Need some help... Tower of Doom
Base64...

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Need some help... Tower of Doom

Base64...
Last Updated: 04/02/2013 19:06

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Game Dscription
Tower of Doom, a free online Strategy game brought to you by Armor Games. It is time to be evil and destroy the human world. Use your underground fortress to build a tower and emerge from the ground to cast the ultimate destruction spell. Be careful though! These puny little humans will try to stop you.
Need some help... Tower of Doom Posted on: 04/02/2013 10:33am
Quote Post
Hey guys,
Someone needed help with the game,
And cheat engine itself isn't the solution, tried all kind of stuff that I know... and relaized already that it encrypted.
So decided to give AS3 a shot.

While digging I found this

Base64 encrypt
 {     import __AS3__.vec.*;     import flash.utils.*;      public class Base64 extends Object     {         private static const _encodeChars:Vector.<int> = InitEncoreChar();         private static const _decodeChars:Vector.<int> = InitDecodeChar();          public function Base64()         {             return;         }// end function          public static function encode(param1:ByteArray) : String         {             var _loc_6:* = 0;             var _loc_2:* = new ByteArray();             _loc_2.length = (2 + param1.length - (param1.length + 2) % 3) * 4 / 3;             var _loc_3:* = 0;             var _loc_4:* = param1.length % 3;             var _loc_5:* = param1.length - _loc_4;             var _loc_7:* = 0;             while (_loc_3 < _loc_5)             {                                  _loc_6 = param1[int(_loc_3++)] << 16 | param1[int(_loc_3++)] << 8 | param1[int(_loc_3++)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 >>> 18)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 >>> 12 & 63)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 >>> 6 & 63)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 & 63)];             }             if (_loc_4 == 1)             {                 _loc_6 = param1[int(_loc_3)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 >>> 2)];                 _loc_2[int(_loc_7++)] = _encodeChars[int((_loc_6 & 3) << 4)];                 _loc_2[int(_loc_7++)] = 61;                 _loc_2[int(_loc_7++)] = 61;             }             else if (_loc_4 == 2)             {                 _loc_6 = param1[int(_loc_3++)] << 8 | param1[int(_loc_3)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 >>> 10)];                 _loc_2[int(_loc_7++)] = _encodeChars[int(_loc_6 >>> 4 & 63)];                 _loc_2[int(_loc_7++)] = _encodeChars[int((_loc_6 & 15) << 2)];                 _loc_2[int(_loc_7++)] = 61;             }             return _loc_2.readUTFBytes(_loc_2.length);         }// end function          public static function decode(param1:String) : ByteArray         {             var _loc_2:* = 0;             var _loc_3:* = 0;             var _loc_4:* = 0;             var _loc_5:* = 0;             var _loc_6:* = 0;             var _loc_7:* = param1.length;             var _loc_8:* = new ByteArray();             new ByteArray().writeUTFBytes(param1);             var _loc_9:* = 0;             while (_loc_6 < _loc_7)             {                                  _loc_2 = _decodeChars[int(_loc_8[_loc_6++])];                 if (_loc_2 == -1)                 {                     break;                 }                 _loc_3 = _decodeChars[int(_loc_8[_loc_6++])];                 if (_loc_3 == -1)                 {                     break;                 }                 _loc_8[int(_loc_9++)] = _loc_2 << 2 | (_loc_3 & 48) >> 4;                 _loc_4 = _loc_8[int(_loc_6++)];                 if (_loc_4 == 61)                 {                     _loc_8.length = _loc_9;                     return _loc_8;                 }                 _loc_4 = _decodeChars[int(_loc_4)];                 if (_loc_4 == -1)                 {                     break;                 }                 _loc_8[int(_loc_9++)] = (_loc_3 & 15) << 4 | (_loc_4 & 60) >> 2;                 _loc_5 = _loc_8[int(_loc_6++)];                 if (_loc_5 == 61)                 {                     _loc_8.length = _loc_9;                     return _loc_8;                 }                 _loc_5 = _decodeChars[int(_loc_5)];                 if (_loc_5 == -1)                 {                     break;                 }                 _loc_8[int(_loc_9++)] = (_loc_4 & 3) << 6 | _loc_5;             }             _loc_8.length = _loc_9;             return _loc_8;         }// end function          public static function InitEncoreChar() : Vector.<int>         {             var _loc_1:* = new Vector.<int>(64, true);             var _loc_2:* = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/";             var _loc_3:* = 0;             while (_loc_3 < 64)             {                                  _loc_1[_loc_3] = _loc_2.charCodeAt(_loc_3);                 _loc_3++;             }             return _loc_1;         }// end function          public static function InitDecodeChar() : Vector.<int>         {             new Vector.<int>(256)[0] = -1;             new Vector.<int>(256)[1] = -1;             new Vector.<int>(256)[2] = -1;             new Vector.<int>(256)[3] = -1;             new Vector.<int>(256)[4] = -1;             new Vector.<int>(256)[5] = -1;             new Vector.<int>(256)[6] = -1;             new Vector.<int>(256)[7] = -1;             new Vector.<int>(256)[8] = -1;             new Vector.<int>(256)[9] = -1;             new Vector.<int>(256)[10] = -1;             new Vector.<int>(256)[11] = -1;             new Vector.<int>(256)[12] = -1;             new Vector.<int>(256)[13] = -1;             new Vector.<int>(256)[14] = -1;             new Vector.<int>(256)[15] = -1;             new Vector.<int>(256)[16] = -1;             new Vector.<int>(256)[17] = -1;             new Vector.<int>(256)[18] = -1;             new Vector.<int>(256)[19] = -1;             new Vector.<int>(256)[20] = -1;             new Vector.<int>(256)[21] = -1;             new Vector.<int>(256)[22] = -1;             new Vector.<int>(256)[23] = -1;             new Vector.<int>(256)[24] = -1;             new Vector.<int>(256)[25] = -1;             new Vector.<int>(256)[26] = -1;             new Vector.<int>(256)[27] = -1;             new Vector.<int>(256)[28] = -1;             new Vector.<int>(256)[29] = -1;             new Vector.<int>(256)[30] = -1;             new Vector.<int>(256)[31] = -1;             new Vector.<int>(256)[32] = -1;             new Vector.<int>(256)[33] = -1;             new Vector.<int>(256)[34] = -1;             new Vector.<int>(256)[35] = -1;             new Vector.<int>(256)[36] = -1;             new Vector.<int>(256)[37] = -1;             new Vector.<int>(256)[38] = -1;             new Vector.<int>(256)[39] = -1;             new Vector.<int>(256)[40] = -1;             new Vector.<int>(256)[41] = -1;             new Vector.<int>(256)[42] = -1;             new Vector.<int>(256)[43] = 62;             new Vector.<int>(256)[44] = -1;             new Vector.<int>(256)[45] = -1;             new Vector.<int>(256)[46] = -1;             new Vector.<int>(256)[47] = 63;             new Vector.<int>(256)[48] = 52;             new Vector.<int>(256)[49] = 53;             new Vector.<int>(256)[50] = 54;             new Vector.<int>(256)[51] = 55;             new Vector.<int>(256)[52] = 56;             new Vector.<int>(256)[53] = 57;             new Vector.<int>(256)[54] = 58;             new Vector.<int>(256)[55] = 59;             new Vector.<int>(256)[56] = 60;             new Vector.<int>(256)[57] = 61;             new Vector.<int>(256)[58] = -1;             new Vector.<int>(256)[59] = -1;             new Vector.<int>(256)[60] = -1;             new Vector.<int>(256)[61] = -1;             new Vector.<int>(256)[62] = -1;             new Vector.<int>(256)[63] = -1;             new Vector.<int>(256)[64] = -1;             new Vector.<int>(256)[65] = 0;             new Vector.<int>(256)[66] = 1;             new Vector.<int>(256)[67] = 2;             new Vector.<int>(256)[68] = 3;             new Vector.<int>(256)[69] = 4;             new Vector.<int>(256)[70] = 5;             new Vector.<int>(256)[71] = 6;             new Vector.<int>(256)[72] = 7;             new Vector.<int>(256)[73] = 8;             new Vector.<int>(256)[74] = 9;             new Vector.<int>(256)[75] = 10;             new Vector.<int>(256)[76] = 11;             new Vector.<int>(256)[77] = 12;             new Vector.<int>(256)[78] = 13;             new Vector.<int>(256)[79] = 14;             new Vector.<int>(256)[80] = 15;             new Vector.<int>(256)[81] = 16;             new Vector.<int>(256)[82] = 17;             new Vector.<int>(256)[83] = 18;             new Vector.<int>(256)[84] = 19;             new Vector.<int>(256)[85] = 20;             new Vector.<int>(256)[86] = 21;             new Vector.<int>(256)[87] = 22;             new Vector.<int>(256)[88] = 23;             new Vector.<int>(256)[89] = 24;             new Vector.<int>(256)[90] = 25;             new Vector.<int>(256)[91] = -1;             new Vector.<int>(256)[92] = -1;             new Vector.<int>(256)[93] = -1;             new Vector.<int>(256)[94] = -1;             new Vector.<int>(256)[95] = -1;             new Vector.<int>(256)[96] = -1;             new Vector.<int>(256)[97] = 26;             new Vector.<int>(256)[98] = 27;             new Vector.<int>(256)[99] = 28;             new Vector.<int>(256)[100] = 29;             new Vector.<int>(256)[101] = 30;             new Vector.<int>(256)[102] = 31;             new Vector.<int>(256)[103] = 32;             new Vector.<int>(256)[104] = 33;             new Vector.<int>(256)[105] = 34;             new Vector.<int>(256)[106] = 35;             new Vector.<int>(256)[107] = 36;             new Vector.<int>(256)[108] = 37;             new Vector.<int>(256)[109] = 38;             new Vector.<int>(256)[110] = 39;             new Vector.<int>(256)[111] = 40;             new Vector.<int>(256)[112] = 41;             new Vector.<int>(256)[113] = 42;             new Vector.<int>(256)[114] = 43;             new Vector.<int>(256)[115] = 44;             new Vector.<int>(256)[116] = 45;             new Vector.<int>(256)[117] = 46;             new Vector.<int>(256)[118] = 47;             new Vector.<int>(256)[119] = 48;             new Vector.<int>(256)[120] = 49;             new Vector.<int>(256)[121] = 50;             new Vector.<int>(256)[122] = 51;             new Vector.<int>(256)[123] = -1;             new Vector.<int>(256)[124] = -1;             new Vector.<int>(256)[125] = -1;             new Vector.<int>(256)[126] = -1;             new Vector.<int>(256)[127] = -1;             new Vector.<int>(256)[128] = -1;             new Vector.<int>(256)[129] = -1;             new Vector.<int>(256)[130] = -1;             new Vector.<int>(256)[131] = -1;             new Vector.<int>(256)[132] = -1;             new Vector.<int>(256)[133] = -1;             new Vector.<int>(256)[134] = -1;             new Vector.<int>(256)[135] = -1;             new Vector.<int>(256)[136] = -1;             new Vector.<int>(256)[137] = -1;             new Vector.<int>(256)[138] = -1;             new Vector.<int>(256)[139] = -1;             new Vector.<int>(256)[140] = -1;             new Vector.<int>(256)[141] = -1;             new Vector.<int>(256)[142] = -1;             new Vector.<int>(256)[143] = -1;             new Vector.<int>(256)[144] = -1;             new Vector.<int>(256)[145] = -1;             new Vector.<int>(256)[146] = -1;             new Vector.<int>(256)[147] = -1;             new Vector.<int>(256)[148] = -1;             new Vector.<int>(256)[149] = -1;             new Vector.<int>(256)[150] = -1;             new Vector.<int>(256)[151] = -1;             new Vector.<int>(256)[152] = -1;             new Vector.<int>(256)[153] = -1;             new Vector.<int>(256)[154] = -1;             new Vector.<int>(256)[155] = -1;             new Vector.<int>(256)[156] = -1;             new Vector.<int>(256)[157] = -1;             new Vector.<int>(256)[158] = -1;             new Vector.<int>(256)[159] = -1;             new Vector.<int>(256)[160] = -1;             new Vector.<int>(256)[161] = -1;             new Vector.<int>(256)[162] = -1;             new Vector.<int>(256)[163] = -1;             new Vector.<int>(256)[164] = -1;             new Vector.<int>(256)[165] = -1;             new Vector.<int>(256)[166] = -1;             new Vector.<int>(256)[167] = -1;             new Vector.<int>(256)[168] = -1;             new Vector.<int>(256)[169] = -1;             new Vector.<int>(256)[170] = -1;             new Vector.<int>(256)[171] = -1;             new Vector.<int>(256)[172] = -1;             new Vector.<int>(256)[173] = -1;             new Vector.<int>(256)[174] = -1;             new Vector.<int>(256)[175] = -1;             new Vector.<int>(256)[176] = -1;             new Vector.<int>(256)[177] = -1;             new Vector.<int>(256)[178] = -1;             new Vector.<int>(256)[179] = -1;             new Vector.<int>(256)[180] = -1;             new Vector.<int>(256)[181] = -1;             new Vector.<int>(256)[182] = -1;             new Vector.<int>(256)[183] = -1;             new Vector.<int>(256)[184] = -1;             new Vector.<int>(256)[185] = -1;             new Vector.<int>(256)[186] = -1;             new Vector.<int>(256)[187] = -1;             new Vector.<int>(256)[188] = -1;             new Vector.<int>(256)[189] = -1;             new Vector.<int>(256)[190] = -1;             new Vector.<int>(256)[191] = -1;             new Vector.<int>(256)[192] = -1;             new Vector.<int>(256)[193] = -1;             new Vector.<int>(256)[194] = -1;             new Vector.<int>(256)[195] = -1;             new Vector.<int>(256)[196] = -1;             new Vector.<int>(256)[197] = -1;             new Vector.<int>(256)[198] = -1;             new Vector.<int>(256)[199] = -1;             new Vector.<int>(256)[200] = -1;             new Vector.<int>(256)[201] = -1;             new Vector.<int>(256)[202] = -1;             new Vector.<int>(256)[203] = -1;             new Vector.<int>(256)[204] = -1;             new Vector.<int>(256)[205] = -1;             new Vector.<int>(256)[206] = -1;             new Vector.<int>(256)[207] = -1;             new Vector.<int>(256)[208] = -1;             new Vector.<int>(256)[209] = -1;             new Vector.<int>(256)[210] = -1;             new Vector.<int>(256)[211] = -1;             new Vector.<int>(256)[212] = -1;             new Vector.<int>(256)[213] = -1;             new Vector.<int>(256)[214] = -1;             new Vector.<int>(256)[215] = -1;             new Vector.<int>(256)[216] = -1;             new Vector.<int>(256)[217] = -1;             new Vector.<int>(256)[218] = -1;             new Vector.<int>(256)[219] = -1;             new Vector.<int>(256)[220] = -1;             new Vector.<int>(256)[221] = -1;             new Vector.<int>(256)[222] = -1;             new Vector.<int>(256)[223] = -1;             new Vector.<int>(256)[224] = -1;             new Vector.<int>(256)[225] = -1;             new Vector.<int>(256)[226] = -1;             new Vector.<int>(256)[227] = -1;             new Vector.<int>(256)[228] = -1;             new Vector.<int>(256)[229] = -1;             new Vector.<int>(256)[230] = -1;             new Vector.<int>(256)[231] = -1;             new Vector.<int>(256)[232] = -1;             new Vector.<int>(256)[233] = -1;             new Vector.<int>(256)[234] = -1;             new Vector.<int>(256)[235] = -1;             new Vector.<int>(256)[236] = -1;             new Vector.<int>(256)[237] = -1;             new Vector.<int>(256)[238] = -1;             new Vector.<int>(256)[239] = -1;             new Vector.<int>(256)[240] = -1;             new Vector.<int>(256)[241] = -1;             new Vector.<int>(256)[242] = -1;             new Vector.<int>(256)[243] = -1;             new Vector.<int>(256)[244] = -1;             new Vector.<int>(256)[245] = -1;             new Vector.<int>(256)[246] = -1;             new Vector.<int>(256)[247] = -1;             new Vector.<int>(256)[248] = -1;             new Vector.<int>(256)[249] = -1;             new Vector.<int>(256)[250] = -1;             new Vector.<int>(256)[251] = -1;             new Vector.<int>(256)[252] = -1;             new Vector.<int>(256)[253] = -1;             new Vector.<int>(256)[254] = -1;             new Vector.<int>(256)[255] = -1;             var _loc_1:* = new Vector.<int>(256);             return _loc_1;         }// end function      } }     
(This is AS3, Action Script 3).

This is digit cryptor which probably encrypts the values.

  package net.utils  {      import flash.utils.*;       public class DigitCryptor extends Object      {          private var str:String;          private var bytes:ByteArray;           public function DigitCryptor(param1:Number = 0)          {              this.bytes = new ByteArray();              this.value = param1;              return;          }// end function           public function get value() : Number          {              this.bytes = Base64.decode(this.str);              this.bytes.position = 0;              return this.bytes.readFloat();          }// end function           public function set value(param1:Number) : void          {              this.bytes.position = 0;              this.bytes.writeFloat(param1);              this.str = Base64.encode(this.bytes);              return;          }// end function           public function toString() : String          {              return String(this.value);          }// end function           public function toEncryptedString() : String          {              return this.str;          }// end function       }  } 

Encrypt/decrypt the value.

Any chance to help me out?
First time ever I deal with encrypted values, usually I deal with either protected or server sided (protected, e.g dynamic, has check routine and etc.).



RE: Need some help... Tower of Doom Posted on: 04/02/2013 2:09pm
Quote Post
Never let a computer tell´╗┐ me shit.
if it were me, id just re write the getter so it always returned a large number.
eg
this.bytes = Base64.decode(this.str);
this.bytes.position = 0;
return this.bytes.readFloat();
-->
return 32000*1000;



I use this AoB tool to make all the AoBs I post. Try the online version if you dont feel like downloading it.
"Obviously, windows are central to Windows. They are so important that they named the operating system after them. But what is a window?"

RE: Need some help... Tower of Doom Posted on: 04/02/2013 5:19pm
Quote Post
I can't do so...
Lack of space....
I use cheat engine to replace.
I just wondering, if we could "skip" the encoding/decoding, and let it return the value that it wants to encrypt/decrypt.



RE: Need some help... Tower of Doom Posted on: 04/02/2013 7:06pm
Quote Post
Never let a computer tell´╗┐ me shit.
not without doint integer conversion, in this case.



I use this AoB tool to make all the AoBs I post. Try the online version if you dont feel like downloading it.
"Obviously, windows are central to Windows. They are so important that they named the operating system after them. But what is a window?"