(adsbygoogle = window.adsbygoogle || []).push({}); PLEASE NGT i need some help. So basically my friend has this program coded in Turing. (a programming language like C++) and he gave it to me and said it was encryted with md5. he gave me a whole jumble of text and i dont know how to decrypt it or anything. here is the jumble of text if anyone can find out how to decode it it would be awesoem i tried google but i dont get it lol.
heres the text to decrypt

Xa4OJG3aIKma1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQ/aCD1fwpOkNjqa5s5KrQr2OprmzkqtCvNAcZ822UyRz76gAh9hWcmdHdCGsdeyfQY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvmYUKIfB9JfSa1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQnVswtYyWUZ8/CnDhjkvoy5rUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11DJsm3xI0aVOi8v5mFTgXR7K0qOokMiOUyAg+4yGfbbLNRw/fHJEHd6yzaMQIRdtXFjqa5s5KrQr2OprmzkqtCvY6mubOSq0K9s8B8NqryM4jmzh7Y+RomwY6mubOSq0K+cbZFjIEYDQOJI1hY73rdpjGgve8AhXSuo/tVJVEkoHiYpUQxmjC8ZY6mubOSq0K+f84K+qUgwJ6WGPWsY4rY3CS5a1HQ9xeTKHaIWmtinRiDWYLghpKPSbnYxXxcHI5l+/Gs77rH9lmOprmzkqtCvY6mubOSq0K9jqa5s5KrQr/3xQsrjQRJFYXoghnBNtDBjqa5s5KrQrygxGgjxWdN5ynLOr0LAHmxjqa5s5KrQr2OprmzkqtCvY6mubOSq0K9jqa5s5KrQrxQhG+ClKXFWzg43ICQ9Ri850z5gXq+2WGOprmzkqtCvXjFB7QXw8bi4jSRezi/BsmOprmzkqtCvY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvymrkVwWqsoeVTVXGQZtzXmOprmzkqtCvoO15S8ILTCsMRpSTMcSDa2OprmzkqtCvY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvpto8+ihoLQKnywQLWvHeusodohaa2KdG1VrVqcXE9aaqMJEhuVFOOYuBjN9ECwftkruRC+m3fPBjqa5s5KrQr2OprmzkqtCvjCt674cErzY/CnDhjkvoy5rUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11CzRrtRtyRttrVNEqB/ocuINMu0NRlbYJG87pPxqpS5j2OprmzkqtCvY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvY6mubOSq0K9s8B8NqryM4s9Ol9h4SjWTtSriYxrZN9HMxvjKlPLLm0+22TtmhcsPvggt0Wbwyqc9eaRisrSoFGEEXUpMkiA4WKv3aBCb5lDdPNyjkmpiebtlR/4PckjsFp64EuqUNLOvtQ5QO+ageKUfvrDL+hoOfGTyxi9+pZWk1oDijZykvi3Id3mHmz6/ICLFyZ0o034V3nUqRWfMIPhfeD/60b/mLdGH5UH3+0MPMvXmHEW8zmT2YRiiw1lA8IzCR7QGQDhjqa5s5KrQr2OprmzkqtCvY6mubOSq0K9jqa5s5KrQrxQhG+ClKXFWXa4OJG3aIKma1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQjN3PSQ64bwsc7Q6upjAojlDaCOe4XVYu7xkVp1Pv7lBjqa5s5KrQr2OprmzkqtCvY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvpto8+ihoLQIiNC8eKW3zwgaUaZe3cfplR4jNf1JWF9oRoesk0t9qwt4Lw8APhyYf7jW4uWKpmul70VCb9nbqiksg68PDqZZ+jCt674cErzYv0otcB3Pd9qjORtU1JYs+mhoxY3WofJcGlGmXt3H6Zbf35zoqU4NZu7KwA39K6E0sPr+uNBH77grDm0ClaZntoNEF+G8yW0LTNUsp6BSSZEDfjU+aEjrY8To61omxKqvVaP9CuL/K0FR4Mx1YA8JoO/LGzvUrRDuHs65/j4i8RQUgG1UfMyJPq09HnvuGWJhuE1hH5pmE61rsvhXd4CSrTYs6N4F0eLhAIK7qYmvB3n6lEiXJlEVCNaU00/czHhetE+SXQVgyWWOprmzkqtCvY6mubOSq0K+f84K+qUgwJ3ipZKZwaRpKmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUF+MMvXbD2LJ6ojnYlss+SrfrUvHkLzNUWOprmzkqtCvY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvY6mubOSq0K9jqa5s5KrQrxQhG+ClKXFWCOpDQtmvkjIDvOmjGou4oPbW4flWG+VJhUDsNDX77FXwLTPXd0CSSEgkhfgxYi5bUXqejP2hu54nO4QsXsLHNf1SmXOadT3Qm8AE4qo/XVsyJ4eNZzgl9lwc2aQBzRpHkWHT69xqZFAWurIQDIPhnEDfjU+aEjrYTK/a0NbcMsTtk6hHBC7JWh40LdzuOk8omYUKIfB9JfSa1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQnVswtYyWUZ9aJzfXLBdK+TBgZFclNc4RvOoKanWpihZjqa5s5KrQr2OprmzkqtCvY6mubOSq0K9jqa5s5KrQr2OprmzkqtCvY6mubOSq0K8IORSiHXvzGDdHnp1Y1j/74wqWI2Q+xErY+ng78VQ9XSIeh7JEgmoFnbxyxv3RDTSsEtDJtSEmwBR+IwB1uHL5Y6mubOSq0K9s8B8NqryM4prUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Aa8WUxDrP0lDbEqm5mQ4pqgXpWnYjHzBnY94INVOm/ZJahjmGoFE61Y6mubOSq0K9jqa5s5KrQr2OprmzkqtCvY6mubOSq0K9jqa5s5KrQr1j8T9ATvlDDQ5pbhIdoygHiVaw4BREepdnwm2vY1szGYua02O7vfRPDqW8SLpuIFXj5fKz6oPQt5C+2omz6OIlGjdJMv9JnOJie7Y4n0ax8yerizQV7f9S9yJWc7yso2R4kiqTOUIJjqknNLArJdjUPo00avm6Tov3fjYHcuttE9ntL8rLRYBBjqa5s5KrQr2OprmzkqtCvi/kNag7ZImya1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQmtQi4+Rx11Ca1CLj5HHXUJrUIuPkcddQu5nGb1eM0RTwQAET+RJWImhuf+g7fUvRgHARyqC5OqlOkJ9mMuoXBk7w6Z0LI9nlbNKVqwNd3qp81oj6PrypDXgQaDUQG7HZHSFgvhoLWiy4/x+d8ybqCr5QKSBtOGcTG4p8Mx0EBUm3854zfg8gKW3AY63sRnPu8dtpO6GJDt70sL/cenNZiRe3DqMS9lsXZd59v5w3tB2zDkTDZaiC34N6qO0H9gg9fxaAvyI6GpJFmKxwv4+sGagYerHillz4pKbT1dft7BjjC5WwaOS7u/kl4/npdIZzZPLRx9lrvV/T+eRnJQwn4hXeuFDScGcLLiFgQFI3ymFmpvXZdyXYKpR+Ov22hf879eBR+t9baLXr0NI1jLkyRz8DjF9w/MrnlE2RRBhyaCivuYIRBtURKC4hYEBSN8phzB1+xIGmbgWEx8iwER0FDNs+SfatsR1LJ8VCw+MJNpD19QYATwVMU8rbGm5Why4m/xJXW/AQrtwa7yDD8FlTL6OeLZOxmM4qWsvjlY/pCFtZ0GBmk4aHoexixiVXcP04a/o/kR0JrTtHyAfw6tIGblBEC0W7ecJJxW5qTxG5t/k420DWQvE1LkyH+T9SIsxq6NV2Z7Gq6RMOfC/BXAoZq08Ih3OOFz4SavkScTZEKrgK/5nyDsBnwXgr4XOkza8IP/rMlbuhw8nYTrfbi/F8QUfPlma75/u97mZSpinOGYgjvjB835/TVrdSxoN3TIiCVFowISH7Nphg/6wwpNmiFJYRm0xE5gsqDW465Y1tpdttMYQA0I0KOA+jTRq+bpOiMrTYWTVrfBWoWlyWknVo/xLr1MHEYbFd/wqKhQ+tItmvtQ1SnBb2bOvQ0jWMuTJHPwOMX3D8yucTte+A+I9lnnqFVOiiux8rJ1Uu5eYYFc8IHgInh/XUDF913yVVbAXfa5VnbQ6W4Lw/HARiQajAxss9obtzxOEXEuvUwcRhsV1qzr2o0Z0RXP+4npup4lBTeeFywliwUD3/+IsfsQT9UFIyo26y+DTYf3QoSpCngizosOzDU2JgkvlnPVwqaDrPImg3CxSHOUmaoxdP/xYzycxkWRoEXPpZ/guJAcnU6+bypTmMvVmwFr2X0C3H0mziRGVkW5vOT5V7KFS8gZHHxKsKFrE1y9x+KoRMaVLOFM2sbVahSzzYNBzAW6USlLce4lsknvj2Pvzeo1f+o/nxvXnhcsJYsFA9//iLH7EE/VAp9Mg2JzAmjnpZXzdDogW8ew4iObZOQYMoQU7DowXwpCiR67KNTOSd22gG2+TAiw1hWftJAHgupgj30vp5ejTNgSd1gubDvMQwcFip88fJhxO174D4j2WeOMbZGytLw4GGgUxvVERo57j/H53zJuoK0ya/vPQsCErY+TZ58dkHnViTEy6+rlFh0hE32LxwtwM0bCm1+ypN/u1YPCPP9GRymPXZYIR8C1fNlG+K8RP9tT8cBGJBqMDGoF/nfIwvg87W69/XihP6oLfNau442M4V1duintGoRxr45aUzPMp+UxyPGTvzf75HzITHf68Dc4lgGH5p6HdeDTt2swmvshNwH7ePWj3498G56lVjCFP3Iiy0pPS/c/pApy1ORgIYIk0SbNUets7PdnRH+Yslmo36p0lZRLhfWmVEMeghTJLcYyEOlUFhhtqdKlMmSgkM8/wKW+wCIInGk1lD4npivfK7sNk3I+P5om8o6Ik5FLobSVgC8BNriLzxYGrbmmZeUIcCH7QLtvAxPTsS4iR4MKsFeiMlfgJ116Fm+7qBgs8SHjFX74IFLUrTZmcA+59/ZXofig5DZ+0f/v1NWjOOfyquO61J5/jrGXPgJEwgKwRlMwrXWdfJkTIr/HyuOlmMDV7ZrnkBW1C1I9lMOybN3hdH/MjnY+13WNcBSkESUq0drOc2VKK2pjrM0ZweOq0hvBQUXYtoWJsidlDZ9iPV4qL19B+IfxL3LK+67FutN3QzdmePuzI/633nH3m+Bj/FlF5m6kyDHDgrN/Ok2MhCf5R+1uvf14oT+qAgFWyif6RGGWb7uoGCzxIeMVfvggUtStM15e81QMeKKlXtUxKUrwBnTzVRPsy4SSJXUObzDEMxE0mdwoXkPKM7qnvnWQcGS4iKyPihbd0HeugpFp1HfUzzDG/bVO137uiQFRxLMZohdZ8vszhd/1AEzUouH8lTw6E/A4xfcPzK53V9WdRVhhOqtKa+mTanyj0Ira3DKg6v297/IifTwNPJz0ZyFinCOG5Fz5aobq7Xf9IRN9i8cLcDka6lu3FBhOMso0c/KzNQQ2Vy0fEDtPJiLe2BA9cO+lbyphYyIJyr32kZI5S+LVlghNckQCyxO5J3fLFK+mLz5EiX5d5c60fKaE1oRVserOBn1m3SYvRMmsb0OpFpSrQ2DW465Y1tpdttMYQA0I0KOLYZ2YjiooJRFy0S6oui27JtgjzDzKgHJ/T86hio9qmHVkfq+zOMe6JpCbw91PdmOfYJQKZU0i0oKMR5UD0VaNRf04e2Bv3Fes9GchYpwjhuI5dZPLnf/tAxV++CBS1K022iwTnQsALGnpXD91Eu8v6u/K7xaacZYY1MSdVJ7+KkjGhxzcic2mEPo00avm6TouMCUnXjpjQDQxsDx9bRnAJlGSyk39DCviMk+8S+F9JgFw0B+hN1paUknc5+7EiEhId1DJgTpojR09eWTWjsN90BHTOzvzxMTQ+jTRq+bpOi8/wtfe0HyJSnwO7OueJA7CFszdMxpaCmBg7mHDIb2aU+wwhjCtoiW4JEbTGQOwQlq7uGNyA9+1jZrnkBW1C1I9lMOybN3hdHuOVIy0cyiTGouTavpA+3/p+3b69QDaCY++qbbTjXRwS45UjLRzKJMRr/yGVrxvT119n5rJ7jQgJ0+51qfXX4witkiuX4G64HjhBQRnAhBI1twGOt7EZz7uAv5tvYsRjrGoOYkL5FgHKZ3hYN1x0YWfBrUfYgEP9+K2SK5fgbrgeW3138H5mE+EQwI1KTMqOoU5hS5lGfUfOgmKHJVNtfazKHxWf6yHs0tOza1iYc/Qrlnr4Rx9B6CAUuQxTGt7KN86TYyEJ/lH7gZ6t5xhsjREd4cRZTyjoLNycI0+/0eAKGV8hTvWUFblrwzF0uYuQvZoGRx/KJPmMrZIrl+BuuB2g/wkI51QQRyJ/YlBOvfBw54C153f2N/kIG3LReGkORD6NNGr5uk6LmhYke97hBUqwa5HMwgMSFD588+N3yXOkQ8E8CjFnR+rnQ47Is+3kOWsLo4Dq8w/9U8VaS2BRYstrCxqiHAKrgpouwrxhLYF1nkysofp24RkwfP1uZNDwS/RWVcMCQy4eGT5BX4Eikq9tvI5CtoXQ0upKGiN2HFdDoQhKrYRGsjP4Bfo9OKGnL0F/OSiG7CFbKRoyv9Mh6pnRfvY8jwJdI/FnUqzFm9RotaKROu//6qdeulPmZnj4MoFOOB4iXxyQbEwk9VNtNZtV1ATD+jC9ko0eZ4TZzhwMdOgI9xhixXTmD8lei0Ev4CexvmXhwMPlE+94TfeZUMIz/CZJ4/MH7Srk6cRJ/zZaxZ0ZIw6od79e76CKbvqhIprjWOQSLZWJ2qqszeIZxWTfYK9YvkldQBIWUMVHdXBR/Woia3IB/Jq9SFue1i0YUltXWGAyPDfAZINY8X5w29keLfRRcOHIbrdtJcwrZIGr3Br5ivwObfaB98NBOLzFTVQBb+tJNq/msaZz3GFjIq36peCcAyCNv8qU5jL1ZsBYpwedtAm8ZzK+XyCDhHtiwMrX1bk0mJcLVdQEw/owvZJaVNP2B9McjLreXHbE4Qp+2/LtJa4yAy/Prpn0eRfNnO5+k9VCuPi5YdGpvmh9KvVgLhGI6vjfxRGLA1B+Ct/Gvl8gg4R7YsDNtcbTb9FaHTvgrIS85HIxATsWP+8x0SLxZS9L8WBcUZfgDdKBg7JuffAXQB7/xaTjGObUPbueV7yUYWutx8whDaULIxC+Ry6RacBuS8F+/kEzPNnN3AocKNGQrnbKknEYtlQlf+TTmGSDWPF+cNvZHi30UXDhyGyy24N4EUlglwtKrXGeg3SZRE+zJGUUX7yamFtLSb7fp392amoiJX3NzeaPyXeE+vmTWtM61DAMv36vFfRZtSAH1jHp3R4AemkQIBB14CpnnTg6FcmnNtXDYvADn/MZ3IaknvEmU48jNW6GsItkKnH7qeroglZc9RlET7MkZRRfvX7EDUPxcsoLz43FgCW6F5ahoS9UVSGMEJp68nIeaFhFDzx7DBoMJtWuZicsDFzo4+yZJ+ccCW6/hgVpeH5hNAseCnRfA2O6HHkrX2QdXl1x0X72PI8CXSPxZ1KsxZvUaLWikTrv/+qnkRG5lM1g/L3ZbYCovClEpHIBLrsvE8Ql/F0+CURn5hS5W9SwTmzQ0YBcuPgsvYUhm+7qBgs8SHm+h4bIKlh+3GKwav6dwz7GPzL7FFZ2Xgko2hALXArwZyhgMVGK31kM7jz36oIc5mw+jTRq+bpOispQGrfbf483mHG0mcCnTRQIftAu28DE9r+rlCZIl+ayLDmaKaN5dvAkOpj2svjf0YwahXQBbaGMPo00avm6ToqrvtgMkDLmRvfARVcD8944Po00avm6TosfaRje0prWD7yUYWutx8wid+gjQ9bPnb4qf9TM3PVfgfKxVeotl8gFGany88G5nHmiloGPk4Sfww6CJj1MztbdHy+3+/CXfSW3AY63sRnPuNI8KWlyru0o+Razllpl/FAoqMa5H0iIkubJBMHU+pm8oO/mUbo6SKnj5fKz6oPQtgH7MDD/hChxQ2fYj1eKi9fQfiH8S9yyvHJjPEAW63pvaaqp3k5KDfZdU/1gJ+9aa3MAGPPRvbHoewS/9rvXXyxGd+29gk7+xikHbEgrVc71AtVC9wvIANytkiuX4G64HcnXcMVeqeSrceHU+3HRyctqnics8l90s8ZjA8FV8QirnkymfWkYlvFkOeCnqg/d7Rxm0zUeL7Leu/PTxrn5WZrHs22A2qwHufQD+7DHEZP1cs4Cr3Oz9T7nQ47Is+3kONYoy4c2N7ilFR3dOqiWCeGPL48npbQQkmm6QOh1VGQZjy+PJ6W0EJAxwZgFHLrEJM/CP3W+9oFgbWZuV22K1dMSGUdSRDBEj0hE32LxwtwPrPEr5mfLCTHHJtDJEaRvjVjI3aenVRLhHxg3MYQWP0LykzewIWcOk6nq6IJWXPUZ7KFS8gZHHxPsmSfnHAluvrGmc9xhYyKt+qXgnAMgjb/KlOYy9WbAWTIKbEIZxqpeWlTT9gfTHI8xt8ZmMdIVuc2eITYwuR8hATsWP+8x0SPoGqcgBXb0QI5YjGi+uHm5Y72oiVeivhA+jTRq+bpOiFHrs3er3+S5EYsDUH4K38aWrDaGI8UK/QE7Fj/vMdEi8WUvS/FgXFHEjmyAJgUB4gSTr4eAH/MMeautCb3fCLbQymuf8rIm/Ye7srmM7MFscYQIY5EbsFN/dmpqIiV9ztnGtmJTaTMVDzx7DBoMJtSDxbGNOj2pECxh0uL+0rD2Y9dlghHwLVwz42EXGQmAGazPoIzepXp3J+Q0jJM7SSYh7QQxEETOoM1j+NOjJBRPSN2PVRbaNSEYBrZRPxyWOmPXZYIR8C1dODoVyac21cKd/zsvbWGb+TQZMWru+L2UCsDf/hH1y43XXiViTYhLqASJaD9Cuc5NYV/rBaRPJ0+kADJPHd5ZBBk9SJxJyVuHbZQ4GF8KNT3RKOJ71f38u/U1aM45/Kq5l+AN0oGDsm2LUOtFx6KXW02cSh3+QDjZqiSSD0rDrlyIdAvyBpx1zbcBjrexGc+5OPv2BcVTg+rm9Dj004NoEG7uGkLMO0ETjfE7dXJho6K8oVn2Xzq+57zcAK1OgFO0ncIoQ6CkajSJajUezj/LGryhWfZfOr7mtQelumiVyDS4wuQgjybbD4Im3fFLUIM+GT5BX4EikqxcNAfoTdaWl9ccJg5BPA1Mij0DtgJTeCPi57U7/SHx1uumntFtZeGDJHMxnvIn+NEyFKEQTMK39FEnXjDuBDDJ5V32R1FgIdyEZONYcoiJiF7VBs0yvDREIxVhWP+25h+rhXBduHNDgckigahJBO6nTZxKHf5AONuqv22KjK3twTPNehRT/Jvuzp54ZGGD+zaPUJmTgN8Y2lIkZ58sqbM3MiKegqHI32wxS6T2eFxB2QGpM1ZaNQjH1sw1ecF5asqP2mk59cmqsny+zOF3/UAQ1XfuAAv3pZD+1TXyrLlBsmNQNKkEX/USDITRSEZeUHpitvm2Oo/4t6UwxcXZ52suYGGklj42ANhu7rKMWz/59YitDHLMflk/0H4h/EvcsryiR67KNTOSd22gG2+TAiw39sG67Da9rPFmqQTgpPKNfjYe8P0GerL4pkUvP1XGYeU6BOqVswn2q0Fte2oL0PjkIHgInh/XUDF913yVVbAXf+XN7TXOnR/XypTmMvVmwFnzjZ25ROLBUo/Ge0rhrUpZZqkE4KTyjX5NLb4Qli/tXccm0MkRpG+MOoH1xFjG/88ul8P06FRMvg8g6DWPruqhohbGToHo9Bhzx8SKcGGZ3DrYpWFpVPBXoyfIeGSGlFGjlGUq0nNxZcpvMj8ZS+w4FE8spOdn6HdGJOdiIrblDyy8j/l7fgi0qosFmC/w+JtNS4RbPX3saykmZz20SIcp8Hn5pHEh9Iw62KVhaVTwVO5+k9VCuPi5YdGpvmh9KvRbq3LcKxzzf5u/A0qy4ibT+PsWo8qOMoSoeLArJNtzhe3WhWUAsVU8/sI+cOuuOxVdjH5SkeT2xYP+sMKTZohT1z1GzUym8Cb1DU1iWPDtRWaMb87PYiOK4bsDVGUAtz418IqtC2td4TQZMWru+L2WtIyo63T0U9gjynlha/OHzrvRPeCgOyMHLHcfAX2MQpc2qzNdoJOc5cZ2XOJlIncFBxPccA8DQXswj/uFvdkVtmp1Ew3bkCRfEVwq31iGP1oxH2AzePONw3e7XWNRqcDrSETfYvHC3Ayzl7BKgPLsCvNh7Pe/kKIt98JHHtFXDI/f4L70S7wXYjqj2XQ2mMAjhZHqM/jwvAsZcagaFXjaHmEA3+9HxiQuSM6Wfv3Q4pcWFITmr26/YKAxbiYPwSMxz9d0Y8mGiccqFDfGqhRGTWvDMXS5i5C8Ueuzd6vf5Lv+6ZGdGVKZoKfoq9zDqV+OtOlZYzEqXtfxREVgVpNG1DpQA/e0ovhmGwZCzM/z9w2am9dl3Jdgq3hfX7OD7im60hRSplqVKm9zrOBLJrnQWtvy3M7Bgp7ewcNWPXNu8TQgeAieH9dQMX3XfJVVsBd/c4Ir5AYq58X7Ex2jbfOVdwHONZS9oCTLypTmMvVmwFqCJw7gcSdFNhih9ZSEZY+Hk+hK+aFZD3zOy6EC3OUiPkMknjlpiOWgVSy8zeM/WdIgQIMaIOFjG6S8ArJ8IE+1GBWA/Yd8QKMllfnxwPF+JbXuK+AmYAAAEB7htyjTuEHJIoGoSQTupWWik6UcJlk02+G6y3d86eg==

Put as a code or spoiler...

MD5 hashes are usually 32 characters long, they look like 4ee0174234d96c939a6be4c768944bcf, not whatever it is you posted.

We're not NGT, we're NGU.

Turing is stupid (the programming language, not the man, Alan Turing was a brilliant guy), and shares very few similarities to C++.

And lastly, put that thing in a CODE box, or a spoiler in the least.

Oh, and if you told us what the program was, we could probably write you one a lot faster than we could crack that (unless someone was willing to attempt to bruteforce both the ciphertext and which encryption was used in the first place).

LOL! omg yea NGU and im retarded sorry... Also i don't see any section that has to do with Turing here so i doubt anyone can do my assignment.

---------- Post added at 09:03 PM ---------- Previous post was at 09:00 PM ----------

AND YES Turing is extremely retarded but our school has a 100 year old guy teaching ancient programming languages not my fault. And about the program i got 90% of it done along with my friend were getting there

wow thats a lot of writing

There's no real programming section here at all. There's just one sort of generic blob of a section that's mostly filled with people who barely know anything about programming whatsoever.

And you can still let us know the schematics or instructions for your program, we can probably help.

...Great, another thread with jumbles of text.

Why hack it? Unless it is some amazing program that is hard to replicate and there is a password/username involved in order to get it to work then I can see wasting time on something but seeing as this is for a class or something... why?

...I just sense a waste of time.