{"type": "func", "start": 6443752864, "end": 6443753929, "name": "__crt_strtox::divide", "pseudocode": "// \n// __crt_strtox::divide from 0x18013dda0 to 0x18013e1c9 (1065 bytes)\n// \n// 5 xrefs:\n// > __acrt_fltout @ 0x18013f184\n// > __acrt_fltout @ 0x18013f2ff\n// > @ 0x180193f0c\n// > @ 0x180193f1c\n// > @ 0x180203b30\n// \n// This function is hookable on this platform!\n// \n// Using BromaIDA 8.0.0 @ https://github.com/Stazzical/BromaIDA\n// Using bindings at commit ba9f177b at Thu Jul 16 22:52:06 2026 from https://github.com/geode-sdk/bindings\n// \n\n__int64 __fastcall __crt_strtox::divide(\n __crt_strtox *this,\n struct __crt_strtox::big_integer *a2,\n const struct __crt_strtox::big_integer *a3)\n{\n unsigned int v5; // edi\n __int64 v6; // r10\n unsigned int v7; // eax\n unsigned __int64 v8; // r12\n int v9; // ebp\n unsigned int v10; // ebx\n unsigned int v12; // ebx\n __int64 v13; // rdi\n unsigned __int64 v14; // r14\n __int64 v15; // rax\n unsigned __int64 v16; // rtt\n __int64 v17; // rdx\n int v18; // r8d\n int v19; // r9d\n __int64 v20; // r11\n _DWORD *v21; // rcx\n unsigned int v22; // r9d\n unsigned int v23; // ebp\n bool v24; // zf\n int v25; // eax\n int v26; // r11d\n char v27; // bl\n unsigned int v28; // eax\n unsigned int v29; // r9d\n unsigned int v30; // ebp\n int v31; // r14d\n __int64 v32; // r12\n unsigned __int64 v33; // rbx\n __int64 v34; // r13\n unsigned int v35; // edx\n __int64 v36; // r11\n unsigned __int64 v37; // r8\n unsigned __int64 v38; // rax\n unsigned __int64 v39; // r8\n __int64 v40; // r9\n unsigned __int64 v41; // rax\n unsigned __int64 v42; // r10\n unsigned int v43; // r11d\n unsigned int *v44; // rbx\n __int64 v45; // rax\n unsigned __int64 v46; // r10\n unsigned int v47; // r8d\n __int64 v48; // rcx\n unsigned int v49; // eax\n unsigned __int64 v50; // rdx\n unsigned int v51; // r10d\n unsigned __int64 v52; // r8\n unsigned int *v53; // r11\n __int64 v54; // rax\n __int64 v55; // rcx\n char *v56; // rdx\n __int64 v57; // rax\n unsigned __int64 v58; // r8\n __int64 v59; // rdx\n unsigned int i; // ecx\n __int64 v61; // rax\n char v62; // [rsp+20h] [rbp-238h]\n unsigned __int64 v63; // [rsp+28h] [rbp-230h]\n char v64; // [rsp+30h] [rbp-228h]\n unsigned __int64 v65; // [rsp+38h] [rbp-220h]\n _BYTE Source[468]; // [rsp+44h] [rbp-214h] BYREF\n unsigned int v67; // [rsp+260h] [rbp+8h]\n int v69; // [rsp+270h] [rbp+18h]\n unsigned int v70; // [rsp+278h] [rbp+20h]\n\n if ( !*(_DWORD *)this )\n return 0;\n v5 = *(_DWORD *)a2;\n if ( !*(_DWORD *)a2 )\n return 0;\n v6 = (unsigned int)(*(_DWORD *)this - 1);\n v7 = v5 - 1;\n if ( v5 == 1 )\n {\n v8 = *((unsigned int *)a2 + 1);\n v9 = 0;\n if ( (_DWORD)v8 == 1 )\n {\n v10 = *((_DWORD *)this + 1);\n *(_DWORD *)this = 0;\n memcpy_s((char *)this + 4, 0x1CCu, Source, 0);\n return v10;\n }\n else if ( *(_DWORD *)this == 1 )\n {\n v12 = *((_DWORD *)this + 1);\n *(_DWORD *)this = 0;\n memcpy_s((char *)this + 4, 0x1CCu, Source, 0);\n *((_DWORD *)this + 1) = v12 % (unsigned int)v8;\n LOBYTE(v9) = v12 % (unsigned int)v8 != 0;\n *(_DWORD *)this = v9;\n return v12 / (unsigned int)v8;\n }\n else\n {\n v13 = 0;\n v14 = 0;\n if ( *(_DWORD *)this )\n {\n do\n {\n v15 = *((unsigned int *)this + v6 + 1);\n v6 = (unsigned int)(v6 - 1);\n v16 = (v14 << 32) | v15;\n v14 = v16 % v8;\n v13 = (unsigned int)(v16 / v8) + (v13 << 32);\n }\n while ( (_DWORD)v6 != -1 );\n }\n *(_DWORD *)this = 0;\n memcpy_s((char *)this + 4, 0x1CCu, Source, 0);\n *(_QWORD *)((char *)this + 4) = v14;\n LOBYTE(v9) = HIDWORD(v14) != 0;\n *(_DWORD *)this = v9 + 1;\n return v13;\n }\n }\n if ( v7 > (unsigned int)v6 )\n return 0;\n v17 = (int)v6;\n v18 = v6 - v7;\n v19 = *(_DWORD *)this - 1;\n if ( (int)v6 < (__int64)(int)(v6 - v7) )\n goto LABEL_18;\n v20 = (struct __crt_strtox::big_integer *)((char *)a2 - 4 * v18) - this;\n v21 = (_DWORD *)((char *)this + 4 * (int)v6 + 4);\n while ( *(_DWORD *)((char *)v21 + v20) == *v21 )\n {\n --v19;\n --v17;\n --v21;\n if ( v17 < v18 )\n goto LABEL_18;\n }\n if ( *((_DWORD *)a2 + v19 - v18 + 1) < *((_DWORD *)this + v19 + 1) )\nLABEL_18:\n ++v18;\n if ( !v18 )\n return 0;\n v22 = *((_DWORD *)a2 + v5);\n v23 = *((_DWORD *)a2 + v5 - 1);\n v24 = !_BitScanReverse((unsigned int *)&v25, v22);\n v67 = v23;\n if ( v24 )\n v26 = 32;\n else\n v26 = 31 - v25;\n v27 = 32 - v26;\n v69 = v26;\n v62 = 32 - v26;\n if ( v26 )\n {\n v28 = v22 << v26;\n v29 = v23 >> v27;\n v30 = v23 << v26;\n v22 = v28 | v29;\n v67 = v30;\n if ( v5 > 2 )\n v67 = (*((_DWORD *)a2 + v5 - 2) >> v27) | v30;\n }\n v31 = v18 - 1;\n v32 = 0;\n if ( v18 - 1 >= 0 )\n {\n v33 = v22;\n v34 = v31 + v5;\n v65 = v22;\n v64 = 32 - v26;\n do\n {\n if ( (unsigned int)v34 > (unsigned int)v6 )\n v35 = 0;\n else\n v35 = *((_DWORD *)this + v34 + 1);\n v70 = v35;\n v36 = *((unsigned int *)this + (unsigned int)(v34 - 2) + 1);\n LODWORD(v63) = *((_DWORD *)this + (unsigned int)(v34 - 1) + 1);\n HIDWORD(v63) = v35;\n if ( v69 )\n {\n v37 = (v63 << v69) | ((unsigned __int64)(unsigned int)v36 >> v64);\n v36 = (unsigned int)((_DWORD)v36 << v69);\n if ( (unsigned int)v34 >= 3 )\n v36 = (*((_DWORD *)this + (unsigned int)(v34 - 3) + 1) >> v62) | (unsigned int)v36;\n }\n else\n {\n v37 = v63;\n }\n v38 = v37 / v33;\n v39 = (unsigned int)(v37 % v33);\n v40 = v38;\n if ( v38 > 0xFFFFFFFF )\n {\n v40 = 0xFFFFFFFFLL;\n v39 += v33 * (v38 - 0xFFFFFFFF);\n }\n if ( v39 <= 0xFFFFFFFF )\n {\n v41 = v40 * v67;\n do\n {\n if ( v41 <= (v36 | (v39 << 32)) )\n break;\n --v40;\n v41 -= v67;\n v39 += v33;\n }\n while ( v39 <= 0xFFFFFFFF );\n }\n if ( v40 )\n {\n v42 = 0;\n v43 = 0;\n if ( v5 )\n {\n v44 = (unsigned int *)((char *)a2 + 4);\n do\n {\n v45 = *v44++;\n v46 = v40 * v45 + v42;\n v47 = v46;\n v48 = v43 + v31;\n v49 = *((_DWORD *)this + v48 + 1);\n v50 = HIDWORD(v46);\n v42 = HIDWORD(v46) + 1;\n if ( v49 >= v47 )\n v42 = v50;\n ++v43;\n *((_DWORD *)this + v48 + 1) = v49 - v47;\n }\n while ( v43 < v5 );\n v33 = v65;\n }\n if ( v70 < v42 )\n {\n v51 = 0;\n if ( v5 )\n {\n v52 = 0;\n v53 = (unsigned int *)((char *)a2 + 4);\n do\n {\n v54 = v51 + v31;\n ++v51;\n v55 = *((unsigned int *)this + v54 + 1);\n v56 = (char *)this + 4 * v54;\n v57 = *v53++;\n v58 = v55 + v57 + v52;\n *((_DWORD *)v56 + 1) = v58;\n v52 = HIDWORD(v58);\n }\n while ( v51 < v5 );\n }\n LODWORD(v40) = v40 - 1;\n }\n LODWORD(v6) = v34 - 1;\n }\n v34 = (unsigned int)(v34 - 1);\n v32 = (unsigned int)v40 + (v32 << 32);\n --v31;\n }\n while ( v31 >= 0 );\n }\n LODWORD(v59) = v6 + 1;\n for ( i = v6 + 1; i < *(_DWORD *)this; *((_DWORD *)this + v61 + 1) = 0 )\n v61 = i++;\n *(_DWORD *)this = v59;\n if ( (_DWORD)v6 != -1 )\n {\n do\n {\n v59 = (unsigned int)(v59 - 1);\n if ( *((_DWORD *)this + v59 + 1) )\n break;\n *(_DWORD *)this = v59;\n }\n while ( (_DWORD)v59 );\n }\n return v32;\n}", "assembly": "; \n; __crt_strtox::divide from 0x18013dda0 to 0x18013e1c9 (1065 bytes)\n; \n; 5 xrefs:\n; > __acrt_fltout @ 0x18013f184\n; > __acrt_fltout @ 0x18013f2ff\n; > @ 0x180193f0c\n; > @ 0x180193f1c\n; > @ 0x180203b30\n; \n; This function is hookable on this platform!\n; \n; Using BromaIDA 8.0.0 @ https:;github.com/Stazzical/BromaIDA\n; Using bindings at commit ba9f177b at Thu Jul 16 22:52:06 2026 from https:;github.com/geode-sdk/bindings\n; \n\nmov [rsp+arg_8], rdx ; +0x0, 0x18013dda0\npush rbx ; +0x5, 0x18013dda5\npush rbp ; +0x6, 0x18013dda6\npush rsi ; +0x7, 0x18013dda7\npush rdi ; +0x8, 0x18013dda8\npush r12 ; +0x9, 0x18013dda9\npush r14 ; +0xb, 0x18013ddab\npush r15 ; +0xd, 0x18013ddad\nsub rsp, 220h ; +0xf, 0x18013ddaf\nmov r10d, [rcx] ; +0x16, 0x18013ddb6\nmov r14, rdx ; +0x19, 0x18013ddb9\nmov rsi, rcx ; +0x1c, 0x18013ddbc\ntest r10d, r10d ; +0x1f, 0x18013ddbf\njz loc_18013E1B5 ; +0x22, 0x18013ddc2\nmov edi, [rdx] ; +0x28, 0x18013ddc8\ntest edi, edi ; +0x2a, 0x18013ddca\njz loc_18013E1B5 ; +0x2c, 0x18013ddcc\ndec r10d ; +0x32, 0x18013ddd2\nlea eax, [rdi-1] ; +0x35, 0x18013ddd5\ntest eax, eax ; +0x38, 0x18013ddd8\njnz loc_18013DEC2 ; +0x3a, 0x18013ddda\nmov r12d, [rdx+4] ; +0x40, 0x18013dde0\nxor ebp, ebp ; +0x44, 0x18013dde4\ncmp r12d, 1 ; +0x46, 0x18013dde6\njnz short loc_18013DE12 ; +0x4a, 0x18013ddea\nmov ebx, [rcx+4] ; +0x4c, 0x18013ddec\nlea r8, [rsp+258h+Source]; Source ; +0x4f, 0x18013ddef\nadd rcx, 4; Destination ; +0x54, 0x18013ddf4\nmov [rsi], ebp ; +0x58, 0x18013ddf8\nxor r9d, r9d; SourceSize ; +0x5a, 0x18013ddfa\nmov [rsp+258h+var_218], ebp ; +0x5d, 0x18013ddfd\nmov edx, 1CCh; DestinationSize ; +0x61, 0x18013de01\ncall memcpy_s ; +0x66, 0x18013de06\nmov eax, ebx ; +0x6b, 0x18013de0b\njmp loc_18013E1B7 ; +0x6d, 0x18013de0d\ntest r10d, r10d ; +0x72, 0x18013de12\njnz short loc_18013DE4D ; +0x75, 0x18013de15\nmov ebx, [rcx+4] ; +0x77, 0x18013de17\nlea r8, [rsp+258h+Source]; Source ; +0x7a, 0x18013de1a\nmov [rcx], ebp ; +0x7f, 0x18013de1f\nxor r9d, r9d; SourceSize ; +0x81, 0x18013de21\nadd rcx, 4; Destination ; +0x84, 0x18013de24\nmov [rsp+258h+var_218], ebp ; +0x88, 0x18013de28\nmov edx, 1CCh; DestinationSize ; +0x8c, 0x18013de2c\ncall memcpy_s ; +0x91, 0x18013de31\nxor edx, edx ; +0x96, 0x18013de36\nmov eax, ebx ; +0x98, 0x18013de38\ndiv r12d ; +0x9a, 0x18013de3a\ntest edx, edx ; +0x9d, 0x18013de3d\nmov [rsi+4], edx ; +0x9f, 0x18013de3f\nsetnz bpl ; +0xa2, 0x18013de42\nmov [rsi], ebp ; +0xa6, 0x18013de46\njmp loc_18013E1B7 ; +0xa8, 0x18013de48\nmov r15d, 0FFFFFFFFh ; +0xad, 0x18013de4d\nmov rdi, rbp ; +0xb3, 0x18013de53\nmov r14, rbp ; +0xb6, 0x18013de56\ncmp r10d, r15d ; +0xb9, 0x18013de59\njz short loc_18013DE86 ; +0xbc, 0x18013de5c\nmov rcx, r12 ; +0xbe, 0x18013de5e\nmov eax, [rsi+r10*4+4] ; +0xc1, 0x18013de61\nxor edx, edx ; +0xc6, 0x18013de66\nshl r14, 20h ; +0xc8, 0x18013de68\nadd r10d, r15d ; +0xcc, 0x18013de6c\nor rax, r14 ; +0xcf, 0x18013de6f\nshl rdi, 20h ; +0xd2, 0x18013de72\ndiv rcx ; +0xd6, 0x18013de76\nmov eax, eax ; +0xd9, 0x18013de79\nmov r14, rdx ; +0xdb, 0x18013de7b\nadd rdi, rax ; +0xde, 0x18013de7e\ncmp r10d, r15d ; +0xe1, 0x18013de81\njnz short loc_18013DE61 ; +0xe4, 0x18013de84\nxor r9d, r9d; SourceSize ; +0xe6, 0x18013de86\nmov [rsp+258h+var_218], ebp ; +0xe9, 0x18013de89\nlea r8, [rsp+258h+Source]; Source ; +0xed, 0x18013de8d\nmov [rsi], ebp ; +0xf2, 0x18013de92\nmov edx, 1CCh; DestinationSize ; +0xf4, 0x18013de94\nlea rcx, [rsi+4]; Destination ; +0xf9, 0x18013de99\ncall memcpy_s ; +0xfd, 0x18013de9d\nmov rcx, r14 ; +0x102, 0x18013dea2\nmov [rsi+4], r14d ; +0x105, 0x18013dea5\nshr rcx, 20h ; +0x109, 0x18013dea9\nmov rax, rdi ; +0x10d, 0x18013dead\ntest ecx, ecx ; +0x110, 0x18013deb0\nmov [rsi+8], ecx ; +0x112, 0x18013deb2\nsetnz bpl ; +0x115, 0x18013deb5\ninc ebp ; +0x119, 0x18013deb9\nmov [rsi], ebp ; +0x11b, 0x18013debb\njmp loc_18013E1B7 ; +0x11d, 0x18013debd\ncmp eax, r10d ; +0x122, 0x18013dec2\nja loc_18013E1B5 ; +0x125, 0x18013dec5\nmov r8d, r10d ; +0x12b, 0x18013decb\nmovsxd rdx, r10d ; +0x12e, 0x18013dece\nsub r8d, eax ; +0x131, 0x18013ded1\nmov r9d, r10d ; +0x134, 0x18013ded4\nmovsxd rbx, r8d ; +0x137, 0x18013ded7\ncmp rdx, rbx ; +0x13a, 0x18013deda\njl short loc_18013DF28 ; +0x13d, 0x18013dedd\nadd rcx, 4 ; +0x13f, 0x18013dedf\nlea rax, ds:0[rbx*4] ; +0x143, 0x18013dee3\nmov r11, r14 ; +0x14b, 0x18013deeb\nsub r11, rax ; +0x14e, 0x18013deee\nsub r11, rsi ; +0x151, 0x18013def1\nlea rcx, [rcx+rdx*4] ; +0x154, 0x18013def4\nmov eax, [rcx] ; +0x158, 0x18013def8\ncmp [r11+rcx], eax ; +0x15a, 0x18013defa\njnz short loc_18013DF11 ; +0x15e, 0x18013defe\ndec r9d ; +0x160, 0x18013df00\ndec rdx ; +0x163, 0x18013df03\nsub rcx, 4 ; +0x166, 0x18013df06\ncmp rdx, rbx ; +0x16a, 0x18013df0a\njge short loc_18013DEF8 ; +0x16d, 0x18013df0d\njmp short loc_18013DF28 ; +0x16f, 0x18013df0f\nmov eax, r9d ; +0x171, 0x18013df11\nsub eax, r8d ; +0x174, 0x18013df14\nmovsxd rdx, eax ; +0x177, 0x18013df17\nmovsxd rax, r9d ; +0x17a, 0x18013df1a\nmov ecx, [rsi+rax*4+4] ; +0x17d, 0x18013df1d\ncmp [r14+rdx*4+4], ecx ; +0x181, 0x18013df21\njnb short loc_18013DF2B ; +0x186, 0x18013df26\ninc r8d ; +0x188, 0x18013df28\ntest r8d, r8d ; +0x18b, 0x18013df2b\njz loc_18013E1B5 ; +0x18e, 0x18013df2e\nlea eax, [rdi-1] ; +0x194, 0x18013df34\nmov ebx, 20h ; ' ' ; +0x197, 0x18013df37\nmov r9d, [r14+rax*4+4] ; +0x19c, 0x18013df3c\nlea eax, [rdi-2] ; +0x1a1, 0x18013df41\nmov ebp, [r14+rax*4+4] ; +0x1a4, 0x18013df44\nbsr eax, r9d ; +0x1a9, 0x18013df49\nmov [rsp+258h+arg_0], ebp ; +0x1ad, 0x18013df4d\njz short loc_18013DF61 ; +0x1b4, 0x18013df54\nmov r11d, 1Fh ; +0x1b6, 0x18013df56\nsub r11d, eax ; +0x1bc, 0x18013df5c\njmp short loc_18013DF64 ; +0x1bf, 0x18013df5f\nmov r11d, ebx ; +0x1c1, 0x18013df61\nsub ebx, r11d ; +0x1c4, 0x18013df64\nmov [rsp+258h+arg_10], r11d ; +0x1c7, 0x18013df67\nmov dword ptr [rsp+258h+var_238], ebx ; +0x1cf, 0x18013df6f\ntest r11d, r11d ; +0x1d3, 0x18013df73\njz short loc_18013DFAF ; +0x1d6, 0x18013df76\nmov eax, r9d ; +0x1d8, 0x18013df78\nmov edx, ebp ; +0x1db, 0x18013df7b\nmov ecx, ebx ; +0x1dd, 0x18013df7d\nshr edx, cl ; +0x1df, 0x18013df7f\nmov ecx, r11d ; +0x1e1, 0x18013df81\nshl eax, cl ; +0x1e4, 0x18013df84\nmov r9d, edx ; +0x1e6, 0x18013df86\nshl ebp, cl ; +0x1e9, 0x18013df89\nor r9d, eax ; +0x1eb, 0x18013df8b\nmov [rsp+258h+arg_0], ebp ; +0x1ee, 0x18013df8e\ncmp edi, 2 ; +0x1f5, 0x18013df95\njbe short loc_18013DFAF ; +0x1f8, 0x18013df98\nlea eax, [rdi-3] ; +0x1fa, 0x18013df9a\nmov ecx, ebx ; +0x1fd, 0x18013df9d\nmov eax, [r14+rax*4+4] ; +0x1ff, 0x18013df9f\nshr eax, cl ; +0x204, 0x18013dfa4\nor ebp, eax ; +0x206, 0x18013dfa6\nmov [rsp+258h+arg_0], ebp ; +0x208, 0x18013dfa8\nxor ebp, ebp ; +0x20f, 0x18013dfaf\nlea r14d, [r8-1] ; +0x211, 0x18013dfb1\nmov r12d, ebp ; +0x215, 0x18013dfb5\ntest r14d, r14d ; +0x218, 0x18013dfb8\njs loc_18013E180 ; +0x21b, 0x18013dfbb\nmov eax, ebx ; +0x221, 0x18013dfc1\nmov r15d, 0FFFFFFFFh ; +0x223, 0x18013dfc3\nmov ebx, r9d ; +0x229, 0x18013dfc9\nmov [rsp+258h+var_40], r13 ; +0x22c, 0x18013dfcc\nlea r13d, [r14+rdi] ; +0x234, 0x18013dfd4\nmov [rsp+258h+var_220], rbx ; +0x238, 0x18013dfd8\nmov [rsp+258h+var_228], rax ; +0x23d, 0x18013dfdd\ncmp r13d, r10d ; +0x242, 0x18013dfe2\nja short loc_18013DFEE ; +0x245, 0x18013dfe5\nmov edx, [rsi+r13*4+4] ; +0x247, 0x18013dfe7\njmp short loc_18013DFF0 ; +0x24c, 0x18013dfec\nmov edx, ebp ; +0x24e, 0x18013dfee\nlea eax, [r13-1] ; +0x250, 0x18013dff0\nmov [rsp+258h+arg_18], edx ; +0x254, 0x18013dff4\nmov ecx, [rsi+rax*4+4] ; +0x25b, 0x18013dffb\nlea eax, [r13-2] ; +0x25f, 0x18013dfff\nmov r11d, [rsi+rax*4+4] ; +0x263, 0x18013e003\nmov [rsp+258h+var_230], rcx ; +0x268, 0x18013e008\nmov dword ptr [rsp+258h+var_230+4], edx ; +0x26d, 0x18013e00d\nmov edx, [rsp+258h+arg_10] ; +0x271, 0x18013e011\ntest edx, edx ; +0x278, 0x18013e018\njz short loc_18013E050 ; +0x27a, 0x18013e01a\nmov rcx, [rsp+258h+var_228] ; +0x27c, 0x18013e01c\nmov r8d, r11d ; +0x281, 0x18013e021\nmov rax, [rsp+258h+var_230] ; +0x284, 0x18013e024\nshr r8, cl ; +0x289, 0x18013e029\nmov ecx, edx ; +0x28c, 0x18013e02c\nshl rax, cl ; +0x28e, 0x18013e02e\nor r8, rax ; +0x291, 0x18013e031\nshl r11d, cl ; +0x294, 0x18013e034\ncmp r13d, 3 ; +0x297, 0x18013e037\njb short loc_18013E055 ; +0x29b, 0x18013e03b\nmov ecx, dword ptr [rsp+258h+var_238] ; +0x29d, 0x18013e03d\nlea eax, [r13-3] ; +0x2a1, 0x18013e041\nmov eax, [rsi+rax*4+4] ; +0x2a5, 0x18013e045\nshr eax, cl ; +0x2a9, 0x18013e049\nor r11d, eax ; +0x2ab, 0x18013e04b\njmp short loc_18013E055 ; +0x2ae, 0x18013e04e\nmov r8, [rsp+258h+var_230] ; +0x2b0, 0x18013e050\nxor edx, edx ; +0x2b5, 0x18013e055\nmov rax, r8 ; +0x2b7, 0x18013e057\ndiv rbx ; +0x2ba, 0x18013e05a\nmov r8d, edx ; +0x2bd, 0x18013e05d\nmov r9, rax ; +0x2c0, 0x18013e060\ncmp rax, r15 ; +0x2c3, 0x18013e063\njbe short loc_18013E07F ; +0x2c6, 0x18013e066\nmov rax, 0FFFFFFFF00000001h ; +0x2c8, 0x18013e068\nadd rax, r9 ; +0x2d2, 0x18013e072\nmov r9, r15 ; +0x2d5, 0x18013e075\nimul rax, rbx ; +0x2d8, 0x18013e078\nadd r8, rax ; +0x2dc, 0x18013e07c\ncmp r8, r15 ; +0x2df, 0x18013e07f\nja short loc_18013E0AE ; +0x2e2, 0x18013e082\nmov edx, [rsp+258h+arg_0] ; +0x2e4, 0x18013e084\nmov eax, edx ; +0x2eb, 0x18013e08b\nimul rax, r9 ; +0x2ed, 0x18013e08d\nmov rcx, r8 ; +0x2f1, 0x18013e091\nshl rcx, 20h ; +0x2f4, 0x18013e094\nor rcx, r11 ; +0x2f8, 0x18013e098\ncmp rax, rcx ; +0x2fb, 0x18013e09b\njbe short loc_18013E0AE ; +0x2fe, 0x18013e09e\ndec r9 ; +0x300, 0x18013e0a0\nsub rax, rdx ; +0x303, 0x18013e0a3\nadd r8, rbx ; +0x306, 0x18013e0a6\ncmp r8, r15 ; +0x309, 0x18013e0a9\njbe short loc_18013E091 ; +0x30c, 0x18013e0ac\ntest r9, r9 ; +0x30e, 0x18013e0ae\njz loc_18013E161 ; +0x311, 0x18013e0b1\nmov r10, rbp ; +0x317, 0x18013e0b7\nmov r11d, ebp ; +0x31a, 0x18013e0ba\ntest edi, edi ; +0x31d, 0x18013e0bd\njz short loc_18013E10F ; +0x31f, 0x18013e0bf\nmov rbx, [rsp+258h+arg_8] ; +0x321, 0x18013e0c1\nadd rbx, 4 ; +0x329, 0x18013e0c9\nnop dword ptr [rax] ; +0x32d, 0x18013e0cd\nmov eax, [rbx] ; +0x330, 0x18013e0d0\nlea rbx, [rbx+4] ; +0x332, 0x18013e0d2\nimul rax, r9 ; +0x336, 0x18013e0d6\nadd r10, rax ; +0x33a, 0x18013e0da\nlea eax, [r11+r14] ; +0x33d, 0x18013e0dd\nmov r8d, r10d ; +0x341, 0x18013e0e1\nmov ecx, eax ; +0x344, 0x18013e0e4\nshr r10, 20h ; +0x346, 0x18013e0e6\nmov eax, [rsi+rax*4+4] ; +0x34a, 0x18013e0ea\nmov rdx, r10 ; +0x34e, 0x18013e0ee\ninc r10 ; +0x351, 0x18013e0f1\ncmp eax, r8d ; +0x354, 0x18013e0f4\ncmovnb r10, rdx ; +0x357, 0x18013e0f7\nsub eax, r8d ; +0x35b, 0x18013e0fb\ninc r11d ; +0x35e, 0x18013e0fe\nmov [rsi+rcx*4+4], eax ; +0x361, 0x18013e101\ncmp r11d, edi ; +0x365, 0x18013e105\njb short loc_18013E0D0 ; +0x368, 0x18013e108\nmov rbx, [rsp+258h+var_220] ; +0x36a, 0x18013e10a\nmov eax, [rsp+258h+arg_18] ; +0x36f, 0x18013e10f\ncmp rax, r10 ; +0x376, 0x18013e116\njnb short loc_18013E15D ; +0x379, 0x18013e119\nmov r10d, ebp ; +0x37b, 0x18013e11b\ntest edi, edi ; +0x37e, 0x18013e11e\njz short loc_18013E15A ; +0x380, 0x18013e120\nmov r11, [rsp+258h+arg_8] ; +0x382, 0x18013e122\nmov r8, rbp ; +0x38a, 0x18013e12a\nadd r11, 4 ; +0x38d, 0x18013e12d\nlea eax, [r10+r14] ; +0x391, 0x18013e131\ninc r10d ; +0x395, 0x18013e135\nmov ecx, [rsi+rax*4+4] ; +0x398, 0x18013e138\nlea rdx, [rsi+rax*4] ; +0x39c, 0x18013e13c\nmov eax, [r11] ; +0x3a0, 0x18013e140\nlea r11, [r11+4] ; +0x3a3, 0x18013e143\nadd r8, rax ; +0x3a7, 0x18013e147\nadd r8, rcx ; +0x3aa, 0x18013e14a\nmov [rdx+4], r8d ; +0x3ad, 0x18013e14d\nshr r8, 20h ; +0x3b1, 0x18013e151\ncmp r10d, edi ; +0x3b5, 0x18013e155\njb short loc_18013E131 ; +0x3b8, 0x18013e158\ndec r9 ; +0x3ba, 0x18013e15a\nlea r10d, [r13-1] ; +0x3bd, 0x18013e15d\nshl r12, 20h ; +0x3c1, 0x18013e161\ndec r13d ; +0x3c5, 0x18013e165\nmov eax, r9d ; +0x3c8, 0x18013e168\nadd r12, rax ; +0x3cb, 0x18013e16b\nsub r14d, 1 ; +0x3ce, 0x18013e16e\njns loc_18013DFE2 ; +0x3d2, 0x18013e172\nmov r13, [rsp+258h+var_40] ; +0x3d8, 0x18013e178\nlea edx, [r10+1] ; +0x3e0, 0x18013e180\nmov ecx, edx ; +0x3e4, 0x18013e184\ncmp edx, [rsi] ; +0x3e6, 0x18013e186\njnb short loc_18013E19C ; +0x3e8, 0x18013e188\nnop word ptr [rax+rax+00h] ; +0x3ea, 0x18013e18a\nmov eax, ecx ; +0x3f0, 0x18013e190\ninc ecx ; +0x3f2, 0x18013e192\nmov [rsi+rax*4+4], ebp ; +0x3f4, 0x18013e194\ncmp ecx, [rsi] ; +0x3f8, 0x18013e198\njb short loc_18013E190 ; +0x3fa, 0x18013e19a\nmov [rsi], edx ; +0x3fc, 0x18013e19c\ntest edx, edx ; +0x3fe, 0x18013e19e\njz short loc_18013E1B0 ; +0x400, 0x18013e1a0\ndec edx ; +0x402, 0x18013e1a2\ncmp [rsi+rdx*4+4], ebp ; +0x404, 0x18013e1a4\njnz short loc_18013E1B0 ; +0x408, 0x18013e1a8\nmov [rsi], edx ; +0x40a, 0x18013e1aa\ntest edx, edx ; +0x40c, 0x18013e1ac\njnz short loc_18013E1A2 ; +0x40e, 0x18013e1ae\nmov rax, r12 ; +0x410, 0x18013e1b0\njmp short loc_18013E1B7 ; +0x413, 0x18013e1b3\nxor eax, eax ; +0x415, 0x18013e1b5\nadd rsp, 220h ; +0x417, 0x18013e1b7\npop r15 ; +0x41e, 0x18013e1be\npop r14 ; +0x420, 0x18013e1c0\npop r12 ; +0x422, 0x18013e1c2\npop rdi ; +0x424, 0x18013e1c4\npop rsi ; +0x425, 0x18013e1c5\npop rbp ; +0x426, 0x18013e1c6\npop rbx ; +0x427, 0x18013e1c7\nretn ; +0x428, 0x18013e1c8", "xrefs": ["__acrt_fltout @ 0x18013f184", "__acrt_fltout @ 0x18013f2ff", " @ 0x180193f0c", " @ 0x180193f1c", " @ 0x180203b30"], "is_objc": false, "is_arm32": false, "is_arm64": false, "bida_info": "8.0.0 @ https://github.com/Stazzical/BromaIDA", "bindings_info": "commit ba9f177b at Thu Jul 16 22:52:06 2026 from https://github.com/geode-sdk/bindings"}