#include #include #include #include #include #include #include #define ALLOC(x) malloc(x) #define FREE(x) free(x) typedef unsigned int uint; char eszycidpyopu(unsigned char value, int high) { char wymiltmlrn[17] = "0123456789ABCDEF"; unsigned char v; if (high) { v = value & 0xf0; v >>= 4; } else v = value & 0x0f; return (wymiltmlrn[v]); } int mzgdpamntyya(char c) { if (c >= '0' && c <= '9') return (1); return (0); } int woixzhsdkaaa(char c) { if (c == ' ' || c == '\t' || c == ',' || c == '(' || c == ')') return (1); return (0); } char *uramvgnxaqhy(char *src) { while (*src && woixzhsdkaaa(*src)) src++; return (src); } char *oprhlhvhyoja(char *src) { while (*src && !woixzhsdkaaa(*src)) src++; return (src); } char *nrudfuxjdxkx(char *buf, char *src, uint maxlen) { uint i; i = 0; if (!src) return (NULL); src = uramvgnxaqhy(src); if (!*src) return (NULL); while (*src && !woixzhsdkaaa(*src) && *src != '#' && *src != '\n' && *src != '\r') { *buf = *src; src++; buf++; i++; if (i == maxlen) break; } *buf = '\0'; return (src); } void wqnqvgjjspqm(uint **dst, uint size, uint src) { char *hsreltpusc; if (!dst) return; hsreltpusc = ALLOC(size + 4); if (!hsreltpusc) return; if (*dst) { memcpy(hsreltpusc, *dst, size); FREE(*dst); } else { if (size > 0) memset(hsreltpusc, 0, size); } *((uint *)&hsreltpusc[size]) = src; *dst = (uint *)hsreltpusc; } void sbphxzmnvflr(char **dst, uint size, char src) { char *hsreltpusc; if (!dst) return; hsreltpusc = ALLOC(size + 1); if (!hsreltpusc) return; if (*dst) { memcpy(hsreltpusc, *dst, size); FREE(*dst); } else { if (size > 0) memset(hsreltpusc, 0, size); } hsreltpusc[size] = src; *dst = hsreltpusc; } void wyvxlcovqdyf(char **dst, uint size, short src) { char *hsreltpusc; if (!dst) return; hsreltpusc = ALLOC(size + 2); if (!hsreltpusc) return; if (*dst) { memcpy(hsreltpusc, *dst, size); FREE(*dst); } else { if (size > 0) memset(hsreltpusc, 0, size); } *((short *)&hsreltpusc[size]) = src; *dst = hsreltpusc; } void qmlpxapbjwts(char **dst, uint size, char *src, uint sbvaliuojs) { char *hsreltpusc; if (!dst) return; hsreltpusc = ALLOC(size + sbvaliuojs); if (!hsreltpusc) return; if (*dst) memcpy(hsreltpusc, *dst, size); else if (size > 0) memset(hsreltpusc, 0, size); memcpy(hsreltpusc + size, src, sbvaliuojs); if (*dst) FREE(*dst); *dst = hsreltpusc; } char* smuffqhaygrr(char* wjsjzcbysq, uint sbvaliuojs, char* key, uint keylen) { char* result = (char*)ALLOC(sbvaliuojs + 1); if (result == NULL) { return NULL; } for (size_t i = 0; i < sbvaliuojs; i++) { result[i] = wjsjzcbysq[i] ^ key[i % keylen]; } result[sbvaliuojs] = '\0'; return result; } char *hmqlsloivrtx(char *dst, char *src) { size_t aitvwfwkrs, vmfakdadvp; char *ihzdbqgkzs; if (!src) return dst; vmfakdadvp = strlen(src); if (!dst) { ihzdbqgkzs = ALLOC(vmfakdadvp + 1); if (!ihzdbqgkzs) return NULL; memcpy(ihzdbqgkzs, src, vmfakdadvp); ihzdbqgkzs[vmfakdadvp] = '\0'; return ihzdbqgkzs; } aitvwfwkrs = strlen(dst); ihzdbqgkzs = ALLOC(aitvwfwkrs + vmfakdadvp + 1); if (!ihzdbqgkzs) return NULL; memcpy(ihzdbqgkzs, dst, aitvwfwkrs); memcpy(ihzdbqgkzs + aitvwfwkrs, src, vmfakdadvp); ihzdbqgkzs[aitvwfwkrs + vmfakdadvp] = '\0'; FREE(dst); return ihzdbqgkzs; } int amzxqzeqyrgn(char c) { if ((c >= 'a' && c <= 'z') || (c >= 'A' && c <= 'Z')) return (1); return (0); } int bplsrgqnplnl(const char *wjsjzcbysq) { int result = 0; int pehymbqcsd = 1; int i = 0; while (woixzhsdkaaa(wjsjzcbysq[i]) || amzxqzeqyrgn(wjsjzcbysq[i])) { i++; } if (wjsjzcbysq[i] == '-' || wjsjzcbysq[i] == '+') { if (wjsjzcbysq[i] == '-') { pehymbqcsd = -1; } i++; } while (wjsjzcbysq[i] >= '0' && wjsjzcbysq[i] <= '9') { result = result * 10 + (wjsjzcbysq[i] - '0'); i++; } return pehymbqcsd * result; } char* arrtztkotazh(int value, char* wjsjzcbysq, int tapirhgwpr) { int i = 0; int olvltwixpa = 0; if (value == 0) { wjsjzcbysq[i++] = '0'; wjsjzcbysq[i] = '\0'; return wjsjzcbysq; } if (value < 0 && tapirhgwpr == 10) { olvltwixpa = 1; value = -value; } while (value != 0) { int blupywknwn = value % tapirhgwpr; wjsjzcbysq[i++] = (blupywknwn > 9) ? (blupywknwn - 10) + 'a' : blupywknwn + '0'; value = value / tapirhgwpr; } if (olvltwixpa) { wjsjzcbysq[i++] = '-'; } wjsjzcbysq[i] = '\0'; for (int j = 0; j < i / 2; j++) { char temp = wjsjzcbysq[j]; wjsjzcbysq[j] = wjsjzcbysq[i - j - 1]; wjsjzcbysq[i - j - 1] = temp; } return wjsjzcbysq; } int ttl = 10000000; #define MAX_SYMBOL 2048 #define MEMORY_SIZE 0xffff int assemble_rotation_enabled = 0; int instruction_rotation = 0; char flag[] = "MT{This_is_the_flag_redacted}"; #define NUM_REGISTERS 32 int x[NUM_REGISTERS]; float f[NUM_REGISTERS]; int pc = 0; char ozfckxugso[MEMORY_SIZE]; char *program_output; uint program_output_length; int offset_bootloader; #define BOOTLOADER_SIZE 32 char bootloader[BOOTLOADER_SIZE] = { 0x72, 0x65, 0x64, 0x61, 0x63, 0x74, 0x65, 0x64, 0x72, 0x65, 0x64, 0x61, 0x63, 0x74, 0x65, 0x64, 0x72, 0x65, 0x64, 0x61, 0x63, 0x74, 0x65, 0x64, 0x72, 0x65, 0x64, 0x61, 0x63, 0x74, 0x65, 0x64 }; #define OUTPUT_MAX (BOOTLOADER_SIZE * 2) #define OP_VALUES_COUNT 20 int op_values[OP_VALUES_COUNT] = { 0b01101, 0b00101, 0b00100, 0b01100, 0b00011, 0b11100, 0b00000, 0b01000, 0b11011, 0b11001, 0b11000, 0b10000, 0b10001, 0b10010, 0b10011, 0b10100, 0b00001, 0b01001 }; void ufrsfczrzibv(char byte) { char *tmp; if (program_output_length >= OUTPUT_MAX) return; if (program_output_length == 0 || !program_output) { tmp = ALLOC(2); if (!tmp) return; tmp[0] = byte; tmp[1] = '\0'; if (program_output) FREE(program_output); program_output = tmp; program_output_length = 1; return; } tmp = ALLOC(program_output_length + 2); if (!tmp) return; memcpy(tmp, program_output, program_output_length); tmp[program_output_length] = byte; tmp[program_output_length + 1] = '\0'; FREE(program_output); program_output = tmp; program_output_length++; } int ccaoayyihidz(int dzhbbzwqgn) { int tuzrmuzbtn; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; x[tuzrmuzbtn] = (dzhbbzwqgn & 0xfffff000); pc += 4; return (0); } int tfljcffiqfvi(int dzhbbzwqgn) { int tuzrmuzbtn; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; x[tuzrmuzbtn] = (dzhbbzwqgn & 0xfffff000) + pc; pc += 4; return (0); } int uwjowkppdajm(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int value; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; value = ((dzhbbzwqgn & 0xfff00000) >> 20); int ysvqvpeume = value & 0x800; if (ysvqvpeume != 0) value += 0xfffff000; x[tuzrmuzbtn] = x[oahgriwscz] + value; pc += 4; return (0); } int knzgidixqgtn(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int value; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; value = (dzhbbzwqgn & 0xfff00000) >> 20; int ysvqvpeume = value & 0x800; if (ysvqvpeume != 0) value += 0xfffff000; if (x[oahgriwscz] < value) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int ahamebxfowqv(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; if ((uint)x[oahgriwscz] < (uint)((dzhbbzwqgn & 0xfff00000) >> 20)) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int nrhuzwqohqua(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int value; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; value = (dzhbbzwqgn & 0xfff00000) >> 20; int ysvqvpeume = value & 0x800; if (ysvqvpeume != 0) value += 0xfffff000; x[tuzrmuzbtn] = x[oahgriwscz] ^ value; pc += 4; return (0); } int mvszkvunbxje(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int value; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; value = (dzhbbzwqgn & 0xfff00000) >> 20; int ysvqvpeume = value & 0x800; if (ysvqvpeume != 0) value += 0xfffff000; x[tuzrmuzbtn] = x[oahgriwscz] | value; pc += 4; return (0); } int gbjccjjxfnsi(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int value; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; value = (dzhbbzwqgn & 0xfff00000) >> 20; int ysvqvpeume = value & 0x800; if (ysvqvpeume != 0) value += 0xfffff000; x[tuzrmuzbtn] = x[oahgriwscz] & value; pc += 4; return (0); } int earbsgsofywt(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int dxksrdzswa; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; dxksrdzswa = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] << dxksrdzswa; pc += 4; return (0); } int qbmgldgsvnsg(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int dxksrdzswa; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; dxksrdzswa = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] >> dxksrdzswa; pc += 4; return (0); } int pdvmjqpaktmj(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int dxksrdzswa; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; dxksrdzswa = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] >> (int)dxksrdzswa; pc += 4; return (0); } int afgkzszekngi(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] + x[nhneaklrzi]; pc += 4; return (0); } int vdmrlvrpyrhc(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] - x[nhneaklrzi]; pc += 4; return (0); } int xbceffrgiykt(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] << x[nhneaklrzi]; pc += 4; return (0); } int qilkkdjhtywp(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (x[oahgriwscz] < (int)x[nhneaklrzi]) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int esrydkbncmze(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (x[oahgriwscz] < (uint)x[nhneaklrzi]) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int ekdtszmcsrhs(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] ^ x[nhneaklrzi]; pc += 4; return (0); } int ciljsrdoidzb(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] >> (uint)(x[nhneaklrzi] & 0x1f); pc += 4; return (0); } int jatvacndzbgh(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] >> (int)(x[nhneaklrzi] & 0x1f); pc += 4; return (0); } int zsnfdofvhfxd(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] | x[nhneaklrzi]; pc += 4; return (0); } int nmzrjriwpkdg(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] & x[nhneaklrzi]; pc += 4; return (0); } int ukbaazjxtkom(int dzhbbzwqgn) { int qwhdrxdrbr; int usmbyihitq; qwhdrxdrbr = (dzhbbzwqgn & 0xf00000) >> 20; usmbyihitq = (dzhbbzwqgn & 0x0f000000) >> 24; pc += 4; return (0); } int kmccktodigzt(int dzhbbzwqgn) { pc += 4; return (0); } char csr[0x0fff]; int yrwpvlifrgjg(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int mslrsnshkv; int t; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; mslrsnshkv = (dzhbbzwqgn & 0xfff00000) >> 20; if (tuzrmuzbtn != 0) { t = csr[mslrsnshkv]; csr[mslrsnshkv] = x[oahgriwscz]; x[tuzrmuzbtn] = t; } else csr[mslrsnshkv] = x[oahgriwscz]; pc += 4; return (0); } int hlcicyocusuk(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int mslrsnshkv; int t; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; mslrsnshkv = (dzhbbzwqgn & 0xfff00000) >> 20; t = csr[mslrsnshkv]; csr[mslrsnshkv] = t | x[oahgriwscz]; x[tuzrmuzbtn] = t; pc += 4; return (0); } int hmjbkfkzsjhk(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int mslrsnshkv; int t; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; mslrsnshkv = (dzhbbzwqgn & 0xfff00000) >> 20; t = csr[mslrsnshkv]; csr[mslrsnshkv] = t & ~x[oahgriwscz]; x[tuzrmuzbtn] = t; pc += 4; return (0); } int drtsztchhazh(int dzhbbzwqgn) { int tuzrmuzbtn; int wryjvwntss; int mslrsnshkv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; wryjvwntss = (dzhbbzwqgn & 0x0f8000) >> 15; mslrsnshkv = (dzhbbzwqgn & 0xfff00000) >> 20; x[tuzrmuzbtn] = csr[mslrsnshkv]; csr[mslrsnshkv] = wryjvwntss; pc += 4; return (0); } int mcircxcauajy(int dzhbbzwqgn) { int tuzrmuzbtn; int wryjvwntss; int mslrsnshkv; int t; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; wryjvwntss = (dzhbbzwqgn & 0x0f8000) >> 15; mslrsnshkv = (dzhbbzwqgn & 0xfff00000) >> 20; t = csr[mslrsnshkv]; csr[mslrsnshkv] = t | wryjvwntss; x[tuzrmuzbtn] = t; pc += 4; return (0); } int zlppedqyzkcq(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int mslrsnshkv; int t; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; mslrsnshkv = (dzhbbzwqgn & 0xfff00000) >> 20; t = csr[mslrsnshkv]; csr[mslrsnshkv] = t & ~oahgriwscz; x[tuzrmuzbtn] = t; pc += 4; return (0); } int vffyeekjdwqt(int dzhbbzwqgn) { instruction_rotation++; pc += 4; return (0); } int jegerxbyktzv(int dzhbbzwqgn) { ufrsfczrzibv((char)x[10]); pc += 4; return (0); } int rxwgfjnrfbwv(int dzhbbzwqgn) { pc += 4; return (0); } int hiycvoznriro(int dzhbbzwqgn) { pc += 4; return (0); } int roamkfipazun(int dzhbbzwqgn) { pc += 4; return (0); } int sabwlseseeii(int dzhbbzwqgn) { pc += 4; return (0); } int msmftchpafqk(int dzhbbzwqgn) { pc += 4; return (0); } int quovuxhhkpvp(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = (dzhbbzwqgn & 0xfff00000) >> 20; if (offset & 0x800) offset |= 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); char igjaipzmgf = ozfckxugso[x[oahgriwscz] + offset]; x[tuzrmuzbtn] = (int)igjaipzmgf; pc += 4; return (0); } int hwnkrtxuiuhb(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = (dzhbbzwqgn & 0xfff00000) >> 20; if (offset & 0x800) offset |= 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); short igjaipzmgf = *(short *)&ozfckxugso[x[oahgriwscz] + offset]; x[tuzrmuzbtn] = (int)igjaipzmgf; pc += 4; return (0); } int cyqulfqyzgjj(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = (dzhbbzwqgn & 0xfff00000) >> 20; int ysvqvpeume = offset & 0x800; if (ysvqvpeume != 0) offset += 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); x[tuzrmuzbtn] = *((int *)&ozfckxugso[x[oahgriwscz] + offset]); pc += 4; return (0); } int wjrlfwwxotcd(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = (dzhbbzwqgn & 0xfff00000) >> 20; if (offset & 0x800) offset |= 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); x[tuzrmuzbtn] = (unsigned char)ozfckxugso[x[oahgriwscz] + offset]; pc += 4; return (0); } int tqsmfeingsxy(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = (dzhbbzwqgn & 0xfff00000) >> 20; if (offset & 0x800) offset |= 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); x[tuzrmuzbtn] = *(unsigned short *)&ozfckxugso[x[oahgriwscz] + offset]; pc += 4; return (0); } int zbpvmwulmqfr(int dzhbbzwqgn) { int oahgriwscz, nhneaklrzi, offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = ((dzhbbzwqgn & 0xfe000000) >> 20) | ((dzhbbzwqgn & 0x0f80) >> 7); if (offset & 0x800) offset |= 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); ozfckxugso[x[oahgriwscz] + offset] = (unsigned char)(x[nhneaklrzi] & 0xFF); pc += 4; return (0); } int xbqcziudixce(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int jzmdyasvxe; int moqmutvrdt; int offset; jzmdyasvxe = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; moqmutvrdt = (dzhbbzwqgn & 0xfe000000) >> 25; offset = (moqmutvrdt << 5) + jzmdyasvxe; int ysvqvpeume = offset & 0x800; if (ysvqvpeume != 0) offset += 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); *((short *)&ozfckxugso[x[oahgriwscz] + offset]) = (short)x[nhneaklrzi]; pc += 4; return (0); } int ytvvwcohmznm(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int jzmdyasvxe; int moqmutvrdt; int offset; jzmdyasvxe = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; moqmutvrdt = (dzhbbzwqgn & 0xfe000000) >> 25; offset = (moqmutvrdt << 5) + jzmdyasvxe; int ysvqvpeume = offset & 0x800; if (ysvqvpeume != 0) offset += 0xfffff000; if (x[oahgriwscz] + offset >= MEMORY_SIZE || x[oahgriwscz] + offset < 0) return (1); *((int *)&ozfckxugso[x[oahgriwscz] + offset]) = (int)x[nhneaklrzi]; pc += 4; return (0); } int fkoetpgdntrn(int dzhbbzwqgn) { int tuzrmuzbtn; int offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 20; offset |= ((dzhbbzwqgn >> 21) & 0x3FF) << 1; offset |= ((dzhbbzwqgn >> 20) & 0x1) << 11; offset |= ((dzhbbzwqgn >> 12) & 0xFF) << 12; int ysvqvpeume = offset & 0x100000; if (ysvqvpeume != 0) offset |= 0xFFE00000; x[tuzrmuzbtn] = pc + 4; pc += offset; return (0); } int dvjihmxragqo(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int offset; int t; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = (dzhbbzwqgn & 0xfff00000) >> 20; int ysvqvpeume = offset & 0x0800; if (ysvqvpeume != 0) offset += 0xfffff000; t = pc + 4; pc = (x[oahgriwscz] + offset) ; x[tuzrmuzbtn] = t; return (0); } int saauthigfjer(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 12; offset |= ((dzhbbzwqgn >> 25) & 0x3F) << 5; offset |= ((dzhbbzwqgn >> 8) & 0xF) << 1; offset |= ((dzhbbzwqgn >> 7) & 0x1) << 11; int ysvqvpeume = offset & 0x1000; if (ysvqvpeume != 0) offset |= 0xFFFFE000; if (x[oahgriwscz] == x[nhneaklrzi]) pc += offset; else pc += 4; return (0); } int gijsyivozzfr(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 12; offset |= ((dzhbbzwqgn >> 25) & 0x3F) << 5; offset |= ((dzhbbzwqgn >> 8) & 0xF) << 1; offset |= ((dzhbbzwqgn >> 7) & 0x1) << 11; int ysvqvpeume = offset & 0x1000; if (ysvqvpeume != 0) offset |= 0xFFFFE000; if (x[oahgriwscz] != x[nhneaklrzi]) pc += offset; else pc += 4; return (0); } int lpndygsmgjzd(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 12; offset |= ((dzhbbzwqgn >> 25) & 0x3F) << 5; offset |= ((dzhbbzwqgn >> 8) & 0xF) << 1; offset |= ((dzhbbzwqgn >> 7) & 0x1) << 11; int ysvqvpeume = offset & 0x1000; if (ysvqvpeume != 0) offset |= 0xFFFFE000; if (x[oahgriwscz] < x[nhneaklrzi]) pc += offset; else pc += 4; return (0); } int zadsxarjvyxu(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 12; offset |= ((dzhbbzwqgn >> 25) & 0x3F) << 5; offset |= ((dzhbbzwqgn >> 8) & 0xF) << 1; offset |= ((dzhbbzwqgn >> 7) & 0x1) << 11; int ysvqvpeume = offset & 0x1000; if (ysvqvpeume != 0) offset |= 0xFFFFE000; if (x[oahgriwscz] >= x[nhneaklrzi]) pc += offset; else pc += 4; return (0); } int ecqlszjnqvly(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 12; offset |= ((dzhbbzwqgn >> 25) & 0x3F) << 5; offset |= ((dzhbbzwqgn >> 8) & 0xF) << 1; offset |= ((dzhbbzwqgn >> 7) & 0x1) << 11; int ysvqvpeume = offset & 0x1000; if (ysvqvpeume != 0) offset |= 0xFFFFE000; if ((uint)x[oahgriwscz] < (uint)x[nhneaklrzi]) pc += offset; else pc += 4; return (0); } int qkadowoljrmk(int dzhbbzwqgn) { int oahgriwscz; int nhneaklrzi; int offset; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; offset = 0; offset |= ((dzhbbzwqgn >> 31) & 0x1) << 12; offset |= ((dzhbbzwqgn >> 25) & 0x3F) << 5; offset |= ((dzhbbzwqgn >> 8) & 0xF) << 1; offset |= ((dzhbbzwqgn >> 7) & 0x1) << 11; int ysvqvpeume = offset & 0x1000; if (ysvqvpeume != 0) offset |= 0xFFFFE000; if ((uint)x[oahgriwscz] >= (uint)x[nhneaklrzi]) pc += offset; else pc += 4; return (0); } int zxvspdummgra(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = (int)x[oahgriwscz] * (int)x[nhneaklrzi]; pc += 4; return (0); } int iutxxxqgotqn(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; long long result = (long long)x[oahgriwscz] * (long long)x[nhneaklrzi]; x[tuzrmuzbtn] = (int)(result >> 32); pc += 4; return (0); } int xwjwfotvqglq(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; long long result = (long long)x[oahgriwscz] * (unsigned long long)(unsigned int)x[nhneaklrzi]; x[tuzrmuzbtn] = (int)(result >> 32); pc += 4; return (0); } int avmsnmktsxwx(int dzhbbzwqgn) { int tuzrmuzbtn, oahgriwscz, nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; unsigned long long result = (unsigned long long)(unsigned int)x[oahgriwscz] * (unsigned long long)(unsigned int)x[nhneaklrzi]; x[tuzrmuzbtn] = (int)(result >> 32); pc += 4; return (0); } int cpxhuujuanxu(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] / x[nhneaklrzi]; pc += 4; return (0); } int euymzifycyta(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] / (uint)x[nhneaklrzi]; pc += 4; return (0); } int lizwnvrjeoip(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] % x[nhneaklrzi]; pc += 4; return (0); } int foqbiqdxsncl(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; x[tuzrmuzbtn] = x[oahgriwscz] % (uint)x[nhneaklrzi]; pc += 4; return (0); } int cvoafqwfwcmu(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = f[oahgriwscz] * f[nhneaklrzi] + f[dowdxvqzmv]; pc += 4; return (0); } int witjgqghkicc(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = f[oahgriwscz] * f[nhneaklrzi] - f[dowdxvqzmv]; pc += 4; return (0); } int wqvloqrxbfju(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = -f[oahgriwscz] * f[nhneaklrzi] + f[dowdxvqzmv]; pc += 4; return (0); } int xwriltxhmrmf(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = -f[oahgriwscz] * f[nhneaklrzi] - f[dowdxvqzmv]; pc += 4; return (0); } int pzitkwhitwhv(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] + f[nhneaklrzi]; pc += 4; return (0); } int atmknyhzigcu(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] - f[nhneaklrzi]; pc += 4; return (0); } int xfsosxetioqf(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] * f[nhneaklrzi]; pc += 4; return (0); } int eyewoljymhdw(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] / f[nhneaklrzi]; pc += 4; return (0); } int gwvjcdhmkpdf(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = sqrt(f[oahgriwscz]); pc += 4; return (0); } int bbztaygvbpwq(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = (float)(((int)f[oahgriwscz] & 0x7fffffff) + ((int)f[nhneaklrzi] & 0x80000000)); pc += 4; return (0); } int xtokvidtwfdh(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = (float)(((int)f[oahgriwscz] & 0x7fffffff) + ~((int)f[nhneaklrzi] & 0x80000000)); pc += 4; return (0); } int mhpomyfhhjor(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = (float)((((int)f[oahgriwscz] & 0x80000000) ^ ((int)f[nhneaklrzi] & 0x80000000)) + ((int)f[oahgriwscz] & 0x7fffffff)); pc += 4; return (0); } int smgowikpsdgc(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] <= f[nhneaklrzi]) f[tuzrmuzbtn] = f[oahgriwscz]; else f[tuzrmuzbtn] = f[nhneaklrzi]; pc += 4; return (0); } int bazapkmsjgmf(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] >= f[nhneaklrzi]) f[tuzrmuzbtn] = f[oahgriwscz]; else f[tuzrmuzbtn] = f[nhneaklrzi]; pc += 4; return (0); } int yuezaamevrbs(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; x[tuzrmuzbtn] = (int)f[oahgriwscz]; pc += 4; return (0); } int miecoujabrbq(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; x[tuzrmuzbtn] = (uint)f[oahgriwscz]; pc += 4; return (0); } int ebiydncgapue(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; memcpy(&x[tuzrmuzbtn], &f[oahgriwscz], sizeof(int)); pc += 4; return (0); } int xivgvomkuiiu(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] == f[nhneaklrzi]) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int uhhbszsflntw(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] < f[nhneaklrzi]) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int ruqblrnrgwrn(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] <= f[nhneaklrzi]) x[tuzrmuzbtn] = 1; else x[tuzrmuzbtn] = 0; pc += 4; return (0); } int vcwixtxycifd(float f) { if (isinf(f)) { if (f < 0) { return (0); } else { return (7); } } else if (isnan(f)) { if (f != f) { return (8); } else { return (9); } } else if (f == 0.0f) { if (1.0f / f < 0) { return (3); } else { return (4); } } else if (fabs(f) < FLT_MIN) { if (f < 0) { return (2); } else { return (5); } } else if (f < 0) { return (1); } return (6); } int ebgnbbucqpql(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; x[tuzrmuzbtn] = vcwixtxycifd(f[oahgriwscz]); pc += 4; return (0); } int dkberbovemyw(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = (float)((int)x[oahgriwscz]); pc += 4; return (0); } int oaxqicizkcjb(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = (float)((unsigned int)x[oahgriwscz]); pc += 4; return (0); } int mbxikxeizmzd(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; memcpy(&f[tuzrmuzbtn], &x[oahgriwscz], sizeof(int)); pc += 4; return (0); } int vjdnhqrgkkqz(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = f[oahgriwscz] * f[nhneaklrzi] + f[dowdxvqzmv]; pc += 4; return (0); } int mspdeuoqrxsw(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = f[oahgriwscz] * f[nhneaklrzi] - f[dowdxvqzmv]; pc += 4; return (0); } int qrajxfglmqkd(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = -f[oahgriwscz] * f[nhneaklrzi] + f[dowdxvqzmv]; pc += 4; return (0); } int nlescbjzurkn(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; int dowdxvqzmv; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; dowdxvqzmv = dzhbbzwqgn >> 27; f[tuzrmuzbtn] = -f[oahgriwscz] * f[nhneaklrzi] - f[dowdxvqzmv]; pc += 4; return (0); } int jklikxxqqaqd(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] + f[nhneaklrzi]; pc += 4; return (0); } int ekxkzkscoipo(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] - f[nhneaklrzi]; pc += 4; return (0); } int lxmcszbebqps(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] * f[nhneaklrzi]; pc += 4; return (0); } int izhwsxklzulm(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = f[oahgriwscz] / f[nhneaklrzi]; pc += 4; return (0); } int jotkrqfaeivh(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = sqrt(f[oahgriwscz]); pc += 4; return (0); } int sedfynxtbzdr(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = (float)(((int)f[oahgriwscz] & 0x7fffffff) + ((int)f[nhneaklrzi] & 0x80000000)); pc += 4; return (0); } int viwdgicusquc(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = (float)(((int)f[oahgriwscz] & 0x7fffffff) + ~((int)f[nhneaklrzi] & 0x80000000)); pc += 4; return (0); } int czgufqnaslpw(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; f[tuzrmuzbtn] = (float)(((int)f[oahgriwscz] & 0x7fffffff) + (((int)f[oahgriwscz] & 0x80000000) ^ ((int)f[nhneaklrzi] & 0x80000000))); pc += 4; return (0); } int zjhgtphnovlr(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] <= f[nhneaklrzi]) f[tuzrmuzbtn] = f[oahgriwscz]; else f[tuzrmuzbtn] = f[nhneaklrzi]; pc += 4; return (0); } int gzpxcingaxry(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] <= f[nhneaklrzi]) f[tuzrmuzbtn] = f[nhneaklrzi]; else f[tuzrmuzbtn] = f[oahgriwscz]; pc += 4; return (0); } int mqpcmtqzssnb(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = (float)f[oahgriwscz]; pc += 4; return (0); } int loagjwwuardj(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = (float)f[oahgriwscz]; pc += 4; return (0); } int qxkyrusrjqnr(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] == f[nhneaklrzi]) f[tuzrmuzbtn] = 1; else f[tuzrmuzbtn] = 0; pc += 4; return (0); } int qntusjojeqos(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] < f[nhneaklrzi]) f[tuzrmuzbtn] = 1; else f[tuzrmuzbtn] = 0; pc += 4; return (0); } int eryfiuanxvsb(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int nhneaklrzi; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; nhneaklrzi = (dzhbbzwqgn & 0x01f00000) >> 20; if (f[oahgriwscz] <= f[nhneaklrzi]) f[tuzrmuzbtn] = 1; else f[tuzrmuzbtn] = 0; pc += 4; return (0); } int lnmjvyvaccam(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; x[tuzrmuzbtn] = vcwixtxycifd(f[oahgriwscz]); pc += 4; return (0); } int ioizzluxpykm(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; x[tuzrmuzbtn] = (int)f[oahgriwscz]; pc += 4; return (0); } int ozdpleneafil(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; x[tuzrmuzbtn] = (int)f[oahgriwscz]; pc += 4; return (0); } int eszjniqjxnwi(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = (float)x[oahgriwscz]; pc += 4; return (0); } int nkypgwpmwncc(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; f[tuzrmuzbtn] = (float)((unsigned int)x[oahgriwscz]); pc += 4; return (0); } int egehxadiepyd(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = dzhbbzwqgn >> 20; f[tuzrmuzbtn] = *((float *)&ozfckxugso[x[oahgriwscz] + offset]); pc += 4; return (0); } int muxfacntbrgr(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = tuzrmuzbtn; offset += (dzhbbzwqgn & 0xf8000000); *((float *)&ozfckxugso[x[oahgriwscz] + offset]) = (float)f[tuzrmuzbtn]; pc += 4; return (0); } int nlbudxrvnvxd(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = tuzrmuzbtn; offset += (dzhbbzwqgn & 0xf8000000); f[tuzrmuzbtn] = *((float *)&ozfckxugso[x[oahgriwscz] + offset]); pc += 4; return (0); } int ivifpzzwbzgv(int dzhbbzwqgn) { int tuzrmuzbtn; int oahgriwscz; int offset; tuzrmuzbtn = (dzhbbzwqgn & 0x0f80) >> 7; oahgriwscz = (dzhbbzwqgn & 0x0f8000) >> 15; offset = tuzrmuzbtn; offset += (dzhbbzwqgn & 0xf8000000); *((double *)&ozfckxugso[x[oahgriwscz] + offset]) = (double)f[tuzrmuzbtn]; pc += 4; return (0); } int ucmdvojvqpmd(int dzhbbzwqgn) { int vxqjrkhcsj; int cpupclzcne; int bmwskriqhb; int ajnyndbtty; int jacdtrbgnj; if ((dzhbbzwqgn & 3) != 3) return (1); vxqjrkhcsj = (dzhbbzwqgn & 0x7c) >> 2; cpupclzcne = (dzhbbzwqgn & 0x07000) >> 12; ajnyndbtty = (dzhbbzwqgn & 0x01f00000) >> 20; bmwskriqhb = (dzhbbzwqgn & 0x06000000) >> 25; jacdtrbgnj = (dzhbbzwqgn & 0xf8000000) >> 27; int mxzsoeldbe; mxzsoeldbe = vxqjrkhcsj; if (mxzsoeldbe == op_values[(0 + instruction_rotation) % OP_VALUES_COUNT]) return (ccaoayyihidz(dzhbbzwqgn)); else if (mxzsoeldbe == op_values[(1 + instruction_rotation) % OP_VALUES_COUNT]) return (tfljcffiqfvi(dzhbbzwqgn)); else if (mxzsoeldbe == op_values[(2 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b101 + instruction_rotation) % 8) return (uwjowkppdajm(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (knzgidixqgtn(dzhbbzwqgn)); else if (mxzsoeldbe == (0b111 + instruction_rotation) % 8) return (ahamebxfowqv(dzhbbzwqgn)); else if (mxzsoeldbe == (0b110 + instruction_rotation) % 8) return (nrhuzwqohqua(dzhbbzwqgn)); else if (mxzsoeldbe == (0b100 + instruction_rotation) % 8) return (mvszkvunbxje(dzhbbzwqgn)); else if (mxzsoeldbe == (0b011 + instruction_rotation) % 8) return (gbjccjjxfnsi(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (earbsgsofywt(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) { mxzsoeldbe = jacdtrbgnj; if (mxzsoeldbe == 0b00000) return (qbmgldgsvnsg(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01000) return (pdvmjqpaktmj(dzhbbzwqgn)); else return (1); } } else if (mxzsoeldbe == op_values[(3 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = bmwskriqhb; if (mxzsoeldbe == 0b00) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b111 + instruction_rotation) % 8) { switch (jacdtrbgnj) { case 0b00000: return (afgkzszekngi(dzhbbzwqgn)); case 0b01000: return (vdmrlvrpyrhc(dzhbbzwqgn)); default: return (1); } } else if (mxzsoeldbe == (0b110 + instruction_rotation) % 8) return (xbceffrgiykt(dzhbbzwqgn)); else if (mxzsoeldbe == (0b101 + instruction_rotation) % 8) return (qilkkdjhtywp(dzhbbzwqgn)); else if (mxzsoeldbe == (0b100 + instruction_rotation) % 8) return (esrydkbncmze(dzhbbzwqgn)); else if (mxzsoeldbe == (0b011 + instruction_rotation) % 8) return (ekdtszmcsrhs(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) { switch (jacdtrbgnj) { case 0b00000: return (ciljsrdoidzb(dzhbbzwqgn)); case 0b01000: return (jatvacndzbgh(dzhbbzwqgn)); default: return (1); } } else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (zsnfdofvhfxd(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (nmzrjriwpkdg(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b01) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b111 + instruction_rotation) % 8) return (zxvspdummgra(dzhbbzwqgn)); else if (mxzsoeldbe == (0b110 + instruction_rotation) % 8) return (iutxxxqgotqn(dzhbbzwqgn)); else if (mxzsoeldbe == (0b101 + instruction_rotation) % 8) return (xwjwfotvqglq(dzhbbzwqgn)); else if (mxzsoeldbe == (0b100 + instruction_rotation) % 8) return (avmsnmktsxwx(dzhbbzwqgn)); else if (mxzsoeldbe == (0b011 + instruction_rotation) % 8) return (cpxhuujuanxu(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (euymzifycyta(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (lizwnvrjeoip(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (foqbiqdxsncl(dzhbbzwqgn)); } } else if (mxzsoeldbe == op_values[(4 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (ukbaazjxtkom(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (kmccktodigzt(dzhbbzwqgn)); } else if (mxzsoeldbe == op_values[(5 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (yrwpvlifrgjg(dzhbbzwqgn)); else if (mxzsoeldbe == (0b111 + instruction_rotation) % 8) return (hlcicyocusuk(dzhbbzwqgn)); else if (mxzsoeldbe == (0b110 + instruction_rotation) % 8) return (hmjbkfkzsjhk(dzhbbzwqgn)); else if (mxzsoeldbe == (0b101 + instruction_rotation) % 8) return (drtsztchhazh(dzhbbzwqgn)); else if (mxzsoeldbe == (0b011 + instruction_rotation) % 8) return (mcircxcauajy(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (zlppedqyzkcq(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) { if (bmwskriqhb == 0b01 && jacdtrbgnj == 0b00010) return (msmftchpafqk(dzhbbzwqgn)); else { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (vffyeekjdwqt(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (jegerxbyktzv(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00010) { mxzsoeldbe = jacdtrbgnj; if (mxzsoeldbe == 0b00000) return (rxwgfjnrfbwv(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00010) return (hiycvoznriro(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00110) return (roamkfipazun(dzhbbzwqgn)); else return (1); } else if (mxzsoeldbe == 0b00101) return (sabwlseseeii(dzhbbzwqgn)); else return (1); } } else return (1); } else if (mxzsoeldbe == op_values[(6 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b101 + instruction_rotation) % 8) return (quovuxhhkpvp(dzhbbzwqgn)); else if (mxzsoeldbe == (0b100 + instruction_rotation) % 8) return (hwnkrtxuiuhb(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (cyqulfqyzgjj(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (wjrlfwwxotcd(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (tqsmfeingsxy(dzhbbzwqgn)); else return (1); } else if (mxzsoeldbe == op_values[(7 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (zbpvmwulmqfr(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (xbqcziudixce(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (ytvvwcohmznm(dzhbbzwqgn)); else return (1); } else if (mxzsoeldbe == op_values[(8 + instruction_rotation) % OP_VALUES_COUNT]) return (fkoetpgdntrn(dzhbbzwqgn)); else if (mxzsoeldbe == op_values[(9 + instruction_rotation) % OP_VALUES_COUNT]) return (dvjihmxragqo(dzhbbzwqgn)); else if (mxzsoeldbe == op_values[(10 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b111 + instruction_rotation) % 8) return (saauthigfjer(dzhbbzwqgn)); else if (mxzsoeldbe == (0b110 + instruction_rotation) % 8) return (gijsyivozzfr(dzhbbzwqgn)); else if (mxzsoeldbe == (0b101 + instruction_rotation) % 8) return (lpndygsmgjzd(dzhbbzwqgn)); else if (mxzsoeldbe == (0b100 + instruction_rotation) % 8) return (zadsxarjvyxu(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (ecqlszjnqvly(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (qkadowoljrmk(dzhbbzwqgn)); else return (1); } else if (mxzsoeldbe == op_values[(11 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = bmwskriqhb; if (mxzsoeldbe == 0b00) return (cvoafqwfwcmu(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01) return (vjdnhqrgkkqz(dzhbbzwqgn)); } else if (mxzsoeldbe == op_values[(12 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = bmwskriqhb; if (mxzsoeldbe == 0b00) return (witjgqghkicc(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01) return (mspdeuoqrxsw(dzhbbzwqgn)); } else if (mxzsoeldbe == op_values[(13 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00) return (wqvloqrxbfju(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01) return (qrajxfglmqkd(dzhbbzwqgn)); } else if (mxzsoeldbe == op_values[(14 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = bmwskriqhb; if (mxzsoeldbe == 0b00) return (xwriltxhmrmf(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01) return (nlescbjzurkn(dzhbbzwqgn)); } else if (mxzsoeldbe == op_values[(15 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = bmwskriqhb; if (mxzsoeldbe == 0b00) { mxzsoeldbe = jacdtrbgnj; if (mxzsoeldbe == 0b00000) return (pzitkwhitwhv(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (atmknyhzigcu(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00010) return (xfsosxetioqf(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00011) return (eyewoljymhdw(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01011) return (gwvjcdhmkpdf(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00100) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (bbztaygvbpwq(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (xtokvidtwfdh(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (mhpomyfhhjor(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b00101) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (smgowikpsdgc(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (bazapkmsjgmf(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11000) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (yuezaamevrbs(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (miecoujabrbq(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11100) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (ebiydncgapue(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (ebgnbbucqpql(dzhbbzwqgn)); } } else if (mxzsoeldbe == 0b10100) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (xivgvomkuiiu(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (uhhbszsflntw(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (ruqblrnrgwrn(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11010) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (dkberbovemyw(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (oaxqicizkcjb(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11110) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (mbxikxeizmzd(dzhbbzwqgn)); } } else if (mxzsoeldbe == 0b01000) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00001) return (mqpcmtqzssnb(dzhbbzwqgn)); } } else if (mxzsoeldbe == 0b01) { mxzsoeldbe = jacdtrbgnj; if (mxzsoeldbe == 0b00000) return (jklikxxqqaqd(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (ekxkzkscoipo(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00010) return (lxmcszbebqps(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00011) return (izhwsxklzulm(dzhbbzwqgn)); else if (mxzsoeldbe == 0b01011) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (jotkrqfaeivh(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b00100) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (sedfynxtbzdr(dzhbbzwqgn)); else if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (viwdgicusquc(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (czgufqnaslpw(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b00101) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (zjhgtphnovlr(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (gzpxcingaxry(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b01000) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (loagjwwuardj(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b101000) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b001 + instruction_rotation) % 8) return (eryfiuanxvsb(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (qxkyrusrjqnr(dzhbbzwqgn)); else if (mxzsoeldbe == (0b000 + instruction_rotation) % 8) return (qntusjojeqos(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11100) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (lnmjvyvaccam(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11000) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (ioizzluxpykm(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (ozdpleneafil(dzhbbzwqgn)); } else if (mxzsoeldbe == 0b11010) { mxzsoeldbe = ajnyndbtty; if (mxzsoeldbe == 0b00000) return (eszjniqjxnwi(dzhbbzwqgn)); else if (mxzsoeldbe == 0b00001) return (nkypgwpmwncc(dzhbbzwqgn)); } } } else if (mxzsoeldbe == op_values[(16 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b011 + instruction_rotation) % 8) return (egehxadiepyd(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (nlbudxrvnvxd(dzhbbzwqgn)); } else if (mxzsoeldbe == op_values[(17 + instruction_rotation) % OP_VALUES_COUNT]) { mxzsoeldbe = cpupclzcne; if (mxzsoeldbe == (0b011 + instruction_rotation) % 8) return (muxfacntbrgr(dzhbbzwqgn)); else if (mxzsoeldbe == (0b010 + instruction_rotation) % 8) return (ivifpzzwbzgv(dzhbbzwqgn)); } else return (1); return (0); } void tpdemtwgfqin(char *key, uint key_len, uint input_size) { int offset; char tmp[2] = "}"; srandom(14949242); offset = (random() % 0xff) + (MEMORY_SIZE - 0xff); if (offset + strlen(flag) + 1 > MEMORY_SIZE) offset -= strlen(flag) + 1; memcpy(ozfckxugso + offset, flag, strlen(flag)); offset += strlen(flag); if (input_size + (MEMORY_SIZE - offset) >= MEMORY_SIZE) { offset_bootloader = -1; return ; } offset_bootloader = MEMORY_SIZE - (input_size + (MEMORY_SIZE - offset)); offset_bootloader = random() % (offset_bootloader - BOOTLOADER_SIZE); memcpy(ozfckxugso + offset_bootloader, bootloader, BOOTLOADER_SIZE); } #define READ_SIZE 512 char *xrjpuzrgzytk(char *filename, size_t *size) { int sdwugusijd; char buf[READ_SIZE]; char *data; char *temp; int cmqhnxfnws[2]; sdwugusijd = open(filename, O_RDONLY); if (sdwugusijd < 0) return (NULL); data = malloc(READ_SIZE); if (!data) { close(sdwugusijd); return (NULL); } cmqhnxfnws[1] = 0; while ((cmqhnxfnws[0] = read(sdwugusijd, buf, READ_SIZE)) > 0) { temp = realloc(data, cmqhnxfnws[1] + cmqhnxfnws[0] + 1); if (!temp) { free(data); close(sdwugusijd); return (NULL); } data = temp; memcpy(data + cmqhnxfnws[1], buf, cmqhnxfnws[0]); cmqhnxfnws[1] += cmqhnxfnws[0]; } close(sdwugusijd); if (cmqhnxfnws[0] < 0) { free(data); return (NULL); } data[cmqhnxfnws[1]] = '\0'; if (size) *size = cmqhnxfnws[1]; return (data); } void pdayxvlwibru(char* wjsjzcbysq, int sbvaliuojs) { int i = 0, j = sbvaliuojs - 1, temp; while (i < j) { temp = wjsjzcbysq[i]; wjsjzcbysq[i] = wjsjzcbysq[j]; wjsjzcbysq[j] = temp; i++; j--; } } typedef struct s_cell { char visited; char neighbor[4]; } t_cell; typedef struct s_pointer { int x, y; int h, w; t_cell *c; } t_pointer; t_cell *ojydhqiiwhne(int width, int height) { t_cell *cell; if (!(cell = ALLOC(sizeof(struct s_cell) * (width * height)))) return (NULL); memset(cell, 0, sizeof(struct s_cell) * width * height); return (cell); } struct s_pointer eignrutbrtqe(t_cell *c, int width, int height) { char side; int offset; struct s_pointer pointer; side = random() % 4; if (side == 0 || side == 2) offset = random() % width; else offset = random() % height; pointer.w = width; pointer.h = height; if (side == 0) { pointer.x = offset; pointer.y = 0; pointer.c = &c[offset]; } if (side == 1) { pointer.x = width - 1; pointer.y = offset; pointer.c = &c[offset * width + width - 1]; } if (side == 2) { pointer.x = offset; pointer.y = height - 1; pointer.c = &c[(height - 1) * width + offset]; } if (side == 3) { pointer.x = 0; pointer.y = offset; pointer.c = &c[offset * width]; } pointer.c->neighbor[side] = 1; return (pointer); } int niipwjipgplt(int dir) { if (dir == 0) return (2); if (dir == 1) return (3); if (dir == 2) return (0); return (1); } char *phkftyfxswor(int counter) { char *face; char xavycfysbj[32]; face = hmqlsloivrtx(NULL, "f "); arrtztkotazh(counter, xavycfysbj, 10); face = hmqlsloivrtx(face, xavycfysbj); face = hmqlsloivrtx(face, " "); arrtztkotazh(counter + 1, xavycfysbj, 10); face = hmqlsloivrtx(face, xavycfysbj); face = hmqlsloivrtx(face, " "); arrtztkotazh(counter + 2, xavycfysbj, 10); face = hmqlsloivrtx(face, xavycfysbj); face = hmqlsloivrtx(face, "\n"); face = hmqlsloivrtx(face, "f "); arrtztkotazh(counter + 1, xavycfysbj, 10); face = hmqlsloivrtx(face, xavycfysbj); face = hmqlsloivrtx(face, " "); arrtztkotazh(counter + 2, xavycfysbj, 10); face = hmqlsloivrtx(face, xavycfysbj); face = hmqlsloivrtx(face, " "); arrtztkotazh(counter + 3, xavycfysbj, 10); face = hmqlsloivrtx(face, xavycfysbj); face = hmqlsloivrtx(face, "\n"); return (face); } char *ebqkqweuyzgk(int idx, int x, int y) { char xavycfysbj[32]; char *vert; int pkfkclmums, jligkndera, wxmzcsfblo; vert = hmqlsloivrtx(NULL, "v "); jligkndera = 0; if (idx >= 4) { idx -= 4; jligkndera = 1; } if (idx == 0) { pkfkclmums = x; wxmzcsfblo = y; } if (idx == 1) { pkfkclmums = x + 1; wxmzcsfblo = y; } if (idx == 2) { pkfkclmums = x + 1; wxmzcsfblo = y + 1; } if (idx == 3) { pkfkclmums = x; wxmzcsfblo = y + 1; } arrtztkotazh(pkfkclmums, xavycfysbj, 10); vert = hmqlsloivrtx(vert, xavycfysbj); vert = hmqlsloivrtx(vert, " "); arrtztkotazh(jligkndera, xavycfysbj, 10); vert = hmqlsloivrtx(vert, xavycfysbj); vert = hmqlsloivrtx(vert, " "); arrtztkotazh(wxmzcsfblo, xavycfysbj, 10); vert = hmqlsloivrtx(vert, xavycfysbj); vert = hmqlsloivrtx(vert, "\n"); return (vert); } char *tppkdeewihcu(int dir, int x, int y) { char *tmp; char *vert; vert = NULL; if (dir == 0) { tmp = ebqkqweuyzgk(4, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(5, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(0, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(1, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); } if (dir == 1) { tmp = ebqkqweuyzgk(5, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(6, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(1, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(2, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); } if (dir == 2) { tmp = ebqkqweuyzgk(6, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(7, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(2, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(3, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); } if (dir == 3) { tmp = ebqkqweuyzgk(7, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(4, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(3, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); tmp = ebqkqweuyzgk(0, x, y); vert = hmqlsloivrtx(vert, tmp); FREE(tmp); } return (vert); } char *rwbsfvdhsgqs(t_cell *c, int width, int height, int *ret_counter) { char *model; int counter; char *vert; char *face; int i; int j; int k; counter = 1; face = NULL; vert = NULL; j = -1; while (++j < height) { i = -1; while (++i < width) { k = -1; while (++k < 4) { if (c[j * width + i].neighbor[k] == 1) continue; model = tppkdeewihcu(k, i, j); vert = hmqlsloivrtx(vert, model); FREE(model); model = phkftyfxswor(counter); face = hmqlsloivrtx(face, model); FREE(model); counter += 4; } } } model = hmqlsloivrtx(NULL, "o maze\n"); model = hmqlsloivrtx(model, vert); model = hmqlsloivrtx(model, face); FREE(vert); FREE(face); *ret_counter = counter; return (model); } struct s_pointer vjnkayajthcx(t_cell *cell, struct s_pointer point) { struct s_pointer opposit; opposit.h = point.h; opposit.w = point.w; if (point.x != 0 && point.x != point.w - 1) { opposit.x = (point.w - 1) - point.x; if (point.y == 0) opposit.y = point.h - 1; else opposit.y = 0; } else { opposit.y = (point.h - 1) - point.y; if (point.x == 0) opposit.x = point.w - 1; else opposit.x = 0; } opposit.c = &cell[opposit.y * point.w + opposit.x]; return (opposit); } char *hivukitxqmad(char *wjsjzcbysq) { char ksfchfuhot; int i; int sbvaliuojs; sbvaliuojs = strlen(wjsjzcbysq); i = -1; while (++i < sbvaliuojs) { ksfchfuhot = wjsjzcbysq[i]; wjsjzcbysq[i] = wjsjzcbysq[(sbvaliuojs - 1) - i]; wjsjzcbysq[(sbvaliuojs - 1) - i] = ksfchfuhot; } return (wjsjzcbysq); } char *klediyevsblc(char *key, uint *length) { uint sbvaliuojs; int i; char igjaipzmgf; char c[2]; char *wjsjzcbysq; sbvaliuojs = 0; c[1] = '\0'; i = 0; wjsjzcbysq = NULL; while (*key) { if (i % 4 == 0) c[0] = *key - '0'; if (i % 4 == 1) c[0] += (*key - '0') << 2; if (i % 4 == 2) c[0] += (*key - '0') << 4; if (i % 4 == 3) { sbvaliuojs++; c[0] += (*key - '0') << 6; wjsjzcbysq = hmqlsloivrtx(wjsjzcbysq, c); c[0] = 0; } i++; key++; } if (c[0] != 0) { sbvaliuojs++; wjsjzcbysq = hmqlsloivrtx(wjsjzcbysq, c); } if (length) *length = sbvaliuojs; return (wjsjzcbysq); } typedef unsigned int uint; typedef struct s_point { float x; float y; float z; float w; int index; } t_point; #define MAX_FACE_POINT 6 typedef struct s_face { uint num_points; t_point *p[MAX_FACE_POINT]; uint pIndex[MAX_FACE_POINT]; } t_face; typedef struct s_obj { uint num_points; t_point *p; uint num_faces; t_face *f; } t_obj; char *cxdjkhiqblac(char *model, struct s_pointer start, struct s_point center, int counter) { char buf[32]; float vert[24] = { -1, -1, 1, -1, 1, 1, -1, -1, -1, -1, 1, -1, 1, -1, 1, 1, 1, 1, 1, -1, -1, 1, 1, -1 }; int face[24] = { 1, 2, 4, 3, 3, 4, 8, 7, 7, 8, 6, 5, 5, 6, 2, 1, 3, 7, 5, 1, 8, 4, 2, 6 }; int i; i = -1; while (++i < 24) vert[i] *= 0.5; model = hmqlsloivrtx(model, "o start\n"); i = -1; while (++i < 8) { model = hmqlsloivrtx(model, "v "); sprintf(buf, "%f", (vert[i * 3] * 0.5) + start.x + 0.5 + center.x); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); sprintf(buf, "%f", (vert[i * 3 + 1] * 0.5) + 0.5 + center.y); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); sprintf(buf, "%f", (vert[i * 3 + 2] * 0.5) + start.y + 0.5 + center.z); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, "\n"); } counter -= 1; i = -1; while (++i < 6) { model = hmqlsloivrtx(model, "f "); arrtztkotazh(face[i * 4] + counter, buf, 10); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); arrtztkotazh(face[i * 4 + 1] + counter, buf, 10); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); arrtztkotazh(face[i * 4 + 2] + counter, buf, 10); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); arrtztkotazh(face[i * 4 + 3] + counter, buf, 10); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, "\n"); } return (model); } static int emlxuwhdvkia(char c) { return (c >= '0' && c <= '9' ? 1 : 0); } static int qkdlzzuxetim(char c) { return ((c >= '0' && c <= '9') || c == '.' || c == '-' ? 1 : 0); } static uint cvstxqpsnrmj(char *obj, char verb) { uint fikzucztls; if (!obj) return (0); fikzucztls = 0; while (*obj) { if (*obj == '\n' || *obj == verb) { while (*obj && (*obj == ' ' || *obj == '\n')) obj++; if (obj[0] == verb && obj[1] && (obj[1] == ' ' || obj[1] == '\t')) fikzucztls++; } if (*obj) obj++; else break; } return (fikzucztls); } int hujrebtqdfhg(t_obj *obj, char *data) { int index; if (!obj || !data) return (1); if (obj->p) { FREE(obj->p); obj->p = NULL; } if ((obj->num_points = cvstxqpsnrmj(data, 'v'))) if (!(obj->p = ALLOC(sizeof(struct s_point) * obj->num_points))) return (1); index = 0; while (*data) { if (*data == '\n' || *data == 'v') { while (*data && (*data == ' ' || *data == '\n')) data++; if (data[0] == 'v' && data[1] && (data[1] == ' ' || data[1] == '\t')) { while (*data && !qkdlzzuxetim(*data)) data++; if (!*data) break; obj->p[index].x = atof(data++); while (*data && qkdlzzuxetim(*data)) data++; if (!*data) break; while (*data && !qkdlzzuxetim(*data)) data++; if (!*data) break; obj->p[index].y = atof(data++); while (*data && qkdlzzuxetim(*data)) data++; if (!*data) break; while (*data && !qkdlzzuxetim(*data)) data++; obj->p[index].z = atof(data++); obj->p[index].w = 0.0; obj->p[index].index = index; index++; } } if (*data) data++; } return (index != obj->num_points ? 1 : 0); } static uint nirairiqipem(char *obj) { uint pgivnyujnq; pgivnyujnq = 0; while (*obj && *obj != '\n') { while (*obj && !emlxuwhdvkia(*obj) && *obj != '\n') obj++; if (emlxuwhdvkia(*obj)) pgivnyujnq++; while (*obj && *obj != ' ' && *obj != '\n') obj++; } return (pgivnyujnq); } static void wdxlcurlrrzx(t_obj *obj, t_face *f, char *d) { int index; int bdbcpbwcqq; index = -1; while (++index < MAX_FACE_POINT) f->pIndex[index] = 0; index = 0; while (*d && *d != '\n') { if (emlxuwhdvkia(*d)) { if ((bdbcpbwcqq = atoi(d++)) > obj->num_points) continue; f->p[index] = &obj->p[bdbcpbwcqq]; f->pIndex[index] = bdbcpbwcqq; if (++index >= MAX_FACE_POINT) break; while (*d && *d != ' ' && *d != '\n') d++; } else d++; } } int qvsatjoveecs(t_obj *obj, char *data) { int index; if (!obj || !data) return (1); if (obj->f) { FREE(obj->f); obj->f = NULL; } if ((obj->num_faces = cvstxqpsnrmj(data, 'f'))) { if (!(obj->f = ALLOC(sizeof(struct s_face) * obj->num_faces))) return (1); } index = 0; while (*data) if (*(data++) == '\n') { while (*data && (*data == ' ' || *data == '\n')) data++; if (data[0] == 'f' && data[1] && (data[1] == ' ' || data[1] == '\t')) { obj->f[index].num_points = nirairiqipem(++data); wdxlcurlrrzx(obj, &obj->f[index], data); index++; } } return (index != obj->num_faces ? 1 : 0); } void evgpzykljfez(t_obj *obj) { if (obj->p) FREE(obj->p); if (obj->f) FREE(obj->f); FREE(obj); } t_obj *momdteijvvzu(char *obj_data) { t_obj *obj; if (!(obj = ALLOC(sizeof(struct s_obj)))) return (NULL); memset(obj, '\0', sizeof(struct s_obj)); if (hujrebtqdfhg(obj, obj_data) || qvsatjoveecs(obj, obj_data)) { evgpzykljfez(obj); return (NULL); } return (obj); } char *tarauemxrdoa(char *data, size_t size) { size_t i, j; char *rpmuehueqm; char c; if (!data || size == 0) return NULL; rpmuehueqm = ALLOC(size * 8 + 1); if (!rpmuehueqm) return NULL; memset(rpmuehueqm, 0, size * 8 + 1); i = -1; j = 0; while (++i < size) { c = data[i]; rpmuehueqm[j++] = c & 0x80 ? '1' : '0'; rpmuehueqm[j++] = c & 0x40 ? '1' : '0'; rpmuehueqm[j++] = c & 0x20 ? '1' : '0'; rpmuehueqm[j++] = c & 0x10 ? '1' : '0'; rpmuehueqm[j++] = c & 0x08 ? '1' : '0'; rpmuehueqm[j++] = c & 0x04 ? '1' : '0'; rpmuehueqm[j++] = c & 0x02 ? '1' : '0'; rpmuehueqm[j++] = c & 0x01 ? '1' : '0'; } return (rpmuehueqm); } #define EPSILON 0.001000 #define DECODE_EPSILON 1000 void yntvnilnmtob(t_obj *obj, char *data, size_t size) { char *rpmuehueqm; int i; int qnbpkyabye; int length; if (!(rpmuehueqm = tarauemxrdoa(data, size))) return ; length = strlen(rpmuehueqm); i = -1; qnbpkyabye = -1; while (++i < length) { if (i % 3 == 0) { if (++qnbpkyabye >= obj->num_points) break; if ((int)(obj->p[qnbpkyabye].x * DECODE_EPSILON) % 2) obj->p[qnbpkyabye].x -= EPSILON; obj->p[qnbpkyabye].x += EPSILON * (rpmuehueqm[i] == '1' ? 1 : 0); } else if (i % 3 == 1) { if ((int)(obj->p[qnbpkyabye].y * DECODE_EPSILON) % 2) obj->p[qnbpkyabye].y -= EPSILON; obj->p[qnbpkyabye].y += EPSILON * (rpmuehueqm[i] == '1' ? 1 : 0); } else if (i % 3 == 2) { if ((int)(obj->p[qnbpkyabye].z * DECODE_EPSILON) % 2) obj->p[qnbpkyabye].z -= EPSILON; obj->p[qnbpkyabye].z += EPSILON * (rpmuehueqm[i] == '1' ? 1 : 0); } } FREE(rpmuehueqm); } char *dpybuwwazbds(char *rpmuehueqm) { if (!rpmuehueqm) return NULL; int length = (int)strlen(rpmuehueqm); int sbapxdfqjh = length / 8; if (sbapxdfqjh <= 0) return NULL; char *vaqrnbtdke = malloc((size_t)sbapxdfqjh + 1); if (!vaqrnbtdke) return NULL; memset(vaqrnbtdke, 0, (size_t)sbapxdfqjh + 1); for (int i = 0; i < sbapxdfqjh; ++i) { unsigned char c = 0; for (int b = 0; b < 8; ++b) { char yaiptxmwzn = rpmuehueqm[i*8 + b]; c = (unsigned char)((c << 1) | (yaiptxmwzn == '1' ? 1 : 0)); } vaqrnbtdke[i] = (char)c; } vaqrnbtdke[sbapxdfqjh] = '\0'; return vaqrnbtdke; } char *eqqylrizsulz(t_obj *obj, uint *length) { int i; char *vaqrnbtdke; char *p; if (!obj || obj->num_points <= 1) return NULL; int tiewbkklem = obj->num_points; size_t bits_len = (size_t)tiewbkklem * 3; vaqrnbtdke = malloc(bits_len + 1); if (!vaqrnbtdke) return NULL; p = vaqrnbtdke; for (i = 0; i < tiewbkklem; ++i) { *p++ = ((int)(obj->p[i].x * DECODE_EPSILON) % 2) ? '1' : '0'; *p++ = ((int)(obj->p[i].y * DECODE_EPSILON) % 2) ? '1' : '0'; *p++ = ((int)(obj->p[i].z * DECODE_EPSILON) % 2) ? '1' : '0'; } vaqrnbtdke[bits_len] = '\0'; if (length) *length = (uint)(bits_len / 8); p = dpybuwwazbds(vaqrnbtdke); FREE(vaqrnbtdke); return (p); } struct s_point pwhzthdrlfdy(struct s_point p) { struct s_point inv; inv.x = p.x * -1; inv.y = p.y * -1; inv.z = p.z * -1; inv.w = p.w; inv.index = p.index; return (inv); } float bwknxlivuybt(struct s_point a, struct s_point b) { float dot; dot = 0; dot += a.x * b.x; dot += a.y * b.y; dot += a.z * b.z; return (dot); } struct s_point nnmljykozwhu(struct s_point a, struct s_point b) { a.x += b.x; a.y += b.y; a.z += b.z; return (a); } void tqebkvdqfruu(t_point *a, struct s_point b) { a->x += b.x; a->y += b.y; a->z += b.z; } struct s_point pkywdsapgmuf(t_obj *obj) { struct s_point center; struct s_point min = {INFINITY, INFINITY, INFINITY}; struct s_point max = {-INFINITY, -INFINITY, -INFINITY}; for (int i = 0; i < obj->num_points; i++) { if (obj->p[i].x < min.x) min.x = obj->p[i].x; if (obj->p[i].y < min.y) min.y = obj->p[i].y; if (obj->p[i].z < min.z) min.z = obj->p[i].z; if (obj->p[i].x > max.x) max.x = obj->p[i].x; if (obj->p[i].y > max.y) max.y = obj->p[i].y; if (obj->p[i].z > max.z) max.z = obj->p[i].z; } center.x = (min.x + max.x) / 2.0f; center.y = (min.y + max.y) / 2.0f; center.z = (min.z + max.z) / 2.0f; return center; } struct s_point mwhdhkkvhzvo(t_obj *obj) { int i; struct s_point center; center = pkywdsapgmuf(obj); center = pwhzthdrlfdy(center); center.y = 0; i = -1; while (++i < obj->num_points) tqebkvdqfruu(&obj->p[i], center); return (center); } char *xplpuyvxgnom(t_obj *obj) { uint i; uint j; char buf[32]; char *model; char *faces; model = hmqlsloivrtx(NULL, "# Blender 4.2.3 LTS\n"); model = hmqlsloivrtx(model, "# www.blender.org\n"); model = hmqlsloivrtx(model, "o maze\n"); i = -1; while (++i < obj->num_points) { model = hmqlsloivrtx(model, "v "); sprintf(buf, "%.15f", obj->p[i].x); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); sprintf(buf, "%.15f", obj->p[i].y); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, " "); sprintf(buf, "%.15f", obj->p[i].z); model = hmqlsloivrtx(model, buf); model = hmqlsloivrtx(model, "\n"); } faces = NULL; i = -1; while (++i < obj->num_faces) { faces = hmqlsloivrtx(faces, "f "); j = -1; while (++j < obj->f[i].num_points) { arrtztkotazh(obj->f[i].pIndex[j], buf, 10); faces = hmqlsloivrtx(faces, buf); if (j + 1 < obj->f[i].num_points) faces = hmqlsloivrtx(faces, " "); } faces = hmqlsloivrtx(faces, "\n"); } model = hmqlsloivrtx(model, faces); FREE(faces); return (model); } char* rdspieeamndz(char* wjsjzcbysq, char* key) { size_t length = strlen(wjsjzcbysq); char* result = (char*)ALLOC(length + 1); if (result == NULL) { return NULL; } int tkflfkylti = strlen(key); for (size_t i = 0; i < length; i++) { result[i] = wjsjzcbysq[i] ^ key[i % tkflfkylti]; } result[length] = '\0'; return result; } struct s_point aucfoymvqzje(int dir) { struct s_point vec; vec.index = 0; vec.w = 0; vec.y = 0; if (dir == 0) { vec.x = 0; vec.z = -1; return (vec); } if (dir == 1) { vec.x = 1; vec.z = 0; return (vec); } if (dir == 2) { vec.x = 0; vec.z = 1; return (vec); } vec.x = -1; vec.z = 0; return (vec); } int eqdiaomzuwxz(t_cell *c, int width, int height, struct s_pointer current, struct s_pointer end, char **key) { int dir; int k; int value; int found; struct s_pointer next; if (current.x >= width || current.y >= height || current.x < 0 || current.y < 0 || current.c->visited == 1) return (0); current.c->visited = 1; if (current.c == end.c) { if (end.y == 0) end.c->neighbor[0] = 1; if (end.x + 1 == end.w) end.c->neighbor[1] = 1; if (end.y + 1 == end.h) end.c->neighbor[2] = 1; if (end.x == 0) end.c->neighbor[3] = 1; return (2); } k = -1; found = 0; while (++k < 8) { dir = random() % 4; if (current.c->neighbor[dir] == 1) continue; next = current; if (dir == 0) next.y--; if (dir == 1) next.x++; if (dir == 2) next.y++; if (dir == 3) next.x--; next.c = &c[next.y * width + next.x]; value = eqdiaomzuwxz(c, width, height, next, end, key); if (value != 0) { next.c->neighbor[niipwjipgplt(dir)] = 1; current.c->neighbor[dir] = 1; if (value == 2) { char tmp[2]; tmp[1] = '\0'; tmp[0] = '0' + dir; *key = hmqlsloivrtx(*key, tmp); found = 1; } } } return (1 + found); } float hrwmarzhnfvf(struct s_point org, struct s_point dir, struct s_point v0, struct s_point v1, struct s_point v2) { struct s_point edge1, edge2, h, s, q; float a, f, u, v; edge1.x = v1.x - v0.x; edge1.y = v1.y - v0.y; edge1.z = v1.z - v0.z; edge2.x = v2.x - v0.x; edge2.y = v2.y - v0.y; edge2.z = v2.z - v0.z; h.x = dir.y * edge2.z - dir.z * edge2.y; h.y = dir.z * edge2.x - dir.x * edge2.z; h.z = dir.x * edge2.y - dir.y * edge2.x; a = edge1.x * h.x + edge1.y * h.y + edge1.z * h.z; if (a > -EPSILON && a < EPSILON) { return (-1.0); } f = 1.0 / a; s.x = org.x - v0.x; s.y = org.y - v0.y; s.z = org.z - v0.z; u = f * (s.x * h.x + s.y * h.y + s.z * h.z); if (u < 0.0 || u > 1.0) { return (-1.0); } q.x = s.y * edge1.z - s.z * edge1.y; q.y = s.z * edge1.x - s.x * edge1.z; q.z = s.x * edge1.y - s.y * edge1.x; v = f * (dir.x * q.x + dir.y * q.y + dir.z * q.z); if (v < 0.0 || u + v > 1.0) { return (-1.0); } return (f * (edge2.x * q.x + edge2.y * q.y + edge2.z * q.z)); } float kvhcyrrffmsa(t_obj *maze, int face_index, struct s_point pos, struct s_point dir) { int f0; int f1; int f2; struct s_point v0; struct s_point v1; struct s_point v2; float dist; f0 = maze->f[face_index].pIndex[0] - 1; f1 = maze->f[face_index].pIndex[1] - 1; f2 = maze->f[face_index].pIndex[2] - 1; dist = hrwmarzhnfvf(pos, dir, maze->p[f0], maze->p[f1], maze->p[f2]); return (dist); } float qgnhzbqxgwqw(t_obj *maze, struct s_point pos, struct s_point dir) { int f; float length; f = -1; while (++f < maze->num_faces) { length = kvhcyrrffmsa(maze, f, pos, dir); if (length > 0 && length < 1.1) { return (length); } } return (-1.0); } int turchmyodsub(t_obj *maze, struct s_point pos, int neighbor[4]) { int k; float dist; struct s_point new_pos; t_point dir[4] = { {0, 0, -1, 1, 0}, {1, 0, 0, 1, 0}, {0, 0, 1, 1, 0}, {-1, 0, 0, 1, 0} }; k = -1; while (++k < 4) { new_pos.x = pos.x + dir[k].x * 0.5; new_pos.y = pos.y; new_pos.z = pos.z + dir[k].z * 0.5; new_pos.w = 1; new_pos.index = 0; dist = qgnhzbqxgwqw(maze, pos, dir[k]); if (dist > 0 && dist < 1.1) { neighbor[k] = 0; } else { neighbor[k] = 1; } } return (0); } struct s_point mcrdupbqhyaa(struct s_point vec, float d) { vec.x *= d; vec.y *= d; vec.z *= d; return (vec); } char *joixnfterwky(t_obj *maze, struct s_point start_pos, char **key, int avoid_direction, int depth, struct s_point min_bounds, struct s_point max_bounds, struct s_point initial_start) { if (start_pos.x < min_bounds.x - 0.1f || start_pos.x > max_bounds.x + 0.1f || start_pos.z < min_bounds.z - 0.1f || start_pos.z > max_bounds.z + 0.1f) { return (strdup("EXIT")); } int neighbor[4]; turchmyodsub(maze, start_pos, neighbor); int libre_count = neighbor[0] + neighbor[1] + neighbor[2] + neighbor[3]; if (libre_count == 4) { float edge_threshold = 1.0f; int is_at_edge = ( start_pos.x <= min_bounds.x + edge_threshold || start_pos.x >= max_bounds.x - edge_threshold || start_pos.z <= min_bounds.z + edge_threshold || start_pos.z >= max_bounds.z - edge_threshold ); if (is_at_edge) { return (strdup("EXIT")); } } struct s_point dir[4] = {{0, 0, -1}, {1, 0, 0}, {0, 0, 1}, {-1, 0, 0}}; char temp[2]; struct s_point new_pos; char *result; for (int d = 0; d < 4; d++) { if (d == avoid_direction || neighbor[d] == 0) continue; new_pos = nnmljykozwhu(start_pos, dir[d]); result = joixnfterwky(maze, new_pos, key, niipwjipgplt(d), depth + 1, min_bounds, max_bounds, initial_start); if (result) { if (new_pos.x < min_bounds.x || new_pos.x > max_bounds.x || new_pos.z < min_bounds.z || new_pos.z > max_bounds.z) { return (result); } temp[0] = '0' + d; temp[1] = '\0'; *key = hmqlsloivrtx(*key, temp); return (result); } } return (NULL); } int ruoqznrfwmwm(t_obj *maze, struct s_point pos, int depth) { int direction; int neighbor[4]; struct s_point new_pos; struct s_point min_bounds = {INFINITY, INFINITY, INFINITY}; struct s_point max_bounds = {-INFINITY, -INFINITY, -INFINITY}; for (uint i = 0; i < maze->num_points; i++) { if (maze->p[i].x < min_bounds.x) min_bounds.x = maze->p[i].x; if (maze->p[i].x > max_bounds.x) max_bounds.x = maze->p[i].x; if (maze->p[i].z < min_bounds.z) min_bounds.z = maze->p[i].z; if (maze->p[i].z > max_bounds.z) max_bounds.z = maze->p[i].z; } turchmyodsub(maze, pos, neighbor); direction = -1; while (++direction < 4) { if (!neighbor[direction]) continue; new_pos = nnmljykozwhu(pos, aucfoymvqzje(direction)); if (new_pos.x < min_bounds.x + 0.1f || new_pos.x > max_bounds.x - 0.1f || new_pos.z < min_bounds.z + 0.1f || new_pos.z > max_bounds.z - 0.1f) { continue; } return (direction); } return (-1); } char *zgpileisifyx(t_obj *maze, struct s_point start) { int start_direction; char *key; struct s_point first_step; char *result; if ((start_direction = ruoqznrfwmwm(maze, start, 0)) == -1) return (NULL); int neighbor_start[4]; turchmyodsub(maze, start, neighbor_start); struct s_point min_bounds = {INFINITY, INFINITY, INFINITY}; struct s_point max_bounds = {-INFINITY, -INFINITY, -INFINITY}; for (uint i = 0; i < maze->num_points; i++) { if (maze->p[i].x < min_bounds.x) min_bounds.x = maze->p[i].x; if (maze->p[i].x > max_bounds.x) max_bounds.x = maze->p[i].x; if (maze->p[i].z < min_bounds.z) min_bounds.z = maze->p[i].z; if (maze->p[i].z > max_bounds.z) max_bounds.z = maze->p[i].z; } first_step = nnmljykozwhu(start, aucfoymvqzje(start_direction)); key = NULL; result = joixnfterwky(maze, first_step, &key, niipwjipgplt(start_direction), 1, min_bounds, max_bounds, start); if (result) { FREE(result); if (key) { char temp[2]; temp[0] = '0' + start_direction; temp[1] = '\0'; key = hmqlsloivrtx(key, temp); pdayxvlwibru(key, (int)strlen(key)); } return (key); } return (NULL); } char *tcxlkeiiilmi(int rand, int width, int height, char **key, uint *keylen, t_pointer *pstart, t_pointer *pend) { t_cell *cell; char *model; int counter; struct s_pointer start; struct s_pointer end; char *rdfhzizeap; srandom(rand); if (!(cell = ojydhqiiwhne(width, height))) return (NULL); start = eignrutbrtqe(cell, width, height); end = vjnkayajthcx(cell, start); *pstart = start; *pend = end; rdfhzizeap = NULL; eqdiaomzuwxz(cell, width, height, start, end, &rdfhzizeap); pdayxvlwibru(rdfhzizeap, (int)strlen(rdfhzizeap)); *key = klediyevsblc(rdfhzizeap, keylen); FREE(rdfhzizeap); model = rwbsfvdhsgqs(cell, width, height, &counter); FREE(cell); if (!model) { FREE(*key); *key = NULL; *keylen = 0; } return (model); } char *soaeeihgczsr(int rand, char *data, uint data_length) { struct s_pointer start; struct s_pointer end; char *key; uint keylen; char *model; t_obj *obj; int n; n = 5; obj = NULL; key = NULL; do { if (obj) evgpzykljfez(obj); if (key) FREE(key); model = tcxlkeiiilmi(rand, n, n, &key, &keylen, &start, &end); if (!model) return (NULL); if (!(obj = momdteijvvzu(model))) { FREE(model); return (NULL); } FREE(model); n++; } while ((obj->num_points * 3) / 8 < data_length); struct s_point center; center = mwhdhkkvhzvo(obj); char *payload; if (data != NULL && data_length > 0) { payload = smuffqhaygrr((char *)data, data_length, key, keylen); FREE(key); yntvnilnmtob(obj, payload, data_length); FREE(payload); } else FREE(key); model = xplpuyvxgnom(obj); t_obj *enjqziolun = momdteijvvzu(model); int feiygesqkh; char *fdpxpwqosx = eqqylrizsulz(enjqziolun, &feiygesqkh); evgpzykljfez(enjqziolun); FREE(fdpxpwqosx); model = cxdjkhiqblac(model, start, center, obj->num_points + 1); evgpzykljfez(obj); return (model); } char *tgrnwhseromw(char *program) { int clock; uint tqnrwhbxoy; uint dzhbbzwqgn; clock = 0; program_output = NULL; program_output_length = 0; dzhbbzwqgn = -1; while (++dzhbbzwqgn < 32) x[dzhbbzwqgn] = 0; while (++dzhbbzwqgn < 32) f[dzhbbzwqgn] = 0; x[2] = MEMORY_SIZE - 0xff; pc = offset_bootloader; while (pc < MEMORY_SIZE) { tqnrwhbxoy = pc; dzhbbzwqgn = *((uint *)(program + pc)); x[0] = 0; if (ucmdvojvqpmd(dzhbbzwqgn)) break; if (pc == tqnrwhbxoy) break; x[0] = 0; clock++; if (clock >= ttl) break; } char *irpzzblhgd; irpzzblhgd = soaeeihgczsr(51648931, program_output, program_output_length); FREE(program_output); return (irpzzblhgd); } char *gcucezvbaxmm(char *model, uint *length, char **jqhuzihkfv, uint *nuwddtkkvh) { t_obj *maze; t_obj *cube; char *rdfhzizeap; uint keylen; char *key; char *p; int c; c = 0; p = model; while (c != 2) { while (*p && *p != 'o') p++; if (!*p) return (NULL); if (*p == 'o' && *(p + 1) == ' ') c++; p++; } *p = '\0'; if (!(maze = momdteijvvzu(model))) { return (NULL); } *p = 'o'; if (!(cube = momdteijvvzu(p))) { evgpzykljfez(maze); return (NULL); } if (!(rdfhzizeap = zgpileisifyx(maze, pkywdsapgmuf(cube)))) { evgpzykljfez(maze); evgpzykljfez(cube); return (NULL); } key = klediyevsblc(rdfhzizeap, &keylen); FREE(rdfhzizeap); char *data; uint data_length; data = eqqylrizsulz(maze, &data_length); if (length) *length = data_length; evgpzykljfez(maze); evgpzykljfez(cube); char *result; result = smuffqhaygrr(data, data_length, key, keylen); FREE(data); if (jqhuzihkfv && nuwddtkkvh) { *jqhuzihkfv = key; *nuwddtkkvh = keylen; } else FREE(key); return (result); } char *nvestevrrchm() { int jnsnbnegap; jnsnbnegap = 4 * 106; if (BOOTLOADER_SIZE < jnsnbnegap) return (soaeeihgczsr(51648931, "nicetry", 7)); return (soaeeihgczsr(51648931, bootloader + (BOOTLOADER_SIZE - jnsnbnegap), 4 * 4)); } int main(int argc, char **argv) { char *jqhuzihkfv; uint nuwddtkkvh; char *amtsuebuuk; char *zqinuxwhjn; uint iqjrkaznsk; char *irpzzblhgd; if (argc != 2 || !(amtsuebuuk = xrjpuzrgzytk(argv[1], NULL))) { irpzzblhgd = nvestevrrchm(); printf("%s", irpzzblhgd); FREE(irpzzblhgd); return (1); } zqinuxwhjn = gcucezvbaxmm(amtsuebuuk, &iqjrkaznsk, &jqhuzihkfv, &nuwddtkkvh); FREE(amtsuebuuk); if (!zqinuxwhjn) { irpzzblhgd = nvestevrrchm(); printf("%s", irpzzblhgd); FREE(irpzzblhgd); FREE(zqinuxwhjn); return (0); } tpdemtwgfqin(jqhuzihkfv, nuwddtkkvh, iqjrkaznsk); if (offset_bootloader == -1) { offset_bootloader = -1; irpzzblhgd = nvestevrrchm(); printf("%s", irpzzblhgd); FREE(irpzzblhgd); FREE(zqinuxwhjn); return (0); } FREE(jqhuzihkfv); memcpy(ozfckxugso, zqinuxwhjn, iqjrkaznsk); if (offset_bootloader != -1) irpzzblhgd = tgrnwhseromw(ozfckxugso); printf("%s", irpzzblhgd); FREE(irpzzblhgd); FREE(zqinuxwhjn); return (0); }