const int c_overlap_offset_step1add[8] = { 0, 1, 2, 1, 4, 4, 4, 4 }; const int c_overlap_offset_step2sub[8] = { 8, 8, 8, 7, 8, 9, 10, 11 }; __int64 __fastcall Decode_LZB_OneChunk(const char *comp, const char *comp_end, char *raw, __int64 rawLen, const char *dictionaryBase) { const char *v6; // rcx const char *v7; // rcx const char *v8; // rcx const char *v9; // rcx const char *v10; // rcx const char *v11; // rcx const char *v12; // rcx const char *v13; // rcx const char *v14; // rcx const char *v15; // rcx __int64 v16; // [rsp+0h] [rbp-618h] void *Src; // [rsp+20h] [rbp-5F8h] char *to; // [rsp+28h] [rbp-5F0h] __int64 length; // [rsp+30h] [rbp-5E8h] char *v20; // [rsp+38h] [rbp-5E0h] unsigned __int64 v21; // [rsp+40h] [rbp-5D8h] unsigned __int64 v22; // [rsp+48h] [rbp-5D0h] unsigned __int64 v23; // [rsp+50h] [rbp-5C8h] const char *v24; // [rsp+58h] [rbp-5C0h] __int64 v25; // [rsp+60h] [rbp-5B8h] __int64 v26; // [rsp+68h] [rbp-5B0h] __int64 v27; // [rsp+70h] [rbp-5A8h] __int64 v28; // [rsp+78h] [rbp-5A0h] __int64 v29; // [rsp+80h] [rbp-598h] __int64 v30; // [rsp+88h] [rbp-590h] __int64 v31; // [rsp+90h] [rbp-588h] __int64 v32; // [rsp+98h] [rbp-580h] __int64 v33; // [rsp+A0h] [rbp-578h] __int64 v34; // [rsp+A8h] [rbp-570h] unsigned __int64 v35; // [rsp+B0h] [rbp-568h] unsigned __int64 v36; // [rsp+B8h] [rbp-560h] unsigned __int64 v37; // [rsp+C0h] [rbp-558h] unsigned __int64 v38; // [rsp+C8h] [rbp-550h] unsigned __int64 v39; // [rsp+D0h] [rbp-548h] unsigned __int64 v40; // [rsp+D8h] [rbp-540h] unsigned __int64 v41; // [rsp+E0h] [rbp-538h] unsigned __int64 v42; // [rsp+E8h] [rbp-530h] unsigned __int64 v43; // [rsp+F0h] [rbp-528h] unsigned __int64 v44; // [rsp+F8h] [rbp-520h] char *v45; // [rsp+100h] [rbp-518h] char *v46; // [rsp+108h] [rbp-510h] char *v47; // [rsp+110h] [rbp-508h] char *v48; // [rsp+118h] [rbp-500h] char *v49; // [rsp+120h] [rbp-4F8h] char *v50; // [rsp+128h] [rbp-4F0h] char *v51; // [rsp+130h] [rbp-4E8h] char *v52; // [rsp+138h] [rbp-4E0h] char *v53; // [rsp+140h] [rbp-4D8h] char *v54; // [rsp+148h] [rbp-4D0h] unsigned int v55; // [rsp+150h] [rbp-4C8h] unsigned int v56; // [rsp+154h] [rbp-4C4h] unsigned int v57; // [rsp+158h] [rbp-4C0h] unsigned int v58; // [rsp+15Ch] [rbp-4BCh] unsigned int v59; // [rsp+160h] [rbp-4B8h] unsigned int v60; // [rsp+164h] [rbp-4B4h] unsigned int v61; // [rsp+168h] [rbp-4B0h] unsigned int v62; // [rsp+16Ch] [rbp-4ACh] unsigned int v63; // [rsp+170h] [rbp-4A8h] unsigned int v64; // [rsp+174h] [rbp-4A4h] unsigned int v65; // [rsp+178h] [rbp-4A0h] unsigned int v66; // [rsp+17Ch] [rbp-49Ch] unsigned int v67; // [rsp+180h] [rbp-498h] unsigned int v68; // [rsp+184h] [rbp-494h] unsigned int v69; // [rsp+188h] [rbp-490h] unsigned int v70; // [rsp+18Ch] [rbp-48Ch] unsigned int v71; // [rsp+190h] [rbp-488h] unsigned int v72; // [rsp+194h] [rbp-484h] unsigned int v73; // [rsp+198h] [rbp-480h] unsigned int v74; // [rsp+19Ch] [rbp-47Ch] unsigned int v75; // [rsp+1A0h] [rbp-478h] unsigned int v76; // [rsp+1A4h] [rbp-474h] unsigned int v77; // [rsp+1A8h] [rbp-470h] unsigned int v78; // [rsp+1ACh] [rbp-46Ch] unsigned int v79; // [rsp+1B0h] [rbp-468h] unsigned __int64 v80; // [rsp+1B8h] [rbp-460h] unsigned __int64 v81; // [rsp+1C0h] [rbp-458h] char *v82; // [rsp+1C8h] [rbp-450h] char *v83; // [rsp+1D0h] [rbp-448h] char *v84; // [rsp+1D8h] [rbp-440h] unsigned __int64 v85; // [rsp+1E0h] [rbp-438h] char *v86; // [rsp+1E8h] [rbp-430h] char *v87; // [rsp+1F0h] [rbp-428h] char *v88; // [rsp+1F8h] [rbp-420h] unsigned __int64 v89; // [rsp+200h] [rbp-418h] char *v90; // [rsp+208h] [rbp-410h] char *v91; // [rsp+210h] [rbp-408h] unsigned __int64 v92; // [rsp+218h] [rbp-400h] unsigned __int64 v93; // [rsp+220h] [rbp-3F8h] unsigned __int64 v94; // [rsp+228h] [rbp-3F0h] char *v95; // [rsp+230h] [rbp-3E8h] unsigned __int64 v96; // [rsp+238h] [rbp-3E0h] unsigned __int64 v97; // [rsp+240h] [rbp-3D8h] unsigned __int64 v98; // [rsp+248h] [rbp-3D0h] char *v99; // [rsp+250h] [rbp-3C8h] unsigned __int64 v100; // [rsp+258h] [rbp-3C0h] unsigned __int64 v101; // [rsp+260h] [rbp-3B8h] unsigned __int64 v102; // [rsp+268h] [rbp-3B0h] unsigned __int64 v103; // [rsp+270h] [rbp-3A8h] unsigned __int64 v104; // [rsp+278h] [rbp-3A0h] unsigned __int64 v105; // [rsp+280h] [rbp-398h] unsigned __int64 v106; // [rsp+288h] [rbp-390h] unsigned __int64 v107; // [rsp+290h] [rbp-388h] unsigned __int64 v108; // [rsp+298h] [rbp-380h] char *v109; // [rsp+2A0h] [rbp-378h] char *v110; // [rsp+2A8h] [rbp-370h] unsigned __int64 v111; // [rsp+2B0h] [rbp-368h] char *v112; // [rsp+2B8h] [rbp-360h] unsigned __int64 v113; // [rsp+2C0h] [rbp-358h] char *v114; // [rsp+2C8h] [rbp-350h] char *v115; // [rsp+2D0h] [rbp-348h] unsigned __int64 v116; // [rsp+2D8h] [rbp-340h] unsigned __int64 v117; // [rsp+2E0h] [rbp-338h] char *v118; // [rsp+2E8h] [rbp-330h] unsigned __int64 v119; // [rsp+2F0h] [rbp-328h] unsigned __int64 v120; // [rsp+2F8h] [rbp-320h] unsigned __int64 v121; // [rsp+300h] [rbp-318h] unsigned __int64 v122; // [rsp+308h] [rbp-310h] char *v123; // [rsp+310h] [rbp-308h] unsigned __int64 v124; // [rsp+318h] [rbp-300h] unsigned __int64 v125; // [rsp+320h] [rbp-2F8h] unsigned __int64 v126; // [rsp+328h] [rbp-2F0h] unsigned __int64 v127; // [rsp+330h] [rbp-2E8h] unsigned __int64 v128; // [rsp+338h] [rbp-2E0h] char *v129; // [rsp+340h] [rbp-2D8h] char *v130; // [rsp+348h] [rbp-2D0h] unsigned __int64 v131; // [rsp+350h] [rbp-2C8h] unsigned __int64 v132; // [rsp+358h] [rbp-2C0h] unsigned __int64 v133; // [rsp+360h] [rbp-2B8h] unsigned __int64 v134; // [rsp+368h] [rbp-2B0h] char *v135; // [rsp+370h] [rbp-2A8h] unsigned __int64 v136; // [rsp+378h] [rbp-2A0h] unsigned __int64 v137; // [rsp+380h] [rbp-298h] unsigned __int64 v138; // [rsp+388h] [rbp-290h] unsigned __int64 v139; // [rsp+390h] [rbp-288h] size_t v140; // [rsp+398h] [rbp-280h] char *v141; // [rsp+3A0h] [rbp-278h] size_t v142; // [rsp+3A8h] [rbp-270h] char *v143; // [rsp+3B0h] [rbp-268h] char *v144; // [rsp+3B8h] [rbp-260h] char *v145; // [rsp+3C0h] [rbp-258h] char *v146; // [rsp+3C8h] [rbp-250h] size_t v147; // [rsp+3D0h] [rbp-248h] size_t v148; // [rsp+3D8h] [rbp-240h] char *v149; // [rsp+3E0h] [rbp-238h] char *v150; // [rsp+3E8h] [rbp-230h] unsigned __int64 v151; // [rsp+3F0h] [rbp-228h] char *v152; // [rsp+3F8h] [rbp-220h] size_t Size; // [rsp+400h] [rbp-218h] size_t v154; // [rsp+408h] [rbp-210h] unsigned __int64 v155; // [rsp+410h] [rbp-208h] char *v156; // [rsp+418h] [rbp-200h] size_t v157; // [rsp+420h] [rbp-1F8h] char *v158; // [rsp+428h] [rbp-1F0h] __int64 v159; // [rsp+430h] [rbp-1E8h] __int64 v160; // [rsp+438h] [rbp-1E0h] char *v161; // [rsp+440h] [rbp-1D8h] char *v162; // [rsp+448h] [rbp-1D0h] char *v163; // [rsp+450h] [rbp-1C8h] char *v164; // [rsp+458h] [rbp-1C0h] __int64 v165; // [rsp+460h] [rbp-1B8h] char *v166; // [rsp+468h] [rbp-1B0h] char *v167; // [rsp+470h] [rbp-1A8h] char *v168; // [rsp+478h] [rbp-1A0h] char *v169; // [rsp+480h] [rbp-198h] char *v170; // [rsp+488h] [rbp-190h] __int64 v171; // [rsp+490h] [rbp-188h] char *v172; // [rsp+498h] [rbp-180h] char *v173; // [rsp+4A0h] [rbp-178h] __int64 v174; // [rsp+4A8h] [rbp-170h] char *v175; // [rsp+4B0h] [rbp-168h] char *v176; // [rsp+4B8h] [rbp-160h] __int64 v177; // [rsp+4C0h] [rbp-158h] char *v178; // [rsp+4C8h] [rbp-150h] char *v179; // [rsp+4D0h] [rbp-148h] char *v180; // [rsp+4D8h] [rbp-140h] __int64 v181; // [rsp+4E8h] [rbp-130h] __int64 v182; // [rsp+4F0h] [rbp-128h] char *v183; // [rsp+4F8h] [rbp-120h] char *v184; // [rsp+500h] [rbp-118h] char *from; // [rsp+508h] [rbp-110h] char *v186; // [rsp+510h] [rbp-108h] __int128 v187; // [rsp+520h] [rbp-F8h] __int128 v188; // [rsp+530h] [rbp-E8h] __int128 v189; // [rsp+540h] [rbp-D8h] __int128 v190; // [rsp+550h] [rbp-C8h] __int128 v191; // [rsp+560h] [rbp-B8h] char Dst[128]; // [rsp+570h] [rbp-A8h] char v193; // [rsp+5F0h] [rbp-28h] const char *v194; // [rsp+620h] [rbp+8h] char *v195; // [rsp+628h] [rbp+10h] v195 = (char *)comp_end; v194 = comp; to = raw; v20 = &raw[rawLen]; Src = (void *)comp; v24 = comp_end - 62; if ( raw - dictionaryBase < 0x10000 ) { while ( 1 ) { while ( 1 ) { if ( to >= v20 && rrDisplayAssertion("v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1583, "Decode_LZB_OneChunk", "rp < rpEnd") ) { __debugbreak(); } if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1585, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1585, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } Size = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1585, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, Size); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 4, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v23 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; length = v23 & 0xF; if ( (unsigned __int64)length > 8 ) break; if ( to + 8 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 123, "Decode_LZB_OneChunk", "rp+8 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 8 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 124, "Decode_LZB_OneChunk", "cp+8 <= comp_end") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)Src; to += length; Src = (char *)Src + length; v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v126 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v126 >> 3; v41 = (v126 >> 3) + 4; if ( v126 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v76 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v76 >= 0xC0 ) { v41 += (v76 - 192) << 8; v41 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v41 += v76; } } if ( &to[v41] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v107 = v22 & 7; if ( v107 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 135, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } v51 = &to[-v107]; v84 = to; *to = to[-v107]; v84[1] = v51[1]; v84[2] = v51[2]; v84[3] = v51[3]; v51 += c_overlap_offset_step1add[v107]; *((_DWORD *)v84 + 1) = *(_DWORD *)v51; if ( v41 > 8 ) { v7 = &v51[-c_overlap_offset_step2sub[v107] + 8]; v162 = v84 + 8; copy_no_overlap_long(v84 + 8, v7, v41 - 8); } to += v41; } else { v155 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; if ( v155 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 164, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } v178 = &to[-v155]; v29 = v126 + v21 + 4; if ( v126 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v70 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v70 >= 0xC0 ) { v29 += (v70 - 192) << 8; v29 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v29 += v70; } } if ( &to[v29] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v178, v29); to += v29; } } else { if ( v22 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 57, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } Src = (char *)Src + 2; v112 = &to[-v22]; v98 = v21 + 4; if ( v22 < 8 && v98 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v98 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v98] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v112; *((_QWORD *)to + 1) = *((_QWORD *)v112 + 1); if ( v98 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v112 + 8); to += v98; } } else { if ( v22 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 20, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } Src = (char *)Src + 2; v145 = &to[-v22]; v103 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v103] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v145; *((_DWORD *)to + 2) = *((_DWORD *)v145 + 2); to += v103; } } if ( (unsigned __int64)length < 0xF ) { if ( &to[length] >= v20 ) { length = rrPtrDiff32_6(v20 - to); if ( (char *)Src + length > v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 67, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 70, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 71, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; LABEL_1055: if ( to == v20 ) return rrPtrDiff_10((_BYTE *)Src - v194); ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1650, "OODLE ERROR : LZ corruption : LZB didn't stop at end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 90, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 16 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 91, "Decode_LZB_OneChunk", "cp+16 <= comp_end") ) { __debugbreak(); } _mm_store_si128((__m128i *)&v187, _mm_loadu_si128((const __m128i *)Src)); _mm_storeu_si128((__m128i *)to, _mm_load_si128((const __m128i *)&v187)); to += length; Src = (char *)Src + length; } else { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 16, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v77 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v77 >= 0xC0 ) { length += (v77 - 192) << 8; length += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { length += v77; } if ( (char *)Src + length > v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 23, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] >= v20 ) { if ( &to[length] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 32, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 36, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 46, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 47, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_long(to, (const char *)Src, length); to += length; Src = (char *)Src + length; if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } v157 = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, v157); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } } v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v132 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v132 >> 3; v43 = (v132 >> 3) + 4; if ( v132 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v72 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v72 >= 0xC0 ) { v43 += (v72 - 192) << 8; v43 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v43 += v72; } } if ( &to[v43] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v105 = v22 & 7; if ( v105 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 135, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } v45 = &to[-v105]; v82 = to; *to = to[-v105]; v82[1] = v45[1]; v82[2] = v45[2]; v82[3] = v45[3]; v45 += c_overlap_offset_step1add[v105]; *((_DWORD *)v82 + 1) = *(_DWORD *)v45; if ( v43 > 8 ) { v6 = &v45[-c_overlap_offset_step2sub[v105] + 8]; v168 = v82 + 8; copy_no_overlap_long(v82 + 8, v6, v43 - 8); } to += v43; } else { v151 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; if ( v151 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 164, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } from = &to[-v151]; v31 = v132 + v21 + 4; if ( v132 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v66 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v66 >= 0xC0 ) { v31 += (v66 - 192) << 8; v31 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v31 += v66; } } if ( &to[v31] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, from, v31); to += v31; } } else { if ( v22 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 57, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } Src = (char *)Src + 2; v130 = &to[-v22]; v80 = v21 + 4; if ( v22 < 8 && v80 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v80 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v80] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v130; *((_QWORD *)to + 1) = *((_QWORD *)v130 + 1); if ( v80 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v130 + 8); to += v80; } } else { if ( v22 > to - dictionaryBase ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 20, "OODLE ERROR : LZ corruption : LZB offset out of bounds\n", Src); ooLogErrorPost(); return -1i64; } Src = (char *)Src + 2; v143 = &to[-v22]; v102 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v102] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v143; *((_DWORD *)to + 2) = *((_DWORD *)v143 + 2); to += v102; } } } while ( 1 ) { while ( 1 ) { while ( 1 ) { while ( 1 ) { while ( 1 ) { while ( 1 ) { if ( to >= v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1601, "Decode_LZB_OneChunk", "rp < rpEnd") ) { __debugbreak(); } if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1603, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1603, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } v147 = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1603, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, v147); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } if ( v20 - to < 80 ) { if ( to >= v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb.cpp", 1616, "OODLE ERROR : LZ corruption : LZB raw went too far\n", Src); ooLogErrorPost(); return -1i64; } goto $last2; } if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 4, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v23 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; length = v23 & 0xF; if ( (unsigned __int64)length <= 8 ) break; if ( (unsigned __int64)length < 0xF ) { if ( &to[length] >= v20 ) { length = rrPtrDiff32_6(v20 - to); if ( (char *)Src + length <= v195 ) { if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 70, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 71, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 67, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 90, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 16 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 91, "Decode_LZB_OneChunk", "cp+16 <= comp_end") ) { __debugbreak(); } _mm_store_si128((__m128i *)&v189, _mm_loadu_si128((const __m128i *)Src)); _mm_storeu_si128((__m128i *)to, _mm_load_si128((const __m128i *)&v189)); to += length; Src = (char *)Src + length; } else { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 16, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v61 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v61 >= 0xC0 ) { length += (v61 - 192) << 8; length += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { length += v61; } if ( (char *)Src + length > v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 23, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] >= v20 ) { if ( &to[length] <= v20 ) { if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 36, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 32, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 46, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 47, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_long(to, (const char *)Src, length); to += length; Src = (char *)Src + length; if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } v140 = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, v140); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } } v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v116 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v116 >> 3; v35 = (v116 >> 3) + 4; if ( v116 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v63 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v63 >= 0xC0 ) { v35 += (v63 - 192) << 8; v35 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v35 += v63; } } if ( &to[v35] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v136 = v22 & 7; v49 = &to[-v136]; v86 = to; *to = to[-v136]; v86[1] = v49[1]; v86[2] = v49[2]; v86[3] = v49[3]; v49 += c_overlap_offset_step1add[v136]; *((_DWORD *)v86 + 1) = *(_DWORD *)v49; if ( v35 > 8 ) { v8 = &v49[-c_overlap_offset_step2sub[v136] + 8]; v164 = v86 + 8; copy_no_overlap_long(v86 + 8, v8, v35 - 8); } to += v35; } else { v182 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v166 = &to[-v182]; v33 = v116 + v21 + 4; if ( v116 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v65 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v65 >= 0xC0 ) { v33 += (v65 - 192) << 8; v33 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v33 += v65; } } if ( &to[v33] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v166, v33); to += v33; } } else { Src = (char *)Src + 2; v114 = &to[-v22]; v92 = v21 + 4; if ( v22 < 8 && v92 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v92 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v92] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v114; *((_QWORD *)to + 1) = *((_QWORD *)v114 + 1); if ( v92 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v114 + 8); to += v92; } } else { Src = (char *)Src + 2; v149 = &to[-v22]; v101 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v101] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v149; *((_DWORD *)to + 2) = *((_DWORD *)v149 + 2); to += v101; } } if ( to + 8 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 123, "Decode_LZB_OneChunk", "rp+8 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 8 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 124, "Decode_LZB_OneChunk", "cp+8 <= comp_end") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)Src; to += length; Src = (char *)Src + length; v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 <= 8 ) break; if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v120 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v120 >> 3; v38 = (v120 >> 3) + 4; if ( v120 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v67 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v67 >= 0xC0 ) { v38 += (v67 - 192) << 8; v38 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v38 += v67; } } if ( &to[v38] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v134 = v22 & 7; v53 = &to[-v134]; v88 = to; *to = to[-v134]; v88[1] = v53[1]; v88[2] = v53[2]; v88[3] = v53[3]; v53 += c_overlap_offset_step1add[v134]; *((_DWORD *)v88 + 1) = *(_DWORD *)v53; if ( v38 > 8 ) { v9 = &v53[-c_overlap_offset_step2sub[v134] + 8]; v180 = v88 + 8; copy_no_overlap_long(v88 + 8, v9, v38 - 8); } to += v38; } else { v159 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v184 = &to[-v159]; v26 = v120 + v21 + 4; if ( v120 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v78 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v78 >= 0xC0 ) { v26 += (v78 - 192) << 8; v26 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v26 += v78; } } if ( &to[v26] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v184, v26); to += v26; } } else { Src = (char *)Src + 2; v118 = &to[-v22]; v96 = v21 + 4; if ( v22 < 8 && v96 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v96 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v96] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v118; *((_QWORD *)to + 1) = *((_QWORD *)v118 + 1); if ( v96 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v118 + 8); to += v96; } } Src = (char *)Src + 2; v141 = &to[-v22]; v128 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v128] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 42, "Decode_LZB_OneChunk", "rp+ml <= rpEnd") ) { __debugbreak(); } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v141; *((_DWORD *)to + 2) = *((_DWORD *)v141 + 2); to += v128; if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 4, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v23 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; length = v23 & 0xF; if ( (unsigned __int64)length <= 8 ) break; if ( (unsigned __int64)length < 0xF ) { if ( &to[length] >= v20 ) { length = rrPtrDiff32_6(v20 - to); if ( (char *)Src + length <= v195 ) { if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 70, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 71, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 67, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 90, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 16 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 91, "Decode_LZB_OneChunk", "cp+16 <= comp_end") ) { __debugbreak(); } _mm_store_si128((__m128i *)&v191, _mm_loadu_si128((const __m128i *)Src)); _mm_storeu_si128((__m128i *)to, _mm_load_si128((const __m128i *)&v191)); to += length; Src = (char *)Src + length; } else { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 16, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v69 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v69 >= 0xC0 ) { length += (v69 - 192) << 8; length += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { length += v69; } if ( (char *)Src + length > v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 23, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] >= v20 ) { if ( &to[length] <= v20 ) { if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 36, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 32, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 46, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 47, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_long(to, (const char *)Src, length); to += length; Src = (char *)Src + length; if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } v142 = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, v142); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } } v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v138 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v138 >> 3; v40 = (v138 >> 3) + 4; if ( v138 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v71 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v71 >= 0xC0 ) { v40 += (v71 - 192) << 8; v40 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v40 += v71; } } if ( &to[v40] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v122 = v22 & 7; v46 = &to[-v122]; v90 = to; *to = to[-v122]; v90[1] = v46[1]; v90[2] = v46[2]; v90[3] = v46[3]; v46 += c_overlap_offset_step1add[v122]; *((_DWORD *)v90 + 1) = *(_DWORD *)v46; if ( v40 > 8 ) { v10 = &v46[-c_overlap_offset_step2sub[v122] + 8]; v170 = v90 + 8; copy_no_overlap_long(v90 + 8, v10, v40 - 8); } to += v40; } else { v181 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v172 = &to[-v181]; v28 = v138 + v21 + 4; if ( v138 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v73 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v73 >= 0xC0 ) { v28 += (v73 - 192) << 8; v28 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v28 += v73; } } if ( &to[v28] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v172, v28); to += v28; } } else { Src = (char *)Src + 2; v109 = &to[-v22]; v94 = v21 + 4; if ( v22 < 8 && v94 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v94 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v94] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v109; *((_QWORD *)to + 1) = *((_QWORD *)v109 + 1); if ( v94 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v109 + 8); to += v94; } } else { Src = (char *)Src + 2; v144 = &to[-v22]; v100 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v100] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v144; *((_DWORD *)to + 2) = *((_DWORD *)v144 + 2); to += v100; } } if ( to + 8 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 123, "Decode_LZB_OneChunk", "rp+8 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 8 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 124, "Decode_LZB_OneChunk", "cp+8 <= comp_end") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)Src; to += length; Src = (char *)Src + length; v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 <= 8 ) break; if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v113 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v113 >> 3; v42 = (v113 >> 3) + 4; if ( v113 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v56 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v56 >= 0xC0 ) { v42 += (v56 - 192) << 8; v42 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v42 += v56; } } if ( &to[v42] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v111 = v22 & 7; v48 = &to[-v111]; v83 = to; *to = to[-v111]; v83[1] = v48[1]; v83[2] = v48[2]; v83[3] = v48[3]; v48 += c_overlap_offset_step1add[v111]; *((_DWORD *)v83 + 1) = *(_DWORD *)v48; if ( v42 > 8 ) { v11 = &v48[-c_overlap_offset_step2sub[v111] + 8]; v186 = v83 + 8; copy_no_overlap_long(v83 + 8, v11, v42 - 8); } to += v42; } else { v174 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v183 = &to[-v174]; v30 = v113 + v21 + 4; if ( v113 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v57 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v57 >= 0xC0 ) { v30 += (v57 - 192) << 8; v30 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v30 += v57; } } if ( &to[v30] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v183, v30); to += v30; } } else { Src = (char *)Src + 2; v110 = &to[-v22]; v81 = v21 + 4; if ( v22 < 8 && v81 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v81 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v81] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v110; *((_QWORD *)to + 1) = *((_QWORD *)v110 + 1); if ( v81 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v110 + 8); to += v81; } } Src = (char *)Src + 2; v146 = &to[-v22]; v124 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v124] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 42, "Decode_LZB_OneChunk", "rp+ml <= rpEnd") ) { __debugbreak(); } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v146; *((_DWORD *)to + 2) = *((_DWORD *)v146 + 2); to += v124; if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 4, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v23 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; length = v23 & 0xF; if ( (unsigned __int64)length > 8 ) break; if ( to + 8 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 123, "Decode_LZB_OneChunk", "rp+8 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 8 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 124, "Decode_LZB_OneChunk", "cp+8 <= comp_end") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)Src; to += length; Src = (char *)Src + length; v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v127 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v127 >> 3; v36 = (v127 >> 3) + 4; if ( v127 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v60 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v60 >= 0xC0 ) { v36 += (v60 - 192) << 8; v36 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v36 += v60; } } if ( &to[v36] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v125 = v22 & 7; v52 = &to[-v125]; v91 = to; *to = to[-v125]; v91[1] = v52[1]; v91[2] = v52[2]; v91[3] = v52[3]; v52 += c_overlap_offset_step1add[v125]; *((_DWORD *)v91 + 1) = *(_DWORD *)v52; if ( v36 > 8 ) { v13 = &v52[-c_overlap_offset_step2sub[v125] + 8]; v163 = v91 + 8; copy_no_overlap_long(v91 + 8, v13, v36 - 8); } to += v36; } else { v165 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v167 = &to[-v165]; v34 = v127 + v21 + 4; if ( v127 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v68 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v68 >= 0xC0 ) { v34 += (v68 - 192) << 8; v34 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v34 += v68; } } if ( &to[v34] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v167, v34); to += v34; } } else { Src = (char *)Src + 2; v123 = &to[-v22]; v89 = v21 + 4; if ( v22 < 8 && v89 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v89 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v89] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v123; *((_QWORD *)to + 1) = *((_QWORD *)v123 + 1); if ( v89 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v123 + 8); to += v89; } } else { Src = (char *)Src + 2; v152 = &to[-v22]; v121 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v121] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 42, "Decode_LZB_OneChunk", "rp+ml <= rpEnd") ) { __debugbreak(); } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v152; *((_DWORD *)to + 2) = *((_DWORD *)v152 + 2); to += v121; $last2: if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 4, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v23 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; length = v23 & 0xF; if ( (unsigned __int64)length <= 8 ) { if ( to + 8 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 123, "Decode_LZB_OneChunk", "rp+8 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 8 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 124, "Decode_LZB_OneChunk", "cp+8 <= comp_end") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)Src; to += length; Src = (char *)Src + length; v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v139 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v139 >> 3; v39 = (v139 >> 3) + 4; if ( v139 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v62 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v62 >= 0xC0 ) { v39 += (v62 - 192) << 8; v39 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v39 += v62; } } if ( &to[v39] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v137 = v22 & 7; v47 = &to[-v137]; v99 = to; *to = to[-v137]; v99[1] = v47[1]; v99[2] = v47[2]; v99[3] = v47[3]; v47 += c_overlap_offset_step1add[v137]; *((_DWORD *)v99 + 1) = *(_DWORD *)v47; if ( v39 > 8 ) { v15 = &v47[-c_overlap_offset_step2sub[v137] + 8]; v175 = v99 + 8; copy_no_overlap_long(v99 + 8, v15, v39 - 8); } to += v39; } else { v177 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v179 = &to[-v177]; v27 = v139 + v21 + 4; if ( v139 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v64 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v64 >= 0xC0 ) { v27 += (v64 - 192) << 8; v27 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v27 += v64; } } if ( &to[v27] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v179, v27); to += v27; } } else { Src = (char *)Src + 2; v135 = &to[-v22]; v97 = v21 + 4; if ( v22 < 8 && v97 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v97 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v97] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v135; *((_QWORD *)to + 1) = *((_QWORD *)v135 + 1); if ( v97 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v135 + 8); to += v97; } } else { Src = (char *)Src + 2; v158 = &to[-v22]; v108 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v108] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v158; *((_DWORD *)to + 2) = *((_DWORD *)v158 + 2); to += v108; } } else { if ( (unsigned __int64)length < 0xF ) { if ( &to[length] >= v20 ) { length = rrPtrDiff32_6(v20 - to); if ( (char *)Src + length <= v195 ) { if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 70, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 71, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 67, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 90, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 16 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 91, "Decode_LZB_OneChunk", "cp+16 <= comp_end") ) { __debugbreak(); } _mm_store_si128((__m128i *)&v190, _mm_loadu_si128((const __m128i *)Src)); _mm_storeu_si128((__m128i *)to, _mm_load_si128((const __m128i *)&v190)); to += length; Src = (char *)Src + length; } else { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 16, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v55 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v55 >= 0xC0 ) { length += (v55 - 192) << 8; length += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { length += v55; } if ( (char *)Src + length > v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 23, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] >= v20 ) { if ( &to[length] <= v20 ) { if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 36, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 32, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 46, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 47, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_long(to, (const char *)Src, length); to += length; Src = (char *)Src + length; if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } v154 = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, v154); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } } v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v133 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v133 >> 3; v37 = (v133 >> 3) + 4; if ( v133 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v74 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v74 >= 0xC0 ) { v37 += (v74 - 192) << 8; v37 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v37 += v74; } } if ( &to[v37] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v131 = v22 & 7; v54 = &to[-v131]; v95 = to; *to = to[-v131]; v95[1] = v54[1]; v95[2] = v54[2]; v95[3] = v54[3]; v54 += c_overlap_offset_step1add[v131]; *((_DWORD *)v95 + 1) = *(_DWORD *)v54; if ( v37 > 8 ) { v14 = &v54[-c_overlap_offset_step2sub[v131] + 8]; v169 = v95 + 8; copy_no_overlap_long(v95 + 8, v14, v37 - 8); } to += v37; } else { v171 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v173 = &to[-v171]; v25 = v133 + v21 + 4; if ( v133 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v79 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v79 >= 0xC0 ) { v25 += (v79 - 192) << 8; v25 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v25 += v79; } } if ( &to[v25] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v173, v25); to += v25; } } else { Src = (char *)Src + 2; v129 = &to[-v22]; v93 = v21 + 4; if ( v22 < 8 && v93 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v93 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v93] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v129; *((_QWORD *)to + 1) = *((_QWORD *)v129 + 1); if ( v93 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v129 + 8); to += v93; } } else { Src = (char *)Src + 2; v156 = &to[-v22]; v106 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v106] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v156; *((_DWORD *)to + 2) = *((_DWORD *)v156 + 2); to += v106; } } } } if ( (unsigned __int64)length < 0xF ) break; if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 16, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v59 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v59 >= 0xC0 ) { length += (v59 - 192) << 8; length += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { length += v59; } if ( (char *)Src + length > v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 23, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] >= v20 ) { if ( &to[length] <= v20 ) { if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 36, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 32, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; } if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 46, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 47, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_long(to, (const char *)Src, length); to += length; Src = (char *)Src + length; if ( Src >= v24 ) { if ( Src >= v195 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp over-read\n", Src); ooLogErrorPost(); return -1i64; } if ( v195 == &v193 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "OODLE ERROR : LZ corruption : LZB comp safe twice\n", Src); ooLogErrorPost(); return -1i64; } v148 = v195 - (_BYTE *)Src; if ( (unsigned __int64)(v195 - (_BYTE *)Src) >= 0x80 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 54, "Decode_LZB_OneChunk", "copy_len < sizeof(cp_safe)") ) { __debugbreak(); } memmove(Dst, Src, v148); v194 = &Dst[-((_BYTE *)Src - v194)]; v195 = &v193; v24 = (char *)&v16 + 1458; Src = Dst; } LABEL_725: v21 = v23 >> 4; if ( (char *)Src + 2 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 6, "Decode_LZB_OneChunk", "cp+2 <= comp_end") ) { __debugbreak(); } v22 = *(unsigned __int16 *)Src; if ( v21 > 8 ) { if ( v21 >= 0xF ) { if ( Src >= v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 95, "Decode_LZB_OneChunk", "cp < comp_end") ) { __debugbreak(); } v119 = v22 & 0x7F; Src = (char *)Src + 1; if ( v22 & 0x80 ) { v21 = v119 >> 3; v44 = (v119 >> 3) + 4; if ( v119 >> 3 == 15 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 117, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v75 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v75 >= 0xC0 ) { v44 += (v75 - 192) << 8; v44 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v44 += v75; } } if ( &to[v44] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 125, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } v117 = v22 & 7; v50 = &to[-v117]; v87 = to; *to = to[-v117]; v87[1] = v50[1]; v87[2] = v50[2]; v87[3] = v50[3]; v50 += c_overlap_offset_step1add[v117]; *((_DWORD *)v87 + 1) = *(_DWORD *)v50; if ( v44 > 8 ) { v12 = &v50[-c_overlap_offset_step2sub[v117] + 8]; v176 = v87 + 8; copy_no_overlap_long(v87 + 8, v12, v44 - 8); } to += v44; } else { v160 = *(unsigned __int16 *)Src; Src = (char *)Src + 2; v161 = &to[-v160]; v32 = v119 + v21 + 4; if ( v119 == 127 ) { if ( (char *)Src + 3 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 177, "Decode_LZB_OneChunk", "cp+3 <= comp_end") ) { __debugbreak(); } v58 = *(unsigned __int8 *)Src; Src = (char *)Src + 1; if ( v58 >= 0xC0 ) { v32 += (v58 - 192) << 8; v32 += *(unsigned __int8 *)Src; Src = (char *)Src + 1; } else { v32 += v58; } } if ( &to[v32] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 185, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } copy_no_overlap_long(to, v161, v32); to += v32; } } else { Src = (char *)Src + 2; v115 = &to[-v22]; v85 = v21 + 4; if ( v22 < 8 && v85 > v22 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 69, "Decode_LZB_OneChunk", "off >= 8 || ml <= off") ) { __debugbreak(); } if ( v85 > 0x12 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 70, "Decode_LZB_OneChunk", "ml <= 18") ) { __debugbreak(); } if ( &to[v85] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 74, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 80, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v115; *((_QWORD *)to + 1) = *((_QWORD *)v115 + 1); if ( v85 > 0x10 ) *((_WORD *)to + 8) = *((_WORD *)v115 + 8); to += v85; } } else { Src = (char *)Src + 2; v150 = &to[-v22]; v104 = v21 + 4; if ( v21 + 4 > 0xC && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 29, "Decode_LZB_OneChunk", "ml <= 12") ) { __debugbreak(); } if ( &to[v104] > v20 ) { ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 38, "OODLE ERROR : LZ corruption : LZB match past end\n", Src); ooLogErrorPost(); return -1i64; } if ( to + 12 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner2.inl", 43, "Decode_LZB_OneChunk", "rp+12 <= rpEnd+8") ) { __debugbreak(); } *(_QWORD *)to = *(_QWORD *)v150; *((_DWORD *)to + 2) = *((_DWORD *)v150 + 2); to += v104; } } if ( &to[length] < v20 ) { if ( to + 16 > v20 + 8 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 90, "Decode_LZB_OneChunk", "rp+16 <= rpEnd+8") ) { __debugbreak(); } if ( (char *)Src + 16 > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 91, "Decode_LZB_OneChunk", "cp+16 <= comp_end") ) { __debugbreak(); } _mm_store_si128((__m128i *)&v188, _mm_loadu_si128((const __m128i *)Src)); _mm_storeu_si128((__m128i *)to, _mm_load_si128((const __m128i *)&v188)); to += length; Src = (char *)Src + length; goto LABEL_725; } length = rrPtrDiff32_6(v20 - to); if ( (char *)Src + length <= v195 ) { if ( &to[length] > v20 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 70, "Decode_LZB_OneChunk", "rp+lrl <= rpEnd") ) { __debugbreak(); } if ( (char *)Src + length > v195 && rrDisplayAssertion( "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 71, "Decode_LZB_OneChunk", "cp+lrl <= comp_end") ) { __debugbreak(); } copy_no_overlap_nooverrun(to, (const char *)Src, length); to += length; Src = (char *)Src + length; goto LABEL_1055; } ooLogErrorPre(); if ( g_fp_OodlePlugin_Printf ) g_fp_OodlePlugin_Printf( 1, "v:\\devel\\projects\\oodle2\\core\\lzb_decode_inner.inl", 67, "OODLE ERROR : LZ corruption : LZB decomp past end\n", Src); ooLogErrorPost(); return -1i64; }