1 = xmm4
0x14c7 300 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x14cf 301 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x14d5 302 xmm0.q = xmm0.q f* xmm0.q
0x14d9 303 xmm0.q = xmm0.q f+ xmm1.q
0x14dd 304 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x14dd 305 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x14dd 306 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x14dd 307 flag:s = 0
0x14dd 308 flag:o = 0
0x14dd 309 flag:a = 0
0x14e1 310 if (flag:c) then 348 @ 0x1512 else 355 @ 0x14e3
0x1687 311 cond:0 = ebp s>= [rsp + 0x3c {var_7c}].d
0x168b 312 xmm1 = _mm_xor_pd(xmm1, xmm1)
0x168f 313 if (cond:0) then 12 @ 0x173e else 358 @ 0x1695
0x157d 314 xmm5 = zx.o([rsp + 8 {var_b0}].q)
0x1583 315 xmm0 = zx.o([rsp + 0x18 {var_a0}].q)
0x1589 316 xmm1 = xmm5
0x158d 317 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x1595 318 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x159b 319 xmm0.q = xmm0.q f* xmm0.q
0x159f 320 xmm0.q = xmm0.q f+ xmm1.q
0x15a3 321 flag:p = is_unordered.q(xmm2.q, xmm0.q)
0x15a3 322 flag:c = xmm2.q f< xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x15a3 323 flag:z = xmm2.q f== xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x15a3 324 flag:s = 0
0x15a3 325 flag:o = 0
0x15a3 326 flag:a = 0
0x15a7 327 if (not(flag:z) && not(flag:c)) then 367 @ 0x16da else 374 @ 0x15ad
0x1483 328 xmm2 = [rsp + 0x20 {var_98_2}].o
0x1489 329 xmm3.q = xmm3.q f- xmm2.q
0x148d 330 xmm5.q = xmm5.q f+ xmm5.q
0x1491 331 xmm3.q = xmm3.q f/ xmm5.q
0x1495 332 xmm1 = __xorpd_xmmxuq_memxuq(xmm1, [0x2020].o)
0x149d 333 xmm1.q = xmm1.q f- xmm0.q
0x14a1 334 goto 380 @ 0x1543
0x16bc 335 xmm1 = zx.o([rsp + 8 {var_b0}].q)
0x16c2 336 xmm1.q = xmm1.q f+ xmm1.q
0x16c6 337 xmm0.q = xmm0.q f/ xmm1.q
0x16ca 338 rdi = 0x207e {"x1=-0.00000+%.5lfi;x2=-0.00000-%.5lfi\n"}
0x16d1 339 xmm1 = xmm0
0x16d5 340 goto 386 @ 0x1558
0x162c 341 xmm0 = xmm3
0x1630 342 call(0x1050)
0x1635 343 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x1639 344 xmm3 = xmm0
0x1639 345 goto 389 @ 0x163d
0x13ec 346 xmm3 = _mm_sqrt_sd(xmm3.q)
0x13f0 347 goto 389 @ 0x163d
0x1512 348 [rsp + 0x40 {var_78_1}].q = xmm3.q
0x1518 349 [rsp + 0x20 {var_98_1}].q = xmm4.q
0x151e 350 call(0x1050)
0x1523 351 xmm4 = zx.o([rsp + 0x20 {var_98_1}].q)
0x1529 352 xmm3 = zx.o([rsp + 0x40 {var_78_1}].q)
0x152f 353 xmm1 = xmm0
0x152f 354 goto 403 @ 0x1533
0x14e3 355 xmm1 = 0
0x14e6 356 xmm1 = _mm_sqrt_sd(xmm0.q)
0x14ea 357 goto 403 @ 0x1533
0x1695 358 ebp = ebp + 1
0x1698 359 xmm0 = zx.o([rsp + 8 {var_b0}].q)
0x169e 360 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x169e 361 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x169e 362 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x169e 363 flag:s = 0
0x169e 364 flag:o = 0
0x169e 365 flag:a = 0
0x16a2 366 if (not(flag:z)) then 28 @ 0x11c0 else 407 @ 0x16a8
0x16da 367 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x16da 368 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x16da 369 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x16da 370 flag:s = 0
0x16da 371 flag:o = 0
0x16da 372 flag:a = 0
0x16de 373 if (not(flag:c)) then 374 @ 0x15ad else 408 @ 0x16e4
0x15ad 374 xmm4.q = xmm4.q f- xmm3.q
0x15b1 375 xmm5.q = xmm5.q f+ xmm5.q
0x15b5 376 xmm4.q = xmm4.q f/ xmm5.q
0x15b9 377 rdi = 0x2050 {"x1=x2=%.5lf\n"}
0x15c0 378 xmm0 = xmm4
0x15c4 379 goto 416 @ 0x1680
0x1543 380 xmm0 = zx.o([rsp + 8 {var_b0}].q)
0x1549 381 xmm0.q = xmm0.q f+ xmm0.q
0x154d 382 xmm1.q = xmm1.q f/ xmm0.q
0x1551 383 rdi = r13
0x1554 384 xmm0 = xmm3
0x1554 385 goto 386 @ 0x1558
0x1558 386 al = 2
0x155a 387 call(0x1030)
0x155f 388 goto 311 @ 0x1687
0x163d 389 xmm4 = zx.o([rsp + 8 {var_b0}].q)
0x1643 390 xmm0 = zx.o([rsp + 0x18 {var_a0}].q)
0x1649 391 xmm1 = xmm4
0x164d 392 xmm1.q = xmm1.q f* fconvert.t([0x2008].q)
0x1655 393 xmm1.q = xmm1.q f* fconvert.t([rsp + 0x10 {var_a8}].q)
0x165b 394 xmm0.q = xmm0.q f* xmm0.q
0x165f 395 xmm0.q = xmm0.q f+ xmm1.q
0x1663 396 flag:p = is_unordered.q(xmm2.q, xmm0.q)
0x1663 397 flag:c = xmm2.q f< xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x1663 398 flag:z = xmm2.q f== xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x1663 399 flag:s = 0
0x1663 400 flag:o = 0
0x1663 401 flag:a = 0
0x1667 402 if (not(flag:z) && not(flag:c)) then 419 @ 0x1712 else 426 @ 0x166d
0x1533 403 xmm4.q = xmm4.q f+ xmm4.q
0x1537 404 xmm3.q = xmm3.q f/ xmm4.q
0x153b 405 xmm1 = __xorpd_xmmxuq_memxuq(xmm1, [0x2020].o)
0x153b 406 goto 380 @ 0x1543
0x16a8 407 if (flag:p) then 28 @ 0x11c0 else 431 @ 0x16ae
0x16e4 408 [rsp + 0x20 {var_98_5}].o = xmm3
0x16ea 409 [rsp + 0x40 {var_78_1}].q = xmm4.q
0x16f0 410 [rsp + 0x50 {var_68[0]}].q = xmm5.q
0x16f6 411 call(0x1050)
0x16fb 412 xmm5 = zx.o([rsp + 0x50 {var_68[0]}].q)
0x1701 413 xmm4 = zx.o([rsp + 0x40 {var_78_1}].q)
0x1707 414 xmm3 = [rsp + 0x20 {var_98_5}].o
0x170d 415 goto 374 @ 0x15ad
0x1680 416 al = 1
0x1682 417 call(0x1030)
0x1682 418 goto 311 @ 0x1687
0x1712 419 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x1712 420 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x1712 421 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x1712 422 flag:s = 0
0x1712 423 flag:o = 0
0x1712 424 flag:a = 0
0x1716 425 if (not(flag:c)) then 426 @ 0x166d else 432 @ 0x171c
0x166d 426 xmm4.q = xmm4.q f+ xmm4.q
0x1671 427 xmm3.q = xmm3.q f/ xmm4.q
0x1675 428 rdi = 0x2050 {"x1=x2=%.5lf\n"}
0x167c 429 xmm0 = xmm3
0x167c 430 goto 416 @ 0x1680
0x16ae 431 goto 12 @ 0x173e
0x171c 432 [rsp + 0x40 {var_78_1}].q = xmm3.q
0x1722 433 [rsp + 0x20 {var_98_1}].q = xmm4.q
0x1728 434 call(0x1050)
0x172d 435 xmm4 = zx.o([rsp + 0x20 {var_98_1}].q)
0x1733 436 xmm3 = zx.o([rsp + 0x40 {var_78_1}].q)
0x1739 437 goto 426 @ 0x166d
int64_t _fini():
0x1758 0 rsp = rsp - 8
0x175c 1 rsp = rsp + 8
0x1760 2 <return> jump(pop)
| POJ_27 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH0E"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x30
0x1158 3 [rbp - 4 {var_c}].d = 0
0x115f 4 rdi = 0x2004 {"%d"}
0x1166 5 rsi = rbp - 8 {var_10}
0x116a 6 al = 0
0x116c 7 call(0x1040)
0x1171 8 [rbp - 0xc {var_14}].d = 0
0x1178 9 [rbp - 0x10 {var_18}].d = 0
0x117f 10 [rbp - 0x14 {var_1c}].d = 0
0x1186 11 [rbp - 0x18 {var_20}].d = 0
0x118d 12 [rbp - 0x1c {var_24}].d = 0
0x1194 13 [rbp - 0x20 {var_28}].d = 0
0x1194 14 goto 15 @ 0x119b
0x119b 15 eax = [rbp - 8 {var_10}].d
0x119e 16 ecx = [rbp - 0xc {var_14}].d * 0x64
0x11a2 17 eax = eax - ecx
0x11a7 18 if (eax s< 0x64) then 19 @ 0x11bb else 25 @ 0x11ad
0x11bb 19 eax = [rbp - 8 {var_10}].d
0x11be 20 ecx = [rbp - 0xc {var_14}].d * 0x64
0x11c2 21 eax = eax - ecx
0x11c4 22 ecx = [rbp - 0x10 {var_18}].d * 0x32
0x11c8 23 eax = eax - ecx
0x11cd 24 if (eax s< 0x32) then 29 @ 0x11e1 else 37 @ 0x11d3
0x11ad 25 eax = [rbp - 0xc {var_14}].d
0x11b0 26 eax = eax + 1
0x11b3 27 [rbp - 0xc {var_14}].d = eax
0x11b6 28 goto 41 @ 0x1290
0x11e1 29 eax = [rbp - 8 {var_10}].d
0x11e4 30 ecx = [rbp - 0xc {var_14}].d * 0x64
0x11e8 31 eax = eax - ecx
0x11ea 32 ecx = [rbp - 0x10 {var_18}].d * 0x32
0x11ee 33 eax = eax - ecx
0x11f0 34 ecx = [rbp - 0x14 {var_1c}].d * 0x14
0x11f4 35 eax = eax - ecx
0x11f9 36 if (eax s< 0x14) then 54 @ 0x120d else 64 @ 0x11ff
0x11d3 37 eax = [rbp - 0x10 {var_18}].d
0x11d6 38 eax = eax + 1
0x11d9 39 [rbp - 0x10 {var_18}].d = eax
0x11dc 40 goto 68 @ 0x128b
0x1290 41 eax = [rbp - 8 {var_10}].d
0x1293 42 ecx = [rbp - 0xc {var_14}].d * 0x64
0x1297 43 eax = eax - ecx
0x1299 44 ecx = [rbp - 0x10 {var_18}].d * 0x32
0x129d 45 eax = eax - ecx
0x129f 46 ecx = [rbp - 0x14 {var_1c}].d * 0x14
0x12a3 47 eax = eax - ecx
0x12a5 48 ecx = [rbp - 0x18 {var_20}].d * 0xa
0x12a9 49 eax = eax - ecx
0x12ab 50 ecx = [rbp - 0x1c {var_24}].d * 5
0x12af 51 eax = eax - ecx
0x12b1 52 [rbp - 0x20 {var_28}].d = eax
0x12b4 53 goto 15 @ 0x119b
0x120d 54 eax = [rbp - 8 {var_10}].d
0x1210 55 ecx = [rbp - 0xc {var_14}].d * 0x64
0x1214 56 eax = eax - ecx
0x1216 57 ecx = [rbp - 0x10 {var_18}].d * 0x32
0x121a 58 eax = eax - ecx
0x121c 59 ecx = [rbp - 0x14 {var_1c}].d * 0x14
0x1220 60 eax = eax - ecx
0x1222 61 ecx = [rbp - 0x18 {var_20}].d * 0xa
0x1226 62 eax = eax - ecx
0x122b 63 if (eax s< 0xa) then 69 @ 0x123f else 81 @ 0x1231
0x11ff 64 eax = [rbp - 0x14 {var_1c}].d
0x1202 65 eax = eax + 1
0x1205 66 [rbp - 0x14 {var_1c}].d = eax
0x1208 67 goto 85 @ 0x1286
0x128b 68 goto 41 @ 0x1290
0x123f 69 eax = [rbp - 8 {var_10}].d
0x1242 70 ecx = [rbp - 0xc {var_14}].d * 0x64
0x1246 71 eax = eax - ecx
0x1248 72 ecx = [rbp - 0x10 {var_18}].d * 0x32
0x124c 73 eax = eax - ecx
0x124e 74 ecx = [rbp - 0x14 {var_1c}].d * 0x14
0x1252 75 eax = eax - ecx
0x1254 76 ecx = [rbp - 0x18 {var_20}].d * 0xa
0x1258 77 eax = eax - ecx
0x125a 78 ecx = [rbp - 0x1c {var_24}].d * 5
0x125e 79 eax = eax - ecx
0x1263 80 if (eax s< 5) then 86 @ 0x1277 else 87 @ 0x1269
0x1231 81 eax = [rbp - 0x18 {var_20}].d
0x1234 82 eax = eax + 1
0x1237 83 [rbp - 0x18 {var_20}].d = eax
0x123a 84 goto 91 @ 0x1281
0x1286 85 goto 68 @ 0x128b
0x1277 86 goto 92 @ 0x12b9
0x1269 87 eax = [rbp - 0x1c {var_24}].d
0x126c 88 eax = eax + 1
0x126f 89 [rbp - 0x1c {var_24}].d = eax
0x1272 90 goto 106 @ 0x127c
0x1281 91 goto 85 @ 0x1286
0x12b9 92 esi = [rbp - 0xc {var_14}].d
0x12bc 93 edx = [rbp - 0x10 {var_18}].d
0x12bf 94 ecx = [rbp - 0x14 {var_1c}].d
0x12c2 95 r8d = [rbp - 0x18 {var_20}].d
0x12c6 96 r9d = [rbp - 0x1c {var_24}].d
0x12ca 97 eax = [rbp - 0x20 {var_28}].d
0x12cd 98 rdi = 0x2007 {"%d\n%d\n%d\n%d\n%d\n%d\n"}
0x12d4 99 [rsp {var_38}].d = eax
0x12d7 100 al = 0
0x12d9 101 call(0x1030)
0x12de 102 eax = 0
0x12e0 103 rsp = rsp + 0x30
0x12e4 104 rbp = pop
0x12e5 105 <return> jump(pop)
0x127c 106 goto 91 @ 0x1281
int64_t _fini():
0x12ec 0 rsp = rsp - 8
0x12f0 1 rsp = rsp + 8
0x12f4 2 <return> jump(pop)
| POJ_97 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(rbx)
0x1155 3 rsp = rsp - 0x1c0
0x115c 4 rdi = 0x2018 {"%d"}
0x1163 5 rsi = rsp + 0x1c {var_1bc}
0x1168 6 eax = 0
0x116a 7 call(0x1040)
0x116f 8 eax = [rsp + 0x1c {var_1bc}].d
0x1175 9 if (eax s<= 0) then 10 @ 0x1267 else 15 @ 0x117b
0x1267 10 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x126b 11 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x126f 12 xmm3 = _mm_xor_pd(xmm3, xmm3)
0x1273 13 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x1273 14 goto 23 @ 0x1277
0x117b 15 xmm2 = _mm_xor_pd(xmm2, xmm2)
0x117f 16 rbx = rsp + 0x30 {var_1a8}
0x1184 17 r14 = 0x2018 {"%d"}
0x118b 18 r15d = 0
0x118e 19 xmm3 = _mm_xor_pd(xmm3, xmm3)
0x1192 20 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x1196 21 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x119a 22 goto 57 @ 0x11d6
0x1277 23 xmm5 = zx.o([0x2010].q)
0x127f 24 xmm1.q = float.d(eax)
0x1283 25 xmm0.q = xmm0.q f* xmm5.q
0x1287 26 xmm0.q = xmm0.q f/ xmm1.q
0x128b 27 xmm4.q = xmm4.q f* xmm5.q
0x128f 28 xmm4.q = xmm4.q f/ xmm1.q
0x1293 29 [rsp + 0x20 {var_1b8_2}].q = xmm4.q
0x1299 30 xmm3.q = xmm3.q f* xmm5.q
0x129d 31 xmm3.q = xmm3.q f/ xmm1.q
0x12a1 32 [rsp + 8 {var_1d0_2}].q = xmm3.q
0x12a7 33 xmm2.q = xmm2.q f* xmm5.q
0x12ab 34 xmm2.q = xmm2.q f/ xmm1.q
0x12af 35 [rsp + 0x10 {var_1c8_2}].q = xmm2.q
0x12b5 36 rdi = 0x201b {"1-18: %.2lf%%\n"}
0x12bc 37 al = 1
0x12be 38 call(0x1030)
0x12c3 39 rdi = 0x202a {"19-35: %.2lf%%\n"}
0x12ca 40 xmm0 = zx.o([rsp + 0x20 {var_1b8_2}].q)
0x12d0 41 al = 1
0x12d2 42 call(0x1030)
0x12d7 43 rdi = 0x203a {"36-60: %.2lf%%\n"}
0x12de 44 xmm0 = zx.o([rsp + 8 {var_1d0_2}].q)
0x12e4 45 al = 1
0x12e6 46 call(0x1030)
0x12eb 47 rdi = 0x204a {"60??: %.2lf%%\n"}
0x12f2 48 xmm0 = zx.o([rsp + 0x10 {var_1c8_2}].q)
0x12f8 49 al = 1
0x12fa 50 call(0x1030)
0x12ff 51 eax = 0
0x1301 52 rsp = rsp + 0x1c0
0x1308 53 rbx = pop
0x1309 54 r14 = pop
0x130b 55 r15 = pop
0x130d 56 <return> jump(pop)
0x11d6 57 [rsp + 0x28 {var_1b0_1}].q = xmm0.q
0x11dc 58 [rsp + 0x20 {var_1b8_1}].q = xmm4.q
0x11e2 59 [rsp + 8 {var_1d0_1}].q = xmm3.q
0x11e8 60 [rsp + 0x10 {var_1c8_1}].q = xmm2.q
0x11ee 61 rdi = r14
0x11f1 62 rsi = rbx
0x11f4 63 eax = 0
0x11f6 64 call(0x1040)
0x11fb 65 eax = [rbx].d
0x1200 66 if (eax s<= 0x12) then 67 @ 0x11a0 else 73 @ 0x1202
0x11a0 67 xmm0 = zx.o([rsp + 0x28 {var_1b0_1}].q)
0x11a6 68 xmm0.q = xmm0.q f+ fconvert.t([0x2008].q)
0x11ae 69 xmm2 = zx.o([rsp + 0x10 {var_1c8_1}].q)
0x11b4 70 xmm3 = zx.o([rsp + 8 {var_1d0_1}].q)
0x11ba 71 xmm4 = zx.o([rsp + 0x20 {var_1b8_1}].q)
0x11ba 72 goto 77 @ 0x11c0
0x1202 73 cond:0 = eax u> 0x23
0x1205 74 xmm4 = zx.o([rsp + 0x20 {var_1b8_1}].q)
0x120b 75 xmm0 = zx.o([rsp + 0x28 {var_1b0_1}].q)
0x1211 76 if (cond:0) then 81 @ 0x1233 else 82 @ 0x1213
0x11c0 77 r15 = r15 + 1
0x11c4 78 rax = sx.q([rsp + 0x1c {var_1bc}].d)
0x11c9 79 rbx = rbx + 4
0x11d0 80 if (r15 s>= rax) then 23 @ 0x1277 else 57 @ 0x11d6
0x1233 81 if (eax u> 0x3c) then 85 @ 0x124e else 88 @ 0x1235
0x1213 82 xmm4.q = xmm4.q f+ fconvert.t([0x2008].q)
0x121b 83 xmm2 = zx.o([rsp + 0x10 {var_1c8_1}].q)
0x1221 84 goto 92 @ 0x125c
0x124e 85 xmm2 = zx.o([rsp + 0x10 {var_1c8_1}].q)
0x1254 86 xmm2.q = xmm2.q f+ fconvert.t([0x2008].q)
0x1254 87 goto 92 @ 0x125c
0x1235 88 xmm3 = zx.o([rsp + 8 {var_1d0_1}].q)
0x123b 89 xmm3.q = xmm3.q f+ fconvert.t([0x2008].q)
0x1243 90 xmm2 = zx.o([rsp + 0x10 {var_1c8_1}].q)
0x1249 91 goto 77 @ 0x11c0
0x125c 92 xmm3 = zx.o([rsp + 8 {var_1d0_1}].q)
0x1262 93 goto 77 @ 0x11c0
int64_t _fini():
0x1314 0 rsp = rsp - 8
0x1318 1 rsp = rsp + 8
0x131c 2 <return> jump(pop)
| POJ_99 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x90
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 rdi = 0x2004 {"%d"}
0x1169 5 rsi = rbp - 0xc {var_14}
0x116d 6 al = 0
0x116f 7 call(0x1040)
0x1174 8 [rbp - 8 {var_10}].d = 0
0x1174 9 goto 10 @ 0x117b
0x117b 10 eax = [rbp - 8 {var_10}].d
0x1181 11 if (eax s>= [rbp - 0xc {var_14}].d) then 12 @ 0x11b5 else 14 @ 0x1187
0x11b5 12 [rbp - 8 {var_10_1}].d = 0
0x11b5 13 goto 25 @ 0x11bc
0x1187 14 rax = sx.q([rbp - 8 {var_10}].d)
0x118b 15 rsi = rbp - 0x90 {var_98}
0x1192 16 rax = rax << 2
0x1196 17 rsi = rsi + rax
0x1199 18 rdi = 0x2004 {"%d"}
0x11a0 19 al = 0
0x11a2 20 call(0x1040)
0x11a7 21 eax = [rbp - 8 {var_10}].d
0x11aa 22 eax = eax + 1
0x11ad 23 [rbp - 8 {var_10}].d = eax
0x11b0 24 goto 10 @ 0x117b
0x11bc 25 eax = [rbp - 8 {var_10_1}].d
0x11c2 26 if (eax s>= [rbp - 0xc {var_14}].d) then 27 @ 0x11f6 else 31 @ 0x11c8
0x11f6 27 eax = 0
0x11f8 28 rsp = rsp + 0x90
0x11ff 29 rbp = pop
0x1200 30 <return> jump(pop)
0x11c8 31 rax = sx.q([rbp - 8 {var_10_1}].d)
0x11cc 32 edi = [rbp + (rax << 2) - 0x90].d
0x11d3 33 call(0x1210)
0x11d8 34 esi = eax
0x11da 35 rdi = 0x2007 {"%d\n"}
0x11e1 36 al = 0
0x11e3 37 call(0x1030)
0x11e8 38 eax = [rbp - 8 {var_10_1}].d
0x11eb 39 eax = eax + 1
0x11ee 40 [rbp - 8 {var_10_1}].d = eax
0x11f1 41 goto 25 @ 0x11bc
uint64_t Fibonacci(int32_t arg1):
0x1210 0 push(rbp)
0x1211 1 rbp = rsp {__saved_rbp}
0x1214 2 [rbp - 4 {var_c}].d = edi
0x1217 3 [rbp - 0xc {var_14}].d = 1
0x121e 4 [rbp - 0x10 {var_18}].d = 1
0x1229 5 if ([rbp - 4 {var_c}].d != 1) then 6 @ 0x123e else 7 @ 0x122f
0x123e 6 if ([rbp - 4 {var_c}].d != 2) then 10 @ 0x1253 else 11 @ 0x1244
0x122f 7 eax = [rbp - 0xc {var_14}].d
0x1232 8 [rbp - 0x18 {var_20}].d = eax
0x1235 9 goto 14 @ 0x129f
0x1253 10 if ([rbp - 4 {var_c}].d s<= 2) then 17 @ 0x1295 else 18 @ 0x1259
0x1244 11 eax = [rbp - 0x10 {var_18}].d
0x1247 12 [rbp - 0x18 {var_20}].d = eax
0x124a 13 goto 20 @ 0x129a
0x129f 14 eax = [rbp - 0x18 {var_20}].d
0x12a2 15 rbp = pop
0x12a3 16 <return> jump(pop)
0x1295 17 goto 20 @ 0x129a
0x1259 18 [rbp - 8 {var_10_1}].d = 3
0x1259 19 goto 21 @ 0x1260
0x129a 20 goto 14 @ 0x129f
0x1260 21 eax = [rbp - 8 {var_10_1}].d
0x1266 22 if (eax s> [rbp - 4 {var_c}].d) then 23 @ 0x128f else 26 @ 0x126c
0x128f 23 eax = [rbp - 0x10 {var_18}].d
0x1292 24 [rbp - 0x18 {var_20}].d = eax
0x1292 25 goto 17 @ 0x1295
0x126c 26 eax = [rbp - 0xc {var_14}].d
0x126f 27 eax = eax + [rbp - 0x10 {var_18}].d
0x1272 28 [rbp - 0x14 {var_1c_1}].d = eax
0x1275 29 eax = [rbp - 0x10 {var_18}].d
0x1278 30 [rbp - 0xc {var_14}].d = eax
0x127b 31 eax = [rbp - 0x14 {var_1c_1}].d
0x127e 32 [rbp - 0x10 {var_18}].d = eax
0x1281 33 eax = [rbp - 8 {var_10_1}].d
0x1284 34 eax = eax + 1
0x1287 35 [rbp - 8 {var_10_1}].d = eax
0x128a 36 goto 21 @ 0x1260
int64_t _fini():
0x12a8 0 rsp = rsp - 8
0x12ac 1 rsp = rsp + 8
0x12b0 2 <return> jump(pop)
| POJ_61 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void qsort(void* b, uint64_t n, uint64_t s, __compar_fn_t cmp):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1190 {"UHH` "}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
uint64_t compare(int32_t* arg1, int32_t* arg2):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 [rbp - 8 {var_10}].q = rdi
0x1168 3 [rbp - 0x10 {var_18}].q = rsi
0x116c 4 rax = [rbp - 8 {var_10}].q
0x1170 5 [rbp - 0x18 {var_20}].q = rax
0x1174 6 rax = [rbp - 0x10 {var_18}].q
0x1178 7 [rbp - 0x20 {var_28}].q = rax
0x117c 8 rax = [rbp - 0x20 {var_28}].q
0x1180 9 eax = [rax].d
0x1182 10 rcx = [rbp - 0x18 {var_20}].q
0x1186 11 eax = eax - [rcx].d
0x1188 12 rbp = pop
0x1189 13 <return> jump(pop)
int32_t main(int32_t argc, char** argv, char** envp):
0x1190 0 push(rbp)
0x1191 1 rbp = rsp {__saved_rbp}
0x1194 2 rsp = rsp - 0x1f60
0x119b 3 [rbp - 4 {var_c}].d = 0
0x119b 4 goto 5 @ 0x11a2
0x11a2 5 [rbp - 8 {var_10_1}].d = 0
0x11a9 6 rdi = 0x2004 {"%d"}
0x11b0 7 rsi = rbp - 0x18 {var_20}
0x11b4 8 al = 0
0x11b6 9 call(0x1040)
0x11bf 10 if ([rbp - 0x18 {var_20}].d != 0) then 11 @ 0x11ca else 13 @ 0x11c5
0x11ca 11 [rbp - 0xc {var_14_1}].d = 0
0x11ca 12 goto 14 @ 0x11d1
0x11c5 13 goto 16 @ 0x1446
0x11d1 14 eax = [rbp - 0xc {var_14_1}].d
0x11d7 15 if (eax s>= [rbp - 0x18 {var_20}].d) then 20 @ 0x120b else 22 @ 0x11dd
0x1446 16 eax = [rbp - 4 {var_c}].d
0x1449 17 rsp = rsp + 0x1f60
0x1450 18 rbp = pop
0x1451 19 <return> jump(pop)
0x120b 20 [rbp - 0xc {var_14_2}].d = 0
0x120b 21 goto 33 @ 0x1212
0x11dd 22 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11e1 23 rsi = rbp - 0xfc0 {var_fc8}
0x11e8 24 rax = rax << 2
0x11ec 25 rsi = rsi + rax
0x11ef 26 rdi = 0x2004 {"%d"}
0x11f6 27 al = 0
0x11f8 28 call(0x1040)
0x11fd 29 eax = [rbp - 0xc {var_14_1}].d
0x1200 30 eax = eax + 1
0x1203 31 [rbp - 0xc {var_14_1}].d = eax
0x1206 32 goto 14 @ 0x11d1
0x1212 33 eax = [rbp - 0xc {var_14_2}].d
0x1218 34 if (eax s>= [rbp - 0x18 {var_20}].d) then 35 @ 0x124c else 49 @ 0x121e
0x124c 35 rdi = rbp - 0xfc0 {var_fc8}
0x1253 36 esi = [rbp - 0x18 {var_20}].d
0x1256 37 edx = 4
0x125b 38 rcx = 0x1160 {"UHH}HuHEHEHEHEHE"}
0x1262 39 al = 0
0x1264 40 call(0x1050)
0x1269 41 rdi = rbp - 0x1f60 {var_1f68}
0x1270 42 esi = [rbp - 0x18 {var_20}].d
0x1273 43 edx = 4
0x1278 44 rcx = 0x1160 {"UHH}HuHEHEHEHEHE"}
0x127f 45 al = 0
0x1281 46 call(0x1050)
0x1286 47 [rbp - 0xc {var_14_3}].d = 0
0x1286 48 goto 60 @ 0x128d
0x121e 49 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1222 50 rsi = rbp - 0x1f60 {var_1f68}
0x1229 51 rax = rax << 2
0x122d 52 rsi = rsi + rax
0x1230 53 rdi = 0x2004 {"%d"}
0x1237 54 al = 0
0x1239 55 call(0x1040)
0x123e 56 eax = [rbp - 0xc {var_14_2}].d
0x1241 57 eax = eax + 1
0x1244 58 [rbp - 0xc {var_14_2}].d = eax
0x1247 59 goto 33 @ 0x1212
0x128d 60 eax = [rbp - 0xc {var_14_3}].d
0x1293 61 if (eax s>= [rbp - 0x18 {var_20}].d) then 62 @ 0x142c else 67 @ 0x1299
0x142c 62 esi = [rbp - 8 {var_10_1}].d * 0xc8
0x1433 63 rdi = 0x2007 {"%d\n"}
0x143a 64 al = 0
0x143c 65 call(0x1030)
0x1441 66 goto 5 @ 0x11a2
0x1299 67 rax = sx.q([rbp - 0xc {var_14_3}].d)
0x129d 68 eax = [rbp + (rax << 2) - 0xfc0].d
0x12a4 69 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x12af 70 if (eax s<= [rbp + (rcx << 2) - 0x1f60].d) then 71 @ 0x12be else 75 @ 0x12b5
0x12be 71 rax = sx.q([rbp - 0xc {var_14_3}].d)
0x12c2 72 eax = [rbp + (rax << 2) - 0xfc0].d
0x12c9 73 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x12d4 74 if (eax s< [rbp + (rcx << 2) - 0x1f60].d) then 79 @ 0x12f6 else 83 @ 0x12da
0x12b5 75 eax = [rbp - 8 {var_10_1}].d
0x12b8 76 eax = eax + 1
0x12bb 77 [rbp - 8 {var_10_1}].d = eax
0x12bb 78 goto 71 @ 0x12be
0x12f6 79 eax = [rbp - 0x18 {var_20}].d
0x12f9 80 eax = eax - 1
0x12fc 81 [rbp - 0x10 {var_18_1}].d = eax
0x12fc 82 goto 87 @ 0x1303
0x12da 83 rax = sx.q([rbp - 0xc {var_14_3}].d)
0x12de 84 eax = [rbp + (rax << 2) - 0xfc0].d
0x12e5 85 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x12f0 86 if (eax != [rbp + (rcx << 2) - 0x1f60].d) then 88 @ 0x1419 else 79 @ 0x12f6
0x1303 87 if ([rbp - 0x10 {var_18_1}].d s< 0) then 89 @ 0x1410 else 93 @ 0x1309
0x1419 88 goto 97 @ 0x141e
0x1410 89 eax = [rbp - 0xc {var_14_3}].d
0x1413 90 eax = eax - 1
0x1416 91 [rbp - 0xc {var_14_3}].d = eax
0x1416 92 goto 88 @ 0x1419
0x1309 93 rax = sx.q([rbp - 0x10 {var_18_1}].d)
0x130d 94 eax = [rbp + (rax << 2) - 0xfc0].d
0x1314 95 rcx = sx.q([rbp - 0x10 {var_18_1}].d)
0x131f 96 if (eax s<= [rbp + (rcx << 2) - 0x1f60].d) then 101 @ 0x132e else 105 @ 0x1325
0x141e 97 eax = [rbp - 0xc {var_14_3}].d
0x1421 98 eax = eax + 1
0x1424 99 [rbp - 0xc {var_14_3}].d = eax
0x1427 100 goto 60 @ 0x128d
0x132e 101 rax = sx.q([rbp - 0x10 {var_18_1}].d)
0x1332 102 eax = [rbp + (rax << 2) - 0xfc0].d
0x1339 103 rcx = sx.q([rbp - 0x10 {var_18_1}].d)
0x1344 104 if (eax s< [rbp + (rcx << 2) - 0x1f60].d) then 109 @ 0x1366 else 113 @ 0x134a
0x1325 105 eax = [rbp - 8 {var_10_1}].d
0x1328 106 eax = eax + 1
0x132b 107 [rbp - 8 {var_10_1}].d = eax
0x132b 108 goto 101 @ 0x132e
0x1366 109 eax = [rbp - 0x10 {var_18_1}].d
0x1369 110 [rbp - 0x18 {var_20}].d = eax
0x136c 111 eax = [rbp - 0xc {var_14_3}].d
0x1372 112 if (eax != [rbp - 0x10 {var_18_1}].d) then 117 @ 0x1399 else 120 @ 0x1378
0x134a 113 rax = sx.q([rbp - 0x10 {var_18_1}].d)
0x134e 114 eax = [rbp + (rax << 2) - 0xfc0].d
0x1355 115 rcx = sx.q([rbp - 0x10 {var_18_1}].d)
0x1360 116 if (eax != [rbp + (rcx << 2) - 0x1f60].d) then 124 @ 0x13fd else 109 @ 0x1366
0x1399 117 eax = [rbp - 0xc {var_14_3}].d
0x139c 118 [rbp - 0x14 {var_1c_1}].d = eax
0x139c 119 goto 125 @ 0x139f
0x1378 120 rax = sx.q([rbp - 0xc {var_14_3}].d)
0x137c 121 eax = [rbp + (rax << 2) - 0xfc0].d
0x1383 122 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x138e 123 if (eax != [rbp + (rcx << 2) - 0x1f60].d) then 117 @ 0x1399 else 127 @ 0x1394
0x13fd 124 goto 128 @ 0x1402
0x139f 125 eax = [rbp - 0x14 {var_1c_1}].d
0x13a5 126 if (eax s>= [rbp - 0x18 {var_20}].d) then 132 @ 0x13d3 else 136 @ 0x13ab
0x1394 127 goto 89 @ 0x1410
0x1402 128 eax = [rbp - 0x10 {var_18_1}].d
0x1405 129 eax = eax - 1
0x1408 130 [rbp - 0x10 {var_18_1}].d = eax
0x140b 131 goto 87 @ 0x1303
0x13d3 132 rax = sx.q([rbp - 0x10 {var_18_1}].d)
0x13d7 133 eax = [rbp + (rax << 2) - 0xfc0].d
0x13de 134 rcx = sx.q([rbp - 0xc {var_14_3}].d)
0x13e9 135 if (eax s>= [rbp + (rcx << 2) - 0x1f60].d) then 146 @ 0x13f8 else 147 @ 0x13ef
0x13ab 136 eax = [rbp - 0x14 {var_1c_1}].d
0x13ae 137 eax = eax + 1
0x13b1 138 rax = sx.q(eax)
0x13b3 139 ecx = [rbp + (rax << 2) - 0x1f60].d
0x13ba 140 rax = sx.q([rbp - 0x14 {var_1c_1}].d)
0x13be 141 [rbp + (rax << 2) - 0x1f60].d = ecx
0x13c5 142 eax = [rbp - 0x14 {var_1c_1}].d
0x13c8 143 eax = eax + 1
0x13cb 144 [rbp - 0x14 {var_1c_1}].d = eax
0x13ce 145 goto 125 @ 0x139f
0x13f8 146 goto 89 @ 0x1410
0x13ef 147 eax = [rbp - 8 {var_10_1}].d
0x13f2 148 eax = eax - 1
0x13f5 149 [rbp - 8 {var_10_1}].d = eax
0x13f5 150 goto 146 @ 0x13f8
int64_t _fini():
0x1458 0 rsp = rsp - 8
0x145c 1 rsp = rsp + 8
0x1460 2 <return> jump(pop)
| POJ_92 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* strcpy(char* arg1, char const* arg2):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UHH8"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 rsp = rsp - 0x138b0
0x116b 3 [rbp - 4 {var_c}].d = 0
0x1172 4 [rbp - 0x1389c {var_138a4}].d = 0
0x117c 5 rdi = 0x2004 {"%d"}
0x1183 6 rsi = rbp - 0x13894 {var_1389c}
0x118a 7 al = 0
0x118c 8 call(0x1050)
0x1191 9 [rbp - 0x138a0 {var_138a8}].d = 1
0x1191 10 goto 11 @ 0x119b
0x119b 11 eax = [rbp - 0x138a0 {var_138a8}].d
0x11a7 12 if (eax s> [rbp - 0x13894 {var_1389c}].d) then 13 @ 0x11e7 else 15 @ 0x11ad
0x11e7 13 [rbp - 0x138a0 {var_138a8_1}].d = 1
0x11e7 14 goto 26 @ 0x11f1
0x11ad 15 rax = sx.q([rbp - 0x138a0 {var_138a8}].d)
0x11b4 16 rsi = rbp - 0x9c50 {var_9c58}
0x11bb 17 rax = rax * 0xc8
0x11c2 18 rsi = rsi + rax
0x11c5 19 rdi = 0x2007 {"%s"}
0x11cc 20 al = 0
0x11ce 21 call(0x1050)
0x11d3 22 eax = [rbp - 0x138a0 {var_138a8}].d
0x11d9 23 eax = eax + 1
0x11dc 24 [rbp - 0x138a0 {var_138a8}].d = eax
0x11e2 25 goto 11 @ 0x119b
0x11f1 26 eax = [rbp - 0x138a0 {var_138a8_1}].d
0x11fd 27 if (eax s> [rbp - 0x13894 {var_1389c}].d) then 28 @ 0x124c else 36 @ 0x1203
0x124c 28 rdi = 0x2004 {"%d"}
0x1253 29 rsi = rbp - 0x13898 {var_138a0}
0x125a 30 al = 0
0x125c 31 call(0x1050)
0x1261 32 eax = [rbp - 0x13898 {var_138a0}].d
0x1267 33 eax = eax - 1
0x126a 34 [rbp - 0x13898 {var_138a0}].d = eax
0x126a 35 goto 49 @ 0x1277
0x1203 36 rax = sx.q([rbp - 0x138a0 {var_138a8_1}].d)
0x120a 37 rdi = rbp - 0x13890 {var_13898}
0x1211 38 rax = rax * 0xc8
0x1218 39 rdi = rdi + rax
0x121b 40 rax = sx.q([rbp - 0x138a0 {var_138a8_1}].d)
0x1222 41 rsi = rbp - 0x9c50 {var_9c58}
0x1229 42 rax = rax * 0xc8
0x1230 43 rsi = rsi + rax
0x1233 44 call(0x1040)
0x1238 45 eax = [rbp - 0x138a0 {var_138a8_1}].d
0x123e 46 eax = eax + 1
0x1241 47 [rbp - 0x138a0 {var_138a8_1}].d = eax
0x1247 48 goto 26 @ 0x11f1
0x1277 49 if ([rbp - 0x13898 {var_138a0}].d == 0) then 50 @ 0x1533 else 52 @ 0x127d
0x1533 50 [rbp - 0x138a0 {var_138a8_4}].d = 1
0x1533 51 goto 54 @ 0x153d
0x127d 52 [rbp - 0x138a0 {var_138a8_2}].d = 1
0x127d 53 goto 56 @ 0x1287
0x153d 54 eax = [rbp - 0x138a0 {var_138a8_4}].d
0x1549 55 if (eax s> [rbp - 0x13894 {var_1389c}].d) then 58 @ 0x15d8 else 66 @ 0x154f
0x1287 56 eax = [rbp - 0x138a0 {var_138a8_2}].d
0x1293 57 if (eax s> [rbp - 0x13894 {var_1389c}].d) then 68 @ 0x14ba else 70 @ 0x1299
0x15d8 58 esi = [rbp - 0x1389c {var_138a4}].d
0x15de 59 rdi = 0x2004 {"%d"}
0x15e5 60 al = 0
0x15e7 61 call(0x1030)
0x15ec 62 eax = 0
0x15ee 63 rsp = rsp + 0x138b0
0x15f5 64 rbp = pop
0x15f6 65 <return> jump(pop)
0x154f 66 [rbp - 0x138a4 {var_138ac_3}].d = 0
0x154f 67 goto 77 @ 0x1559
0x14ba 68 [rbp - 0x138a0 {var_138a8_3}].d = 1
0x14ba 69 goto 79 @ 0x14c4
0x1299 70 [rbp - 0x138a4 {var_138ac_1}].d = 0
0x12a3 71 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x12aa 72 rax = rbp - 0x9c50 {var_9c58}
0x12b1 73 rcx = rcx * 0xc8
0x12b8 74 rax = rax + rcx
0x12bb 75 eax = sx.d([rax + 1].b)
0x12c2 76 if (eax == 0x40) then 81 @ 0x131a else 87 @ 0x12c8
0x1559 77 eax = [rbp - 0x138a4 {var_138ac_3}].d
0x1565 78 if (eax s>= [rbp - 0x13894 {var_1389c}].d) then 95 @ 0x15bf else 96 @ 0x156b
0x14c4 79 eax = [rbp - 0x138a0 {var_138a8_3}].d
0x14d0 80 if (eax s> [rbp - 0x13894 {var_1389c}].d) then 103 @ 0x151f else 107 @ 0x14d6
0x131a 81 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x1321 82 rax = rbp - 0x9c50 {var_9c58}
0x1328 83 rcx = rcx * 0xc8
0x132f 84 rax = rax + rcx
0x1332 85 eax = sx.d([rax].b)
0x1338 86 if (eax != 0x2e) then 120 @ 0x1359 else 122 @ 0x133e
0x12c8 87 eax = [rbp - 0x138a0 {var_138a8_2}].d
0x12ce 88 eax = eax - 1
0x12d1 89 rcx = sx.q(eax)
0x12d4 90 rax = rbp - 0x9c50 {var_9c58}
0x12db 91 rcx = rcx * 0xc8
0x12e2 92 rax = rax + rcx
0x12e5 93 eax = sx.d([rax].b)
0x12eb 94 if (eax == 0x40) then 81 @ 0x131a else 128 @ 0x12f1
0x15bf 95 goto 136 @ 0x15c4
0x156b 96 rcx = sx.q([rbp - 0x138a0 {var_138a8_4}].d)
0x1572 97 rax = rbp - 0x9c50 {var_9c58}
0x1579 98 rcx = rcx * 0xc8
0x1580 99 rax = rax + rcx
0x1583 100 rcx = sx.q([rbp - 0x138a4 {var_138ac_3}].d)
0x158a 101 eax = sx.d([rax + rcx].b)
0x1591 102 if (eax != 0x40) then 140 @ 0x15a6 else 141 @ 0x1597
0x151f 103 eax = [rbp - 0x13898 {var_138a0}].d
0x1525 104 eax = eax - 1
0x1528 105 [rbp - 0x13898 {var_138a0}].d = eax
0x152e 106 goto 49 @ 0x1277
0x14d6 107 rax = sx.q([rbp - 0x138a0 {var_138a8_3}].d)
0x14dd 108 rdi = rbp - 0x9c50 {var_9c58}
0x14e4 109 rax = rax * 0xc8
0x14eb 110 rdi = rdi + rax
0x14ee 111 rax = sx.q([rbp - 0x138a0 {var_138a8_3}].d)
0x14f5 112 rsi = rbp - 0x13890 {var_13898}
0x14fc 113 rax = rax * 0xc8
0x1503 114 rsi = rsi + rax
0x1506 115 call(0x1040)
0x150b 116 eax = [rbp - 0x138a0 {var_138a8_3}].d
0x1511 117 eax = eax + 1
0x1514 118 [rbp - 0x138a0 {var_138a8_3}].d = eax
0x151a 119 goto 79 @ 0x14c4
0x1359 120 [rbp - 0x138a4 {var_138ac_2}].d = 1
0x1359 121 goto 145 @ 0x1363
0x133e 122 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x1345 123 rax = rbp - 0x13890 {var_13898}
0x134c 124 rcx = rcx * 0xc8
0x1353 125 rax = rax + rcx
0x1356 126 [rax].b = 0x40 {""}
0x1356 127 goto 120 @ 0x1359
0x12f1 128 eax = [rbp - 0x138a0 {var_138a8_2}].d
0x12f7 129 eax = eax + 1
0x12fa 130 rcx = sx.q(eax)
0x12fd 131 rax = rbp - 0x9c50 {var_9c58}
0x1304 132 rcx = rcx * 0xc8
0x130b 133 rax = rax + rcx
0x130e 134 eax = sx.d([rax].b)
0x1314 135 if (eax != 0x40) then 120 @ 0x1359 else 81 @ 0x131a
0x15c4 136 eax = [rbp - 0x138a0 {var_138a8_4}].d
0x15ca 137 eax = eax + 1
0x15cd 138 [rbp - 0x138a0 {var_138a8_4}].d = eax
0x15d3 139 goto 54 @ 0x153d
0x15a6 140 goto 147 @ 0x15ab
0x1597 141 eax = [rbp - 0x1389c {var_138a4}].d
0x159d 142 eax = eax + 1
0x15a0 143 [rbp - 0x1389c {var_138a4}].d = eax
0x15a0 144 goto 140 @ 0x15a6
0x1363 145 eax = [rbp - 0x138a4 {var_138ac_2}].d
0x136f 146 if (eax s>= [rbp - 0x13894 {var_1389c}].d) then 151 @ 0x14a1 else 152 @ 0x1375
0x15ab 147 eax = [rbp - 0x138a4 {var_138ac_3}].d
0x15b1 148 eax = eax + 1
0x15b4 149 [rbp - 0x138a4 {var_138ac_3}].d = eax
0x15ba 150 goto 77 @ 0x1559
0x14a1 151 goto 161 @ 0x14a6
0x1375 152 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x137c 153 rax = rbp - 0x9c50 {var_9c58}
0x1383 154 rcx = rcx * 0xc8
0x138a 155 rax = rax + rcx
0x138d 156 ecx = [rbp - 0x138a4 {var_138ac_2}].d
0x1393 157 ecx = ecx + 1
0x1396 158 rcx = sx.q(ecx)
0x1399 159 eax = sx.d([rax + rcx].b)
0x13a0 160 if (eax == 0x40) then 165 @ 0x1439 else 172 @ 0x13a6
0x14a6 161 eax = [rbp - 0x138a0 {var_138a8_2}].d
0x14ac 162 eax = eax + 1
0x14af 163 [rbp - 0x138a0 {var_138a8_2}].d = eax
0x14b5 164 goto 56 @ 0x1287
0x1439 165 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x1440 166 rax = rbp - 0x9c50 {var_9c58}
0x1447 167 rcx = rcx * 0xc8
0x144e 168 rax = rax + rcx
0x1451 169 rcx = sx.q([rbp - 0x138a4 {var_138ac_2}].d)
0x1458 170 eax = sx.d([rax + rcx].b)
0x145f 171 if (eax != 0x2e) then 181 @ 0x1488 else 182 @ 0x1465
0x13a6 172 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x13ad 173 rax = rbp - 0x9c50 {var_9c58}
0x13b4 174 rcx = rcx * 0xc8
0x13bb 175 rax = rax + rcx
0x13be 176 ecx = [rbp - 0x138a4 {var_138ac_2}].d
0x13c4 177 ecx = ecx - 1
0x13c7 178 rcx = sx.q(ecx)
0x13ca 179 eax = sx.d([rax + rcx].b)
0x13d1 180 if (eax == 0x40) then 165 @ 0x1439 else 189 @ 0x13d7
0x1488 181 goto 198 @ 0x148d
0x1465 182 rcx = sx.q([rbp - 0x138a0 {var_138a8_2}].d)
0x146c 183 rax = rbp - 0x13890 {var_13898}
0x1473 184 rcx = rcx * 0xc8
0x147a 185 rax = rax + rcx
0x147d 186 rcx = sx.q([rbp - 0x138a4 {var_138ac_2}].d)
0x1484 187 [rax + rcx].b = 0x40 {""}
0x1484 188 goto 181 @ 0x1488
0x13d7 189 eax = [rbp - 0x138a0 {var_138a8_2}].d
0x13dd 190 eax = eax - 1
0x13e0 191 rcx = sx.q(eax)
0x13e3 192 rax = rbp - 0x9c50 {var_9c58}
0x13ea 193 rcx = rcx * 0xc8
0x13f1 194 rax = rax + rcx
0x13f4 195 rcx = sx.q([rbp - 0x138a4 {var_138ac_2}].d)
0x13fb 196 eax = sx.d([rax + rcx].b)
0x1402 197 if (eax == 0x40) then 165 @ 0x1439 else 202 @ 0x1408
0x148d 198 eax = [rbp - 0x138a4 {var_138ac_2}].d
0x1493 199 eax = eax + 1
0x1496 200 [rbp - 0x138a4 {var_138ac_2}].d = eax
0x149c 201 goto 145 @ 0x1363
0x1408 202 eax = [rbp - 0x138a0 {var_138a8_2}].d
0x140e 203 eax = eax + 1
0x1411 204 rcx = sx.q(eax)
0x1414 205 rax = rbp - 0x9c50 {var_9c58}
0x141b 206 rcx = rcx * 0xc8
0x1422 207 rax = rax + rcx
0x1425 208 rcx = sx.q([rbp - 0x138a4 {var_138ac_2}].d)
0x142c 209 eax = sx.d([rax + rcx].b)
0x1433 210 if (eax != 0x40) then 181 @ 0x1488 else 165 @ 0x1439
int64_t _fini():
0x15fc 0 rsp = rsp - 8
0x1600 1 rsp = rsp + 8
0x1604 2 <return> jump(pop)
| POJ_59 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
char* gets(char* buf):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t putchar(int32_t c):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"SH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbx)
0x1151 1 rsp = rsp - 0xa0
0x1158 2 ebx = 0
0x115a 3 rdi = rsp + 0x50 {var_58}
0x115f 4 eax = 0
0x1161 5 call(0x1030)
0x1166 6 rdi = rsp {var_a8}
0x1169 7 eax = 0
0x116b 8 call(0x1030)
0x116b 9 goto 10 @ 0x1170
0x1170 10 eax = zx.d([rsp + rbx + 0x50].b)
0x1175 11 ecx = (rax - 0x41).d
0x117b 12 if (cl u> 0x19) then 13 @ 0x1183 else 16 @ 0x117d
0x1183 13 ecx = zx.d([rsp + rbx].b)
0x1187 14 edx = (rcx - 0x41).d
0x118d 15 if (dl u> 0x19) then 19 @ 0x1197 else 20 @ 0x118f
0x117d 16 al = al + 0x20
0x117f 17 [rsp + rbx + 0x50].b = al
0x117f 18 goto 13 @ 0x1183
0x1197 19 if (al == 0) then 23 @ 0x11b2 else 24 @ 0x119b
0x118f 20 cl = cl + 0x20
0x1192 21 [rsp + rbx].b = cl
0x1192 22 goto 19 @ 0x1197
0x11b2 23 if (cl != 0) then 25 @ 0x11e7 else 27 @ 0x11b4
0x119b 24 if (cl == 0) then 29 @ 0x11d3 else 31 @ 0x119f
0x11e7 25 edi = 0x3c {" "}
0x11e7 26 goto 32 @ 0x11ec
0x11b4 27 ecx = 0
0x11b8 28 if (al s> cl) then 29 @ 0x11d3 else 37 @ 0x11bc
0x11d3 29 edi = 0x3e {" "}
0x11d8 30 goto 32 @ 0x11ec
0x119f 31 if (al s<= cl) then 37 @ 0x11bc else 38 @ 0x11a1
0x11ec 32 call(0x1040)
0x11f1 33 eax = 0
0x11f3 34 rsp = rsp + 0xa0
0x11fa 35 rbx = pop
0x11fb 36 <return> jump(pop)
0x11bc 37 if (al == 0) then 39 @ 0x11da else 43 @ 0x11c0
0x11a1 38 goto 29 @ 0x11d3
0x11da 39 edi = 0
0x11de 40 dil = al s< cl
0x11e2 41 edi = edi ^ 0x3d
0x11e5 42 goto 32 @ 0x11ec
0x11c0 43 if (al s< cl) then 39 @ 0x11da else 44 @ 0x11c2
0x11c2 44 rbx = rbx + 1
0x11ca 45 if (rbx != 0x50) then 10 @ 0x1170 else 46 @ 0x11cc
0x11cc 46 edi = 0x3d {""}
0x11d1 47 goto 32 @ 0x11ec
int64_t _fini():
0x1200 0 rsp = rsp - 8
0x1204 1 rsp = rsp + 8
0x1208 2 <return> jump(pop)
| POJ_95 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSH("}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x1cd28
0x1171 7 rdi = 0x2012 {"%d"}
0x1178 8 rsi = rsp + 0xc {var_1cd4c}
0x117d 9 eax = 0
0x117f 10 call(0x1040)
0x1184 11 eax = [rsp + 0xc {var_1cd4c}].d
0x118a 12 if (eax s<= 0) then 13 @ 0x1298 else 16 @ 0x1190
0x1298 13 ebx = 0
0x129a 14 ecx = eax
0x129e 15 if (eax s<= 0) then 25 @ 0x12ce else 27 @ 0x12a0
0x1190 16 rbp = rsp + 0x20 {var_1cd38}
0x1195 17 r14 = rsp + 0x17a0 {var_1b5b8}
0x119d 18 r9 = rsp + 0xfc0 {var_1bd98}
0x11a5 19 r15 = rsp + 0x13b0 {var_1b9a8}
0x11ad 20 rbx = rsp + 0x2740 {var_1a618}
0x11b5 21 r12 = rsp + 0x36e0 {var_19678}
0x11bd 22 rsi = rsp + 0x4680 {var_186d8}
0x11c5 23 r13d = 0
0x11c8 24 goto 31 @ 0x11fe
0x12ce 25 ebp = 0
0x12d2 26 if (eax s<= 0) then 43 @ 0x12ed else 64 @ 0x12d4
0x12a0 27 edx = [rsp + 0x20 {var_1cd38}].d
0x12a4 28 esi = 0
0x12a6 29 edi = 0
0x12a8 30 goto 67 @ 0x12b0
0x11fe 31 [rsp {var_1cd58}].q = r14
0x1202 32 rdi = 0x2004 {"%s%d %d %c %c %d"}
0x1209 33 [rsp + 0x10 {var_1cd48_1}].q = rsi
0x120e 34 rdx = r12
0x1211 35 rcx = rbx
0x1214 36 r8 = r15
0x1217 37 [rsp + 0x18 {var_1cd40_1}].q = r9
0x121c 38 eax = 0
0x121e 39 call(0x1040)
0x1223 40 [rbp].d = 0
0x122a 41 eax = [r12].d
0x1231 42 if (eax s< 0x51) then 70 @ 0x1243 else 71 @ 0x1237
0x12ed 43 rax = rbp * 0x64
0x12f1 44 rdi = rsp + rax
0x12f5 45 rdi = rdi + 0x4680
0x12fc 46 call(0x1050)
0x1301 47 esi = [rsp + (rbp << 2) + 0x20].d
0x1305 48 rbp = 0x2015 {"%d\n"}
0x130c 49 rdi = rbp
0x130f 50 eax = 0
0x1311 51 call(0x1030)
0x1316 52 rdi = rbp
0x1319 53 esi = ebx
0x131b 54 eax = 0
0x131d 55 call(0x1030)
0x1322 56 rsp = rsp + 0x1cd28
0x1329 57 rbx = pop
0x132a 58 r12 = pop
0x132c 59 r13 = pop
0x132e 60 r14 = pop
0x1330 61 r15 = pop
0x1332 62 rbp = pop
0x1333 63 <return> jump(pop)
0x12d4 64 eax = 0
0x12d6 65 ebx = 0
0x12d8 66 goto 72 @ 0x12e0
0x12b0 67 ebp = [rsp + (rsi << 2) + 0x20].d
0x12b4 68 cond:0 = ebp s> edx
0x12b6 69 if (ebp s> edx) then 75 else 77 @ 0x12b9
0x1243 70 if (eax s< 0x56) then 78 @ 0x1251 else 82 @ 0x1248
0x1237 71 if ([r14].d s<= 0) then 70 @ 0x1243 else 83 @ 0x1239
0x12e0 72 ebx = ebx + [rsp + (rax << 2) + 0x20].d
0x12e4 73 rax = rax + 1
0x12eb 74 if (rcx != rax) then 72 @ 0x12e0 else 43 @ 0x12ed
0x12b6 75 edx = ebp
0x12b6 76 goto 77 @ 0x12b9
0x12b9 77 if (cond:0) then 85 else 87 @ 0x12bc
0x1251 78 cond:1 = eax s< 0x5b
0x1254 79 r9 = [rsp + 0x18 {var_1cd40_1}].q
0x1259 80 rsi = [rsp + 0x10 {var_1cd48_1}].q
0x125e 81 if (cond:1) then 89 @ 0x126a else 90 @ 0x1260
0x1248 82 if ([rbx].d s< 0x51) then 78 @ 0x1251 else 92 @ 0x124a
0x1239 83 [rbp].d = 0x1f40 {""}
0x1239 84 goto 70 @ 0x1243
0x12b9 85 edi = esi
0x12b9 86 goto 87 @ 0x12bc
0x12bc 87 rsi = rsi + 1
0x12c3 88 if (rcx != rsi) then 67 @ 0x12b0 else 94 @ 0x12c5
0x126a 89 if (eax s< 0x56) then 96 @ 0x127c else 97 @ 0x1270
0x1260 90 [rbp].d = [rbp].d + 0x7d0
0x1260 91 goto 89 @ 0x126a
0x124a 92 [rbp].d = [rbp].d + 0xfa0
0x124a 93 goto 78 @ 0x1251
0x12c5 94 rbp = sx.q(edi)
0x12ca 95 if (eax s> 0) then 64 @ 0x12d4 else 98 @ 0x12cc
0x127c 96 if ([rbx].d s< 0x51) then 99 @ 0x11d0 else 109 @ 0x1286
0x1270 97 if ([r9].b != 0x59) then 96 @ 0x127c else 110 @ 0x1272
0x12cc 98 goto 43 @ 0x12ed
0x11d0 99 r13 = r13 + 1
0x11d4 100 rax = sx.q([rsp + 0xc {var_1cd4c}].d)
0x11d9 101 rbp = rbp + 4
0x11dd 102 r14 = r14 + 4
0x11e1 103 r9 = r9 + 1
0x11e5 104 r15 = r15 + 1
0x11e9 105 rbx = rbx + 4
0x11ed 106 r12 = r12 + 4
0x11f1 107 rsi = rsi + 0x64
0x11f8 108 if (r13 s>= rax) then 13 @ 0x1298 else 31 @ 0x11fe
0x1286 109 if ([r15].b != 0x59) then 99 @ 0x11d0 else 112 @ 0x128c
0x1272 110 [rbp].d = [rbp].d + 0x3e8
0x1272 111 goto 96 @ 0x127c
0x128c 112 [rbp].d = [rbp].d + 0x352
0x1293 113 goto 99 @ 0x11d0
int64_t _fini():
0x1338 0 rsp = rsp - 8
0x133c 1 rsp = rsp + 8
0x1340 2 <return> jump(pop)
| POJ_39 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSPH="}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4040].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4040].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 push(rax)
0x115b 7 rdi = 0x2004 {"%d"}
0x1162 8 r15d = 0
0x1165 9 rsi = rsp + 4 {var_38+0x4}
0x116a 10 eax = 0
0x116c 11 call(0x1040)
0x1171 12 ebp = 0x41 {""}
0x117b 13 if ([rsp + 4 {var_38+0x4}].d s<= 0) then 14 @ 0x12f8 else 21 @ 0x1181
0x12f8 14 rdi = 0x200d {"%c\n%d\n"}
0x12ff 15 esi = ebp
0x1301 16 edx = r15d
0x1304 17 eax = 0
0x1306 18 call(0x1030)
0x130b 19 eax = [rsp + 4 {var_38+0x4}].d
0x1311 20 if (eax s<= 0) then 25 @ 0x139f else 33 @ 0x1317
0x1181 21 rbx = 0x4050 {""}
0x1188 22 r14 = 0x2007 {"%d %s"}
0x118f 23 r15d = 0
0x119c 24 goto 38 @ 0x11a0
0x139f 25 rsp = rsp + 8
0x13a3 26 rbx = pop
0x13a4 27 r12 = pop
0x13a6 28 r13 = pop
0x13a8 29 r14 = pop
0x13aa 30 r15 = pop
0x13ac 31 rbp = pop
0x13ad 32 <return> jump(pop)
0x1317 33 rbx = 0x4054 {""}
0x131e 34 r15 = 0x4050 {""}
0x1325 35 r14 = 0x2010 {"%d\n"}
0x132c 36 r12d = 0
0x132f 37 goto 47 @ 0x1350
0x11a0 38 rdx = rbx + 4
0x11a4 39 rdi = r14
0x11a7 40 rsi = rbx
0x11aa 41 eax = 0
0x11ac 42 call(0x1040)
0x11b1 43 r15 = r15 + 1
0x11b5 44 rax = sx.q([rsp + 4 {var_38+0x4}].d)
0x11ba 45 rbx = rbx + 0x20
0x11c1 46 if (r15 s< rax) then 38 @ 0x11a0 else 50 @ 0x11c3
0x1350 47 ecx = 0
0x1352 48 edx = 0
0x135e 49 goto 52 @ 0x1360
0x11c3 50 r11d = eax
0x11c9 51 if (r11d s<= 0) then 58 @ 0x12f5 else 60 @ 0x11cf
0x1360 52 esi = edx
0x1362 53 edi = sx.d([rbx + rcx].b)
0x1366 54 edx = 0
0x136a 55 dl = ebp == edi
0x136d 56 edx = edx + esi
0x1371 57 if (edi == 0) then 68 @ 0x1382 else 69 @ 0x1373
0x12f5 58 r15d = 0
0x12f5 59 goto 14 @ 0x12f8
0x11cf 60 r13d = r11d
0x11d2 61 r13d = r13d & 0xfffffffe
0x11d6 62 r14d = 0
0x11d9 63 r9b = 0x41 {""}
0x11dc 64 r10 = 0x4074 {""}
0x11e3 65 r15d = 0
0x11e6 66 r12d = 0
0x11e9 67 goto 73 @ 0x120d
0x1382 68 if (edx == 0) then 75 @ 0x1340 else 79 @ 0x1384
0x1373 69 rsi = rcx + 1
0x1377 70 cond:0 = rcx u< 0x19
0x137b 71 rcx = rsi
0x137e 72 if (cond:0) then 52 @ 0x1360 else 68 @ 0x1382
0x120d 73 esi = 0
0x1213 74 if (r11d != 1) then 87 @ 0x1270 else 92 @ 0x1215
0x1340 75 r12 = r12 + 1
0x1344 76 rcx = sx.q(eax)
0x1347 77 rbx = rbx + 0x20
0x134e 78 if (r12 s>= rcx) then 25 @ 0x139f else 47 @ 0x1350
0x1384 79 rax = r12
0x1387 80 rax = rax << 5
0x138b 81 esi = [rax + r15].d
0x138f 82 rdi = r14
0x1392 83 eax = 0
0x1394 84 call(0x1030)
0x1399 85 eax = [rsp + 4 {var_38+0x4}].d
0x139d 86 goto 75 @ 0x1340
0x1270 87 rcx = r10
0x1273 88 rbx = 0x4054 {""}
0x127a 89 edi = 0
0x127c 90 ebp = 0
0x127e 91 goto 94 @ 0x1280
0x1215 92 edi = 0
0x1215 93 goto 100 @ 0x121b
0x1280 94 edx = edi
0x1282 95 r8b = [rbx + rbp].b
0x1286 96 edi = 0
0x128b 97 dil = r8b == r9b
0x128f 98 edi = edi + edx
0x1294 99 if (r8b == 0) then 101 @ 0x12a3 else 103 @ 0x1296
0x121b 100 if ((r11b & 1) == 0) then 107 @ 0x11f0 else 110 @ 0x121d
0x12a3 101 ebp = 0
0x12af 102 goto 116 @ 0x12b0
0x1296 103 rdx = rbp + 1
0x129a 104 cond:1 = rbp u< 0x19
0x129e 105 rbp = rdx
0x12a1 106 if (cond:1) then 94 @ 0x1280 else 101 @ 0x12a3
0x11f0 107 r9b = r9b + 1
0x11f4 108 cond:2 = edi s> r15d
0x11f7 109 if (edi s> r15d) then 122 else 124 @ 0x11fb
0x121d 110 rsi = rsi << 5
0x1221 111 rax = 0x4050 {""}
0x1228 112 rcx = rsi + rax
0x122c 113 rcx = rcx + 4
0x1230 114 esi = 0
0x123c 115 goto 125 @ 0x1240
0x12b0 116 edx = edi
0x12b2 117 eax = zx.d([rcx + rbp].b)
0x12b6 118 edi = 0
0x12bb 119 dil = al == r9b
0x12bf 120 edi = edi + edx
0x12c3 121 if (al == 0) then 131 @ 0x12d2 else 135 @ 0x12c5
0x11f7 122 r15d = edi
0x11f7 123 goto 124 @ 0x11fb
0x11fb 124 if (cond:2) then 139 else 141 @ 0x11ff
0x1240 125 eax = edi
0x1242 126 edx = zx.d([rcx + rsi].b)
0x1246 127 edi = 0
0x124b 128 dil = dl == r9b
0x124f 129 edi = edi + eax
0x1253 130 if (dl == 0) then 107 @ 0x11f0 else 143 @ 0x1255
0x12d2 131 rsi = rsi + 2
0x12d6 132 rbx = rbx + 0x40
0x12da 133 rcx = rcx + 0x40
0x12e1 134 if (rsi == r13) then 100 @ 0x121b else 147 @ 0x12e7
0x12c5 135 rax = rbp + 1
0x12c9 136 cond:3 = rbp u< 0x19
0x12cd 137 rbp = rax
0x12d0 138 if (cond:3) then 116 @ 0x12b0 else 131 @ 0x12d2
0x11fb 139 r14d = r12d
0x11fb 140 goto 141 @ 0x11ff
0x11ff 141 r12d = r12d + 1
0x1207 142 if (r12d == 0x1a) then 149 @ 0x12eb else 73 @ 0x120d
0x1255 143 rax = rsi + 1
0x1259 144 cond:4 = rsi u< 0x19
0x125d 145 rsi = rax
0x1260 146 if (cond:4) then 125 @ 0x1240 else 152 @ 0x1262
0x12e7 147 ebp = 0
0x12e9 148 goto 94 @ 0x1280
0x12eb 149 r14b = r14b + 0x41
0x12ef 150 ebp = sx.d(r14b)
0x12f3 151 goto 14 @ 0x12f8
0x1262 152 goto 107 @ 0x11f0
int64_t _fini():
0x13b4 0 rsp = rsp - 8
0x13b8 1 rsp = rsp + 8
0x13bc 2 <return> jump(pop)
| POJ_2 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int64_t memcpy(void* arg1, void const* arg2, uint64_t arg3):
0x1040 0 <return> tailcall([0x4020].q)
int64_t memset(void* arg1, int32_t arg2, uint64_t arg3):
0x1050 0 <return> tailcall([0x4028].q)
int32_t scanf(char const* format, ...):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSHQ"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 rsp = rsp - 0x5188
0x1181 7 rdi = rsp + 0x28e0 {var_28d8}
0x1189 8 edx = 0x28a4 {""}
0x118e 9 esi = 0
0x1190 10 call(0x1050)
0x1195 11 [rsp + 0x28e0 {var_28d8}].b = 0x30 {""}
0x119d 12 rdi = rsp + 0x30 {var_5188}
0x11a2 13 edx = 0x28a4 {""}
0x11a7 14 esi = 0
0x11a9 15 call(0x1050)
0x11ae 16 [rsp + 0x30 {var_5188}].b = 0x30 {""}
0x11b3 17 rdi = 0x2030 {"%d\n"}
0x11ba 18 rsi = rsp + 8 {var_51b0}
0x11bf 19 eax = 0
0x11c1 20 call(0x1060)
0x11c6 21 eax = [rsp + 8 {var_51b0}].d
0x11cc 22 if (eax s<= 0) then 23 @ 0x1258 else 33 @ 0x11d2
0x1258 23 rdi = 0x2037 {"%d"}
0x125f 24 rsi = rsp + 0x1c {var_519c}
0x1264 25 eax = 0
0x1266 26 call(0x1060)
0x126b 27 eax = [rsp + 0x1c {var_519c}].d
0x126f 28 ebx = [rsp + 8 {var_51b0}].d
0x1273 29 [rsp + 0xc {var_51ac}].d = eax
0x1277 30 cond:0 = eax s< 2
0x127a 31 [rsp + 0x10 {var_51a8}].q = rbx
0x127f 32 if (cond:0) then 39 @ 0x142b else 42 @ 0x1287
0x11d2 33 rbp = rsp + 0x97 {var_5121}
0x11da 34 r13 = rsp + 0x2947 {var_2871}
0x11e2 35 r12d = 1
0x11e8 36 r14 = 0x2032 {"\n"}
0x11ef 37 r15 = 0x2034 {"%c"}
0x11f6 38 goto 43 @ 0x1226
0x142b 39 cond:1 = ebx s<= 0
0x142d 40 esi = 0
0x1432 41 if (cond:1) then 44 @ 0x15fb else 56 @ 0x1438
0x1287 42 if (ebx s<= 0) then 74 @ 0x15f9 else 76 @ 0x128d
0x1226 43 if (eax s<= 0) then 83 @ 0x1200 else 93 @ 0x1228
0x15fb 44 rdi = 0x2037 {"%d"}
0x1602 45 eax = 0
0x1604 46 call(0x1030)
0x1609 47 eax = 0
0x160b 48 rsp = rsp + 0x5188
0x1612 49 rbx = pop
0x1613 50 r12 = pop
0x1615 51 r13 = pop
0x1617 52 r14 = pop
0x1619 53 r15 = pop
0x161b 54 rbp = pop
0x161c 55 <return> jump(pop)
0x1438 56 rax = rbx + 1
0x143c 57 r10 = rbx
0x143f 58 r10 = r10 - 8
0x1443 59 r14 = r10
0x1446 60 r14 = r14 u>> 3
0x144a 61 r14 = r14 + 1
0x144e 62 r11d = ebx
0x1451 63 r11d = r11d & 0xfffffff8
0x1455 64 r9 = r11 + 1
0x1459 65 r8 = r14
0x145c 66 r8 = r8 & 0xfffffffffffffffe
0x1460 67 rdi = rsp + 0xa3 {var_5115}
0x1468 68 rcx = rsp + 0x96 {var_5122}
0x1470 69 esi = 0
0x1472 70 edx = 1
0x1477 71 xmm0 = [0x2010].o
0x147f 72 xmm1 = [0x2020].o
0x1487 73 goto 95 @ 0x14ad
0x15f9 74 esi = 0
0x15f9 75 goto 44 @ 0x15fb
0x128d 76 [rsp + 0xc {var_51ac_1}].d = [rsp + 0xc {var_51ac}].d - 1
0x1292 77 r12 = rbx + 1
0x1296 78 ebx = ebx & 0xfffffffe
0x1299 79 [rsp + 0x28 {var_5190_1}].q = rbx
0x129e 80 eax = 0
0x12a0 81 r15d = 0x40 {""}
0x12a6 82 goto 96 @ 0x12c2
0x1200 83 rdi = r14
0x1203 84 eax = 0
0x1205 85 call(0x1060)
0x120a 86 rcx = r12 + 1
0x120f 87 rax = sx.q([rsp + 8 {var_51b0}].d)
0x1214 88 rbp = rbp + 0x66
0x1218 89 r13 = r13 + 0x66
0x121c 90 cond:2 = r12 s>= rax
0x121f 91 r12 = rcx
0x1222 92 if (cond:2) then 23 @ 0x1258 else 43 @ 0x1226
0x1228 93 ebx = 0
0x122a 94 goto 99 @ 0x1230
0x14ad 95 if (ebx u>= 8) then 108 @ 0x14c0 else 111 @ 0x14af
0x12c2 96 [rsp + 0x20 {var_5198_1}].q = rax
0x12c7 97 eax = 1
0x12cc 98 goto 113 @ 0x12dc
0x1230 99 rsi = rbx + rbp
0x1234 100 rdi = r15
0x1237 101 eax = 0
0x1239 102 call(0x1060)
0x123e 103 eax = zx.d([rbp + rbx].b)
0x1243 104 [r13 + rbx].b = al
0x1248 105 rax = sx.q([rsp + 8 {var_51b0}].d)
0x124d 106 rbx = rbx + 1
0x1254 107 if (rbx s< rax) then 99 @ 0x1230 else 118 @ 0x1256
0x14c0 108 xmm3 = esi
0x14c4 109 xmm2 = 0
0x14cc 110 if (r10 u>= 8) then 119 @ 0x14e0 else 122 @ 0x14ce
0x14af 111 ebp = 1
0x14b4 112 goto 124 @ 0x15e0
0x12dc 113 r8 = rax + 1
0x12e0 114 r9d = r8d
0x12e3 115 rsi = rax - 1
0x12e7 116 edi = 1
0x12ec 117 goto 129 @ 0x1368
0x1256 118 goto 83 @ 0x1200
0x14e0 119 rbp = r8
0x14e3 120 ebx = 0
0x14ef 121 goto 133 @ 0x14f0
0x14ce 122 ebx = 0
0x14d0 123 goto 161 @ 0x1565
0x15e0 124 ebx = 0
0x15e6 125 bl = [rcx + rbp].b == 0x40
0x15e9 126 esi = esi + ebx
0x15eb 127 rbp = rbp + 1
0x15f2 128 if (rax != rbp) then 124 @ 0x15e0 else 162 @ 0x15f4
0x1368 129 rbx = rax * 0x66
0x136c 130 rcx = rsp + rbx
0x1370 131 rcx = rcx + 0x30
0x1378 132 if ([rdi + rcx].b == 0x40) then 163 @ 0x12f0 else 168 @ 0x137e
0x14f0 133 xmm5 = [rdi + rbx - 0xc].d
0x14f6 134 xmm4 = [rdi + rbx - 8].d
0x14fc 135 xmm5 = _mm_cmpeq_epi8(xmm5, xmm0)
0x1500 136 xmm5 = _mm_unpacklo_epi8(xmm5, xmm5.q)
0x1504 137 xmm5 = _mm_unpacklo_epi16(xmm5, xmm5.q)
0x1508 138 xmm5 = xmm5 & xmm1
0x150c 139 xmm5 = _mm_add_epi32(xmm5, xmm3)
0x1510 140 xmm4 = _mm_cmpeq_epi8(xmm4, xmm0)
0x1514 141 xmm4 = _mm_unpacklo_epi8(xmm4, xmm4.q)
0x1518 142 xmm4 = _mm_unpacklo_epi16(xmm4, xmm4.q)
0x151c 143 xmm4 = xmm4 & xmm1
0x1520 144 xmm4 = _mm_add_epi32(xmm4, xmm2)
0x1524 145 xmm3 = [rdi + rbx - 4].d
0x152a 146 xmm2 = [rdi + rbx].d
0x152f 147 xmm3 = _mm_cmpeq_epi8(xmm3, xmm0)
0x1533 148 xmm3 = _mm_unpacklo_epi8(xmm3, xmm3.q)
0x1537 149 xmm3 = _mm_unpacklo_epi16(xmm3, xmm3.q)
0x153b 150 xmm3 = xmm3 & xmm1
0x153f 151 xmm3 = _mm_add_epi32(xmm3, xmm5)
0x1543 152 xmm2 = _mm_cmpeq_epi8(xmm2, xmm0)
0x1547 153 xmm2 = _mm_unpacklo_epi8(xmm2, xmm2.q)
0x154b 154 xmm2 = _mm_unpacklo_epi16(xmm2, xmm2.q)
0x154f 155 xmm2 = xmm2 & xmm1
0x1553 156 xmm2 = _mm_add_epi32(xmm2, xmm4)
0x1557 157 rbx = rbx + 0x10
0x155b 158 temp0.q = rbp
0x155b 159 rbp = rbp - 2
0x155f 160 if (temp0.q != 2) then 133 @ 0x14f0 else 161 @ 0x1565
0x1565 161 if ((r14b & 1) == 0) then 170 @ 0x15a9 else 178 @ 0x1567
0x15f4 162 goto 195 @ 0x1490
0x12f0 163 rcx = r9 * 0x66
0x12f4 164 rcx = rcx + rsp
0x12f7 165 rcx = rcx + 0x28e0
0x12fe 166 ebp = zx.d([rdi + rcx].b)
0x1306 167 if (bpl == 0x2e) then 201 else 203 @ 0x130a
0x137e 168 rdi = rdi + 1
0x1385 169 if (rdi != r12) then 129 @ 0x1368 else 210 @ 0x1387
0x15a9 170 xmm3 = _mm_add_epi32(xmm3, xmm2)
0x15ad 171 xmm2 = _mm_shuffle_epi32(xmm3, 0xee)
0x15b2 172 xmm2 = _mm_add_epi32(xmm2, xmm3)
0x15b6 173 xmm3 = _mm_shuffle_epi32(xmm2, 0x55)
0x15bb 174 xmm3 = _mm_add_epi32(xmm3, xmm2)
0x15bf 175 esi = xmm3.d
0x15c3 176 rbp = r9
0x15cb 177 if ([rsp + 0x10 {var_51a8}].q == r11) then 195 @ 0x1490 else 211 @ 0x15db
0x1567 178 rbx = rbx | 1
0x156b 179 rbp = rdx * 0x66
0x156f 180 rbp = rbp + rsp
0x1572 181 rbp = rbp + 0x30
0x1576 182 xmm4 = [rbx + rbp].d
0x157b 183 xmm5 = [rbx + rbp + 4].d
0x1581 184 xmm4 = _mm_cmpeq_epi8(xmm4, xmm0)
0x1585 185 xmm4 = _mm_unpacklo_epi8(xmm4, xmm4.q)
0x1589 186 xmm4 = _mm_unpacklo_epi16(xmm4, xmm4.q)
0x158d 187 xmm4 = xmm4 & xmm1
0x1591 188 xmm3 = _mm_add_epi32(xmm3, xmm4)
0x1595 189 xmm5 = _mm_cmpeq_epi8(xmm5, xmm0)
0x1599 190 xmm5 = _mm_unpacklo_epi8(xmm5, xmm5.q)
0x159d 191 xmm5 = _mm_unpacklo_epi16(xmm5, xmm5.q)
0x15a1 192 xmm5 = xmm5 & xmm1
0x15a5 193 xmm2 = _mm_add_epi32(xmm2, xmm5)
0x15a5 194 goto 170 @ 0x15a9
0x1490 195 rdx = rdx + 1
0x1494 196 rdi = rdi + 0x66
0x1498 197 rcx = rcx + 0x66
0x149c 198 cond:3 = rdx == rax
0x149f 199 rbx = [rsp + 0x10 {var_51a8}].q
0x14a4 200 if (cond:3) then 44 @ 0x15fb else 95 @ 0x14ad
0x1306 201 ebp = r15d
0x1306 202 goto 203 @ 0x130a
0x130a 203 [rdi + rcx].b = bpl
0x130e 204 rcx = rdi + 1
0x1312 205 ebp = ecx
0x1314 206 rbx = rbx + rsp
0x1317 207 rbx = rbx + 0x28e0
0x131e 208 edx = zx.d([rbp + rbx].b)
0x1326 209 if (dl == 0x2e) then 212 else 214 @ 0x132a
0x1387 210 goto 220 @ 0x12d0
0x15db 211 goto 124 @ 0x15e0
0x1326 212 edx = r15d
0x1326 213 goto 214 @ 0x132a
0x132a 214 [rbp + rbx].b = dl
0x132e 215 rdx = rsi * 0x66
0x1332 216 rdx = rdx + rsp
0x1335 217 rdx = rdx + 0x28e0
0x133c 218 ebp = zx.d([rdi + rdx].b)
0x1344 219 if (bpl == 0x2e) then 222 else 224 @ 0x1348
0x12d0 220 rax = r8
0x12d6 221 if (r8 == r12) then 227 @ 0x1390 else 113 @ 0x12dc
0x1344 222 ebp = r15d
0x1344 223 goto 224 @ 0x1348
0x1348 224 [rdi + rdx].b = bpl
0x134c 225 edx = zx.d([rdi + rbx - 1].b)
0x1354 226 if (dl == 0x2e) then 229 else 231 @ 0x1358
0x1390 227 rbx = [rsp + 0x10 {var_51a8}].q
0x1398 228 if (ebx != 1) then 234 @ 0x13a0 else 237 @ 0x139a
0x1354 229 edx = r15d
0x1354 230 goto 231 @ 0x1358
0x1358 231 [rdi + rbx - 1].b = dl
0x135c 232 rdi = rcx
0x1362 233 if (rdi == r12) then 220 @ 0x12d0 else 129 @ 0x1368
0x13a0 234 r14d = 0x67 {""}
0x13a6 235 r13d = 0
0x13a9 236 goto 239 @ 0x13b0
0x139a 237 r13d = 0
0x139d 238 goto 254 @ 0x13fe
0x13b0 239 rdi = rsp + r14
0x13b4 240 rdi = rdi + 0x30
0x13b8 241 rsi = rsp + r14
0x13bc 242 rsi = rsi + 0x28e0
0x13c3 243 rdx = rbx
0x13c6 244 call(0x1040)
0x13cb 245 r13 = r13 + 2
0x13cf 246 rdi = rsp + r14
0x13d3 247 rdi = rdi + 0x96
0x13da 248 rsi = rsp + r14
0x13de 249 rsi = rsi + 0x2946
0x13e5 250 rdx = rbx
0x13e8 251 call(0x1040)
0x13ed 252 r14 = r14 + 0xcc
0x13f9 253 if ([rsp + 0x28 {var_5190_1}].q != r13) then 239 @ 0x13b0 else 254 @ 0x13fe
0x13fe 254 if ((bl & 1) == 0) then 255 @ 0x12b0 else 258 @ 0x1404
0x12b0 255 rax = [rsp + 0x20 {var_5198_1}].q
0x12b5 256 eax = eax + 1
0x12bc 257 if (eax == [rsp + 0xc {var_51ac_1}].d) then 39 @ 0x142b else 96 @ 0x12c2
0x1404 258 rax = r13 * 0x66
0x1408 259 rdi = rsp + rax
0x140c 260 rdi = rdi + 0x97
0x1413 261 rsi = rsp + rax
0x1417 262 rsi = rsi + 0x2947
0x141e 263 rdx = rbx
0x1421 264 call(0x1040)
0x1426 265 goto 255 @ 0x12b0
int64_t _fini():
0x1624 0 rsp = rsp - 8
0x1628 1 rsp = rsp + 8
0x162c 2 <return> jump(pop)
| POJ_59 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
double cos(double arg1):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UHHpE"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 rsp = rsp - 0x70
0x1178 3 [rbp - 4 {var_c}].d = 0
0x117f 4 rdi = 0x2020 {"%lf"}
0x1186 5 rsi = rbp - 0x18 {var_20}
0x118a 6 al = 0
0x118c 7 call(0x1040)
0x1191 8 rdi = 0x2020 {"%lf"}
0x1198 9 rsi = rbp - 0x20 {var_28}
0x119c 10 al = 0
0x119e 11 call(0x1040)
0x11a3 12 rdi = 0x2020 {"%lf"}
0x11aa 13 rsi = rbp - 0x28 {var_30}
0x11ae 14 al = 0
0x11b0 15 call(0x1040)
0x11b5 16 rdi = 0x2020 {"%lf"}
0x11bc 17 rsi = rbp - 0x30 {var_38}
0x11c0 18 al = 0
0x11c2 19 call(0x1040)
0x11c7 20 rdi = 0x2020 {"%lf"}
0x11ce 21 rsi = rbp - 0x38 {var_40}
0x11d2 22 al = 0
0x11d4 23 call(0x1040)
0x11d9 24 xmm0 = zx.o([rbp - 0x18 {var_20}].q)
0x11de 25 xmm0.q = xmm0.q f+ fconvert.t([rbp - 0x20 {var_28}].q)
0x11e3 26 xmm0.q = xmm0.q f+ fconvert.t([rbp - 0x28 {var_30}].q)
0x11e8 27 xmm0.q = xmm0.q f+ fconvert.t([rbp - 0x30 {var_38}].q)
0x11ed 28 xmm1 = zx.o([0x2008].q)
0x11f5 29 xmm0.q = xmm0.q f/ xmm1.q
0x11f9 30 [rbp - 0x10 {var_18}].q = xmm0.q
0x11fe 31 xmm0 = zx.o([0x2018].q)
0x1206 32 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x38 {var_40}].q)
0x120b 33 xmm1 = zx.o([0x2010].q)
0x1213 34 xmm0.q = xmm0.q f/ xmm1.q
0x1217 35 [rbp - 0x38 {var_40}].q = xmm0.q
0x121c 36 xmm0 = zx.o([rbp - 0x38 {var_40}].q)
0x1221 37 xmm1 = zx.o([0x2008].q)
0x1229 38 xmm0.q = xmm0.q f/ xmm1.q
0x122d 39 [rbp - 0x38 {var_40}].q = xmm0.q
0x1232 40 xmm0 = zx.o([rbp - 0x10 {var_18}].q)
0x1237 41 xmm0.q = xmm0.q f- fconvert.t([rbp - 0x18 {var_20}].q)
0x123c 42 xmm1 = zx.o([rbp - 0x10 {var_18}].q)
0x1241 43 xmm1.q = xmm1.q f- fconvert.t([rbp - 0x20 {var_28}].q)
0x1246 44 xmm0.q = xmm0.q f* xmm1.q
0x124a 45 xmm1 = zx.o([rbp - 0x10 {var_18}].q)
0x124f 46 xmm1.q = xmm1.q f- fconvert.t([rbp - 0x28 {var_30}].q)
0x1254 47 xmm0.q = xmm0.q f* xmm1.q
0x1258 48 xmm1 = zx.o([rbp - 0x10 {var_18}].q)
0x125d 49 xmm1.q = xmm1.q f- fconvert.t([rbp - 0x30 {var_38}].q)
0x1262 50 xmm0.q = xmm0.q f* xmm1.q
0x1266 51 [rbp - 0x48 {var_50}].q = xmm0.q
0x126b 52 xmm0 = zx.o([rbp - 0x18 {var_20}].q)
0x1270 53 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x20 {var_28}].q)
0x1275 54 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x28 {var_30}].q)
0x127a 55 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x30 {var_38}].q)
0x127f 56 [rbp - 0x50 {var_58}].q = xmm0.q
0x1284 57 xmm0 = zx.o([rbp - 0x38 {var_40}].q)
0x1289 58 call(0x1060)
0x128e 59 xmm1 = xmm0
0x1291 60 xmm0 = zx.o([rbp - 0x50 {var_58}].q)
0x1296 61 xmm0.q = xmm0.q f* xmm1.q
0x129a 62 [rbp - 0x40 {var_48}].q = xmm0.q
0x129f 63 xmm0 = zx.o([rbp - 0x38 {var_40}].q)
0x12a4 64 call(0x1060)
0x12a9 65 xmm1 = zx.o([rbp - 0x48 {var_50}].q)
0x12ae 66 xmm2 = xmm0
0x12b1 67 xmm0 = zx.o([rbp - 0x40 {var_48}].q)
0x12b6 68 xmm0.q = xmm0.q f* xmm2.q
0x12ba 69 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x12ba 70 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12ba 71 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12ba 72 flag:s = 0
0x12ba 73 flag:o = 0
0x12ba 74 flag:a = 0
0x12be 75 if (flag:z || flag:c) then 76 @ 0x12d7 else 117 @ 0x12c4
0x12d7 76 xmm0 = zx.o([rbp - 0x10 {var_18}].q)
0x12dc 77 xmm0.q = xmm0.q f- fconvert.t([rbp - 0x18 {var_20}].q)
0x12e1 78 xmm1 = zx.o([rbp - 0x10 {var_18}].q)
0x12e6 79 xmm1.q = xmm1.q f- fconvert.t([rbp - 0x20 {var_28}].q)
0x12eb 80 xmm0.q = xmm0.q f* xmm1.q
0x12ef 81 xmm1 = zx.o([rbp - 0x10 {var_18}].q)
0x12f4 82 xmm1.q = xmm1.q f- fconvert.t([rbp - 0x28 {var_30}].q)
0x12f9 83 xmm0.q = xmm0.q f* xmm1.q
0x12fd 84 [rbp - 0x58 {var_60_1}].q = xmm0.q
0x1302 85 xmm0 = zx.o([rbp - 0x10 {var_18}].q)
0x1307 86 xmm0.q = xmm0.q f- fconvert.t([rbp - 0x30 {var_38}].q)
0x130c 87 [rbp - 0x60 {var_68_1}].q = xmm0.q
0x1311 88 xmm0 = zx.o([rbp - 0x18 {var_20}].q)
0x1316 89 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x20 {var_28}].q)
0x131b 90 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x28 {var_30}].q)
0x1320 91 xmm0.q = xmm0.q f* fconvert.t([rbp - 0x30 {var_38}].q)
0x1325 92 [rbp - 0x70 {var_78_1}].q = xmm0.q
0x132a 93 xmm0 = zx.o([rbp - 0x38 {var_40}].q)
0x132f 94 call(0x1060)
0x1334 95 xmm1 = xmm0
0x1337 96 xmm0 = zx.o([rbp - 0x70 {var_78_1}].q)
0x133c 97 xmm0.q = xmm0.q f* xmm1.q
0x1340 98 [rbp - 0x68 {var_70_1}].q = xmm0.q
0x1345 99 xmm0 = zx.o([rbp - 0x38 {var_40}].q)
0x134a 100 call(0x1060)
0x134f 101 xmm1 = zx.o([rbp - 0x68 {var_70_1}].q)
0x1354 102 xmm2 = zx.o([rbp - 0x60 {var_68_1}].q)
0x1359 103 xmm3 = xmm0
0x135c 104 xmm0 = zx.o([rbp - 0x58 {var_60_1}].q)
0x1361 105 xmm1.q = xmm1.q f* xmm3.q
0x1365 106 rax = xmm1.q
0x136a 107 rcx = -0x8000000000000000
0x1374 108 rax = rax ^ rcx
0x1377 109 xmm1 = rax
0x137c 110 xmm0.q = xmm0.q f* xmm2.q
0x1380 111 xmm0.q = xmm0.q f+ xmm1.q
0x1384 112 call(0x1050)
0x1389 113 rdi = 0x2033 {"%.4lf\n"}
0x1390 114 al = 1
0x1392 115 call(0x1030)
0x1392 116 goto 121 @ 0x1397
0x12c4 117 rdi = 0x2024 {"Invalid input\n"}
0x12cb 118 al = 0
0x12cd 119 call(0x1030)
0x12d2 120 goto 121 @ 0x1397
0x1397 121 eax = [rbp - 4 {var_c}].d
0x139a 122 rsp = rsp + 0x70
0x139e 123 rbp = pop
0x139f 124 <return> jump(pop)
int64_t _fini():
0x13a4 0 rsp = rsp - 8
0x13a8 1 rsp = rsp + 8
0x13ac 2 <return> jump(pop)
| POJ_40 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSHA"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x18
0x116e 7 r14d = 5
0x1174 8 r12 = rsp + 0x10 {var_38}
0x1179 9 r15 = rsp + 0xc {var_3c}
0x117e 10 rbp = 0x206d {"%d\n"}
0x1185 11 goto 12 @ 0x11b7
0x11b7 12 rdi = 0x2064 {"%d %d %d"}
0x11be 13 rsi = rsp + 0x14 {var_34}
0x11c3 14 rdx = r12 {var_38}
0x11c6 15 rcx = r15 {var_3c}
0x11c9 16 eax = 0
0x11cb 17 call(0x1040)
0x11d0 18 rcx = sx.q([rsp + 0x14 {var_34}].d)
0x11d8 19 dl = (cl & 3) == 0
0x11db 20 eax = ecx * -0x3d70a3d7
0x11e1 21 eax = eax + 0x51eb850
0x11e6 22 eax = ror.d(eax, 2)
0x11ee 23 bl = eax u>= 0x28f5c29
0x11f1 24 eax = [rsp + 0x10 {var_38}].d
0x11f7 25 if ((dl & bl) != 0) then 26 @ 0x1250 else 28 @ 0x11f9
0x1250 26 eax = eax - 1
0x1256 27 if (eax u> 0xb) then 37 @ 0x1187 else 40 @ 0x125c
0x11f9 28 rdx = rcx * 0x51eb851f
0x1200 29 rsi = rdx
0x1203 30 rsi = rsi u>> 0x3f
0x1207 31 rdx = rdx s>> 0x27
0x120b 32 edx = edx + esi
0x120d 33 edx = edx * 0x190
0x1213 34 temp0.d = ecx
0x1213 35 ecx = ecx - edx
0x1215 36 if (temp0.d == edx) then 26 @ 0x1250 else 44 @ 0x1217
0x1187 37 rdi = 0x2071 {"error"}
0x118e 38 call(0x1050)
0x119d 39 goto 46 @ 0x11a0
0x125c 40 rcx = 0x2034 {"8B&8J\n%d %d %d"}
0x1263 41 rax = sx.q([rcx + (rax << 2)].d)
0x1267 42 rax = rax + rcx
0x126a 43 jump(rax => 53 @ 0x126c, 55 @ 0x1276, 58 @ 0x131e, 61 @ 0x132c, 64 @ 0x133a, 67 @ 0x1348, 71 @ 0x135a, 75 @ 0x136c, 79 @ 0x137e, 83 @ 0x1390, 87 @ 0x13a2, 91 @ 0x13b4)
0x1217 44 eax = eax - 1
0x121d 45 if (eax u> 0xb) then 37 @ 0x1187 else 95 @ 0x1223
0x11a0 46 rdi = rbp
0x11a3 47 esi = r13d
0x11a6 48 eax = 0
0x11a8 49 call(0x1030)
0x11ad 50 temp1.d = r14d
0x11ad 51 r14d = r14d - 1
0x11b1 52 if (temp1.d == 1) then 99 @ 0x13c6 else 12 @ 0x11b7
0x126c 53 r13d = [rsp + 0xc {var_3c}].d
0x1271 54 goto 46 @ 0x11a0
0x1276 55 r13d = [rsp + 0xc {var_3c}].d
0x127b 56 r13d = r13d + 0x1f
0x127f 57 goto 46 @ 0x11a0
0x131e 58 r13d = [rsp + 0xc {var_3c}].d
0x1323 59 r13d = r13d + 0x3c
0x1327 60 goto 46 @ 0x11a0
0x132c 61 r13d = [rsp + 0xc {var_3c}].d
0x1331 62 r13d = r13d + 0x5b
0x1335 63 goto 46 @ 0x11a0
0x133a 64 r13d = [rsp + 0xc {var_3c}].d
0x133f 65 r13d = r13d + 0x79
0x1343 66 goto 46 @ 0x11a0
0x1348 67 r13d = [rsp + 0xc {var_3c}].d
0x134d 68 eax = 0x98 {" "}
0x1352 69 r13d = r13d + eax
0x1355 70 goto 46 @ 0x11a0
0x135a 71 r13d = [rsp + 0xc {var_3c}].d
0x135f 72 eax = 0xb6 {""}
0x1364 73 r13d = r13d + eax
0x1367 74 goto 46 @ 0x11a0
0x136c 75 r13d = [rsp + 0xc {var_3c}].d
0x1371 76 eax = 0xd5 {""}
0x1376 77 r13d = r13d + eax
0x1379 78 goto 46 @ 0x11a0
0x137e 79 r13d = [rsp + 0xc {var_3c}].d
0x1383 80 eax = 0xf4 {""}
0x1388 81 r13d = r13d + eax
0x138b 82 goto 46 @ 0x11a0
0x1390 83 r13d = [rsp + 0xc {var_3c}].d
0x1395 84 eax = 0x112 {""}
0x139a 85 r13d = r13d + eax
0x139d 86 goto 46 @ 0x11a0
0x13a2 87 r13d = [rsp + 0xc {var_3c}].d
0x13a7 88 eax = 0x131 {" "}
0x13ac 89 r13d = r13d + eax
0x13af 90 goto 46 @ 0x11a0
0x13b4 91 r13d = [rsp + 0xc {var_3c}].d
0x13b9 92 eax = 0x14f {""}
0x13be 93 r13d = r13d + eax
0x13c1 94 goto 46 @ 0x11a0
0x1223 95 rcx = 0x2004 {"hr/8B&8J\n%d %d %d"}
0x122a 96 rax = sx.q([rcx + (rax << 2)].d)
0x122e 97 rax = rax + rcx
0x1231 98 jump(rax => 108 @ 0x1233, 53 @ 0x126c, 55 @ 0x1276, 111 @ 0x1284, 114 @ 0x1292, 117 @ 0x12a0, 121 @ 0x12b2, 125 @ 0x12c4, 129 @ 0x12d6, 133 @ 0x12e8, 137 @ 0x12fa, 141 @ 0x130c)
0x13c6 99 eax = 0
0x13c8 100 rsp = rsp + 0x18
0x13cc 101 rbx = pop
0x13cd 102 r12 = pop
0x13cf 103 r13 = pop
0x13d1 104 r14 = pop
0x13d3 105 r15 = pop
0x13d5 106 rbp = pop
0x13d6 107 <return> jump(pop)
0x1233 108 r13d = [rsp + 0xc {var_3c}].d
0x1238 109 r13d = r13d + 0x3b
0x123c 110 goto 46 @ 0x11a0
0x1284 111 r13d = [rsp + 0xc {var_3c}].d
0x1289 112 r13d = r13d + 0x5a
0x128d 113 goto 46 @ 0x11a0
0x1292 114 r13d = [rsp + 0xc {var_3c}].d
0x1297 115 r13d = r13d + 0x78
0x129b 116 goto 46 @ 0x11a0
0x12a0 117 r13d = [rsp + 0xc {var_3c}].d
0x12a5 118 eax = 0x97 {""}
0x12aa 119 r13d = r13d + eax
0x12ad 120 goto 46 @ 0x11a0
0x12b2 121 r13d = [rsp + 0xc {var_3c}].d
0x12b7 122 eax = 0xb5 {""}
0x12bc 123 r13d = r13d + eax
0x12bf 124 goto 46 @ 0x11a0
0x12c4 125 r13d = [rsp + 0xc {var_3c}].d
0x12c9 126 eax = 0xd4 {""}
0x12ce 127 r13d = r13d + eax
0x12d1 128 goto 46 @ 0x11a0
0x12d6 129 r13d = [rsp + 0xc {var_3c}].d
0x12db 130 eax = 0xf3 {""}
0x12e0 131 r13d = r13d + eax
0x12e3 132 goto 46 @ 0x11a0
0x12e8 133 r13d = [rsp + 0xc {var_3c}].d
0x12ed 134 eax = 0x111 {""}
0x12f2 135 r13d = r13d + eax
0x12f5 136 goto 46 @ 0x11a0
0x12fa 137 r13d = [rsp + 0xc {var_3c}].d
0x12ff 138 eax = 0x130 {""}
0x1304 139 r13d = r13d + eax
0x1307 140 goto 46 @ 0x11a0
0x130c 141 r13d = [rsp + 0xc {var_3c}].d
0x1311 142 eax = 0x14e {""}
0x1316 143 r13d = r13d + eax
0x1319 144 goto 46 @ 0x11a0
int64_t _fini():
0x13dc 0 rsp = rsp - 8
0x13e0 1 rsp = rsp + 8
0x13e4 2 <return> jump(pop)
| POJ_11 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0xe8
0x1161 7 rdi = 0x2004 {"%d"}
0x1168 8 rsi = rsp + 0xc {var_10c}
0x116d 9 eax = 0
0x116f 10 call(0x1040)
0x1179 11 if ([rsp + 0xc {var_10c}].d s<= 0) then 12 @ 0x12cc else 21 @ 0x117f
0x12cc 12 eax = 0
0x12ce 13 rsp = rsp + 0xe8
0x12d5 14 rbx = pop
0x12d6 15 r12 = pop
0x12d8 16 r13 = pop
0x12da 17 r14 = pop
0x12dc 18 r15 = pop
0x12de 19 rbp = pop
0x12df 20 <return> jump(pop)
0x117f 21 r13 = 0x2004 {"%d"}
0x1186 22 rbx = rsp + 8 {var_110}
0x118b 23 r12 = rsp + 0x1c {var_fc}
0x1190 24 r14d = 0
0x1193 25 goto 26 @ 0x11c1
0x11c1 26 rdi = r13
0x11c4 27 rsi = rsp + 4 {var_114}
0x11c9 28 eax = 0
0x11cb 29 call(0x1040)
0x11d0 30 eax = [rsp + 4 {var_114}].d
0x11d4 31 cond:0 = eax s<= 0
0x11d6 32 [rsp + 0x10 {var_108_1}].q = r14
0x11db 33 if (cond:0) then 34 @ 0x1240 else 38 @ 0x11dd
0x1240 34 ebp = 0x3c {" "}
0x1245 35 r15d = 0
0x1248 36 r14d = 0
0x124e 37 if (r14d s>= eax) then 41 @ 0x1268 else 43 @ 0x1250
0x11dd 38 esi = 1
0x11e2 39 edx = 0xffffffc4 {""}
0x11e7 40 goto 49 @ 0x11f0
0x1268 41 r15d = r15d & 0xfffffffc
0x1270 42 if (r15d != 0x3c) then 59 @ 0x11a0 else 66 @ 0x1276
0x1250 43 rdi = r13
0x1253 44 rsi = r12 {var_fc}
0x1256 45 eax = 0
0x1258 46 call(0x1040)
0x125d 47 r14d = r14d + 1
0x1266 48 if (r14d s< [rsp + 4 {var_114}].d) then 43 @ 0x1250 else 41 @ 0x1268
0x11f0 49 r14d = esi
0x11f3 50 ebp = edx
0x11f5 51 rdi = r13
0x11f8 52 rsi = rbx {var_110}
0x11fb 53 eax = 0
0x11fd 54 call(0x1040)
0x1202 55 ecx = [rsp + 8 {var_110}].d
0x1206 56 eax = (rcx + rbp).d
0x1209 57 eax = eax + 0x3f
0x120f 58 if (eax s>= 0x3c) then 68 @ 0x1280 else 73 @ 0x1211
0x11a0 59 r14 = [rsp + 0x10 {var_108_1}].q
0x11a5 60 [rsp + (r14 << 2) + 0x20].d = ebp
0x11aa 61 r14 = r14 + 1
0x11ae 62 rax = sx.q([rsp + 0xc {var_10c}].d)
0x11b3 63 cond:1 = r14 s>= rax
0x11b6 64 rbx = rsp + 8 {var_110}
0x11bb 65 if (cond:1) then 77 @ 0x1297 else 26 @ 0x11c1
0x1276 66 ebp = [rsp + 8 {var_110}].d
0x127a 67 goto 59 @ 0x11a0
0x1280 68 eax = [rsp + 4 {var_114}].d
0x1284 69 r15d = (rcx + rbp).d
0x1288 70 r15d = r15d + 0x3f
0x128c 71 ebp = neg.d(ebp)
0x1291 72 if (r14d s< eax) then 43 @ 0x1250 else 78 @ 0x1293
0x1211 73 eax = [rsp + 4 {var_114}].d
0x1215 74 esi = (r14 + 1).d
0x1219 75 edx = (rbp + 3).d
0x121f 76 if (r14d s< eax) then 49 @ 0x11f0 else 79 @ 0x1221
0x1297 77 if (eax s<= 0) then 12 @ 0x12cc else 84 @ 0x1299
0x1293 78 goto 41 @ 0x1268
0x1221 79 r15d = (rcx + rbp).d
0x1225 80 r15d = r15d + 0x3f
0x1229 81 edx = neg.d(edx)
0x122b 82 ebp = edx
0x1230 83 if (r14d s< eax) then 43 @ 0x1250 else 87 @ 0x1232
0x1299 84 rbx = 0x2007 {"%d\n"}
0x12a0 85 ebp = 0
0x12ac 86 goto 88 @ 0x12b0
0x1232 87 goto 41 @ 0x1268
0x12b0 88 esi = [rsp + (rbp << 2) + 0x20].d
0x12b4 89 rdi = rbx
0x12b7 90 eax = 0
0x12b9 91 call(0x1030)
0x12be 92 rbp = rbp + 1
0x12c2 93 rax = sx.q([rsp + 0xc {var_10c}].d)
0x12ca 94 if (rbp s< rax) then 88 @ 0x12b0 else 12 @ 0x12cc
int64_t _fini():
0x12e4 0 rsp = rsp - 8
0x12e8 1 rsp = rsp + 8
0x12ec 2 <return> jump(pop)
| POJ_86 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int64_t memcpy(void* arg1, void const* arg2, uint64_t arg3):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
int32_t strcmp(char const* arg1, char const* arg2):
0x1060 0 <return> tailcall([0x4030].q)
int32_t puts(char const* str):
0x1070 0 <return> tailcall([0x4038].q)
int32_t putchar(int32_t c):
0x1080 0 <return> tailcall([0x4040].q)
void __cxa_finalize(void* d):
0x1090 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x10a4 0 ebp = 0
0x10a6 1 r9 = rdx
0x10a9 2 rsi = pop
0x10aa 3 rdx = rsp {arg_8}
0x10ad 4 rsp = rsp & 0xfffffffffffffff0
0x10b1 5 push(rax)
0x10b2 6 push(rsp)
0x10b3 7 r8d = 0
0x10b6 8 ecx = 0
0x10b8 9 rdi = 0x1190 {"UAWAVAUATSH("}
0x10bf 10 call([0x3ff8].q)
0x10bf 11 noreturn
void deregister_tm_clones():
0x10d0 0 rdi = 0x4058 {""}
0x10d7 1 rax = 0x4058 {""}
0x10e1 2 if (rax == rdi) then 3 @ 0x10f8 else 4 @ 0x10e3
0x10f8 3 <return> jump(pop)
0x10e3 4 rax = [0x3fd8].q
0x10ed 5 if (rax == 0) then 3 @ 0x10f8 else 6 @ 0x10ef
0x10ef 6 <return> tailcall(rax)
void register_tm_clones():
0x1100 0 rdi = 0x4058 {""}
0x1107 1 rsi = 0x4058 {""}
0x110e 2 rsi = rsi - rdi
0x1111 3 rax = rsi
0x1114 4 rsi = rsi u>> 0x3f
0x1118 5 rax = rax s>> 3
0x111c 6 rsi = rsi + rax
0x111f 7 rsi = rsi s>> 1
0x1122 8 if (rsi == 0) then 9 @ 0x1138 else 10 @ 0x1124
0x1138 9 <return> jump(pop)
0x1124 10 rax = [0x3ff0].q
0x112e 11 if (rax == 0) then 9 @ 0x1138 else 12 @ 0x1130
0x1130 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x114b 0 if ([0x4058].b != 0) then 1 @ 0x1178 else 2 @ 0x114d
0x1178 1 <return> jump(pop)
0x114d 2 push(rbp)
0x114e 3 cond:0 = [0x3fe0].q == 0
0x1156 4 rbp = rsp {__saved_rbp}
0x1159 5 if (cond:0) then 6 @ 0x1167 else 10 @ 0x115b
0x1167 6 call(0x10d0)
0x116c 7 [0x4058].b = 1
0x1173 8 rbp = pop
0x1174 9 <return> jump(pop)
0x115b 10 rdi = [0x4050].q
0x1162 11 call(0x1090)
0x1162 12 goto 6 @ 0x1167
int64_t frame_dummy():
0x1184 0 <return> tailcall(0x1100)
int32_t main(int32_t argc, char** argv, char** envp):
0x1190 0 push(rbp)
0x1191 1 push(r15)
0x1193 2 push(r14)
0x1195 3 push(r13)
0x1197 4 push(r12)
0x1199 5 push(rbx)
0x119a 6 rsp = rsp - 0x528
0x11a1 7 rbx = 0x2004 {"%s"}
0x11a8 8 r14 = rsp + 0x20 {var_538}
0x11ad 9 rdi = rbx
0x11b0 10 rsi = r14 {var_538}
0x11b3 11 eax = 0
0x11b5 12 call(0x1050)
0x11ba 13 r12 = rsp + 0x420 {var_138}
0x11c2 14 rdi = rbx
0x11c5 15 rsi = r12 {var_138}
0x11c8 16 eax = 0
0x11ca 17 call(0x1050)
0x11cf 18 rbp = rsp + 0x320 {var_238}
0x11d7 19 rdi = rbx
0x11da 20 rsi = rbp {var_238}
0x11dd 21 eax = 0
0x11df 22 call(0x1050)
0x11e4 23 rdi = r14 {var_538}
0x11e7 24 call(0x1040)
0x11ec 25 rbx = rax
0x11ef 26 rdi = r12 {var_138}
0x11f2 27 call(0x1040)
0x11f7 28 r12 = rax
0x11fa 29 rdi = rbp {var_238}
0x11fd 30 call(0x1040)
0x1202 31 [rsp + 0x18 {var_540}].q = rax
0x1207 32 [rsp + 8 {var_550}].q = rbx
0x120c 33 temp0.d = ebx
0x120c 34 cond:0 = temp0.d s<= 0
0x120e 35 r14b = temp0.d s> 0
0x1212 36 if (cond:0) then 37 @ 0x1386 else 41 @ 0x1218
0x1386 37 rdi = rsp + 0x20 {var_538}
0x138b 38 eax = 0
0x138d 39 call(0x1070)
0x138d 40 goto 47 @ 0x1392
0x1218 41 r15 = sx.q(r12d)
0x121b 42 rax = sx.q([rsp + 8 {var_550}].d)
0x1220 43 [rsp + 0x10 {var_548_1}].q = rax
0x1225 44 r13d = eax
0x1228 45 ebx = 0
0x122a 46 goto 55 @ 0x1230
0x1392 47 rsp = rsp + 0x528
0x1399 48 rbx = pop
0x139a 49 r12 = pop
0x139c 50 r13 = pop
0x139e 51 r14 = pop
0x13a0 52 r15 = pop
0x13a2 53 rbp = pop
0x13a3 54 <return> jump(pop)
0x1230 55 rbp = rbx + r15
0x1237 56 if (r12d s<= 0) then 57 @ 0x1290 else 59 @ 0x1239
0x1290 57 eax = 0
0x1290 58 goto 62 @ 0x1292
0x1239 59 eax = (r12 + rbx).d
0x123d 60 ecx = (rbx + 1).d
0x1242 61 if (eax s> ecx) then 68 else 70 @ 0x1245
0x1292 62 eax = eax
0x1294 63 [rsp + rax + 0x220].b = 0
0x129c 64 rdi = rsp + 0x420 {var_138}
0x12a4 65 rsi = rsp + 0x220 {var_338}
0x12ac 66 call(0x1060)
0x12b3 67 if (eax == 0) then 80 @ 0x12d2 else 81 @ 0x12b5
0x1242 68 ecx = eax
0x1242 69 goto 70 @ 0x1245
0x1245 70 edx = ebx
0x1247 71 edx = not.d(edx)
0x1249 72 edx = edx + ecx
0x124b 73 rdx = rdx + 1
0x124f 74 rsi = rsp + rbx
0x1253 75 rsi = rsi + 0x20
0x1257 76 rdi = rsp + 0x220 {var_338}
0x125f 77 call(0x1030)
0x1264 78 eax = 0
0x1266 79 goto 84 @ 0x1270
0x12d2 80 if (ebx == 0) then 88 @ 0x12e9 else 94 @ 0x12d4
0x12b5 81 rbx = rbx + 1
0x12be 82 r14b = rbx s< [rsp + 0x10 {var_548_1}].q
0x12c5 83 if (rbx != r13) then 55 @ 0x1230 else 99 @ 0x12cb
0x1270 84 rcx = rbx + rax
0x1274 85 rcx = rcx + 1
0x1278 86 rax = rax + 1
0x127f 87 if (rcx s< rbp) then 84 @ 0x1270 else 100 @ 0x1281
0x12e9 88 rdx = [rsp + 8 {var_550}].q
0x12ee 89 r15d = edx
0x12f1 90 r15d = r15d - r12d
0x12f4 91 r12 = [rsp + 0x18 {var_540}].q
0x12f9 92 r15d = r15d + r12d
0x12fe 93 if (edx s< ebp) then 101 @ 0x132f else 102 @ 0x1300
0x12d4 94 rdi = rsp + 0x120 {var_438}
0x12dc 95 rsi = rsp + 0x20 {var_538}
0x12e1 96 rdx = rbx
0x12e4 97 call(0x1030)
0x12e4 98 goto 88 @ 0x12e9
0x12cb 99 goto 37 @ 0x1386
0x1281 100 goto 62 @ 0x1292
0x132f 101 if (r12d s<= 0) then 114 @ 0x1350 else 115 @ 0x1331
0x1300 102 rax = sx.q(r15d)
0x1303 103 edx = edx - ebp
0x1305 104 rax = rax - rdx
0x1308 105 rdi = rsp + rax
0x130c 106 rdi = rdi + 0x120
0x1313 107 rax = [rsp + 0x10 {var_548_1}].q
0x1318 108 rax = rax - rdx
0x131b 109 rsi = rsp + rax
0x131f 110 rsi = rsi + 0x20
0x1323 111 rdx = rdx + 1
0x1327 112 call(0x1030)
0x1327 113 goto 101 @ 0x132f
0x1350 114 if ((r14b & 1) == 0) then 37 @ 0x1386 else 121 @ 0x1355
0x1331 115 rdi = rsp + rbx
0x1335 116 rdi = rdi + 0x120
0x133c 117 edx = r12d
0x133f 118 rsi = rsp + 0x320 {var_238}
0x1347 119 call(0x1030)
0x1347 120 goto 114 @ 0x1350
0x1355 121 if (r15d s<= 0) then 122 @ 0x1376 else 125 @ 0x1357
0x1376 122 edi = 0xa {""}
0x137b 123 call(0x1080)
0x1384 124 if ((r14b & 1) != 0) then 47 @ 0x1392 else 37 @ 0x1386
0x1357 125 ebx = r15d
0x135a 126 ebp = 0
0x135c 127 goto 128 @ 0x1360
0x1360 128 edi = sx.d([rsp + rbp + 0x120].b)
0x1368 129 call(0x1080)
0x136d 130 rbp = rbp + 1
0x1374 131 if (rbx != rbp) then 128 @ 0x1360 else 122 @ 0x1376
int64_t _fini():
0x13a8 0 rsp = rsp - 8
0x13ac 1 rsp = rsp + 8
0x13b0 2 <return> jump(pop)
| POJ_7 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x4f0
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 [rbp - 8 {var_10}].d = 0
0x1162 5 goto 6 @ 0x1169
0x1169 6 rax = sx.q([rbp - 8 {var_10}].d)
0x116d 7 rsi = rbp - 0xd0 {var_d8}
0x1174 8 rax = rax << 2
0x1178 9 rsi = rsi + rax
0x117b 10 rax = sx.q([rbp - 8 {var_10}].d)
0x117f 11 rdx = rbp - 0x1a0 {var_1a8}
0x1186 12 rax = rax << 2
0x118a 13 rdx = rdx + rax
0x118d 14 rax = sx.q([rbp - 8 {var_10}].d)
0x1191 15 rcx = rbp - 0x270 {var_278}
0x1198 16 rax = rax << 2
0x119c 17 rcx = rcx + rax
0x119f 18 rax = sx.q([rbp - 8 {var_10}].d)
0x11a3 19 r8 = rbp - 0x340 {var_348}
0x11aa 20 rax = rax << 2
0x11ae 21 r8 = r8 + rax
0x11b1 22 rax = sx.q([rbp - 8 {var_10}].d)
0x11b5 23 r9 = rbp - 0x410 {var_418}
0x11bc 24 rax = rax << 2
0x11c0 25 r9 = r9 + rax
0x11c3 26 rdi = sx.q([rbp - 8 {var_10}].d)
0x11c7 27 rax = rbp - 0x4e0 {var_4e8}
0x11ce 28 rdi = rdi << 2
0x11d2 29 rax = rax + rdi
0x11d5 30 rdi = 0x2004 {"%d %d %d %d %d %d"}
0x11dc 31 [rsp {var_4f8_1}].q = rax
0x11e0 32 al = 0
0x11e2 33 call(0x1040)
0x11e7 34 rax = sx.q([rbp - 8 {var_10}].d)
0x11f3 35 if ([rbp + (rax << 2) - 0xd0].d != 0) then 36 @ 0x1258 else 37 @ 0x11f9
0x1258 36 goto 39 @ 0x125d
0x11f9 37 rax = sx.q([rbp - 8 {var_10}].d)
0x1205 38 if ([rbp + (rax << 2) - 0x1a0].d != 0) then 36 @ 0x1258 else 43 @ 0x120b
0x125d 39 eax = [rbp - 8 {var_10}].d
0x1260 40 eax = eax + 1
0x1263 41 [rbp - 8 {var_10}].d = eax
0x1266 42 goto 6 @ 0x1169
0x120b 43 rax = sx.q([rbp - 8 {var_10}].d)
0x1217 44 if ([rbp + (rax << 2) - 0x270].d != 0) then 36 @ 0x1258 else 45 @ 0x121d
0x121d 45 rax = sx.q([rbp - 8 {var_10}].d)
0x1229 46 if ([rbp + (rax << 2) - 0x410].d != 0) then 36 @ 0x1258 else 47 @ 0x122f
0x122f 47 rax = sx.q([rbp - 8 {var_10}].d)
0x123b 48 if ([rbp + (rax << 2) - 0x340].d != 0) then 36 @ 0x1258 else 49 @ 0x1241
0x1241 49 rax = sx.q([rbp - 8 {var_10}].d)
0x124d 50 if ([rbp + (rax << 2) - 0x4e0].d != 0) then 36 @ 0x1258 else 51 @ 0x1253
0x1253 51 goto 52 @ 0x126b
0x126b 52 [rbp - 8 {var_10_1}].d = 0
0x126b 53 goto 54 @ 0x1272
0x1272 54 rax = sx.q([rbp - 8 {var_10_1}].d)
0x127e 55 if ([rbp + (rax << 2) - 0xd0].d != 0) then 56 @ 0x12d1 else 82 @ 0x1284
0x12d1 56 rax = sx.q([rbp - 8 {var_10_1}].d)
0x12d5 57 eax = [rbp + (rax << 2) - 0x340].d
0x12dc 58 eax = eax + 0xc
0x12df 59 eax = eax * 0xe10
0x12e5 60 rcx = sx.q([rbp - 8 {var_10_1}].d)
0x12e9 61 ecx = [rbp + (rcx << 2) - 0x410].d * 0x3c
0x12f1 62 eax = eax + ecx
0x12f3 63 rcx = sx.q([rbp - 8 {var_10_1}].d)
0x12f7 64 eax = eax + [rbp + (rcx << 2) - 0x4e0].d
0x12fe 65 rcx = sx.q([rbp - 8 {var_10_1}].d)
0x1302 66 ecx = [rbp + (rcx << 2) - 0xd0].d * 0xe10
0x130d 67 rdx = sx.q([rbp - 8 {var_10_1}].d)
0x1311 68 edx = [rbp + (rdx << 2) - 0x1a0].d * 0x3c
0x1319 69 ecx = ecx + edx
0x131b 70 rdx = sx.q([rbp - 8 {var_10_1}].d)
0x131f 71 ecx = ecx + [rbp + (rdx << 2) - 0x270].d
0x1326 72 eax = eax - ecx
0x1328 73 [rbp - 0x4e4 {var_4ec_1}].d = eax
0x132e 74 esi = [rbp - 0x4e4 {var_4ec_1}].d
0x1334 75 rdi = 0x2016 {"%d\n"}
0x133b 76 al = 0
0x133d 77 call(0x1030)
0x1342 78 eax = [rbp - 8 {var_10_1}].d
0x1345 79 eax = eax + 1
0x1348 80 [rbp - 8 {var_10_1}].d = eax
0x134b 81 goto 54 @ 0x1272
0x1284 82 rax = sx.q([rbp - 8 {var_10_1}].d)
0x1290 83 if ([rbp + (rax << 2) - 0x1a0].d != 0) then 56 @ 0x12d1 else 84 @ 0x1296
0x1296 84 rax = sx.q([rbp - 8 {var_10_1}].d)
0x12a2 85 if ([rbp + (rax << 2) - 0x270].d != 0) then 56 @ 0x12d1 else 86 @ 0x12a8
0x12a8 86 rax = sx.q([rbp - 8 {var_10_1}].d)
0x12b4 87 if ([rbp + (rax << 2) - 0x410].d != 0) then 56 @ 0x12d1 else 88 @ 0x12ba
0x12ba 88 rax = sx.q([rbp - 8 {var_10_1}].d)
0x12c6 89 if ([rbp + (rax << 2) - 0x4e0].d != 0) then 56 @ 0x12d1 else 90 @ 0x12cc
0x12cc 90 goto 91 @ 0x1350
0x1350 91 eax = 0
0x1352 92 rsp = rsp + 0x4f0
0x1359 93 rbp = pop
0x135a 94 <return> jump(pop)
int64_t _fini():
0x1360 0 rsp = rsp - 8
0x1364 1 rsp = rsp + 8
0x1368 2 <return> jump(pop)
| POJ_87 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0xfb8
0x1171 7 rdi = 0x2004 {"%d"}
0x1178 8 rsi = rsp + 0xc {var_fdc}
0x117d 9 eax = 0
0x117f 10 call(0x1040)
0x1189 11 if ([rsp + 0xc {var_fdc}].d s<= 0) then 12 @ 0x1275 else 21 @ 0x118f
0x1275 12 eax = 0
0x1277 13 rsp = rsp + 0xfb8
0x127e 14 rbx = pop
0x127f 15 r12 = pop
0x1281 16 r13 = pop
0x1283 17 r14 = pop
0x1285 18 r15 = pop
0x1287 19 rbp = pop
0x1288 20 <return> jump(pop)
0x118f 21 rbp = rsp + 0x14 {var_fd4}
0x1194 22 r13 = 0x2004 {"%d"}
0x119b 23 r14 = rsp + 8 {var_fe0}
0x11a0 24 r12d = 0
0x11a3 25 goto 26 @ 0x11cb
0x11cb 26 rdi = r13
0x11ce 27 rsi = r14 {var_fe0}
0x11d1 28 eax = 0
0x11d3 29 call(0x1040)
0x11d8 30 temp0.d = [rsp + 8 {var_fe0}].d
0x11d8 31 cond:0 = temp0.d s<= 0
0x11dd 32 if (temp0.d == 0) then 33 @ 0x11b0 else 36 @ 0x11df
0x11b0 33 rdi = 0x200b {"60"}
0x11b7 34 call(0x1050)
0x11b7 35 goto 37 @ 0x11bc
0x11df 36 if (cond:0) then 37 @ 0x11bc else 39 @ 0x11e1
0x11bc 37 r12d = r12d + 1
0x11c5 38 if (r12d s>= [rsp + 0xc {var_fdc}].d) then 12 @ 0x1275 else 26 @ 0x11cb
0x11e1 39 rbx = rbp {var_fd4}
0x11e4 40 r15d = 0
0x11e7 41 goto 42 @ 0x11f0
0x11f0 42 rdi = r13
0x11f3 43 rsi = rbx
0x11f6 44 eax = 0
0x11f8 45 call(0x1040)
0x11fd 46 rax = sx.q([rsp + 8 {var_fe0}].d)
0x1202 47 r15 = r15 + 1
0x1206 48 rbx = rbx + 4
0x120d 49 if (r15 s< rax) then 42 @ 0x11f0 else 50 @ 0x120f
0x120f 50 edx = eax
0x1213 51 if (edx s< 0) then 37 @ 0x11bc else 52 @ 0x1215
0x1215 52 ecx = (rdx + 1).d
0x1218 53 eax = (rdx + (rdx << 1)).d
0x121b 54 rdx = rsp + (rdx << 2)
0x121f 55 rdx = rdx + 0x10
0x122d 56 goto 57 @ 0x1230
0x1230 57 esi = [rdx].d
0x1232 58 edi = (rax + rsi).d
0x1238 59 if (edi s<= 0x3c) then 60 @ 0x1252 else 64 @ 0x123d
0x1252 60 esi = 0x3c {" "}
0x1257 61 esi = esi - eax
0x1259 62 rdi = 0x2007 {"%d\n"}
0x1260 63 goto 65 @ 0x1269
0x123d 64 if (edi u<= 0x3f) then 68 @ 0x1262 else 70 @ 0x123f
0x1269 65 eax = 0
0x126b 66 call(0x1030)
0x1270 67 goto 37 @ 0x11bc
0x1262 68 rdi = 0x2007 {"%d\n"}
0x1262 69 goto 65 @ 0x1269
0x123f 70 ecx = ecx - 1
0x1242 71 eax = eax - 3
0x1245 72 rdx = rdx - 4
0x124b 73 if (ecx s> 0) then 57 @ 0x1230 else 74 @ 0x124d
0x124d 74 goto 37 @ 0x11bc
int64_t _fini():
0x1290 0 rsp = rsp - 8
0x1294 1 rsp = rsp + 8
0x1298 2 <return> jump(pop)
| POJ_86 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int64_t memcpy(void* arg1, void const* arg2, uint64_t arg3):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UHH`E"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 rsp = rsp - 0x60
0x1168 3 [rbp - 4 {var_c}].d = 0
0x116f 4 rdi = rbp - 0x40 {var_48}
0x1173 5 rsi = 0x2010 {" "}
0x117a 6 edx = 0x30 {""}
0x117f 7 call(0x1040)
0x1184 8 rdi = 0x2040 {"%d%d%d"}
0x118b 9 rsi = rbp - 0x44 {var_4c}
0x118f 10 rdx = rbp - 0x48 {var_50}
0x1193 11 rcx = rbp - 0x4c {var_54}
0x1197 12 al = 0
0x1199 13 call(0x1050)
0x119e 14 [rbp - 0x54 {var_5c}].d = 0
0x11a5 15 [rbp - 0x50 {var_58}].d = 0
0x11a5 16 goto 17 @ 0x11ac
0x11ac 17 eax = [rbp - 0x50 {var_58}].d
0x11af 18 ecx = [rbp - 0x48 {var_50}].d
0x11b2 19 ecx = ecx - 1
0x11b7 20 if (eax s>= ecx) then 21 @ 0x11d9 else 38 @ 0x11bd
0x11d9 21 eax = [rbp - 0x54 {var_5c}].d
0x11dc 22 eax = eax + [rbp - 0x4c {var_54}].d
0x11df 23 [rbp - 0x54 {var_5c_1}].d = eax
0x11e2 24 eax = [rbp - 0x44 {var_4c}].d
0x11e5 25 ecx = 4
0x11ea 26 temp2.d:temp3.d = sx.q(eax)
0x11ea 27 edx = temp2.d
0x11ea 28 eax = temp3.d
0x11eb 29 temp4.d = edx
0x11eb 30 temp5.d = eax
0x11eb 31 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x11eb 32 temp6.d = edx
0x11eb 33 temp7.d = eax
0x11eb 34 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x11eb 35 eax = temp0.d
0x11eb 36 edx = temp1.d
0x11f0 37 if (edx != 0) then 46 @ 0x120a else 60 @ 0x11f6
0x11bd 38 eax = [rbp - 0x54 {var_5c}].d
0x11c0 39 rcx = sx.q([rbp - 0x50 {var_58}].d)
0x11c4 40 eax = eax + [rbp + (rcx << 2) - 0x40].d
0x11c8 41 [rbp - 0x54 {var_5c}].d = eax
0x11cb 42 eax = [rbp - 0x50 {var_58}].d
0x11ce 43 eax = eax + 1
0x11d1 44 [rbp - 0x50 {var_58}].d = eax
0x11d4 45 goto 17 @ 0x11ac
0x120a 46 eax = [rbp - 0x44 {var_4c}].d
0x120d 47 ecx = 0x190 {""}
0x1212 48 temp8.d:temp9.d = sx.q(eax)
0x1212 49 edx = temp8.d
0x1212 50 eax = temp9.d
0x1213 51 temp10.d = edx
0x1213 52 temp11.d = eax
0x1213 53 temp0.d = divs.dp.d(temp10.d:temp11.d, ecx)
0x1213 54 temp12.d = edx
0x1213 55 temp13.d = eax
0x1213 56 temp1.d = mods.dp.d(temp12.d:temp13.d, ecx)
0x1213 57 eax = temp0.d
0x1213 58 edx = temp1.d
0x1218 59 if (edx != 0) then 74 @ 0x1267 else 79 @ 0x1222
0x11f6 60 eax = [rbp - 0x44 {var_4c}].d
0x11f9 61 ecx = 0x64 {""}
0x11fe 62 temp14.d:temp15.d = sx.q(eax)
0x11fe 63 edx = temp14.d
0x11fe 64 eax = temp15.d
0x11ff 65 temp16.d = edx
0x11ff 66 temp17.d = eax
0x11ff 67 temp0.d = divs.dp.d(temp16.d:temp17.d, ecx)
0x11ff 68 temp18.d = edx
0x11ff 69 temp19.d = eax
0x11ff 70 temp1.d = mods.dp.d(temp18.d:temp19.d, ecx)
0x11ff 71 eax = temp0.d
0x11ff 72 edx = temp1.d
0x1204 73 if (edx != 0) then 79 @ 0x1222 else 46 @ 0x120a
0x1267 74 esi = [rbp - 0x54 {var_5c_1}].d
0x126a 75 rdi = 0x2044 {"%d"}
0x1271 76 al = 0
0x1273 77 call(0x1030)
0x1273 78 goto 80 @ 0x1278
0x1222 79 if ([rbp - 0x48 {var_50}].d == 1) then 84 @ 0x1232 else 89 @ 0x122c
0x1278 80 eax = 0
0x127a 81 rsp = rsp + 0x60
0x127e 82 rbp = pop
0x127f 83 <return> jump(pop)
0x1232 84 esi = [rbp - 0x54 {var_5c_1}].d
0x1235 85 rdi = 0x2044 {"%d"}
0x123c 86 al = 0
0x123e 87 call(0x1030)
0x1243 88 goto 90 @ 0x1262
0x122c 89 if ([rbp - 0x48 {var_50}].d != 2) then 91 @ 0x1248 else 84 @ 0x1232
0x1262 90 goto 80 @ 0x1278
0x1248 91 eax = [rbp - 0x54 {var_5c_1}].d
0x124b 92 eax = eax + 1
0x124e 93 [rbp - 0x54 {var_5c_2}].d = eax
0x1251 94 esi = [rbp - 0x54 {var_5c_2}].d
0x1254 95 rdi = 0x2044 {"%d"}
0x125b 96 al = 0
0x125d 97 call(0x1030)
0x125d 98 goto 90 @ 0x1262
int64_t _fini():
0x1284 0 rsp = rsp - 8
0x1288 1 rsp = rsp + 8
0x128c 2 <return> jump(pop)
| POJ_11 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* gets(char* buf):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r14)
0x1162 1 push(rbx)
0x1163 2 rsp = rsp - 0xf8
0x116a 3 rbx = rsp {var_108}
0x116d 4 rdi = rbx {var_108}
0x1170 5 eax = 0
0x1172 6 call(0x1040)
0x1177 7 rdi = rbx {var_108}
0x117a 8 call(0x1030)
0x1182 9 if (rax == 0) then 10 @ 0x11bc else 12 @ 0x1184
0x11bc 10 cl = [rsp {var_108}].b
0x11bc 11 goto 16 @ 0x11c1
0x1184 12 rdx = rax - 1
0x1188 13 cl = [rsp {var_108}].b
0x118b 14 esi = 0
0x118d 15 goto 17 @ 0x11ac
0x11c1 16 if (cl == 0) then 18 @ 0x11ee else 23 @ 0x11c3
0x11ac 17 if (rdx == rsi) then 26 @ 0x1190 else 30 @ 0x11ae
0x11ee 18 eax = 0
0x11f0 19 rsp = rsp + 0xf8
0x11f7 20 rbx = pop
0x11f8 21 r14 = pop
0x11fa 22 <return> jump(pop)
0x11c3 23 ebx = 0
0x11c5 24 r14 = rsp {var_108}
0x11c8 25 goto 34 @ 0x11d0
0x1190 26 ebx = zx.d([rsp + rdx].b)
0x1194 27 bl = bl + cl
0x1196 28 rdi = rsi + 1
0x1196 29 goto 40 @ 0x119a
0x11ae 30 rdi = rsi + 1
0x11b2 31 ebx = zx.d([rsp + rsi + 1].b)
0x11b7 32 bl = bl + [rsp + rsi].b
0x11ba 33 goto 40 @ 0x119a
0x11d0 34 edi = sx.d([rsp + rbx + 0x80].b)
0x11d8 35 call(0x1050)
0x11dd 36 rbx = rbx + 1
0x11e1 37 rdi = r14 {var_108}
0x11e4 38 call(0x1030)
0x11ec 39 if (rax u> rbx) then 34 @ 0x11d0 else 18 @ 0x11ee
0x119a 40 [rsp + rsi + 0x80].b = bl
0x11a1 41 rsi = rdi
0x11a7 42 if (rdi == rax) then 16 @ 0x11c1 else 17 @ 0x11ac
int64_t _fini():
0x1200 0 rsp = rsp - 8
0x1204 1 rsp = rsp + 8
0x1208 2 <return> jump(pop)
| POJ_91 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAVSHH="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r14)
0x1163 2 push(rbx)
0x1164 3 rsp = rsp - 0x10
0x1168 4 rdi = 0x2010 {"%d"}
0x116f 5 rsi = rsp + 0xc {var_1c}
0x1174 6 eax = 0
0x1176 7 call(0x1040)
0x1180 8 if ([rsp + 0xc {var_1c}].d s>= 5) then 9 @ 0x1197 else 10 @ 0x1182
0x1197 9 if ([rsp + 0xc {var_1c}].d s>= 5) then 14 @ 0x11a4 else 17 @ 0x1199
0x1182 10 rdi = 0x2013 {"empty"}
0x1189 11 eax = 0
0x118b 12 call(0x1030)
0x1190 13 goto 17 @ 0x1199
0x11a4 14 ebx = 3
0x11a9 15 r14 = 0x2019 {"%d %d\n"}
0x11b0 16 goto 23 @ 0x11de
0x1199 17 eax = 0
0x119b 18 rsp = rsp + 0x10
0x119f 19 rbx = pop
0x11a0 20 r14 = pop
0x11a2 21 rbp = pop
0x11a3 22 <return> jump(pop)
0x11de 23 xmm0 = 0
0x11e1 24 xmm0.q = float.d(ebx)
0x11e5 25 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11e5 26 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11e5 27 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11e5 28 flag:s = 0
0x11e5 29 flag:o = 0
0x11e5 30 flag:a = 0
0x11ed 31 if (flag:c) then 32 @ 0x1200 else 34 @ 0x11ef
0x1200 32 call(0x1050)
0x1200 33 goto 36 @ 0x1205
0x11ef 34 xmm0 = _mm_sqrt_sd(xmm0.q)
0x11f3 35 goto 36 @ 0x1205
0x1205 36 ecx = int.d(ftrunc(xmm0.q))
0x1209 37 cond:0 = ecx s< 2
0x120c 38 al = ecx s< 2
0x120f 39 if (cond:0) then 40 @ 0x1241 else 50 @ 0x1214
0x1241 40 ebp = (rbx + 2).d
0x1244 41 xmm0 = 0
0x1247 42 xmm0.q = float.d(ebp)
0x124b 43 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x124b 44 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x124b 45 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x124b 46 flag:s = 0
0x124b 47 flag:o = 0
0x124b 48 flag:a = 0
0x1253 49 if (flag:c) then 51 @ 0x1260 else 53 @ 0x1255
0x1214 50 if ((bl & 1) == 0) then 55 @ 0x123f else 56 @ 0x1216
0x1260 51 call(0x1050)
0x1260 52 goto 60 @ 0x1265
0x1255 53 xmm0 = _mm_sqrt_sd(xmm0.q)
0x1259 54 goto 60 @ 0x1265
0x123f 55 if (al == 0) then 64 @ 0x11ce else 40 @ 0x1241
0x1216 56 edi = ecx
0x1218 57 edi = neg.d(edi)
0x121a 58 esi = 3
0x121f 59 goto 70 @ 0x1220
0x1265 60 ecx = int.d(ftrunc(xmm0.q))
0x1269 61 cond:1 = ecx s< 2
0x126c 62 al = ecx s< 2
0x126f 63 if (cond:1) then 72 @ 0x11c0 else 78 @ 0x1278
0x11ce 64 eax = (rbx + 1).d
0x11d1 65 ecx = [rsp + 0xc {var_1c}].d
0x11d5 66 ecx = ecx - 2
0x11d8 67 cond:2 = ebx s>= ecx
0x11da 68 ebx = eax
0x11dc 69 if (cond:2) then 17 @ 0x1199 else 23 @ 0x11de
0x1220 70 eax = (rdi + rsi).d
0x1226 71 if (eax == 1) then 40 @ 0x1241 else 79 @ 0x1228
0x11c0 72 rdi = r14
0x11c3 73 esi = ebx
0x11c5 74 edx = ebp
0x11c7 75 eax = 0
0x11c9 76 call(0x1030)
0x11c9 77 goto 64 @ 0x11ce
0x1278 78 if ((bl & 1) == 0) then 92 @ 0x12b3 else 93 @ 0x127a
0x1228 79 eax = ebx
0x122a 80 edx = 0
0x122c 81 temp2.d = esi
0x122c 82 temp3.d = edx
0x122c 83 temp4.d = eax
0x122c 84 temp0.d = divu.dp.d(temp3.d:temp4.d, temp2.d)
0x122c 85 temp5.d = edx
0x122c 86 temp6.d = eax
0x122c 87 temp1.d = modu.dp.d(temp5.d:temp6.d, temp2.d)
0x122c 88 eax = temp0.d
0x122c 89 edx = temp1.d
0x122e 90 esi = esi + 1
0x1233 91 if (edx != 0) then 70 @ 0x1220 else 97 @ 0x1235
0x12b3 92 if (al != 0) then 72 @ 0x11c0 else 100 @ 0x12b9
0x127a 93 edi = ecx
0x127c 94 edi = neg.d(edi)
0x127e 95 esi = 3
0x128d 96 goto 101 @ 0x1290
0x1235 97 esi = esi - 2
0x123a 98 al = esi s>= ecx
0x123a 99 goto 55 @ 0x123f
0x12b9 100 goto 64 @ 0x11ce
0x1290 101 eax = (rdi + rsi).d
0x1296 102 if (eax == 1) then 72 @ 0x11c0 else 103 @ 0x129c
0x129c 103 eax = ebp
0x129e 104 edx = 0
0x12a0 105 temp2.d = esi
0x12a0 106 temp7.d = edx
0x12a0 107 temp8.d = eax
0x12a0 108 temp0.d = divu.dp.d(temp7.d:temp8.d, temp2.d)
0x12a0 109 temp9.d = edx
0x12a0 110 temp10.d = eax
0x12a0 111 temp1.d = modu.dp.d(temp9.d:temp10.d, temp2.d)
0x12a0 112 eax = temp0.d
0x12a0 113 edx = temp1.d
0x12a2 114 esi = esi + 1
0x12a7 115 if (edx != 0) then 101 @ 0x1290 else 116 @ 0x12a9
0x12a9 116 esi = esi - 2
0x12ae 117 al = esi s>= ecx
0x12ae 118 goto 92 @ 0x12b3
int64_t _fini():
0x12c4 0 rsp = rsp - 8
0x12c8 1 rsp = rsp + 8
0x12cc 2 <return> jump(pop)
| POJ_60 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHXH="}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x58
0x115e 7 rdi = 0x2004 {"%d"}
0x1165 8 rsi = rsp + 0xc {var_7c}
0x116a 9 eax = 0
0x116c 10 call(0x1040)
0x1171 11 eax = [rsp + 0xc {var_7c}].d
0x1178 12 if (eax == -1) then 13 @ 0x1375 else 21 @ 0x117e
0x1375 13 rsp = rsp + 0x58
0x1379 14 rbx = pop
0x137a 15 r12 = pop
0x137c 16 r13 = pop
0x137e 17 r14 = pop
0x1380 18 r15 = pop
0x1382 19 rbp = pop
0x1383 20 <return> jump(pop)
0x117e 21 rbp = 0x2004 {"%d"}
0x1185 22 goto 23 @ 0x11c1
0x11c1 23 xmm0 = 0
0x11c5 24 [rsp + 0x10 {var_78}].o = xmm0
0x11cb 25 [rsp + 0x3c {var_4c_1}].o = xmm0
0x11d1 26 [rsp + 0x30 {var_58_1}].o = xmm0
0x11d7 27 [rsp + 0x20 {var_68}].o = xmm0
0x11dd 28 [rsp + 0x10 {var_78[0]}].d = eax
0x11e1 29 rdi = rbp
0x11e4 30 rsi = rsp + 0x14 {var_78[1]}
0x11e9 31 eax = 0
0x11eb 32 call(0x1040)
0x11f0 33 cond:0 = [rsp + 0x14 {var_78[1]}].d == 0
0x11f5 34 r14d = 1
0x11fb 35 if (cond:0) then 36 @ 0x122a else 40 @ 0x11fd
0x122a 36 r13d = r14d
0x122d 37 cond:1 = r14d u< 2
0x1231 38 eax = 1
0x1236 39 if (cond:1) then 43 else 45 @ 0x123a
0x11fd 40 r14d = 1
0x1203 41 rbx = rsp + 0x18 {var_78[2]}
0x1208 42 goto 51 @ 0x1210
0x1236 43 r14d = eax
0x1236 44 goto 45 @ 0x123a
0x123a 45 r15 = r13 - 1
0x123e 46 r8d = 0
0x1241 47 r12d = 1
0x1247 48 rdi = rsp + 0x24 {var_68[1]}
0x124c 49 esi = 0
0x124e 50 goto 59 @ 0x1265
0x1210 51 rdi = rbp
0x1213 52 rsi = rbx
0x1216 53 eax = 0
0x1218 54 call(0x1040)
0x121d 55 r14d = r14d + 1
0x1221 56 cond:2 = [rbx].d != 0
0x1224 57 rbx = rbx + 4
0x1228 58 if (cond:2) then 51 @ 0x1210 else 36 @ 0x122a
0x1265 59 rdx = r8
0x1268 60 r8 = r8 + 1
0x126f 61 if (r8 u>= r13) then 62 @ 0x1250 else 66 @ 0x1271
0x1250 62 r12 = r12 + 1
0x1254 63 r15 = r15 - 1
0x1258 64 rdi = rdi + 4
0x125f 65 if (r8 == r14) then 72 @ 0x1190 else 59 @ 0x1265
0x1271 66 r10 = rdx
0x1274 67 r10 = not.q(r10)
0x1277 68 r10 = r10 + r13
0x127a 69 ebp = [rsp + (rdx << 2) + 0x10].d
0x127e 70 ebx = (rbp + rbp).d
0x1286 71 if (r10 u>= 8) then 82 @ 0x1290 else 95 @ 0x1288
0x1190 72 rdi = 0x2007 {"%d\n"}
0x1197 73 eax = 0
0x1199 74 call(0x1030)
0x119e 75 rbp = 0x2004 {"%d"}
0x11a5 76 rdi = rbp
0x11a8 77 rsi = rsp + 0xc {var_7c}
0x11ad 78 eax = 0
0x11af 79 call(0x1040)
0x11b4 80 eax = [rsp + 0xc {var_7c}].d
0x11bb 81 if (eax == -1) then 13 @ 0x1375 else 23 @ 0x11c1
0x1290 82 r9 = r15
0x1293 83 r9 = r9 & 0xfffffffffffffff8
0x1297 84 r11 = r10
0x129a 85 r11 = r11 & 0xfffffffffffffff8
0x129e 86 rdx = r12 + r11
0x12a2 87 xmm0 = esi
0x12a6 88 xmm1 = ebx
0x12aa 89 xmm8 = _mm_shuffle_epi32(xmm1, 0)
0x12b0 90 xmm1 = ebp
0x12b4 91 xmm3 = _mm_shuffle_epi32(xmm1, 0)
0x12b9 92 xmm1 = 0
0x12bd 93 esi = 0
0x12bf 94 goto 97 @ 0x12c0
0x1288 95 rdx = r12
0x128b 96 goto 119 @ 0x1350
0x12c0 97 xmm4 = [rdi + (rsi << 2) - 0x10].o
0x12c6 98 xmm5 = [rdi + (rsi << 2)].o
0x12cb 99 xmm2 = xmm4
0x12cf 100 xmm2 = _mm_cmpeq_epi32(xmm2, xmm8)
0x12d4 101 xmm7 = xmm5
0x12d8 102 xmm7 = _mm_cmpeq_epi32(xmm7, xmm8)
0x12dd 103 xmm4 = _mm_add_epi32(xmm4, xmm4)
0x12e1 104 xmm5 = _mm_add_epi32(xmm5, xmm5)
0x12e5 105 xmm4 = _mm_cmpeq_epi32(xmm4, xmm3)
0x12e9 106 xmm6 = xmm2
0x12ed 107 xmm6 = xmm6 & not.o(xmm4)
0x12f1 108 xmm6 = _mm_srli_epi32(xmm6, 0x1f)
0x12f6 109 xmm6 = _mm_sub_epi32(xmm6, xmm2)
0x12fa 110 xmm0 = _mm_add_epi32(xmm0, xmm6)
0x12fe 111 xmm5 = _mm_cmpeq_epi32(xmm5, xmm3)
0x1302 112 xmm2 = xmm7
0x1306 113 xmm2 = xmm2 & not.o(xmm5)
0x130a 114 xmm2 = _mm_srli_epi32(xmm2, 0x1f)
0x130f 115 xmm2 = _mm_sub_epi32(xmm2, xmm7)
0x1313 116 xmm1 = _mm_add_epi32(xmm1, xmm2)
0x1317 117 rsi = rsi + 8
0x131e 118 if (r9 != rsi) then 97 @ 0x12c0 else 128 @ 0x1320
0x1350 119 ecx = [rsp + (rdx << 2) + 0x10].d
0x1356 120 al = ecx == ebx
0x1359 121 ecx = ecx + ecx
0x135d 122 cl = ebp == ecx
0x1360 123 cl = cl | al
0x1362 124 eax = zx.d(cl)
0x1365 125 esi = esi + eax
0x1367 126 rdx = rdx + 1
0x136e 127 if (r13 != rdx) then 119 @ 0x1350 else 135 @ 0x1370
0x1320 128 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1324 129 xmm0 = _mm_shuffle_epi32(xmm1, 0xee)
0x1329 130 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x132d 131 xmm1 = _mm_shuffle_epi32(xmm0, 0x55)
0x1332 132 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1336 133 esi = xmm1.d
0x133d 134 if (r10 == r11) then 62 @ 0x1250 else 136 @ 0x134d
0x1370 135 goto 62 @ 0x1250
0x134d 136 goto 119 @ 0x1350
int64_t _fini():
0x1388 0 rsp = rsp - 8
0x138c 1 rsp = rsp + 8
0x1390 2 <return> jump(pop)
| POJ_12 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
int32_t puts(char const* str):
0x1060 0 <return> tailcall([0x4030].q)
int32_t putchar(int32_t c):
0x1070 0 <return> tailcall([0x4038].q)
void __cxa_finalize(void* d):
0x1080 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1094 0 ebp = 0
0x1096 1 r9 = rdx
0x1099 2 rsi = pop
0x109a 3 rdx = rsp {arg_8}
0x109d 4 rsp = rsp & 0xfffffffffffffff0
0x10a1 5 push(rax)
0x10a2 6 push(rsp)
0x10a3 7 r8d = 0
0x10a6 8 ecx = 0
0x10a8 9 rdi = 0x1180 {"UAWAVAUATSH "}
0x10af 10 call([0x3ff8].q)
0x10af 11 noreturn
void deregister_tm_clones():
0x10c0 0 rdi = 0x4050 {""}
0x10c7 1 rax = 0x4050 {""}
0x10d1 2 if (rax == rdi) then 3 @ 0x10e8 else 4 @ 0x10d3
0x10e8 3 <return> jump(pop)
0x10d3 4 rax = [0x3fd8].q
0x10dd 5 if (rax == 0) then 3 @ 0x10e8 else 6 @ 0x10df
0x10df 6 <return> tailcall(rax)
void register_tm_clones():
0x10f0 0 rdi = 0x4050 {""}
0x10f7 1 rsi = 0x4050 {""}
0x10fe 2 rsi = rsi - rdi
0x1101 3 rax = rsi
0x1104 4 rsi = rsi u>> 0x3f
0x1108 5 rax = rax s>> 3
0x110c 6 rsi = rsi + rax
0x110f 7 rsi = rsi s>> 1
0x1112 8 if (rsi == 0) then 9 @ 0x1128 else 10 @ 0x1114
0x1128 9 <return> jump(pop)
0x1114 10 rax = [0x3ff0].q
0x111e 11 if (rax == 0) then 9 @ 0x1128 else 12 @ 0x1120
0x1120 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x113b 0 if ([0x4050].b != 0) then 1 @ 0x1168 else 2 @ 0x113d
0x1168 1 <return> jump(pop)
0x113d 2 push(rbp)
0x113e 3 cond:0 = [0x3fe0].q == 0
0x1146 4 rbp = rsp {__saved_rbp}
0x1149 5 if (cond:0) then 6 @ 0x1157 else 10 @ 0x114b
0x1157 6 call(0x10c0)
0x115c 7 [0x4050].b = 1
0x1163 8 rbp = pop
0x1164 9 <return> jump(pop)
0x114b 10 rdi = [0x4048].q
0x1152 11 call(0x1080)
0x1152 12 goto 6 @ 0x1157
int64_t frame_dummy():
0x1174 0 <return> tailcall(0x10f0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1180 0 push(rbp)
0x1181 1 push(r15)
0x1183 2 push(r14)
0x1185 3 push(r13)
0x1187 4 push(r12)
0x1189 5 push(rbx)
0x118a 6 rsp = rsp - 0x1e8498
0x1191 7 rdi = 0x2004 {"%d"}
0x1198 8 rsi = rsp + 0xc {var_1e84bc}
0x119d 9 eax = 0
0x119f 10 call(0x1050)
0x11a9 11 if ([rsp + 0xc {var_1e84bc}].d s<= 0) then 12 @ 0x12dd else 21 @ 0x11af
0x12dd 12 eax = 0
0x12df 13 rsp = rsp + 0x1e8498
0x12e6 14 rbx = pop
0x12e7 15 r12 = pop
0x12e9 16 r13 = pop
0x12eb 17 r14 = pop
0x12ed 18 r15 = pop
0x12ef 19 rbp = pop
0x12f0 20 <return> jump(pop)
0x11af 21 rbx = rsp + 0x10 {var_1e84b8}
0x11b4 22 r12 = 0x2007 {"%s"}
0x11bb 23 r15 = 0x200a {"%c\n"}
0x11c2 24 r14d = 0
0x11c5 25 goto 26 @ 0x11ff
0x11ff 26 rax = r14 * 0x2710
0x1206 27 r13 = rsp + rax
0x120a 28 r13 = r13 + 0x10
0x120e 29 rdi = r12
0x1211 30 rsi = r13
0x1214 31 eax = 0
0x1216 32 call(0x1050)
0x121b 33 rdi = r13
0x121e 34 call(0x1040)
0x1223 35 eax = eax - 1
0x1228 36 if (eax s<= 0) then 37 @ 0x12b0 else 40 @ 0x122e
0x12b0 37 rax = sx.q(eax)
0x12b2 38 esi = sx.d([rax + r13].b)
0x12ba 39 if (esi == 0x30) then 45 @ 0x11d0 else 48 @ 0x12c0
0x122e 40 r8d = eax
0x1231 41 rdx = r8
0x1234 42 rdx = neg.q(rdx)
0x1237 43 edi = 0
0x1239 44 goto 52 @ 0x1253
0x11d0 45 rdi = 0x200e {"no"}
0x11d7 46 call(0x1060)
0x11d7 47 goto 54 @ 0x11dc
0x12c0 48 rdi = r15
0x12c3 49 eax = 0
0x12c5 50 call(0x1030)
0x12ca 51 goto 54 @ 0x11dc
0x1253 52 cl = [rdi + r13].b
0x125a 53 if (cl == 0x30) then 60 @ 0x124a else 62 @ 0x125c
0x11dc 54 edi = 0xa {""}
0x11e1 55 call(0x1070)
0x11e6 56 r14 = r14 + 1
0x11ea 57 rax = sx.q([rsp + 0xc {var_1e84bc}].d)
0x11ef 58 rbx = rbx + 0x2710
0x11f9 59 if (r14 s>= rax) then 12 @ 0x12dd else 26 @ 0x11ff
0x124a 60 rdi = rdi + 1
0x1251 61 if (rdi == r8) then 37 @ 0x12b0 else 52 @ 0x1253
0x125c 62 r9 = rdi + r13
0x1260 63 r10b = 1
0x1263 64 rsi = rdi
0x1263 65 goto 66 @ 0x1266
0x1266 66 rsi = rsi + 1
0x126a 67 goto 68 @ 0x1273
0x1273 68 if (cl == [rbx + rsi].b) then 69 @ 0x1290 else 74 @ 0x1275
0x1290 69 [rbx + rsi].b = 0x30 {""}
0x1294 70 rcx = rdx
0x1297 71 temp0.q = rcx
0x1297 72 rcx = rcx + rsi
0x129a 73 if (temp0.q == neg.q(rsi)) then 60 @ 0x124a else 78 @ 0x129c
0x1275 74 rbp = rdx + rsi
0x1279 75 rbp = rbp + 1
0x127d 76 rsi = rsi + 1
0x1285 77 if (rbp != 1) then 68 @ 0x1273 else 81 @ 0x1287
0x129c 78 cl = [r9].b
0x129f 79 r10d = 0
0x12a2 80 goto 66 @ 0x1266
0x1287 81 goto 82 @ 0x1244
0x1244 82 if ((r10b & 1) != 0) then 83 @ 0x12d0 else 60 @ 0x124a
0x12d0 83 edi = sx.d(cl)
0x12d3 84 call(0x1070)
0x12d8 85 goto 54 @ 0x11dc
int64_t com(char* arg1):
0x1300 0 push(r14)
0x1302 1 push(rbx)
0x1303 2 push(rax)
0x1304 3 r14 = rdi
0x1307 4 call(0x1040)
0x130c 5 eax = eax - 1
0x1311 6 if (eax s<= 0) then 7 @ 0x1384 else 10 @ 0x1313
0x1384 7 rax = sx.q(eax)
0x1386 8 esi = sx.d([r14 + rax].b)
0x138e 9 if (esi != 0x30) then 15 @ 0x13a3 else 21 @ 0x1390
0x1313 10 r8d = eax
0x1316 11 edi = 0
0x1318 12 rsi = r14
0x131b 13 r9 = r8
0x131e 14 goto 26 @ 0x1331
0x13a3 15 rdi = 0x200a {"%c\n"}
0x13aa 16 eax = 0
0x13ac 17 rsp = rsp + 8
0x13b0 18 rbx = pop
0x13b1 19 r14 = pop
0x13b3 20 <return> tailcall(0x1030)
0x1390 21 rdi = 0x200e {"no"}
0x1397 22 rsp = rsp + 8
0x139b 23 rbx = pop
0x139c 24 r14 = pop
0x139e 25 <return> tailcall(0x1060)
0x1331 26 dl = [r14 + rdi].b
0x1338 27 if (dl == 0x30) then 28 @ 0x1320 else 32 @ 0x133a
0x1320 28 rdi = rdi + 1
0x1324 29 r9 = r9 - 1
0x1328 30 rsi = rsi + 1
0x132f 31 if (rdi == r8) then 7 @ 0x1384 else 26 @ 0x1331
0x133a 32 ebx = 1
0x133f 33 ecx = 1
0x1344 34 goto 35 @ 0x1367
0x1367 35 if (dl == [rsi + rcx].b) then 36 @ 0x1350 else 39 @ 0x136c
0x1350 36 [rsi + rcx].b = 0x30 {""}
0x1354 37 ebx = 0
0x1359 38 if (r9 == rcx) then 28 @ 0x1320 else 40 @ 0x135b
0x136c 39 if (r9 != rcx) then 40 @ 0x135b else 43 @ 0x1371
0x135b 40 edx = zx.d([r14 + rdi].b)
0x1360 41 rcx = rcx + 1
0x1360 42 goto 35 @ 0x1367
0x1371 43 if (ebx != 1) then 28 @ 0x1320 else 44 @ 0x1373
0x1373 44 edi = sx.d([r14 + rdi].b)
0x1378 45 rsp = rsp + 8
0x137c 46 rbx = pop
0x137d 47 r14 = pop
0x137f 48 <return> tailcall(0x1070)
int64_t _fini():
0x13bc 0 rsp = rsp - 8
0x13c0 1 rsp = rsp + 8
0x13c4 2 <return> jump(pop)
| POJ_37 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVAUATSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(r13)
0x1156 3 push(r12)
0x1158 4 push(rbx)
0x1159 5 rsp = rsp - 0x1a0
0x1160 6 rdi = 0x2004 {"%d,%d"}
0x1167 7 rsi = rsp + 0xc {var_1bc}
0x116c 8 rdx = rsp + 8 {var_1c0}
0x1171 9 eax = 0
0x1173 10 call(0x1040)
0x1178 11 esi = [rsp + 0xc {var_1bc}].d
0x117e 12 if (esi s<= 0) then 13 @ 0x11e1 else 23 @ 0x1180
0x11e1 13 edx = [rsp + 8 {var_1c0}].d
0x11e5 14 rdi = rsp + 0x10 {var_1b8}
0x11ea 15 call(0x1200)
0x11ef 16 rsp = rsp + 0x1a0
0x11f6 17 rbx = pop
0x11f7 18 r12 = pop
0x11f9 19 r13 = pop
0x11fb 20 r14 = pop
0x11fd 21 r15 = pop
0x11ff 22 <return> jump(pop)
0x1180 23 r15 = rsp + 0x10 {var_1b8}
0x1185 24 r14 = 0x2007 {"%d"}
0x118c 25 r12d = 0
0x118f 26 goto 27 @ 0x11b7
0x11b7 27 if ([rsp + 8 {var_1c0}].d s<= 0) then 28 @ 0x11a0 else 32 @ 0x11b9
0x11a0 28 r12 = r12 + 1
0x11a4 29 rsi = sx.q([rsp + 0xc {var_1bc}].d)
0x11a9 30 r15 = r15 + 0x28
0x11b0 31 if (r12 s>= rsi) then 13 @ 0x11e1 else 27 @ 0x11b7
0x11b9 32 r13 = r15
0x11bc 33 ebx = 0
0x11be 34 goto 35 @ 0x11c0
0x11c0 35 rdi = r14
0x11c3 36 rsi = r13
0x11c6 37 eax = 0
0x11c8 38 call(0x1040)
0x11cd 39 rbx = rbx + 1
0x11d1 40 rax = sx.q([rsp + 8 {var_1c0}].d)
0x11d6 41 r13 = r13 + 4
0x11dd 42 if (rbx s< rax) then 35 @ 0x11c0 else 43 @ 0x11df
0x11df 43 goto 28 @ 0x11a0
int64_t findout(int64_t arg1, int32_t arg2, int64_t arg3, uint64_t arg4, uint64_t arg5, uint64_t arg6):
0x1200 0 push(rbp)
0x1201 1 push(r15)
0x1203 2 push(r14)
0x1205 3 push(r13)
0x1207 4 push(r12)
0x1209 5 push(rbx)
0x120a 6 push(rax)
0x120d 7 if (esi s<= 0) then 8 @ 0x12fb else 12 @ 0x1213
0x12fb 8 r10d = 0
0x12fe 9 esi = 0
0x1300 10 r13d = 0
0x1300 11 goto 22 @ 0x1307
0x1213 12 r9d = edx
0x1216 13 r8d = esi
0x1219 14 rax = r8 << 3
0x1221 15 r15 = rax + (rax << 2)
0x1225 16 r11d = 0
0x1228 17 r12 = rdi
0x122b 18 r14d = 0
0x122e 19 esi = 0
0x1230 20 r10d = 0
0x1233 21 goto 23 @ 0x1254
0x1307 22 if (r10d != 1) then 26 @ 0x131c else 30 @ 0x1309
0x1254 23 rax = r11 + (r11 << 2)
0x1258 24 ebp = [rdi + (rax << 3)].d
0x125d 25 if (edx s<= 0) then 35 @ 0x1282 else 37 @ 0x125f
0x131c 26 rdi = 0x2011 {"No"}
0x1323 27 eax = 0
0x1325 28 call(0x1030)
0x1325 29 goto 39 @ 0x132a
0x1309 30 rdi = 0x200a {"%d+%d\n"}
0x1310 31 edx = r13d
0x1313 32 eax = 0
0x1315 33 call(0x1030)
0x131a 34 goto 39 @ 0x132a
0x1282 35 r13d = 0
0x1287 36 if (edx s<= 0) then 47 @ 0x12a2 else 52 @ 0x1289
0x125f 37 eax = 0
0x126b 38 goto 53 @ 0x1270
0x132a 39 rsp = rsp + 8
0x132e 40 rbx = pop
0x132f 41 r12 = pop
0x1331 42 r13 = pop
0x1333 43 r14 = pop
0x1335 44 r15 = pop
0x1337 45 rbp = pop
0x1338 46 <return> jump(pop)
0x12a2 47 ecx = r13d
0x12a5 48 rbp = rdi + (rcx << 2)
0x12a9 49 ecx = [rdi + (rcx << 2)].d
0x12ac 50 ebx = 0
0x12ae 51 goto 55 @ 0x12b0
0x1289 52 goto 57 @ 0x1294
0x1270 53 ecx = [r12 + (rax << 2)].d
0x1276 54 if (ebp s< ecx) then 58 else 60 @ 0x1279
0x12b0 55 eax = [rbp + rbx].d
0x12b6 56 if (ecx s> eax) then 62 else 64 @ 0x12b9
0x1294 57 if (ebp == [r12 + (r13 << 2)].d) then 47 @ 0x12a2 else 66 @ 0x1296
0x1276 58 ebp = ecx
0x1276 59 goto 60 @ 0x1279
0x1279 60 rax = rax + 1
0x1280 61 if (r9 != rax) then 53 @ 0x1270 else 35 @ 0x1282
0x12b6 62 ecx = eax
0x12b6 63 goto 64 @ 0x12b9
0x12b9 64 rbx = rbx + 0x28
0x12c0 65 if (r15 != rbx) then 55 @ 0x12b0 else 68 @ 0x12c2
0x1296 66 r13 = r13 + 1
0x129d 67 if (r9 != r13) then 57 @ 0x1294 else 70 @ 0x129f
0x12c2 68 ebx = 0
0x12c4 69 goto 72 @ 0x12e4
0x129f 70 r13d = r9d
0x129f 71 goto 47 @ 0x12a2
0x12e4 72 if (ecx != [rbp].d) then 73 @ 0x12d0 else 76 @ 0x12e9
0x12d0 73 rbx = rbx + 1
0x12d4 74 rbp = rbp + 0x28
0x12db 75 if (r8 == rbx) then 77 @ 0x1240 else 72 @ 0x12e4
0x12e9 76 if (r11 != rbx) then 73 @ 0x12d0 else 79 @ 0x12eb
0x1240 77 r13d = r14d
0x1240 78 goto 83 @ 0x1243
0x12eb 79 r10d = 1
0x12f1 80 esi = ebx
0x12f3 81 r14d = r13d
0x12f6 82 goto 83 @ 0x1243
0x1243 83 r11 = r11 + 1
0x1247 84 r12 = r12 + 0x28
0x124e 85 if (r11 == r8) then 22 @ 0x1307 else 23 @ 0x1254
int64_t _fini():
0x1340 0 rsp = rsp - 8
0x1344 1 rsp = rsp + 8
0x1348 2 <return> jump(pop)
| POJ_35 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
char* strcpy(char* arg1, char const* arg2):
0x1050 0 <return> tailcall([0x4028].q)
int32_t scanf(char const* format, ...):
0x1060 0 <return> tailcall([0x4030].q)
int32_t strcmp(char const* arg1, char const* arg2):
0x1070 0 <return> tailcall([0x4038].q)
void __cxa_finalize(void* d):
0x1080 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1094 0 ebp = 0
0x1096 1 r9 = rdx
0x1099 2 rsi = pop
0x109a 3 rdx = rsp {arg_8}
0x109d 4 rsp = rsp & 0xfffffffffffffff0
0x10a1 5 push(rax)
0x10a2 6 push(rsp)
0x10a3 7 r8d = 0
0x10a6 8 ecx = 0
0x10a8 9 rdi = 0x1180 {"UHH=y"}
0x10af 10 call([0x3ff8].q)
0x10af 11 noreturn
void deregister_tm_clones():
0x10c0 0 rdi = 0x4050 {""}
0x10c7 1 rax = 0x4050 {""}
0x10d1 2 if (rax == rdi) then 3 @ 0x10e8 else 4 @ 0x10d3
0x10e8 3 <return> jump(pop)
0x10d3 4 rax = [0x3fd8].q
0x10dd 5 if (rax == 0) then 3 @ 0x10e8 else 6 @ 0x10df
0x10df 6 <return> tailcall(rax)
void register_tm_clones():
0x10f0 0 rdi = 0x4050 {""}
0x10f7 1 rsi = 0x4050 {""}
0x10fe 2 rsi = rsi - rdi
0x1101 3 rax = rsi
0x1104 4 rsi = rsi u>> 0x3f
0x1108 5 rax = rax s>> 3
0x110c 6 rsi = rsi + rax
0x110f 7 rsi = rsi s>> 1
0x1112 8 if (rsi == 0) then 9 @ 0x1128 else 10 @ 0x1114
0x1128 9 <return> jump(pop)
0x1114 10 rax = [0x3ff0].q
0x111e 11 if (rax == 0) then 9 @ 0x1128 else 12 @ 0x1120
0x1120 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x113b 0 if ([0x4050].b != 0) then 1 @ 0x1168 else 2 @ 0x113d
0x1168 1 <return> jump(pop)
0x113d 2 push(rbp)
0x113e 3 cond:0 = [0x3fe0].q == 0
0x1146 4 rbp = rsp {__saved_rbp}
0x1149 5 if (cond:0) then 6 @ 0x1157 else 10 @ 0x114b
0x1157 6 call(0x10c0)
0x115c 7 [0x4050].b = 1
0x1163 8 rbp = pop
0x1164 9 <return> jump(pop)
0x114b 10 rdi = [0x4048].q
0x1152 11 call(0x1080)
0x1152 12 goto 6 @ 0x1157
int64_t frame_dummy():
0x1174 0 <return> tailcall(0x10f0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1180 0 push(rbp)
0x1181 1 rbp = rsp {__saved_rbp}
0x1184 2 rdi = 0x2004 {"%d"}
0x118b 3 rsi = 0x4858 {""}
0x1192 4 al = 0
0x1194 5 call(0x1060)
0x1199 6 rdi = 0x2007 {"%s"}
0x11a0 7 rsi = 0x4860 {""}
0x11a7 8 al = 0
0x11a9 9 call(0x1060)
0x11ae 10 rdi = 0x4860 {""}
0x11b5 11 rsi = 0x4a60 {""}
0x11bc 12 call(0x11d0)
0x11c1 13 rdi = 0x4a60 {""}
0x11c8 14 call(0x12a0)
0x11cd 15 rbp = pop
0x11ce 16 <return> jump(pop)
int64_t ch(char* arg1, void* arg2):
0x11d0 0 push(rbp)
0x11d1 1 rbp = rsp {__saved_rbp}
0x11d4 2 rsp = rsp - 0x30
0x11d8 3 [rbp - 8 {var_10}].q = rdi
0x11dc 4 [rbp - 0x10 {var_18}].q = rsi
0x11e0 5 [rbp - 0x14 {var_1c}].d = 0
0x11e0 6 goto 7 @ 0x11e7
0x11e7 7 rax = sx.q([rbp - 0x14 {var_1c}].d)
0x11eb 8 [rbp - 0x28 {var_30_1}].q = rax
0x11ef 9 rdi = [rbp - 8 {var_10}].q
0x11f3 10 call(0x1040)
0x11f8 11 rcx = rax
0x11fb 12 rax = [rbp - 0x28 {var_30_1}].q
0x11ff 13 rdx = sx.q([0x4858].d)
0x1206 14 rcx = rcx - rdx
0x120c 15 if (rax u> rcx) then 16 @ 0x1290 else 19 @ 0x1212
0x1290 16 rsp = rsp + 0x30
0x1294 17 rbp = pop
0x1295 18 <return> jump(pop)
0x1212 19 eax = [rbp - 0x14 {var_1c}].d
0x1215 20 [rbp - 0x18 {var_20_1}].d = eax
0x1218 21 [rbp - 0x1c {var_24_1}].d = 0
0x1218 22 goto 23 @ 0x121f
0x121f 23 eax = [rbp - 0x18 {var_20_1}].d
0x1222 24 ecx = [rbp - 0x14 {var_1c}].d
0x1225 25 ecx = ecx + [0x4858].d
0x122d 26 if (eax s>= ecx) then 27 @ 0x126b else 37 @ 0x1233
0x126b 27 rax = [rbp - 0x10 {var_18}].q
0x126f 28 rcx = sx.q([rbp - 0x14 {var_1c}].d)
0x1273 29 rcx = rcx * 5
0x1277 30 rax = rax + rcx
0x127a 31 rcx = sx.q([rbp - 0x1c {var_24_1}].d)
0x127e 32 [rax + rcx].b = 0
0x1282 33 eax = [rbp - 0x14 {var_1c}].d
0x1285 34 eax = eax + 1
0x1288 35 [rbp - 0x14 {var_1c}].d = eax
0x128b 36 goto 7 @ 0x11e7
0x1233 37 rax = [rbp - 8 {var_10}].q
0x1237 38 rcx = sx.q([rbp - 0x18 {var_20_1}].d)
0x123b 39 dl = [rax + rcx].b
0x123e 40 rax = [rbp - 0x10 {var_18}].q
0x1242 41 rcx = sx.q([rbp - 0x14 {var_1c}].d)
0x1246 42 rcx = rcx * 5
0x124a 43 rax = rax + rcx
0x124d 44 rcx = sx.q([rbp - 0x1c {var_24_1}].d)
0x1251 45 [rax + rcx].b = dl
0x1254 46 eax = [rbp - 0x18 {var_20_1}].d
0x1257 47 eax = eax + 1
0x125a 48 [rbp - 0x18 {var_20_1}].d = eax
0x125d 49 eax = [rbp - 0x1c {var_24_1}].d
0x1260 50 eax = eax + 1
0x1263 51 [rbp - 0x1c {var_24_1}].d = eax
0x1266 52 goto 23 @ 0x121f
uint64_t compare(char* arg1):
0x12a0 0 push(rbp)
0x12a1 1 rbp = rsp {__saved_rbp}
0x12a4 2 rsp = rsp - 0xa20
0x12ab 3 [rbp - 8 {var_10}].q = rdi
0x12af 4 [rbp - 0x18 {var_20}].d = 0
0x12b6 5 rdi = 0x4860 {""}
0x12bd 6 call(0x1040)
0x12c2 7 [rbp - 0x1c {var_24}].d = eax
0x12c5 8 [rbp - 0xc {var_14}].d = 0
0x12c5 9 goto 10 @ 0x12cc
0x12cc 10 eax = [rbp - 0xc {var_14}].d
0x12cf 11 ecx = [rbp - 0x1c {var_24}].d
0x12d2 12 ecx = ecx - [0x4858].d
0x12da 13 if (eax s> ecx) then 14 @ 0x1368 else 18 @ 0x12e0
0x1368 14 eax = [0x4060].d
0x136e 15 [rbp - 0x14 {var_1c}].d = eax
0x1371 16 [rbp - 0xc {var_14_1}].d = 0
0x1371 17 goto 20 @ 0x1378
0x12e0 18 [rbp - 0x10 {var_18_1}].d = 0
0x12e0 19 goto 24 @ 0x12e7
0x1378 20 eax = [rbp - 0xc {var_14_1}].d
0x137b 21 ecx = [rbp - 0x1c {var_24}].d
0x137e 22 ecx = ecx - [0x4858].d
0x1386 23 if (eax s> ecx) then 28 @ 0x13c7 else 33 @ 0x138c
0x12e7 24 eax = [rbp - 0x10 {var_18_1}].d
0x12ea 25 ecx = [rbp - 0x1c {var_24}].d
0x12ed 26 ecx = ecx - [0x4858].d
0x12f5 27 if (eax s> ecx) then 37 @ 0x1355 else 38 @ 0x12fb
0x13c7 28 rdi = rbp - 0xa20 {var_a28}
0x13ce 29 rsi = [rbp - 8 {var_10}].q
0x13d2 30 call(0x1050)
0x13d7 31 [rbp - 0xc {var_14_2}].d = 0
0x13d7 32 goto 48 @ 0x13de
0x138c 33 rcx = sx.q([rbp - 0xc {var_14_1}].d)
0x1390 34 rax = 0x4060 {""}
0x1397 35 eax = [rax + (rcx << 2)].d
0x139d 36 if (eax s<= [rbp - 0x14 {var_1c}].d) then 52 @ 0x13b4 else 53 @ 0x13a3
0x1355 37 goto 58 @ 0x135a
0x12fb 38 rdi = [rbp - 8 {var_10}].q
0x12ff 39 rax = sx.q([rbp - 0xc {var_14}].d)
0x1303 40 rax = rax * 5
0x1307 41 rdi = rdi + rax
0x130a 42 rsi = [rbp - 8 {var_10}].q
0x130e 43 rax = sx.q([rbp - 0x10 {var_18_1}].d)
0x1312 44 rax = rax * 5
0x1316 45 rsi = rsi + rax
0x1319 46 call(0x1070)
0x1321 47 if (eax != 0) then 62 @ 0x1342 else 63 @ 0x1327
0x13de 48 eax = [rbp - 0xc {var_14_2}].d
0x13e1 49 ecx = [rbp - 0x1c {var_24}].d
0x13e4 50 ecx = ecx - [0x4858].d
0x13ec 51 if (eax s> ecx) then 70 @ 0x14ba else 71 @ 0x13f2
0x13b4 52 goto 75 @ 0x13b9
0x13a3 53 rcx = sx.q([rbp - 0xc {var_14_1}].d)
0x13a7 54 rax = 0x4060 {""}
0x13ae 55 eax = [rax + (rcx << 2)].d
0x13b1 56 [rbp - 0x14 {var_1c}].d = eax
0x13b1 57 goto 52 @ 0x13b4
0x135a 58 eax = [rbp - 0xc {var_14}].d
0x135d 59 eax = eax + 1
0x1360 60 [rbp - 0xc {var_14}].d = eax
0x1363 61 goto 10 @ 0x12cc
0x1342 62 goto 79 @ 0x1347
0x1327 63 rcx = sx.q([rbp - 0xc {var_14}].d)
0x132b 64 rax = 0x4060 {""}
0x1332 65 edx = [rax + (rcx << 2)].d
0x1335 66 edx = edx + 1
0x1338 67 rax = 0x4060 {""}
0x133f 68 [rax + (rcx << 2)].d = edx
0x133f 69 goto 62 @ 0x1342
0x14ba 70 if ([rbp - 0x14 {var_1c}].d != 1) then 83 @ 0x14d3 else 89 @ 0x14c0
0x13f2 71 rcx = sx.q([rbp - 0xc {var_14_2}].d)
0x13f6 72 rax = 0x4060 {""}
0x13fd 73 eax = [rax + (rcx << 2)].d
0x1403 74 if (eax != [rbp - 0x14 {var_1c}].d) then 93 @ 0x14a3 else 94 @ 0x1409
0x13b9 75 eax = [rbp - 0xc {var_14_1}].d
0x13bc 76 eax = eax + 1
0x13bf 77 [rbp - 0xc {var_14_1}].d = eax
0x13c2 78 goto 20 @ 0x1378
0x1347 79 eax = [rbp - 0x10 {var_18_1}].d
0x134a 80 eax = eax + 1
0x134d 81 [rbp - 0x10 {var_18_1}].d = eax
0x1350 82 goto 24 @ 0x12e7
0x14d3 83 esi = [rbp - 0x14 {var_1c}].d
0x14d6 84 rdi = 0x200d {"%d\n"}
0x14dd 85 al = 0
0x14df 86 call(0x1030)
0x14e4 87 [rbp - 0xc {var_14_3}].d = 0
0x14e4 88 goto 96 @ 0x14eb
0x14c0 89 rdi = 0x200a {"NO"}
0x14c7 90 al = 0
0x14c9 91 call(0x1030)
0x14ce 92 goto 98 @ 0x152a
0x14a3 93 goto 101 @ 0x14a8
0x1409 94 [rbp - 0x10 {var_18_2}].d = 0
0x1409 95 goto 105 @ 0x1410
0x14eb 96 eax = [rbp - 0xc {var_14_3}].d
0x14f1 97 if (eax s>= [rbp - 0x18 {var_20}].d) then 107 @ 0x1525 else 108 @ 0x14f7
0x152a 98 rsp = rsp + 0xa20
0x1531 99 rbp = pop
0x1532 100 <return> jump(pop)
0x14a8 101 eax = [rbp - 0xc {var_14_2}].d
0x14ab 102 eax = eax + 1
0x14ae 103 [rbp - 0xc {var_14_2}].d = eax
0x14b1 104 goto 48 @ 0x13de
0x1410 105 eax = [rbp - 0x10 {var_18_2}].d
0x1416 106 if (eax s>= [rbp - 0x18 {var_20}].d) then 119 @ 0x1463 else 121 @ 0x141c
0x1525 107 goto 98 @ 0x152a
0x14f7 108 rax = sx.q([rbp - 0xc {var_14_3}].d)
0x14fb 109 rsi = rbp - 0xa20 {var_a28}
0x1502 110 rax = rax * 5
0x1506 111 rsi = rsi + rax
0x1509 112 rdi = 0x2011 {"%s\n"}
0x1510 113 al = 0
0x1512 114 call(0x1030)
0x1517 115 eax = [rbp - 0xc {var_14_3}].d
0x151a 116 eax = eax + 1
0x151d 117 [rbp - 0xc {var_14_3}].d = eax
0x1520 118 goto 96 @ 0x14eb
0x1463 119 eax = [rbp - 0x10 {var_18_2}].d
0x1469 120 if (eax != [rbp - 0x18 {var_20}].d) then 131 @ 0x149e else 132 @ 0x146f
0x141c 121 rdi = [rbp - 8 {var_10}].q
0x1420 122 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1424 123 rax = rax * 5
0x1428 124 rdi = rdi + rax
0x142b 125 rax = sx.q([rbp - 0x10 {var_18_2}].d)
0x142f 126 rsi = rbp - 0xa20 {var_a28}
0x1436 127 rax = rax * 5
0x143a 128 rsi = rsi + rax
0x143d 129 call(0x1070)
0x1445 130 if (eax != 0) then 145 @ 0x1450 else 146 @ 0x144b
0x149e 131 goto 93 @ 0x14a3
0x146f 132 rax = sx.q([rbp - 0x18 {var_20}].d)
0x1473 133 rdi = rbp - 0xa20 {var_a28}
0x147a 134 rax = rax * 5
0x147e 135 rdi = rdi + rax
0x1481 136 rsi = [rbp - 8 {var_10}].q
0x1485 137 rax = sx.q([rbp - 0xc {var_14_2}].d)
0x1489 138 rax = rax * 5
0x148d 139 rsi = rsi + rax
0x1490 140 call(0x1050)
0x1495 141 eax = [rbp - 0x18 {var_20}].d
0x1498 142 eax = eax + 1
0x149b 143 [rbp - 0x18 {var_20}].d = eax
0x149b 144 goto 131 @ 0x149e
0x1450 145 goto 147 @ 0x1455
0x144b 146 goto 119 @ 0x1463
0x1455 147 eax = [rbp - 0x10 {var_18_2}].d
0x1458 148 eax = eax + 1
0x145b 149 [rbp - 0x10 {var_18_2}].d = eax
0x145e 150 goto 105 @ 0x1410
int64_t _fini():
0x1538 0 rsp = rsp - 8
0x153c 1 rsp = rsp + 8
0x1540 2 <return> jump(pop)
| POJ_51 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVATSHH="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r12)
0x1167 4 push(rbx)
0x1168 5 rsp = rsp - 0x10
0x116c 6 rdi = 0x2010 {"%d"}
0x1173 7 rsi = rsp + 0xc {var_2c}
0x1178 8 eax = 0
0x117a 9 call(0x1040)
0x117f 10 eax = [rsp + 0xc {var_2c}].d
0x1186 11 if (eax s>= 6) then 12 @ 0x1197 else 19 @ 0x1188
0x1197 12 r12d = eax
0x119a 13 r12d = r12d u>> 0x1f
0x119e 14 r12d = r12d + eax
0x11a1 15 r12d = r12d s>> 1
0x11a4 16 cond:0 = r12d s< 4
0x11a8 17 eax = 3
0x11ad 18 if (cond:0) then 27 else 29 @ 0x11b1
0x1188 19 eax = 0
0x118a 20 rsp = rsp + 0x10
0x118e 21 rbx = pop
0x118f 22 r12 = pop
0x1191 23 r14 = pop
0x1193 24 r15 = pop
0x1195 25 rbp = pop
0x1196 26 <return> jump(pop)
0x11ad 27 r12d = eax
0x11ad 28 goto 29 @ 0x11b1
0x11b1 29 r15d = 6
0x11b7 30 r14 = 0x2013 {"%d=%d+%d\n"}
0x11be 31 goto 32 @ 0x11dc
0x11dc 32 ebx = 3
0x11e1 33 goto 34 @ 0x11fd
0x11fd 34 if ((bl & 1) == 0) then 35 @ 0x11f0 else 39 @ 0x11ff
0x11f0 35 eax = (rbx + 1).d
0x11f3 36 cond:1 = ebx == r12d
0x11f6 37 ebx = eax
0x11f8 38 if (cond:1) then 48 @ 0x11d1 else 34 @ 0x11fd
0x11ff 39 xmm0 = 0
0x1202 40 xmm0.q = float.d(ebx)
0x1206 41 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1206 42 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1206 43 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x1206 44 flag:s = 0
0x1206 45 flag:o = 0
0x1206 46 flag:a = 0
0x120e 47 if (flag:c) then 50 @ 0x1220 else 52 @ 0x1210
0x11d1 48 r15d = r15d + 2
0x11da 49 if (r15d s> [rsp + 0xc {var_2c}].d) then 19 @ 0x1188 else 32 @ 0x11dc
0x1220 50 call(0x1050)
0x1220 51 goto 54 @ 0x1225
0x1210 52 xmm0 = _mm_sqrt_sd(xmm0.q)
0x1214 53 goto 54 @ 0x1225
0x1225 54 ecx = int.d(ftrunc(xmm0.q))
0x122c 55 if (ecx s< 3) then 56 @ 0x1251 else 67 @ 0x122e
0x1251 56 ebp = r15d
0x1254 57 ebp = ebp - ebx
0x1256 58 xmm0 = 0
0x1259 59 xmm0.q = float.d(ebp)
0x125d 60 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x125d 61 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x125d 62 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x125d 63 flag:s = 0
0x125d 64 flag:o = 0
0x125d 65 flag:a = 0
0x1265 66 if (flag:c) then 69 @ 0x1277 else 71 @ 0x1267
0x122e 67 esi = 3
0x123d 68 goto 73 @ 0x1240
0x1277 69 call(0x1050)
0x1280 70 if ((bpl & 1) == 0) then 35 @ 0x11f0 else 85 @ 0x1286
0x1267 71 xmm0 = _mm_sqrt_sd(xmm0.q)
0x126f 72 if ((bpl & 1) == 0) then 35 @ 0x11f0 else 87 @ 0x1275
0x1240 73 eax = ebx
0x1242 74 edx = 0
0x1244 75 temp2.d = esi
0x1244 76 temp3.d = edx
0x1244 77 temp4.d = eax
0x1244 78 temp0.d = divu.dp.d(temp3.d:temp4.d, temp2.d)
0x1244 79 temp5.d = edx
0x1244 80 temp6.d = eax
0x1244 81 temp1.d = modu.dp.d(temp5.d:temp6.d, temp2.d)
0x1244 82 eax = temp0.d
0x1244 83 edx = temp1.d
0x1248 84 if (edx == 0) then 35 @ 0x11f0 else 88 @ 0x124a
0x1286 85 ecx = int.d(ftrunc(xmm0.q))
0x128d 86 if (ecx s< 3) then 90 @ 0x11c0 else 97 @ 0x1293
0x1275 87 goto 85 @ 0x1286
0x124a 88 esi = esi + 2
0x124f 89 if (esi s<= ecx) then 73 @ 0x1240 else 56 @ 0x1251
0x11c0 90 rdi = r14
0x11c3 91 esi = r15d
0x11c6 92 edx = ebx
0x11c8 93 ecx = ebp
0x11ca 94 eax = 0
0x11cc 95 call(0x1030)
0x11cc 96 goto 48 @ 0x11d1
0x1293 97 esi = 3
0x1298 98 goto 99 @ 0x12a0
0x12a0 99 eax = ebp
0x12a2 100 temp7.d:temp8.d = sx.q(eax)
0x12a2 101 edx = temp7.d
0x12a2 102 eax = temp8.d
0x12a3 103 temp9.d = edx
0x12a3 104 temp10.d = eax
0x12a3 105 temp0.d = divs.dp.d(temp9.d:temp10.d, esi)
0x12a3 106 temp11.d = edx
0x12a3 107 temp12.d = eax
0x12a3 108 temp1.d = mods.dp.d(temp11.d:temp12.d, esi)
0x12a3 109 eax = temp0.d
0x12a3 110 edx = temp1.d
0x12a7 111 if (edx == 0) then 35 @ 0x11f0 else 112 @ 0x12ad
0x12ad 112 esi = esi + 2
0x12b2 113 if (esi s<= ecx) then 99 @ 0x12a0 else 114 @ 0x12b4
0x12b4 114 goto 90 @ 0x11c0
int64_t _fini():
0x12c0 0 rsp = rsp - 8
0x12c4 1 rsp = rsp + 8
0x12c8 2 <return> jump(pop)
| POJ_68 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int64_t memset(void* arg1, int32_t arg2, uint64_t arg3):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVATSH "}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r12)
0x1167 4 push(rbx)
0x1168 5 rsp = rsp - 0x720
0x116f 6 r14 = rsp + 0x1a0 {var_5a8}
0x1177 7 edx = 0x190 {""}
0x117c 8 rdi = r14 {var_5a8}
0x117f 9 esi = 0
0x1181 10 call(0x1030)
0x1186 11 rdi = rsp + 0x10 {var_738}
0x118b 12 edx = 0x190 {""}
0x1190 13 esi = 0
0x1192 14 call(0x1030)
0x1197 15 r12 = rsp + 0x330 {var_418}
0x119f 16 edx = 0x3e8 {""}
0x11a4 17 rdi = r12 {var_418}
0x11a7 18 esi = 0
0x11a9 19 call(0x1030)
0x11ae 20 [rsp + 0x330 {var_418}].b = 0x30 {""}
0x11b6 21 rdi = 0x2006 {"%d"}
0x11bd 22 rsi = rsp + 0xc {var_73c}
0x11c2 23 eax = 0
0x11c4 24 call(0x1040)
0x11ce 25 if ([rsp + 0xc {var_73c}].d s<= 0) then 26 @ 0x13bb else 30 @ 0x11d4
0x13bb 26 eax = [rsp + 0x10 {var_738}].d
0x13bf 27 rax = sx.q(eax)
0x13c1 28 [rsp + (rax << 2) + 0x1a0].d = 0
0x13cc 29 goto 33 @ 0x1407
0x11d4 30 r15 = 0x2004 {"%s%d"}
0x11db 31 ebx = 0
0x11dd 32 goto 41 @ 0x11e0
0x1407 33 eax = 0
0x1409 34 rsp = rsp + 0x720
0x1410 35 rbx = pop
0x1411 36 r12 = pop
0x1413 37 r14 = pop
0x1415 38 r15 = pop
0x1417 39 rbp = pop
0x1418 40 <return> jump(pop)
0x11e0 41 [rsp + (rbx << 2) + 0x10].d = ebx
0x11e4 42 rdi = r15
0x11e7 43 rsi = r12
0x11ea 44 rdx = r14
0x11ed 45 eax = 0
0x11ef 46 call(0x1040)
0x11f4 47 rbx = rbx + 1
0x11f8 48 rax = sx.q([rsp + 0xc {var_73c}].d)
0x11fd 49 r14 = r14 + 4
0x1201 50 r12 = r12 + 0xa
0x1208 51 if (rbx s< rax) then 41 @ 0x11e0 else 52 @ 0x120a
0x120a 52 r11d = eax
0x1210 53 if (r11d s<= 0) then 26 @ 0x13bb else 54 @ 0x1216
0x1216 54 ecx = r11d
0x1219 55 ecx = ecx & 0xfffffffe
0x121c 56 r10d = 1
0x1222 57 r8d = 0
0x1225 58 edi = 0
0x1227 59 r9d = [rsp + (rdi << 2) + 0x10 {var_738}].d
0x1230 60 if (r11d != 1) then 61 @ 0x12b0 else 66 @ 0x123c
0x12b0 61 edx = 0
0x12b2 62 ebx = r9d
0x12b5 63 esi = 0
0x12b7 64 eax = 0
0x12b9 65 goto 67 @ 0x12c9
0x123c 66 goto 69 @ 0x1240
0x12c9 67 ebp = [rsp + (rdx << 2) + 0x1a0].d
0x12d3 68 if (ebp s< 0x3c) then 74 @ 0x12e6 else 76 @ 0x12d7
0x1240 69 ebx = r9d
0x1243 70 edx = 0
0x1245 71 esi = 0
0x1247 72 eax = 0
0x1247 73 goto 77 @ 0x124d
0x12e6 74 ebp = [rsp + (rdx << 2) + 0x1a4].d
0x12f0 75 if (ebp s< 0x3c) then 78 @ 0x12c0 else 80 @ 0x12f4
0x12d7 76 if (ebp s<= eax) then 74 @ 0x12e6 else 81 @ 0x12d9
0x124d 77 if ((r11b & 1) == 0) then 86 @ 0x126a else 90 @ 0x124f
0x12c0 78 rdx = rdx + 2
0x12c7 79 if (rcx == rdx) then 77 @ 0x124d else 67 @ 0x12c9
0x12f4 80 if (ebp s<= eax) then 78 @ 0x12c0 else 92 @ 0x12f6
0x12d9 81 [rsp + (rdi << 2) + 0x10].d = edx
0x12dd 82 esi = 1
0x12e2 83 ebx = edx
0x12e4 84 eax = ebp
0x12e4 85 goto 74 @ 0x12e6
0x126a 86 r15 = rdi + 1
0x126e 87 rax = r10
0x1271 88 rdx = r15
0x1277 89 if (r15 s>= r11) then 97 @ 0x1313 else 100 @ 0x127d
0x124f 90 ebp = [rsp + (rdx << 2) + 0x1a0].d
0x1259 91 if (ebp s< 0x3c) then 86 @ 0x126a else 101 @ 0x125d
0x12f6 92 ebx = (rdx + 1).d
0x12f9 93 [rsp + (rdi << 2) + 0x10].d = ebx
0x12fd 94 esi = 1
0x1302 95 eax = ebp
0x1304 96 goto 78 @ 0x12c0
0x1313 97 rax = sx.q(ebx)
0x1316 98 [rsp + (rax << 2) + 0x1a0].d = 0
0x1323 99 if (esi == 0) then 102 @ 0x138f else 103 @ 0x1328
0x127d 100 goto 104 @ 0x1284
0x125d 101 if (ebp s<= eax) then 86 @ 0x126a else 105 @ 0x125f
0x138f 102 if (esi == 0) then 109 @ 0x13d1 else 110 @ 0x1391
0x1328 103 if (r11d == edx) then 102 @ 0x138f else 115 @ 0x132a
0x1284 104 if ([rsp + (rax << 2) + 0x10].d == ebx) then 117 @ 0x1310 else 119 @ 0x128a
0x125f 105 [rsp + (rdi << 2) + 0x10].d = edx
0x1263 106 esi = 1
0x1268 107 ebx = edx
0x1268 108 goto 86 @ 0x126a
0x13d1 109 if (r11d s<= 0) then 33 @ 0x1407 else 121 @ 0x13d3
0x1391 110 r10 = r10 + 1
0x1395 111 r8b = r8b + 3
0x1399 112 rdi = r15
0x139c 113 r9d = [rsp + (rdi << 2) + 0x10].d
0x13a5 114 if (r11d != 1) then 61 @ 0x12b0 else 123 @ 0x13ab
0x132a 115 rbx = sx.q(edx)
0x1330 116 if (rdi s>= rbx) then 124 @ 0x1385 else 127 @ 0x1332
0x1310 117 rdx = rax
0x1310 118 goto 97 @ 0x1313
0x128a 119 rax = rax + 1
0x1291 120 if (r11d != eax) then 104 @ 0x1284 else 133 @ 0x1293
0x13d3 121 ebx = 0
0x13df 122 goto 136 @ 0x13e0
0x13ab 123 goto 69 @ 0x1240
0x1385 124 eax = r15d
0x1388 125 [rsp + (rax << 2) + 0x10].d = r9d
0x1388 126 goto 102 @ 0x138f
0x1332 127 r14 = rdi
0x1335 128 r14 = not.q(r14)
0x1338 129 eax = edx
0x133a 130 eax = eax - edi
0x133c 131 r14 = r14 + rbx
0x1341 132 if ((al & 3) == 0) then 144 @ 0x13b0 else 146 @ 0x1343
0x1293 133 rax = sx.q(ebx)
0x1296 134 [rsp + (rax << 2) + 0x1a0].d = 0
0x12a1 135 goto 102 @ 0x138f
0x13e0 136 rax = sx.q([rsp + (rbx << 2) + 0x10].d)
0x13e5 137 rax = rax + (rax << 2)
0x13e9 138 rdi = rsp + (rax << 1)
0x13ed 139 rdi = rdi + 0x330
0x13f4 140 call(0x1050)
0x13f9 141 rbx = rbx + 1
0x13fd 142 rax = sx.q([rsp + 0xc {var_73c}].d)
0x1405 143 if (rbx s< rax) then 136 @ 0x13e0 else 33 @ 0x1407
0x13b0 144 rdx = rbx
0x13b7 145 if (r14 u>= 3) then 150 @ 0x1370 else 155 @ 0x13b9
0x1343 146 dl = dl + r8b
0x1346 147 eax = zx.d(dl)
0x1349 148 eax = eax & 3
0x134c 149 goto 156 @ 0x1350
0x1370 150 xmm0 = [rsp + (rdx << 2)].o
0x1374 151 [rsp + (rdx << 2) + 4].o = xmm0
0x1379 152 rax = rdx - 4
0x137d 153 rdx = rax
0x1383 154 if (rax s> rdi) then 150 @ 0x1370 else 124 @ 0x1385
0x13b9 155 goto 124 @ 0x1385
0x1350 156 rdx = rbx - 1
0x1354 157 ebp = [rsp + (rbx << 2) + 0xc].d
0x1358 158 [rsp + (rbx << 2) + 0x10].d = ebp
0x135c 159 rbx = rdx
0x135f 160 temp0.q = rax
0x135f 161 rax = rax - 1
0x1363 162 if (temp0.q != 1) then 156 @ 0x1350 else 163 @ 0x1369
0x1369 163 if (r14 u< 3) then 124 @ 0x1385 else 164 @ 0x136b
0x136b 164 goto 150 @ 0x1370
int64_t _fini():
0x1420 0 rsp = rsp - 8
0x1424 1 rsp = rsp + 8
0x1428 2 <return> jump(pop)
| POJ_9 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVSH j"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(rbx)
0x1155 3 rsp = rsp - 0x186a20
0x115c 4 rdi = 0x2004 {"%d"}
0x1163 5 rsi = rsp + 0xc {var_186a2c}
0x1168 6 eax = 0
0x116a 7 call(0x1040)
0x116f 8 eax = [rsp + 0xc {var_186a2c}].d
0x1175 9 if (eax s<= 0) then 10 @ 0x11c5 else 12 @ 0x1177
0x11c5 10 r9d = (rax - 1).d
0x11cc 11 if (r9d s<= 0) then 16 @ 0x12f0 else 41 @ 0x11d2
0x1177 12 rbx = rsp + 0x28 {var_186a10}
0x117c 13 r14 = 0x2007 {"%d %f %f"}
0x1183 14 r15d = 0
0x1186 15 goto 49 @ 0x1190
0x12f0 16 esi = [rsp + 0x20 {var_186a18}].d
0x12f4 17 xmm0 = [rsp + 0x2c {var_186a0c}].d
0x12fa 18 xmm0.q = fconvert.d(xmm0.d)
0x12fe 19 rbx = 0x2010 {"%d %g\n"}
0x1305 20 rdi = rbx
0x1308 21 al = 1
0x130a 22 call(0x1030)
0x130f 23 esi = [rsp + 0x30 {var_186a08}].d
0x1313 24 xmm0 = [rsp + 0x3c {var_1869fc}].d
0x1319 25 xmm0.q = fconvert.d(xmm0.d)
0x131d 26 rdi = rbx
0x1320 27 al = 1
0x1322 28 call(0x1030)
0x1327 29 esi = [rsp + 0x40 {var_1869f8}].d
0x132b 30 xmm0 = [rsp + 0x4c {var_1869ec}].d
0x1331 31 xmm0.q = fconvert.d(xmm0.d)
0x1335 32 rdi = rbx
0x1338 33 al = 1
0x133a 34 call(0x1030)
0x133f 35 eax = 0
0x1341 36 rsp = rsp + 0x186a20
0x1348 37 rbx = pop
0x1349 38 r14 = pop
0x134b 39 r15 = pop
0x134d 40 <return> jump(pop)
0x11d2 41 rcx = sx.q(r9d)
0x11d5 42 rdi = rcx + 1
0x11d9 43 ebx = (rax - 2).d
0x11dc 44 r8 = rcx
0x11df 45 r8 = r8 << 4
0x11e3 46 rsi = rsp + r8
0x11e7 47 rsi = rsi + 0x20
0x11eb 48 goto 62 @ 0x1201
0x1190 49 rsi = rbx - 8
0x1194 50 rdx = rbx - 4
0x1198 51 rdi = r14
0x119b 52 rcx = rbx
0x119e 53 eax = 0
0x11a0 54 call(0x1040)
0x11a5 55 xmm0 = [rbx - 4].d
0x11aa 56 xmm0.d = xmm0.d f+ fconvert.t([rbx].d)
0x11ae 57 [rbx + 4].d = xmm0.d
0x11b3 58 r15 = r15 + 1
0x11b7 59 rax = sx.q([rsp + 0xc {var_186a2c}].d)
0x11bc 60 rbx = rbx + 0x10
0x11c3 61 if (r15 s< rax) then 49 @ 0x1190 else 10 @ 0x11c5
0x1201 62 xmm0 = [rsi + 0xc].d
0x1206 63 rdx = sx.q(ebx)
0x1209 64 rdx = rdx << 4
0x120d 65 flag:p = is_unordered.d(xmm0.d, fconvert.t([rsp + rdx + 0x2c].d))
0x120d 66 flag:c = xmm0.d f< fconvert.t([rsp + rdx + 0x2c].d) | is_unordered.d(xmm0.d, fconvert.t([rsp + rdx + 0x2c].d))
0x120d 67 flag:z = xmm0.d f== fconvert.t([rsp + rdx + 0x2c].d) | is_unordered.d(xmm0.d, fconvert.t([rsp + rdx + 0x2c].d))
0x120d 68 flag:s = 0
0x120d 69 flag:o = 0
0x120d 70 flag:a = 0
0x1212 71 if (flag:z || flag:c) then 72 @ 0x11f0 else 76 @ 0x1214
0x11f0 72 rdi = rdi - 1
0x11f4 73 ebx = ebx - 1
0x11f7 74 rsi = rsi - 0x10
0x11ff 75 if (rdi s<= 1) then 83 @ 0x1234 else 62 @ 0x1201
0x1214 76 xmm0 = [rsi].o
0x1217 77 [rsp + 0x10 {var_186a28_1}].o = xmm0
0x121c 78 xmm0 = [rsp + rdx + 0x20].o
0x1221 79 [rsi].o = xmm0
0x1224 80 xmm0 = [rsp + 0x10 {var_186a28_1}].o
0x1229 81 [rsp + rdx + 0x20].o = xmm0
0x122e 82 goto 72 @ 0x11f0
0x1234 83 if (r9d s< 2) then 16 @ 0x12f0 else 84 @ 0x123a
0x123a 84 rdi = rcx + 1
0x123e 85 esi = (rax - 2).d
0x1241 86 rbx = rsp + r8
0x1245 87 rbx = rbx + 0x20
0x1249 88 goto 89 @ 0x1261
0x1261 89 xmm0 = [rbx + 0xc].d
0x1266 90 rdx = sx.q(esi)
0x1269 91 rdx = rdx << 4
0x126d 92 flag:p = is_unordered.d(xmm0.d, fconvert.t([rsp + rdx + 0x2c].d))
0x126d 93 flag:c = xmm0.d f< fconvert.t([rsp + rdx + 0x2c].d) | is_unordered.d(xmm0.d, fconvert.t([rsp + rdx + 0x2c].d))
0x126d 94 flag:z = xmm0.d f== fconvert.t([rsp + rdx + 0x2c].d) | is_unordered.d(xmm0.d, fconvert.t([rsp + rdx + 0x2c].d))
0x126d 95 flag:s = 0
0x126d 96 flag:o = 0
0x126d 97 flag:a = 0
0x1272 98 if (flag:z || flag:c) then 99 @ 0x1250 else 103 @ 0x1274
0x1250 99 rdi = rdi - 1
0x1254 100 esi = esi - 1
0x1257 101 rbx = rbx - 0x10
0x125f 102 if (rdi s<= 2) then 110 @ 0x1294 else 89 @ 0x1261
0x1274 103 xmm0 = [rbx].o
0x1277 104 [rsp + 0x10 {var_186a28_2}].o = xmm0
0x127c 105 xmm0 = [rsp + rdx + 0x20].o
0x1281 106 [rbx].o = xmm0
0x1284 107 xmm0 = [rsp + 0x10 {var_186a28_2}].o
0x1289 108 [rsp + rdx + 0x20].o = xmm0
0x128e 109 goto 99 @ 0x1250
0x1294 110 if (r9d s< 3) then 16 @ 0x12f0 else 111 @ 0x1296
0x1296 111 rcx = rcx + 1
0x129a 112 eax = eax - 2
0x129d 113 rdx = rsp + r8
0x12a1 114 rdx = rdx + 0x20
0x12a5 115 goto 116 @ 0x12c1
0x12c1 116 xmm0 = [rdx + 0xc].d
0x12c6 117 rsi = sx.q(eax)
0x12c9 118 rsi = rsi << 4
0x12cd 119 flag:p = is_unordered.d(xmm0.d, fconvert.t([rsp + rsi + 0x2c].d))
0x12cd 120 flag:c = xmm0.d f< fconvert.t([rsp + rsi + 0x2c].d) | is_unordered.d(xmm0.d, fconvert.t([rsp + rsi + 0x2c].d))
0x12cd 121 flag:z = xmm0.d f== fconvert.t([rsp + rsi + 0x2c].d) | is_unordered.d(xmm0.d, fconvert.t([rsp + rsi + 0x2c].d))
0x12cd 122 flag:s = 0
0x12cd 123 flag:o = 0
0x12cd 124 flag:a = 0
0x12d2 125 if (flag:z || flag:c) then 126 @ 0x12b0 else 130 @ 0x12d4
0x12b0 126 rcx = rcx - 1
0x12b4 127 eax = eax - 1
0x12b7 128 rdx = rdx - 0x10
0x12bf 129 if (rcx s<= 3) then 16 @ 0x12f0 else 116 @ 0x12c1
0x12d4 130 xmm0 = [rdx].o
0x12d7 131 [rsp + 0x10 {var_186a28_3}].o = xmm0
0x12dc 132 xmm0 = [rsp + rsi + 0x20].o
0x12e1 133 [rdx].o = xmm0
0x12e4 134 xmm0 = [rsp + 0x10 {var_186a28_3}].o
0x12e9 135 [rsp + rsi + 0x20].o = xmm0
0x12ee 136 goto 126 @ 0x12b0
int64_t _fini():
0x1354 0 rsp = rsp - 8
0x1358 1 rsp = rsp + 8
0x135c 2 <return> jump(pop)
| POJ_14 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
char* gets(char* buf):
0x1050 0 <return> tailcall([0x4028].q)
int32_t puts(char const* str):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x11d0 {"UAWAVAUATSH_"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
uint64_t isA(char arg1):
0x1170 0 ecx = (rdi - 0x30).d
0x1173 1 eax = 1
0x117b 2 if (cl u< 0xa) then 3 @ 0x1199 else 4 @ 0x117d
0x1199 3 <return> jump(pop)
0x117d 4 ecx = (rdi - 0x61).d
0x1183 5 if (cl u< 0x1a) then 3 @ 0x1199 else 6 @ 0x1185
0x1185 6 eax = (rdi - 0x41).d
0x1188 7 flag:c = al u< 0x1a
0x118a 8 al = flag:c
0x1191 9 cl = dil == 0x5f
0x1194 10 cl = cl | al
0x1196 11 eax = zx.d(cl)
0x1196 12 goto 3 @ 0x1199
uint64_t isStart(char arg1):
0x11a0 0 ecx = (rdi - 0x61).d
0x11a3 1 eax = 1
0x11ab 2 if (cl u< 0x1a) then 3 @ 0x11c1 else 4 @ 0x11ad
0x11c1 3 <return> jump(pop)
0x11ad 4 eax = (rdi - 0x41).d
0x11b0 5 flag:c = al u< 0x1a
0x11b2 6 al = flag:c
0x11b9 7 cl = dil == 0x5f
0x11bc 8 cl = cl | al
0x11be 9 eax = zx.d(cl)
0x11be 10 goto 3 @ 0x11c1
int32_t main(int32_t argc, char** argv, char** envp):
0x11d0 0 push(rbp)
0x11d1 1 push(r15)
0x11d3 2 push(r14)
0x11d5 3 push(r13)
0x11d7 4 push(r12)
0x11d9 5 push(rbx)
0x11da 6 rsp = rsp - 0x5f08
0x11e1 7 [rsp + 0xc {var_5f2c}].d = 0
0x11e9 8 rdi = 0x2004 {"%d\n"}
0x11f0 9 rsi = rsp + 0xc {var_5f2c}
0x11f5 10 eax = 0
0x11f7 11 call(0x1040)
0x1201 12 if ([rsp + 0xc {var_5f2c}].d s<= 0) then 13 @ 0x1321 else 22 @ 0x1207
0x1321 13 eax = 0
0x1323 14 rsp = rsp + 0x5f08
0x132a 15 rbx = pop
0x132b 16 r12 = pop
0x132d 17 r13 = pop
0x132f 18 r14 = pop
0x1331 19 r15 = pop
0x1333 20 rbp = pop
0x1334 21 <return> jump(pop)
0x1207 22 r14 = rsp + 0x10 {var_5f28}
0x120c 23 ebx = 0
0x120e 24 goto 25 @ 0x1210
0x1210 25 rdi = r14
0x1213 26 eax = 0
0x1215 27 call(0x1050)
0x121a 28 rbx = rbx + 1
0x121e 29 rax = sx.q([rsp + 0xc {var_5f2c}].d)
0x1223 30 r14 = r14 + 0x51
0x122a 31 if (rbx s< rax) then 25 @ 0x1210 else 32 @ 0x122e
0x122e 32 if (eax s<= 0) then 13 @ 0x1321 else 33 @ 0x1234
0x1234 33 rbx = rsp + 0x10 {var_5f28}
0x1239 34 r14d = 0
0x123c 35 r15 = 0x200a {"1"}
0x1243 36 r12 = 0x2008 {"0"}
0x124a 37 r13d = 0
0x124d 38 goto 39 @ 0x126e
0x126e 39 rax = r13 << 3
0x1276 40 rax = rax + r13
0x1279 41 rbp = rax + (rax << 3)
0x127d 42 rdi = rsp + rbp
0x1281 43 rdi = rdi + 0x10
0x1285 44 call(0x1030)
0x128a 45 cl = [rsp + rbp + 0x10].b
0x128e 46 edx = (rcx - 0x61).d
0x1294 47 if (dl u>= 0x1a) then 48 @ 0x12f3 else 49 @ 0x1296
0x12f3 48 if (cl == 0x5f) then 49 @ 0x1296 else 51 @ 0x12f5
0x1296 49 rdi = r15
0x129b 50 if (eax s<= 0) then 53 @ 0x1253 else 58 @ 0x129d
0x12f5 51 edx = (rcx - 0x41).d
0x12fb 52 if (dl u> 0x19) then 62 @ 0x1250 else 64 @ 0x1301
0x1253 53 call(0x1060)
0x1258 54 r13 = r13 + 1
0x125c 55 rax = sx.q([rsp + 0xc {var_5f2c}].d)
0x1261 56 rbx = rbx + 0x51
0x1268 57 if (r13 s>= rax) then 13 @ 0x1321 else 39 @ 0x126e
0x129d 58 edx = eax
0x129f 59 eax = 1
0x12a4 60 esi = 1
0x12a9 61 goto 65 @ 0x12b0
0x1250 62 rdi = r12
0x1250 63 goto 53 @ 0x1253
0x1301 64 goto 49 @ 0x1296
0x12b0 65 edi = (rcx - 0x30).d
0x12b7 66 if (dil u< 0xa) then 67 @ 0x12d8 else 68 @ 0x12b9
0x12d8 67 if (rdx == rsi) then 70 @ 0x1310 else 72 @ 0x12da
0x12b9 68 edi = (rcx - 0x61).d
0x12c0 69 if (dil u< 0x1a) then 67 @ 0x12d8 else 75 @ 0x12c2
0x1310 70 rdi = r15
0x1316 71 if (eax != 1) then 62 @ 0x1250 else 79 @ 0x131c
0x12da 72 ecx = zx.d([rbx + rsi].b)
0x12de 73 rsi = rsi + 1
0x12e2 74 goto 65 @ 0x12b0
0x12c2 75 edi = (rcx - 0x5b).d
0x12c5 76 cond:0 = dil u< -0x1a
0x12c9 77 edi = eax
0x12cb 78 if (cond:0) then 80 else 82 @ 0x12d2
0x131c 79 goto 53 @ 0x1253
0x12cb 80 edi = r14d
0x12cb 81 goto 82 @ 0x12d2
0x12d2 82 if (cl != 0x5f) then 83 else 85
0x12d2 83 eax = edi
0x12d2 84 goto 85
0x12d2 85 goto 67 @ 0x12d8
int64_t _fini():
0x133c 0 rsp = rsp - 8
0x1340 1 rsp = rsp + 8
0x1344 2 <return> jump(pop)
| POJ_58 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UHHp"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 rsp = rsp - 0x370
0x116b 3 [rbp - 4 {var_c}].d = 0
0x1172 4 rdi = 0x2004 {"%d"}
0x1179 5 rsi = rbp - 8 {var_10}
0x117d 6 al = 0
0x117f 7 call(0x1040)
0x1184 8 [rbp - 0x10 {var_18}].d = 0
0x1184 9 goto 10 @ 0x118b
0x118b 10 eax = [rbp - 0x10 {var_18}].d
0x1191 11 if (eax s>= [rbp - 8 {var_10}].d) then 12 @ 0x1301 else 16 @ 0x1197
0x1301 12 eax = 0
0x1303 13 rsp = rsp + 0x370
0x130a 14 rbp = pop
0x130b 15 <return> jump(pop)
0x1197 16 xmm0 = 0
0x119a 17 [rbp - 0x358 {var_360_1}].q = xmm0.q
0x11a2 18 xmm0 = 0
0x11a5 19 [rbp - 0x360 {var_368_1}].q = xmm0.q
0x11ad 20 rdi = 0x2004 {"%d"}
0x11b4 21 rsi = rbp - 0xc {var_14}
0x11b8 22 al = 0
0x11ba 23 call(0x1040)
0x11bf 24 [rbp - 0x14 {var_1c_1}].d = 0
0x11bf 25 goto 26 @ 0x11c6
0x11c6 26 eax = [rbp - 0x14 {var_1c_1}].d
0x11cc 27 if (eax s>= [rbp - 0xc {var_14}].d) then 28 @ 0x121d else 38 @ 0x11d2
0x121d 28 xmm0 = zx.o([rbp - 0x358 {var_360_1}].q)
0x1225 29 xmm1.q = float.d([rbp - 0xc {var_14}].d)
0x122a 30 xmm0.q = xmm0.q f/ xmm1.q
0x122e 31 [rbp - 0x360 {var_368_2}].q = xmm0.q
0x1236 32 xmm0 = 0
0x1239 33 [rbp - 0x350 {var_358_1}].q = xmm0.q
0x1241 34 xmm0 = 0
0x1244 35 [rbp - 0x368 {var_370_1}].q = xmm0.q
0x124c 36 [rbp - 0x18 {var_20_1}].d = 0
0x124c 37 goto 53 @ 0x1253
0x11d2 38 rax = sx.q([rbp - 0x14 {var_1c_1}].d)
0x11d6 39 rsi = rbp - 0x340 {var_348}
0x11dd 40 rax = rax << 3
0x11e1 41 rsi = rsi + rax
0x11e4 42 rdi = 0x2007 {"%lf"}
0x11eb 43 al = 0
0x11ed 44 call(0x1040)
0x11f2 45 rax = sx.q([rbp - 0x14 {var_1c_1}].d)
0x11f6 46 xmm0 = zx.o([rbp + (rax << 3) - 0x340].q)
0x11ff 47 xmm0.q = xmm0.q f+ fconvert.t([rbp - 0x358 {var_360_1}].q)
0x1207 48 [rbp - 0x358 {var_360_1}].q = xmm0.q
0x120f 49 eax = [rbp - 0x14 {var_1c_1}].d
0x1212 50 eax = eax + 1
0x1215 51 [rbp - 0x14 {var_1c_1}].d = eax
0x1218 52 goto 26 @ 0x11c6
0x1253 53 eax = [rbp - 0x18 {var_20_1}].d
0x1259 54 if (eax s>= [rbp - 0xc {var_14}].d) then 55 @ 0x12af else 70 @ 0x125f
0x12af 55 xmm0 = zx.o([rbp - 0x350 {var_358_1}].q)
0x12b7 56 xmm1.q = float.d([rbp - 0xc {var_14}].d)
0x12bc 57 xmm0.q = xmm0.q f/ xmm1.q
0x12c0 58 [rbp - 0x368 {var_370_2}].q = xmm0.q
0x12c8 59 xmm0 = zx.o([rbp - 0x368 {var_370_2}].q)
0x12d0 60 call(0x1050)
0x12d5 61 [rbp - 0x348 {var_350_1}].q = xmm0.q
0x12dd 62 xmm0 = zx.o([rbp - 0x348 {var_350_1}].q)
0x12e5 63 rdi = 0x200b {"%.5f\n"}
0x12ec 64 al = 1
0x12ee 65 call(0x1030)
0x12f3 66 eax = [rbp - 0x10 {var_18}].d
0x12f6 67 eax = eax + 1
0x12f9 68 [rbp - 0x10 {var_18}].d = eax
0x12fc 69 goto 10 @ 0x118b
0x125f 70 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x1263 71 xmm0 = zx.o([rbp + (rax << 3) - 0x340].q)
0x126c 72 xmm0.q = xmm0.q f- fconvert.t([rbp - 0x360 {var_368_2}].q)
0x1274 73 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x1278 74 xmm2 = zx.o([rbp + (rax << 3) - 0x340].q)
0x1281 75 xmm2.q = xmm2.q f- fconvert.t([rbp - 0x360 {var_368_2}].q)
0x1289 76 xmm1 = zx.o([rbp - 0x350 {var_358_1}].q)
0x1291 77 xmm0.q = xmm0.q f* xmm2.q
0x1295 78 xmm0.q = xmm0.q f+ xmm1.q
0x1299 79 [rbp - 0x350 {var_358_1}].q = xmm0.q
0x12a1 80 eax = [rbp - 0x18 {var_20_1}].d
0x12a4 81 eax = eax + 1
0x12a7 82 [rbp - 0x18 {var_20_1}].d = eax
0x12aa 83 goto 53 @ 0x1253
int64_t _fini():
0x1310 0 rsp = rsp - 8
0x1314 1 rsp = rsp + 8
0x1318 2 <return> jump(pop)
| POJ_38 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAVSHH="}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r14)
0x1153 2 push(rbx)
0x1154 3 rsp = rsp - 0x10
0x1158 4 rdi = 0x2004 {"%d"}
0x115f 5 rsi = rsp + 0xc {var_1c}
0x1164 6 eax = 0
0x1166 7 call(0x1040)
0x116b 8 rax = sx.q([rsp + 0xc {var_1c}].d)
0x1170 9 r9 = rax * 0x68db8bad
0x1177 10 rcx = r9
0x117a 11 rcx = rcx u>> 0x3f
0x117e 12 r9 = r9 s>> 0x2c
0x1182 13 r9d = r9d + ecx
0x1185 14 ecx = r9d * 0x2710
0x118c 15 rdx = rax * 0x10624dd3
0x1193 16 r10d = eax
0x1196 17 rdi = rax * 0x51eb851f
0x119d 18 r11d = eax
0x11a0 19 rbx = rax * 0x66666667
0x11a7 20 esi = eax
0x11a9 21 r14d = (rax + 0x270f).d
0x11b0 22 eax = eax - ecx
0x11b2 23 ecx = sx.d(ax)
0x11b5 24 ecx = ecx * -0x7ced
0x11bb 25 ecx = ecx u>> 0x10
0x11be 26 ecx = ecx + eax
0x11c0 27 ecx = zx.d(cx)
0x11c3 28 ebp = sx.d(cx)
0x11c6 29 ecx = ecx u>> 0xf
0x11c9 30 ebp = ebp s>> 9
0x11cc 31 ebp = ebp + ecx
0x11ce 32 rcx = rdx
0x11d1 33 rcx = rcx u>> 0x3f
0x11d5 34 rdx = rdx s>> 0x26
0x11d9 35 edx = edx + ecx
0x11db 36 ecx = edx * 0x3e8
0x11e1 37 r10d = r10d - ecx
0x11e4 38 ecx = sx.d(r10w)
0x11e8 39 ecx = ecx * 0x147b
0x11ee 40 edx = ecx
0x11f0 41 edx = edx u>> 0x1f
0x11f3 42 ecx = ecx s>> 0x13
0x11f6 43 ecx = ecx + edx
0x11f8 44 rdx = rdi
0x11fb 45 rdx = rdx u>> 0x3f
0x11ff 46 rdi = rdi s>> 0x25
0x1203 47 edi = edi + edx
0x1205 48 edx = edi * 0x64
0x1208 49 r11d = r11d - edx
0x120b 50 edx = sx.d(r11b)
0x120f 51 edx = edx * 0x67
0x1212 52 edx = zx.d(dx)
0x1215 53 edi = sx.d(dx)
0x1218 54 edx = edx u>> 0xf
0x121b 55 edi = edi u>> 0xa
0x121e 56 dil = dil + dl
0x1221 57 rdx = rbx
0x1224 58 rdx = rdx u>> 0x3f
0x1228 59 rbx = rbx s>> 0x22
0x122c 60 ebx = ebx + edx
0x122e 61 r8d = sx.d(bp)
0x1232 62 edx = sx.d(dil)
0x1236 63 ebx = ebx + ebx
0x1238 64 edi = (rbx + (rbx << 2)).d
0x123b 65 esi = esi - edi
0x1244 66 if (r14d u>= 0x4e1f) then 67 @ 0x1279 else 71 @ 0x1246
0x1279 67 rdi = 0x2007 {"%d%d%d%d%d\n"}
0x1280 68 eax = 0
0x1282 69 call(0x1030)
0x1287 70 goto 73 @ 0x12b7
0x1246 71 eax = eax + 0x3e7
0x1250 72 if (eax u>= 0x7cf) then 78 @ 0x1289 else 82 @ 0x1252
0x12b7 73 rsp = rsp + 0x10
0x12bb 74 rbx = pop
0x12bc 75 r14 = pop
0x12be 76 rbp = pop
0x12bf 77 <return> jump(pop)
0x1289 78 rdi = 0x2009 {"%d%d%d%d\n"}
0x1290 79 eax = 0
0x1292 80 call(0x1030)
0x1297 81 goto 73 @ 0x12b7
0x1252 82 r10d = r10d + 0x63
0x125d 83 if (r10d u>= 0xc7) then 84 @ 0x1299 else 88 @ 0x125f
0x1299 84 rdi = 0x200b {"%d%d%d\n"}
0x12a0 85 eax = 0
0x12a2 86 call(0x1030)
0x12a7 87 goto 73 @ 0x12b7
0x125f 88 r11d = r11d + 9
0x1267 89 if (r11d u>= 0x13) then 90 @ 0x12a9 else 94 @ 0x1269
0x12a9 90 rdi = 0x200d {"%d%d\n"}
0x12b0 91 eax = 0
0x12b2 92 call(0x1030)
0x12b2 93 goto 73 @ 0x12b7
0x1269 94 rdi = 0x200f {"%d\n"}
0x1270 95 eax = 0
0x1272 96 call(0x1030)
0x1277 97 goto 73 @ 0x12b7
int64_t _fini():
0x12c4 0 rsp = rsp - 8
0x12c8 1 rsp = rsp + 8
0x12cc 2 <return> jump(pop)
| POJ_56 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVATSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(r12)
0x1166 3 push(rbx)
0x1167 4 rsp = rsp - 0x9de8
0x116e 5 rdi = 0x2004 {"%d"}
0x1175 6 rsi = rsp + 0xc {var_9dfc}
0x117a 7 eax = 0
0x117c 8 call(0x1040)
0x1186 9 if ([rsp + 0xc {var_9dfc}].d s<= 0) then 10 @ 0x1288 else 16 @ 0x118c
0x1288 10 rsp = rsp + 0x9de8
0x128f 11 rbx = pop
0x1290 12 r12 = pop
0x1292 13 r14 = pop
0x1294 14 r15 = pop
0x1296 15 <return> jump(pop)
0x118c 16 r15 = rsp + 0x1a0 {var_9c68}
0x1194 17 r14 = 0x2007 {"%s"}
0x119b 18 ebx = 0
0x119d 19 goto 20 @ 0x11a0
0x11a0 20 rdi = r14
0x11a3 21 rsi = r15
0x11a6 22 eax = 0
0x11a8 23 call(0x1040)
0x11ad 24 rdi = r15
0x11b0 25 call(0x1030)
0x11b5 26 [rsp + (rbx << 2) + 0x10].d = eax
0x11b9 27 rbx = rbx + 1
0x11bd 28 rax = sx.q([rsp + 0xc {var_9dfc}].d)
0x11c2 29 r15 = r15 + 0xc8
0x11cc 30 if (rbx s< rax) then 20 @ 0x11a0 else 31 @ 0x11d0
0x11d0 31 if (eax s<= 0) then 10 @ 0x1288 else 32 @ 0x11d6
0x11d6 32 r12 = rsp + 0x1a0 {var_9c68}
0x11de 33 r14d = 0
0x11e1 34 goto 35 @ 0x120f
0x120f 35 rax = sx.q([rsp + (r14 << 2) + 0x10].d)
0x1214 36 rcx = r14 * 0xc8
0x121b 37 rcx = rcx + rsp
0x121e 38 rcx = rcx + 0x1a0
0x1225 39 cl = [rax + rcx - 1].b
0x122c 40 if (cl == 0x72) then 41 @ 0x1236 else 42 @ 0x1231
0x1236 41 if (eax s< 3) then 43 @ 0x11f0 else 49 @ 0x1238
0x1231 42 if (cl != 0x79) then 52 @ 0x1263 else 41 @ 0x1236
0x11f0 43 edi = 0xa {""}
0x11f5 44 call(0x1050)
0x11fa 45 r14 = r14 + 1
0x11fe 46 rax = sx.q([rsp + 0xc {var_9dfc}].d)
0x1203 47 r12 = r12 + 0xc8
0x120d 48 if (r14 s>= rax) then 10 @ 0x1288 else 35 @ 0x120f
0x1238 49 r15d = (rax - 2).d
0x123c 50 ebx = 0
0x123e 51 goto 53 @ 0x1240
0x1263 52 if (eax s< 4) then 43 @ 0x11f0 else 57 @ 0x1265
0x1240 53 edi = sx.d([r12 + rbx].b)
0x1245 54 call(0x1050)
0x124a 55 rbx = rbx + 1
0x1251 56 if (r15 != rbx) then 53 @ 0x1240 else 60 @ 0x1253
0x1265 57 r15d = (rax - 3).d
0x1269 58 ebx = 0
0x126b 59 goto 61 @ 0x1270
0x1253 60 goto 43 @ 0x11f0
0x1270 61 edi = sx.d([r12 + rbx].b)
0x1275 62 call(0x1050)
0x127a 63 rbx = rbx + 1
0x1281 64 if (r15 != rbx) then 61 @ 0x1270 else 65 @ 0x1283
0x1283 65 goto 43 @ 0x11f0
int64_t _fini():
0x129c 0 rsp = rsp - 8
0x12a0 1 rsp = rsp + 8
0x12a4 2 <return> jump(pop)
| POJ_57 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UHH`"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 rsp = rsp - 0x660
0x116b 3 xmm0 = 0
0x116e 4 [rbp - 0x20 {var_28}].q = xmm0.q
0x1173 5 rdi = 0x2004 {"%d"}
0x117a 6 rsi = rbp - 0xc {var_14}
0x117e 7 al = 0
0x1180 8 call(0x1040)
0x1185 9 [rbp - 4 {var_c}].d = 0
0x1185 10 goto 11 @ 0x118c
0x118c 11 eax = [rbp - 4 {var_c}].d
0x1192 12 if (eax s>= [rbp - 0xc {var_14}].d) then 13 @ 0x11d8 else 15 @ 0x1198
0x11d8 13 [rbp - 4 {var_c_1}].d = 0
0x11d8 14 goto 30 @ 0x11df
0x1198 15 rax = sx.q([rbp - 4 {var_c}].d)
0x119c 16 rsi = rbp - 0x340 {var_348}
0x11a3 17 rax = rax << 3
0x11a7 18 rsi = rsi + rax
0x11aa 19 rax = sx.q([rbp - 4 {var_c}].d)
0x11ae 20 rdx = rbp - 0x660 {var_668}
0x11b5 21 rax = rax << 3
0x11b9 22 rdx = rdx + rax
0x11bc 23 rdi = 0x2007 {"%lf %lf"}
0x11c3 24 al = 0
0x11c5 25 call(0x1040)
0x11ca 26 eax = [rbp - 4 {var_c}].d
0x11cd 27 eax = eax + 1
0x11d0 28 [rbp - 4 {var_c}].d = eax
0x11d3 29 goto 11 @ 0x118c
0x11df 30 eax = [rbp - 4 {var_c_1}].d
0x11e2 31 ecx = [rbp - 0xc {var_14}].d
0x11e5 32 ecx = ecx - 1
0x11ea 33 if (eax s>= ecx) then 34 @ 0x1283 else 41 @ 0x11f0
0x1283 34 xmm0 = zx.o([rbp - 0x20 {var_28}].q)
0x1288 35 rdi = 0x200f {"%.4lf"}
0x128f 36 al = 1
0x1291 37 call(0x1030)
0x1296 38 rsp = rsp + 0x660
0x129d 39 rbp = pop
0x129e 40 <return> jump(pop)
0x11f0 41 eax = [rbp - 4 {var_c_1}].d
0x11f3 42 eax = eax + 1
0x11f6 43 [rbp - 8 {var_10_1}].d = eax
0x11f6 44 goto 45 @ 0x11f9
0x11f9 45 eax = [rbp - 8 {var_10_1}].d
0x11ff 46 if (eax s>= [rbp - 0xc {var_14}].d) then 47 @ 0x1270 else 48 @ 0x1205
0x1270 47 goto 66 @ 0x1275
0x1205 48 rax = sx.q([rbp - 4 {var_c_1}].d)
0x1209 49 xmm0 = zx.o([rbp + (rax << 3) - 0x340].q)
0x1212 50 rax = sx.q([rbp - 4 {var_c_1}].d)
0x1216 51 xmm1 = zx.o([rbp + (rax << 3) - 0x660].q)
0x121f 52 rax = sx.q([rbp - 8 {var_10_1}].d)
0x1223 53 xmm2 = zx.o([rbp + (rax << 3) - 0x340].q)
0x122c 54 rax = sx.q([rbp - 8 {var_10_1}].d)
0x1230 55 xmm3 = zx.o([rbp + (rax << 3) - 0x660].q)
0x1239 56 call(0x12a0)
0x123e 57 [rbp - 0x18 {var_20_1}].q = xmm0.q
0x1243 58 xmm0 = zx.o([rbp - 0x18 {var_20_1}].q)
0x1248 59 flag:p = is_unordered.q(xmm0.q, fconvert.t([rbp - 0x20 {var_28}].q))
0x1248 60 flag:c = xmm0.q f< fconvert.t([rbp - 0x20 {var_28}].q) | is_unordered.q(xmm0.q, fconvert.t([rbp - 0x20 {var_28}].q))
0x1248 61 flag:z = xmm0.q f== fconvert.t([rbp - 0x20 {var_28}].q) | is_unordered.q(xmm0.q, fconvert.t([rbp - 0x20 {var_28}].q))
0x1248 62 flag:s = 0
0x1248 63 flag:o = 0
0x1248 64 flag:a = 0
0x124d 65 if (flag:z || flag:c) then 70 @ 0x125d else 71 @ 0x1253
0x1275 66 eax = [rbp - 4 {var_c_1}].d
0x1278 67 eax = eax + 1
0x127b 68 [rbp - 4 {var_c_1}].d = eax
0x127e 69 goto 30 @ 0x11df
0x125d 70 goto 74 @ 0x1262
0x1253 71 xmm0 = zx.o([rbp - 0x18 {var_20_1}].q)
0x1258 72 [rbp - 0x20 {var_28}].q = xmm0.q
0x1258 73 goto 70 @ 0x125d
0x1262 74 eax = [rbp - 8 {var_10_1}].d
0x1265 75 eax = eax + 1
0x1268 76 [rbp - 8 {var_10_1}].d = eax
0x126b 77 goto 45 @ 0x11f9
int64_t distance(double arg1, double arg2 @ zmm0, double arg3 @ zmm1, double arg4 @ zmm2, double arg5 @ zmm3):
0x12a0 0 push(rbp)
0x12a1 1 rbp = rsp {__saved_rbp}
0x12a4 2 rsp = rsp - 0x30
0x12a8 3 [rbp - 8 {var_10}].q = xmm0.q
0x12ad 4 [rbp - 0x10 {var_18}].q = xmm1.q
0x12b2 5 [rbp - 0x18 {var_20}].q = xmm2.q
0x12b7 6 [rbp - 0x20 {var_28}].q = xmm3.q
0x12bc 7 xmm0 = zx.o([rbp - 8 {var_10}].q)
0x12c1 8 xmm0.q = xmm0.q f- fconvert.t([rbp - 0x18 {var_20}].q)
0x12c6 9 xmm2 = zx.o([rbp - 8 {var_10}].q)
0x12cb 10 xmm2.q = xmm2.q f- fconvert.t([rbp - 0x18 {var_20}].q)
0x12d0 11 xmm1 = zx.o([rbp - 0x10 {var_18}].q)
0x12d5 12 xmm1.q = xmm1.q f- fconvert.t([rbp - 0x20 {var_28}].q)
0x12da 13 xmm3 = zx.o([rbp - 0x10 {var_18}].q)
0x12df 14 xmm3.q = xmm3.q f- fconvert.t([rbp - 0x20 {var_28}].q)
0x12e4 15 xmm1.q = xmm1.q f* xmm3.q
0x12e8 16 xmm0.q = xmm0.q f* xmm2.q
0x12ec 17 xmm0.q = xmm0.q f+ xmm1.q
0x12f0 18 call(0x1050)
0x12f5 19 [rbp - 0x28 {var_30}].q = xmm0.q
0x12fa 20 xmm0 = zx.o([rbp - 0x28 {var_30}].q)
0x12ff 21 rsp = rsp + 0x30
0x1303 22 rbp = pop
0x1304 23 <return> jump(pop)
int64_t _fini():
0x130c 0 rsp = rsp - 8
0x1310 1 rsp = rsp + 8
0x1314 2 <return> jump(pop)
| POJ_70 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
int64_t malloc(uint64_t bytes):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UAWAVAUATSHH="}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 push(r15)
0x1173 2 push(r14)
0x1175 3 push(r13)
0x1177 4 push(r12)
0x1179 5 push(rbx)
0x117a 6 rsp = rsp - 0x18
0x117e 7 rdi = 0x2010 {"%d"}
0x1185 8 rsi = rsp + 8 {var_40}
0x118a 9 eax = 0
0x118c 10 call(0x1040)
0x1191 11 rbx = sx.q([rsp + 8 {var_40}].d)
0x1196 12 rdi = rbx << 3
0x119e 13 call(0x1060)
0x11a6 14 if (rbx s<= 0) then 15 @ 0x136e else 24 @ 0x11ac
0x136e 15 eax = 0
0x1370 16 rsp = rsp + 0x18
0x1374 17 rbx = pop
0x1375 18 r12 = pop
0x1377 19 r13 = pop
0x1379 20 r14 = pop
0x137b 21 r15 = pop
0x137d 22 rbp = pop
0x137e 23 <return> jump(pop)
0x11ac 24 r12 = rax
0x11af 25 r13 = 0x2013 {"%lf"}
0x11b6 26 r14d = 0
0x11b9 27 goto 28 @ 0x11dd
0x11dd 28 rdi = 0x2010 {"%d"}
0x11e4 29 rsi = rsp + 0xc {var_3c}
0x11e9 30 eax = 0
0x11eb 31 call(0x1040)
0x11f0 32 rbp = sx.q([rsp + 0xc {var_3c}].d)
0x11f5 33 rdi = rbp << 3
0x11fd 34 call(0x1060)
0x1205 35 if (rbp s<= 0) then 36 @ 0x1280 else 39 @ 0x1207
0x1280 36 xmm1 = 0
0x1283 37 xmm1.q = float.d(ebp)
0x1283 38 goto 44 @ 0x1287
0x1207 39 rbx = rax
0x120a 40 xmm4 = 0
0x120d 41 rbp = rax
0x1210 42 r15d = 0
0x121d 43 goto 46 @ 0x1220
0x1287 44 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x128b 45 goto 57 @ 0x131a
0x1220 46 [rsp + 0x10 {var_38_1}].q = xmm4.q
0x1226 47 rdi = r13
0x1229 48 rsi = rbp
0x122c 49 eax = 0
0x122e 50 call(0x1040)
0x1233 51 xmm4 = zx.o([rsp + 0x10 {var_38_1}].q)
0x1239 52 xmm4.q = xmm4.q f+ fconvert.t([rbp].q)
0x123e 53 r15 = r15 + 1
0x1242 54 rax = sx.q([rsp + 0xc {var_3c}].d)
0x1247 55 rbp = rbp + 8
0x124e 56 if (r15 s< rax) then 46 @ 0x1220 else 65 @ 0x1250
0x131a 57 xmm0.q = xmm0.q f/ xmm1.q
0x131e 58 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x131e 59 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x131e 60 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x131e 61 flag:s = 0
0x131e 62 flag:o = 0
0x131e 63 flag:a = 0
0x1326 64 if (flag:c) then 69 @ 0x11c0 else 71 @ 0x132c
0x1250 65 ecx = eax
0x1252 66 xmm1 = 0
0x1255 67 xmm1.q = float.d(ecx)
0x125b 68 if (ecx s<= 0) then 44 @ 0x1287 else 73 @ 0x125d
0x11c0 69 call(0x1050)
0x11c0 70 goto 78 @ 0x11c5
0x132c 71 xmm0 = _mm_sqrt_sd(xmm0.q)
0x1330 72 goto 78 @ 0x11c5
0x125d 73 xmm4.q = xmm4.q f/ xmm1.q
0x1261 74 rdx = rcx - 1
0x1265 75 eax = ecx
0x1267 76 eax = eax & 3
0x126e 77 if (rdx u>= 3) then 82 @ 0x1290 else 86 @ 0x1270
0x11c5 78 [r12 + (r14 << 3)].q = xmm0.q
0x11cb 79 r14 = r14 + 1
0x11cf 80 rax = sx.q([rsp + 8 {var_40}].d)
0x11d7 81 if (r14 s>= rax) then 89 @ 0x1337 else 28 @ 0x11dd
0x1290 82 ecx = ecx & 0xfffffffc
0x1293 83 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1297 84 edx = 0
0x1299 85 goto 90 @ 0x12a0
0x1270 86 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1274 87 edx = 0
0x1276 88 goto 108 @ 0x12f3
0x1337 89 if (eax s<= 0) then 15 @ 0x136e else 109 @ 0x1339
0x12a0 90 xmm2 = zx.o([rbx + (rdx << 3)].q)
0x12a5 91 xmm3 = zx.o([rbx + (rdx << 3) + 8].q)
0x12ab 92 xmm2.q = xmm2.q f- xmm4.q
0x12af 93 xmm2.q = xmm2.q f* xmm2.q
0x12b3 94 xmm2.q = xmm2.q f+ xmm0.q
0x12b7 95 xmm3.q = xmm3.q f- xmm4.q
0x12bb 96 xmm3.q = xmm3.q f* xmm3.q
0x12bf 97 xmm3.q = xmm3.q f+ xmm2.q
0x12c3 98 xmm2 = zx.o([rbx + (rdx << 3) + 0x10].q)
0x12c9 99 xmm2.q = xmm2.q f- xmm4.q
0x12cd 100 xmm2.q = xmm2.q f* xmm2.q
0x12d1 101 xmm2.q = xmm2.q f+ xmm3.q
0x12d5 102 xmm0 = zx.o([rbx + (rdx << 3) + 0x18].q)
0x12db 103 xmm0.q = xmm0.q f- xmm4.q
0x12df 104 xmm0.q = xmm0.q f* xmm0.q
0x12e3 105 xmm0.q = xmm0.q f+ xmm2.q
0x12e7 106 rdx = rdx + 4
0x12ee 107 if (rcx != rdx) then 90 @ 0x12a0 else 108 @ 0x12f3
0x12f3 108 if (rax == 0) then 57 @ 0x131a else 112 @ 0x12f5
0x1339 109 ebp = 0
0x133b 110 rbx = 0x2017 {"%.5f\n"}
0x134c 111 goto 115 @ 0x1350
0x12f5 112 rcx = rbx + (rdx << 3)
0x12f9 113 edx = 0
0x12fb 114 goto 122 @ 0x1300
0x1350 115 xmm0 = zx.o([r12 + (rbp << 3)].q)
0x1356 116 rdi = rbx
0x1359 117 al = 1
0x135b 118 call(0x1030)
0x1360 119 rbp = rbp + 1
0x1364 120 rax = sx.q([rsp + 8 {var_40}].d)
0x136c 121 if (rbp s< rax) then 115 @ 0x1350 else 15 @ 0x136e
0x1300 122 xmm2 = zx.o([rcx + (rdx << 3)].q)
0x1305 123 xmm2.q = xmm2.q f- xmm4.q
0x1309 124 xmm2.q = xmm2.q f* xmm2.q
0x130d 125 xmm0.q = xmm0.q f+ xmm2.q
0x1311 126 rdx = rdx + 1
0x1318 127 if (rax != rdx) then 122 @ 0x1300 else 57 @ 0x131a
int64_t _fini():
0x1384 0 rsp = rsp - 8
0x1388 1 rsp = rsp + 8
0x138c 2 <return> jump(pop)
| POJ_38 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t getchar():
0x1040 0 <return> tailcall([0x4020].q)
uint64_t strlen(char const* arg1):
0x1050 0 <return> tailcall([0x4028].q)
char* gets(char* buf):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UHH@E"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 rsp = rsp - 0x40
0x1178 3 [rbp - 4 {var_c}].d = 0
0x117f 4 rdi = rbp - 0x30 {var_38}
0x1183 5 al = 0
0x1185 6 call(0x1060)
0x118a 7 rdi = rbp - 0x30 {var_38}
0x118e 8 call(0x1050)
0x1193 9 [rbp - 0x38 {var_40}].d = eax
0x1196 10 [rbp - 0x34 {var_3c}].d = 0
0x1196 11 goto 12 @ 0x119d
0x119d 12 eax = [rbp - 0x34 {var_3c}].d
0x11a3 13 if (eax s>= [rbp - 0x38 {var_40}].d) then 14 @ 0x1384 else 22 @ 0x11a9
0x1384 14 al = 0
0x1386 15 call(0x1040)
0x138b 16 al = 0
0x138d 17 call(0x1040)
0x1392 18 eax = [rbp - 4 {var_c}].d
0x1395 19 rsp = rsp + 0x40
0x1399 20 rbp = pop
0x139a 21 <return> jump(pop)
0x11a9 22 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x11ad 23 eax = sx.d([rbp + rax - 0x30].b)
0x11b5 24 if (eax == 0x31) then 25 @ 0x125d else 30 @ 0x11bb
0x125d 25 eax = [rbp - 0x34 {var_3c}].d
0x1260 26 eax = eax + 1
0x1263 27 rax = sx.q(eax)
0x1265 28 eax = sx.d([rbp + rax - 0x30].b)
0x126d 29 if (eax == 0x31) then 33 @ 0x1339 else 39 @ 0x1273
0x11bb 30 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x11bf 31 eax = sx.d([rbp + rax - 0x30].b)
0x11c7 32 if (eax == 0x32) then 25 @ 0x125d else 44 @ 0x11cd
0x1339 33 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x133d 34 esi = sx.d([rbp + rax - 0x30].b)
0x1342 35 rdi = 0x2004 {"%c"}
0x1349 36 al = 0
0x134b 37 call(0x1030)
0x1350 38 goto 47 @ 0x136c
0x1273 39 eax = [rbp - 0x34 {var_3c}].d
0x1276 40 eax = eax + 1
0x1279 41 rax = sx.q(eax)
0x127b 42 eax = sx.d([rbp + rax - 0x30].b)
0x1283 43 if (eax == 0x32) then 33 @ 0x1339 else 48 @ 0x1289
0x11cd 44 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x11d1 45 eax = sx.d([rbp + rax - 0x30].b)
0x11d9 46 if (eax == 0x33) then 25 @ 0x125d else 53 @ 0x11df
0x136c 47 goto 56 @ 0x1371
0x1289 48 eax = [rbp - 0x34 {var_3c}].d
0x128c 49 eax = eax + 1
0x128f 50 rax = sx.q(eax)
0x1291 51 eax = sx.d([rbp + rax - 0x30].b)
0x1299 52 if (eax == 0x33) then 33 @ 0x1339 else 57 @ 0x129f
0x11df 53 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x11e3 54 eax = sx.d([rbp + rax - 0x30].b)
0x11eb 55 if (eax == 0x34) then 25 @ 0x125d else 62 @ 0x11f1
0x1371 56 goto 65 @ 0x1376
0x129f 57 eax = [rbp - 0x34 {var_3c}].d
0x12a2 58 eax = eax + 1
0x12a5 59 rax = sx.q(eax)
0x12a7 60 eax = sx.d([rbp + rax - 0x30].b)
0x12af 61 if (eax == 0x34) then 33 @ 0x1339 else 69 @ 0x12b5
0x11f1 62 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x11f5 63 eax = sx.d([rbp + rax - 0x30].b)
0x11fd 64 if (eax == 0x35) then 25 @ 0x125d else 74 @ 0x1203
0x1376 65 eax = [rbp - 0x34 {var_3c}].d
0x1379 66 eax = eax + 1
0x137c 67 [rbp - 0x34 {var_3c}].d = eax
0x137f 68 goto 12 @ 0x119d
0x12b5 69 eax = [rbp - 0x34 {var_3c}].d
0x12b8 70 eax = eax + 1
0x12bb 71 rax = sx.q(eax)
0x12bd 72 eax = sx.d([rbp + rax - 0x30].b)
0x12c5 73 if (eax == 0x35) then 33 @ 0x1339 else 77 @ 0x12cb
0x1203 74 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x1207 75 eax = sx.d([rbp + rax - 0x30].b)
0x120f 76 if (eax == 0x36) then 25 @ 0x125d else 82 @ 0x1215
0x12cb 77 eax = [rbp - 0x34 {var_3c}].d
0x12ce 78 eax = eax + 1
0x12d1 79 rax = sx.q(eax)
0x12d3 80 eax = sx.d([rbp + rax - 0x30].b)
0x12db 81 if (eax == 0x36) then 33 @ 0x1339 else 85 @ 0x12e1
0x1215 82 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x1219 83 eax = sx.d([rbp + rax - 0x30].b)
0x1221 84 if (eax == 0x37) then 25 @ 0x125d else 90 @ 0x1227
0x12e1 85 eax = [rbp - 0x34 {var_3c}].d
0x12e4 86 eax = eax + 1
0x12e7 87 rax = sx.q(eax)
0x12e9 88 eax = sx.d([rbp + rax - 0x30].b)
0x12f1 89 if (eax == 0x37) then 33 @ 0x1339 else 93 @ 0x12f7
0x1227 90 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x122b 91 eax = sx.d([rbp + rax - 0x30].b)
0x1233 92 if (eax == 0x38) then 25 @ 0x125d else 98 @ 0x1239
0x12f7 93 eax = [rbp - 0x34 {var_3c}].d
0x12fa 94 eax = eax + 1
0x12fd 95 rax = sx.q(eax)
0x12ff 96 eax = sx.d([rbp + rax - 0x30].b)
0x1307 97 if (eax == 0x38) then 33 @ 0x1339 else 101 @ 0x130d
0x1239 98 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x123d 99 eax = sx.d([rbp + rax - 0x30].b)
0x1245 100 if (eax == 0x39) then 25 @ 0x125d else 106 @ 0x124b
0x130d 101 eax = [rbp - 0x34 {var_3c}].d
0x1310 102 eax = eax + 1
0x1313 103 rax = sx.q(eax)
0x1315 104 eax = sx.d([rbp + rax - 0x30].b)
0x131d 105 if (eax == 0x39) then 33 @ 0x1339 else 109 @ 0x1323
0x124b 106 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x124f 107 eax = sx.d([rbp + rax - 0x30].b)
0x1257 108 if (eax != 0x30) then 56 @ 0x1371 else 25 @ 0x125d
0x1323 109 eax = [rbp - 0x34 {var_3c}].d
0x1326 110 eax = eax + 1
0x1329 111 rax = sx.q(eax)
0x132b 112 eax = sx.d([rbp + rax - 0x30].b)
0x1333 113 if (eax != 0x30) then 114 @ 0x1355 else 33 @ 0x1339
0x1355 114 rax = sx.q([rbp - 0x34 {var_3c}].d)
0x1359 115 esi = sx.d([rbp + rax - 0x30].b)
0x135e 116 rdi = 0x2007 {"%c\n"}
0x1365 117 al = 0
0x1367 118 call(0x1030)
0x1367 119 goto 47 @ 0x136c
int64_t _fini():
0x13a0 0 rsp = rsp - 8
0x13a4 1 rsp = rsp + 8
0x13a8 2 <return> jump(pop)
| POJ_88 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAVSHH="}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r14)
0x1153 2 push(rbx)
0x1154 3 rsp = rsp - 0x10
0x1158 4 rdi = 0x2018 {"%d"}
0x115f 5 rsi = rsp + 0xc {var_1c}
0x1164 6 eax = 0
0x1166 7 call(0x1040)
0x116b 8 r14 = 0x201b {"%d\n"}
0x1172 9 rbx = 0x2004 {"y3%d"}
0x1179 10 ebp = 0
0x117b 11 goto 12 @ 0x11bf
0x11bf 12 if (ebp u> 4) then 13 @ 0x11ea else 16 @ 0x11c1
0x11ea 13 esi = [rsp + 0xc {var_1c}].d
0x11ee 14 [rsp + 0xc {var_1c}].d = 0
0x11f6 15 goto 20 @ 0x11a6
0x11c1 16 eax = ebp
0x11c3 17 rax = sx.q([rbx + (rax << 2)].d)
0x11c7 18 rax = rax + rbx
0x11ca 19 jump(rax => 25 @ 0x117d, 33 @ 0x11cc, 41 @ 0x11f8, 49 @ 0x1216, 57 @ 0x1237)
0x11a6 20 rdi = r14
0x11a9 21 eax = 0
0x11ab 22 call(0x1030)
0x11b0 23 ebp = ebp + 1
0x11b6 24 if (ebp == 6) then 65 @ 0x1258 else 12 @ 0x11bf
0x117d 25 rax = sx.q([rsp + 0xc {var_1c}].d)
0x1182 26 rsi = rax * 0x66666667
0x1189 27 rcx = rsi
0x118c 28 rcx = rcx u>> 0x3f
0x1190 29 rsi = rsi s>> 0x23
0x1194 30 esi = esi + ecx
0x1196 31 ecx = (rsi << 2).d
0x1196 32 goto 71 @ 0x119d
0x11cc 33 rax = sx.q([rsp + 0xc {var_1c}].d)
0x11d1 34 rsi = rax * 0x51eb851f
0x11d8 35 rcx = rsi
0x11db 36 rcx = rcx u>> 0x3f
0x11df 37 rsi = rsi s>> 0x25
0x11e3 38 esi = esi + ecx
0x11e5 39 ecx = esi * 0x64
0x11e8 40 goto 73 @ 0x11a0
0x11f8 41 rax = sx.q([rsp + 0xc {var_1c}].d)
0x11fd 42 rsi = rax * 0x51eb851f
0x1204 43 rcx = rsi
0x1207 44 rcx = rcx u>> 0x3f
0x120b 45 rsi = rsi s>> 0x24
0x120f 46 esi = esi + ecx
0x1211 47 ecx = esi * 0x32
0x1214 48 goto 73 @ 0x11a0
0x1216 49 rax = sx.q([rsp + 0xc {var_1c}].d)
0x121b 50 rsi = rax * 0x66666667
0x1222 51 rcx = rsi
0x1225 52 rcx = rcx u>> 0x3f
0x1229 53 rsi = rsi s>> 0x22
0x122d 54 esi = esi + ecx
0x122f 55 ecx = (rsi + rsi).d
0x1232 56 goto 71 @ 0x119d
0x1237 57 rax = sx.q([rsp + 0xc {var_1c}].d)
0x123c 58 rsi = rax * 0x66666667
0x1243 59 rcx = rsi
0x1246 60 rcx = rcx u>> 0x3f
0x124a 61 rsi = rsi s>> 0x21
0x124e 62 esi = esi + ecx
0x1250 63 ecx = (rsi + (rsi << 2)).d
0x1253 64 goto 73 @ 0x11a0
0x1258 65 eax = 0
0x125a 66 rsp = rsp + 0x10
0x125e 67 rbx = pop
0x125f 68 r14 = pop
0x1261 69 rbp = pop
0x1262 70 <return> jump(pop)
0x119d 71 ecx = (rcx + (rcx << 2)).d
0x119d 72 goto 73 @ 0x11a0
0x11a0 73 eax = eax - ecx
0x11a2 74 [rsp + 0xc {var_1c}].d = eax
0x11a2 75 goto 20 @ 0x11a6
int64_t _fini():
0x1268 0 rsp = rsp - 8
0x126c 1 rsp = rsp + 8
0x1270 2 <return> jump(pop)
| POJ_97 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSH}"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x7dc8
0x1161 7 xmm0 = 0
0x1164 8 [rsp + 0x90 {var_7d68}].o = xmm0
0x116c 9 [rsp + 0x80 {var_7d78}].o = xmm0
0x1174 10 [rsp + 0x70 {var_7d88}].o = xmm0
0x1179 11 [rsp + 0x60 {var_7d98}].o = xmm0
0x117e 12 [rsp + 0x50 {var_7da8}].o = xmm0
0x1183 13 [rsp + 0x40 {var_7db8}].o = xmm0
0x1188 14 [rsp + 0xa0 {var_7d58}].q = 0
0x1194 15 rdi = 0x2170 {"%d"}
0x119b 16 rsi = rsp {var_7df8}
0x119e 17 eax = 0
0x11a0 18 call(0x1040)
0x11a9 19 if ([rsp {var_7df8}].d s<= 0) then 20 @ 0x1536 else 24 @ 0x11af
0x1536 20 edx = [rsp + 0x40 {var_7db8}].d
0x153a 21 eax = 0
0x153c 22 ebp = 0
0x153e 23 goto 28 @ 0x1540
0x11af 24 r13 = rsp + 0xc4 {var_7d34}
0x11b7 25 rbx = 0x2004 {" />KXer'?Zu%d"}
0x11be 26 ecx = 0
0x11c0 27 goto 31 @ 0x11f5
0x1540 28 ecx = [rsp + (rax << 2) + 0x40].d
0x1544 29 cond:0 = ecx s> edx
0x1546 30 if (ecx s> edx) then 84 else 86 @ 0x1549
0x11f5 31 [rsp + 0xb0 {var_7d48_1}].q = rcx
0x11fd 32 rax = rcx
0x1200 33 rax = rax << 5
0x1204 34 rsi = rsp + rax
0x1208 35 rsi = rsi + 0xc0
0x120f 36 rdx = rsp + rax
0x1213 37 rdx = rdx + 0xc4
0x121a 38 rdi = 0x2173 {"%d%s"}
0x1221 39 eax = 0
0x1223 40 call(0x1040)
0x1228 41 eax = [rsp + 0xa4 {var_7d58+0x4}].d
0x122f 42 [rsp + 0x3c {var_7dbc_1}].d = eax
0x1233 43 eax = [rsp + 0xa0 {var_7d58}].d
0x123a 44 [rsp + 0x38 {var_7dc0_1}].d = eax
0x123e 45 eax = [rsp + 0x9c {var_7d68+0xc}].d
0x1245 46 [rsp + 0x34 {var_7dc4_1}].d = eax
0x1249 47 eax = [rsp + 0x98 {var_7d68+0x8}].d
0x1250 48 [rsp + 0x30 {var_7dc8_1}].d = eax
0x1254 49 eax = [rsp + 0x94 {var_7d68+0x4}].d
0x125b 50 [rsp + 0x2c {var_7dcc_1}].d = eax
0x125f 51 eax = [rsp + 0x90 {var_7d68}].d
0x1266 52 [rsp + 0x28 {var_7dd0_1}].d = eax
0x126a 53 eax = [rsp + 0x8c {var_7d78+0xc}].d
0x1271 54 [rsp + 0x24 {var_7dd4_1}].d = eax
0x1275 55 eax = [rsp + 0x88 {var_7d78+0x8}].d
0x127c 56 [rsp + 0x20 {var_7dd8_1}].d = eax
0x1280 57 eax = [rsp + 0x84 {var_7d78+0x4}].d
0x1287 58 [rsp + 0x1c {var_7ddc_1}].d = eax
0x128b 59 eax = [rsp + 0x80 {var_7d78}].d
0x1292 60 [rsp + 0x18 {var_7de0_1}].d = eax
0x1296 61 eax = [rsp + 0x7c {var_7d88+0xc}].d
0x129a 62 [rsp + 0x14 {var_7de4_1}].d = eax
0x129e 63 eax = [rsp + 0x78 {var_7d88+0x8}].d
0x12a2 64 [rsp + 0x10 {var_7de8_1}].d = eax
0x12a6 65 eax = [rsp + 0x74 {var_7d88+0x4}].d
0x12aa 66 [rsp + 0xc {var_7dec_1}].d = eax
0x12ae 67 eax = [rsp + 0x70 {var_7d88}].d
0x12b2 68 [rsp + 8 {var_7df0_1}].d = eax
0x12b6 69 eax = [rsp + 0x6c {var_7d98+0xc}].d
0x12ba 70 [rsp + 4 {var_7df4_1}].d = eax
0x12be 71 r9d = [rsp + 0x68 {var_7d98+0x8}].d
0x12c3 72 r10d = [rsp + 0x64 {var_7d98+0x4}].d
0x12c8 73 r11d = [rsp + 0x60 {var_7d98}].d
0x12cd 74 r8d = [rsp + 0x5c {var_7da8+0xc}].d
0x12d2 75 eax = [rsp + 0x58 {var_7da8+0x8}].d
0x12d6 76 ecx = [rsp + 0x54 {var_7da8+0x4}].d
0x12da 77 edx = [rsp + 0x50 {var_7da8}].d
0x12de 78 esi = [rsp + 0x4c {var_7db8+0xc}].d
0x12e2 79 ebp = [rsp + 0x48 {var_7db8+0x8}].d
0x12e6 80 r15d = [rsp + 0x40 {var_7db8}].d
0x12eb 81 r12d = [rsp + 0x44 {var_7db8+0x4}].d
0x12f0 82 [rsp + 0xb8 {var_7d40_1}].q = r13
0x12f8 83 goto 87 @ 0x1310
0x1546 84 ebp = eax
0x1546 85 goto 86 @ 0x1549
0x1549 86 if (cond:0) then 89 else 91 @ 0x154c
0x1310 87 r14d = zx.d([r13].b)
0x1319 88 if (r14 u> 0x5a) then 93 @ 0x130c else 95 @ 0x131b
0x1549 89 edx = ecx
0x1549 90 goto 91 @ 0x154c
0x154c 91 rax = rax + 1
0x1554 92 if (rax != 0x1a) then 28 @ 0x1540 else 98 @ 0x1556
0x130c 93 r13 = r13 + 1
0x130c 94 goto 87 @ 0x1310
0x131b 95 rdi = sx.q([rbx + (r14 << 2)].d)
0x131f 96 rdi = rdi + rbx
0x1322 97 jump(rdi => 104 @ 0x11d0, 110 @ 0x12fa, 93 @ 0x130c, 115 @ 0x1324, 119 @ 0x1333, 123 @ 0x1342, 127 @ 0x134f, 131 @ 0x135c, 135 @ 0x1369, 139 @ 0x1376, 143 @ 0x1383, 147 @ 0x1395, 151 @ 0x13a7, 155 @ 0x13b9, 159 @ 0x13cb, 165 @ 0x13e3, 171 @ 0x13fb, 177 @ 0x1413, 183 @ 0x142b, 189 @ 0x1443, 195 @ 0x145e, 201 @ 0x1479, 207 @ 0x1494, 213 @ 0x14af, 219 @ 0x14ca, 225 @ 0x14e5, 231 @ 0x1500, 237 @ 0x151b)
0x1556 98 ebp = ebp + 0x41
0x1559 99 esi = sx.d(bpl)
0x155d 100 rdi = 0x2178 {"%c\n%d\n"}
0x1564 101 eax = 0
0x1566 102 call(0x1030)
0x156f 103 if ([rsp {var_7df8}].d s<= 0) then 243 @ 0x15f2 else 252 @ 0x1575
0x11d0 104 rcx = [rsp + 0xb0 {var_7d48_1}].q
0x11d8 105 rcx = rcx + 1
0x11dc 106 rax = sx.q([rsp {var_7df8}].d)
0x11e0 107 r13 = [rsp + 0xb8 {var_7d40_1}].q
0x11e8 108 r13 = r13 + 0x20
0x11ef 109 if (rcx s>= rax) then 20 @ 0x1536 else 31 @ 0x11f5
0x12fa 110 edi = [rsp + 0x3c {var_7dbc_1}].d
0x12fe 111 edi = edi + 1
0x1301 112 [rsp + 0x3c {var_7dbc_1}].d = edi
0x1305 113 [rsp + 0xa4 {var_7d58+0x4}].d = edi
0x1305 114 goto 93 @ 0x130c
0x1324 115 r15d = r15d + 1
0x1328 116 [rsp + 0x40 {var_7db8}].d = r15d
0x132d 117 r13 = r13 + 1
0x1331 118 goto 87 @ 0x1310
0x1333 119 r12d = r12d + 1
0x1337 120 [rsp + 0x44 {var_7db8+0x4}].d = r12d
0x133c 121 r13 = r13 + 1
0x1340 122 goto 87 @ 0x1310
0x1342 123 ebp = ebp + 1
0x1345 124 [rsp + 0x48 {var_7db8+0x8}].d = ebp
0x1349 125 r13 = r13 + 1
0x134d 126 goto 87 @ 0x1310
0x134f 127 esi = esi + 1
0x1352 128 [rsp + 0x4c {var_7db8+0xc}].d = esi
0x1356 129 r13 = r13 + 1
0x135a 130 goto 87 @ 0x1310
0x135c 131 edx = edx + 1
0x135f 132 [rsp + 0x50 {var_7da8}].d = edx
0x1363 133 r13 = r13 + 1
0x1367 134 goto 87 @ 0x1310
0x1369 135 ecx = ecx + 1
0x136c 136 [rsp + 0x54 {var_7da8+0x4}].d = ecx
0x1370 137 r13 = r13 + 1
0x1374 138 goto 87 @ 0x1310
0x1376 139 eax = eax + 1
0x1379 140 [rsp + 0x58 {var_7da8+0x8}].d = eax
0x137d 141 r13 = r13 + 1
0x1381 142 goto 87 @ 0x1310
0x1383 143 r8d = r8d + 1
0x1387 144 [rsp + 0x5c {var_7da8+0xc}].d = r8d
0x138c 145 r13 = r13 + 1
0x1390 146 goto 87 @ 0x1310
0x1395 147 r11d = r11d + 1
0x1399 148 [rsp + 0x60 {var_7d98}].d = r11d
0x139e 149 r13 = r13 + 1
0x13a2 150 goto 87 @ 0x1310
0x13a7 151 r10d = r10d + 1
0x13ab 152 [rsp + 0x64 {var_7d98+0x4}].d = r10d
0x13b0 153 r13 = r13 + 1
0x13b4 154 goto 87 @ 0x1310
0x13b9 155 r9d = r9d + 1
0x13bd 156 [rsp + 0x68 {var_7d98+0x8}].d = r9d
0x13c2 157 r13 = r13 + 1
0x13c6 158 goto 87 @ 0x1310
0x13cb 159 edi = [rsp + 4 {var_7df4_1}].d
0x13cf 160 edi = edi + 1
0x13d2 161 [rsp + 4 {var_7df4_1}].d = edi
0x13d6 162 [rsp + 0x6c {var_7d98+0xc}].d = edi
0x13da 163 r13 = r13 + 1
0x13de 164 goto 87 @ 0x1310
0x13e3 165 edi = [rsp + 8 {var_7df0_1}].d
0x13e7 166 edi = edi + 1
0x13ea 167 [rsp + 8 {var_7df0_1}].d = edi
0x13ee 168 [rsp + 0x70 {var_7d88}].d = edi
0x13f2 169 r13 = r13 + 1
0x13f6 170 goto 87 @ 0x1310
0x13fb 171 edi = [rsp + 0xc {var_7dec_1}].d
0x13ff 172 edi = edi + 1
0x1402 173 [rsp + 0xc {var_7dec_1}].d = edi
0x1406 174 [rsp + 0x74 {var_7d88+0x4}].d = edi
0x140a 175 r13 = r13 + 1
0x140e 176 goto 87 @ 0x1310
0x1413 177 edi = [rsp + 0x10 {var_7de8_1}].d
0x1417 178 edi = edi + 1
0x141a 179 [rsp + 0x10 {var_7de8_1}].d = edi
0x141e 180 [rsp + 0x78 {var_7d88+0x8}].d = edi
0x1422 181 r13 = r13 + 1
0x1426 182 goto 87 @ 0x1310
0x142b 183 edi = [rsp + 0x14 {var_7de4_1}].d
0x142f 184 edi = edi + 1
0x1432 185 [rsp + 0x14 {var_7de4_1}].d = edi
0x1436 186 [rsp + 0x7c {var_7d88+0xc}].d = edi
0x143a 187 r13 = r13 + 1
0x143e 188 goto 87 @ 0x1310
0x1443 189 edi = [rsp + 0x18 {var_7de0_1}].d
0x1447 190 edi = edi + 1
0x144a 191 [rsp + 0x18 {var_7de0_1}].d = edi
0x144e 192 [rsp + 0x80 {var_7d78}].d = edi
0x1455 193 r13 = r13 + 1
0x1459 194 goto 87 @ 0x1310
0x145e 195 edi = [rsp + 0x1c {var_7ddc_1}].d
0x1462 196 edi = edi + 1
0x1465 197 [rsp + 0x1c {var_7ddc_1}].d = edi
0x1469 198 [rsp + 0x84 {var_7d78+0x4}].d = edi
0x1470 199 r13 = r13 + 1
0x1474 200 goto 87 @ 0x1310
0x1479 201 edi = [rsp + 0x20 {var_7dd8_1}].d
0x147d 202 edi = edi + 1
0x1480 203 [rsp + 0x20 {var_7dd8_1}].d = edi
0x1484 204 [rsp + 0x88 {var_7d78+0x8}].d = edi
0x148b 205 r13 = r13 + 1
0x148f 206 goto 87 @ 0x1310
0x1494 207 edi = [rsp + 0x24 {var_7dd4_1}].d
0x1498 208 edi = edi + 1
0x149b 209 [rsp + 0x24 {var_7dd4_1}].d = edi
0x149f 210 [rsp + 0x8c {var_7d78+0xc}].d = edi
0x14a6 211 r13 = r13 + 1
0x14aa 212 goto 87 @ 0x1310
0x14af 213 edi = [rsp + 0x28 {var_7dd0_1}].d
0x14b3 214 edi = edi + 1
0x14b6 215 [rsp + 0x28 {var_7dd0_1}].d = edi
0x14ba 216 [rsp + 0x90 {var_7d68}].d = edi
0x14c1 217 r13 = r13 + 1
0x14c5 218 goto 87 @ 0x1310
0x14ca 219 edi = [rsp + 0x2c {var_7dcc_1}].d
0x14ce 220 edi = edi + 1
0x14d1 221 [rsp + 0x2c {var_7dcc_1}].d = edi
0x14d5 222 [rsp + 0x94 {var_7d68+0x4}].d = edi
0x14dc 223 r13 = r13 + 1
0x14e0 224 goto 87 @ 0x1310
0x14e5 225 edi = [rsp + 0x30 {var_7dc8_1}].d
0x14e9 226 edi = edi + 1
0x14ec 227 [rsp + 0x30 {var_7dc8_1}].d = edi
0x14f0 228 [rsp + 0x98 {var_7d68+0x8}].d = edi
0x14f7 229 r13 = r13 + 1
0x14fb 230 goto 87 @ 0x1310
0x1500 231 edi = [rsp + 0x34 {var_7dc4_1}].d
0x1504 232 edi = edi + 1
0x1507 233 [rsp + 0x34 {var_7dc4_1}].d = edi
0x150b 234 [rsp + 0x9c {var_7d68+0xc}].d = edi
0x1512 235 r13 = r13 + 1
0x1516 236 goto 87 @ 0x1310
0x151b 237 edi = [rsp + 0x38 {var_7dc0_1}].d
0x151f 238 edi = edi + 1
0x1522 239 [rsp + 0x38 {var_7dc0_1}].d = edi
0x1526 240 [rsp + 0xa0 {var_7d58}].d = edi
0x152d 241 r13 = r13 + 1
0x1531 242 goto 87 @ 0x1310
0x15f2 243 eax = 0
0x15f4 244 rsp = rsp + 0x7dc8
0x15fb 245 rbx = pop
0x15fc 246 r12 = pop
0x15fe 247 r13 = pop
0x1600 248 r14 = pop
0x1602 249 r15 = pop
0x1604 250 rbp = pop
0x1605 251 <return> jump(pop)
0x1575 252 r15 = rsp + 0xc5 {var_7d33}
0x157d 253 r14 = 0x217b {"%d\n"}
0x1584 254 r12d = 0
0x1587 255 goto 256 @ 0x15a1
0x15a1 256 rcx = r12
0x15a4 257 rcx = rcx << 5
0x15a8 258 al = [rsp + rcx + 0xc4].b
0x15b1 259 if (al == 0) then 260 @ 0x1590 else 264 @ 0x15b3
0x1590 260 r12 = r12 + 1
0x1594 261 rax = sx.q([rsp {var_7df8}].d)
0x1598 262 r15 = r15 + 0x20
0x159f 263 if (r12 s>= rax) then 243 @ 0x15f2 else 256 @ 0x15a1
0x15b3 264 r13 = rsp + rcx
0x15b7 265 r13 = r13 + 0xc0
0x15be 266 rbx = r15
0x15c1 267 goto 268 @ 0x15db
0x15db 268 eax = sx.d(al)
0x15e0 269 if (ebp != eax) then 270 @ 0x15d0 else 273 @ 0x15e2
0x15d0 270 eax = zx.d([rbx].b)
0x15d3 271 rbx = rbx + 1
0x15d9 272 if (al == 0) then 260 @ 0x1590 else 268 @ 0x15db
0x15e2 273 esi = [r13].d
0x15e6 274 rdi = r14
0x15e9 275 eax = 0
0x15eb 276 call(0x1030)
0x15f0 277 goto 270 @ 0x15d0
int64_t _fini():
0x160c 0 rsp = rsp - 8
0x1610 1 rsp = rsp + 8
0x1614 2 <return> jump(pop)
| POJ_2 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(rbx)
0x1155 3 rsp = rsp - 0x90
0x115c 4 rdi = 0x2004 {"%d"}
0x1163 5 rsi = rsp + 8 {var_a0}
0x1168 6 eax = 0
0x116a 7 call(0x1040)
0x116f 8 rax = 0x100000001 {""}
0x1179 9 [rsp + 0x14 {var_94}].q = rax
0x117e 10 eax = 3
0x1183 11 ecx = 1
0x1188 12 goto 13 @ 0x1190
0x1190 13 ecx = ecx + [rsp + (rax << 2) + 8].d
0x1194 14 [rsp + (rax << 2) + 0x10].d = ecx
0x1198 15 rax = rax + 1
0x11a0 16 if (rax != 0x16) then 13 @ 0x1190 else 17 @ 0x11a7
0x11a7 17 if ([rsp + 8 {var_a0}].d s<= 0) then 18 @ 0x11f0 else 24 @ 0x11a9
0x11f0 18 eax = 0
0x11f2 19 rsp = rsp + 0x90
0x11f9 20 rbx = pop
0x11fa 21 r14 = pop
0x11fc 22 r15 = pop
0x11fe 23 <return> jump(pop)
0x11a9 24 r14 = 0x2004 {"%d"}
0x11b0 25 r15 = rsp + 0xc {var_9c}
0x11b5 26 rbx = 0x2007 {"%d\n"}
0x11bc 27 goto 28 @ 0x11c0
0x11c0 28 rdi = r14
0x11c3 29 rsi = r15 {var_9c}
0x11c6 30 eax = 0
0x11c8 31 call(0x1040)
0x11cd 32 rax = sx.q([rsp + 0xc {var_9c}].d)
0x11d2 33 esi = [rsp + (rax << 2) + 0x10].d
0x11d6 34 rdi = rbx
0x11d9 35 eax = 0
0x11db 36 call(0x1030)
0x11e0 37 eax = [rsp + 8 {var_a0}].d
0x11e4 38 ecx = (rax - 1).d
0x11e7 39 [rsp + 8 {var_a0}].d = ecx
0x11ee 40 if (eax s> 1) then 28 @ 0x11c0 else 18 @ 0x11f0
int64_t _fini():
0x1204 0 rsp = rsp - 8
0x1208 1 rsp = rsp + 8
0x120c 2 <return> jump(pop)
| POJ_61 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHx"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x178
0x1161 7 [rsp + 0x18 {var_190}].w = 0
0x1168 8 [rsp + 0x10 {var_198}].q = 0
0x1171 9 xmm0 = 0
0x1174 10 [rsp + 0x160 {var_48}].o = xmm0
0x117c 11 [rsp + 0x150 {var_58}].o = xmm0
0x1184 12 [rsp + 0x140 {var_68}].o = xmm0
0x118c 13 [rsp + 0x130 {var_78}].o = xmm0
0x1194 14 [rsp + 0x120 {var_88}].o = xmm0
0x119c 15 [rsp + 0x110 {var_98}].o = xmm0
0x11a4 16 [rsp + 0x100 {var_a8}].o = xmm0
0x11ac 17 [rsp + 0xf0 {var_b8}].o = xmm0
0x11b4 18 [rsp + 0xe0 {var_c8}].o = xmm0
0x11bc 19 [rsp + 0xd0 {var_d8}].o = xmm0
0x11c4 20 [rsp + 0x170 {var_38}].d = 0
0x11cf 21 [rsp + 0xb0 {var_f8}].o = xmm0
0x11d7 22 [rsp + 0xa0 {var_108}].o = xmm0
0x11df 23 [rsp + 0x90 {var_118}].o = xmm0
0x11e7 24 [rsp + 0x80 {var_128}].o = xmm0
0x11ef 25 [rsp + 0x70 {var_138}].o = xmm0
0x11f4 26 [rsp + 0x60 {var_148}].o = xmm0
0x11f9 27 [rsp + 0x50 {var_158}].o = xmm0
0x11fe 28 [rsp + 0x40 {var_168}].o = xmm0
0x1203 29 [rsp + 0x30 {var_178}].o = xmm0
0x1208 30 [rsp + 0x20 {var_188}].o = xmm0
0x120d 31 [rsp + 0xc0 {var_e8}].d = 0
0x1218 32 rdi = 0x2004 {"%d"}
0x121f 33 rsi = rsp + 0xc {var_19c}
0x1224 34 eax = 0
0x1226 35 call(0x1040)
0x122b 36 eax = 1
0x1230 37 temp0.d = [rsp + 0xc {var_19c}].d
0x1230 38 [rsp + 0xc {var_19c}].d = [rsp + 0xc {var_19c}].d - 1
0x1235 39 if (temp0.d u< 1) then 40 @ 0x13d0 else 54 @ 0x123b
0x13d0 40 xmm0 = [rsp + (rax << 2) + 0x20].d
0x13d6 41 xmm0.q = fconvert.d(xmm0.d)
0x13da 42 rdi = 0x2013 {"%.2f\n"}
0x13e1 43 al = 1
0x13e3 44 call(0x1030)
0x13e8 45 eax = 0
0x13ea 46 rsp = rsp + 0x178
0x13f1 47 rbx = pop
0x13f2 48 r12 = pop
0x13f4 49 r13 = pop
0x13f6 50 r14 = pop
0x13f8 51 r15 = pop
0x13fa 52 rbp = pop
0x13fb 53 <return> jump(pop)
0x123b 54 ebp = 1
0x1240 55 r14 = 0x2007 {"%s"}
0x1247 56 r15 = rsp + 0x10 {var_198}
0x124c 57 r12 = 0x200a {"%f"}
0x1253 58 r13 = rsp + 0x20 {var_188}
0x1258 59 ebx = 1
0x125d 60 goto 61 @ 0x1281
0x1281 61 rdi = r14
0x1284 62 rsi = r15 {var_198}
0x1287 63 eax = 0
0x1289 64 call(0x1040)
0x1293 65 if ([rsp + 0x10 {var_198}].b != 0x6d) then 66 @ 0x1260 else 71 @ 0x1295
0x1260 66 eax = ebx
0x1262 67 edx = (rbx + 1).d
0x1265 68 rcx = r13 {var_188}
0x1268 69 ebx = edx
0x1268 70 goto 76 @ 0x126a
0x1295 71 eax = ebp
0x1297 72 edx = (rbp + 1).d
0x129a 73 rcx = rsp + 0xd0 {var_d8}
0x12a2 74 ebp = edx
0x12a4 75 goto 76 @ 0x126a
0x126a 76 rax = sx.q(eax)
0x126c 77 rsi = rcx + (rax << 2)
0x1270 78 rdi = r12
0x1273 79 eax = 0
0x1275 80 call(0x1040)
0x127a 81 temp1.d = [rsp + 0xc {var_19c}].d
0x127a 82 [rsp + 0xc {var_19c}].d = [rsp + 0xc {var_19c}].d - 1
0x127f 83 if (temp1.d u< 1) then 84 @ 0x12a6 else 61 @ 0x1281
0x12a6 84 r15d = ebp
0x12ac 85 if (ebp s< 3) then 86 @ 0x1307 else 87 @ 0x12ae
0x1307 86 if (ebp s< 2) then 91 @ 0x1340 else 94 @ 0x1309
0x12ae 87 eax = (rbp - 1).d
0x12b1 88 rcx = r15 - 1
0x12b5 89 edx = 1
0x12ba 90 goto 97 @ 0x12c9
0x1340 91 cond:0 = ebx s< 3
0x1343 92 eax = 1
0x1348 93 if (cond:0) then 40 @ 0x13d0 else 99 @ 0x134e
0x1309 94 ebp = 1
0x130e 95 r14 = 0x200d {"%.2f "}
0x131f 96 goto 105 @ 0x1320
0x12c9 97 rsi = rcx
0x12cc 98 goto 112 @ 0x12d9
0x134e 99 ecx = (rbx - 1).d
0x1351 100 eax = ebx
0x1353 101 rax = rax - 1
0x1357 102 ebp = ecx
0x1359 103 ecx = 1
0x135e 104 goto 121 @ 0x1369
0x1320 105 xmm0 = [rsp + (rbp << 2) + 0xd0].d
0x1329 106 xmm0.q = fconvert.d(xmm0.d)
0x132d 107 rdi = r14
0x1330 108 al = 1
0x1332 109 call(0x1030)
0x1337 110 rbp = rbp + 1
0x133e 111 if (r15 != rbp) then 105 @ 0x1320 else 91 @ 0x1340
0x12d9 112 xmm0 = [rsp + (rdx << 2) + 0xd0].d
0x12e2 113 xmm1 = [rsp + (rsi << 2) + 0xd0].d
0x12eb 114 flag:p = is_unordered.d(xmm0.d, xmm1.d)
0x12eb 115 flag:c = xmm0.d f< xmm1.d | is_unordered.d(xmm0.d, xmm1.d)
0x12eb 116 flag:z = xmm0.d f== xmm1.d | is_unordered.d(xmm0.d, xmm1.d)
0x12eb 117 flag:s = 0
0x12eb 118 flag:o = 0
0x12eb 119 flag:a = 0
0x12ee 120 if (flag:z || flag:c) then 123 @ 0x12d0 else 125 @ 0x12f0
0x1369 121 rdx = rax
0x136c 122 goto 128 @ 0x1379
0x12d0 123 rsi = rsi - 1
0x12d7 124 if (rsi s<= rdx) then 137 @ 0x12c0 else 112 @ 0x12d9
0x12f0 125 [rsp + (rdx << 2) + 0xd0].d = xmm1.d
0x12f9 126 [rsp + (rsi << 2) + 0xd0].d = xmm0.d
0x1302 127 goto 123 @ 0x12d0
0x1379 128 xmm0 = [rsp + (rcx << 2) + 0x20].d
0x137f 129 xmm1 = [rsp + (rdx << 2) + 0x20].d
0x1385 130 flag:p = is_unordered.d(xmm1.d, xmm0.d)
0x1385 131 flag:c = xmm1.d f< xmm0.d | is_unordered.d(xmm1.d, xmm0.d)
0x1385 132 flag:z = xmm1.d f== xmm0.d | is_unordered.d(xmm1.d, xmm0.d)
0x1385 133 flag:s = 0
0x1385 134 flag:o = 0
0x1385 135 flag:a = 0
0x1388 136 if (flag:z || flag:c) then 139 @ 0x1370 else 141 @ 0x138a
0x12c0 137 rdx = rdx + 1
0x12c7 138 if (rdx == rax) then 86 @ 0x1307 else 97 @ 0x12c9
0x1370 139 rdx = rdx - 1
0x1377 140 if (rdx s<= rcx) then 144 @ 0x1360 else 128 @ 0x1379
0x138a 141 [rsp + (rcx << 2) + 0x20].d = xmm1.d
0x1390 142 [rsp + (rdx << 2) + 0x20].d = xmm0.d
0x1396 143 goto 139 @ 0x1370
0x1360 144 rcx = rcx + 1
0x1367 145 if (rcx == rbp) then 146 @ 0x1398 else 121 @ 0x1369
0x1398 146 eax = 1
0x13a0 147 if (ebx s< 3) then 40 @ 0x13d0 else 148 @ 0x13a2
0x13a2 148 ebx = 1
0x13a7 149 r14 = 0x200d {"%.2f "}
0x13ae 150 goto 151 @ 0x13b0
0x13b0 151 xmm0 = [rsp + (rbx << 2) + 0x20].d
0x13b6 152 xmm0.q = fconvert.d(xmm0.d)
0x13ba 153 rdi = r14
0x13bd 154 al = 1
0x13bf 155 call(0x1030)
0x13c4 156 rbx = rbx + 1
0x13cb 157 if (rbp != rbx) then 151 @ 0x13b0 else 158 @ 0x13cd
0x13cd 158 rax = rbp
0x13cd 159 goto 40 @ 0x13d0
int64_t _fini():
0x1400 0 rsp = rsp - 8
0x1404 1 rsp = rsp + 8
0x1408 2 <return> jump(pop)
| POJ_102 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1210 {"UHH=
"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
uint64_t prime(int32_t arg1):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 [rbp - 4 {var_c}].d = edi
0x1157 3 [rbp - 0xc {var_14}].d = 0
0x115e 4 [rbp - 8 {var_10}].d = 2
0x115e 5 goto 6 @ 0x1165
0x1165 6 eax = [rbp - 8 {var_10}].d
0x1168 7 eax = eax * [rbp - 8 {var_10}].d
0x116f 8 if (eax s> [rbp - 4 {var_c}].d) then 9 @ 0x11a4 else 13 @ 0x1175
0x11a4 9 eax = 1
0x11a9 10 eax = eax - [rbp - 0xc {var_14}].d
0x11ac 11 rbp = pop
0x11ad 12 <return> jump(pop)
0x1175 13 eax = [rbp - 4 {var_c}].d
0x1178 14 temp2.d:temp3.d = sx.q(eax)
0x1178 15 edx = temp2.d
0x1178 16 eax = temp3.d
0x1179 17 temp4.d = edx
0x1179 18 temp5.d = eax
0x1179 19 temp0.d = divs.dp.d(temp4.d:temp5.d, [rbp - 8 {var_10}].d)
0x1179 20 temp6.d = edx
0x1179 21 temp7.d = eax
0x1179 22 temp1.d = mods.dp.d(temp6.d:temp7.d, [rbp - 8 {var_10}].d)
0x1179 23 eax = temp0.d
0x1179 24 edx = temp1.d
0x117f 25 if (edx != 0) then 26 @ 0x1191 else 27 @ 0x1185
0x1191 26 goto 29 @ 0x1196
0x1185 27 [rbp - 0xc {var_14}].d = 1
0x118c 28 goto 9 @ 0x11a4
0x1196 29 eax = [rbp - 8 {var_10}].d
0x1199 30 eax = eax + 1
0x119c 31 [rbp - 8 {var_10}].d = eax
0x119f 32 goto 6 @ 0x1165
uint64_t huiw(int32_t arg1):
0x11b0 0 push(rbp)
0x11b1 1 rbp = rsp {__saved_rbp}
0x11b4 2 [rbp - 4 {var_c}].d = edi
0x11b7 3 eax = [rbp - 4 {var_c}].d
0x11ba 4 [rbp - 8 {var_10}].d = eax
0x11bd 5 [rbp - 0xc {var_14}].d = 0
0x11bd 6 goto 7 @ 0x11c8
0x11c8 7 if ([rbp - 8 {var_10}].d == 0) then 8 @ 0x11fb else 14 @ 0x11ce
0x11fb 8 eax = [rbp - 0xc {var_14}].d
0x1201 9 al = eax == [rbp - 4 {var_c}].d
0x1204 10 al = al & 1
0x1206 11 eax = zx.d(al)
0x1209 12 rbp = pop
0x120a 13 <return> jump(pop)
0x11ce 14 eax = [rbp - 0xc {var_14}].d * 0xa
0x11d2 15 [rbp - 0x10 {var_18_1}].d = eax
0x11d5 16 eax = [rbp - 8 {var_10}].d
0x11d8 17 ecx = 0xa {""}
0x11dd 18 temp2.d:temp3.d = sx.q(eax)
0x11dd 19 edx = temp2.d
0x11dd 20 eax = temp3.d
0x11de 21 temp4.d = edx
0x11de 22 temp5.d = eax
0x11de 23 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x11de 24 temp6.d = edx
0x11de 25 temp7.d = eax
0x11de 26 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x11de 27 eax = temp0.d
0x11de 28 edx = temp1.d
0x11e0 29 eax = [rbp - 0x10 {var_18_1}].d
0x11e3 30 eax = eax + edx
0x11e5 31 [rbp - 0xc {var_14}].d = eax
0x11e8 32 eax = [rbp - 8 {var_10}].d
0x11eb 33 ecx = 0xa {""}
0x11f0 34 temp8.d:temp9.d = sx.q(eax)
0x11f0 35 edx = temp8.d
0x11f0 36 eax = temp9.d
0x11f1 37 temp10.d = edx
0x11f1 38 temp11.d = eax
0x11f1 39 temp0.d = divs.dp.d(temp10.d:temp11.d, ecx)
0x11f1 40 temp12.d = edx
0x11f1 41 temp13.d = eax
0x11f1 42 temp1.d = mods.dp.d(temp12.d:temp13.d, ecx)
0x11f1 43 eax = temp0.d
0x11f1 44 edx = temp1.d
0x11f3 45 [rbp - 8 {var_10}].d = eax
0x11f6 46 goto 7 @ 0x11c8
int32_t main(int32_t argc, char** argv, char** envp):
0x1210 0 push(rbp)
0x1211 1 rbp = rsp {__saved_rbp}
0x1214 2 rdi = 0x2004 {"%d%d"}
0x121b 3 rsi = 0x403c {""}
0x1222 4 rdx = 0x4040 {""}
0x1229 5 al = 0
0x122b 6 call(0x1040)
0x1230 7 [0x4044].d = 0
0x123a 8 eax = [0x403c].d
0x1240 9 [0x4048].d = eax
0x1240 10 goto 11 @ 0x1246
0x1246 11 eax = [0x4048].d
0x1252 12 if (eax s> [0x4040].d) then 13 @ 0x12de else 14 @ 0x1258
0x12de 13 if ([0x4044].d != 0) then 17 @ 0x12f2 else 19 @ 0x12e4
0x1258 14 edi = [0x4048].d
0x125e 15 call(0x1150)
0x1266 16 if (eax == 0) then 23 @ 0x12be else 24 @ 0x126c
0x12f2 17 rbp = pop
0x12f3 18 <return> jump(pop)
0x12e4 19 rdi = 0x200b {"no"}
0x12eb 20 al = 0
0x12ed 21 call(0x1030)
0x12ed 22 goto 17 @ 0x12f2
0x12be 23 goto 27 @ 0x12c3
0x126c 24 edi = [0x4048].d
0x1272 25 call(0x11b0)
0x127a 26 if (eax == 0) then 23 @ 0x12be else 31 @ 0x1287
0x12c3 27 eax = [0x4048].d
0x12c9 28 eax = eax + 1
0x12cc 29 [0x4048].d = eax
0x12d2 30 goto 11 @ 0x1246
0x1287 31 if ([0x4044].d s<= 0) then 32 @ 0x129b else 40 @ 0x128d
0x129b 32 eax = [0x4044].d
0x12a1 33 eax = eax + 1
0x12a4 34 [0x4044].d = eax
0x12aa 35 esi = [0x4048].d
0x12b0 36 rdi = 0x2006 {"%d"}
0x12b7 37 al = 0
0x12b9 38 call(0x1030)
0x12b9 39 goto 23 @ 0x12be
0x128d 40 rdi = 0x2009 {","}
0x1294 41 al = 0
0x1296 42 call(0x1030)
0x1296 43 goto 32 @ 0x129b
int64_t _fini():
0x12f8 0 rsp = rsp - 8
0x12fc 1 rsp = rsp + 8
0x1300 2 <return> jump(pop)
| POJ_74 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHx\t"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x978
0x1161 7 rdi = 0x2004 {"%d"}
0x1168 8 rsi = rsp + 0xc {var_99c}
0x116d 9 eax = 0
0x116f 10 call(0x1040)
0x1179 11 if ([rsp + 0xc {var_99c}].d s<= 0) then 12 @ 0x13b8 else 20 @ 0x117f
0x13b8 12 rsp = rsp + 0x978
0x13bf 13 rbx = pop
0x13c0 14 r12 = pop
0x13c2 15 r13 = pop
0x13c4 16 r14 = pop
0x13c6 17 r15 = pop
0x13c8 18 rbp = pop
0x13c9 19 <return> jump(pop)
0x117f 20 rbx = rsp + 0x10 {var_998}
0x1184 21 r14 = 0x2004 {"%d"}
0x118b 22 ebp = 0
0x118d 23 goto 24 @ 0x1190
0x1190 24 rdi = r14
0x1193 25 rsi = rbx
0x1196 26 eax = 0
0x1198 27 call(0x1040)
0x119d 28 rbp = rbp + 1
0x11a1 29 rax = sx.q([rsp + 0xc {var_99c}].d)
0x11a6 30 rbx = rbx + 4
0x11ad 31 if (rbp s< rax) then 24 @ 0x1190 else 32 @ 0x11af
0x11af 32 r9d = eax
0x11b5 33 if (r9d s<= 0) then 12 @ 0x13b8 else 34 @ 0x11bb
0x11bb 34 eax = 0
0x11bd 35 r8 = 0x7ffffffffffffff8 {""}
0x11c7 36 edi = 1
0x11cc 37 xmm0 = 0
0x11d0 38 r10d = 0
0x11d3 39 goto 40 @ 0x1202
0x1202 40 if (rax == 0) then 41 @ 0x11e0 else 46 @ 0x1204
0x11e0 41 ecx = [rsp + (rax << 2) + 0x10].d
0x11e4 42 rdx = sx.q(r10d)
0x11e7 43 r10d = r10d + 1
0x11eb 44 [rsp + (rdx << 2) + 0x4c0].d = ecx
0x11eb 45 goto 48 @ 0x11f2
0x1204 46 ebx = [rsp + (rax << 2) + 0x10].d
0x120c 47 if (rax u>= 8) then 50 @ 0x1220 else 59 @ 0x120e
0x11f2 48 rax = rax + 1
0x11f9 49 if (rax == r9) then 62 @ 0x1360 else 40 @ 0x1202
0x1220 50 rdx = rax
0x1223 51 rdx = rdx & r8
0x1226 52 rcx = rdx - 8
0x122a 53 r11 = rcx
0x122d 54 r11 = r11 u>> 3
0x1231 55 r11 = r11 + 1
0x1235 56 xmm1 = ebx
0x1239 57 xmm1 = _mm_shuffle_epi32(xmm1, 0)
0x1241 58 if (rcx == 0) then 63 @ 0x1329 else 67 @ 0x1247
0x120e 59 edx = 0
0x1210 60 ecx = 0
0x1212 61 goto 77 @ 0x1344
0x1360 62 if (r10d s<= 0) then 12 @ 0x13b8 else 78 @ 0x1362
0x1329 63 xmm2 = 0
0x132d 64 ecx = 0
0x132f 65 xmm3 = 0
0x1337 66 if ((r11b & 1) != 0) then 88 @ 0x12d0 else 101 @ 0x1339
0x1247 67 rsi = rax
0x124a 68 rsi = rsi & 0xfffffffffffffff8
0x124e 69 rsi = rsi - 8
0x1252 70 rsi = rsi u>> 3
0x1256 71 rsi = rsi + 1
0x125a 72 rsi = rsi & 0xfffffffffffffffe
0x125e 73 xmm4 = 0
0x1262 74 ecx = 0
0x1264 75 xmm5 = 0
0x1268 76 goto 102 @ 0x1270
0x1344 77 if ([rsp + (rdx << 2) + 0x10].d == ebx) then 124 else 126 @ 0x1347
0x1362 78 r14d = (r10 - 1).d
0x1366 79 ebx = r10d
0x1369 80 r15 = rsp + (r14 << 2)
0x136d 81 r15 = r15 + 0x4c0
0x1374 82 r14 = r14 << 2
0x1378 83 rbx = rbx << 2
0x137c 84 r12 = 0x2007 {"%d\n"}
0x1383 85 r13 = 0x200b {"%d,"}
0x138a 86 ebp = 0
0x138c 87 goto 128 @ 0x1390
0x12d0 88 xmm4 = xmm1
0x12d4 89 xmm4 = __pcmpeqd_xmmdq_memdq(xmm4, [rsp + (rcx << 2) + 0x10].o)
0x12da 90 xmm5 = [rsp + (rcx << 2) + 0x20].o
0x12e0 91 xmm5 = _mm_cmpeq_epi32(xmm5, xmm1)
0x12e4 92 xmm1 = xmm4
0x12e8 93 xmm1 = xmm1 & not.o(xmm2)
0x12ec 94 xmm1 = _mm_sub_epi32(xmm1, xmm4)
0x12f0 95 xmm4 = xmm5
0x12f4 96 xmm4 = xmm4 & not.o(xmm3)
0x12f8 97 xmm4 = _mm_sub_epi32(xmm4, xmm5)
0x12fc 98 xmm2 = xmm1
0x1300 99 xmm3 = xmm4
0x1300 100 goto 132 @ 0x1304
0x1339 101 goto 132 @ 0x1304
0x1270 102 xmm2 = [rsp + (rcx << 2) + 0x10].o
0x1276 103 xmm2 = _mm_cmpeq_epi32(xmm2, xmm1)
0x127a 104 xmm3 = [rsp + (rcx << 2) + 0x20].o
0x1280 105 xmm3 = _mm_cmpeq_epi32(xmm3, xmm1)
0x1284 106 xmm6 = [rsp + (rcx << 2) + 0x30].o
0x128a 107 xmm6 = _mm_cmpeq_epi32(xmm6, xmm1)
0x128e 108 xmm6 = xmm6 | xmm2
0x1292 109 xmm7 = [rsp + (rcx << 2) + 0x40].o
0x1298 110 xmm7 = _mm_cmpeq_epi32(xmm7, xmm1)
0x129c 111 xmm7 = xmm7 | xmm3
0x12a0 112 xmm2 = xmm6
0x12a4 113 xmm2 = xmm2 & not.o(xmm4)
0x12a8 114 xmm2 = _mm_sub_epi32(xmm2, xmm6)
0x12ac 115 xmm3 = xmm7
0x12b0 116 xmm3 = xmm3 & not.o(xmm5)
0x12b4 117 xmm3 = _mm_sub_epi32(xmm3, xmm7)
0x12b8 118 rcx = rcx + 0x10
0x12bc 119 xmm4 = xmm2
0x12c0 120 xmm5 = xmm3
0x12c4 121 temp0.q = rsi
0x12c4 122 rsi = rsi - 2
0x12c8 123 if (temp0.q != 2) then 102 @ 0x1270 else 142 @ 0x12ce
0x1344 124 ecx = edi
0x1344 125 goto 126 @ 0x1347
0x1347 126 rdx = rdx + 1
0x1347 127 goto 143 @ 0x134e
0x1390 128 cond:0 = r14 == rbp
0x1390 129 cond:1 = r14 == rbp
0x1393 130 rax = rsp + rbp + 0x4c0
0x139b 131 if (cond:0) then 144 else 146 @ 0x139f
0x1304 132 xmm1 = xmm2
0x1308 133 xmm1 = _mm_cmpeq_epi32(xmm1, xmm0)
0x130c 134 xmm3 = xmm3 & xmm1
0x1310 135 xmm1 = xmm1 & not.o(xmm2)
0x1314 136 xmm1 = xmm1 | xmm3
0x1318 137 xmm1 = _mm_cmpeq_epi32(xmm1, xmm0)
0x131c 138 esi = _mm_movemask_ps(xmm1)
0x131f 139 ecx = 0
0x1324 140 cl = esi != 0xf
0x1327 141 goto 143 @ 0x134e
0x12ce 142 if ((r11b & 1) == 0) then 132 @ 0x1304 else 88 @ 0x12d0
0x134e 143 if (rax != rdx) then 77 @ 0x1344 else 148 @ 0x1352
0x139b 144 rax = r15
0x139b 145 goto 146 @ 0x139f
0x139f 146 rdi = r13
0x13a2 147 if (cond:1) then 149 else 151 @ 0x13a6
0x1352 148 if (ecx != 0) then 48 @ 0x11f2 else 156 @ 0x1358
0x13a2 149 rdi = r12
0x13a2 150 goto 151 @ 0x13a6
0x13a6 151 esi = [rax].d
0x13a8 152 eax = 0
0x13aa 153 call(0x1030)
0x13af 154 rbp = rbp + 4
0x13b6 155 if (rbx != rbp) then 128 @ 0x1390 else 12 @ 0x13b8
0x1358 156 goto 41 @ 0x11e0
int64_t _fini():
0x13d0 0 rsp = rsp - 8
0x13d4 1 rsp = rsp + 8
0x13d8 2 <return> jump(pop)
| POJ_53 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"SHH="}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbx)
0x1151 1 rsp = rsp - 0x10
0x1155 2 rdi = 0x2100 {"%d"}
0x115c 3 ebx = 0
0x115e 4 rsi = rsp + 0xc {var_c}
0x1163 5 eax = 0
0x1165 6 call(0x1040)
0x116a 7 r8d = [rsp + 0xc {var_c}].d
0x1172 8 if (r8d s<= 0) then 9 @ 0x13b1 else 17 @ 0x1178
0x13b1 9 rdi = 0x2103 {"%d\n"}
0x13b8 10 esi = ebx
0x13ba 11 eax = 0
0x13bc 12 call(0x1030)
0x13c1 13 eax = 0
0x13c3 14 rsp = rsp + 0x10
0x13c7 15 rbx = pop
0x13c8 16 <return> jump(pop)
0x1178 17 ebx = 0
0x117a 18 r10d = 0
0x1184 19 if (r8d u< 8) then 20 @ 0x13c9 else 24 @ 0x118a
0x13c9 20 r8d = neg.d(r8d)
0x13cc 21 r10d = r10d + 1
0x13d0 22 r9d = 0xcccccccd {""}
0x13d6 23 goto 33 @ 0x140a
0x118a 24 r10d = r8d
0x118d 25 r10d = r10d & 0xfffffff8
0x1191 26 xmm11 = [0x2010].o
0x119a 27 xmm0 = 0
0x119e 28 xmm15 = _mm_cmpeq_epi32(xmm15, xmm15)
0x11a3 29 xmm6 = [0x2050].o
0x11ab 30 edx = r10d
0x11ae 31 xmm7 = 0
0x11bc 32 goto 53 @ 0x11c0
0x140a 33 eax = r10d
0x140d 34 rdx = rax * 0x24924925
0x1414 35 rax = rax * r9
0x1418 36 rax = rax u>> 0x23
0x141c 37 eax = eax + eax
0x141e 38 eax = (rax + (rax << 2)).d
0x1421 39 rdx = rdx u>> 0x20
0x1425 40 edi = r10d
0x1428 41 edi = edi - edx
0x142a 42 edi = edi u>> 1
0x142c 43 edi = edi + edx
0x142e 44 edi = edi u>> 2
0x1431 45 esi = (rdi << 3).d
0x1438 46 esi = esi - edi
0x143a 47 edx = (r10 - 0x46).d
0x143e 48 ecx = r10d
0x1441 49 ecx = ecx - eax
0x1443 50 edi = 0
0x1445 51 eax = 0
0x144d 52 if (ecx == 7) then 142 @ 0x13e3 else 143 @ 0x144f
0x11c0 53 xmm4 = xmm11
0x11c5 54 xmm3 = [0x2020].o
0x11cd 55 xmm4 = _mm_mul_epu32(xmm4, xmm3)
0x11d1 56 xmm4 = _mm_shuffle_epi32(xmm4, 0xe8)
0x11d6 57 xmm8 = _mm_shuffle_epi32(xmm11, 0xf5)
0x11dc 58 xmm5 = xmm8
0x11e1 59 xmm5 = _mm_mul_epu32(xmm5, xmm3)
0x11e5 60 xmm5 = _mm_shuffle_epi32(xmm5, 0xe8)
0x11ea 61 xmm4 = _mm_unpacklo_epi32(xmm4, xmm5.q)
0x11ee 62 xmm14 = xmm11
0x11f3 63 xmm14 = _mm_sub_epi32(xmm14, xmm15)
0x11f8 64 xmm10 = xmm11
0x11fd 65 xmm10 = __paddd_xmmdq_memdq(xmm10, [0x2030].o)
0x1206 66 xmm5 = xmm14
0x120b 67 xmm2 = [0x2040].o
0x1213 68 xmm5 = _mm_cmpeq_epi32(xmm5, xmm2)
0x1217 69 xmm1 = xmm11
0x121c 70 xmm1 = __paddd_xmmdq_memdq(xmm1, [0x2080].o)
0x1224 71 xmm1 = xmm1 ^ xmm6
0x1228 72 xmm9 = [0x20a0].o
0x1231 73 xmm12 = xmm9
0x1236 74 xmm12 = _mm_cmpgt_epi32(xmm12, xmm1)
0x123b 75 xmm1 = xmm4
0x123f 76 xmm1 = _mm_add_epi32(xmm1, xmm3)
0x1243 77 xmm1 = xmm1 ^ xmm6
0x1247 78 xmm3 = [0x2060].o
0x124f 79 xmm1 = _mm_cmpgt_epi32(xmm1, xmm3)
0x1253 80 xmm1 = xmm1 ^ xmm15
0x1258 81 xmm12 = xmm12 | xmm5
0x125d 82 xmm5 = xmm11
0x1262 83 xmm5 = __paddd_xmmdq_memdq(xmm5, [0x2090].o)
0x126a 84 xmm12 = xmm12 | xmm1
0x126f 85 xmm5 = xmm5 ^ xmm6
0x1273 86 xmm9 = _mm_cmpgt_epi32(xmm9, xmm5)
0x1278 87 xmm1 = xmm10
0x127d 88 xmm1 = _mm_cmpeq_epi32(xmm1, xmm2)
0x1281 89 xmm4 = __paddd_xmmdq_memdq(xmm4, [0x2070].o)
0x1289 90 xmm4 = xmm4 ^ xmm6
0x128d 91 xmm4 = _mm_cmpgt_epi32(xmm4, xmm3)
0x1291 92 xmm4 = xmm4 ^ xmm15
0x1296 93 xmm9 = xmm9 | xmm1
0x129b 94 xmm9 = xmm9 | xmm4
0x12a0 95 xmm1 = xmm11
0x12a5 96 xmm2 = [0x20b0].o
0x12ad 97 xmm1 = _mm_mul_epu32(xmm1, xmm2)
0x12b1 98 xmm13 = _mm_shuffle_epi32(xmm1, 0xe8)
0x12b7 99 xmm8 = _mm_mul_epu32(xmm8, xmm2)
0x12bc 100 xmm1 = _mm_shuffle_epi32(xmm8, 0xe8)
0x12c2 101 xmm13 = _mm_unpacklo_epi32(xmm13, xmm1.q)
0x12c7 102 xmm4 = xmm13
0x12cc 103 xmm4 = __paddd_xmmdq_memdq(xmm4, [0x20c0].o)
0x12d4 104 xmm1 = xmm4
0x12d8 105 xmm1 = _mm_srli_epi32(xmm1, 1)
0x12dd 106 xmm4 = _mm_slli_epi32(xmm4, 0x1f)
0x12e2 107 xmm4 = xmm4 | xmm1
0x12e6 108 xmm4 = xmm4 ^ xmm6
0x12ea 109 xmm2 = [0x20d0].o
0x12f2 110 xmm4 = _mm_cmpgt_epi32(xmm4, xmm2)
0x12f6 111 xmm4 = xmm4 ^ xmm15
0x12fb 112 xmm4 = xmm4 | xmm12
0x1300 113 xmm13 = __paddd_xmmdq_memdq(xmm13, [0x20e0].o)
0x1309 114 xmm1 = xmm13
0x130e 115 xmm1 = _mm_srli_epi32(xmm1, 1)
0x1313 116 xmm13 = _mm_slli_epi32(xmm13, 0x1f)
0x1319 117 xmm13 = xmm13 | xmm1
0x131e 118 xmm13 = xmm13 ^ xmm6
0x1323 119 xmm13 = _mm_cmpgt_epi32(xmm13, xmm2)
0x1328 120 xmm13 = xmm13 ^ xmm15
0x132d 121 xmm13 = xmm13 | xmm9
0x1332 122 xmm1 = _mm_shuffle_epi32(xmm14, 0xf5)
0x1338 123 xmm14 = _mm_mul_epu32(xmm14, xmm14)
0x133d 124 xmm5 = _mm_shuffle_epi32(xmm14, 0xe8)
0x1343 125 xmm1 = _mm_mul_epu32(xmm1, xmm1)
0x1347 126 xmm1 = _mm_shuffle_epi32(xmm1, 0xe8)
0x134c 127 xmm5 = _mm_unpacklo_epi32(xmm5, xmm1.q)
0x1350 128 xmm4 = xmm4 & not.o(xmm5)
0x1354 129 xmm0 = _mm_add_epi32(xmm0, xmm4)
0x1358 130 xmm1 = _mm_shuffle_epi32(xmm10, 0xf5)
0x135e 131 xmm10 = _mm_mul_epu32(xmm10, xmm10)
0x1363 132 xmm4 = _mm_shuffle_epi32(xmm10, 0xe8)
0x1369 133 xmm1 = _mm_mul_epu32(xmm1, xmm1)
0x136d 134 xmm1 = _mm_shuffle_epi32(xmm1, 0xe8)
0x1372 135 xmm4 = _mm_unpacklo_epi32(xmm4, xmm1.q)
0x1376 136 xmm13 = xmm13 & not.o(xmm4)
0x137b 137 xmm7 = _mm_add_epi32(xmm7, xmm13)
0x1380 138 xmm11 = __paddd_xmmdq_memdq(xmm11, [0x20f0].o)
0x1389 139 temp0.d = edx
0x1389 140 edx = edx - 8
0x138c 141 if (temp0.d != 8) then 53 @ 0x11c0 else 146 @ 0x1392
0x13e3 142 if (edx u< 0xa) then 153 else 155 @ 0x13e9
0x144f 143 eax = r10d
0x1452 144 eax = eax * r10d
0x1456 145 goto 142 @ 0x13e3
0x1392 146 xmm7 = _mm_add_epi32(xmm7, xmm0)
0x1396 147 xmm0 = _mm_shuffle_epi32(xmm7, 0xee)
0x139b 148 xmm0 = _mm_add_epi32(xmm0, xmm7)
0x139f 149 xmm1 = _mm_shuffle_epi32(xmm0, 0x55)
0x13a4 150 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x13a8 151 ebx = xmm1.d
0x13af 152 if (r8d != r10d) then 20 @ 0x13c9 else 9 @ 0x13b1
0x13e3 153 eax = edi
0x13e3 154 goto 155 @ 0x13e9
0x13e9 155 if (esi == r10d) then 156 else 158 @ 0x13f0
0x13e9 156 eax = edi
0x13e9 157 goto 158 @ 0x13f0
0x13f0 158 if (r10d == 7) then 159 else 161 @ 0x13f3
0x13f0 159 eax = edi
0x13f0 160 goto 161 @ 0x13f3
0x13f3 161 ebx = ebx + eax
0x13f5 162 eax = (r8 + r10).d
0x13f9 163 eax = eax + 1
0x13fc 164 ecx = r10d
0x13ff 165 ecx = ecx + 1
0x1402 166 r10d = ecx
0x1408 167 if (eax == 1) then 9 @ 0x13b1 else 33 @ 0x140a
int64_t _fini():
0x145c 0 rsp = rsp - 8
0x1460 1 rsp = rsp + 8
0x1464 2 <return> jump(pop)
| POJ_30 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSHX"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x158
0x1171 7 xmm0 = 0
0x1175 8 [rsp + 0x20 {var_168}].o = xmm0
0x117b 9 [rsp + 0x10 {var_178}].o = xmm0
0x1181 10 rdi = 0x2004 {"%d,%d"}
0x1188 11 rsi = rsp + 0xc {var_17c}
0x118d 12 rdx = rsp + 8 {var_180}
0x1192 13 eax = 0
0x1194 14 call(0x1040)
0x1199 15 r12d = [rsp + 0xc {var_17c}].d
0x11a1 16 if (r12d s<= 0) then 17 @ 0x13eb else 20 @ 0x11a7
0x13eb 17 ecx = [rsp + 8 {var_180}].d
0x13ef 18 r14d = 0
0x13ef 19 goto 25 @ 0x13f4
0x11a7 20 r15 = rsp + 0x50 {var_138}
0x11ac 21 ecx = [rsp + 8 {var_180}].d
0x11b0 22 r14 = 0x2007 {"%d"}
0x11b7 23 r13d = 0
0x11ba 24 goto 26 @ 0x11d2
0x13f4 25 if (ecx s<= 0) then 27 @ 0x158d else 28 @ 0x13fa
0x11d2 26 if (ecx s<= 0) then 35 @ 0x11c0 else 39 @ 0x11d4
0x158d 27 if (r14b == 0) then 42 @ 0x15f0 else 45 @ 0x158f
0x13fa 28 r10d = ecx
0x13fd 29 r8d = r12d
0x1400 30 eax = r8d
0x1403 31 eax = eax & 7
0x1406 32 cond:0 = rax != 0
0x1409 33 edx = 8
0x140e 34 if (cond:0) then 49 else 51 @ 0x1412
0x11c0 35 r13 = r13 + 1
0x11c4 36 rax = sx.q(r12d)
0x11c7 37 r15 = r15 + 0x20
0x11ce 38 if (r13 s>= rax) then 57 @ 0x1206 else 26 @ 0x11d2
0x11d4 39 rbx = r15
0x11d7 40 ebp = 0
0x11d9 41 goto 61 @ 0x11e0
0x15f0 42 rdi = 0x2011 {"No"}
0x15f7 43 call(0x1050)
0x15f7 44 goto 69 @ 0x15fc
0x158f 45 r14 = 0x200a {"%d+%d\n"}
0x1596 46 r15d = 0
0x1599 47 edx = 0
0x159b 48 goto 77 @ 0x15b3
0x140e 49 rdx = rax
0x140e 50 goto 51 @ 0x1412
0x1412 51 r9 = r8
0x1415 52 r9 = r9 - rdx
0x1418 53 r11 = rsp + 0x130 {var_58}
0x1420 54 rbp = rsp + 0x50 {var_138}
0x1425 55 esi = 0
0x1427 56 goto 78 @ 0x1445
0x1206 57 temp0.d = r12d
0x1206 58 cond:1 = temp0.d s<= 0
0x1209 59 r14b = temp0.d s> 0
0x120d 60 if (cond:1) then 17 @ 0x13eb else 81 @ 0x1213
0x11e0 61 rdi = r14
0x11e3 62 rsi = rbx
0x11e6 63 eax = 0
0x11e8 64 call(0x1040)
0x11ed 65 rbp = rbp + 1
0x11f1 66 rcx = sx.q([rsp + 8 {var_180}].d)
0x11f6 67 rbx = rbx + 4
0x11fd 68 if (rbp s< rcx) then 61 @ 0x11e0 else 95 @ 0x11ff
0x15fc 69 rsp = rsp + 0x158
0x1603 70 rbx = pop
0x1604 71 r12 = pop
0x1606 72 r13 = pop
0x1608 73 r14 = pop
0x160a 74 r15 = pop
0x160c 75 rbp = pop
0x160d 76 <return> jump(pop)
0x15b3 77 if (ecx s<= 0) then 97 @ 0x15a5 else 100 @ 0x15b5
0x1445 78 edi = [rsp + (rsi << 2) + 0x70].d
0x1449 79 [rsp + (rsi << 2) + 0x30].d = edi
0x1450 80 if (r14b == 0) then 103 @ 0x1430 else 107 @ 0x1456
0x1213 81 ecx = [rsp + 8 {var_180}].d
0x1217 82 r15d = r12d
0x121a 83 r11d = ecx
0x121d 84 r11d = r11d & 0xfffffff8
0x1221 85 r8 = r11 - 8
0x1225 86 r10 = r8
0x1228 87 r10 = r10 u>> 3
0x122c 88 r10 = r10 + 1
0x1230 89 r9 = r10
0x1233 90 r9 = r9 & 0xfffffffffffffffe
0x1237 91 rbx = rsp + 0x80 {var_108}
0x123f 92 rdi = rsp + 0x50 {var_138}
0x1244 93 edx = 0
0x1246 94 goto 108 @ 0x126b
0x11ff 95 r12d = [rsp + 0xc {var_17c}].d
0x1204 96 goto 35 @ 0x11c0
0x15a5 97 r15 = r15 + 1
0x15a9 98 rax = sx.q(r12d)
0x15af 99 if (r15 s>= rax) then 109 @ 0x15ee else 77 @ 0x15b3
0x15b5 100 ebp = [rsp + (r15 << 2) + 0x10].d
0x15ba 101 ebx = 0
0x15bc 102 goto 110 @ 0x15d0
0x1430 103 rsi = rsi + 1
0x1434 104 r11 = r11 + 4
0x1438 105 rbp = rbp + 4
0x143f 106 if (rsi == r10) then 27 @ 0x158d else 78 @ 0x1445
0x1456 107 if (r12d u>= 9) then 111 @ 0x1460 else 117 @ 0x1458
0x126b 108 if (ecx s<= 0) then 119 @ 0x1254 else 123 @ 0x126d
0x15ee 109 if (edx != 0) then 69 @ 0x15fc else 42 @ 0x15f0
0x15d0 110 if (ebp != [rsp + (rbx << 2) + 0x30].d) then 125 @ 0x15c0 else 128 @ 0x15d2
0x1460 111 xmm0 = edi
0x1464 112 xmm0 = _mm_shuffle_epi32(xmm0, 0)
0x1469 113 rdi = r9
0x146c 114 rbx = r11
0x146f 115 xmm1 = xmm0
0x147d 116 goto 136 @ 0x1480
0x1458 117 ebx = 0
0x145a 118 goto 166 @ 0x1556
0x1254 119 rdx = rdx + 1
0x1258 120 rbx = rbx + 0x20
0x125c 121 rdi = rdi + 0x20
0x1263 122 if (rdx == r15) then 25 @ 0x13f4 else 108 @ 0x126b
0x126d 123 esi = [rsp + (rdx << 2) + 0x10].d
0x1274 124 if (ecx u>= 8) then 171 @ 0x1280 else 174 @ 0x1276
0x15c0 125 rbx = rbx + 1
0x15c4 126 rax = sx.q(ecx)
0x15ca 127 if (rbx s>= rax) then 176 @ 0x15a0 else 110 @ 0x15d0
0x15d2 128 rdi = r14
0x15d5 129 esi = r15d
0x15d8 130 edx = ebx
0x15da 131 eax = 0
0x15dc 132 call(0x1030)
0x15e1 133 edx = 1
0x15e6 134 ecx = [rsp + 8 {var_180}].d
0x15ea 135 goto 125 @ 0x15c0
0x1480 136 xmm2 = [rbx - 0x80].d
0x1485 137 xmm3 = [rbx - 0xa0].d
0x148d 138 xmm3 = _mm_unpacklo_epi32(xmm3, xmm2.q)
0x1491 139 xmm2 = [rbx - 0xc0].d
0x1499 140 xmm4 = [rbx - 0xe0].d
0x14a1 141 xmm4 = _mm_unpacklo_epi32(xmm4, xmm2.q)
0x14a5 142 xmm4 = _mm_unpacklo_epi64(xmm4, xmm3.q)
0x14a9 143 xmm2 = [rbx].d
0x14ad 144 xmm3 = [rbx - 0x20].d
0x14b2 145 xmm3 = _mm_unpacklo_epi32(xmm3, xmm2.q)
0x14b6 146 xmm2 = [rbx - 0x40].d
0x14bb 147 xmm5 = [rbx - 0x60].d
0x14c0 148 xmm5 = _mm_unpacklo_epi32(xmm5, xmm2.q)
0x14c4 149 xmm5 = _mm_unpacklo_epi64(xmm5, xmm3.q)
0x14c8 150 xmm2 = xmm0
0x14cc 151 xmm2 = _mm_cmpgt_epi32(xmm2, xmm4)
0x14d0 152 xmm4 = xmm4 & xmm2
0x14d4 153 xmm2 = xmm2 & not.o(xmm0)
0x14d8 154 xmm0 = xmm2
0x14dc 155 xmm0 = xmm0 | xmm4
0x14e0 156 xmm2 = xmm1
0x14e4 157 xmm2 = _mm_cmpgt_epi32(xmm2, xmm5)
0x14e8 158 xmm5 = xmm5 & xmm2
0x14ec 159 xmm2 = xmm2 & not.o(xmm1)
0x14f0 160 xmm1 = xmm2
0x14f4 161 xmm1 = xmm1 | xmm5
0x14f8 162 rbx = rbx + 0x100
0x14ff 163 temp1.q = rdi
0x14ff 164 rdi = rdi - 8
0x1503 165 if (temp1.q != 8) then 136 @ 0x1480 else 178 @ 0x1509
0x1556 166 rax = r8
0x1559 167 rax = rax - rbx
0x155c 168 rbx = rbx << 5
0x1560 169 rbx = rbx + rbp
0x156d 170 goto 198 @ 0x1570
0x1280 171 xmm0 = esi
0x1284 172 xmm0 = _mm_shuffle_epi32(xmm0, 0)
0x128c 173 if (r8 == 0) then 200 @ 0x13d6 else 203 @ 0x1292
0x1276 174 ebp = 0
0x1278 175 goto 207 @ 0x13c0
0x15a0 176 r12d = [rsp + 0xc {var_17c}].d
0x15a0 177 goto 97 @ 0x15a5
0x1509 178 xmm2 = xmm1
0x150d 179 xmm2 = _mm_cmpgt_epi32(xmm2, xmm0)
0x1511 180 xmm0 = xmm0 & xmm2
0x1515 181 xmm2 = xmm2 & not.o(xmm1)
0x1519 182 xmm2 = xmm2 | xmm0
0x151d 183 xmm0 = _mm_shuffle_epi32(xmm2, 0xee)
0x1522 184 xmm1 = xmm0
0x1526 185 xmm1 = _mm_cmpgt_epi32(xmm1, xmm2)
0x152a 186 xmm2 = xmm2 & xmm1
0x152e 187 xmm1 = xmm1 & not.o(xmm0)
0x1532 188 xmm1 = xmm1 | xmm2
0x1536 189 xmm0 = _mm_shuffle_epi32(xmm1, 0x55)
0x153b 190 xmm2 = xmm0
0x153f 191 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x1543 192 xmm1 = xmm1 & xmm2
0x1547 193 xmm2 = xmm2 & not.o(xmm0)
0x154b 194 xmm2 = xmm2 | xmm1
0x154f 195 edi = xmm2.d
0x1553 196 rbx = r9
0x1553 197 goto 166 @ 0x1556
0x1570 198 edx = [rbx].d
0x1574 199 if (edx s< edi) then 209 else 211 @ 0x1577
0x13d6 200 ebp = 0
0x13d8 201 xmm1 = xmm0
0x13e0 202 if ((r10b & 1) != 0) then 215 @ 0x1317 else 234 @ 0x13e6
0x1292 203 rsi = r9
0x1295 204 ebp = 0
0x1297 205 xmm1 = xmm0
0x129b 206 goto 235 @ 0x12a0
0x13c0 207 eax = [rdi + (rbp << 2)].d
0x13c5 208 if (eax s> esi) then 263 else 265 @ 0x13c8
0x1574 209 edi = edx
0x1574 210 goto 211 @ 0x1577
0x1577 211 rbx = rbx + 0x20
0x157b 212 temp2.q = rax
0x157b 213 rax = rax - 1
0x157f 214 if (temp2.q != 1) then 198 @ 0x1570 else 267 @ 0x1581
0x1317 215 rax = rdx
0x131a 216 rax = rax << 5
0x131e 217 rax = rax + rsp
0x1321 218 rax = rax + 0x50
0x1325 219 xmm2 = [rax + (rbp << 2)].o
0x132a 220 xmm3 = [rax + (rbp << 2) + 0x10].o
0x1330 221 xmm4 = xmm2
0x1334 222 xmm4 = _mm_cmpgt_epi32(xmm4, xmm0)
0x1338 223 xmm2 = xmm2 & xmm4
0x133c 224 xmm4 = xmm4 & not.o(xmm0)
0x1340 225 xmm4 = xmm4 | xmm2
0x1344 226 xmm2 = xmm3
0x1348 227 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x134c 228 xmm3 = xmm3 & xmm2
0x1350 229 xmm2 = xmm2 & not.o(xmm1)
0x1354 230 xmm2 = xmm2 | xmm3
0x1358 231 xmm0 = xmm4
0x135c 232 xmm1 = xmm2
0x135c 233 goto 269 @ 0x1360
0x13e6 234 goto 269 @ 0x1360
0x12a0 235 xmm2 = [rbx + (rbp << 2) - 0x30].o
0x12a6 236 xmm3 = [rbx + (rbp << 2) - 0x20].o
0x12ac 237 xmm4 = [rbx + (rbp << 2) - 0x10].o
0x12b2 238 xmm5 = [rbx + (rbp << 2)].o
0x12b7 239 xmm6 = xmm2
0x12bb 240 xmm6 = _mm_cmpgt_epi32(xmm6, xmm0)
0x12bf 241 xmm2 = xmm2 & xmm6
0x12c3 242 xmm6 = xmm6 & not.o(xmm0)
0x12c7 243 xmm6 = xmm6 | xmm2
0x12cb 244 xmm2 = xmm3
0x12cf 245 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x12d3 246 xmm3 = xmm3 & xmm2
0x12d7 247 xmm2 = xmm2 & not.o(xmm1)
0x12db 248 xmm2 = xmm2 | xmm3
0x12df 249 xmm0 = xmm4
0x12e3 250 xmm0 = _mm_cmpgt_epi32(xmm0, xmm6)
0x12e7 251 xmm4 = xmm4 & xmm0
0x12eb 252 xmm0 = xmm0 & not.o(xmm6)
0x12ef 253 xmm0 = xmm0 | xmm4
0x12f3 254 xmm1 = xmm5
0x12f7 255 xmm1 = _mm_cmpgt_epi32(xmm1, xmm2)
0x12fb 256 xmm5 = xmm5 & xmm1
0x12ff 257 xmm1 = xmm1 & not.o(xmm2)
0x1303 258 xmm1 = xmm1 | xmm5
0x1307 259 rbp = rbp + 0x10
0x130b 260 temp3.q = rsi
0x130b 261 rsi = rsi - 2
0x130f 262 if (temp3.q != 2) then 235 @ 0x12a0 else 289 @ 0x1315
0x13c5 263 esi = eax
0x13c5 264 goto 265 @ 0x13c8
0x13c8 265 rbp = rbp + 1
0x13cf 266 if (rcx != rbp) then 207 @ 0x13c0 else 290 @ 0x13d1
0x1581 267 [rsp + (rsi << 2) + 0x30].d = edi
0x1585 268 goto 103 @ 0x1430
0x1360 269 xmm2 = xmm0
0x1364 270 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x1368 271 xmm0 = xmm0 & xmm2
0x136c 272 xmm2 = xmm2 & not.o(xmm1)
0x1370 273 xmm2 = xmm2 | xmm0
0x1374 274 xmm0 = _mm_shuffle_epi32(xmm2, 0xee)
0x1379 275 xmm1 = xmm2
0x137d 276 xmm1 = _mm_cmpgt_epi32(xmm1, xmm0)
0x1381 277 xmm2 = xmm2 & xmm1
0x1385 278 xmm1 = xmm1 & not.o(xmm0)
0x1389 279 xmm1 = xmm1 | xmm2
0x138d 280 xmm0 = _mm_shuffle_epi32(xmm1, 0x55)
0x1392 281 xmm2 = xmm1
0x1396 282 xmm2 = _mm_cmpgt_epi32(xmm2, xmm0)
0x139a 283 xmm1 = xmm1 & xmm2
0x139e 284 xmm2 = xmm2 & not.o(xmm0)
0x13a2 285 xmm2 = xmm2 | xmm1
0x13a6 286 esi = xmm2.d
0x13aa 287 rbp = r11
0x13b0 288 if (r11 == rcx) then 291 @ 0x1250 else 293 @ 0x13b6
0x1315 289 if ((r10b & 1) == 0) then 269 @ 0x1360 else 215 @ 0x1317
0x13d1 290 goto 291 @ 0x1250
0x1250 291 [rsp + (rdx << 2) + 0x10].d = esi
0x1250 292 goto 119 @ 0x1254
0x13b6 293 goto 207 @ 0x13c0
int64_t _fini():
0x1614 0 rsp = rsp - 8
0x1618 1 rsp = rsp + 8
0x161c 2 <return> jump(pop)
| POJ_35 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int64_t malloc(uint64_t bytes):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UHH H"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 rbp = rsp {__saved_rbp}
0x1164 2 rsp = rsp - 0x20
0x1168 3 edi = 0x48 {"@"}
0x116d 4 call(0x1050)
0x1172 5 [rbp - 8 {var_10}].q = rax
0x1176 6 rax = [rbp - 8 {var_10}].q
0x117a 7 [rbp - 0x10 {var_18}].q = rax
0x117e 8 rax = [rbp - 8 {var_10}].q
0x1182 9 [rax + 0x40].q = 0
0x1182 10 goto 11 @ 0x118a
0x118a 11 rsi = [rbp - 8 {var_10}].q
0x118e 12 rdi = 0x2010 {"%s"}
0x1195 13 al = 0
0x1197 14 call(0x1040)
0x119c 15 rax = [rbp - 8 {var_10}].q
0x11a0 16 eax = sx.d([rax].b)
0x11a6 17 if (eax == 0x65) then 18 @ 0x1211 else 22 @ 0x11ac
0x1211 18 rax = [rbp - 8 {var_10}].q
0x1215 19 rax = [rax + 0x40].q
0x1219 20 [rbp - 0x10 {var_18_1}].q = rax
0x121d 21 goto 46 @ 0x1227
0x11ac 22 rsi = [rbp - 8 {var_10}].q
0x11b0 23 rsi = rsi + 0xa
0x11b4 24 rdx = [rbp - 8 {var_10}].q
0x11b8 25 rdx = rdx + 0x1e
0x11bc 26 rcx = [rbp - 8 {var_10}].q
0x11c0 27 rcx = rcx + 0x30
0x11c4 28 r8 = [rbp - 8 {var_10}].q
0x11c8 29 r8 = r8 + 0x34
0x11cc 30 r9 = [rbp - 8 {var_10}].q
0x11d0 31 r9 = r9 + 0x1f
0x11d4 32 rdi = 0x2004 {"%s %c %d %f %s"}
0x11db 33 al = 0
0x11dd 34 call(0x1040)
0x11e2 35 edi = 0x48 {"@"}
0x11e7 36 call(0x1050)
0x11ec 37 rcx = [rbp - 8 {var_10}].q
0x11f0 38 [rcx + 0x38].q = rax
0x11f4 39 [rbp - 0x18 {var_20_1}].q = rax
0x11f8 40 rcx = [rbp - 8 {var_10}].q
0x11fc 41 rax = [rbp - 0x18 {var_20_1}].q
0x1200 42 [rax + 0x40].q = rcx
0x1204 43 rax = [rbp - 0x18 {var_20_1}].q
0x1208 44 [rbp - 8 {var_10}].q = rax
0x120c 45 goto 49 @ 0x1222
0x1227 46 rax = [rbp - 0x10 {var_18_1}].q
0x122b 47 [rbp - 8 {var_10_1}].q = rax
0x122b 48 goto 50 @ 0x122f
0x1222 49 goto 11 @ 0x118a
0x122f 50 rsi = [rbp - 8 {var_10_1}].q
0x1233 51 rdx = [rbp - 8 {var_10_1}].q
0x1237 52 rdx = rdx + 0xa
0x123b 53 rax = [rbp - 8 {var_10_1}].q
0x123f 54 ecx = sx.d([rax + 0x1e].b)
0x1243 55 rax = [rbp - 8 {var_10_1}].q
0x1247 56 r8d = [rax + 0x30].d
0x124b 57 rax = [rbp - 8 {var_10_1}].q
0x124f 58 xmm0 = [rax + 0x34].d
0x1254 59 xmm0.q = fconvert.d(xmm0.d)
0x1258 60 r9 = [rbp - 8 {var_10_1}].q
0x125c 61 r9 = r9 + 0x1f
0x1260 62 rdi = 0x2013 {"%s %s %c %d %g %s\n"}
0x1267 63 al = 1
0x1269 64 call(0x1030)
0x126e 65 rax = [rbp - 8 {var_10_1}].q
0x1277 66 if ([rax + 0x40].q == 0) then 67 @ 0x128e else 68 @ 0x127d
0x128e 67 goto 72 @ 0x1298
0x127d 68 rax = [rbp - 8 {var_10_1}].q
0x1281 69 rax = [rax + 0x40].q
0x1285 70 [rbp - 8 {var_10_1}].q = rax
0x1289 71 goto 75 @ 0x1293
0x1298 72 rsp = rsp + 0x20
0x129c 73 rbp = pop
0x129d 74 <return> jump(pop)
0x1293 75 goto 50 @ 0x122f
int64_t _fini():
0x12a4 0 rsp = rsp - 8
0x12a8 1 rsp = rsp + 8
0x12ac 2 <return> jump(pop)
| POJ_31 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t getchar():
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
char* gets(char* buf):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UHH"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 rsp = rsp - 0x400
0x117b 3 [rbp - 4 {var_c}].d = 0
0x1182 4 rdi = 0x2004 {"%d\n"}
0x1189 5 rsi = rbp - 0x10 {var_18}
0x118d 6 al = 0
0x118f 7 call(0x1050)
0x1194 8 [rbp - 8 {var_10}].d = 0
0x1194 9 goto 10 @ 0x119b
0x119b 10 eax = [rbp - 8 {var_10}].d
0x11a1 11 if (eax s>= [rbp - 0x10 {var_18}].d) then 12 @ 0x12c9 else 20 @ 0x11a7
0x12c9 12 al = 0
0x12cb 13 call(0x1040)
0x12d0 14 al = 0
0x12d2 15 call(0x1040)
0x12d7 16 eax = [rbp - 4 {var_c}].d
0x12da 17 rsp = rsp + 0x400
0x12e1 18 rbp = pop
0x12e2 19 <return> jump(pop)
0x11a7 20 rdi = rbp - 0x400 {var_408}
0x11ae 21 al = 0
0x11b0 22 call(0x1060)
0x11b5 23 [rbp - 0xc {var_14_1}].d = 0
0x11b5 24 goto 25 @ 0x11bc
0x11bc 25 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11c8 26 if ([rbp + rax - 0x400].b == 0) then 27 @ 0x1283 else 29 @ 0x11ce
0x1283 27 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x128f 28 if ([rbp + rax - 0x400].b == 0) then 32 @ 0x12a8 else 36 @ 0x1295
0x11ce 29 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11d2 30 eax = sx.d([rbp + rax - 0x400].b)
0x11dd 31 if (eax == 0x5f) then 40 @ 0x1270 else 41 @ 0x11e3
0x12a8 32 rdi = 0x200b {"1\n"}
0x12af 33 al = 0
0x12b1 34 call(0x1030)
0x12b1 35 goto 44 @ 0x12b6
0x1295 36 rdi = 0x2008 {"0\n"}
0x129c 37 al = 0
0x129e 38 call(0x1030)
0x12a3 39 goto 44 @ 0x12b6
0x1270 40 goto 45 @ 0x1275
0x11e3 41 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11e7 42 eax = sx.d([rbp + rax - 0x400].b)
0x11f2 43 if (eax s< 0x41) then 49 @ 0x120d else 52 @ 0x11f8
0x12b6 44 goto 55 @ 0x12bb
0x1275 45 eax = [rbp - 0xc {var_14_1}].d
0x1278 46 eax = eax + 1
0x127b 47 [rbp - 0xc {var_14_1}].d = eax
0x127e 48 goto 25 @ 0x11bc
0x120d 49 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x1211 50 eax = sx.d([rbp + rax - 0x400].b)
0x121c 51 if (eax s< 0x61) then 59 @ 0x1237 else 62 @ 0x1222
0x11f8 52 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x11fc 53 eax = sx.d([rbp + rax - 0x400].b)
0x1207 54 if (eax s<= 0x5a) then 40 @ 0x1270 else 49 @ 0x120d
0x12bb 55 eax = [rbp - 8 {var_10}].d
0x12be 56 eax = eax + 1
0x12c1 57 [rbp - 8 {var_10}].d = eax
0x12c4 58 goto 10 @ 0x119b
0x1237 59 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x123b 60 eax = sx.d([rbp + rax - 0x400].b)
0x1246 61 if (eax s< 0x30) then 65 @ 0x126b else 66 @ 0x124c
0x1222 62 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x1226 63 eax = sx.d([rbp + rax - 0x400].b)
0x1231 64 if (eax s<= 0x7a) then 40 @ 0x1270 else 59 @ 0x1237
0x126b 65 goto 27 @ 0x1283
0x124c 66 rax = sx.q([rbp - 0xc {var_14_1}].d)
0x1250 67 eax = sx.d([rbp + rax - 0x400].b)
0x125b 68 if (eax s> 0x39) then 65 @ 0x126b else 69 @ 0x1265
0x1265 69 if ([rbp - 0xc {var_14_1}].d s> 0) then 40 @ 0x1270 else 65 @ 0x126b
int64_t _fini():
0x12e8 0 rsp = rsp - 8
0x12ec 1 rsp = rsp + 8
0x12f0 2 <return> jump(pop)
| POJ_58 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSH5 "}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0xc3518
0x1161 7 rdi = 0x2004 {"%d"}
0x1168 8 r14d = 0
0x116b 9 rsi = rsp + 4 {var_c3544}
0x1170 10 eax = 0
0x1172 11 call(0x1040)
0x117c 12 if ([rsp + 4 {var_c3544}].d s<= 0) then 13 @ 0x1239 else 15 @ 0x1182
0x1239 13 edx = 0
0x1239 14 goto 21 @ 0x123b
0x1182 15 rbx = rsp + 0x61a90 {var_61ab8}
0x118a 16 r15 = rsp + 0xc {var_c353c}
0x118f 17 r13 = 0x2004 {"%d"}
0x1196 18 r12 = rsp + 8 {var_c3540}
0x119b 19 ebp = 0
0x119d 20 goto 29 @ 0x11a0
0x123b 21 rdi = 0x2007 {"%d %d\n"}
0x1242 22 esi = ebx
0x1244 23 eax = 0
0x1246 24 call(0x1030)
0x124b 25 r15 = sx.q(ebx)
0x124e 26 [rsp + (r15 << 2) + 0xc].d = 0
0x1257 27 edx = [rsp + 4 {var_c3544}].d
0x125d 28 if (edx s<= 0) then 48 @ 0x12b1 else 50 @ 0x125f
0x11a0 29 rdi = r13
0x11a3 30 rsi = rbx
0x11a6 31 eax = 0
0x11a8 32 call(0x1040)
0x11ad 33 rdi = r13
0x11b0 34 rsi = r12 {var_c3540}
0x11b3 35 eax = 0
0x11b5 36 call(0x1040)
0x11ba 37 rdi = r13
0x11bd 38 rsi = r15 {var_c353c}
0x11c0 39 eax = 0
0x11c2 40 call(0x1040)
0x11c7 41 eax = [rsp + 0xc {var_c353c}].d
0x11cb 42 eax = eax + [rsp + 8 {var_c3540}].d
0x11cf 43 [rsp + (rbp << 2) + 0x10].d = eax
0x11d3 44 rbp = rbp + 1
0x11d7 45 rax = sx.q([rsp + 4 {var_c3544}].d)
0x11dc 46 rbx = rbx + 4
0x11e3 47 if (rbp s< rax) then 29 @ 0x11a0 else 54 @ 0x11e5
0x12b1 48 r15 = r15 - 1
0x12b1 49 goto 56 @ 0x12b5
0x125f 50 rcx = rdx - 1
0x1263 51 eax = edx
0x1265 52 eax = eax & 3
0x126c 53 if (rcx u>= 3) then 65 @ 0x134d else 69 @ 0x1272
0x11e5 54 esi = eax
0x11e9 55 if (esi s<= 0) then 13 @ 0x1239 else 72 @ 0x11eb
0x12b5 56 rdi = 0x2007 {"%d %d\n"}
0x12bc 57 ebp = 0
0x12be 58 esi = ebx
0x12c0 59 edx = r14d
0x12c3 60 eax = 0
0x12c5 61 call(0x1030)
0x12ca 62 [rsp + (r15 << 2) + 0x10].d = 0
0x12d3 63 edx = [rsp + 4 {var_c3544}].d
0x12d9 64 if (edx s<= 0) then 76 @ 0x1327 else 90 @ 0x12db
0x134d 65 edx = edx & 0xfffffffc
0x1350 66 ecx = 0
0x1352 67 r14d = 0
0x1355 68 goto 94 @ 0x1380
0x1272 69 ecx = 0
0x1274 70 r14d = 0
0x1274 71 goto 98 @ 0x127a
0x11eb 72 rcx = rsi - 1
0x11ef 73 r8d = esi
0x11f2 74 r8d = r8d & 3
0x11fa 75 if (rcx u>= 3) then 99 @ 0x1410 else 103 @ 0x1200
0x1327 76 rdi = 0x2007 {"%d %d\n"}
0x132e 77 esi = ebx
0x1330 78 edx = ebp
0x1332 79 eax = 0
0x1334 80 call(0x1030)
0x1339 81 eax = 0
0x133b 82 rsp = rsp + 0xc3518
0x1342 83 rbx = pop
0x1343 84 r12 = pop
0x1345 85 r13 = pop
0x1347 86 r14 = pop
0x1349 87 r15 = pop
0x134b 88 rbp = pop
0x134c 89 <return> jump(pop)
0x12db 90 rcx = rdx - 1
0x12df 91 r8d = edx
0x12e2 92 r8d = r8d & 3
0x12ea 93 if (rcx u>= 3) then 106 @ 0x13b2 else 110 @ 0x12f0
0x1380 94 esi = (rcx + 1).d
0x1383 95 edi = [rsp + (rcx << 2) + 0x10].d
0x1387 96 cond:0 = edi s<= r14d
0x138a 97 if (edi s> r14d) then 113 else 115 @ 0x138e
0x127a 98 if (rax == 0) then 117 @ 0x12a9 else 120 @ 0x127c
0x1410 99 esi = esi & 0xfffffffc
0x1413 100 ecx = 0
0x1415 101 edx = 0
0x1417 102 goto 125 @ 0x143d
0x1200 103 ecx = 0
0x1202 104 edx = 0
0x1202 105 goto 129 @ 0x1207
0x13b2 106 edx = edx & 0xfffffffc
0x13b5 107 ecx = 0
0x13b7 108 ebp = 0
0x13b9 109 goto 130 @ 0x13dd
0x12f0 110 ecx = 0
0x12f2 111 ebp = 0
0x12f2 112 goto 134 @ 0x12f7
0x138a 113 r14d = edi
0x138a 114 goto 115 @ 0x138e
0x138e 115 edi = [rsp + (rcx << 2) + 0x14].d
0x1392 116 if (cond:0) then 135 else 137 @ 0x1398
0x12a9 117 eax = (rbx - 1).d
0x12ac 118 r15 = sx.q(eax)
0x12af 119 goto 56 @ 0x12b5
0x127c 120 edx = (rcx + 1).d
0x127f 121 rcx = rsp + (rcx << 2)
0x1283 122 rcx = rcx + 0x10
0x1287 123 esi = 0
0x1289 124 goto 138 @ 0x1290
0x143d 125 edi = (rcx + 1).d
0x1440 126 ebp = [rsp + (rcx << 2) + 0x10].d
0x1444 127 cond:3 = ebp s<= edx
0x1446 128 if (ebp s> edx) then 142 else 144 @ 0x1449
0x1207 129 if (r8 == 0) then 21 @ 0x123b else 146 @ 0x1209
0x13dd 130 esi = (rcx + 1).d
0x13e0 131 edi = [rsp + (rcx << 2) + 0x10].d
0x13e4 132 cond:1 = edi s<= ebp
0x13e6 133 if (edi s> ebp) then 151 else 153 @ 0x13e9
0x12f7 134 if (r8 == 0) then 76 @ 0x1327 else 155 @ 0x12f9
0x1392 135 esi = ebx
0x1392 136 goto 137 @ 0x1398
0x1398 137 if (edi s> r14d) then 160 @ 0x13a0 else 162 @ 0x139a
0x1290 138 edi = [rcx + (rsi << 2)].d
0x1293 139 ebp = (rdx + rsi).d
0x1296 140 cond:2 = edi s> r14d
0x1299 141 if (edi s> r14d) then 164 else 166 @ 0x129d
0x1446 142 edx = ebp
0x1446 143 goto 144 @ 0x1449
0x1449 144 ebp = [rsp + (rcx << 2) + 0x14].d
0x144d 145 if (cond:3) then 167 else 169 @ 0x1452
0x1209 146 esi = (rcx + 1).d
0x120c 147 rcx = rsp + (rcx << 2)
0x1210 148 rcx = rcx + 0x10
0x1214 149 edi = 0
0x1216 150 goto 170 @ 0x1220
0x13e6 151 ebp = edi
0x13e6 152 goto 153 @ 0x13e9
0x13e9 153 edi = [rsp + (rcx << 2) + 0x14].d
0x13ed 154 if (cond:1) then 174 else 176 @ 0x13f2
0x12f9 155 edx = (rcx + 1).d
0x12fc 156 rcx = rsp + (rcx << 2)
0x1300 157 rcx = rcx + 0x10
0x1304 158 esi = 0
0x1306 159 goto 177 @ 0x1310
0x13a0 160 esi = (rcx + 2).d
0x13a0 161 goto 181 @ 0x13a3
0x139a 162 edi = r14d
0x139d 163 goto 181 @ 0x13a3
0x1299 164 r14d = edi
0x1299 165 goto 166 @ 0x129d
0x129d 166 if (cond:2) then 183 else 185 @ 0x12a0
0x144d 167 edi = ebx
0x144d 168 goto 169 @ 0x1452
0x1452 169 if (ebp s> edx) then 187 @ 0x1460 else 189 @ 0x1454
0x1220 170 ebp = [rcx + (rdi << 2)].d
0x1223 171 eax = (rsi + rdi).d
0x1226 172 cond:5 = ebp s> edx
0x1228 173 if (ebp s> edx) then 191 else 193 @ 0x122b
0x13ed 174 esi = ebx
0x13ed 175 goto 176 @ 0x13f2
0x13f2 176 if (edi s> ebp) then 194 @ 0x1400 else 196 @ 0x13f4
0x1310 177 edi = [rcx + (rsi << 2)].d
0x1313 178 eax = (rdx + rsi).d
0x1316 179 cond:4 = edi s> ebp
0x1318 180 if (edi s> ebp) then 198 else 200 @ 0x131b
0x13a3 181 r14d = [rsp + (rcx << 2) + 0x18].d
0x13ab 182 if (r14d s<= edi) then 201 @ 0x1360 else 203 @ 0x13ad
0x129d 183 ebx = ebp
0x129d 184 goto 185 @ 0x12a0
0x12a0 185 rsi = rsi + 1
0x12a7 186 if (rax != rsi) then 138 @ 0x1290 else 117 @ 0x12a9
0x1460 187 edi = (rcx + 2).d
0x1460 188 goto 205 @ 0x1463
0x1454 189 ebp = edx
0x1456 190 goto 205 @ 0x1463
0x1228 191 edx = ebp
0x1228 192 goto 193 @ 0x122b
0x122b 193 if (cond:5) then 207 else 209 @ 0x122e
0x1400 194 esi = (rcx + 2).d
0x1400 195 goto 211 @ 0x1403
0x13f4 196 edi = ebp
0x13f6 197 goto 211 @ 0x1403
0x1318 198 ebp = edi
0x1318 199 goto 200 @ 0x131b
0x131b 200 if (cond:4) then 213 else 215 @ 0x131e
0x1360 201 r14d = edi
0x1360 202 goto 217 @ 0x1363
0x13ad 203 esi = (rcx + 3).d
0x13b0 204 goto 217 @ 0x1363
0x1463 205 edx = [rsp + (rcx << 2) + 0x18].d
0x1469 206 if (edx s<= ebp) then 221 @ 0x1420 else 223 @ 0x146b
0x122b 207 ebx = eax
0x122b 208 goto 209 @ 0x122e
0x122e 209 rdi = rdi + 1
0x1235 210 if (r8 != rdi) then 170 @ 0x1220 else 225 @ 0x1237
0x1403 211 ebp = [rsp + (rcx << 2) + 0x18].d
0x1409 212 if (ebp s<= edi) then 226 @ 0x13c0 else 228 @ 0x140b
0x131b 213 ebx = eax
0x131b 214 goto 215 @ 0x131e
0x131e 215 rsi = rsi + 1
0x1325 216 if (r8 != rsi) then 177 @ 0x1310 else 76 @ 0x1327
0x1363 217 edi = [rsp + (rcx << 2) + 0x1c].d
0x1367 218 rcx = rcx + 4
0x136b 219 cond:6 = edi s<= r14d
0x136e 220 if (edi s> r14d) then 230 else 232 @ 0x1372
0x1420 221 edx = ebp
0x1420 222 goto 234 @ 0x1422
0x146b 223 edi = (rcx + 3).d
0x146e 224 goto 234 @ 0x1422
0x1237 225 goto 21 @ 0x123b
0x13c0 226 ebp = edi
0x13c0 227 goto 238 @ 0x13c2
0x140b 228 esi = (rcx + 3).d
0x140e 229 goto 238 @ 0x13c2
0x136e 230 r14d = edi
0x136e 231 goto 232 @ 0x1372
0x1372 232 ebx = ecx
0x1374 233 if (cond:6) then 242 else 244 @ 0x137a
0x1422 234 ebp = [rsp + (rcx << 2) + 0x1c].d
0x1426 235 rcx = rcx + 4
0x142a 236 cond:8 = ebp s<= edx
0x142c 237 if (ebp s> edx) then 245 else 247 @ 0x142f
0x13c2 238 edi = [rsp + (rcx << 2) + 0x1c].d
0x13c6 239 rcx = rcx + 4
0x13ca 240 cond:7 = edi s<= ebp
0x13cc 241 if (edi s> ebp) then 249 else 251 @ 0x13cf
0x1374 242 ebx = esi
0x1374 243 goto 244 @ 0x137a
0x137a 244 if (rdx == rcx) then 98 @ 0x127a else 94 @ 0x1380
0x142c 245 edx = ebp
0x142c 246 goto 247 @ 0x142f
0x142f 247 ebx = ecx
0x1431 248 if (cond:8) then 253 else 255 @ 0x1437
0x13cc 249 ebp = edi
0x13cc 250 goto 251 @ 0x13cf
0x13cf 251 ebx = ecx
0x13d1 252 if (cond:7) then 256 else 258 @ 0x13d7
0x1431 253 ebx = edi
0x1431 254 goto 255 @ 0x1437
0x1437 255 if (rsi == rcx) then 129 @ 0x1207 else 125 @ 0x143d
0x13d1 256 ebx = esi
0x13d1 257 goto 258 @ 0x13d7
0x13d7 258 if (rdx == rcx) then 134 @ 0x12f7 else 130 @ 0x13dd
int64_t _fini():
0x1474 0 rsp = rsp - 8
0x1478 1 rsp = rsp + 8
0x147c 2 <return> jump(pop)
| POJ_14 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
char* gets(char* buf):
0x1040 0 <return> tailcall([0x4020].q)
int32_t putchar(int32_t c):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVSHpHH1H~EDxA1 "}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(rbx)
0x1165 3 rsp = rsp - 0x70
0x1169 4 rbx = rsp {var_88}
0x116c 5 rdi = rbx {var_88}
0x116f 6 eax = 0
0x1171 7 call(0x1040)
0x1176 8 rdi = rbx {var_88}
0x1179 9 call(0x1030)
0x1180 10 if (eax s<= 0) then 11 @ 0x11c7 else 17 @ 0x1182
0x11c7 11 eax = 0
0x11c9 12 rsp = rsp + 0x70
0x11cd 13 rbx = pop
0x11ce 14 r14 = pop
0x11d0 15 r15 = pop
0x11d2 16 <return> jump(pop)
0x1182 17 r15d = (rax - 1).d
0x1186 18 r14d = eax
0x1189 19 ebx = 0
0x118b 20 goto 21 @ 0x11ac
0x11ac 21 if (rbx == r15) then 22 @ 0x1190 else 28 @ 0x11ae
0x1190 22 eax = sx.d([rsp + r15].b)
0x1195 23 edi = sx.d([rsp {var_88}].b)
0x1199 24 edi = edi + eax
0x119b 25 call(0x1050)
0x11a0 26 rbx = rbx + 1
0x11a7 27 if (rbx == r14) then 11 @ 0x11c7 else 21 @ 0x11ac
0x11ae 28 eax = sx.d([rsp + rbx].b)
0x11b2 29 edi = sx.d([rsp + rbx + 1].b)
0x11b7 30 rbx = rbx + 1
0x11bb 31 edi = edi + eax
0x11bd 32 call(0x1050)
0x11c5 33 if (rbx != r14) then 21 @ 0x11ac else 11 @ 0x11c7
int64_t _fini():
0x11d8 0 rsp = rsp - 8
0x11dc 1 rsp = rsp + 8
0x11e0 2 <return> jump(pop)
| POJ_91 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t getchar():
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"H"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 rsp = rsp - 0xa8
0x1167 1 rdi = 0x2004 {"%d %d"}
0x116e 2 rsi = rsp {var_a8}
0x1171 3 rdx = rsp + 0x50 {var_58}
0x1176 4 eax = 0
0x1178 5 call(0x1050)
0x117d 6 eax = 1
0x118c 7 goto 8 @ 0x1190
0x1190 8 ecx = [rsp + (rax << 2) - 4].d
0x1194 9 edx = ecx
0x1196 10 edx = edx u>> 0x1f
0x1199 11 edx = edx + ecx
0x119b 12 edx = edx s>> 1
0x119d 13 [rsp + (rax << 2)].d = edx
0x11a0 14 ecx = ecx & 0xfffffffe
0x11a6 15 if (ecx == 2) then 16 @ 0x11b5 else 18 @ 0x11a8
0x11b5 16 eax = 1
0x11ba 17 goto 22 @ 0x11c0
0x11a8 18 rcx = rax + 1
0x11ac 19 cond:0 = rax != 0x13
0x11b0 20 rax = rcx
0x11b3 21 if (cond:0) then 8 @ 0x1190 else 16 @ 0x11b5
0x11c0 22 ecx = [rsp + (rax << 2) + 0x4c].d
0x11c4 23 edx = ecx
0x11c6 24 edx = edx u>> 0x1f
0x11c9 25 edx = edx + ecx
0x11cb 26 edx = edx s>> 1
0x11cd 27 [rsp + (rax << 2) + 0x50].d = edx
0x11d5 28 if ([rsp + (rax << 2)].d == 1) then 29 @ 0x11e4 else 31 @ 0x11d7
0x11e4 29 eax = 0
0x11e6 30 goto 35 @ 0x11f0
0x11d7 31 rcx = rax + 1
0x11db 32 cond:1 = rax != 0x13
0x11df 33 rax = rcx
0x11e2 34 if (cond:1) then 22 @ 0x11c0 else 29 @ 0x11e4
0x11f0 35 ecx = [rsp + (rax << 2)].d
0x11f3 36 edx = 0
0x11ff 37 goto 38 @ 0x1200
0x1200 38 esi = [rsp + (rdx << 2) + 0x50].d
0x1206 39 if (esi == ecx) then 40 @ 0x1216 else 41 @ 0x1208
0x1216 40 if (esi != 0) then 43 @ 0x1224 else 57 @ 0x1218
0x1208 41 rdx = rdx + 1
0x1210 42 if (rdx != 0x14) then 38 @ 0x1200 else 59 @ 0x1212
0x1224 43 rdi = 0x2007 {"%d"}
0x122b 44 eax = 0
0x122d 45 call(0x1030)
0x1232 46 eax = 0
0x1234 47 call(0x1040)
0x1239 48 eax = 0
0x123b 49 call(0x1040)
0x1240 50 eax = 0
0x1242 51 call(0x1040)
0x1247 52 eax = 0
0x1249 53 call(0x1040)
0x124e 54 eax = 0
0x1250 55 rsp = rsp + 0xa8
0x1257 56 <return> jump(pop)
0x1218 57 rax = rax + 1
0x1220 58 if (rax != 0x14) then 35 @ 0x11f0 else 61 @ 0x1222
0x1212 59 esi = 0
0x1212 60 goto 40 @ 0x1216
0x1222 61 esi = 0
0x1222 62 goto 43 @ 0x1224
int64_t _fini():
0x125c 0 rsp = rsp - 8
0x1260 1 rsp = rsp + 8
0x1264 2 <return> jump(pop)
| POJ_104 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t scanf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t putchar(int32_t c):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVATSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r12)
0x1157 4 push(rbx)
0x1158 5 rsp = rsp - 0x110
0x115f 6 rdi = 0x2054 {"%d"}
0x1166 7 rsi = rsp + 0xc {var_12c}
0x116b 8 eax = 0
0x116d 9 call(0x1030)
0x1177 10 if ([rsp + 0xc {var_12c}].d s<= 0) then 11 @ 0x11f4 else 19 @ 0x1179
0x11f4 11 eax = 0
0x11f6 12 rsp = rsp + 0x110
0x11fd 13 rbx = pop
0x11fe 14 r12 = pop
0x1200 15 r14 = pop
0x1202 16 r15 = pop
0x1204 17 rbp = pop
0x1205 18 <return> jump(pop)
0x1179 19 r14 = 0x2057 {"%s"}
0x1180 20 r15 = rsp + 0x10 {var_128}
0x1185 21 rbx = 0x2004 {"%d"}
0x118c 22 r12d = 0
0x118f 23 goto 24 @ 0x1190
0x1190 24 rdi = r14
0x1193 25 rsi = r15 {var_128}
0x1196 26 eax = 0
0x1198 27 call(0x1030)
0x119d 28 rbp = r15 {var_128}
0x11a0 29 goto 30 @ 0x11b0
0x11b0 30 eax = zx.d([rbp].b)
0x11b4 31 ecx = (rax - 0x41).d
0x11ba 32 if (cl u> 0x13) then 33 @ 0x11dd else 34 @ 0x11bc
0x11dd 33 if (al != 0) then 39 @ 0x11ac else 41 @ 0x11df
0x11bc 34 edi = 0x54 {""}
0x11c1 35 eax = zx.d(cl)
0x11c4 36 rax = sx.q([rbx + (rax << 2)].d)
0x11c8 37 rax = rax + rbx
0x11cb 38 jump(rax => 45 @ 0x11a2, 47 @ 0x11a7, 39 @ 0x11ac, 49 @ 0x11cd, 51 @ 0x11d4)
0x11ac 39 rbp = rbp + 1
0x11ac 40 goto 30 @ 0x11b0
0x11df 41 edi = 0xa {""}
0x11e4 42 call(0x1040)
0x11e9 43 r12d = r12d + 1
0x11f2 44 if (r12d s< [rsp + 0xc {var_12c}].d) then 24 @ 0x1190 else 11 @ 0x11f4
0x11a2 45 edi = 0x41 {""}
0x11a2 46 goto 47 @ 0x11a7
0x11a7 47 call(0x1040)
0x11a7 48 goto 39 @ 0x11ac
0x11cd 49 edi = 0x47 {""}
0x11d2 50 goto 47 @ 0x11a7
0x11d4 51 edi = 0x43 {""}
0x11d9 52 goto 47 @ 0x11a7
int64_t _fini():
0x120c 0 rsp = rsp - 8
0x1210 1 rsp = rsp + 8
0x1214 2 <return> jump(pop)
| POJ_33 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
char* gets(char* buf):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UHH("}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 rsp = rsp - 0x28c0
0x117b 3 rdi = 0x2004 {"%d"}
0x1182 4 rsi = rbp - 0x10 {var_18}
0x1186 5 al = 0
0x1188 6 call(0x1050)
0x118d 7 [rbp - 4 {var_c}].d = 0
0x118d 8 goto 9 @ 0x1194
0x1194 9 eax = [rbp - 4 {var_c}].d
0x119a 10 if (eax s> [rbp - 0x10 {var_18}].d) then 11 @ 0x11eb else 13 @ 0x11a0
0x11eb 11 [rbp - 4 {var_c_1}].d = 0
0x11eb 12 goto 31 @ 0x11f2
0x11a0 13 rax = sx.q([rbp - 4 {var_c}].d)
0x11a4 14 rdi = rbp - 0x28c0 {var_28c8}
0x11ab 15 rax = rax * 0x64
0x11af 16 rdi = rdi + rax
0x11b2 17 al = 0
0x11b4 18 call(0x1060)
0x11b9 19 rax = sx.q([rbp - 4 {var_c}].d)
0x11bd 20 rdi = rbp - 0x28c0 {var_28c8}
0x11c4 21 rax = rax * 0x64
0x11c8 22 rdi = rdi + rax
0x11cb 23 call(0x1040)
0x11d0 24 ecx = eax
0x11d2 25 rax = sx.q([rbp - 4 {var_c}].d)
0x11d6 26 [rbp + (rax << 2) - 0x1b0].d = ecx
0x11dd 27 eax = [rbp - 4 {var_c}].d
0x11e0 28 eax = eax + 1
0x11e3 29 [rbp - 4 {var_c}].d = eax
0x11e6 30 goto 9 @ 0x1194
0x11f2 31 eax = [rbp - 4 {var_c_1}].d
0x11f8 32 if (eax s> [rbp - 0x10 {var_18}].d) then 33 @ 0x138f else 36 @ 0x11fe
0x138f 33 rsp = rsp + 0x28c0
0x1396 34 rbp = pop
0x1397 35 <return> jump(pop)
0x11fe 36 [rbp - 8 {var_10_1}].d = 0
0x11fe 37 goto 38 @ 0x1205
0x1205 38 eax = [rbp - 8 {var_10_1}].d
0x1208 39 rcx = sx.q([rbp - 4 {var_c_1}].d)
0x1213 40 if (eax s>= [rbp + (rcx << 2) - 0x1b0].d) then 41 @ 0x137c else 42 @ 0x1219
0x137c 41 goto 47 @ 0x1381
0x1219 42 [rbp - 0x14 {var_1c_1}].d = 0
0x1220 43 eax = [rbp - 8 {var_10_1}].d
0x1223 44 eax = eax + 1
0x1226 45 [rbp - 0xc {var_14_1}].d = eax
0x1226 46 goto 51 @ 0x122d
0x1381 47 eax = [rbp - 4 {var_c_1}].d
0x1384 48 eax = eax + 1
0x1387 49 [rbp - 4 {var_c_1}].d = eax
0x138a 50 goto 31 @ 0x11f2
0x122d 51 if ([rbp - 0xc {var_14_1}].d s>= 0x64) then 52 @ 0x128e else 54 @ 0x1233
0x128e 52 [rbp - 0xc {var_14_2}].d = 0
0x128e 53 goto 67 @ 0x1295
0x1233 54 rcx = sx.q([rbp - 4 {var_c_1}].d)
0x1237 55 rax = rbp - 0x28c0 {var_28c8}
0x123e 56 rcx = rcx * 0x64
0x1242 57 rax = rax + rcx
0x1245 58 rcx = sx.q([rbp - 0xc {var_14_1}].d)
0x1249 59 eax = sx.d([rax + rcx].b)
0x124d 60 rdx = sx.q([rbp - 4 {var_c_1}].d)
0x1251 61 rcx = rbp - 0x28c0 {var_28c8}
0x1258 62 rdx = rdx * 0x64
0x125c 63 rcx = rcx + rdx
0x125f 64 rdx = sx.q([rbp - 8 {var_10_1}].d)
0x1263 65 ecx = sx.d([rcx + rdx].b)
0x1269 66 if (eax != ecx) then 69 @ 0x127b else 70 @ 0x126f
0x1295 67 eax = [rbp - 0xc {var_14_2}].d
0x129b 68 if (eax s>= [rbp - 8 {var_10_1}].d) then 72 @ 0x1300 else 73 @ 0x12a1
0x127b 69 goto 86 @ 0x1280
0x126f 70 [rbp - 0x14 {var_1c_1}].d = 1
0x1276 71 goto 52 @ 0x128e
0x1300 72 if ([rbp - 0x14 {var_1c_1}].d != 0) then 90 @ 0x133d else 95 @ 0x130a
0x12a1 73 rcx = sx.q([rbp - 4 {var_c_1}].d)
0x12a5 74 rax = rbp - 0x28c0 {var_28c8}
0x12ac 75 rcx = rcx * 0x64
0x12b0 76 rax = rax + rcx
0x12b3 77 rcx = sx.q([rbp - 0xc {var_14_2}].d)
0x12b7 78 eax = sx.d([rax + rcx].b)
0x12bb 79 rdx = sx.q([rbp - 4 {var_c_1}].d)
0x12bf 80 rcx = rbp - 0x28c0 {var_28c8}
0x12c6 81 rdx = rdx * 0x64
0x12ca 82 rcx = rcx + rdx
0x12cd 83 rdx = sx.q([rbp - 8 {var_10_1}].d)
0x12d1 84 ecx = sx.d([rcx + rdx].b)
0x12d7 85 if (eax != ecx) then 96 @ 0x12e9 else 97 @ 0x12dd
0x1280 86 eax = [rbp - 0xc {var_14_1}].d
0x1283 87 eax = eax + 1
0x1286 88 [rbp - 0xc {var_14_1}].d = eax
0x1289 89 goto 51 @ 0x122d
0x133d 90 eax = [rbp - 8 {var_10_1}].d
0x1340 91 rcx = sx.q([rbp - 4 {var_c_1}].d)
0x1344 92 ecx = [rbp + (rcx << 2) - 0x1b0].d
0x134b 93 ecx = ecx - 1
0x1350 94 if (eax != ecx) then 99 @ 0x1364 else 100 @ 0x1356
0x130a 95 if ([rbp - 8 {var_10_1}].d s>= 0x64) then 90 @ 0x133d else 104 @ 0x1310
0x12e9 96 goto 114 @ 0x12ee
0x12dd 97 [rbp - 0x14 {var_1c_1}].d = 1
0x12e4 98 goto 72 @ 0x1300
0x1364 99 goto 118 @ 0x1369
0x1356 100 rdi = 0x200b {"no\n"}
0x135d 101 al = 0
0x135f 102 call(0x1030)
0x135f 103 goto 99 @ 0x1364
0x1310 104 rcx = sx.q([rbp - 4 {var_c_1}].d)
0x1314 105 rax = rbp - 0x28c0 {var_28c8}
0x131b 106 rcx = rcx * 0x64
0x131f 107 rax = rax + rcx
0x1322 108 rcx = sx.q([rbp - 8 {var_10_1}].d)
0x1326 109 esi = sx.d([rax + rcx].b)
0x132a 110 rdi = 0x2007 {"%c\n"}
0x1331 111 al = 0
0x1333 112 call(0x1030)
0x1338 113 goto 41 @ 0x137c
0x12ee 114 eax = [rbp - 0xc {var_14_2}].d
0x12f1 115 eax = eax + 1
0x12f4 116 [rbp - 0xc {var_14_2}].d = eax
0x12f7 117 goto 67 @ 0x1295
0x1369 118 goto 119 @ 0x136e
0x136e 119 eax = [rbp - 8 {var_10_1}].d
0x1371 120 eax = eax + 1
0x1374 121 [rbp - 8 {var_10_1}].d = eax
0x1377 122 goto 38 @ 0x1205
int64_t _fini():
0x139c 0 rsp = rsp - 8
0x13a0 1 rsp = rsp + 8
0x13a4 2 <return> jump(pop)
| POJ_37 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHX"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x9c58
0x1161 7 rdi = 0x2004 {"%d"}
0x1168 8 rsi = rsp + 0xc {var_9c7c}
0x116d 9 eax = 0
0x116f 10 call(0x1040)
0x1179 11 if ([rsp + 0xc {var_9c7c}].d s<= 0) then 12 @ 0x14e3 else 21 @ 0x117f
0x14e3 12 eax = 0
0x14e5 13 rsp = rsp + 0x9c58
0x14ec 14 rbx = pop
0x14ed 15 r12 = pop
0x14ef 16 r13 = pop
0x14f1 17 r14 = pop
0x14f3 18 r15 = pop
0x14f5 19 rbp = pop
0x14f6 20 <return> jump(pop)
0x117f 21 r14d = 1
0x1185 22 r13 = 0x2009 {"%d\n"}
0x118c 23 rbx = 0x2004 {"%d"}
0x1193 24 goto 25 @ 0x11bc
0x11bc 25 rdi = 0x2007 {"%d%d\n"}
0x11c3 26 rsi = rsp + 8 {var_9c80}
0x11c8 27 rdx = rsp + 4 {var_9c84}
0x11cd 28 eax = 0
0x11cf 29 call(0x1040)
0x11d4 30 ecx = [rsp + 8 {var_9c80}].d
0x11d8 31 eax = [rsp + 4 {var_9c84}].d
0x11de 32 if (ecx s<= 0) then 33 @ 0x1232 else 34 @ 0x11e0
0x1232 33 if (eax s<= 0) then 37 @ 0x1250 else 39 @ 0x1234
0x11e0 34 ebp = 1
0x11e5 35 r15 = rsp + 0x10 {var_9c78}
0x11ea 36 goto 41 @ 0x11fb
0x1250 37 esi = 0
0x1252 38 goto 42 @ 0x135d
0x1234 39 edx = eax
0x1239 40 if (eax u>= 8) then 46 @ 0x1260 else 55 @ 0x123b
0x11fb 41 if (eax s<= 0) then 58 @ 0x11f0 else 62 @ 0x11fd
0x135d 42 edx = (rax + rax).d
0x1360 43 ecx = ecx * eax
0x1363 44 r8d = (rcx - 1).d
0x1369 45 if (edx s>= ecx) then 64 @ 0x138c else 66 @ 0x136b
0x1260 46 edi = edx
0x1262 47 edi = edi & 0xfffffff8
0x1265 48 rbp = rdi - 8
0x1269 49 rsi = rbp
0x126c 50 rsi = rsi u>> 3
0x1270 51 rsi = rsi + 1
0x1274 52 r8d = esi
0x1277 53 r8d = r8d & 3
0x127f 54 if (rbp u>= 0x18) then 72 @ 0x128d else 78 @ 0x1281
0x123b 55 edi = 0
0x123d 56 esi = 0
0x123f 57 goto 82 @ 0x1350
0x11f0 58 edx = (rbp + 1).d
0x11f3 59 cond:0 = ebp s>= ecx
0x11f5 60 ebp = edx
0x11f7 61 if (cond:0) then 33 @ 0x1232 else 41 @ 0x11fb
0x11fd 62 r12d = 0
0x11fd 63 goto 85 @ 0x1200
0x138c 64 ecx = ecx - eax
0x1391 65 if (r8d s<= ecx) then 93 @ 0x14af else 94 @ 0x1397
0x136b 66 edx = edx - 2
0x136e 67 edx = edx | 1
0x1371 68 rdi = sx.q(edx)
0x1374 69 rbp = sx.q(eax)
0x1377 70 rdx = sx.q(r8d)
0x137a 71 goto 98 @ 0x1380
0x128d 72 rbp = 0x3ffffffffffffffc {""}
0x1297 73 rsi = rsi & rbp
0x129a 74 xmm0 = 0
0x129e 75 ebp = 0
0x12a0 76 xmm1 = 0
0x12ae 77 goto 101 @ 0x12b0
0x1281 78 xmm0 = 0
0x1285 79 ebp = 0
0x1287 80 xmm1 = 0
0x128b 81 goto 113 @ 0x12f0
0x1350 82 esi = esi + [rsp + (rdi << 2) + 0x10].d
0x1354 83 rdi = rdi + 1
0x135b 84 if (rdx != rdi) then 82 @ 0x1350 else 42 @ 0x135d
0x1200 85 rsi = r15
0x1203 86 r15 = r15 + 4
0x1207 87 rdi = rbx
0x120a 88 eax = 0
0x120c 89 call(0x1040)
0x1211 90 eax = [rsp + 4 {var_9c84}].d
0x1215 91 r12d = r12d + 1
0x121c 92 if (r12d s< eax) then 85 @ 0x1200 else 114 @ 0x121e
0x14af 93 if (eax s> ecx) then 116 @ 0x11a0 else 123 @ 0x14b5
0x1397 94 rdx = sx.q(r8d)
0x139a 95 r11 = sx.q(ecx)
0x139d 96 rdi = rdx - 1
0x13a4 97 if (r11 s< rdi) then 127 else 129 @ 0x13a8
0x1380 98 esi = esi + [rsp + (rdi << 2) + 0x10].d
0x1384 99 rdi = rdi + rbp
0x138a 100 if (rdi s< rdx) then 98 @ 0x1380 else 64 @ 0x138c
0x12b0 101 xmm0 = __paddd_xmmdq_memdq(xmm0, [rsp + (rbp << 2) + 0x10].o)
0x12b6 102 xmm1 = __paddd_xmmdq_memdq(xmm1, [rsp + (rbp << 2) + 0x20].o)
0x12bc 103 xmm0 = __paddd_xmmdq_memdq(xmm0, [rsp + (rbp << 2) + 0x30].o)
0x12c2 104 xmm1 = __paddd_xmmdq_memdq(xmm1, [rsp + (rbp << 2) + 0x40].o)
0x12c8 105 xmm0 = __paddd_xmmdq_memdq(xmm0, [rsp + (rbp << 2) + 0x50].o)
0x12ce 106 xmm1 = __paddd_xmmdq_memdq(xmm1, [rsp + (rbp << 2) + 0x60].o)
0x12d4 107 xmm0 = __paddd_xmmdq_memdq(xmm0, [rsp + (rbp << 2) + 0x70].o)
0x12da 108 xmm1 = __paddd_xmmdq_memdq(xmm1, [rsp + (rbp << 2) + 0x80].o)
0x12e3 109 rbp = rbp + 0x20
0x12e7 110 temp0.q = rsi
0x12e7 111 rsi = rsi - 4
0x12eb 112 if (temp0.q != 4) then 101 @ 0x12b0 else 113 @ 0x12f0
0x12f0 113 if (r8 == 0) then 132 @ 0x1324 else 139 @ 0x12f2
0x121e 114 ecx = [rsp + 8 {var_9c80}].d
0x1222 115 goto 58 @ 0x11f0
0x11a0 116 rdi = r13
0x11a3 117 eax = 0
0x11a5 118 call(0x1030)
0x11aa 119 eax = (r14 + 1).d
0x11ae 120 cond:1 = r14d s>= [rsp + 0xc {var_9c7c}].d
0x11b3 121 r14d = eax
0x11b6 122 if (cond:1) then 12 @ 0x14e3 else 25 @ 0x11bc
0x14b5 123 rax = sx.q(eax)
0x14b7 124 rcx = sx.q(ecx)
0x14ba 125 rdx = rax
0x14bd 126 goto 144 @ 0x14c0
0x13a4 127 rdi = r11
0x13a4 128 goto 129 @ 0x13a8
0x13a8 129 r10 = rdx
0x13ab 130 r10 = r10 - rdi
0x13b2 131 if (r10 u< 8) then 147 @ 0x14a0 else 150 @ 0x13b8
0x1324 132 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x1328 133 xmm1 = _mm_shuffle_epi32(xmm0, 0xee)
0x132d 134 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1331 135 xmm0 = _mm_shuffle_epi32(xmm1, 0x55)
0x1336 136 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x133a 137 esi = xmm0.d
0x1341 138 if (rdi == rdx) then 42 @ 0x135d else 158 @ 0x134d
0x12f2 139 rsi = rsp + 0x20 {var_9c68}
0x12f7 140 rsi = rsi + (rbp << 2)
0x12fb 141 r8 = r8 << 5
0x12ff 142 ebp = 0
0x130b 143 goto 159 @ 0x1310
0x14c0 144 esi = esi + [rsp + (rdx << 2) + 0x10].d
0x14c4 145 rdx = rdx + rax
0x14ca 146 if (rdx s<= rcx) then 144 @ 0x14c0 else 163 @ 0x14cc
0x14a0 147 esi = esi + [rsp + (rdx << 2) + 0x10].d
0x14a4 148 rdx = rdx - 1
0x14ab 149 if (rdx s> r11) then 147 @ 0x14a0 else 93 @ 0x14af
0x13b8 150 r8 = r10
0x13bb 151 r8 = r8 & 0xfffffffffffffff8
0x13bf 152 xmm0 = esi
0x13c3 153 rsi = r8 - 8
0x13c7 154 r9 = rsi
0x13ca 155 r9 = r9 u>> 3
0x13ce 156 r9 = r9 + 1
0x13d5 157 if (rsi == 0) then 164 @ 0x14d1 else 167 @ 0x13db
0x134d 158 goto 82 @ 0x1350
0x1310 159 xmm0 = __paddd_xmmdq_memdq(xmm0, [rsi + rbp - 0x10].o)
0x1316 160 xmm1 = __paddd_xmmdq_memdq(xmm1, [rsi + rbp].o)
0x131b 161 rbp = rbp + 0x20
0x1322 162 if (r8 != rbp) then 159 @ 0x1310 else 132 @ 0x1324
0x14cc 163 goto 116 @ 0x11a0
0x14d1 164 xmm1 = 0
0x14d5 165 esi = 0
0x14db 166 if ((r9b & 1) != 0) then 176 @ 0x144e else 185 @ 0x14e1
0x13db 167 rsi = 0x3ffffffffffffffc {""}
0x13e5 168 rbp = rsi + 2
0x13e9 169 rbp = rbp & r9
0x13ec 170 rsi = rsp + 0x20 {var_9c68}
0x13f1 171 rdi = rsi + (rdx << 2)
0x13f5 172 rdi = rdi - 0x1c
0x13f9 173 xmm1 = 0
0x13fd 174 esi = 0
0x13ff 175 goto 186 @ 0x1400
0x144e 176 rdi = rdx
0x1451 177 rdi = rdi - rsi
0x1454 178 xmm2 = [rsp + (rdi << 2) - 0xc].o
0x145a 179 xmm3 = [rsp + (rdi << 2) + 4].o
0x1460 180 xmm3 = _mm_shuffle_epi32(xmm3, 0x1b)
0x1465 181 xmm0 = _mm_add_epi32(xmm0, xmm3)
0x1469 182 xmm2 = _mm_shuffle_epi32(xmm2, 0x1b)
0x146e 183 xmm1 = _mm_add_epi32(xmm1, xmm2)
0x146e 184 goto 202 @ 0x1472
0x14e1 185 goto 202 @ 0x1472
0x1400 186 xmm2 = [rdi + (rsi << 2) - 0x30].o
0x1406 187 xmm3 = [rdi + (rsi << 2) - 0x20].o
0x140c 188 xmm4 = [rdi + (rsi << 2) - 0x10].o
0x1412 189 xmm5 = [rdi + (rsi << 2)].o
0x1417 190 xmm5 = _mm_shuffle_epi32(xmm5, 0x1b)
0x141c 191 xmm5 = _mm_add_epi32(xmm5, xmm0)
0x1420 192 xmm4 = _mm_shuffle_epi32(xmm4, 0x1b)
0x1425 193 xmm4 = _mm_add_epi32(xmm4, xmm1)
0x1429 194 xmm0 = _mm_shuffle_epi32(xmm3, 0x1b)
0x142e 195 xmm0 = _mm_add_epi32(xmm0, xmm5)
0x1432 196 xmm1 = _mm_shuffle_epi32(xmm2, 0x1b)
0x1437 197 xmm1 = _mm_add_epi32(xmm1, xmm4)
0x143b 198 rsi = rsi - 0x10
0x143f 199 temp1.q = rbp
0x143f 200 rbp = rbp - 2
0x1443 201 if (temp1.q != 2) then 186 @ 0x1400 else 209 @ 0x1445
0x1472 202 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x1476 203 xmm1 = _mm_shuffle_epi32(xmm0, 0xee)
0x147b 204 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x147f 205 xmm0 = _mm_shuffle_epi32(xmm1, 0x55)
0x1484 206 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x1488 207 esi = xmm0.d
0x148f 208 if (r10 == r8) then 93 @ 0x14af else 211 @ 0x1491
0x1445 209 rsi = neg.q(rsi)
0x144c 210 if ((r9b & 1) == 0) then 202 @ 0x1472 else 176 @ 0x144e
0x1491 211 rdx = rdx - r8
0x149e 212 goto 147 @ 0x14a0
int64_t _fini():
0x14fc 0 rsp = rsp - 8
0x1500 1 rsp = rsp + 8
0x1504 2 <return> jump(pop)
| POJ_6 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
uint64_t strlen(char const* arg1):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
int32_t puts(char const* str):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"AWAVSH"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(r15)
0x1162 1 push(r14)
0x1164 2 push(rbx)
0x1165 3 rsp = rsp - 0x4d0
0x116c 4 rdi = 0x2004 {"%d"}
0x1173 5 rsi = rsp + 0xc {var_4dc}
0x1178 6 eax = 0
0x117a 7 call(0x1040)
0x1184 8 if ([rsp + 0xc {var_4dc}].d s<= 0) then 9 @ 0x1284 else 15 @ 0x118a
0x1284 9 eax = 0
0x1286 10 rsp = rsp + 0x4d0
0x128d 11 rbx = pop
0x128e 12 r14 = pop
0x1290 13 r15 = pop
0x1292 14 <return> jump(pop)
0x118a 15 r15 = rsp + 0xe0 {var_408}
0x1192 16 r14 = 0x2007 {"%s"}
0x1199 17 ebx = 0
0x119b 18 goto 19 @ 0x11a0
0x11a0 19 rdi = r14
0x11a3 20 rsi = r15
0x11a6 21 eax = 0
0x11a8 22 call(0x1040)
0x11ad 23 rdi = r15
0x11b0 24 call(0x1030)
0x11b5 25 [rsp + (rbx << 2) + 0x10].d = eax
0x11b9 26 rbx = rbx + 1
0x11bd 27 rax = sx.q([rsp + 0xc {var_4dc}].d)
0x11c2 28 r15 = r15 + 0x14
0x11c9 29 if (rbx s< rax) then 19 @ 0x11a0 else 30 @ 0x11cd
0x11cd 30 if (eax s<= 0) then 9 @ 0x1284 else 31 @ 0x11d3
0x11d3 31 rbx = rsp + 0xe0 {var_408}
0x11db 32 r14d = 0
0x11de 33 goto 34 @ 0x1216
0x1216 34 rcx = sx.q([rsp + (r14 << 2) + 0x10].d)
0x121b 35 rax = rcx + rbx
0x121f 36 rax = rax - 2
0x1223 37 edx = zx.d([rcx + rbx - 2].b)
0x122b 38 if (dl == 0x6e) then 39 @ 0x1255 else 40 @ 0x1230
0x1255 39 if ([rbx + rcx - 1].b != 0x67) then 41 @ 0x11fc else 47 @ 0x125c
0x1230 40 if (dl == 0x6c) then 48 @ 0x1245 else 49 @ 0x1235
0x11fc 41 rdi = rbx
0x11ff 42 call(0x1050)
0x1204 43 r14 = r14 + 1
0x1208 44 rax = sx.q([rsp + 0xc {var_4dc}].d)
0x120d 45 rbx = rbx + 0x14
0x1214 46 if (r14 s>= rax) then 9 @ 0x1284 else 34 @ 0x1216
0x125c 47 if ([rcx + rbx - 3].b != 0x69) then 41 @ 0x11fc else 50 @ 0x125e
0x1245 48 if ([rbx + rcx - 1].b == 0x79) then 59 @ 0x11e0 else 65 @ 0x1247
0x1235 49 if (dl != 0x65) then 41 @ 0x11fc else 66 @ 0x123c
0x125e 50 rdx = r14 + (r14 << 2)
0x1262 51 rdx = rsp + (rdx << 2)
0x1266 52 rdx = rdx + 0xe0
0x126d 53 [rax].b = 0
0x1270 54 rax = rcx + rdx
0x1274 55 rax = rax - 1
0x1278 56 rcx = rcx + rbx
0x127b 57 rcx = rcx - 3
0x127f 58 goto 67 @ 0x11f6
0x11e0 59 rdx = r14 + (r14 << 2)
0x11e4 60 rdx = rsp + (rdx << 2)
0x11e8 61 rdx = rdx + 0xe0
0x11ef 62 rcx = rcx + rdx
0x11f2 63 rcx = rcx - 1
0x11f2 64 goto 67 @ 0x11f6
0x1247 65 goto 41 @ 0x11fc
0x123c 66 if ([rbx + rcx - 1].b == 0x72) then 59 @ 0x11e0 else 70 @ 0x123e
0x11f6 67 [rax].b = 0
0x11f9 68 [rcx].b = 0
0x11f9 69 goto 41 @ 0x11fc
0x123e 70 goto 41 @ 0x11fc
int64_t _fini():
0x1298 0 rsp = rsp - 8
0x129c 1 rsp = rsp + 8
0x12a0 2 <return> jump(pop)
| POJ_57 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
char* gets(char* buf):
0x1050 0 <return> tailcall([0x4028].q)
int32_t putchar(int32_t c):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x13e0 {"UAWAVAUATSH"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
uint64_t panduan(char* arg1, int32_t arg2):
0x1170 0 push(r14)
0x1172 1 push(rbx)
0x1177 2 if ((sil & 1) != 0) then 3 @ 0x11a6 else 5 @ 0x1179
0x11a6 3 eax = 0
0x11ab 4 if (esi s< 2) then 11 @ 0x13bb else 19 @ 0x11b1
0x1179 5 r9d = esi
0x117c 6 r9d = r9d u>> 0x1f
0x1180 7 r9d = r9d + esi
0x1183 8 r9d = r9d s>> 1
0x1186 9 eax = 0
0x118b 10 if (esi s< 2) then 27 @ 0x12cb else 29 @ 0x1191
0x13bb 11 ecx = esi
0x13bd 12 ecx = ecx - 1
0x13c0 13 ecx = ecx u>> 0x1f
0x13c3 14 ecx = ecx + esi
0x13c5 15 ecx = ecx - 1
0x13c8 16 ecx = ecx s>> 1
0x13ca 17 cond:0 = eax == ecx
0x13ca 18 goto 32 @ 0x13cc
0x11b1 19 eax = (rsi - 3).d
0x11b4 20 eax = eax u>> 0x1f
0x11b7 21 eax = eax + esi
0x11b9 22 eax = eax - 3
0x11bc 23 eax = eax s>> 1
0x11be 24 r8d = esi
0x11c1 25 r9d = (rax + 1).d
0x11c8 26 if (eax u>= 7) then 37 @ 0x12d3 else 49 @ 0x11ce
0x12cb 27 cond:0 = eax == r9d
0x12ce 28 goto 32 @ 0x13cc
0x1191 29 r8d = esi
0x1194 30 r10d = r9d
0x119b 31 if (r9d u>= 8) then 52 @ 0x11d8 else 64 @ 0x119d
0x13cc 32 al = cond:0
0x13cf 33 eax = zx.d(al)
0x13d2 34 rbx = pop
0x13d3 35 r14 = pop
0x13d5 36 <return> jump(pop)
0x12d3 37 r14d = r9d
0x12d6 38 r14d = r14d & 0xfffffff8
0x12da 39 rdx = rdi + 4
0x12de 40 r11 = r8 + rdi
0x12e2 41 r11 = r11 - 4
0x12e6 42 r10 = r14
0x12e9 43 r10 = neg.q(r10)
0x12ec 44 xmm0 = 0
0x12f0 45 eax = 0
0x12f2 46 xmm2 = [0x2010].o
0x12fa 47 xmm1 = 0
0x12fe 48 goto 67 @ 0x1300
0x11ce 49 r14d = 0
0x11d1 50 eax = 0
0x11d3 51 goto 92 @ 0x1390
0x11d8 52 ebx = r10d
0x11db 53 ebx = ebx & 0xfffffff8
0x11de 54 rsi = rdi + 4
0x11e2 55 rax = r8 + rdi
0x11e6 56 rax = rax - 4
0x11ea 57 r11 = rbx
0x11ed 58 r11 = neg.q(r11)
0x11f0 59 xmm0 = 0
0x11f4 60 ecx = 0
0x11f6 61 xmm2 = [0x2010].o
0x11fe 62 xmm1 = 0
0x120c 63 goto 96 @ 0x1210
0x119d 64 ebx = 0
0x119f 65 eax = 0
0x11a1 66 goto 121 @ 0x129e
0x1300 67 xmm3 = [rdx - 4].d
0x1305 68 xmm3 = _mm_unpacklo_epi8(xmm3, xmm3.q)
0x1309 69 xmm3 = _mm_unpacklo_epi16(xmm3, xmm3.q)
0x130d 70 xmm4 = [rdx].d
0x1311 71 xmm4 = _mm_unpacklo_epi8(xmm4, xmm4.q)
0x1315 72 xmm4 = _mm_unpacklo_epi16(xmm4, xmm4.q)
0x1319 73 xmm5 = [r11 + rax].d
0x131f 74 xmm5 = _mm_unpacklo_epi8(xmm5, xmm5.q)
0x1323 75 xmm6 = [r11 + rax - 4].d
0x132a 76 xmm6 = _mm_unpacklo_epi8(xmm6, xmm6.q)
0x132e 77 xmm5 = _mm_shuffle_epi32(xmm5, 0xc4)
0x1333 78 xmm5 = _mm_shufflelo_epi16(xmm5, 0xe7)
0x1338 79 xmm5 = _mm_shufflehi_epi16(xmm5, 0xc5)
0x133d 80 xmm5 = _mm_cmpeq_epi8(xmm5, xmm3)
0x1341 81 xmm5 = xmm5 & xmm2
0x1345 82 xmm0 = _mm_add_epi32(xmm0, xmm5)
0x1349 83 xmm3 = _mm_shuffle_epi32(xmm6, 0xc4)
0x134e 84 xmm3 = _mm_shufflelo_epi16(xmm3, 0xe7)
0x1353 85 xmm3 = _mm_shufflehi_epi16(xmm3, 0xc5)
0x1358 86 xmm3 = _mm_cmpeq_epi8(xmm3, xmm4)
0x135c 87 xmm3 = xmm3 & xmm2
0x1360 88 xmm1 = _mm_add_epi32(xmm1, xmm3)
0x1364 89 rdx = rdx + 8
0x1368 90 rax = rax - 8
0x136f 91 if (r10 != rax) then 67 @ 0x1300 else 125 @ 0x1371
0x1390 92 r8 = r8 - r14
0x1393 93 rdx = r8 + rdi
0x1397 94 rdx = rdx - 1
0x139b 95 goto 132 @ 0x13a0
0x1210 96 xmm3 = [rsi - 4].d
0x1215 97 xmm3 = _mm_unpacklo_epi8(xmm3, xmm3.q)
0x1219 98 xmm3 = _mm_unpacklo_epi16(xmm3, xmm3.q)
0x121d 99 xmm4 = [rsi].d
0x1221 100 xmm4 = _mm_unpacklo_epi8(xmm4, xmm4.q)
0x1225 101 xmm4 = _mm_unpacklo_epi16(xmm4, xmm4.q)
0x1229 102 xmm5 = [rax + rcx].d
0x122e 103 xmm5 = _mm_unpacklo_epi8(xmm5, xmm5.q)
0x1232 104 xmm6 = [rax + rcx - 4].d
0x1238 105 xmm6 = _mm_unpacklo_epi8(xmm6, xmm6.q)
0x123c 106 xmm5 = _mm_shuffle_epi32(xmm5, 0xc4)
0x1241 107 xmm5 = _mm_shufflelo_epi16(xmm5, 0xe7)
0x1246 108 xmm5 = _mm_shufflehi_epi16(xmm5, 0xc5)
0x124b 109 xmm5 = _mm_cmpeq_epi8(xmm5, xmm3)
0x124f 110 xmm5 = xmm5 & xmm2
0x1253 111 xmm0 = _mm_add_epi32(xmm0, xmm5)
0x1257 112 xmm3 = _mm_shuffle_epi32(xmm6, 0xc4)
0x125c 113 xmm3 = _mm_shufflelo_epi16(xmm3, 0xe7)
0x1261 114 xmm3 = _mm_shufflehi_epi16(xmm3, 0xc5)
0x1266 115 xmm3 = _mm_cmpeq_epi8(xmm3, xmm4)
0x126a 116 xmm3 = xmm3 & xmm2
0x126e 117 xmm1 = _mm_add_epi32(xmm1, xmm3)
0x1272 118 rsi = rsi + 8
0x1276 119 rcx = rcx - 8
0x127d 120 if (r11 != rcx) then 96 @ 0x1210 else 139 @ 0x127f
0x129e 121 r8 = r8 - rbx
0x12a1 122 rcx = r8 + rdi
0x12a5 123 rcx = rcx - 1
0x12a9 124 goto 146 @ 0x12b0
0x1371 125 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1375 126 xmm0 = _mm_shuffle_epi32(xmm1, 0xee)
0x137a 127 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x137e 128 xmm1 = _mm_shuffle_epi32(xmm0, 0x55)
0x1383 129 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1387 130 eax = xmm1.d
0x138e 131 if (r14 == r9) then 11 @ 0x13bb else 92 @ 0x1390
0x13a0 132 ebx = zx.d([rdi + r14].b)
0x13a5 133 ecx = 0
0x13a9 134 cl = bl == [rdx].b
0x13ac 135 eax = eax + ecx
0x13ae 136 r14 = r14 + 1
0x13b2 137 rdx = rdx - 1
0x13b9 138 if (r9 != r14) then 132 @ 0x13a0 else 11 @ 0x13bb
0x127f 139 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1283 140 xmm0 = _mm_shuffle_epi32(xmm1, 0xee)
0x1288 141 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x128c 142 xmm1 = _mm_shuffle_epi32(xmm0, 0x55)
0x1291 143 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1295 144 eax = xmm1.d
0x129c 145 if (rbx == r10) then 27 @ 0x12cb else 121 @ 0x129e
0x12b0 146 edx = zx.d([rdi + rbx].b)
0x12b4 147 esi = 0
0x12b8 148 sil = dl == [rcx].b
0x12bc 149 eax = eax + esi
0x12be 150 rbx = rbx + 1
0x12c2 151 rcx = rcx - 1
0x12c9 152 if (r10 != rbx) then 146 @ 0x12b0 else 27 @ 0x12cb
int32_t main(int32_t argc, char** argv, char** envp):
0x13e0 0 push(rbp)
0x13e1 1 push(r15)
0x13e3 2 push(r14)
0x13e5 3 push(r13)
0x13e7 4 push(r12)
0x13e9 5 push(rbx)
0x13ea 6 rsp = rsp - 0x108
0x13f1 7 rbx = rsp + 0xa0 {var_98}
0x13f9 8 rdi = rbx {var_98}
0x13fc 9 eax = 0
0x13fe 10 call(0x1050)
0x1403 11 rdi = rbx {var_98}
0x1406 12 call(0x1040)
0x140e 13 if (eax s>= 2) then 14 @ 0x1424 else 24 @ 0x1410
0x1424 14 ecx = (rax + 1).d
0x1427 15 [rsp + 0x20 {var_118_1}].q = rcx
0x142c 16 r8d = eax
0x142f 17 r12 = rsp + 0x9e {var_a0+0x6}
0x1437 18 r13 = rsp + 0xa1 {var_97}
0x143f 19 r15d = 1
0x1445 20 r9d = 2
0x144b 21 xmm6 = [0x2010].o
0x1453 22 eax = 0
0x1455 23 goto 33 @ 0x1489
0x1410 24 eax = 0
0x1412 25 rsp = rsp + 0x108
0x1419 26 rbx = pop
0x141a 27 r12 = pop
0x141c 28 r13 = pop
0x141e 29 r14 = pop
0x1420 30 r15 = pop
0x1422 31 rbp = pop
0x1423 32 <return> jump(pop)
0x1489 33 r10 = r9
0x148c 34 r10 = r10 u>> 1
0x148f 35 ebp = r10d
0x1492 36 ebp = ebp & 0x7fffffff
0x1498 37 rbp = neg.q(rbp)
0x149b 38 r10d = r10d & 0x7ffffff8
0x14a2 39 r10 = neg.q(r10)
0x14a5 40 [rsp + 0x28 {var_110_1}].q = rax
0x14aa 41 eax = eax + 2
0x14ad 42 [rsp + 0x1c {var_11c_1}].d = eax
0x14b1 43 ecx = eax
0x14b3 44 ecx = ecx u>> 1
0x14b5 45 eax = (r9 - 3).d
0x14b9 46 eax = eax u>> 0x1f
0x14bc 47 eax = eax + r9d
0x14bf 48 eax = eax - 3
0x14c2 49 eax = eax s>> 1
0x14c4 50 [rsp + 0x70 {var_c8_1}].q = rax
0x14c9 51 eax = eax + 1
0x14cc 52 edx = (r9 - 1).d
0x14d0 53 edx = edx u>> 1
0x14d2 54 [rsp + 0x18 {var_120_1}].d = edx
0x14d6 55 edx = r9d
0x14d9 56 edx = edx u>> 1
0x14db 57 [rsp + 0x14 {var_124_1}].d = edx
0x14df 58 edx = eax
0x14e1 59 edx = edx & 0xfffffff8
0x14e4 60 [rsp + 0x58 {var_e0_1}].q = rcx
0x14e9 61 ecx = ecx & 0xfffffff8
0x14ec 62 [rsp + 0x40 {var_f8_1}].q = rcx
0x14f1 63 [rsp + 0x48 {var_f0_1}].q = rdx
0x14f6 64 r11 = rdx
0x14f9 65 r11 = neg.q(r11)
0x14fc 66 [rsp + 0x50 {var_e8_1}].q = rax
0x1501 67 rdi = rax
0x1504 68 rdi = neg.q(rdi)
0x1507 69 r14 = rsp + 0xa0 {var_98}
0x150f 70 [rsp + 0x30 {var_108_1}].q = r13
0x1514 71 [rsp + 0x38 {var_100_1}].q = r12
0x1519 72 rcx = rsp + 0xa4 {var_94}
0x1521 73 eax = 0
0x1523 74 [rsp + 8 {var_130_1}].q = rax
0x1528 75 [rsp + 0x88 {var_b0_1}].q = r9
0x1530 76 [rsp + 0x80 {var_b8_1}].q = r10
0x1538 77 [rsp + 0x78 {var_c0_1}].q = rbp
0x153d 78 [rsp + 0x68 {var_d0_1}].q = r11
0x1542 79 [rsp + 0x60 {var_d8_1}].q = rdi
0x1547 80 goto 81 @ 0x1582
0x1582 81 cond:0 = (r9b & 1) != 0
0x1586 82 [rsp + 0x98 {var_a0}].q = rcx
0x158e 83 if (cond:0) then 84 @ 0x15a5 else 85 @ 0x1595
0x15a5 84 if ([rsp + 0x70 {var_c8_1}].d u>= 7) then 86 @ 0x16b0 else 90 @ 0x15ab
0x1595 85 if ([rsp + 0x1c {var_11c_1}].d u>= 0x10) then 93 @ 0x15c0 else 97 @ 0x1597
0x16b0 86 xmm0 = 0
0x16b4 87 eax = 0
0x16b6 88 xmm1 = 0
0x16ba 89 goto 100 @ 0x16c0
0x15ab 90 ecx = 0
0x15ad 91 eax = 0
0x15af 92 goto 125 @ 0x175a
0x15c0 93 xmm0 = 0
0x15c4 94 eax = 0
0x15c6 95 xmm1 = 0
0x15ca 96 goto 128 @ 0x15d0
0x1597 97 ecx = 0
0x1599 98 eax = 0
0x159b 99 goto 153 @ 0x166a
0x16c0 100 xmm2 = [rcx - 4].d
0x16c5 101 xmm2 = _mm_unpacklo_epi8(xmm2, xmm2.q)
0x16c9 102 xmm2 = _mm_unpacklo_epi16(xmm2, xmm2.q)
0x16cd 103 xmm3 = [rcx].d
0x16d1 104 xmm3 = _mm_unpacklo_epi8(xmm3, xmm3.q)
0x16d5 105 xmm3 = _mm_unpacklo_epi16(xmm3, xmm3.q)
0x16d9 106 xmm4 = [r12 + rax].d
0x16df 107 xmm4 = _mm_unpacklo_epi8(xmm4, xmm4.q)
0x16e3 108 xmm5 = [r12 + rax - 4].d
0x16ea 109 xmm5 = _mm_unpacklo_epi8(xmm5, xmm5.q)
0x16ee 110 xmm4 = _mm_shuffle_epi32(xmm4, 0xc4)
0x16f3 111 xmm4 = _mm_shufflelo_epi16(xmm4, 0xe7)
0x16f8 112 xmm4 = _mm_shufflehi_epi16(xmm4, 0xc5)
0x16fd 113 xmm4 = _mm_cmpeq_epi8(xmm4, xmm2)
0x1701 114 xmm4 = xmm4 & xmm6
0x1705 115 xmm0 = _mm_add_epi32(xmm0, xmm4)
0x1709 116 xmm2 = _mm_shuffle_epi32(xmm5, 0xc4)
0x170e 117 xmm2 = _mm_shufflelo_epi16(xmm2, 0xe7)
0x1713 118 xmm2 = _mm_shufflehi_epi16(xmm2, 0xc5)
0x1718 119 xmm2 = _mm_cmpeq_epi8(xmm2, xmm3)
0x171c 120 xmm2 = xmm2 & xmm6
0x1720 121 xmm1 = _mm_add_epi32(xmm1, xmm2)
0x1724 122 rcx = rcx + 8
0x1728 123 rax = rax - 8
0x172f 124 if (r11 != rax) then 100 @ 0x16c0 else 156 @ 0x1731
0x175a 125 rdx = r14 + rcx
0x175e 126 rcx = neg.q(rcx)
0x176b 127 goto 165 @ 0x1770
0x15d0 128 xmm2 = [rcx - 4].d
0x15d5 129 xmm2 = _mm_unpacklo_epi8(xmm2, xmm2.q)
0x15d9 130 xmm2 = _mm_unpacklo_epi16(xmm2, xmm2.q)
0x15dd 131 xmm3 = [rcx].d
0x15e1 132 xmm3 = _mm_unpacklo_epi8(xmm3, xmm3.q)
0x15e5 133 xmm3 = _mm_unpacklo_epi16(xmm3, xmm3.q)
0x15e9 134 xmm4 = [r12 + rax].d
0x15ef 135 xmm4 = _mm_unpacklo_epi8(xmm4, xmm4.q)
0x15f3 136 xmm5 = [r12 + rax - 4].d
0x15fa 137 xmm5 = _mm_unpacklo_epi8(xmm5, xmm5.q)
0x15fe 138 xmm4 = _mm_shuffle_epi32(xmm4, 0xc4)
0x1603 139 xmm4 = _mm_shufflelo_epi16(xmm4, 0xe7)
0x1608 140 xmm4 = _mm_shufflehi_epi16(xmm4, 0xc5)
0x160d 141 xmm4 = _mm_cmpeq_epi8(xmm4, xmm2)
0x1611 142 xmm4 = xmm4 & xmm6
0x1615 143 xmm0 = _mm_add_epi32(xmm0, xmm4)
0x1619 144 xmm2 = _mm_shuffle_epi32(xmm5, 0xc4)
0x161e 145 xmm2 = _mm_shufflelo_epi16(xmm2, 0xe7)
0x1623 146 xmm2 = _mm_shufflehi_epi16(xmm2, 0xc5)
0x1628 147 xmm2 = _mm_cmpeq_epi8(xmm2, xmm3)
0x162c 148 xmm2 = xmm2 & xmm6
0x1630 149 xmm1 = _mm_add_epi32(xmm1, xmm2)
0x1634 150 rcx = rcx + 8
0x1638 151 rax = rax - 8
0x163f 152 if (r10 != rax) then 128 @ 0x15d0 else 172 @ 0x1641
0x166a 153 rdx = r14 + rcx
0x166e 154 rcx = neg.q(rcx)
0x167b 155 goto 181 @ 0x1680
0x1731 156 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1735 157 xmm0 = _mm_shuffle_epi32(xmm1, 0xee)
0x173a 158 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x173e 159 xmm1 = _mm_shuffle_epi32(xmm0, 0x55)
0x1743 160 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1747 161 eax = xmm1.d
0x174b 162 rdx = [rsp + 0x48 {var_f0_1}].q
0x1750 163 rcx = rdx
0x1758 164 if (rdx == [rsp + 0x50 {var_e8_1}].q) then 188 @ 0x1791 else 125 @ 0x175a
0x1770 165 ebx = zx.d([rdx].b)
0x1773 166 esi = 0
0x177a 167 sil = bl == [r13 + rcx].b
0x177e 168 eax = eax + esi
0x1780 169 rcx = rcx - 1
0x1784 170 rdx = rdx + 1
0x178b 171 if (rdi != rcx) then 165 @ 0x1770 else 188 @ 0x1791
0x1641 172 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1645 173 xmm0 = _mm_shuffle_epi32(xmm1, 0xee)
0x164a 174 xmm0 = _mm_add_epi32(xmm0, xmm1)
0x164e 175 xmm1 = _mm_shuffle_epi32(xmm0, 0x55)
0x1653 176 xmm1 = _mm_add_epi32(xmm1, xmm0)
0x1657 177 eax = xmm1.d
0x165b 178 rdx = [rsp + 0x40 {var_f8_1}].q
0x1660 179 rcx = rdx
0x1668 180 if (rdx == [rsp + 0x58 {var_e0_1}].q) then 189 @ 0x16a1 else 153 @ 0x166a
0x1680 181 ebx = zx.d([rdx].b)
0x1683 182 esi = 0
0x168a 183 sil = bl == [r13 + rcx].b
0x168e 184 eax = eax + esi
0x1690 185 rcx = rcx - 1
0x1694 186 rdx = rdx + 1
0x169b 187 if (rbp != rcx) then 181 @ 0x1680 else 189 @ 0x16a1
0x1791 188 if (eax != [rsp + 0x18 {var_120_1}].d) then 190 @ 0x1550 else 200 @ 0x1797
0x16a1 189 if (eax != [rsp + 0x14 {var_124_1}].d) then 190 @ 0x1550 else 206 @ 0x16a7
0x1550 190 rdx = [rsp + 8 {var_130_1}].q
0x1555 191 rdx = rdx + 1
0x1559 192 rcx = [rsp + 0x98 {var_a0}].q
0x1561 193 rcx = rcx + 1
0x1565 194 r12 = r12 + 1
0x1569 195 r13 = r13 + 1
0x156d 196 r14 = r14 + 1
0x1571 197 rax = rdx
0x1574 198 [rsp + 8 {var_130_1}].q = rdx
0x157c 199 if (rdx == r8) then 207 @ 0x1460 else 81 @ 0x1582
0x1797 200 rbx = r8
0x179a 201 rax = [rsp + 8 {var_130_1}].q
0x179f 202 rax = rax + r9
0x17a2 203 [rsp + 0x90 {var_a8_1}].q = rax
0x17aa 204 ebp = 0
0x17ac 205 goto 216 @ 0x17b0
0x16a7 206 goto 200 @ 0x1797
0x1460 207 r9 = r9 + 1
0x1464 208 r15 = r15 + 1
0x1468 209 rax = [rsp + 0x28 {var_110_1}].q
0x146d 210 eax = eax + 1
0x1470 211 r12 = [rsp + 0x38 {var_100_1}].q
0x1475 212 r12 = r12 + 1
0x1479 213 r13 = [rsp + 0x30 {var_108_1}].q
0x147e 214 r13 = r13 + 1
0x1487 215 if (r9 == [rsp + 0x20 {var_118_1}].q) then 24 @ 0x1410 else 33 @ 0x1489
0x17b0 216 edi = sx.d([r14 + rbp].b)
0x17b5 217 call(0x1060)
0x17ba 218 rbp = rbp + 1
0x17c1 219 if (r15 != rbp) then 216 @ 0x17b0 else 220 @ 0x17c3
0x17c3 220 rax = rsp + 0xa0 {var_98}
0x17cb 221 rcx = [rsp + 0x90 {var_a8_1}].q
0x17d3 222 esi = sx.d([rcx + rax - 1].b)
0x17d8 223 rdi = 0x2020 {"%c\n"}
0x17df 224 eax = 0
0x17e1 225 call(0x1030)
0x17e6 226 r8 = rbx
0x17e9 227 r9 = [rsp + 0x88 {var_b0_1}].q
0x17f1 228 xmm6 = [0x2010].o
0x17f9 229 r10 = [rsp + 0x80 {var_b8_1}].q
0x1801 230 rbp = [rsp + 0x78 {var_c0_1}].q
0x1806 231 r11 = [rsp + 0x68 {var_d0_1}].q
0x180b 232 rdi = [rsp + 0x60 {var_d8_1}].q
0x1810 233 goto 190 @ 0x1550
int64_t _fini():
0x181c 0 rsp = rsp - 8
0x1820 1 rsp = rsp + 8
0x1824 2 <return> jump(pop)
| POJ_49 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int64_t memset(void* arg1, int32_t arg2, uint64_t arg3):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1170 {"UHAWAVAUATSHH=|"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
uint64_t max(int32_t arg1, int32_t arg2):
0x1160 0 eax = edi
0x1164 1 if (edi s< esi) then 2 else 4 @ 0x1167
0x1164 2 eax = esi
0x1164 3 goto 4 @ 0x1167
0x1167 4 <return> jump(pop)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 push(r15)
0x1176 3 push(r14)
0x1178 4 push(r13)
0x117a 5 push(r12)
0x117c 6 push(rbx)
0x117d 7 rsp = rsp - 0x18
0x1181 8 rdi = 0x2004 {"%d"}
0x1188 9 rsi = rbp - 0x2c {var_34}
0x118c 10 eax = 0
0x118e 11 call(0x1050)
0x1193 12 [rbp - 0x38 {var_40}].q = rsp {var_48}
0x1197 13 eax = [rbp - 0x2c {var_34}].d
0x119a 14 r15 = rsp {var_48}
0x119d 15 rax = (rax << 2) + 0xf
0x11a5 16 rax = rax & 0xfffffffffffffff0
0x11a9 17 r15 = r15 - rax
0x11ac 18 rsp = r15
0x11af 19 r13d = [rbp - 0x2c {var_34}].d
0x11b6 20 if (r13d s<= 0) then 21 @ 0x129a else 27 @ 0x11bc
0x129a 21 r14 = rsp
0x129d 22 rax = (r13 << 2) + 0xf
0x12a5 23 rax = rax & 0xfffffffffffffff0
0x12a9 24 r14 = r14 - rax
0x12ac 25 rsp = r14
0x12ac 26 goto 31 @ 0x12af
0x11bc 27 r14 = 0x2004 {"%d"}
0x11c3 28 r12 = r15
0x11c6 29 ebx = 0
0x11c8 30 goto 36 @ 0x11d0
0x12af 31 r15 = [rbp - 0x38].q {var_48}
0x12b3 32 rax = sx.q(r13d)
0x12b6 33 [r14 + (rax << 2) - 4].d = 1
0x12bf 34 ebx = 0
0x12c1 35 goto 44 @ 0x143a
0x11d0 36 rdi = r14
0x11d3 37 rsi = r12
0x11d6 38 eax = 0
0x11d8 39 call(0x1050)
0x11dd 40 rbx = rbx + 1
0x11e1 41 r13 = sx.q([rbp - 0x2c {var_34}].d)
0x11e5 42 r12 = r12 + 4
0x11ec 43 if (rbx s< r13) then 36 @ 0x11d0 else 58 @ 0x11ee
0x143a 44 rdi = 0x2004 {"%d"}
0x1441 45 esi = ebx
0x1443 46 eax = 0
0x1445 47 call(0x1030)
0x144a 48 rsp = r15
0x144d 49 eax = 0
0x144f 50 rsp = rbp - 0x28
0x1453 51 rbx = pop
0x1454 52 r12 = pop
0x1456 53 r13 = pop
0x1458 54 r14 = pop
0x145a 55 r15 = pop
0x145c 56 rbp = pop
0x145d 57 <return> jump(pop)
0x11ee 58 r12d = r13d
0x11f1 59 r14 = rsp
0x11f4 60 rax = (r12 << 2) + 0xf
0x11fc 61 rax = rax & 0xfffffffffffffff0
0x1200 62 r14 = r14 - rax
0x1203 63 rsp = r14
0x1209 64 if (r13d s<= 0) then 31 @ 0x12af else 65 @ 0x120f
0x120f 65 rdx = r12 << 2
0x1217 66 ebx = 0
0x1219 67 rdi = r14
0x121c 68 esi = 0
0x121e 69 call(0x1040)
0x1223 70 r9d = (r13 - 1).d
0x1227 71 [r14 + (r9 << 2)].d = 1
0x1233 72 if (r13d == 1) then 73 @ 0x12d3 else 74 @ 0x1239
0x12d3 73 if (r13d u>= 8) then 77 @ 0x12e0 else 86 @ 0x12d5
0x1239 74 edx = (r13 - 2).d
0x123d 75 r8 = r12 - 1
0x1242 76 goto 89 @ 0x1263
0x12e0 77 eax = r12d
0x12e3 78 eax = eax & 0xfffffff8
0x12e6 79 rdx = rax - 8
0x12ea 80 rcx = rdx
0x12ed 81 rcx = rcx u>> 3
0x12f1 82 rcx = rcx + 1
0x12f5 83 cond:0 = rdx == 0
0x12f8 84 r15 = [rbp - 0x38].q {var_48}
0x12fc 85 if (cond:0) then 91 @ 0x145e else 95 @ 0x1302
0x12d5 86 eax = 0
0x12d7 87 r15 = [rbp - 0x38].q {var_48}
0x12db 88 goto 101 @ 0x1420
0x1263 89 esi = 0
0x1268 90 if (rdx s>= r9) then 103 @ 0x1250 else 109 @ 0x126a
0x145e 91 xmm0 = 0
0x1462 92 edx = 0
0x1464 93 xmm1 = 0
0x146b 94 if ((cl & 1) != 0) then 113 @ 0x139a else 126 @ 0x1471
0x1302 95 rsi = rcx
0x1305 96 rsi = rsi & 0xfffffffffffffffe
0x1309 97 xmm0 = 0
0x130d 98 edx = 0
0x130f 99 xmm1 = 0
0x131d 100 goto 127 @ 0x1320
0x1420 101 ecx = [r14 + (rax << 2)].d
0x1426 102 if (ebx s< ecx) then 155 else 157 @ 0x1429
0x1250 103 esi = esi + 1
0x1253 104 [r14 + (rdx << 2)].d = esi
0x1257 105 rax = rdx - 1
0x125b 106 cond:1 = rdx s<= 0
0x125e 107 rdx = rax
0x1261 108 if (cond:1) then 159 @ 0x12c9 else 89 @ 0x1263
0x126a 109 edi = [r15 + (rdx << 2)].d
0x126e 110 esi = 0
0x1270 111 rcx = r8
0x1273 112 goto 160 @ 0x128d
0x139a 113 xmm2 = [r14 + (rdx << 2)].o
0x13a0 114 xmm3 = [r14 + (rdx << 2) + 0x10].o
0x13a7 115 xmm4 = xmm0
0x13ab 116 xmm4 = _mm_cmpgt_epi32(xmm4, xmm2)
0x13af 117 xmm0 = xmm0 & xmm4
0x13b3 118 xmm4 = xmm4 & not.o(xmm2)
0x13b7 119 xmm0 = xmm0 | xmm4
0x13bb 120 xmm2 = xmm1
0x13bf 121 xmm2 = _mm_cmpgt_epi32(xmm2, xmm3)
0x13c3 122 xmm1 = xmm1 & xmm2
0x13c7 123 xmm2 = xmm2 & not.o(xmm3)
0x13cb 124 xmm1 = xmm1 | xmm2
0x13cb 125 goto 161 @ 0x13cf
0x1471 126 goto 161 @ 0x13cf
0x1320 127 xmm2 = [r14 + (rdx << 2)].o
0x1326 128 xmm3 = [r14 + (rdx << 2) + 0x10].o
0x132d 129 xmm4 = [r14 + (rdx << 2) + 0x20].o
0x1334 130 xmm5 = [r14 + (rdx << 2) + 0x30].o
0x133b 131 xmm6 = xmm0
0x133f 132 xmm6 = _mm_cmpgt_epi32(xmm6, xmm2)
0x1343 133 xmm0 = xmm0 & xmm6
0x1347 134 xmm6 = xmm6 & not.o(xmm2)
0x134b 135 xmm6 = xmm6 | xmm0
0x134f 136 xmm2 = xmm1
0x1353 137 xmm2 = _mm_cmpgt_epi32(xmm2, xmm3)
0x1357 138 xmm1 = xmm1 & xmm2
0x135b 139 xmm2 = xmm2 & not.o(xmm3)
0x135f 140 xmm2 = xmm2 | xmm1
0x1363 141 xmm0 = xmm6
0x1367 142 xmm0 = _mm_cmpgt_epi32(xmm0, xmm4)
0x136b 143 xmm6 = xmm6 & xmm0
0x136f 144 xmm0 = xmm0 & not.o(xmm4)
0x1373 145 xmm0 = xmm0 | xmm6
0x1377 146 xmm1 = xmm2
0x137b 147 xmm1 = _mm_cmpgt_epi32(xmm1, xmm5)
0x137f 148 xmm2 = xmm2 & xmm1
0x1383 149 xmm1 = xmm1 & not.o(xmm5)
0x1387 150 xmm1 = xmm1 | xmm2
0x138b 151 rdx = rdx + 0x10
0x138f 152 temp0.q = rsi
0x138f 153 rsi = rsi - 2
0x1393 154 if (temp0.q != 2) then 127 @ 0x1320 else 180 @ 0x1398
0x1426 155 ebx = ecx
0x1426 156 goto 157 @ 0x1429
0x1429 157 rax = rax + 1
0x1430 158 if (r12 != rax) then 101 @ 0x1420 else 181 @ 0x1432
0x12c9 159 if (r13d s<= 0) then 182 @ 0x1434 else 73 @ 0x12d3
0x128d 160 if (edi s< [r15 + (rcx << 2)].d) then 185 @ 0x1280 else 187 @ 0x128f
0x13cf 161 xmm2 = xmm0
0x13d3 162 xmm2 = _mm_cmpgt_epi32(xmm2, xmm1)
0x13d7 163 xmm0 = xmm0 & xmm2
0x13db 164 xmm2 = xmm2 & not.o(xmm1)
0x13df 165 xmm2 = xmm2 | xmm0
0x13e3 166 xmm0 = _mm_shuffle_epi32(xmm2, 0xee)
0x13e8 167 xmm1 = xmm2
0x13ec 168 xmm1 = _mm_cmpgt_epi32(xmm1, xmm0)
0x13f0 169 xmm2 = xmm2 & xmm1
0x13f4 170 xmm1 = xmm1 & not.o(xmm0)
0x13f8 171 xmm1 = xmm1 | xmm2
0x13fc 172 xmm0 = _mm_shuffle_epi32(xmm1, 0x55)
0x1401 173 xmm2 = xmm1
0x1405 174 xmm2 = _mm_cmpgt_epi32(xmm2, xmm0)
0x1409 175 xmm1 = xmm1 & xmm2
0x140d 176 xmm2 = xmm2 & not.o(xmm0)
0x1411 177 xmm2 = xmm2 | xmm1
0x1415 178 ebx = xmm2.d
0x141c 179 if (rax == r12) then 44 @ 0x143a else 189 @ 0x141e
0x1398 180 if ((cl & 1) == 0) then 161 @ 0x13cf else 113 @ 0x139a
0x1432 181 goto 44 @ 0x143a
0x1434 182 ebx = 0
0x1436 183 r15 = [rbp - 0x38 {var_40}].q {var_48}
0x1436 184 goto 44 @ 0x143a
0x1280 185 rcx = rcx - 1
0x1287 186 if (rcx s<= rdx) then 103 @ 0x1250 else 160 @ 0x128d
0x128f 187 eax = [r14 + (rcx << 2)].d
0x1295 188 if (esi s< eax) then 190 else 192 @ 0x1298
0x141e 189 goto 101 @ 0x1420
0x1295 190 esi = eax
0x1295 191 goto 192 @ 0x1298
0x1298 192 goto 185 @ 0x1280
int64_t _fini():
0x147c 0 rsp = rsp - 8
0x1480 1 rsp = rsp + 8
0x1484 2 <return> jump(pop)
| POJ_10 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UAWAVAUATSHx"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 push(r15)
0x1153 2 push(r14)
0x1155 3 push(r13)
0x1157 4 push(r12)
0x1159 5 push(rbx)
0x115a 6 rsp = rsp - 0x9c78
0x1161 7 rdi = 0x2004 {"%d %d"}
0x1168 8 rsi = rsp + 0x1c {var_9c8c}
0x116d 9 rdx = rsp + 0x18 {var_9c90}
0x1172 10 eax = 0
0x1174 11 call(0x1040)
0x1179 12 ecx = [rsp + 0x1c {var_9c8c}].d
0x117d 13 eax = [rsp + 0x18 {var_9c90}].d
0x1183 14 if (ecx s<= 0) then 15 @ 0x11e5 else 19 @ 0x1185
0x11e5 15 edx = (rcx + rcx).d
0x11e8 16 cond:0 = eax s>= ecx
0x11ea 17 r12d = (rax + rax + 1).d
0x11ef 18 if (cond:0) then 23 else 25 @ 0x11f7
0x1185 19 r15 = rsp + 0x30 {var_9c78}
0x118a 20 r14 = 0x2007 {"%d"}
0x1191 21 r12d = 0
0x1194 22 goto 26 @ 0x11b5
0x11ef 23 r12d = edx
0x11ef 24 goto 25 @ 0x11f7
0x11f7 25 if (r12d != 1) then 27 @ 0x120b else 29 @ 0x11f9
0x11b5 26 if (eax s<= 0) then 37 @ 0x11a0 else 41 @ 0x11b7
0x120b 27 eax = (r12 + 3).d
0x1213 28 if (r12d s>= 0) then 44 else 46 @ 0x1217
0x11f9 29 rsp = rsp + 0x9c78
0x1200 30 rbx = pop
0x1201 31 r12 = pop
0x1203 32 r13 = pop
0x1205 33 r14 = pop
0x1207 34 r15 = pop
0x1209 35 rbp = pop
0x120a 36 <return> jump(pop)
0x11a0 37 r12 = r12 + 1
0x11a4 38 rdx = sx.q(ecx)
0x11a7 39 r15 = r15 + 0x190
0x11b1 40 if (r12 s>= rdx) then 15 @ 0x11e5 else 26 @ 0x11b5
0x11b7 41 rbx = r15
0x11ba 42 ebp = 0
0x11bc 43 goto 53 @ 0x11c0
0x1213 44 eax = r12d
0x1213 45 goto 46 @ 0x1217
0x1217 46 eax = eax & 0xfffffffc
0x121a 47 ecx = r12d
0x121d 48 ecx = ecx - eax
0x121f 49 [rsp + 0x2c {var_9c7c_1}].d = ecx
0x1223 50 eax = (r12 - 1).d
0x1228 51 ecx = (r12 + 2).d
0x122f 52 if (eax s>= 0) then 61 else 63 @ 0x1232
0x11c0 53 rdi = r14
0x11c3 54 rsi = rbx
0x11c6 55 eax = 0
0x11c8 56 call(0x1040)
0x11cd 57 rbp = rbp + 1
0x11d1 58 rax = sx.q([rsp + 0x18 {var_9c90}].d)
0x11d6 59 rbx = rbx + 4
0x11dd 60 if (rbp s< rax) then 53 @ 0x11c0 else 71 @ 0x11df
0x122f 61 ecx = eax
0x122f 62 goto 63 @ 0x1232
0x1232 63 ecx = ecx & 0xfffffffc
0x1235 64 ecx = neg.d(ecx)
0x1237 65 eax = (r12 + rcx).d
0x123b 66 eax = eax - 1
0x123e 67 [rsp + 0x28 {var_9c80_1}].d = eax
0x1242 68 eax = (r12 - 2).d
0x1247 69 ecx = (r12 + 1).d
0x124e 70 if (eax s>= 0) then 73 else 75 @ 0x1251
0x11df 71 ecx = [rsp + 0x1c {var_9c8c}].d
0x11e3 72 goto 37 @ 0x11a0
0x124e 73 ecx = eax
0x124e 74 goto 75 @ 0x1251
0x1251 75 ecx = ecx & 0xfffffffc
0x1254 76 ecx = neg.d(ecx)
0x1256 77 eax = (r12 + rcx).d
0x125a 78 eax = eax - 2
0x125d 79 [rsp + 0x24 {var_9c84_1}].d = eax
0x1261 80 eax = r12d
0x1264 81 temp0.d = eax
0x1264 82 eax = eax - 3
0x1267 83 if (temp0.d - 3 s< 0) then 84 else 86 @ 0x126b
0x1267 84 eax = r12d
0x1267 85 goto 86 @ 0x126b
0x126b 86 eax = eax & 0xfffffffc
0x126e 87 eax = neg.d(eax)
0x1270 88 eax = eax + r12d
0x1273 89 eax = eax - 3
0x1276 90 [rsp + 0x20 {var_9c88_1}].d = eax
0x127a 91 esi = 1
0x127f 92 r14 = 0x200a {"%d\n"}
0x1286 93 edx = 0
0x1288 94 edi = 0
0x128a 95 r15d = 0
0x128d 96 goto 97 @ 0x12a8
0x12a8 97 ecx = (r12 + 3).d
0x12b0 98 if (r12d s>= 0) then 99 else 101 @ 0x12b4
0x12b0 99 ecx = r12d
0x12b0 100 goto 101 @ 0x12b4
0x12b4 101 ecx = ecx & 0xfffffffc
0x12b7 102 eax = r12d
0x12ba 103 eax = eax - ecx
0x12c0 104 if (eax != [rsp + 0x2c {var_9c7c_1}].d) then 105 @ 0x1334 else 106 @ 0x12c2
0x1334 105 if (eax != [rsp + 0x28 {var_9c80_1}].d) then 110 @ 0x13b4 else 111 @ 0x1336
0x12c2 106 eax = [rsp + 0x18 {var_9c90}].d
0x12c6 107 temp1.d = eax
0x12c6 108 eax = eax - edi
0x12c8 109 if (temp1.d == edi) then 113 @ 0x1290 else 117 @ 0x12ca
0x13b4 110 if (eax != [rsp + 0x24 {var_9c84_1}].d) then 129 @ 0x1429 else 130 @ 0x13b6
0x1336 111 eax = [rsp + 0x1c {var_9c8c}].d
0x133c 112 if (eax == esi) then 132 @ 0x139a else 136 @ 0x133e
0x1290 113 edi = edi + 1
0x1293 114 r15d = r15d - 1
0x1297 115 edx = edx + 1
0x1297 116 goto 149 @ 0x129a
0x12ca 117 [rsp + 0xc {var_9c9c_1}].d = edi
0x12ce 118 [rsp + 0x14 {var_9c94_1}].d = esi
0x12d2 119 [rsp + 0x10 {var_9c98_1}].d = edx
0x12d6 120 rcx = sx.q(edx)
0x12d9 121 rdx = sx.q(r15d)
0x12dc 122 rcx = rcx * 0x190
0x12e3 123 rcx = rcx + rsp
0x12e6 124 rcx = rcx + 0x30
0x12ea 125 r13 = rcx + (rdx << 2)
0x12ee 126 ebx = eax
0x12f0 127 ebp = 0
0x12fc 128 goto 151 @ 0x1300
0x1429 129 if (eax != [rsp + 0x20 {var_9c88_1}].d) then 149 @ 0x129a else 157 @ 0x142f
0x13b6 130 eax = [rsp + 0x18 {var_9c90}].d
0x13bc 131 if (eax == edi) then 161 @ 0x1416 else 165 @ 0x13be
0x139a 132 esi = esi + 1
0x139d 133 edx = edx - 1
0x13a0 134 r15d = r15d - 1
0x13a4 135 goto 149 @ 0x129a
0x133e 136 [rsp + 0xc {var_9c9c_2}].d = edi
0x1342 137 rcx = sx.q(r15d)
0x1345 138 [rsp + 0x10 {var_9c98_2}].d = edx
0x1349 139 rdx = sx.q(edx)
0x134c 140 rdx = rdx * 0x190
0x1353 141 rdx = rdx + rsp
0x1356 142 rdx = rdx + 0x30
0x135a 143 rbp = rdx + (rcx << 2)
0x135e 144 [rsp + 0x14 {var_9c94_2}].d = esi
0x1362 145 r13d = esi
0x1365 146 r13d = r13d - eax
0x1368 147 ebx = 0
0x136a 148 goto 178 @ 0x1370
0x129a 149 r12d = r12d - 1
0x12a2 150 if (r12d == 1) then 29 @ 0x11f9 else 97 @ 0x12a8
0x1300 151 esi = [r13 + (rbp << 2)].d
0x1305 152 rdi = r14
0x1308 153 eax = 0
0x130a 154 call(0x1030)
0x130f 155 rbp = rbp + 1
0x1315 156 if (ebx != ebp) then 151 @ 0x1300 else 185 @ 0x1317
0x142f 157 r13d = [rsp + 0x1c {var_9c8c}].d
0x1434 158 temp2.d = r13d
0x1434 159 r13d = r13d - esi
0x1437 160 if (temp2.d == esi) then 190 @ 0x148a else 194 @ 0x1439
0x1416 161 edi = edi + 1
0x1419 162 r15d = r15d + 1
0x141d 163 edx = edx - 1
0x1420 164 goto 149 @ 0x129a
0x13be 165 [rsp + 0x14 {var_9c94_3}].d = esi
0x13c2 166 [rsp + 0x10 {var_9c98_3}].d = edx
0x13c6 167 rcx = sx.q(edx)
0x13c9 168 rdx = sx.q(r15d)
0x13cc 169 rcx = rcx * 0x190
0x13d3 170 rcx = rcx + rsp
0x13d6 171 rcx = rcx + 0x30
0x13da 172 r13 = rcx + (rdx << 2)
0x13de 173 [rsp + 0xc {var_9c9c_3}].d = edi
0x13e2 174 ebp = edi
0x13e4 175 ebp = ebp - eax
0x13e6 176 ebx = 0
0x13e8 177 goto 205 @ 0x13f0
0x1370 178 esi = [rbp].d
0x1373 179 rdi = r14
0x1376 180 eax = 0
0x1378 181 call(0x1030)
0x137d 182 rbp = rbp + 0x190
0x1384 183 ebx = ebx - 1
0x138a 184 if (r13d != ebx) then 178 @ 0x1370 else 211 @ 0x138c
0x1317 185 r15d = r15d + ebp
0x131a 186 esi = [rsp + 0x14 {var_9c94_1}].d
0x131e 187 edx = [rsp + 0x10 {var_9c98_1}].d
0x1322 188 edi = [rsp + 0xc {var_9c9c_1}].d
0x1326 189 goto 113 @ 0x1290
0x148a 190 esi = esi + 1
0x148d 191 edx = edx + 1
0x1490 192 r15d = r15d + 1
0x1494 193 goto 149 @ 0x129a
0x1439 194 [rsp + 0xc {var_9c9c_4}].d = edi
0x143d 195 [rsp + 0x14 {var_9c94_4}].d = esi
0x1441 196 rax = sx.q(r15d)
0x1444 197 [rsp + 0x10 {var_9c98_4}].d = edx
0x1448 198 rcx = sx.q(edx)
0x144b 199 rcx = rcx * 0x190
0x1452 200 rcx = rcx + rsp
0x1455 201 rcx = rcx + 0x30
0x1459 202 rbp = rcx + (rax << 2)
0x145d 203 ebx = 0
0x145f 204 goto 216 @ 0x1460
0x13f0 205 esi = [r13 + (rbx << 2)].d
0x13f5 206 rdi = r14
0x13f8 207 eax = 0
0x13fa 208 call(0x1030)
0x13ff 209 rbx = rbx - 1
0x1405 210 if (ebp != ebx) then 205 @ 0x13f0 else 223 @ 0x1407
0x138c 211 edx = [rsp + 0x10 {var_9c98_2}].d
0x1390 212 edx = edx - ebx
0x1392 213 esi = [rsp + 0x14 {var_9c94_2}].d
0x1396 214 edi = [rsp + 0xc {var_9c9c_2}].d
0x1396 215 goto 132 @ 0x139a
0x1460 216 esi = [rbp].d
0x1463 217 rdi = r14
0x1466 218 eax = 0
0x1468 219 call(0x1030)
0x146d 220 rbp = rbp - 0x190
0x1474 221 ebx = ebx + 1
0x147a 222 if (r13d != ebx) then 216 @ 0x1460 else 228 @ 0x147c
0x1407 223 r15d = r15d + ebx
0x140a 224 esi = [rsp + 0x14 {var_9c94_3}].d
0x140e 225 edx = [rsp + 0x10 {var_9c98_3}].d
0x1412 226 edi = [rsp + 0xc {var_9c9c_3}].d
0x1412 227 goto 161 @ 0x1416
0x147c 228 edx = [rsp + 0x10 {var_9c98_4}].d
0x1480 229 edx = edx - ebx
0x1482 230 esi = [rsp + 0x14 {var_9c94_4}].d
0x1486 231 edi = [rsp + 0xc {var_9c9c_4}].d
0x1486 232 goto 190 @ 0x148a
int64_t _fini():
0x14a0 0 rsp = rsp - 8
0x14a4 1 rsp = rsp + 8
0x14a8 2 <return> jump(pop)
| POJ_46 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
uint64_t strlen(char const* arg1):
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
int32_t strcmp(char const* arg1, char const* arg2):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UHH`"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 rsp = rsp - 0x460
0x117b 3 [rbp - 4 {var_c}].d = 0
0x1182 4 [rbp - 0x20 {var_28}].d = 0
0x1189 5 rsi = rbp - 0x130 {var_138}
0x1190 6 rdx = rbp - 0x240 {var_248}
0x1197 7 rcx = rbp - 0x350 {var_358}
0x119e 8 rdi = 0x2004 {"%s%s%s"}
0x11a5 9 al = 0
0x11a7 10 call(0x1050)
0x11ac 11 rdi = rbp - 0x130 {var_138}
0x11b3 12 call(0x1040)
0x11b8 13 [rbp - 0xc {var_14}].d = eax
0x11bb 14 rdi = rbp - 0x240 {var_248}
0x11c2 15 call(0x1040)
0x11c7 16 [rbp - 0x10 {var_18}].d = eax
0x11ca 17 rdi = rbp - 0x350 {var_358}
0x11d1 18 call(0x1040)
0x11d6 19 [rbp - 0x1c {var_24}].d = eax
0x11d9 20 [rbp - 8 {var_10}].d = 0
0x11d9 21 goto 22 @ 0x11e0
0x11e0 22 eax = [rbp - 8 {var_10}].d
0x11e6 23 if (eax s>= [rbp - 0xc {var_14}].d) then 24 @ 0x1327 else 25 @ 0x11ec
0x1327 24 if ([rbp - 0x20 {var_28}].d != 0) then 29 @ 0x1342 else 33 @ 0x132d
0x11ec 25 rax = sx.q([rbp - 8 {var_10}].d)
0x11f0 26 eax = sx.d([rbp + rax - 0x130].b)
0x11f8 27 ecx = sx.d([rbp - 0x240 {var_248}].b)
0x1201 28 if (eax != ecx) then 38 @ 0x1310 else 39 @ 0x1207
0x1342 29 eax = 0
0x1344 30 rsp = rsp + 0x460
0x134b 31 rbp = pop
0x134c 32 <return> jump(pop)
0x132d 33 rsi = rbp - 0x130 {var_138}
0x1334 34 rdi = 0x2008 {"%s"}
0x133b 35 al = 0
0x133d 36 call(0x1030)
0x133d 37 goto 29 @ 0x1342
0x1310 38 goto 41 @ 0x1315
0x1207 39 [rbp - 0x14 {var_1c_1}].d = 0
0x1207 40 goto 45 @ 0x120e
0x1315 41 eax = [rbp - 8 {var_10}].d
0x1318 42 eax = eax + 1
0x131b 43 [rbp - 8 {var_10}].d = eax
0x131e 44 goto 22 @ 0x11e0
0x120e 45 eax = [rbp - 0x14 {var_1c_1}].d
0x1214 46 if (eax s>= [rbp - 0x10 {var_18}].d) then 47 @ 0x1242 else 53 @ 0x121a
0x1242 47 rax = sx.q([rbp - 0x14 {var_1c_1}].d)
0x1246 48 [rbp + rax - 0x460].b = 0
0x124e 49 rdi = rbp - 0x240 {var_248}
0x1255 50 rsi = rbp - 0x460 {var_468}
0x125c 51 call(0x1060)
0x1264 52 if (eax != 0) then 63 @ 0x130b else 64 @ 0x126a
0x121a 53 eax = [rbp - 0x14 {var_1c_1}].d
0x121d 54 eax = eax + [rbp - 8 {var_10}].d
0x1220 55 rax = sx.q(eax)
0x1222 56 cl = [rbp + rax - 0x130].b
0x1229 57 rax = sx.q([rbp - 0x14 {var_1c_1}].d)
0x122d 58 [rbp + rax - 0x460].b = cl
0x1234 59 eax = [rbp - 0x14 {var_1c_1}].d
0x1237 60 eax = eax + 1
0x123a 61 [rbp - 0x14 {var_1c_1}].d = eax
0x123d 62 goto 45 @ 0x120e
0x130b 63 goto 38 @ 0x1310
0x126a 64 [rbp - 0x18 {var_20_1}].d = 0
0x126a 65 goto 66 @ 0x1271
0x1271 66 eax = [rbp - 0x18 {var_20_1}].d
0x1277 67 if (eax s>= [rbp - 8 {var_10}].d) then 68 @ 0x12a5 else 76 @ 0x127d
0x12a5 68 rsi = rbp - 0x350 {var_358}
0x12ac 69 rdi = 0x2008 {"%s"}
0x12b3 70 al = 0
0x12b5 71 call(0x1030)
0x12ba 72 eax = [rbp - 8 {var_10}].d
0x12bd 73 eax = eax + [rbp - 0x1c {var_24}].d
0x12c0 74 [rbp - 0x18 {var_20_2}].d = eax
0x12c0 75 goto 85 @ 0x12c3
0x127d 76 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x1281 77 esi = sx.d([rbp + rax - 0x130].b)
0x1289 78 rdi = 0x200b {"%c"}
0x1290 79 al = 0
0x1292 80 call(0x1030)
0x1297 81 eax = [rbp - 0x18 {var_20_1}].d
0x129a 82 eax = eax + 1
0x129d 83 [rbp - 0x18 {var_20_1}].d = eax
0x12a0 84 goto 66 @ 0x1271
0x12c3 85 eax = [rbp - 0x18 {var_20_2}].d
0x12c6 86 ecx = [rbp - 0xc {var_14}].d
0x12c9 87 ecx = ecx - [rbp - 0x10 {var_18}].d
0x12cc 88 ecx = ecx + [rbp - 0x1c {var_24}].d
0x12d1 89 if (eax s>= ecx) then 90 @ 0x12ff else 92 @ 0x12d7
0x12ff 90 [rbp - 0x20 {var_28}].d = 1
0x1306 91 goto 24 @ 0x1327
0x12d7 92 rax = sx.q([rbp - 0x18 {var_20_2}].d)
0x12db 93 esi = sx.d([rbp + rax - 0x130].b)
0x12e3 94 rdi = 0x200b {"%c"}
0x12ea 95 al = 0
0x12ec 96 call(0x1030)
0x12f1 97 eax = [rbp - 0x18 {var_20_2}].d
0x12f4 98 eax = eax + 1
0x12f7 99 [rbp - 0x18 {var_20_2}].d = eax
0x12fa 100 goto 85 @ 0x12c3
int64_t _fini():
0x1354 0 rsp = rsp - 8
0x1358 1 rsp = rsp + 8
0x135c 2 <return> jump(pop)
| POJ_7 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1250 {"UAWAVAUATSPH=
"}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
uint64_t sushu(double arg1, uint64_t arg2[0x2] @ zmm0):
0x1160 0 push(rbp)
0x1161 1 push(r14)
0x1163 2 push(rbx)
0x1164 3 rsp = rsp - 0x10
0x1168 4 eax = edi
0x116a 5 eax = eax & 0xfffffffe
0x116d 6 r14d = 1
0x1176 7 if (eax == 2) then 8 @ 0x1238 else 14 @ 0x117c
0x1238 8 eax = r14d
0x123b 9 rsp = rsp + 0x10
0x123f 10 rbx = pop
0x1240 11 r14 = pop
0x1242 12 rbp = pop
0x1243 13 <return> jump(pop)
0x117c 14 ebx = edi
0x117e 15 xmm1.q = float.d(edi)
0x1182 16 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1186 17 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x1186 18 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x1186 19 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x1186 20 flag:s = 0
0x1186 21 flag:o = 0
0x1186 22 flag:a = 0
0x118a 23 [rsp {var_28_1}].q = xmm1.q
0x118f 24 if (flag:c) then 25 @ 0x11ae else 37 @ 0x1191
0x11ae 25 xmm0 = xmm1
0x11b2 26 call(0x1050)
0x11b7 27 xmm1 = zx.o([rsp {var_28_1}].q)
0x11bc 28 r14d = ebx
0x11bf 29 r14d = r14d & 1
0x11c3 30 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11c3 31 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11c3 32 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x11c3 33 flag:s = 0
0x11c3 34 flag:o = 0
0x11c3 35 flag:a = 0
0x11cb 36 if (flag:c) then 8 @ 0x1238 else 48 @ 0x11cd
0x1191 37 xmm0 = 0
0x1194 38 xmm0 = _mm_sqrt_sd(xmm1.q)
0x1198 39 r14d = ebx
0x119b 40 r14d = r14d & 1
0x119f 41 flag:p = is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x119f 42 flag:c = xmm0.q f< fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x119f 43 flag:z = xmm0.q f== fconvert.t([0x2008].q) | is_unordered.q(xmm0.q, fconvert.t([0x2008].q))
0x119f 44 flag:s = 0
0x119f 45 flag:o = 0
0x119f 46 flag:a = 0
0x11a7 47 if (not(flag:c)) then 48 @ 0x11cd else 53 @ 0x11a9
0x11cd 48 ebp = 3
0x11d2 49 xmm0 = 0
0x11d5 50 xmm0 = _mm_sqrt_sd(xmm1.q)
0x11d9 51 [rsp + 8 {var_20_1}].q = xmm0.q
0x11df 52 goto 54 @ 0x11fd
0x11a9 53 goto 8 @ 0x1238
0x11fd 54 edi = ebp
0x11ff 55 call(0x1160)
0x1207 56 if (eax != 1) then 57 @ 0x1212 else 67 @ 0x1209
0x1212 57 ebp = ebp + 2
0x1215 58 xmm1 = zx.o([rsp {var_28_1}].q)
0x121a 59 flag:p = is_unordered.q(xmm1.q, fconvert.t([0x2010].q))
0x121a 60 flag:c = xmm1.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm1.q, fconvert.t([0x2010].q))
0x121a 61 flag:z = xmm1.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm1.q, fconvert.t([0x2010].q))
0x121a 62 flag:s = 0
0x121a 63 flag:o = 0
0x121a 64 flag:a = 0
0x1222 65 xmm0 = zx.o([rsp + 8 {var_20_1}].q)
0x1228 66 if (not(flag:c)) then 80 @ 0x11f0 else 89 @ 0x122a
0x1209 67 eax = ebx
0x120b 68 temp2.d:temp3.d = sx.q(eax)
0x120b 69 edx = temp2.d
0x120b 70 eax = temp3.d
0x120c 71 temp4.d = edx
0x120c 72 temp5.d = eax
0x120c 73 temp0.d = divs.dp.d(temp4.d:temp5.d, ebp)
0x120c 74 temp6.d = edx
0x120c 75 temp7.d = eax
0x120c 76 temp1.d = mods.dp.d(temp6.d:temp7.d, ebp)
0x120c 77 eax = temp0.d
0x120c 78 edx = temp1.d
0x1210 79 if (edx == 0) then 92 @ 0x1235 else 57 @ 0x1212
0x11f0 80 xmm1 = 0
0x11f3 81 xmm1.q = float.d(ebp)
0x11f7 82 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x11f7 83 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x11f7 84 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x11f7 85 flag:s = 0
0x11f7 86 flag:o = 0
0x11f7 87 flag:a = 0
0x11fb 88 if (flag:c) then 8 @ 0x1238 else 54 @ 0x11fd
0x122a 89 xmm0 = xmm1
0x122e 90 call(0x1050)
0x1233 91 goto 80 @ 0x11f0
0x1235 92 r14d = 0
0x1235 93 goto 8 @ 0x1238
int32_t main(int32_t argc, char** argv, char** envp):
0x1250 0 push(rbp)
0x1251 1 push(r15)
0x1253 2 push(r14)
0x1255 3 push(r13)
0x1257 4 push(r12)
0x1259 5 push(rbx)
0x125a 6 push(rax)
0x125b 7 rdi = 0x2018 {"%d"}
0x1262 8 rsi = rsp + 4 {var_38+0x4}
0x1267 9 eax = 0
0x1269 10 call(0x1040)
0x1273 11 if ([rsp + 4 {var_38+0x4}].d s>= 6) then 12 @ 0x1286 else 16 @ 0x1275
0x1286 12 r15d = 6
0x128c 13 r12d = 3
0x1292 14 r14 = 0x201b {"%d=%d+%d\n"}
0x1299 15 goto 25 @ 0x12af
0x1275 16 eax = 0
0x1277 17 rsp = rsp + 8
0x127b 18 rbx = pop
0x127c 19 r12 = pop
0x127e 20 r13 = pop
0x1280 21 r14 = pop
0x1282 22 r15 = pop
0x1284 23 rbp = pop
0x1285 24 <return> jump(pop)
0x12af 25 r13d = r15d
0x12b2 26 r13d = r13d u>> 1
0x12b5 27 ebp = r12d
0x12b8 28 ebx = 3
0x12bd 29 goto 30 @ 0x12cb
0x12cb 30 edi = ebx
0x12cd 31 call(0x1160)
0x12d5 32 if (eax != 1) then 33 @ 0x12c0 else 36 @ 0x12d7
0x12c0 33 ebx = ebx + 2
0x12c3 34 ebp = ebp - 2
0x12c9 35 if (ebx u> r13d) then 39 @ 0x12a0 else 30 @ 0x12cb
0x12d7 36 edi = ebp
0x12d9 37 call(0x1160)
0x12e1 38 if (eax != 1) then 33 @ 0x12c0 else 42 @ 0x12e3
0x12a0 39 r15d = r15d + 2
0x12a4 40 r12d = r12d + 2
0x12ad 41 if (r15d s> [rsp + 4 {var_38+0x4}].d) then 16 @ 0x1275 else 25 @ 0x12af
0x12e3 42 rdi = r14
0x12e6 43 esi = r15d
0x12e9 44 edx = ebx
0x12eb 45 ecx = ebp
0x12ed 46 eax = 0
0x12ef 47 call(0x1030)
0x12f4 48 goto 39 @ 0x12a0
int64_t _fini():
0x12fc 0 rsp = rsp - 8
0x1300 1 rsp = rsp + 8
0x1304 2 <return> jump(pop)
| POJ_68 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t getchar():
0x1040 0 <return> tailcall([0x4020].q)
char* strcpy(char* arg1, char const* arg2):
0x1050 0 <return> tailcall([0x4028].q)
int32_t scanf(char const* format, ...):
0x1060 0 <return> tailcall([0x4030].q)
int32_t strcmp(char const* arg1, char const* arg2):
0x1070 0 <return> tailcall([0x4038].q)
int64_t malloc(uint64_t bytes):
0x1080 0 <return> tailcall([0x4040].q)
void __cxa_finalize(void* d):
0x1090 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x10a4 0 ebp = 0
0x10a6 1 r9 = rdx
0x10a9 2 rsi = pop
0x10aa 3 rdx = rsp {arg_8}
0x10ad 4 rsp = rsp & 0xfffffffffffffff0
0x10b1 5 push(rax)
0x10b2 6 push(rsp)
0x10b3 7 r8d = 0
0x10b6 8 ecx = 0
0x10b8 9 rdi = 0x1190 {"AWAVAUATSH'"}
0x10bf 10 call([0x3ff8].q)
0x10bf 11 noreturn
void deregister_tm_clones():
0x10d0 0 rdi = 0x4058 {""}
0x10d7 1 rax = 0x4058 {""}
0x10e1 2 if (rax == rdi) then 3 @ 0x10f8 else 4 @ 0x10e3
0x10f8 3 <return> jump(pop)
0x10e3 4 rax = [0x3fd8].q
0x10ed 5 if (rax == 0) then 3 @ 0x10f8 else 6 @ 0x10ef
0x10ef 6 <return> tailcall(rax)
void register_tm_clones():
0x1100 0 rdi = 0x4058 {""}
0x1107 1 rsi = 0x4058 {""}
0x110e 2 rsi = rsi - rdi
0x1111 3 rax = rsi
0x1114 4 rsi = rsi u>> 0x3f
0x1118 5 rax = rax s>> 3
0x111c 6 rsi = rsi + rax
0x111f 7 rsi = rsi s>> 1
0x1122 8 if (rsi == 0) then 9 @ 0x1138 else 10 @ 0x1124
0x1138 9 <return> jump(pop)
0x1124 10 rax = [0x3ff0].q
0x112e 11 if (rax == 0) then 9 @ 0x1138 else 12 @ 0x1130
0x1130 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x114b 0 if ([0x4058].b != 0) then 1 @ 0x1178 else 2 @ 0x114d
0x1178 1 <return> jump(pop)
0x114d 2 push(rbp)
0x114e 3 cond:0 = [0x3fe0].q == 0
0x1156 4 rbp = rsp {__saved_rbp}
0x1159 5 if (cond:0) then 6 @ 0x1167 else 10 @ 0x115b
0x1167 6 call(0x10d0)
0x116c 7 [0x4058].b = 1
0x1173 8 rbp = pop
0x1174 9 <return> jump(pop)
0x115b 10 rdi = [0x4050].q
0x1162 11 call(0x1090)
0x1162 12 goto 6 @ 0x1167
int64_t frame_dummy():
0x1184 0 <return> tailcall(0x1100)
int32_t main(int32_t argc, char** argv, char** envp):
0x1190 0 push(r15)
0x1192 1 push(r14)
0x1194 2 push(r13)
0x1196 3 push(r12)
0x1198 4 push(rbx)
0x1199 5 rsp = rsp - 0x2710
0x11a0 6 edi = 0x64 {""}
0x11a5 7 call(0x1080)
0x11aa 8 r15 = rax
0x11ad 9 edi = 0x64 {""}
0x11b2 10 call(0x1080)
0x11b7 11 r14 = rax
0x11ba 12 rbx = rsp {var_2738}
0x11bd 13 r12 = 0x2004 {"%s"}
0x11c4 14 r13d = 0
0x11c7 15 goto 16 @ 0x11d0
0x11d0 16 [rbx].b = 0
0x11d3 17 rdi = r12
0x11d6 18 rsi = rbx
0x11d9 19 eax = 0
0x11db 20 call(0x1060)
0x11e0 21 eax = 0
0x11e2 22 call(0x1040)
0x11ea 23 if (eax != 0x20) then 24 @ 0x1200 else 38 @ 0x11ec
0x1200 24 [r15].b = 0
0x1204 25 [r14].b = 0
0x1208 26 rbx = 0x2004 {"%s"}
0x120f 27 rdi = rbx
0x1212 28 rsi = r15
0x1215 29 eax = 0
0x1217 30 call(0x1060)
0x121c 31 rdi = rbx
0x121f 32 rsi = r14
0x1222 33 eax = 0
0x1224 34 call(0x1060)
0x1229 35 r12d = (r13 + 1).d
0x122d 36 rbx = rsp {var_2738}
0x1230 37 goto 41 @ 0x124a
0x11ec 38 r13 = r13 + 1
0x11f0 39 rbx = rbx + 0x64
0x11f8 40 if (r13 != 0x64) then 16 @ 0x11d0 else 45 @ 0x11fa
0x124a 41 rdi = r15
0x124d 42 rsi = rbx
0x1250 43 call(0x1070)
0x1257 44 if (eax != 0) then 47 @ 0x1240 else 51 @ 0x1259
0x11fa 45 r13d = 0x64 {""}
0x11fa 46 goto 24 @ 0x1200
0x1240 47 rbx = rbx + 0x64
0x1244 48 temp0.q = r12
0x1244 49 r12 = r12 - 1
0x1248 50 if (temp0.q == 1) then 55 @ 0x1269 else 41 @ 0x124a
0x1259 51 rdi = rbx
0x125c 52 rsi = r14
0x125f 53 call(0x1050)
0x1264 54 goto 47 @ 0x1240
0x1269 55 if (r13d == 0) then 56 @ 0x1299 else 58 @ 0x126b
0x1299 56 r15d = 0
0x1299 57 goto 63 @ 0x129c
0x126b 58 r15d = r13d
0x126e 59 rbx = rsp {var_2738}
0x1271 60 r14 = 0x2007 {"%s "}
0x1278 61 r12 = r15
0x127b 62 goto 75 @ 0x1280
0x129c 63 rax = r15 * 0x64
0x12a0 64 rsi = rsp + rax
0x12a4 65 rdi = 0x2004 {"%s"}
0x12ab 66 eax = 0
0x12ad 67 call(0x1030)
0x12b2 68 rsp = rsp + 0x2710
0x12b9 69 rbx = pop
0x12ba 70 r12 = pop
0x12bc 71 r13 = pop
0x12be 72 r14 = pop
0x12c0 73 r15 = pop
0x12c2 74 <return> jump(pop)
0x1280 75 rdi = r14
0x1283 76 rsi = rbx
0x1286 77 eax = 0
0x1288 78 call(0x1030)
0x128d 79 rbx = rbx + 0x64
0x1291 80 temp1.q = r12
0x1291 81 r12 = r12 - 1
0x1295 82 if (temp1.q != 1) then 75 @ 0x1280 else 83 @ 0x1297
0x1297 83 goto 63 @ 0x129c
int64_t _fini():
0x12c8 0 rsp = rsp - 8
0x12cc 1 rsp = rsp + 8
0x12d0 2 <return> jump(pop)
| POJ_19 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t getchar():
0x1040 0 <return> tailcall([0x4020].q)
int32_t scanf(char const* format, ...):
0x1050 0 <return> tailcall([0x4028].q)
double sqrt(double x):
0x1060 0 <return> tailcall([0x4030].q)
void __cxa_finalize(void* d):
0x1070 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1084 0 ebp = 0
0x1086 1 r9 = rdx
0x1089 2 rsi = pop
0x108a 3 rdx = rsp {arg_8}
0x108d 4 rsp = rsp & 0xfffffffffffffff0
0x1091 5 push(rax)
0x1092 6 push(rsp)
0x1093 7 r8d = 0
0x1096 8 ecx = 0
0x1098 9 rdi = 0x1170 {"UHH0"}
0x109f 10 call([0x3ff8].q)
0x109f 11 noreturn
void deregister_tm_clones():
0x10b0 0 rdi = 0x4048 {""}
0x10b7 1 rax = 0x4048 {""}
0x10c1 2 if (rax == rdi) then 3 @ 0x10d8 else 4 @ 0x10c3
0x10d8 3 <return> jump(pop)
0x10c3 4 rax = [0x3fd8].q
0x10cd 5 if (rax == 0) then 3 @ 0x10d8 else 6 @ 0x10cf
0x10cf 6 <return> tailcall(rax)
void register_tm_clones():
0x10e0 0 rdi = 0x4048 {""}
0x10e7 1 rsi = 0x4048 {""}
0x10ee 2 rsi = rsi - rdi
0x10f1 3 rax = rsi
0x10f4 4 rsi = rsi u>> 0x3f
0x10f8 5 rax = rax s>> 3
0x10fc 6 rsi = rsi + rax
0x10ff 7 rsi = rsi s>> 1
0x1102 8 if (rsi == 0) then 9 @ 0x1118 else 10 @ 0x1104
0x1118 9 <return> jump(pop)
0x1104 10 rax = [0x3ff0].q
0x110e 11 if (rax == 0) then 9 @ 0x1118 else 12 @ 0x1110
0x1110 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x112b 0 if ([0x4048].b != 0) then 1 @ 0x1158 else 2 @ 0x112d
0x1158 1 <return> jump(pop)
0x112d 2 push(rbp)
0x112e 3 cond:0 = [0x3fe0].q == 0
0x1136 4 rbp = rsp {__saved_rbp}
0x1139 5 if (cond:0) then 6 @ 0x1147 else 10 @ 0x113b
0x1147 6 call(0x10b0)
0x114c 7 [0x4048].b = 1
0x1153 8 rbp = pop
0x1154 9 <return> jump(pop)
0x113b 10 rdi = [0x4040].q
0x1142 11 call(0x1070)
0x1142 12 goto 6 @ 0x1147
int64_t frame_dummy():
0x1164 0 <return> tailcall(0x10e0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1170 0 push(rbp)
0x1171 1 rbp = rsp {__saved_rbp}
0x1174 2 rsp = rsp - 0x80030
0x117b 3 [rbp - 4 {var_c}].d = 0
0x1182 4 [rbp - 0x24 {var_2c}].d = 0
0x1189 5 rdi = 0x2004 {"%d %d"}
0x1190 6 rsi = rbp - 8 {var_10}
0x1194 7 rdx = rbp - 0xc {var_14}
0x1198 8 al = 0
0x119a 9 call(0x1050)
0x119f 10 [rbp - 0x10 {var_18}].d = 0
0x119f 11 goto 12 @ 0x11a6
0x11a6 12 eax = [rbp - 8 {var_10}].d
0x11a9 13 eax = eax + [rbp - 0x10 {var_18}].d
0x11af 14 if (eax s> [rbp - 0xc {var_14}].d) then 15 @ 0x134e else 16 @ 0x11b5
0x134e 15 if ([rbp - 0x24 {var_2c}].d != 0) then 21 @ 0x1362 else 29 @ 0x1354
0x11b5 16 eax = [rbp - 8 {var_10}].d
0x11b8 17 eax = eax + [rbp - 0x10 {var_18}].d
0x11bb 18 [rbp - 0x1c {var_24_1}].d = eax
0x11be 19 [rbp - 0x14 {var_1c_1}].d = 0
0x11be 20 goto 33 @ 0x11c9
0x1362 21 al = 0
0x1364 22 call(0x1040)
0x1369 23 al = 0
0x136b 24 call(0x1040)
0x1370 25 eax = [rbp - 4 {var_c}].d
0x1373 26 rsp = rsp + 0x80030
0x137a 27 rbp = pop
0x137b 28 <return> jump(pop)
0x1354 29 rdi = 0x200e {"no"}
0x135b 30 al = 0
0x135d 31 call(0x1030)
0x135d 32 goto 21 @ 0x1362
0x11c9 33 if ([rbp - 0x1c {var_24_1}].d == 0) then 34 @ 0x1201 else 36 @ 0x11cf
0x1201 34 [rbp - 0x18 {var_20_1}].d = 0
0x1201 35 goto 69 @ 0x1208
0x11cf 36 eax = [rbp - 0x1c {var_24_1}].d
0x11d2 37 ecx = 0xa {""}
0x11d7 38 temp2.d:temp3.d = sx.q(eax)
0x11d7 39 edx = temp2.d
0x11d7 40 eax = temp3.d
0x11d8 41 temp4.d = edx
0x11d8 42 temp5.d = eax
0x11d8 43 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x11d8 44 temp6.d = edx
0x11d8 45 temp7.d = eax
0x11d8 46 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x11d8 47 eax = temp0.d
0x11d8 48 edx = temp1.d
0x11da 49 rax = sx.q([rbp - 0x14 {var_1c_1}].d)
0x11de 50 [rbp + (rax << 2) - 0x40020].d = edx
0x11e5 51 eax = [rbp - 0x1c {var_24_1}].d
0x11e8 52 ecx = 0xa {""}
0x11ed 53 temp8.d:temp9.d = sx.q(eax)
0x11ed 54 edx = temp8.d
0x11ed 55 eax = temp9.d
0x11ee 56 temp10.d = edx
0x11ee 57 temp11.d = eax
0x11ee 58 temp0.d = divs.dp.d(temp10.d:temp11.d, ecx)
0x11ee 59 temp12.d = edx
0x11ee 60 temp13.d = eax
0x11ee 61 temp1.d = mods.dp.d(temp12.d:temp13.d, ecx)
0x11ee 62 eax = temp0.d
0x11ee 63 edx = temp1.d
0x11f0 64 [rbp - 0x1c {var_24_1}].d = eax
0x11f3 65 eax = [rbp - 0x14 {var_1c_1}].d
0x11f6 66 eax = eax + 1
0x11f9 67 [rbp - 0x14 {var_1c_1}].d = eax
0x11fc 68 goto 33 @ 0x11c9
0x1208 69 eax = [rbp - 0x18 {var_20_1}].d
0x120b 70 eax = eax << 1
0x120e 71 ecx = [rbp - 0x14 {var_1c_1}].d
0x1211 72 ecx = ecx - 1
0x1216 73 if (eax s> ecx) then 74 @ 0x126a else 75 @ 0x121c
0x126a 74 if ([rbp - 0x20 {var_28}].d != 0) then 82 @ 0x1275 else 84 @ 0x1270
0x121c 75 rax = sx.q([rbp - 0x18 {var_20_1}].d)
0x1220 76 eax = [rbp + (rax << 2) - 0x40020].d
0x1227 77 ecx = [rbp - 0x14 {var_1c_1}].d
0x122a 78 ecx = ecx - 1
0x122d 79 ecx = ecx - [rbp - 0x18 {var_20_1}].d
0x1230 80 rcx = sx.q(ecx)
0x123a 81 if (eax == [rbp + (rcx << 2) - 0x40020].d) then 85 @ 0x124c else 87 @ 0x1240
0x1275 82 [rbp - 0x14 {var_1c_2}].d = 2
0x1275 83 goto 89 @ 0x127c
0x1270 84 goto 103 @ 0x133c
0x124c 85 [rbp - 0x20 {var_28}].d = 1
0x1253 86 goto 107 @ 0x1258
0x1240 87 [rbp - 0x20 {var_28}].d = 0
0x1247 88 goto 74 @ 0x126a
0x127c 89 xmm0.q = float.d([rbp - 0x14 {var_1c_2}].d)
0x1281 90 [rbp - 0x80028 {var_80030_1}].q = xmm0.q
0x1289 91 eax = [rbp - 8 {var_10}].d
0x128c 92 eax = eax + [rbp - 0x10 {var_18}].d
0x128f 93 xmm0.q = float.d(eax)
0x1293 94 call(0x1060)
0x1298 95 xmm1 = zx.o([rbp - 0x80028 {var_80030_1}].q)
0x12a0 96 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x12a0 97 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12a0 98 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12a0 99 flag:s = 0
0x12a0 100 flag:o = 0
0x12a0 101 flag:a = 0
0x12a4 102 if (flag:c) then 111 @ 0x12e7 else 112 @ 0x12aa
0x133c 103 eax = [rbp - 0x10 {var_18}].d
0x133f 104 eax = eax + 1
0x1342 105 [rbp - 0x10 {var_18}].d = eax
0x1345 106 goto 12 @ 0x11a6
0x1258 107 eax = [rbp - 0x18 {var_20_1}].d
0x125b 108 eax = eax + 1
0x125e 109 [rbp - 0x18 {var_20_1}].d = eax
0x1261 110 goto 69 @ 0x1208
0x12e7 111 if ([rbp - 0x20 {var_28}].d != 1) then 126 @ 0x1332 else 127 @ 0x12ed
0x12aa 112 eax = [rbp - 8 {var_10}].d
0x12ad 113 eax = eax + [rbp - 0x10 {var_18}].d
0x12b0 114 temp14.d:temp15.d = sx.q(eax)
0x12b0 115 edx = temp14.d
0x12b0 116 eax = temp15.d
0x12b1 117 temp16.d = edx
0x12b1 118 temp17.d = eax
0x12b1 119 temp0.d = divs.dp.d(temp16.d:temp17.d, [rbp - 0x14 {var_1c_2}].d)
0x12b1 120 temp18.d = edx
0x12b1 121 temp19.d = eax
0x12b1 122 temp1.d = mods.dp.d(temp18.d:temp19.d, [rbp - 0x14 {var_1c_2}].d)
0x12b1 123 eax = temp0.d
0x12b1 124 edx = temp1.d
0x12b7 125 if (edx != 0) then 131 @ 0x12c9 else 133 @ 0x12bd
0x1332 126 goto 135 @ 0x1337
0x12ed 127 eax = [rbp - 0x24 {var_2c}].d
0x12f0 128 eax = eax + 1
0x12f3 129 [rbp - 0x24 {var_2c}].d = eax
0x12fa 130 if ([rbp - 0x24 {var_2c}].d != 1) then 136 @ 0x1319 else 142 @ 0x1300
0x12c9 131 [rbp - 0x20 {var_28}].d = 1
0x12d0 132 goto 148 @ 0x12d5
0x12bd 133 [rbp - 0x20 {var_28}].d = 0
0x12c4 134 goto 111 @ 0x12e7
0x1337 135 goto 103 @ 0x133c
0x1319 136 esi = [rbp - 8 {var_10}].d
0x131c 137 esi = esi + [rbp - 0x10 {var_18}].d
0x131f 138 rdi = 0x200a {",%d"}
0x1326 139 al = 0
0x1328 140 call(0x1030)
0x1328 141 goto 152 @ 0x132d
0x1300 142 esi = [rbp - 8 {var_10}].d
0x1303 143 esi = esi + [rbp - 0x10 {var_18}].d
0x1306 144 rdi = 0x2007 {"%d"}
0x130d 145 al = 0
0x130f 146 call(0x1030)
0x1314 147 goto 152 @ 0x132d
0x12d5 148 eax = [rbp - 0x14 {var_1c_2}].d
0x12d8 149 eax = eax + 1
0x12db 150 [rbp - 0x14 {var_1c_2}].d = eax
0x12de 151 goto 89 @ 0x127c
0x132d 152 goto 126 @ 0x1332
int64_t _fini():
0x1380 0 rsp = rsp - 8
0x1384 1 rsp = rsp + 8
0x1388 2 <return> jump(pop)
| POJ_74 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"UHH\t"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(rbp)
0x1151 1 rbp = rsp {__saved_rbp}
0x1154 2 rsp = rsp - 0x9a0
0x115b 3 [rbp - 4 {var_c}].d = 0
0x1162 4 rdi = 0x2005 {"%d"}
0x1169 5 rsi = rbp - 0x7e4 {var_7ec}
0x1170 6 al = 0
0x1172 7 call(0x1040)
0x1177 8 [rbp - 0x984 {var_98c}].d = 0
0x1177 9 goto 10 @ 0x1181
0x1181 10 eax = [rbp - 0x984 {var_98c}].d
0x118d 11 if (eax s>= [rbp - 0x7e4 {var_7ec}].d) then 12 @ 0x11ca else 15 @ 0x1193
0x11ca 12 [rbp - 0x984 {var_98c_1}].d = 0
0x11d4 13 [rbp - 0x988 {var_990}].d = 0
0x11d4 14 goto 26 @ 0x11de
0x1193 15 rax = sx.q([rbp - 0x984 {var_98c}].d)
0x119a 16 rsi = rbp - 0x7e0 {var_7e8}
0x11a1 17 rax = rax << 2
0x11a5 18 rsi = rsi + rax
0x11a8 19 rdi = 0x2005 {"%d"}
0x11af 20 al = 0
0x11b1 21 call(0x1040)
0x11b6 22 eax = [rbp - 0x984 {var_98c}].d
0x11bc 23 eax = eax + 1
0x11bf 24 [rbp - 0x984 {var_98c}].d = eax
0x11c5 25 goto 10 @ 0x1181
0x11de 26 eax = [rbp - 0x984 {var_98c_1}].d
0x11ea 27 if (eax s>= [rbp - 0x7e4 {var_7ec}].d) then 28 @ 0x1258 else 30 @ 0x11f0
0x1258 28 [rbp - 0x98c {var_994}].d = 0
0x1258 29 goto 45 @ 0x1262
0x11f0 30 rax = sx.q([rbp - 0x984 {var_98c_1}].d)
0x11f7 31 eax = [rbp + (rax << 2) - 0x7e0].d
0x11fe 32 ecx = 2
0x1203 33 temp2.d:temp3.d = sx.q(eax)
0x1203 34 edx = temp2.d
0x1203 35 eax = temp3.d
0x1204 36 temp4.d = edx
0x1204 37 temp5.d = eax
0x1204 38 temp0.d = divs.dp.d(temp4.d:temp5.d, ecx)
0x1204 39 temp6.d = edx
0x1204 40 temp7.d = eax
0x1204 41 temp1.d = mods.dp.d(temp6.d:temp7.d, ecx)
0x1204 42 eax = temp0.d
0x1204 43 edx = temp1.d
0x1209 44 if (edx != 0) then 49 @ 0x1214 else 57 @ 0x120f
0x1262 45 eax = [rbp - 0x98c {var_994}].d
0x1268 46 ecx = [rbp - 0x988 {var_990}].d
0x126e 47 ecx = ecx - 1
0x1273 48 if (eax s>= ecx) then 58 @ 0x1341 else 64 @ 0x1279
0x1214 49 rax = sx.q([rbp - 0x984 {var_98c_1}].d)
0x121b 50 ecx = [rbp + (rax << 2) - 0x7e0].d
0x1222 51 rax = sx.q([rbp - 0x988 {var_990}].d)
0x1229 52 [rbp + (rax << 2) - 0x980].d = ecx
0x1230 53 eax = [rbp - 0x988 {var_990}].d
0x1236 54 eax = eax + 1
0x1239 55 [rbp - 0x988 {var_990}].d = eax
0x123f 56 goto 66 @ 0x1244
0x120f 57 goto 66 @ 0x1244
0x1341 58 esi = [rbp - 0x980 {var_988}].d
0x1347 59 rdi = 0x2005 {"%d"}
0x134e 60 al = 0
0x1350 61 call(0x1030)
0x1355 62 [rbp - 0x984 {var_98c_2}].d = 1
0x1355 63 goto 70 @ 0x135f
0x1279 64 [rbp - 0x990 {var_998_1}].d = 1
0x1279 65 goto 72 @ 0x1283
0x1244 66 eax = [rbp - 0x984 {var_98c_1}].d
0x124a 67 eax = eax + 1
0x124d 68 [rbp - 0x984 {var_98c_1}].d = eax
0x1253 69 goto 26 @ 0x11de
0x135f 70 eax = [rbp - 0x984 {var_98c_2}].d
0x136b 71 if (eax s>= [rbp - 0x988 {var_990}].d) then 76 @ 0x13a1 else 80 @ 0x1371
0x1283 72 eax = [rbp - 0x990 {var_998_1}].d
0x1289 73 ecx = [rbp - 0x988 {var_990}].d
0x128f 74 ecx = ecx - [rbp - 0x98c {var_994}].d
0x1297 75 if (eax s>= ecx) then 89 @ 0x1328 else 90 @ 0x129d
0x13a1 76 eax = 0
0x13a3 77 rsp = rsp + 0x9a0
0x13aa 78 rbp = pop
0x13ab 79 <return> jump(pop)
0x1371 80 rax = sx.q([rbp - 0x984 {var_98c_2}].d)
0x1378 81 esi = [rbp + (rax << 2) - 0x980].d
0x137f 82 rdi = 0x2004 {",%d"}
0x1386 83 al = 0
0x1388 84 call(0x1030)
0x138d 85 eax = [rbp - 0x984 {var_98c_2}].d
0x1393 86 eax = eax + 1
0x1396 87 [rbp - 0x984 {var_98c_2}].d = eax
0x139c 88 goto 70 @ 0x135f
0x1328 89 goto 96 @ 0x132d
0x129d 90 eax = [rbp - 0x990 {var_998_1}].d
0x12a3 91 eax = eax - 1
0x12a6 92 rax = sx.q(eax)
0x12a8 93 eax = [rbp + (rax << 2) - 0x980].d
0x12af 94 rcx = sx.q([rbp - 0x990 {var_998_1}].d)
0x12bd 95 if (eax s<= [rbp + (rcx << 2) - 0x980].d) then 100 @ 0x130f else 101 @ 0x12c3
0x132d 96 eax = [rbp - 0x98c {var_994}].d
0x1333 97 eax = eax + 1
0x1336 98 [rbp - 0x98c {var_994}].d = eax
0x133c 99 goto 45 @ 0x1262
0x130f 100 goto 116 @ 0x1314
0x12c3 101 eax = [rbp - 0x990 {var_998_1}].d
0x12c9 102 eax = eax - 1
0x12cc 103 rax = sx.q(eax)
0x12ce 104 eax = [rbp + (rax << 2) - 0x980].d
0x12d5 105 [rbp - 0x994 {var_99c_1}].d = eax
0x12db 106 rax = sx.q([rbp - 0x990 {var_998_1}].d)
0x12e2 107 ecx = [rbp + (rax << 2) - 0x980].d
0x12e9 108 eax = [rbp - 0x990 {var_998_1}].d
0x12ef 109 eax = eax - 1
0x12f2 110 rax = sx.q(eax)
0x12f4 111 [rbp + (rax << 2) - 0x980].d = ecx
0x12fb 112 ecx = [rbp - 0x994 {var_99c_1}].d
0x1301 113 rax = sx.q([rbp - 0x990 {var_998_1}].d)
0x1308 114 [rbp + (rax << 2) - 0x980].d = ecx
0x1308 115 goto 100 @ 0x130f
0x1314 116 eax = [rbp - 0x990 {var_998_1}].d
0x131a 117 eax = eax + 1
0x131d 118 [rbp - 0x990 {var_998_1}].d = eax
0x1323 119 goto 72 @ 0x1283
int64_t _fini():
0x13b0 0 rsp = rsp - 8
0x13b4 1 rsp = rsp + 8
0x13b8 2 <return> jump(pop)
| POJ_94 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
double sqrt(double x):
0x1050 0 <return> tailcall([0x4028].q)
void __cxa_finalize(void* d):
0x1060 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1074 0 ebp = 0
0x1076 1 r9 = rdx
0x1079 2 rsi = pop
0x107a 3 rdx = rsp {arg_8}
0x107d 4 rsp = rsp & 0xfffffffffffffff0
0x1081 5 push(rax)
0x1082 6 push(rsp)
0x1083 7 r8d = 0
0x1086 8 ecx = 0
0x1088 9 rdi = 0x1160 {"UAWAVAUATSHH="}
0x108f 10 call([0x3ff8].q)
0x108f 11 noreturn
void deregister_tm_clones():
0x10a0 0 rdi = 0x4040 {""}
0x10a7 1 rax = 0x4040 {""}
0x10b1 2 if (rax == rdi) then 3 @ 0x10c8 else 4 @ 0x10b3
0x10c8 3 <return> jump(pop)
0x10b3 4 rax = [0x3fd8].q
0x10bd 5 if (rax == 0) then 3 @ 0x10c8 else 6 @ 0x10bf
0x10bf 6 <return> tailcall(rax)
void register_tm_clones():
0x10d0 0 rdi = 0x4040 {""}
0x10d7 1 rsi = 0x4040 {""}
0x10de 2 rsi = rsi - rdi
0x10e1 3 rax = rsi
0x10e4 4 rsi = rsi u>> 0x3f
0x10e8 5 rax = rax s>> 3
0x10ec 6 rsi = rsi + rax
0x10ef 7 rsi = rsi s>> 1
0x10f2 8 if (rsi == 0) then 9 @ 0x1108 else 10 @ 0x10f4
0x1108 9 <return> jump(pop)
0x10f4 10 rax = [0x3ff0].q
0x10fe 11 if (rax == 0) then 9 @ 0x1108 else 12 @ 0x1100
0x1100 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x111b 0 if ([0x4040].b != 0) then 1 @ 0x1148 else 2 @ 0x111d
0x1148 1 <return> jump(pop)
0x111d 2 push(rbp)
0x111e 3 cond:0 = [0x3fe0].q == 0
0x1126 4 rbp = rsp {__saved_rbp}
0x1129 5 if (cond:0) then 6 @ 0x1137 else 10 @ 0x112b
0x1137 6 call(0x10a0)
0x113c 7 [0x4040].b = 1
0x1143 8 rbp = pop
0x1144 9 <return> jump(pop)
0x112b 10 rdi = [0x4038].q
0x1132 11 call(0x1060)
0x1132 12 goto 6 @ 0x1137
int64_t frame_dummy():
0x1154 0 <return> tailcall(0x10d0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1160 0 push(rbp)
0x1161 1 push(r15)
0x1163 2 push(r14)
0x1165 3 push(r13)
0x1167 4 push(r12)
0x1169 5 push(rbx)
0x116a 6 rsp = rsp - 0x18
0x116e 7 rdi = 0x2018 {"%d"}
0x1175 8 rsi = rsp + 0x14 {var_34}
0x117a 9 eax = 0
0x117c 10 call(0x1040)
0x1186 11 if ([rsp + 0x14 {var_34}].d s>= 6) then 12 @ 0x1197 else 16 @ 0x1188
0x1197 12 r15d = 6
0x119d 13 r12d = 0xaaaaaaab {""}
0x11a3 14 r14 = 0x201b {"%d=%d+%d\n"}
0x11aa 15 goto 24 @ 0x11cd
0x1188 16 rsp = rsp + 0x18
0x118c 17 rbx = pop
0x118d 18 r12 = pop
0x118f 19 r13 = pop
0x1191 20 r14 = pop
0x1193 21 r15 = pop
0x1195 22 rbp = pop
0x1196 23 <return> jump(pop)
0x11cd 24 ebp = 3
0x11d2 25 goto 26 @ 0x1210
0x1210 26 xmm2 = 0
0x1213 27 xmm2.q = float.d(ebp)
0x1217 28 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1217 29 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1217 30 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1217 31 flag:s = 0
0x1217 32 flag:o = 0
0x1217 33 flag:a = 0
0x121f 34 [rsp + 8 {var_40_2}].q = xmm2.q
0x1225 35 if (flag:c) then 36 @ 0x1230 else 40 @ 0x1227
0x1230 36 xmm0 = xmm2
0x1234 37 call(0x1050)
0x1239 38 xmm2 = zx.o([rsp + 8 {var_40_2}].q)
0x1239 39 goto 43 @ 0x123f
0x1227 40 xmm0 = 0
0x122a 41 xmm0 = _mm_sqrt_sd(xmm2.q)
0x122e 42 goto 43 @ 0x123f
0x123f 43 xmm1 = zx.o([0x2008].q)
0x1247 44 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x1247 45 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1247 46 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1247 47 flag:s = 0
0x1247 48 flag:o = 0
0x1247 49 flag:a = 0
0x124b 50 if (flag:c) then 51 @ 0x12b9 else 58 @ 0x124d
0x12b9 51 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12b9 52 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12b9 53 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x12b9 54 flag:s = 0
0x12b9 55 flag:o = 0
0x12b9 56 flag:a = 0
0x12c1 57 if (flag:c) then 67 @ 0x12e0 else 78 @ 0x12c3
0x124d 58 eax = ebp
0x124f 59 rax = rax * r12
0x1253 60 rax = rax u>> 0x21
0x1257 61 eax = (rax + (rax << 1)).d
0x125a 62 ecx = ebp
0x125c 63 xmm1 = zx.o([0x2008].q)
0x1264 64 temp3.d = ecx
0x1264 65 ecx = ecx - eax
0x1266 66 if (temp3.d == eax) then 51 @ 0x12b9 else 87 @ 0x1268
0x12e0 67 xmm0 = xmm2
0x12e4 68 [rsp + 8 {var_40_3}].q = xmm1.q
0x12ea 69 call(0x1050)
0x12ef 70 xmm1 = zx.o([rsp + 8 {var_40_3}].q)
0x12f5 71 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x12f5 72 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x12f5 73 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x12f5 74 flag:s = 0
0x12f5 75 flag:o = 0
0x12f5 76 flag:a = 0
0x12f9 77 if (flag:z || flag:c) then 89 @ 0x13e8 else 91 @ 0x12ff
0x12c3 78 xmm0 = 0
0x12c6 79 xmm0 = _mm_sqrt_sd(xmm2.q)
0x12ca 80 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x12ca 81 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x12ca 82 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x12ca 83 flag:s = 0
0x12ca 84 flag:o = 0
0x12ca 85 flag:a = 0
0x12ce 86 if (not(flag:z) && not(flag:c)) then 91 @ 0x12ff else 103 @ 0x12d0
0x1268 87 ebx = 4
0x126d 88 goto 104 @ 0x1270
0x13e8 89 ebp = ebp + 2
0x13ee 90 if (r15d u> ebp) then 26 @ 0x1210 else 111 @ 0x13f4
0x12ff 91 r13d = r15d
0x1302 92 r13d = r13d - ebp
0x1305 93 xmm2 = 0
0x1308 94 xmm2.q = float.d(r13d)
0x130d 95 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x130d 96 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x130d 97 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x130d 98 flag:s = 0
0x130d 99 flag:o = 0
0x130d 100 flag:a = 0
0x1315 101 [rsp + 8 {var_40_4}].q = xmm2.q
0x131b 102 if (flag:c) then 112 @ 0x1330 else 116 @ 0x131d
0x12d0 103 goto 89 @ 0x13e8
0x1270 104 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1270 105 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1270 106 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1270 107 flag:s = 0
0x1270 108 flag:o = 0
0x1270 109 flag:a = 0
0x1278 110 if (flag:c) then 119 @ 0x1290 else 123 @ 0x127a
0x13f4 111 goto 126 @ 0x11c2
0x1330 112 xmm0 = xmm2
0x1334 113 call(0x1050)
0x1339 114 xmm2 = zx.o([rsp + 8 {var_40_4}].q)
0x1339 115 goto 128 @ 0x133f
0x131d 116 xmm0 = 0
0x1320 117 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1324 118 goto 128 @ 0x133f
0x1290 119 xmm0 = xmm2
0x1294 120 call(0x1050)
0x1299 121 xmm2 = zx.o([rsp + 8 {var_40_2}].q)
0x1299 122 goto 136 @ 0x129f
0x127a 123 xmm0 = 0
0x127d 124 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1281 125 goto 136 @ 0x129f
0x11c2 126 r15d = r15d + 2
0x11cb 127 if (r15d s> [rsp + 0x14 {var_34}].d) then 16 @ 0x1188 else 24 @ 0x11cd
0x133f 128 xmm1 = zx.o([0x2008].q)
0x1347 129 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x1347 130 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1347 131 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x1347 132 flag:s = 0
0x1347 133 flag:o = 0
0x1347 134 flag:a = 0
0x134b 135 if (flag:c) then 145 @ 0x13c9 else 152 @ 0x134d
0x129f 136 xmm1 = 0
0x12a2 137 xmm1.q = float.d(ebx)
0x12a6 138 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x12a6 139 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12a6 140 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x12a6 141 flag:s = 0
0x12a6 142 flag:o = 0
0x12a6 143 flag:a = 0
0x12aa 144 if (flag:c) then 51 @ 0x12b9 else 164 @ 0x12ac
0x13c9 145 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x13c9 146 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x13c9 147 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x13c9 148 flag:s = 0
0x13c9 149 flag:o = 0
0x13c9 150 flag:a = 0
0x13d1 151 if (flag:c) then 177 @ 0x11e0 else 188 @ 0x13d7
0x134d 152 rax = sx.q(r13d)
0x1350 153 rax = rax * 0x55555556
0x1357 154 rcx = rax
0x135a 155 rcx = rcx u>> 0x3f
0x135e 156 rax = rax u>> 0x20
0x1362 157 eax = eax + ecx
0x1364 158 eax = (rax + (rax << 1)).d
0x1367 159 ecx = r13d
0x136a 160 xmm1 = zx.o([0x2008].q)
0x1372 161 temp4.d = ecx
0x1372 162 ecx = ecx - eax
0x1374 163 if (temp4.d == eax) then 145 @ 0x13c9 else 197 @ 0x1376
0x12ac 164 eax = ebp
0x12ae 165 edx = 0
0x12b0 166 temp2.d = ebx
0x12b0 167 temp5.d = edx
0x12b0 168 temp6.d = eax
0x12b0 169 temp0.d = divu.dp.d(temp5.d:temp6.d, temp2.d)
0x12b0 170 temp7.d = edx
0x12b0 171 temp8.d = eax
0x12b0 172 temp1.d = modu.dp.d(temp7.d:temp8.d, temp2.d)
0x12b0 173 eax = temp0.d
0x12b0 174 edx = temp1.d
0x12b2 175 ebx = ebx + 1
0x12b7 176 if (edx != 0) then 104 @ 0x1270 else 51 @ 0x12b9
0x11e0 177 xmm0 = xmm2
0x11e4 178 [rsp + 8 {var_40_1}].q = xmm1.q
0x11ea 179 call(0x1050)
0x11ef 180 xmm1 = zx.o([rsp + 8 {var_40_1}].q)
0x11f5 181 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x11f5 182 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x11f5 183 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x11f5 184 flag:s = 0
0x11f5 185 flag:o = 0
0x11f5 186 flag:a = 0
0x11f9 187 if (flag:z || flag:c) then 89 @ 0x13e8 else 199 @ 0x11ff
0x13d7 188 xmm0 = 0
0x13da 189 xmm0 = _mm_sqrt_sd(xmm2.q)
0x13de 190 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x13de 191 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x13de 192 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x13de 193 flag:s = 0
0x13de 194 flag:o = 0
0x13de 195 flag:a = 0
0x13e2 196 if (not(flag:z) && not(flag:c)) then 200 @ 0x11b0 else 89 @ 0x13e8
0x1376 197 ebx = 4
0x137b 198 goto 207 @ 0x1380
0x11ff 199 goto 200 @ 0x11b0
0x11b0 200 rdi = r14
0x11b3 201 esi = r15d
0x11b6 202 edx = ebp
0x11b8 203 ecx = r13d
0x11bb 204 eax = 0
0x11bd 205 call(0x1030)
0x11bd 206 goto 126 @ 0x11c2
0x1380 207 flag:p = is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1380 208 flag:c = xmm2.q f< fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1380 209 flag:z = xmm2.q f== fconvert.t([0x2010].q) | is_unordered.q(xmm2.q, fconvert.t([0x2010].q))
0x1380 210 flag:s = 0
0x1380 211 flag:o = 0
0x1380 212 flag:a = 0
0x1388 213 if (flag:c) then 214 @ 0x13a0 else 218 @ 0x138a
0x13a0 214 xmm0 = xmm2
0x13a4 215 call(0x1050)
0x13a9 216 xmm2 = zx.o([rsp + 8 {var_40_4}].q)
0x13a9 217 goto 221 @ 0x13af
0x138a 218 xmm0 = 0
0x138d 219 xmm0 = _mm_sqrt_sd(xmm2.q)
0x1391 220 goto 221 @ 0x13af
0x13af 221 xmm1 = 0
0x13b2 222 xmm1.q = float.d(ebx)
0x13b6 223 flag:p = is_unordered.q(xmm0.q, xmm1.q)
0x13b6 224 flag:c = xmm0.q f< xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x13b6 225 flag:z = xmm0.q f== xmm1.q | is_unordered.q(xmm0.q, xmm1.q)
0x13b6 226 flag:s = 0
0x13b6 227 flag:o = 0
0x13b6 228 flag:a = 0
0x13ba 229 if (flag:c) then 145 @ 0x13c9 else 230 @ 0x13bc
0x13bc 230 eax = r13d
0x13bf 231 temp9.d:temp10.d = sx.q(eax)
0x13bf 232 edx = temp9.d
0x13bf 233 eax = temp10.d
0x13c0 234 temp11.d = edx
0x13c0 235 temp12.d = eax
0x13c0 236 temp0.d = divs.dp.d(temp11.d:temp12.d, ebx)
0x13c0 237 temp13.d = edx
0x13c0 238 temp14.d = eax
0x13c0 239 temp1.d = mods.dp.d(temp13.d:temp14.d, ebx)
0x13c0 240 eax = temp0.d
0x13c0 241 edx = temp1.d
0x13c2 242 ebx = ebx + 1
0x13c7 243 if (edx != 0) then 207 @ 0x1380 else 145 @ 0x13c9
int64_t prime(double arg1, uint64_t arg2[0x2] @ zmm0, uint64_t arg3[0x2] @ zmm4):
0x1400 0 push(rbp)
0x1401 1 push(rbx)
0x1402 2 rsp = rsp - 0x18
0x1406 3 ebx = edi
0x1408 4 xmm1.q = float.d(edi)
0x140c 5 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x1410 6 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x1410 7 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x1410 8 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x1410 9 flag:s = 0
0x1410 10 flag:o = 0
0x1410 11 flag:a = 0
0x1414 12 [rsp + 8 {var_20}].q = xmm1.q
0x141a 13 if (flag:c) then 14 @ 0x1425 else 18 @ 0x141c
0x1425 14 xmm0 = xmm1
0x1429 15 call(0x1050)
0x142e 16 xmm1 = zx.o([rsp + 8 {var_20}].q)
0x142e 17 goto 21 @ 0x1434
0x141c 18 xmm0 = 0
0x141f 19 xmm0 = _mm_sqrt_sd(xmm1.q)
0x1423 20 goto 21 @ 0x1434
0x1434 21 xmm2 = zx.o([0x2008].q)
0x143c 22 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x143c 23 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x143c 24 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x143c 25 flag:s = 0
0x143c 26 flag:o = 0
0x143c 27 flag:a = 0
0x1440 28 if (flag:c) then 29 @ 0x14bc else 37 @ 0x1442
0x14bc 29 xmm0 = _mm_xor_pd(xmm0, xmm0)
0x14c0 30 flag:p = is_unordered.q(xmm1.q, xmm0.q)
0x14c0 31 flag:c = xmm1.q f< xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x14c0 32 flag:z = xmm1.q f== xmm0.q | is_unordered.q(xmm1.q, xmm0.q)
0x14c0 33 flag:s = 0
0x14c0 34 flag:o = 0
0x14c0 35 flag:a = 0
0x14c4 36 if (flag:c) then 48 @ 0x14cf else 53 @ 0x14c6
0x1442 37 rax = sx.q(ebx)
0x1445 38 rax = rax * 0x55555556
0x144c 39 rcx = rax
0x144f 40 rcx = rcx u>> 0x3f
0x1453 41 rax = rax u>> 0x20
0x1457 42 eax = eax + ecx
0x1459 43 eax = (rax + (rax << 1)).d
0x145c 44 ecx = ebx
0x145e 45 temp2.d = ecx
0x145e 46 ecx = ecx - eax
0x1460 47 if (temp2.d == eax) then 29 @ 0x14bc else 56 @ 0x1462
0x14cf 48 xmm0 = xmm1
0x14d3 49 [rsp + 8 {var_20_1}].q = xmm2.q
0x14d9 50 call(0x1050)
0x14de 51 xmm2 = zx.o([rsp + 8 {var_20_1}].q)
0x14de 52 goto 61 @ 0x14e4
0x14c6 53 xmm0 = 0
0x14c9 54 xmm0 = _mm_sqrt_sd(xmm1.q)
0x14cd 55 goto 61 @ 0x14e4
0x1462 56 ebp = 4
0x1467 57 xmm3 = _mm_sqrt_sd(xmm1.q)
0x146b 58 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x146f 59 [rsp + 0x10 {var_18_1}].q = xmm3.q
0x147f 60 goto 73 @ 0x1480
0x14e4 61 eax = 0
0x14e6 62 flag:p = is_unordered.q(xmm2.q, xmm0.q)
0x14e6 63 flag:c = xmm2.q f< xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x14e6 64 flag:z = xmm2.q f== xmm0.q | is_unordered.q(xmm2.q, xmm0.q)
0x14e6 65 flag:s = 0
0x14e6 66 flag:o = 0
0x14e6 67 flag:a = 0
0x14ea 68 al = not(flag:z) && not(flag:c)
0x14ed 69 rsp = rsp + 0x18
0x14f1 70 rbx = pop
0x14f2 71 rbp = pop
0x14f3 72 <return> jump(pop)
0x1480 73 flag:p = is_unordered.q(xmm1.q, xmm4.q)
0x1480 74 flag:c = xmm1.q f< xmm4.q | is_unordered.q(xmm1.q, xmm4.q)
0x1480 75 flag:z = xmm1.q f== xmm4.q | is_unordered.q(xmm1.q, xmm4.q)
0x1480 76 flag:s = 0
0x1480 77 flag:o = 0
0x1480 78 flag:a = 0
0x1484 79 xmm0 = xmm3
0x1488 80 if (not(flag:c)) then 81 @ 0x14a3 else 90 @ 0x148a
0x14a3 81 xmm2 = 0
0x14a6 82 xmm2.q = float.d(ebp)
0x14aa 83 flag:p = is_unordered.q(xmm0.q, xmm2.q)
0x14aa 84 flag:c = xmm0.q f< xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x14aa 85 flag:z = xmm0.q f== xmm2.q | is_unordered.q(xmm0.q, xmm2.q)
0x14aa 86 flag:s = 0
0x14aa 87 flag:o = 0
0x14aa 88 flag:a = 0
0x14ae 89 if (flag:c) then 29 @ 0x14bc else 96 @ 0x14b0
0x148a 90 xmm0 = xmm1
0x148e 91 call(0x1050)
0x1493 92 xmm4 = _mm_xor_pd(xmm4, xmm4)
0x1497 93 xmm3 = zx.o([rsp + 0x10 {var_18_1}].q)
0x149d 94 xmm1 = zx.o([rsp + 8 {var_20}].q)
0x149d 95 goto 81 @ 0x14a3
0x14b0 96 eax = ebx
0x14b2 97 temp3.d:temp4.d = sx.q(eax)
0x14b2 98 edx = temp3.d
0x14b2 99 eax = temp4.d
0x14b3 100 temp5.d = edx
0x14b3 101 temp6.d = eax
0x14b3 102 temp0.d = divs.dp.d(temp5.d:temp6.d, ebp)
0x14b3 103 temp7.d = edx
0x14b3 104 temp8.d = eax
0x14b3 105 temp1.d = mods.dp.d(temp7.d:temp8.d, ebp)
0x14b3 106 eax = temp0.d
0x14b3 107 edx = temp1.d
0x14b5 108 ebp = ebp + 1
0x14ba 109 if (edx != 0) then 73 @ 0x1480 else 29 @ 0x14bc
int64_t _fini():
0x14f8 0 rsp = rsp - 8
0x14fc 1 rsp = rsp + 8
0x1500 2 <return> jump(pop)
| POJ_68 |
void _init():
0x1004 0 rsp = rsp - 8
0x1008 1 rax = [0x3fe8].q
0x1012 2 if (rax == 0) then 3 @ 0x1016 else 5 @ 0x1014
0x1016 3 rsp = rsp + 8
0x101a 4 <return> jump(pop)
0x1014 5 call(rax)
0x1014 6 goto 3 @ 0x1016
int32_t printf(char const* format, ...):
0x1030 0 <return> tailcall([0x4018].q)
int64_t sub_1036():
0x1036 0 push(zx.q(0))
0x103b 1 goto 2 @ 0x1020
0x1020 2 push([0x4008].q)
0x1026 3 jump([0x4010].q)
int32_t scanf(char const* format, ...):
0x1040 0 <return> tailcall([0x4020].q)
void __cxa_finalize(void* d):
0x1050 0 <return> tailcall([0x3fe0].q)
int64_t _start(int64_t arg1, int64_t arg2, void (* arg3)()) __noreturn:
0x1064 0 ebp = 0
0x1066 1 r9 = rdx
0x1069 2 rsi = pop
0x106a 3 rdx = rsp {arg_8}
0x106d 4 rsp = rsp & 0xfffffffffffffff0
0x1071 5 push(rax)
0x1072 6 push(rsp)
0x1073 7 r8d = 0
0x1076 8 ecx = 0
0x1078 9 rdi = 0x1150 {"AWAVSH"}
0x107f 10 call([0x3ff8].q)
0x107f 11 noreturn
void deregister_tm_clones():
0x1090 0 rdi = 0x4038 {""}
0x1097 1 rax = 0x4038 {""}
0x10a1 2 if (rax == rdi) then 3 @ 0x10b8 else 4 @ 0x10a3
0x10b8 3 <return> jump(pop)
0x10a3 4 rax = [0x3fd8].q
0x10ad 5 if (rax == 0) then 3 @ 0x10b8 else 6 @ 0x10af
0x10af 6 <return> tailcall(rax)
void register_tm_clones():
0x10c0 0 rdi = 0x4038 {""}
0x10c7 1 rsi = 0x4038 {""}
0x10ce 2 rsi = rsi - rdi
0x10d1 3 rax = rsi
0x10d4 4 rsi = rsi u>> 0x3f
0x10d8 5 rax = rax s>> 3
0x10dc 6 rsi = rsi + rax
0x10df 7 rsi = rsi s>> 1
0x10e2 8 if (rsi == 0) then 9 @ 0x10f8 else 10 @ 0x10e4
0x10f8 9 <return> jump(pop)
0x10e4 10 rax = [0x3ff0].q
0x10ee 11 if (rax == 0) then 9 @ 0x10f8 else 12 @ 0x10f0
0x10f0 12 <return> tailcall(rax)
void __do_global_dtors_aux():
0x110b 0 if ([0x4038].b != 0) then 1 @ 0x1138 else 2 @ 0x110d
0x1138 1 <return> jump(pop)
0x110d 2 push(rbp)
0x110e 3 cond:0 = [0x3fe0].q == 0
0x1116 4 rbp = rsp {__saved_rbp}
0x1119 5 if (cond:0) then 6 @ 0x1127 else 10 @ 0x111b
0x1127 6 call(0x1090)
0x112c 7 [0x4038].b = 1
0x1133 8 rbp = pop
0x1134 9 <return> jump(pop)
0x111b 10 rdi = [0x4030].q
0x1122 11 call(0x1050)
0x1122 12 goto 6 @ 0x1127
int64_t frame_dummy():
0x1144 0 <return> tailcall(0x10c0)
int32_t main(int32_t argc, char** argv, char** envp):
0x1150 0 push(r15)
0x1152 1 push(r14)
0x1154 2 push(rbx)
0x1155 3 rsp = rsp - 0x1a0
0x115c 4 r14 = 0x2004 {"%d"}
0x1163 5 rsi = rsp + 0xc {var_1ac}
0x1168 6 rdi = r14
0x116b 7 eax = 0
0x116d 8 call(0x1040)
0x1172 9 r15 = rsp + 0x10 {var_1a8}
0x1177 10 ebx = 0
0x1179 11 goto 12 @ 0x1180
0x1180 12 rdi = r14
0x1183 13 rsi = r15
0x1186 14 eax = 0
0x1188 15 call(0x1040)
0x118d 16 rbx = rbx + 1
0x1191 17 rdx = sx.q([rsp + 0xc {var_1ac}].d)
0x1196 18 r15 = r15 + 4
0x119d 19 if (rbx s< rdx) then 12 @ 0x1180 else 20 @ 0x119f
0x119f 20 ecx = [rsp + 0x10 {var_1a8}].d
0x11a6 21 if (edx s< 2) then 22 @ 0x11c2 else 24 @ 0x11a8
0x11c2 22 ebx = ecx
0x11c4 23 goto 29 @ 0x1223
0x11a8 24 edx = edx - 1
0x11ab 25 rsi = rdx - 1
0x11af 26 r8d = edx
0x11b2 27 r8d = r8d & 3
0x11ba 28 if (rsi u>= 3) then 36 @ 0x11c6 else 40 @ 0x11bc
0x1223 29 rdi = 0x2007 {"%d\n"}
0x122a 30 esi = ebx
0x122c 31 eax = 0
0x122e 32 call(0x1030)
0x1233 33 ecx = [rsp + 0x10 {var_1a8}].d
0x1237 34 r10d = ecx
0x123c 35 if (ebx != ecx) then 43 @ 0x1243 else 45 @ 0x123e
0x11c6 36 edx = edx & 0xfffffffc
0x11c9 37 esi = 0
0x11cb 38 ebx = ecx
0x11cd 39 goto 47 @ 0x11d0
0x11bc 40 esi = 0
0x11be 41 ebx = ecx
0x11c0 42 goto 50 @ 0x1200
0x1243 43 r8d = [rsp + 0xc {var_1ac}].d
0x124c 44 if (r8d s< 2) then 51 @ 0x1283 else 53 @ 0x124e
0x123e 45 r10d = [rsp + 0x14 {var_1a4}].d
0x123e 46 goto 43 @ 0x1243
0x11d0 47 edi = [rsp + (rsi << 2) + 0x14].d
0x11d4 48 eax = [rsp + (rsi << 2) + 0x18].d
0x11da 49 if (ecx s< edi) then 55 else 57 @ 0x11df
0x1200 50 if (r8 == 0) then 29 @ 0x1223 else 58 @ 0x1202
0x1283 51 esi = r10d
0x1283 52 goto 62 @ 0x1286
0x124e 53 r8d = r8d - 1
0x1256 54 if (r8d != 1) then 71 @ 0x12a3 else 75 @ 0x1258
0x11da 55 ebx = edi
0x11da 56 goto 57 @ 0x11df
0x11df 57 if (edi s< eax) then 77 else 79 @ 0x11e2
0x1202 58 rdx = rsp + (rsi << 2)
0x1206 59 rdx = rdx + 0x14
0x120a 60 esi = 0
0x120c 61 goto 81 @ 0x1210
0x1286 62 rdi = 0x2004 {"%d"}
0x128d 63 eax = 0
0x128f 64 call(0x1030)
0x1294 65 eax = 0
0x1296 66 rsp = rsp + 0x1a0
0x129d 67 rbx = pop
0x129e 68 r14 = pop
0x12a0 69 r15 = pop
0x12a2 70 <return> jump(pop)
0x12a3 71 r9d = r8d
0x12a6 72 r9d = r9d & 0xfffffffe
0x12aa 73 edx = 0
0x12ac 74 goto 83 @ 0x12b8
0x1258 75 edx = 0
0x1258 76 goto 86 @ 0x125a
0x11df 77 ebx = eax
0x11df 78 goto 79 @ 0x11e2
0x11e2 79 edi = [rsp + (rsi << 2) + 0x1c].d
0x11e8 80 if (eax s< edi) then 88 else 90 @ 0x11eb
0x1210 81 eax = [rdx + (rsi << 2)].d
0x1215 82 if (ecx s< eax) then 93 else 95 @ 0x1218
0x12b8 83 rdi = rdx
0x12bb 84 esi = [rsp + (rdx << 2) + 0x14].d
0x12c1 85 if (ecx s>= esi) then 98 @ 0x12e0 else 100 @ 0x12c3
0x125a 86 esi = r10d
0x1261 87 if ((r8b & 1) == 0) then 62 @ 0x1286 else 102 @ 0x1263
0x11e8 88 ebx = edi
0x11e8 89 goto 90 @ 0x11eb
0x11eb 90 ecx = [rsp + (rsi << 2) + 0x20].d
0x11ef 91 rsi = rsi + 4
0x11f5 92 if (edi s< ecx) then 104 else 106 @ 0x11fb
0x1215 93 ebx = eax
0x1215 94 goto 95 @ 0x1218
0x1218 95 rsi = rsi + 1
0x121c 96 ecx = eax
0x1221 97 if (r8 != rsi) then 81 @ 0x1210 else 29 @ 0x1223
0x12e0 98 eax = r10d
0x12e0 99 goto 107 @ 0x12e3
0x12c3 100 eax = esi
0x12c7 101 if (esi != ebx) then 107 @ 0x12e3 else 110 @ 0x12c9
0x1263 102 esi = [rsp + (rdx << 2) + 0x14].d
0x1269 103 if (ecx s>= esi) then 51 @ 0x1283 else 114 @ 0x126d
0x11f5 104 ebx = ecx
0x11f5 105 goto 106 @ 0x11fb
0x11fb 106 if (rdx != rsi) then 47 @ 0x11d0 else 50 @ 0x1200
0x12e3 107 rdx = rdi + 2
0x12e7 108 ecx = [rsp + (rdi << 2) + 0x18].d
0x12ed 109 if (esi s>= ecx) then 115 @ 0x12b0 else 117 @ 0x12ef
0x12c9 110 edx = [rsp + (rdi << 2) + 0x18].d
0x12cd 111 cond:0 = ecx s< edx
0x12cf 112 eax = r10d
0x12d2 113 if (cond:0) then 119 else 121 @ 0x12d7
0x126d 114 if (esi != ebx) then 62 @ 0x1286 else 122 @ 0x126f
0x12b0 115 r10d = eax
0x12b0 116 goto 126 @ 0x12b6
0x12ef 117 r10d = ecx
0x12f4 118 if (ecx != ebx) then 126 @ 0x12b6 else 127 @ 0x12f6
0x12d2 119 eax = edx
0x12d2 120 goto 121 @ 0x12d7
0x12d7 121 if (edx == ebx) then 131 else 133 @ 0x12db
0x126f 122 eax = [rsp + (rdx << 2) + 0x18].d
0x1273 123 cond:1 = ecx s< eax
0x1275 124 esi = r10d
0x1278 125 if (cond:1) then 134 else 136 @ 0x127d
0x12b6 126 if (r9 == rdx) then 86 @ 0x125a else 83 @ 0x12b8
0x12f6 127 edi = [rsp + (rdi << 2) + 0x1c].d
0x12fa 128 cond:2 = esi s< edi
0x12fc 129 r10d = eax
0x12ff 130 if (cond:2) then 137 else 139 @ 0x1305
0x12d7 131 eax = r10d
0x12d7 132 goto 133 @ 0x12db
0x12db 133 goto 107 @ 0x12e3
0x1278 134 esi = eax
0x1278 135 goto 136 @ 0x127d
0x127d 136 if (eax == ebx) then 140 else 142 @ 0x1281
0x12ff 137 r10d = edi
0x12ff 138 goto 139 @ 0x1305
0x1305 139 if (edi == ebx) then 143 else 145 @ 0x1309
0x127d 140 esi = r10d
0x127d 141 goto 142 @ 0x1281
0x1281 142 goto 62 @ 0x1286
0x1305 143 r10d = eax
0x1305 144 goto 145 @ 0x1309
0x1309 145 goto 126 @ 0x12b6
int64_t _fini():
0x1310 0 rsp = rsp - 8
0x1314 1 rsp = rsp + 8
0x1318 2 <return> jump(pop)
| POJ_84 |
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