Народ, а чем можно сделать обфускацию (ЗЕНД) файл вида: Code: $index = ""; $temp = ""; etc.... (зенд гуард не производит для подобного вида файлов. Обычный php код кидаю - нормально). Т.е. по сути нужна php функция Зенд-Обфускации -------- разобрался. Результат тут
Ребята помогите плиз. Был файл защищеный зенд. С помощью дезенда его расшифровал но появилась ещё одна проблема. Код типа PHP: public function router( ) { $this->del_bulletins( ); if ( isset( $_GET['action'] ) ) { if ( $_GET['action'] == "show_cat" ) { $_obfuscate_8Zt3KoS4J9Mя = $this->show_cat( ); $this->tag = $_obfuscate_8Zt3KoS4J9Mя; } if ( $_GET['action'] == "show_bul" ) { $_obfuscate_Jlk0gaxGTXAя = $this->show_bul( ); $this->tag = $_obfuscate_Jlk0gaxGTXAя; } if ( $_GET['action'] == "add" ) { $this->add( ); $this->tag = "Добавление объявления"; } if ( $_GET['action'] == "save_add" ) Как это можно довести до ума. Если кто сможет сделать плачу парочку долларов. Просто надо в модуле ошибочки подправить... Вот файл Дезенденный http://pastebin.com/1Fyzg8bN Оригинальный http://pastebin.com/gn0aPBDE
Знающие люди - посоветуйте, пожалуйста, сюда или в ЛС толковые, актуальные на настоящий момент крипторы php-кода, желательно без gzinflate, unzip и прочих функций, требующих наличия сторонних библиотек. Или, контакты человека, или сервиса. Платные - было бы хорошо. Бесплатные - тоже неплохо. Спасибо!
Помогите розшифровать ТЫК Чесно говоря из всех постов в этой теме, я так и не понял как расшифровывавать подобное...((
PHP: eval(gzinflate(base64_decode('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'))); Вроде все просто меняю увал на ечо но постоянно получаю снова код и снова. А потом вываливается все ошибкой О_о
функция gzinflate распаковывает строку, сжатую ф-ей gzdeflate, т.е. там еще запаковано UP: при выполнении скрипта там добавляется функция str_rot13 и скрипт начинается так: PHP: eval(gzinflate(str_rot13(base64_decode('FZdUEoOIEVKv4p10VwsQmWWYIuec2bjIOXRBYs1TWAk13f+/99d///3XP4oz6f+o3nMs+3Ev/lWTrcCQ/+VSNuXFH/9H40hxQT0ZOr про ROT13 читай тут
-=Zhenek=- 80+ итераций требуется для расшифровки вашего кода, вот он: Code: </div> <div class="Sheet-tl"></div> <div class="Sheet-tr"><div></div></div> <div class="Sheet-bl"><div></div></div> <div class="Sheet-br"><div></div></div> <div class="Sheet-tc"><div></div></div> <div class="Sheet-bc"><div></div></div> <div class="Sheet-cl"><div></div></div> <div class="Sheet-cr"><div></div></div> <div class="Sheet-cc"></div> </div> <div id="footer"> <p>Medicine blogs <a href="http://medicinesblogger.com/" title="Hyperacidity">Hyperacidity</a>, <a href="http://orderaccutane.name/" title="Order Accutane">Accutane</a>, <a href="http://osteoporosistreatment.name/" title="Osteoporosis">Osteoporosis</a>.<br/> <a href="<?php bloginfo('rss2_url'); ?>">Entries (RSS)</a> and <a href="<?php bloginfo('comments_rss2_url'); ?>">Comments (RSS)</a>. <!-- <?php echo get_num_queries(); ?> queries. <?php timer_stop(1); ?> seconds.--></p> </div> </div> </body> </html>
Code: <?php /* Тут код подключения к API */$OOO000000=urldecode('%66%67%36%73%62%65%68%70%72%61%34%63%6f%5f%74%6e%64');$OOO0000O0=$OOO000000{4}.$OOO000000{9}.$OOO000000{3}.$OOO000000{5};$OOO0000O0.=$OOO000000{2}.$OOO000000{10}.$OOO000000{13}.$OOO000000{16};$OOO0000O0.=$OOO0000O0{3}.$OOO000000{11}.$OOO000000{12}.$OOO0000O0{7}.$OOO000000{5};$OOO000O00=$OOO000000{0}.$OOO000000{12}.$OOO000000{7}.$OOO000000{5}.$OOO000000{15};$O0O000O00=$OOO000000{0}.$OOO000000{1}.$OOO000000{5}.$OOO000000{14};$O0O000O0O=$O0O000O00.$OOO000000{11};$O0O000O00=$O0O000O00.$OOO000000{3};$O0O00OO00=$OOO000000{0}.$OOO000000{8}.$OOO000000{5}.$OOO000000{9}.$OOO000000{16};$OOO00000O=$OOO000000{3}.$OOO000000{14}.$OOO000000{8}.$OOO000000{14}.$OOO000000{8};$OOO0O0O00=__FILE__;$OO00O0000=0x7d4;eval($OOO0000O0('JE8wMDBPME8wMD0kT09PMDAwTzAwKCRPT08wTzBPMDAsJ3JiJyk7JE8wTzAwT08wMCgkTzAwME8wTzAwLDB4NDlkKTskT08wME8wME8wPSRPT08wMDAwTzAoJE9PTzAwMDAwTygkTzBPMDBPTzAwKCRPMDAwTzBPMDAsMHg0NGMpLCc1QWtlMStFdWZyODRwMmN5R3F0VEt6TEJzWllOaGwvSmE3Q3dnM1VpT1htZFNibklNb1EwNkRXOUhqVlJ2eEZQPScsJ0FCQ0RFRkdISUpLTE1OT1BRUlNUVVZXWFlaYWJjZGVmZ2hpamtsbW5vcHFyc3R1dnd4eXowMTIzNDU2Nzg5Ky8nKSk7ZXZhbCgkT08wME8wME8wKTs='));return;?>KhouD_l_f_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{} помогите плз разшифровать
Вместо eval подставь echo или print далее всё что между скобок там останется не расшифрованным идёш на сайт http://base64.ru/ и переведи из base64 в текст
Есть несколько .php файлов, которые взаимодействуют между собой (подключаются друг в друге include() и тд.) Есть ли продукт, позволяющий зашифровать/обфусцировать код в этих файлах, чтобы естественно всё работало корректно ?
