package.json中添加 "crypto-js" : "^4.2.0" ,
"jsencrypt" : "^3.3.2" ,
但是vue2中使用 import CryptoJS from cryptojs; 这一步就会报错 ! function ( t, e ) { "object" == typeof exports? module. exports= exports= e ( ) : "function" == typeof define&& define. amd? define ( [ ] , e) : t. CryptoJS= e ( ) } ( this , function ( ) { var n, o, s, a, h, t, e, l, r, i, c, f, d, u, p, S , x, b, A , H , z, _, v, g, y, B , w, k, m, C , D , E , R , M , F , P , W , O , I , U = U || function ( h ) { var i; if ( "undefined" != typeof window&& window. crypto&& ( i= window. crypto) , "undefined" != typeof self&& self. crypto&& ( i= self. crypto) , ! ( i= ! ( i= ! ( i= "undefined" != typeof globalThis&& globalThis. crypto? globalThis. crypto: i) && "undefined" != typeof window&& window. msCrypto? window. msCrypto: i) && "undefined" != typeof global&& global. crypto? global. crypto: i) && "function" == typeof require) try { i= require ( "crypto" ) } catch ( t) { } var r= Object. create|| function ( t ) { return e. prototype= t, t= new e , e. prototype= null , t} ; function e ( ) { } var t= { } , n= t. lib= { } , o= n. Base= { extend : function ( t ) { var e= r ( this ) ; return t&& e. mixIn ( t) , e. hasOwnProperty ( "init" ) && this . init!== e. init|| ( e. init = function ( ) { e. $super . init . apply ( this , arguments) } ) , ( e. init. prototype= e) . $super = this , e} , create : function ( ) { var t= this . extend ( ) ; return t. init . apply ( t, arguments) , t} , init : function ( ) { } , mixIn : function ( t ) { for ( var e in t) t. hasOwnProperty ( e) && ( this [ e] = t[ e] ) ; t. hasOwnProperty ( "toString" ) && ( this . toString= t. toString) } , clone : function ( ) { return this . init. prototype. extend ( this ) } } , l= n. WordArray= o. extend ( { init : function ( t, e ) { t= this . words= t|| [ ] , this . sigBytes= null != e? e: 4 * t. length} , toString : function ( t ) { return ( t|| c) . stringify ( this ) } , concat : function ( t ) { var e= this . words, r= t. words, i= this . sigBytes, n= t. sigBytes; if ( this . clamp ( ) , i% 4 ) for ( var o= 0 ; o< n; o++ ) { var s= r[ o>>> 2 ] >>> 24 - o% 4 * 8 & 255 ; e[ i+ o>>> 2 ] |= s<< 24 - ( i+ o) % 4 * 8 } else for ( var c= 0 ; c< n; c+= 4 ) e[ i+ c>>> 2 ] = r[ c>>> 2 ] ; return this . sigBytes+= n, this } , clamp : function ( ) { var t= this . words, e= this . sigBytes; t[ e>>> 2 ] &= 4294967295 << 32 - e% 4 * 8 , t. length= h. ceil ( e/ 4 ) } , clone : function ( ) { var t= o. clone . call ( this ) ; return t. words= this . words. slice ( 0 ) , t} , random : function ( t ) { for ( var e= [ ] , r= 0 ; r< t; r+= 4 ) e. push ( function ( ) { if ( i) { if ( "function" == typeof i. getRandomValues) try { return i. getRandomValues ( new Uint32Array ( 1 ) ) [ 0 ] } catch ( t) { } if ( "function" == typeof i. randomBytes) try { return i. randomBytes ( 4 ) . readInt32LE ( ) } catch ( t) { } } throw new Error ( "Native crypto module could not be used to get secure random number." ) } ( ) ) ; return new l. init ( e, t) } } ) , s= t. enc= { } , c= s. Hex= { stringify : function ( t ) { for ( var e= t. words, r= t. sigBytes, i= [ ] , n= 0 ; n< r; n++ ) { var o= e[ n>>> 2 ] >>> 24 - n% 4 * 8 & 255 ; i. push ( ( o>>> 4 ) . toString ( 16 ) ) , i. push ( ( 15 & o) . toString ( 16 ) ) } return i. join ( "" ) } , parse : function ( t ) { for ( var e= t. length, r= [ ] , i= 0 ; i< e; i+= 2 ) r[ i>>> 3 ] |= parseInt ( t. substr ( i, 2 ) , 16 ) << 24 - i% 8 * 4 ; return new l. init ( r, e/ 2 ) } } , a= s. Latin1= { stringify : function ( t ) { for ( var e= t. words, r= t. sigBytes, i= [ ] , n= 0 ; n< r; n++ ) { var o= e[ n>>> 2 ] >>> 24 - n% 4 * 8 & 255 ; i. push ( String. fromCharCode ( o) ) } return i. join ( "" ) } , parse : function ( t ) { for ( var e= t. length, r= [ ] , i= 0 ; i< e; i++ ) r[ i>>> 2 ] |= ( 255 & t. charCodeAt ( i) ) << 24 - i% 4 * 8 ; return new l. init ( r, e) } } , f= s. Utf8= { stringify : function ( t ) { try { return decodeURIComponent ( escape ( a. stringify ( t) ) ) } catch ( t) { throw new Error ( "Malformed UTF-8 data" ) } } , parse : function ( t ) { return a. parse ( unescape ( encodeURIComponent ( t) ) ) } } , d= n. BufferedBlockAlgorithm= o. extend ( { reset : function ( ) { this . _data= new l. init , this . _nDataBytes= 0 } , _append : function ( t ) { "string" == typeof t&& ( t= f. parse ( t) ) , this . _data. concat ( t) , this . _nDataBytes+= t. sigBytes} , _process : function ( t ) { var e, r= this . _data, i= r. words, n= r. sigBytes, o= this . blockSize, s= n/ ( 4 * o) , c= ( s= t? h. ceil ( s) : h. max ( ( 0 | s) - this . _minBufferSize, 0 ) ) * o, n= h. min ( 4 * c, n) ; if ( c) { for ( var a= 0 ; a< c; a+= o) this . _doProcessBlock ( i, a) ; e= i. splice ( 0 , c) , r. sigBytes-= n} return new l. init ( e, n) } , clone : function ( ) { var t= o. clone . call ( this ) ; return t. _data= this . _data. clone ( ) , t} , _minBufferSize : 0 } ) , u= ( n. Hasher= d. extend ( { cfg : o. extend ( ) , init : function ( t ) { this . cfg= this . cfg. extend ( t) , this . reset ( ) } , reset : function ( ) { d. reset . call ( this ) , this . _doReset ( ) } , update : function ( t ) { return this . _append ( t) , this . _process ( ) , this } , finalize : function ( t ) { return t&& this . _append ( t) , this . _doFinalize ( ) } , blockSize : 16 , _createHelper : function ( r ) { return function ( t, e ) { return new r. init ( e) . finalize ( t) } } , _createHmacHelper : function ( r ) { return function ( t, e ) { return new u. HMAC. init ( r, e) . finalize ( t) } } } ) , t. algo= { } ) ; return t} ( Math) ; function K ( t, e, r ) { return t& e| ~ t& r} function X ( t, e, r ) { return t& r| e& ~ r} function L ( t, e ) { return t<< e| t>>> 32 - e} function j ( t, e, r, i ) { var n, o= this . _iv; o? ( n= o. slice ( 0 ) , this . _iv= void 0 ) : n= this . _prevBlock, i. encryptBlock ( n, 0 ) ; for ( var s= 0 ; s< r; s++ ) t[ e+ s] ^= n[ s] } function T ( t ) { var e, r, i; return 255 == ( t>> 24 & 255 ) ? ( r= t>> 8 & 255 , i= 255 & t, 255 === ( e= t>> 16 & 255 ) ? ( e= 0 , 255 === r? ( r= 0 , 255 === i? i= 0 : ++ i) : ++ r) : ++ e, t= 0 , t+= e<< 16 , t+= r<< 8 , t+= i) : t+= 1 << 24 , t} function N ( ) { for ( var t= this . _X, e= this . _C, r= 0 ; r< 8 ; r++ ) E [ r] = e[ r] ; e[ 0 ] = e[ 0 ] + 1295307597 + this . _b| 0 , e[ 1 ] = e[ 1 ] + 3545052371 + ( e[ 0 ] >>> 0 < E [ 0 ] >>> 0 ? 1 : 0 ) | 0 , e[ 2 ] = e[ 2 ] + 886263092 + ( e[ 1 ] >>> 0 < E [ 1 ] >>> 0 ? 1 : 0 ) | 0 , e[ 3 ] = e[ 3 ] + 1295307597 + ( e[ 2 ] >>> 0 < E [ 2 ] >>> 0 ? 1 : 0 ) | 0 , e[ 4 ] = e[ 4 ] + 3545052371 + ( e[ 3 ] >>> 0 < E [ 3 ] >>> 0 ? 1 : 0 ) | 0 , e[ 5 ] = e[ 5 ] + 886263092 + ( e[ 4 ] >>> 0 < E [ 4 ] >>> 0 ? 1 : 0 ) | 0 , e[ 6 ] = e[ 6 ] + 1295307597 + ( e[ 5 ] >>> 0 < E [ 5 ] >>> 0 ? 1 : 0 ) | 0 , e[ 7 ] = e[ 7 ] + 3545052371 + ( e[ 6 ] >>> 0 < E [ 6 ] >>> 0 ? 1 : 0 ) | 0 , this . _b= e[ 7 ] >>> 0 < E [ 7 ] >>> 0 ? 1 : 0 ; for ( r= 0 ; r< 8 ; r++ ) { var i= t[ r] + e[ r] , n= 65535 & i, o= i>>> 16 ; R [ r] = ( ( n* n>>> 17 ) + n* o>>> 15 ) + o* o^ ( ( 4294901760 & i) * i| 0 ) + ( ( 65535 & i) * i| 0 ) } t[ 0 ] = R [ 0 ] + ( R [ 7 ] << 16 | R [ 7 ] >>> 16 ) + ( R [ 6 ] << 16 | R [ 6 ] >>> 16 ) | 0 , t[ 1 ] = R [ 1 ] + ( R [ 0 ] << 8 | R [ 0 ] >>> 24 ) + R [ 7 ] | 0 , t[ 2 ] = R [ 2 ] + ( R [ 1 ] << 16 | R [ 1 ] >>> 16 ) + ( R [ 0 ] << 16 | R [ 0 ] >>> 16 ) | 0 , t[ 3 ] = R [ 3 ] + ( R [ 2 ] << 8 | R [ 2 ] >>> 24 ) + R [ 1 ] | 0 , t[ 4 ] = R [ 4 ] + ( R [ 3 ] << 16 | R [ 3 ] >>> 16 ) + ( R [ 2 ] << 16 | R [ 2 ] >>> 16 ) | 0 , t[ 5 ] = R [ 5 ] + ( R [ 4 ] << 8 | R [ 4 ] >>> 24 ) + R [ 3 ] | 0 , t[ 6 ] = R [ 6 ] + ( R [ 5 ] << 16 | R [ 5 ] >>> 16 ) + ( R [ 4 ] << 16 | R [ 4 ] >>> 16 ) | 0 , t[ 7 ] = R [ 7 ] + ( R [ 6 ] << 8 | R [ 6 ] >>> 24 ) + R [ 5 ] | 0 } function q ( ) { for ( var t= this . _X, e= this . _C, r= 0 ; r< 8 ; r++ ) O [ r] = e[ r] ; e[ 0 ] = e[ 0 ] + 1295307597 + this . _b| 0 , e[ 1 ] = e[ 1 ] + 3545052371 + ( e[ 0 ] >>> 0 < O [ 0 ] >>> 0 ? 1 : 0 ) | 0 , e[ 2 ] = e[ 2 ] + 886263092 + ( e[ 1 ] >>> 0 < O [ 1 ] >>> 0 ? 1 : 0 ) | 0 , e[ 3 ] = e[ 3 ] + 1295307597 + ( e[ 2 ] >>> 0 < O [ 2 ] >>> 0 ? 1 : 0 ) | 0 , e[ 4 ] = e[ 4 ] + 3545052371 + ( e[ 3 ] >>> 0 < O [ 3 ] >>> 0 ? 1 : 0 ) | 0 , e[ 5 ] = e[ 5 ] + 886263092 + ( e[ 4 ] >>> 0 < O [ 4 ] >>> 0 ? 1 : 0 ) | 0 , e[ 6 ] = e[ 6 ] + 1295307597 + ( e[ 5 ] >>> 0 < O [ 5 ] >>> 0 ? 1 : 0 ) | 0 , e[ 7 ] = e[ 7 ] + 3545052371 + ( e[ 6 ] >>> 0 < O [ 6 ] >>> 0 ? 1 : 0 ) | 0 , this . _b= e[ 7 ] >>> 0 < O [ 7 ] >>> 0 ? 1 : 0 ; for ( r= 0 ; r< 8 ; r++ ) { var i= t[ r] + e[ r] , n= 65535 & i, o= i>>> 16 ; I [ r] = ( ( n* n>>> 17 ) + n* o>>> 15 ) + o* o^ ( ( 4294901760 & i) * i| 0 ) + ( ( 65535 & i) * i| 0 ) } t[ 0 ] = I [ 0 ] + ( I [ 7 ] << 16 | I [ 7 ] >>> 16 ) + ( I [ 6 ] << 16 | I [ 6 ] >>> 16 ) | 0 , t[ 1 ] = I [ 1 ] + ( I [ 0 ] << 8 | I [ 0 ] >>> 24 ) + I [ 7 ] | 0 , t[ 2 ] = I [ 2 ] + ( I [ 1 ] << 16 | I [ 1 ] >>> 16 ) + ( I [ 0 ] << 16 | I [ 0 ] >>> 16 ) | 0 , t[ 3 ] = I [ 3 ] + ( I [ 2 ] << 8 | I [ 2 ] >>> 24 ) + I [ 1 ] | 0 , t[ 4 ] = I [ 4 ] + ( I [ 3 ] << 16 | I [ 3 ] >>> 16 ) + ( I [ 2 ] << 16 | I [ 2 ] >>> 16 ) | 0 , t[ 5 ] = I [ 5 ] + ( I [ 4 ] << 8 | I [ 4 ] >>> 24 ) + I [ 3 ] | 0 , t[ 6 ] = I [ 6 ] + ( I [ 5 ] << 16 | I [ 5 ] >>> 16 ) + ( I [ 4 ] << 16 | I [ 4 ] >>> 16 ) | 0 , t[ 7 ] = I [ 7 ] + ( I [ 6 ] << 8 | I [ 6 ] >>> 24 ) + I [ 5 ] | 0 } return F = ( M = U ) . lib, n= F . Base, o= F . WordArray, ( M = M . x64= { } ) . Word= n. extend ( { init : function ( t, e ) { this . high= t, this . low= e} } ) , M . WordArray= n. extend ( { init : function ( t, e ) { t= this . words= t|| [ ] , this . sigBytes= null != e? e: 8 * t. length} , toX32 : function ( ) { for ( var t= this . words, e= t. length, r= [ ] , i= 0 ; i< e; i++ ) { var n= t[ i] ; r. push ( n. high) , r. push ( n. low) } return o. create ( r, this . sigBytes) } , clone : function ( ) { for ( var t= n. clone . call ( this ) , e= t. words= this . words. slice ( 0 ) , r= e. length, i= 0 ; i< r; i++ ) e[ i] = e[ i] . clone ( ) ; return t} } ) , "function" == typeof ArrayBuffer&& ( P = U . lib. WordArray, s= P . init, ( P . init = function ( t ) { if ( ( t= ( t= t instanceof ArrayBuffer ? new Uint8Array ( t) : t) instanceof Int8Array || "undefined" != typeof Uint8ClampedArray&& t instanceof Uint8ClampedArray || t instanceof Int16Array || t instanceof Uint16Array || t instanceof Int32Array || t instanceof Uint32Array || t instanceof Float32Array || t instanceof Float64Array ? new Uint8Array ( t. buffer, t. byteOffset, t. byteLength) : t) instanceof Uint8Array ) { for ( var e= t. byteLength, r= [ ] , i= 0 ; i< e; i++ ) r[ i>>> 2 ] |= t[ i] << 24 - i% 4 * 8 ; s . call ( this , r, e) } else s . apply ( this , arguments) } ) . prototype= P ) , function ( ) { var t= U , n= t. lib. WordArray, t= t. enc; t. Utf16= t. Utf16BE= { stringify : function ( t ) { for ( var e= t. words, r= t. sigBytes, i= [ ] , n= 0 ; n< r; n+= 2 ) { var o= e[ n>>> 2 ] >>> 16 - n% 4 * 8 & 65535 ; i. push ( String. fromCharCode ( o) ) } return i. join ( "" ) } , parse : function ( t ) { for ( var e= t. length, r= [ ] , i= 0 ; i< e; i++ ) r[ i>>> 1 ] |= t. charCodeAt ( i) << 16 - i% 2 * 16 ; return n. create ( r, 2 * e) } } ; function s ( t ) { return t<< 8 & 4278255360 | t>>> 8 & 16711935 } t. Utf16LE= { stringify : function ( t ) { for ( var e= t. words, r= t. sigBytes, i= [ ] , n= 0 ; n< r; n+= 2 ) { var o= s ( e[ n>>> 2 ] >>> 16 - n% 4 * 8 & 65535 ) ; i. push ( String. fromCharCode ( o) ) } return i. join ( "" ) } , parse : function ( t ) { for ( var e= t. length, r= [ ] , i= 0 ; i< e; i++ ) r[ i>>> 1 ] |= s ( t. charCodeAt ( i) << 16 - i% 2 * 16 ) ; return n. create ( r, 2 * e) } } } ( ) , a= ( w= U ) . lib. WordArray, w. enc. Base64= { stringify : function ( t ) { var e= t. words, r= t. sigBytes, i= this . _map; t. clamp ( ) ; for ( var n= [ ] , o= 0 ; o< r; o+= 3 ) for ( var s= ( e[ o>>> 2 ] >>> 24 - o% 4 * 8 & 255 ) << 16 | ( e[ o+ 1 >>> 2 ] >>> 24 - ( o+ 1 ) % 4 * 8 & 255 ) << 8 | e[ o+ 2 >>> 2 ] >>> 24 - ( o+ 2 ) % 4 * 8 & 255 , c= 0 ; c< 4 && o+ .75 * c< r; c++ ) n. push ( i. charAt ( s>>> 6 * ( 3 - c) & 63 ) ) ; var a= i. charAt ( 64 ) ; if ( a) for ( ; n. length% 4 ; ) n. push ( a) ; return n. join ( "" ) } , parse : function ( t ) { var e= t. length, r= this . _map; if ( ! ( i= this . _reverseMap) ) for ( var i= this . _reverseMap= [ ] , n= 0 ; n< r. length; n++ ) i[ r. charCodeAt ( n) ] = n; var o= r. charAt ( 64 ) ; return ! o|| - 1 !== ( o= t. indexOf ( o) ) && ( e= o) , function ( t, e, r ) { for ( var i= [ ] , n= 0 , o= 0 ; o< e; o++ ) { var s, c; o% 4 && ( s= r[ t. charCodeAt ( o- 1 ) ] << o% 4 * 2 , c= r[ t. charCodeAt ( o) ] >>> 6 - o% 4 * 2 , c= s| c, i[ n>>> 2 ] |= c<< 24 - n% 4 * 8 , n++ ) } return a. create ( i, n) } ( t, e, i) } , _map : "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" } , h= ( F = U ) . lib. WordArray, F . enc. Base64url= { stringify : function ( t, e= ! 0 ) { var r= t. words, i= t. sigBytes, n= e? this . _safe_map: this . _map; t. clamp ( ) ; for ( var o= [ ] , s= 0 ; s< i; s+= 3 ) for ( var c= ( r[ s>>> 2 ] >>> 24 - s% 4 * 8 & 255 ) << 16 | ( r[ s+ 1 >>> 2 ] >>> 24 - ( s+ 1 ) % 4 * 8 & 255 ) << 8 | r[ s+ 2 >>> 2 ] >>> 24 - ( s+ 2 ) % 4 * 8 & 255 , a= 0 ; a< 4 && s+ .75 * a< i; a++ ) o. push ( n. charAt ( c>>> 6 * ( 3 - a) & 63 ) ) ; var h= n. charAt ( 64 ) ; if ( h) for ( ; o. length% 4 ; ) o. push ( h) ; return o. join ( "" ) } , parse : function ( t, e= ! 0 ) { var r= t. length, i= e? this . _safe_map: this . _map; if ( ! ( n= this . _reverseMap) ) for ( var n= this . _reverseMap= [ ] , o= 0 ; o< i. length; o++ ) n[ i. charCodeAt ( o) ] = o; e= i. charAt ( 64 ) ; return ! e|| - 1 !== ( e= t. indexOf ( e) ) && ( r= e) , function ( t, e, r ) { for ( var i= [ ] , n= 0 , o= 0 ; o< e; o++ ) { var s, c; o% 4 && ( s= r[ t. charCodeAt ( o- 1 ) ] << o% 4 * 2 , c= r[ t. charCodeAt ( o) ] >>> 6 - o% 4 * 2 , c= s| c, i[ n>>> 2 ] |= c<< 24 - n% 4 * 8 , n++ ) } return h. create ( i, n) } ( t, r, n) } , _map : "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" , _safe_map : "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789-_" } , function ( a ) { var t= U , e= t. lib, r= e. WordArray, i= e. Hasher, e= t. algo, A = [ ] ; ! function ( ) { for ( var t= 0 ; t< 64 ; t++ ) A [ t] = 4294967296 * a. abs ( a. sin ( t+ 1 ) ) | 0 } ( ) ; e= e. MD5 = i. extend ( { _doReset : function ( ) { this . _hash= new r. init ( [ 1732584193 , 4023233417 , 2562383102 , 271733878 ] ) } , _doProcessBlock : function ( t, e ) { for ( var r= 0 ; r< 16 ; r++ ) { var i= e+ r, n= t[ i] ; t[ i] = 16711935 & ( n<< 8 | n>>> 24 ) | 4278255360 & ( n<< 24 | n>>> 8 ) } var o= this . _hash. words, s= t[ e+ 0 ] , c= t[ e+ 1 ] , a= t[ e+ 2 ] , h= t[ e+ 3 ] , l= t[ e+ 4 ] , f= t[ e+ 5 ] , d= t[ e+ 6 ] , u= t[ e+ 7 ] , p= t[ e+ 8 ] , _= t[ e+ 9 ] , y= t[ e+ 10 ] , v= t[ e+ 11 ] , g= t[ e+ 12 ] , B = t[ e+ 13 ] , w= t[ e+ 14 ] , k= t[ e+ 15 ] , m= H ( m= o[ 0 ] , b= o[ 1 ] , x= o[ 2 ] , S = o[ 3 ] , s, 7 , A [ 0 ] ) , S = H ( S , m, b, x, c, 12 , A [ 1 ] ) , x= H ( x, S , m, b, a, 17 , A [ 2 ] ) , b= H ( b, x, S , m, h, 22 , A [ 3 ] ) ; m= H ( m, b, x, S , l, 7 , A [ 4 ] ) , S = H ( S , m, b, x, f, 12 , A [ 5 ] ) , x= H ( x, S , m, b, d, 17 , A [ 6 ] ) , b= H ( b, x, S , m, u, 22 , A [ 7 ] ) , m= H ( m, b, x, S , p, 7 , A [ 8 ] ) , S = H ( S , m, b, x, _, 12 , A [ 9 ] ) , x= H ( x, S , m, b, y, 17 , A [ 10 ] ) , b= H ( b, x, S , m, v, 22 , A [ 11 ] ) , m= H ( m, b, x, S , g, 7 , A [ 12 ] ) , S = H ( S , m, b, x, B , 12 , A [ 13 ] ) , x= H ( x, S , m, b, w, 17 , A [ 14 ] ) , m= z ( m, b= H ( b, x, S , m, k, 22 , A [ 15 ] ) , x, S , c, 5 , A [ 16 ] ) , S = z ( S , m, b, x, d, 9 , A [ 17 ] ) , x= z ( x, S , m, b, v, 14 , A [ 18 ] ) , b= z ( b, x, S , m, s, 20 , A [ 19 ] ) , m= z ( m, b, x, S , f, 5 , A [ 20 ] ) , S = z ( S , m, b, x, y, 9 , A [ 21 ] ) , x= z ( x, S , m, b, k, 14 , A [ 22 ] ) , b= z ( b, x, S , m, l, 20 , A [ 23 ] ) , m= z ( m, b, x, S , _, 5 , A [ 24 ] ) , S = z ( S , m, b, x, w, 9 , A [ 25 ] ) , x= z ( x, S , m, b, h, 14 , A [ 26 ] ) , b= z ( b, x, S , m, p, 20 , A [ 27 ] ) , m= z ( m, b, x, S , B , 5 , A [ 28 ] ) , S = z ( S , m, b, x, a, 9 , A [ 29 ] ) , x= z ( x, S , m, b, u, 14 , A [ 30 ] ) , m= C ( m, b= z ( b, x, S , m, g, 20 , A [ 31 ] ) , x, S , f, 4 , A [ 32 ] ) , S = C ( S , m, b, x, p, 11 , A [ 33 ] ) , x= C ( x, S , m, b, v, 16 , A [ 34 ] ) , b= C ( b, x, S , m, w, 23 , A [ 35 ] ) , m= C ( m, b, x, S , c, 4 , A [ 36 ] ) , S = C ( S , m, b, x, l, 11 , A [ 37 ] ) , x= C ( x, S , m, b, u, 16 , A [ 38 ] ) , b= C ( b, x, S , m, y, 23 , A [ 39 ] ) , m= C ( m, b, x, S , B , 4 , A [ 40 ] ) , S = C ( S , m, b, x, s, 11 , A [ 41 ] ) , x= C ( x, S , m, b, h, 16 , A [ 42 ] ) , b= C ( b, x, S , m, d, 23 , A [ 43 ] ) , m= C ( m, b, x, S , _, 4 , A [ 44 ] ) , S = C ( S , m, b, x, g, 11 , A [ 45 ] ) , x= C ( x, S , m, b, k, 16 , A [ 46 ] ) , m= D ( m, b= C ( b, x, S , m, a, 23 , A [ 47 ] ) , x, S , s, 6 , A [ 48 ] ) , S = D ( S , m, b, x, u, 10 , A [ 49 ] ) , x= D ( x, S , m, b, w, 15 , A [ 50 ] ) , b= D ( b, x, S , m, f, 21 , A [ 51 ] ) , m= D ( m, b, x, S , g, 6 , A [ 52 ] ) , S = D ( S , m, b, x, h, 10 , A [ 53 ] ) , x= D ( x, S , m, b, y, 15 , A [ 54 ] ) , b= D ( b, x, S , m, c, 21 , A [ 55 ] ) , m= D ( m, b, x, S , p, 6 , A [ 56 ] ) , S = D ( S , m, b, x, k, 10 , A [ 57 ] ) , x= D ( x, S , m, b, d, 15 , A [ 58 ] ) , b= D ( b, x, S , m, B , 21 , A [ 59 ] ) , m= D ( m, b, x, S , l, 6 , A [ 60 ] ) , S = D ( S , m, b, x, v, 10 , A [ 61 ] ) , x= D ( x, S , m, b, a, 15 , A [ 62 ] ) , b= D ( b, x, S , m, _, 21 , A [ 63 ] ) , o[ 0 ] = o[ 0 ] + m| 0 , o[ 1 ] = o[ 1 ] + b| 0 , o[ 2 ] = o[ 2 ] + x| 0 , o[ 3 ] = o[ 3 ] + S | 0 } , _doFinalize : function ( ) { var t= this . _data, e= t. words, r= 8 * this . _nDataBytes, i= 8 * t. sigBytes; e[ i>>> 5 ] |= 128 << 24 - i% 32 ; var n= a. floor ( r/ 4294967296 ) , r= r; e[ 15 + ( 64 + i>>> 9 << 4 ) ] = 16711935 & ( n<< 8 | n>>> 24 ) | 4278255360 & ( n<< 24 | n>>> 8 ) , e[ 14 + ( 64 + i>>> 9 << 4 ) ] = 16711935 & ( r<< 8 | r>>> 24 ) | 4278255360 & ( r<< 24 | r>>> 8 ) , t. sigBytes= 4 * ( e. length+ 1 ) , this . _process ( ) ; for ( var e= this . _hash, o= e. words, s= 0 ; s< 4 ; s++ ) { var c= o[ s] ; o[ s] = 16711935 & ( c<< 8 | c>>> 24 ) | 4278255360 & ( c<< 24 | c>>> 8 ) } return e} , clone : function ( ) { var t= i. clone . call ( this ) ; return t. _hash= this . _hash. clone ( ) , t} } ) ; function H ( t, e, r, i, n, o, s ) { s= t+ ( e& r| ~ e& i) + n+ s; return ( s<< o| s>>> 32 - o) + e} function z ( t, e, r, i, n, o, s ) { s= t+ ( e& i| r& ~ i) + n+ s; return ( s<< o| s>>> 32 - o) + e} function C ( t, e, r, i, n, o, s ) { s= t+ ( e^ r^ i) + n+ s; return ( s<< o| s>>> 32 - o) + e} function D ( t, e, r, i, n, o, s ) { s= t+ ( r^ ( e| ~ i) ) + n+ s; return ( s<< o| s>>> 32 - o) + e} t. MD5 = i. _createHelper ( e) , t. HmacMD5= i. _createHmacHelper ( e) } ( Math) , P = ( M = U ) . lib, t= P . WordArray, e= P . Hasher, P = M . algo, l= [ ] , P = P . SHA1 = e. extend ( { _doReset : function ( ) { this . _hash= new t. init ( [ 1732584193 , 4023233417 , 2562383102 , 271733878 , 3285377520 ] ) } , _doProcessBlock : function ( t, e ) { for ( var r= this . _hash. words, i= r[ 0 ] , n= r[ 1 ] , o= r[ 2 ] , s= r[ 3 ] , c= r[ 4 ] , a= 0 ; a< 80 ; a++ ) { a< 16 ? l[ a] = 0 | t[ e+ a] : ( h= l[ a- 3 ] ^ l[ a- 8 ] ^ l[ a- 14 ] ^ l[ a- 16 ] , l[ a] = h<< 1 | h>>> 31 ) ; var h= ( i<< 5 | i>>> 27 ) + c+ l[ a] ; h+= a< 20 ? 1518500249 + ( n& o| ~ n& s) : a< 40 ? 1859775393 + ( n^ o^ s) : a< 60 ? ( n& o| n& s| o& s) - 1894007588 : ( n^ o^ s) - 899497514 , c= s, s= o, o= n<< 30 | n>>> 2 , n= i, i= h} r[ 0 ] = r[ 0 ] + i| 0 , r[ 1 ] = r[ 1 ] + n| 0 , r[ 2 ] = r[ 2 ] + o| 0 , r[ 3 ] = r[ 3 ] + s| 0 , r[ 4 ] = r[ 4 ] + c| 0 } , _doFinalize : function ( ) { var t= this . _data, e= t. words, r= 8 * this . _nDataBytes, i= 8 * t. sigBytes; return e[ i>>> 5 ] |= 128 << 24 - i% 32 , e[ 14 + ( 64 + i>>> 9 << 4 ) ] = Math. floor ( r/ 4294967296 ) , e[ 15 + ( 64 + i>>> 9 << 4 ) ] = r, t. sigBytes= 4 * e. length, this . _process ( ) , this . _hash} , clone : function ( ) { var t= e. clone . call ( this ) ; return t. _hash= this . _hash. clone ( ) , t} } ) , M . SHA1 = e. _createHelper ( P ) , M . HmacSHA1= e. _createHmacHelper ( P ) , function ( n ) { var t= U , e= t. lib, r= e. WordArray, i= e. Hasher, e= t. algo, o= [ ] , p= [ ] ; ! function ( ) { function t ( t ) { return 4294967296 * ( t- ( 0 | t) ) | 0 } for ( var e= 2 , r= 0 ; r< 64 ; ) ! function ( t ) { for ( var e= n. sqrt ( t) , r= 2 ; r<= e; r++ ) if ( ! ( t% r) ) return ; return 1 } ( e) || ( r< 8 && ( o[ r] = t ( n. pow ( e, .5 ) ) ) , p[ r] = t ( n. pow ( e, 1 / 3 ) ) , r++ ) , e++ } ( ) ; var _= [ ] , e= e. SHA256 = i. extend ( { _doReset : function ( ) { this . _hash= new r. init ( o. slice ( 0 ) ) } , _doProcessBlock : function ( t, e ) { for ( var r= this . _hash. words, i= r[ 0 ] , n= r[ 1 ] , o= r[ 2 ] , s= r[ 3 ] , c= r[ 4 ] , a= r[ 5 ] , h= r[ 6 ] , l= r[ 7 ] , f= 0 ; f< 64 ; f++ ) { f< 16 ? _[ f] = 0 | t[ e+ f] : ( d= _[ f- 15 ] , u= _[ f- 2 ] , _[ f] = ( ( d<< 25 | d>>> 7 ) ^ ( d<< 14 | d>>> 18 ) ^ d>>> 3 ) + _[ f- 7 ] + ( ( u<< 15 | u>>> 17 ) ^ ( u<< 13 | u>>> 19 ) ^ u>>> 10 ) + _[ f- 16 ] ) ; var d= i& n^ i& o^ n& o, u= l+ ( ( c<< 26 | c>>> 6 ) ^ ( c<< 21 | c>>> 11 ) ^ ( c<< 7 | c>>> 25 ) ) + ( c& a^ ~ c& h) + p[ f] + _[ f] , l= h, h= a, a= c, c= s+ u| 0 , s= o, o= n, n= i, i= u+ ( ( ( i<< 30 | i>>> 2 ) ^ ( i<< 19 | i>>> 13 ) ^ ( i<< 10 | i>>> 22 ) ) + d) | 0 } r[ 0 ] = r[ 0 ] + i| 0 , r[ 1 ] = r[ 1 ] + n| 0 , r[ 2 ] = r[ 2 ] + o| 0 , r[ 3 ] = r[ 3 ] + s| 0 , r[ 4 ] = r[ 4 ] + c| 0 , r[ 5 ] = r[ 5 ] + a| 0 , r[ 6 ] = r[ 6 ] + h| 0 , r[ 7 ] = r[ 7 ] + l| 0 } , _doFinalize : function ( ) { var t= this . _data, e= t. words, r= 8 * this . _nDataBytes, i= 8 * t. sigBytes; return e[ i>>> 5 ] |= 128 << 24 - i% 32 , e[ 14 + ( 64 + i>>> 9 << 4 ) ] = n. floor ( r/ 4294967296 ) , e[ 15 + ( 64 + i>>> 9 << 4 ) ] = r, t. sigBytes= 4 * e. length, this . _process ( ) , this . _hash} , clone : function ( ) { var t= i. clone . call ( this ) ; return t. _hash= this . _hash. clone ( ) , t} } ) ; t. SHA256 = i. _createHelper ( e) , t. HmacSHA256= i. _createHmacHelper ( e) } ( Math) , r= ( w= U ) . lib. WordArray, F = w. algo, i= F . SHA256 , F = F . SHA224 = i. extend ( { _doReset : function ( ) { this . _hash= new r. init ( [ 3238371032 , 914150663 , 812702999 , 4144912697 , 4290775857 , 1750603025 , 1694076839 , 3204075428 ] ) } , _doFinalize : function ( ) { var t= i. _doFinalize . call ( this ) ; return t. sigBytes-= 4 , t} } ) , w. SHA224 = i. _createHelper ( F ) , w. HmacSHA224= i. _createHmacHelper ( F ) , function ( ) { var t= U , e= t. lib. Hasher, r= t. x64, i= r. Word, n= r. WordArray, r= t. algo; function o ( ) { return i. create . apply ( i, arguments) } var t1= [ o ( 1116352408 , 3609767458 ) , o ( 1899447441 , 602891725 ) , o ( 3049323471 , 3964484399 ) , o ( 3921009573 , 2173295548 ) , o ( 961987163 , 4081628472 ) , o ( 1508970993 , 3053834265 ) , o ( 2453635748 , 2937671579 ) , o ( 2870763221 , 3664609560 ) , o ( 3624381080 , 2734883394 ) , o ( 310598401 , 1164996542 ) , o ( 607225278 , 1323610764 ) , o ( 1426881987 , 3590304994 ) , o ( 1925078388 , 4068182383 ) , o ( 2162078206 , 991336113 ) , o ( 2614888103 , 633803317 ) , o ( 3248222580 , 3479774868 ) , o ( 3835390401 , 2666613458 ) , o ( 4022224774 , 944711139 ) , o ( 264347078 , 2341262773 ) , o ( 604807628 , 2007800933 ) , o ( 770255983 , 1495990901 ) , o ( 1249150122 , 1856431235 ) , o ( 1555081692 , 3175218132 ) , o ( 1996064986 , 2198950837 ) , o ( 2554220882 , 3999719339 ) , o ( 2821834349 , 766784016 ) , o ( 2952996808 , 2566594879 ) , o ( 3210313671 , 3203337956 ) , o ( 3336571891 , 1034457026 ) , o ( 3584528711 , 2466948901 ) , o ( 113926993 , 3758326383 ) , o ( 338241895 , 168717936 ) , o ( 666307205 , 1188179964 ) , o ( 773529912 , 1546045734 ) , o ( 1294757372 , 1522805485 ) , o ( 1396182291 , 2643833823 ) , o ( 1695183700 , 2343527390 ) , o ( 1986661051 , 1014477480 ) , o ( 2177026350 , 1206759142 ) , o ( 2456956037 , 344077627 ) , o ( 2730485921 , 1290863460 ) , o ( 2820302411 , 3158454273 ) , o ( 3259730800 , 3505952657 ) , o ( 3345764771 , 106217008 ) , o ( 3516065817 , 3606008344 ) , o ( 3600352804 , 1432725776 ) , o ( 4094571909 , 1467031594 ) , o ( 275423344 , 851169720 ) , o ( 430227734 , 3100823752 ) , o ( 506948616 , 1363258195 ) , o ( 659060556 , 3750685593 ) , o ( 883997877 , 3785050280 ) , o ( 958139571 , 3318307427 ) , o ( 1322822218 , 3812723403 ) , o ( 1537002063 , 2003034995 ) , o ( 1747873779 , 3602036899 ) , o ( 1955562222 , 1575990012 ) , o ( 2024104815 , 1125592928 ) , o ( 2227730452 , 2716904306 ) , o ( 2361852424 , 442776044 ) , o ( 2428436474 , 593698344 ) , o ( 2756734187 , 3733110249 ) , o ( 3204031479 , 2999351573 ) , o ( 3329325298 , 3815920427 ) , o ( 3391569614 , 3928383900 ) , o ( 3515267271 , 566280711 ) , o ( 3940187606 , 3454069534 ) , o ( 4118630271 , 4000239992 ) , o ( 116418474 , 1914138554 ) , o ( 174292421 , 2731055270 ) , o ( 289380356 , 3203993006 ) , o ( 460393269 , 320620315 ) , o ( 685471733 , 587496836 ) , o ( 852142971 , 1086792851 ) , o ( 1017036298 , 365543100 ) , o ( 1126000580 , 2618297676 ) , o ( 1288033470 , 3409855158 ) , o ( 1501505948 , 4234509866 ) , o ( 1607167915 , 987167468 ) , o ( 1816402316 , 1246189591 ) ] , e1= [ ] ; ! function ( ) { for ( var t= 0 ; t< 80 ; t++ ) e1[ t] = o ( ) } ( ) ; r= r. SHA512 = e. extend ( { _doReset : function ( ) { this . _hash= new n. init ( [ new i. init ( 1779033703 , 4089235720 ) , new i. init ( 3144134277 , 2227873595 ) , new i. init ( 1013904242 , 4271175723 ) , new i. init ( 2773480762 , 1595750129 ) , new i. init ( 1359893119 , 2917565137 ) , new i. init ( 2600822924 , 725511199 ) , new i. init ( 528734635 , 4215389547 ) , new i. init ( 1541459225 , 327033209 ) ] ) } , _doProcessBlock : function ( t, e ) { for ( var r= this . _hash. words, i= r[ 0 ] , n= r[ 1 ] , o= r[ 2 ] , s= r[ 3 ] , c= r[ 4 ] , a= r[ 5 ] , h= r[ 6 ] , l= r[ 7 ] , f= i. high, d= i. low, u= n. high, p= n. low, _= o. high, y= o. low, v= s. high, g= s. low, B = c. high, w= c. low, k= a. high, m= a. low, S = h. high, x= h. low, b= l. high, r= l. low, A = f, H = d, z= u, C = p, D = _, E = y, R = v, M = g, F = B , P = w, W = k, O = m, I = S , U = x, K = b, X = r, L = 0 ; L < 80 ; L ++ ) { var j, T , N = e1[ L ] ; L < 16 ? ( T = N . high= 0 | t[ e+ 2 * L ] , j= N . low= 0 | t[ e+ 2 * L + 1 ] ) : ( $= ( q= e1[ L - 15 ] ) . high, J = q. low, G = ( Q = e1[ L - 2 ] ) . high, V = Q . low, Z = ( Y = e1[ L - 7 ] ) . high, q= Y . low, Y = ( Q = e1[ L - 16 ] ) . high, T = ( T = ( ( $>>> 1 | J << 31 ) ^ ( $>>> 8 | J << 24 ) ^ $>>> 7 ) + Z + ( ( j= ( Z = ( J >>> 1 | $<< 31 ) ^ ( J >>> 8 | $<< 24 ) ^ ( J >>> 7 | $<< 25 ) ) + q) >>> 0 < Z >>> 0 ? 1 : 0 ) ) + ( ( G >>> 19 | V << 13 ) ^ ( G << 3 | V >>> 29 ) ^ G >>> 6 ) + ( ( j+= J = ( V >>> 19 | G << 13 ) ^ ( V << 3 | G >>> 29 ) ^ ( V >>> 6 | G << 26 ) ) >>> 0 < J >>> 0 ? 1 : 0 ) , j+= $= Q . low, N . high= T = T + Y + ( j>>> 0 < $>>> 0 ? 1 : 0 ) , N . low= j) ; var q= F & W ^ ~ F & I , Z = P & O ^ ~ P & U , V = A & z^ A & D ^ z& D , G = ( H >>> 28 | A << 4 ) ^ ( H << 30 | A >>> 2 ) ^ ( H << 25 | A >>> 7 ) , J = t1[ L ] , Q = J . high, Y = J . low, $= X + ( ( P >>> 14 | F << 18 ) ^ ( P >>> 18 | F << 14 ) ^ ( P << 23 | F >>> 9 ) ) , N = K + ( ( F >>> 14 | P << 18 ) ^ ( F >>> 18 | P << 14 ) ^ ( F << 23 | P >>> 9 ) ) + ( $>>> 0 < X >>> 0 ? 1 : 0 ) , J = G + ( H & C ^ H & E ^ C & E ) , K = I , X = U , I = W , U = O , W = F , O = P , F = R + ( N = ( N = ( N = N + q+ ( ( $= $+ Z ) >>> 0 < Z >>> 0 ? 1 : 0 ) ) + Q + ( ( $= $+ Y ) >>> 0 < Y >>> 0 ? 1 : 0 ) ) + T + ( ( $= $+ j) >>> 0 < j>>> 0 ? 1 : 0 ) ) + ( ( P = M + $| 0 ) >>> 0 < M >>> 0 ? 1 : 0 ) | 0 , R = D , M = E , D = z, E = C , z= A , C = H , A = N + ( ( ( A >>> 28 | H << 4 ) ^ ( A << 30 | H >>> 2 ) ^ ( A << 25 | H >>> 7 ) ) + V + ( J >>> 0 < G >>> 0 ? 1 : 0 ) ) + ( ( H = $+ J | 0 ) >>> 0 < $>>> 0 ? 1 : 0 ) | 0 } d= i. low= d+ H , i. high= f+ A + ( d>>> 0 < H >>> 0 ? 1 : 0 ) , p= n. low= p+ C , n. high= u+ z+ ( p>>> 0 < C >>> 0 ? 1 : 0 ) , y= o. low= y+ E , o. high= _+ D + ( y>>> 0 < E >>> 0 ? 1 : 0 ) , g= s. low= g+ M , s. high= v+ R + ( g>>> 0 < M >>> 0 ? 1 : 0 ) , w= c. low= w+ P , c. high= B + F + ( w>>> 0 < P >>> 0 ? 1 : 0 ) , m= a. low= m+ O , a. high= k+ W + ( m>>> 0 < O >>> 0 ? 1 : 0 ) , x= h. low= x+ U , h. high= S + I + ( x>>> 0 < U >>> 0 ? 1 : 0 ) , r= l. low= r+ X , l. high= b+ K + ( r>>> 0 < X >>> 0 ? 1 : 0 ) } , _doFinalize : function ( ) { var t= this . _data, e= t. words, r= 8 * this . _nDataBytes, i= 8 * t. sigBytes; return e[ i>>> 5 ] |= 128 << 24 - i% 32 , e[ 30 + ( 128 + i>>> 10 << 5 ) ] = Math. floor ( r/ 4294967296 ) , e[ 31 + ( 128 + i>>> 10 << 5 ) ] = r, t. sigBytes= 4 * e. length, this . _process ( ) , this . _hash. toX32 ( ) } , clone : function ( ) { var t= e. clone . call ( this ) ; return t. _hash= this . _hash. clone ( ) , t} , blockSize : 32 } ) ; t. SHA512 = e. _createHelper ( r) , t. HmacSHA512= e. _createHmacHelper ( r) } ( ) , P = ( M = U ) . x64, c= P . Word, f= P . WordArray, P = M . algo, d= P . SHA512 , P = P . SHA384 = d. extend ( { _doReset : function ( ) { this . _hash= new f. init ( [ new c. init ( 3418070365 , 3238371032 ) , new c. init ( 1654270250 , 914150663 ) , new c. init ( 2438529370 , 812702999 ) , new c. init ( 355462360 , 4144912697 ) , new c. init ( 1731405415 , 4290775857 ) , new c. init ( 2394180231 , 1750603025 ) , new c. init ( 3675008525 , 1694076839 ) , new c. init ( 1203062813 , 3204075428 ) ] ) } , _doFinalize : function ( ) { var t= d. _doFinalize . call ( this ) ; return t. sigBytes-= 16 , t} } ) , M . SHA384 = d. _createHelper ( P ) , M . HmacSHA384= d. _createHmacHelper ( P ) , function ( l ) { var t= U , e= t. lib, f= e. WordArray, i= e. Hasher, d= t. x64. Word, e= t. algo, A = [ ] , H = [ ] , z= [ ] ; ! function ( ) { for ( var t= 1 , e= 0 , r= 0 ; r< 24 ; r++ ) { A [ t+ 5 * e] = ( r+ 1 ) * ( r+ 2 ) / 2 % 64 ; var i= ( 2 * t+ 3 * e) % 5 ; t= e% 5 , e= i} for ( t= 0 ; t< 5 ; t++ ) for ( e= 0 ; e< 5 ; e++ ) H [ t+ 5 * e] = e+ ( 2 * t+ 3 * e) % 5 * 5 ; for ( var n= 1 , o= 0 ; o< 24 ; o++ ) { for ( var s, c= 0 , a= 0 , h= 0 ; h< 7 ; h++ ) 1 & n&& ( ( s= ( 1 << h) - 1 ) < 32 ? a^= 1 << s: c^= 1 << s- 32 ) , 128 & n? n= n<< 1 ^ 113 : n<<= 1 ; z[ o] = d. create ( c, a) } } ( ) ; var C = [ ] ; ! function ( ) { for ( var t= 0 ; t< 25 ; t++ ) C [ t] = d. create ( ) } ( ) ; e= e. SHA3 = i. extend ( { cfg : i. cfg. extend ( { outputLength : 512 } ) , _doReset : function ( ) { for ( var t= this . _state= [ ] , e= 0 ; e< 25 ; e++ ) t[ e] = new d. init ; this . blockSize= ( 1600 - 2 * this . cfg. outputLength) / 32 } , _doProcessBlock : function ( t, e ) { for ( var r= this . _state, i= this . blockSize/ 2 , n= 0 ; n< i; n++ ) { var o= t[ e+ 2 * n] , s= t[ e+ 2 * n+ 1 ] , o= 16711935 & ( o<< 8 | o>>> 24 ) | 4278255360 & ( o<< 24 | o>>> 8 ) ; ( m= r[ n] ) . high^= s= 16711935 & ( s<< 8 | s>>> 24 ) | 4278255360 & ( s<< 24 | s>>> 8 ) , m. low^= o} for ( var c= 0 ; c< 24 ; c++ ) { for ( var a= 0 ; a< 5 ; a++ ) { for ( var h= 0 , l= 0 , f= 0 ; f< 5 ; f++ ) h^= ( m= r[ a+ 5 * f] ) . high, l^= m. low; var d= C [ a] ; d. high= h, d. low= l} for ( a= 0 ; a< 5 ; a++ ) for ( var u= C [ ( a+ 4 ) % 5 ] , p= C [ ( a+ 1 ) % 5 ] , _= p. high, p= p. low, h= u. high^ ( _<< 1 | p>>> 31 ) , l= u. low^ ( p<< 1 | _>>> 31 ) , f= 0 ; f< 5 ; f++ ) ( m= r[ a+ 5 * f] ) . high^= h, m. low^= l; for ( var y= 1 ; y< 25 ; y++ ) { var v= ( m= r[ y] ) . high, g= m. low, B = A [ y] ; l= B < 32 ? ( h= v<< B | g>>> 32 - B , g<< B | v>>> 32 - B ) : ( h= g<< B - 32 | v>>> 64 - B , v<< B - 32 | g>>> 64 - B ) ; B = C [ H [ y] ] ; B . high= h, B . low= l} var w= C [ 0 ] , k= r[ 0 ] ; w. high= k. high, w. low= k. low; for ( a= 0 ; a< 5 ; a++ ) for ( f= 0 ; f< 5 ; f++ ) { var m= r[ y= a+ 5 * f] , S = C [ y] , x= C [ ( a+ 1 ) % 5 + 5 * f] , b= C [ ( a+ 2 ) % 5 + 5 * f] ; m. high= S . high^ ~ x. high& b. high, m. low= S . low^ ~ x. low& b. low} m= r[ 0 ] , k= z[ c] ; m. high^= k. high, m. low^= k. low} } , _doFinalize : function ( ) { var t= this . _data, e= t. words, r= ( this . _nDataBytes, 8 * t. sigBytes) , i= 32 * this . blockSize; e[ r>>> 5 ] |= 1 << 24 - r% 32 , e[ ( l. ceil ( ( 1 + r) / i) * i>>> 5 ) - 1 ] |= 128 , t. sigBytes= 4 * e. length, this . _process ( ) ; for ( var n= this . _state, e= this . cfg. outputLength/ 8 , o= e/ 8 , s= [ ] , c= 0 ; c< o; c++ ) { var a= n[ c] , h= a. high, a= a. low, h= 16711935 & ( h<< 8 | h>>> 24 ) | 4278255360 & ( h<< 24 | h>>> 8 ) ; s. push ( a= 16711935 & ( a<< 8 | a>>> 24 ) | 4278255360 & ( a<< 24 | a>>> 8 ) ) , s. push ( h) } return new f. init ( s, e) } , clone : function ( ) { for ( var t= i. clone . call ( this ) , e= t. _state= this . _state. slice ( 0 ) , r= 0 ; r< 25 ; r++ ) e[ r] = e[ r] . clone ( ) ; return t} } ) ; t. SHA3 = i. _createHelper ( e) , t. HmacSHA3= i. _createHmacHelper ( e) } ( Math) , Math, F = ( w= U ) . lib, u= F . WordArray, p= F . Hasher, F = w. algo, S = u. create ( [ 0 , 1 , 2 , 3 , 4 , 5 , 6 , 7 , 8 , 9 , 10 , 11 , 12 , 13 , 14 , 15 , 7 , 4 , 13 , 1 , 10 , 6 , 15 , 3 , 12 , 0 , 9 , 5 , 2 , 14 , 11 , 8 , 3 , 10 , 14 , 4 , 9 , 15 , 8 , 1 , 2 , 7 , 0 , 6 , 13 , 11 , 5 , 12 , 1 , 9 , 11 , 10 , 0 , 8 , 12 , 4 , 13 , 3 , 7 , 15 , 14 , 5 , 6 , 2 , 4 , 0 , 5 , 9 , 7 , 12 , 2 , 10 , 14 , 1 , 3 , 8 , 11 , 6 , 15 , 13 ] ) , x= u. create ( [ 5 , 14 , 7 , 0 , 9 , 2 , 11 , 4 , 13 , 6 , 15 , 8 , 1 , 10 , 3 , 12 , 6 , 11 , 3 , 7 , 0 , 13 , 5 , 10 , 14 , 15 , 8 , 12 , 4 , 9 , 1 , 2 , 15 , 5 , 1 , 3 , 7 , 14 , 6 , 9 , 11 , 8 , 12 , 2 , 10 , 0 , 4 , 13 , 8 , 6 , 4 , 1 , 3 , 11 , 15 , 0 , 5 , 12 , 2 , 13 , 9 , 7 , 10 , 14 , 12 , 15 , 10 , 4 , 1 , 5 , 8 , 7 , 6 , 2 , 13 , 14 , 0 , 3 , 9 , 11 ] ) , b= u. create ( [ 11 , 14 , 15 , 12 , 5 , 8 , 7 , 9 , 11 , 13 , 14 , 15 , 6 , 7 , 9 , 8 , 7 , 6 , 8 , 13 , 11 , 9 , 7 , 15 , 7 , 12 , 15 , 9 , 11 , 7 , 13 , 12 , 11 , 13 , 6 , 7 , 14 , 9 , 13 , 15 , 14 , 8 , 13 , 6 , 5 , 12 , 7 , 5 , 11 , 12 , 14 , 15 , 14 , 15 , 9 , 8 , 9 , 14 , 5 , 6 , 8 , 6 , 5 , 12 , 9 , 15 , 5 , 11 , 6 , 8 , 13 , 12 , 5 , 12 , 13 , 14 , 11 , 8 , 5 , 6 ] ) , A = u. create ( [ 8 , 9 , 9 , 11 , 13 , 15 , 15 , 5 , 7 , 7 , 8 , 11 , 14 , 14 , 12 , 6 , 9 , 13 , 15 , 7 , 12 , 8 , 9 , 11 , 7 , 7 , 12 , 7 , 6 , 15 , 13 , 11 , 9 , 7 , 15 , 11 , 8 , 6 , 6 , 14 , 12 , 13 , 5 , 14 , 13 , 13 , 7 , 5 , 15 , 5 , 8 , 11 , 14 , 14 , 6 , 14 , 6 , 9 , 12 , 9 , 12 , 5 , 15 , 8 , 8 , 5 , 12 , 9 , 12 , 5 , 14 , 6 , 8 , 13 , 6 , 5 , 15 , 13 , 11 , 11 ] ) , H = u. create ( [ 0 , 1518500249 , 1859775393 , 2400959708 , 2840853838 ] ) , z= u. create ( [ 1352829926 , 1548603684 , 1836072691 , 2053994217 , 0 ] ) , F = F . RIPEMD160 = p. extend ( { _doReset : function ( ) { this . _hash= u. create ( [ 1732584193 , 4023233417 , 2562383102 , 271733878 , 3285377520 ] ) } , _doProcessBlock : function ( t, e ) { for ( var r= 0 ; r< 16 ; r++ ) { var i= e+ r, n= t[ i] ; t[ i] = 16711935 & ( n<< 8 | n>>> 24 ) | 4278255360 & ( n<< 24 | n>>> 8 ) } for ( var o, s, c, a, h, l, f= this . _hash. words, d= H . words, u= z. words, p= S . words, _= x. words, y= b. words, v= A . words, g= o= f[ 0 ] , B = s= f[ 1 ] , w= c= f[ 2 ] , k= a= f[ 3 ] , m= h= f[ 4 ] , r= 0 ; r< 80 ; r+= 1 ) l= o+ t[ e+ p[ r] ] | 0 , l+= r< 16 ? ( s^ c^ a) + d[ 0 ] : r< 32 ? K ( s, c, a) + d[ 1 ] : r< 48 ? ( ( s| ~ c) ^ a) + d[ 2 ] : r< 64 ? X ( s, c, a) + d[ 3 ] : ( s^ ( c| ~ a) ) + d[ 4 ] , l= ( l= L ( l|= 0 , y[ r] ) ) + h| 0 , o= h, h= a, a= L ( c, 10 ) , c= s, s= l, l= g+ t[ e+ _[ r] ] | 0 , l+= r< 16 ? ( B ^ ( w| ~ k) ) + u[ 0 ] : r< 32 ? X ( B , w, k) + u[ 1 ] : r< 48 ? ( ( B | ~ w) ^ k) + u[ 2 ] : r< 64 ? K ( B , w, k) + u[ 3 ] : ( B ^ w^ k) + u[ 4 ] , l= ( l= L ( l|= 0 , v[ r] ) ) + m| 0 , g= m, m= k, k= L ( w, 10 ) , w= B , B = l; l= f[ 1 ] + c+ k| 0 , f[ 1 ] = f[ 2 ] + a+ m| 0 , f[ 2 ] = f[ 3 ] + h+ g| 0 , f[ 3 ] = f[ 4 ] + o+ B | 0 , f[ 4 ] = f[ 0 ] + s+ w| 0 , f[ 0 ] = l} , _doFinalize : function ( ) { var t= this . _data, e= t. words, r= 8 * this . _nDataBytes, i= 8 * t. sigBytes; e[ i>>> 5 ] |= 128 << 24 - i% 32 , e[ 14 + ( 64 + i>>> 9 << 4 ) ] = 16711935 & ( r<< 8 | r>>> 24 ) | 4278255360 & ( r<< 24 | r>>> 8 ) , t. sigBytes= 4 * ( e. length+ 1 ) , this . _process ( ) ; for ( var e= this . _hash, n= e. words, o= 0 ; o< 5 ; o++ ) { var s= n[ o] ; n[ o] = 16711935 & ( s<< 8 | s>>> 24 ) | 4278255360 & ( s<< 24 | s>>> 8 ) } return e} , clone : function ( ) { var t= p. clone . call ( this ) ; return t. _hash= this . _hash. clone ( ) , t} } ) , w. RIPEMD160 = p. _createHelper ( F ) , w. HmacRIPEMD160= p. _createHmacHelper ( F ) , P = ( M = U ) . lib. Base, _= M . enc. Utf8, M . algo. HMAC = P . extend ( { init : function ( t, e ) { t= this . _hasher= new t. init , "string" == typeof e&& ( e= _. parse ( e) ) ; var r= t. blockSize, i= 4 * r; ( e= e. sigBytes> i? t. finalize ( e) : e) . clamp ( ) ; for ( var t= this . _oKey= e. clone ( ) , e= this . _iKey= e. clone ( ) , n= t. words, o= e. words, s= 0 ; s< r; s++ ) n[ s] ^= 1549556828 , o[ s] ^= 909522486 ; t. sigBytes= e. sigBytes= i, this . reset ( ) } , reset : function ( ) { var t= this . _hasher; t. reset ( ) , t. update ( this . _iKey) } , update : function ( t ) { return this . _hasher. update ( t) , this } , finalize : function ( t ) { var e= this . _hasher, t= e. finalize ( t) ; return e. reset ( ) , e. finalize ( this . _oKey. clone ( ) . concat ( t) ) } } ) , F = ( w= U ) . lib, M = F . Base, v= F . WordArray, P = w. algo, F = P . SHA1 , g= P . HMAC , y= P . PBKDF2 = M . extend ( { cfg : M . extend ( { keySize : 4 , hasher : F , iterations : 1 } ) , init : function ( t ) { this . cfg= this . cfg. extend ( t) } , compute : function ( t, e ) { for ( var r= this . cfg, i= g. create ( r. hasher, t) , n= v. create ( ) , o= v. create ( [ 1 ] ) , s= n. words, c= o. words, a= r. keySize, h= r. iterations; s. length< a; ) { var l= i. update ( e) . finalize ( o) ; i. reset ( ) ; for ( var f= l. words, d= f. length, u= l, p= 1 ; p< h; p++ ) { u= i. finalize ( u) , i. reset ( ) ; for ( var _= u. words, y= 0 ; y< d; y++ ) f[ y] ^= _[ y] } n. concat ( l) , c[ 0 ] ++ } return n. sigBytes= 4 * a, n} } ) , w. PBKDF2 = function ( t, e, r ) { return y. create ( r) . compute ( t, e) } , M = ( P = U ) . lib, F = M . Base, B = M . WordArray, w= P . algo, M = w. MD5 , k= w. EvpKDF= F . extend ( { cfg : F . extend ( { keySize : 4 , hasher : M , iterations : 1 } ) , init : function ( t ) { this . cfg= this . cfg. extend ( t) } , compute : function ( t, e ) { for ( var r, i= this . cfg, n= i. hasher. create ( ) , o= B . create ( ) , s= o. words, c= i. keySize, a= i. iterations; s. length< c; ) { r&& n. update ( r) , r= n. update ( t) . finalize ( e) , n. reset ( ) ; for ( var h= 1 ; h< a; h++ ) r= n. finalize ( r) , n. reset ( ) ; o. concat ( r) } return o. sigBytes= 4 * c, o} } ) , P . EvpKDF = function ( t, e, r ) { return k. create ( r) . compute ( t, e) } , U . lib. Cipher|| function ( ) { var t= U , e= t. lib, r= e. Base, s= e. WordArray, i= e. BufferedBlockAlgorithm, n= t. enc, o= ( n. Utf8, n. Base64) , c= t. algo. EvpKDF, a= e. Cipher= i. extend ( { cfg : r. extend ( ) , createEncryptor : function ( t, e ) { return this . create ( this . _ENC_XFORM_MODE, t, e) } , createDecryptor : function ( t, e ) { return this . create ( this . _DEC_XFORM_MODE, t, e) } , init : function ( t, e, r ) { this . cfg= this . cfg. extend ( r) , this . _xformMode= t, this . _key= e, this . reset ( ) } , reset : function ( ) { i. reset . call ( this ) , this . _doReset ( ) } , process : function ( t ) { return this . _append ( t) , this . _process ( ) } , finalize : function ( t ) { return t&& this . _append ( t) , this . _doFinalize ( ) } , keySize : 4 , ivSize : 4 , _ENC_XFORM_MODE : 1 , _DEC_XFORM_MODE : 2 , _createHelper : function ( i ) { return { encrypt : function ( t, e, r ) { return h ( e) . encrypt ( i, t, e, r) } , decrypt : function ( t, e, r ) { return h ( e) . decrypt ( i, t, e, r) } } } } ) ; function h ( t ) { return "string" == typeof t? p: u} e. StreamCipher= a. extend ( { _doFinalize : function ( ) { return this . _process ( ! 0 ) } , blockSize : 1 } ) ; var l= t. mode= { } , n= e. BlockCipherMode= r. extend ( { createEncryptor : function ( t, e ) { return this . Encryptor. create ( t, e) } , createDecryptor : function ( t, e ) { return this . Decryptor. create ( t, e) } , init : function ( t, e ) { this . _cipher= t, this . _iv= e} } ) , n= l. CBC = ( ( l= n. extend ( ) ) . Encryptor= l. extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize; f . call ( this , t, e, i) , r. encryptBlock ( t, e) , this . _prevBlock= t. slice ( e, e+ i) } } ) , l. Decryptor= l. extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize, n= t. slice ( e, e+ i) ; r. decryptBlock ( t, e) , f . call ( this , t, e, i) , this . _prevBlock= n} } ) , l) ; function f ( t, e, r ) { var i, n= this . _iv; n? ( i= n, this . _iv= void 0 ) : i= this . _prevBlock; for ( var o= 0 ; o< r; o++ ) t[ e+ o] ^= i[ o] } var l= ( t. pad= { } ) . Pkcs7= { pad : function ( t, e ) { for ( var e= 4 * e, r= e- t. sigBytes% e, i= r<< 24 | r<< 16 | r<< 8 | r, n= [ ] , o= 0 ; o< r; o+= 4 ) n. push ( i) ; e= s. create ( n, r) ; t. concat ( e) } , unpad : function ( t ) { var e= 255 & t. words[ t. sigBytes- 1 >>> 2 ] ; t. sigBytes-= e} } , d= ( e. BlockCipher= a. extend ( { cfg : a. cfg. extend ( { mode : n, padding : l} ) , reset : function ( ) { var t; a. reset . call ( this ) ; var e= this . cfg, r= e. iv, e= e. mode; this . _xformMode== this . _ENC_XFORM_MODE? t= e. createEncryptor: ( t= e. createDecryptor, this . _minBufferSize= 1 ) , this . _mode&& this . _mode. __creator== t? this . _mode. init ( this , r&& r. words) : ( this . _mode= t . call ( e, this , r&& r. words) , this . _mode. __creator= t) } , _doProcessBlock : function ( t, e ) { this . _mode. processBlock ( t, e) } , _doFinalize : function ( ) { var t, e= this . cfg. padding; return this . _xformMode== this . _ENC_XFORM_MODE? ( e. pad ( this . _data, this . blockSize) , t= this . _process ( ! 0 ) ) : ( t= this . _process ( ! 0 ) , e. unpad ( t) ) , t} , blockSize : 4 } ) , e. CipherParams= r. extend ( { init : function ( t ) { this . mixIn ( t) } , toString : function ( t ) { return ( t|| this . formatter) . stringify ( this ) } } ) ) , l= ( t. format= { } ) . OpenSSL= { stringify : function ( t ) { var e= t. ciphertext, t= t. salt, e= t? s. create ( [ 1398893684 , 1701076831 ] ) . concat ( t) . concat ( e) : e; return e. toString ( o) } , parse : function ( t ) { var e, r= o. parse ( t) , t= r. words; return 1398893684 == t[ 0 ] && 1701076831 == t[ 1 ] && ( e= s. create ( t. slice ( 2 , 4 ) ) , t. splice ( 0 , 4 ) , r. sigBytes-= 16 ) , d. create ( { ciphertext : r, salt : e} ) } } , u= e. SerializableCipher= r. extend ( { cfg : r. extend ( { format : l} ) , encrypt : function ( t, e, r, i ) { i= this . cfg. extend ( i) ; var n= t. createEncryptor ( r, i) , e= n. finalize ( e) , n= n. cfg; return d. create ( { ciphertext : e, key : r, iv : n. iv, algorithm : t, mode : n. mode, padding : n. padding, blockSize : t. blockSize, formatter : i. format} ) } , decrypt : function ( t, e, r, i ) { return i= this . cfg. extend ( i) , e= this . _parse ( e, i. format) , t. createDecryptor ( r, i) . finalize ( e. ciphertext) } , _parse : function ( t, e ) { return "string" == typeof t? e. parse ( t, this ) : t} } ) , t= ( t. kdf= { } ) . OpenSSL= { execute : function ( t, e, r, i ) { i= i|| s. random ( 8 ) ; t= c. create ( { keySize : e+ r} ) . compute ( t, i) , r= s. create ( t. words. slice ( e) , 4 * r) ; return t. sigBytes= 4 * e, d. create ( { key : t, iv : r, salt : i} ) } } , p= e. PasswordBasedCipher= u. extend ( { cfg : u. cfg. extend ( { kdf : t} ) , encrypt : function ( t, e, r, i ) { r= ( i= this . cfg. extend ( i) ) . kdf. execute ( r, t. keySize, t. ivSize) ; i. iv= r. iv; i= u. encrypt . call ( this , t, e, r. key, i) ; return i. mixIn ( r) , i} , decrypt : function ( t, e, r, i ) { i= this . cfg. extend ( i) , e= this . _parse ( e, i. format) ; r= i. kdf. execute ( r, t. keySize, t. ivSize, e. salt) ; return i. iv= r. iv, u. decrypt . call ( this , t, e, r. key, i) } } ) } ( ) , U . mode. CFB = ( ( F = U . lib. BlockCipherMode. extend ( ) ) . Encryptor= F . extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize; j . call ( this , t, e, i, r) , this . _prevBlock= t. slice ( e, e+ i) } } ) , F . Decryptor= F . extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize, n= t. slice ( e, e+ i) ; j . call ( this , t, e, i, r) , this . _prevBlock= n} } ) , F ) , U . mode. CTR = ( M = U . lib. BlockCipherMode. extend ( ) , P = M . Encryptor= M . extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize, n= this . _iv, o= this . _counter; n&& ( o= this . _counter= n. slice ( 0 ) , this . _iv= void 0 ) ; var s= o. slice ( 0 ) ; r. encryptBlock ( s, 0 ) , o[ i- 1 ] = o[ i- 1 ] + 1 | 0 ; for ( var c= 0 ; c< i; c++ ) t[ e+ c] ^= s[ c] } } ) , M . Decryptor= P , M ) , U . mode. CTRGladman= ( F = U . lib. BlockCipherMode. extend ( ) , P = F . Encryptor= F . extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize, n= this . _iv, o= this . _counter; n&& ( o= this . _counter= n. slice ( 0 ) , this . _iv= void 0 ) , 0 === ( ( n= o) [ 0 ] = T ( n[ 0 ] ) ) && ( n[ 1 ] = T ( n[ 1 ] ) ) ; var s= o. slice ( 0 ) ; r. encryptBlock ( s, 0 ) ; for ( var c= 0 ; c< i; c++ ) t[ e+ c] ^= s[ c] } } ) , F . Decryptor= P , F ) , U . mode. OFB = ( M = U . lib. BlockCipherMode. extend ( ) , P = M . Encryptor= M . extend ( { processBlock : function ( t, e ) { var r= this . _cipher, i= r. blockSize, n= this . _iv, o= this . _keystream; n&& ( o= this . _keystream= n. slice ( 0 ) , this . _iv= void 0 ) , r. encryptBlock ( o, 0 ) ; for ( var s= 0 ; s< i; s++ ) t[ e+ s] ^= o[ s] } } ) , M . Decryptor= P , M ) , U . mode. ECB = ( ( F = U . lib. BlockCipherMode. extend ( ) ) . Encryptor= F . extend ( { processBlock : function ( t, e ) { this . _cipher. encryptBlock ( t, e) } } ) , F . Decryptor= F . extend ( { processBlock : function ( t, e ) { this . _cipher. decryptBlock ( t, e) } } ) , F ) , U . pad. AnsiX923= { pad : function ( t, e ) { var r= t. sigBytes, e= 4 * e, e= e- r% e, r= r+ e- 1 ; t. clamp ( ) , t. words[ r>>> 2 ] |= e<< 24 - r% 4 * 8 , t. sigBytes+= e} , unpad : function ( t ) { var e= 255 & t. words[ t. sigBytes- 1 >>> 2 ] ; t. sigBytes-= e} } , U . pad. Iso10126= { pad : function ( t, e ) { e*= 4 , e-= t. sigBytes% e; t. concat ( U . lib. WordArray. random ( e- 1 ) ) . concat ( U . lib. WordArray. create ( [ e<< 24 ] , 1 ) ) } , unpad : function ( t ) { var e= 255 & t. words[ t. sigBytes- 1 >>> 2 ] ; t. sigBytes-= e} } , U . pad. Iso97971= { pad : function ( t, e ) { t. concat ( U . lib. WordArray. create ( [ 2147483648 ] , 1 ) ) , U . pad. ZeroPadding. pad ( t, e) } , unpad : function ( t ) { U . pad. ZeroPadding. unpad ( t) , t. sigBytes-- } } , U . pad. ZeroPadding= { pad : function ( t, e ) { e*= 4 ; t. clamp ( ) , t. sigBytes+= e- ( t. sigBytes% e|| e) } , unpad : function ( t ) { for ( var e= t. words, r= t. sigBytes- 1 , r= t. sigBytes- 1 ; 0 <= r; r-- ) if ( e[ r>>> 2 ] >>> 24 - r% 4 * 8 & 255 ) { t. sigBytes= r+ 1 ; break } } } , U . pad. NoPadding= { pad : function ( ) { } , unpad : function ( ) { } } , m= ( P = U ) . lib. CipherParams, C = P . enc. Hex, P . format. Hex= { stringify : function ( t ) { return t. ciphertext. toString ( C ) } , parse : function ( t ) { t= C . parse ( t) ; return m. create ( { ciphertext : t} ) } } , function ( ) { var t= U , e= t. lib. BlockCipher, r= t. algo, h= [ ] , l= [ ] , f= [ ] , d= [ ] , u= [ ] , p= [ ] , _= [ ] , y= [ ] , v= [ ] , g= [ ] ; ! function ( ) { for ( var t= [ ] , e= 0 ; e< 256 ; e++ ) t[ e] = e< 128 ? e<< 1 : e<< 1 ^ 283 ; for ( var r= 0 , i= 0 , e= 0 ; e< 256 ; e++ ) { var n= i^ i<< 1 ^ i<< 2 ^ i<< 3 ^ i<< 4 ; h[ r] = n= n>>> 8 ^ 255 & n^ 99 ; var o= t[ l[ n] = r] , s= t[ o] , c= t[ s] , a= 257 * t[ n] ^ 16843008 * n; f[ r] = a<< 24 | a>>> 8 , d[ r] = a<< 16 | a>>> 16 , u[ r] = a<< 8 | a>>> 24 , p[ r] = a, _[ n] = ( a= 16843009 * c^ 65537 * s^ 257 * o^ 16843008 * r) << 24 | a>>> 8 , y[ n] = a<< 16 | a>>> 16 , v[ n] = a<< 8 | a>>> 24 , g[ n] = a, r? ( r= o^ t[ t[ t[ c^ o] ] ] , i^= t[ t[ i] ] ) : r= i= 1 } } ( ) ; var B = [ 0 , 1 , 2 , 4 , 8 , 16 , 32 , 64 , 128 , 27 , 54 ] , r= r. AES = e. extend ( { _doReset : function ( ) { if ( ! this . _nRounds|| this . _keyPriorReset!== this . _key) { for ( var t= this . _keyPriorReset= this . _key, e= t. words, r= t. sigBytes/ 4 , i= 4 * ( 1 + ( this . _nRounds= 6 + r) ) , n= this . _keySchedule= [ ] , o= 0 ; o< i; o++ ) o< r? n[ o] = e[ o] : ( a= n[ o- 1 ] , o% r? 6 < r&& o% r== 4 && ( a= h[ a>>> 24 ] << 24 | h[ a>>> 16 & 255 ] << 16 | h[ a>>> 8 & 255 ] << 8 | h[ 255 & a] ) : ( a= h[ ( a= a<< 8 | a>>> 24 ) >>> 24 ] << 24 | h[ a>>> 16 & 255 ] << 16 | h[ a>>> 8 & 255 ] << 8 | h[ 255 & a] , a^= B [ o/ r| 0 ] << 24 ) , n[ o] = n[ o- r] ^ a) ; for ( var s= this . _invKeySchedule= [ ] , c= 0 ; c< i; c++ ) { var a, o= i- c; a= c% 4 ? n[ o] : n[ o- 4 ] , s[ c] = c< 4 || o<= 4 ? a: _[ h[ a>>> 24 ] ] ^ y[ h[ a>>> 16 & 255 ] ] ^ v[ h[ a>>> 8 & 255 ] ] ^ g[ h[ 255 & a] ] } } } , encryptBlock : function ( t, e ) { this . _doCryptBlock ( t, e, this . _keySchedule, f, d, u, p, h) } , decryptBlock : function ( t, e ) { var r= t[ e+ 1 ] ; t[ e+ 1 ] = t[ e+ 3 ] , t[ e+ 3 ] = r, this . _doCryptBlock ( t, e, this . _invKeySchedule, _, y, v, g, l) ; r= t[ e+ 1 ] ; t[ e+ 1 ] = t[ e+ 3 ] , t[ e+ 3 ] = r} , _doCryptBlock : function ( t, e, r, i, n, o, s, c ) { for ( var a= this . _nRounds, h= t[ e] ^ r[ 0 ] , l= t[ e+ 1 ] ^ r[ 1 ] , f= t[ e+ 2 ] ^ r[ 2 ] , d= t[ e+ 3 ] ^ r[ 3 ] , u= 4 , p= 1 ; p< a; p++ ) var _= i[ h>>> 24 ] ^ n[ l>>> 16 & 255 ] ^ o[ f>>> 8 & 255 ] ^ s[ 255 & d] ^ r[ u++ ] , y= i[ l>>> 24 ] ^ n[ f>>> 16 & 255 ] ^ o[ d>>> 8 & 255 ] ^ s[ 255 & h] ^ r[ u++ ] , v= i[ f>>> 24 ] ^ n[ d>>> 16 & 255 ] ^ o[ h>>> 8 & 255 ] ^ s[ 255 & l] ^ r[ u++ ] , g= i[ d>>> 24 ] ^ n[ h>>> 16 & 255 ] ^ o[ l>>> 8 & 255 ] ^ s[ 255 & f] ^ r[ u++ ] , h= _, l= y, f= v, d= g; _= ( c[ h>>> 24 ] << 24 | c[ l>>> 16 & 255 ] << 16 | c[ f>>> 8 & 255 ] << 8 | c[ 255 & d] ) ^ r[ u++ ] , y= ( c[ l>>> 24 ] << 24 | c[ f>>> 16 & 255 ] << 16 | c[ d>>> 8 & 255 ] << 8 | c[ 255 & h] ) ^ r[ u++ ] , v= ( c[ f>>> 24 ] << 24 | c[ d>>> 16 & 255 ] << 16 | c[ h>>> 8 & 255 ] << 8 | c[ 255 & l] ) ^ r[ u++ ] , g= ( c[ d>>> 24 ] << 24 | c[ h>>> 16 & 255 ] << 16 | c[ l>>> 8 & 255 ] << 8 | c[ 255 & f] ) ^ r[ u++ ] ; t[ e] = _, t[ e+ 1 ] = y, t[ e+ 2 ] = v, t[ e+ 3 ] = g} , keySize : 8 } ) ; t. AES = e. _createHelper ( r) } ( ) , function ( ) { var t= U , e= t. lib, i= e. WordArray, r= e. BlockCipher, e= t. algo, h= [ 57 , 49 , 41 , 33 , 25 , 17 , 9 , 1 , 58 , 50 , 42 , 34 , 26 , 18 , 10 , 2 , 59 , 51 , 43 , 35 , 27 , 19 , 11 , 3 , 60 , 52 , 44 , 36 , 63 , 55 , 47 , 39 , 31 , 23 , 15 , 7 , 62 , 54 , 46 , 38 , 30 , 22 , 14 , 6 , 61 , 53 , 45 , 37 , 29 , 21 , 13 , 5 , 28 , 20 , 12 , 4 ] , l= [ 14 , 17 , 11 , 24 , 1 , 5 , 3 , 28 , 15 , 6 , 21 , 10 , 23 , 19 , 12 , 4 , 26 , 8 , 16 , 7 , 27 , 20 , 13 , 2 , 41 , 52 , 31 , 37 , 47 , 55 , 30 , 40 , 51 , 45 , 33 , 48 , 44 , 49 , 39 , 56 , 34 , 53 , 46 , 42 , 50 , 36 , 29 , 32 ] , f= [ 1 , 2 , 4 , 6 , 8 , 10 , 12 , 14 , 15 , 17 , 19 , 21 , 23 , 25 , 27 , 28 ] , d= [ { 0 : 8421888 , 268435456 : 32768 , 536870912 : 8421378 , 805306368 : 2 , 1073741824 : 512 , 1342177280 : 8421890 , 1610612736 : 8389122 , 1879048192 : 8388608 , 2147483648 : 514 , 2415919104 : 8389120 , 2684354560 : 33280 , 2952790016 : 8421376 , 3221225472 : 32770 , 3489660928 : 8388610 , 3758096384 : 0 , 4026531840 : 33282 , 134217728 : 0 , 402653184 : 8421890 , 671088640 : 33282 , 939524096 : 32768 , 1207959552 : 8421888 , 1476395008 : 512 , 1744830464 : 8421378 , 2013265920 : 2 , 2281701376 : 8389120 , 2550136832 : 33280 , 2818572288 : 8421376 , 3087007744 : 8389122 , 3355443200 : 8388610 , 3623878656 : 32770 , 3892314112 : 514 , 4160749568 : 8388608 , 1 : 32768 , 268435457 : 2 , 536870913 : 8421888 , 805306369 : 8388608 , 1073741825 : 8421378 , 1342177281 : 33280 , 1610612737 : 512 , 1879048193 : 8389122 , 2147483649 : 8421890 , 2415919105 : 8421376 , 2684354561 : 8388610 , 2952790017 : 33282 , 3221225473 : 514 , 3489660929 : 8389120 , 3758096385 : 32770 , 4026531841 : 0 , 134217729 : 8421890 , 402653185 : 8421376 , 671088641 : 8388608 , 939524097 : 512 , 1207959553 : 32768 , 1476395009 : 8388610 , 1744830465 : 2 , 2013265921 : 33282 , 2281701377 : 32770 , 2550136833 : 8389122 , 2818572289 : 514 , 3087007745 : 8421888 , 3355443201 : 8389120 , 3623878657 : 0 , 3892314113 : 33280 , 4160749569 : 8421378 } , { 0 : 1074282512 , 16777216 : 16384 , 33554432 : 524288 , 50331648 : 1074266128 , 67108864 : 1073741840 , 83886080 : 1074282496 , 100663296 : 1073758208 , 117440512 : 16 , 134217728 : 540672 , 150994944 : 1073758224 , 167772160 : 1073741824 , 184549376 : 540688 , 201326592 : 524304 , 218103808 : 0 , 234881024 : 16400 , 251658240 : 1074266112 , 8388608 : 1073758208 , 25165824 : 540688 , 41943040 : 16 , 58720256 : 1073758224 , 75497472 : 1074282512 , 92274688 : 1073741824 , 109051904 : 524288 , 125829120 : 1074266128 , 142606336 : 524304 , 159383552 : 0 , 176160768 : 16384 , 192937984 : 1074266112 , 209715200 : 1073741840 , 226492416 : 540672 , 243269632 : 1074282496 , 260046848 : 16400 , 268435456 : 0 , 285212672 : 1074266128 , 301989888 : 1073758224 , 318767104 : 1074282496 , 335544320 : 1074266112 , 352321536 : 16 , 369098752 : 540688 , 385875968 : 16384 , 402653184 : 16400 , 419430400 : 524288 , 436207616 : 524304 , 452984832 : 1073741840 , 469762048 : 540672 , 486539264 : 1073758208 , 503316480 : 1073741824 , 520093696 : 1074282512 , 276824064 : 540688 , 293601280 : 524288 , 310378496 : 1074266112 , 327155712 : 16384 , 343932928 : 1073758208 , 360710144 : 1074282512 , 377487360 : 16 , 394264576 : 1073741824 , 411041792 : 1074282496 , 427819008 : 1073741840 , 444596224 : 1073758224 , 461373440 : 524304 , 478150656 : 0 , 494927872 : 16400 , 511705088 : 1074266128 , 528482304 : 540672 } , { 0 : 260 , 1048576 : 0 , 2097152 : 67109120 , 3145728 : 65796 , 4194304 : 65540 , 5242880 : 67108868 , 6291456 : 67174660 , 7340032 : 67174400 , 8388608 : 67108864 , 9437184 : 67174656 , 10485760 : 65792 , 11534336 : 67174404 , 12582912 : 67109124 , 13631488 : 65536 , 14680064 : 4 , 15728640 : 256 , 524288 : 67174656 , 1572864 : 67174404 , 2621440 : 0 , 3670016 : 67109120 , 4718592 : 67108868 , 5767168 : 65536 , 6815744 : 65540 , 7864320 : 260 , 8912896 : 4 , 9961472 : 256 , 11010048 : 67174400 , 12058624 : 65796 , 13107200 : 65792 , 14155776 : 67109124 , 15204352 : 67174660 , 16252928 : 67108864 , 16777216 : 67174656 , 17825792 : 65540 , 18874368 : 65536 , 19922944 : 67109120 , 20971520 : 256 , 22020096 : 67174660 , 23068672 : 67108868 , 24117248 : 0 , 25165824 : 67109124 , 26214400 : 67108864 , 27262976 : 4 , 28311552 : 65792 , 29360128 : 67174400 , 30408704 : 260 , 31457280 : 65796 , 32505856 : 67174404 , 17301504 : 67108864 , 18350080 : 260 , 19398656 : 67174656 , 20447232 : 0 , 21495808 : 65540 , 22544384 : 67109120 , 23592960 : 256 , 24641536 : 67174404 , 25690112 : 65536 , 26738688 : 67174660 , 27787264 : 65796 , 28835840 : 67108868 , 29884416 : 67109124 , 30932992 : 67174400 , 31981568 : 4 , 33030144 : 65792 } , { 0 : 2151682048 , 65536 : 2147487808 , 131072 : 4198464 , 196608 : 2151677952 , 262144 : 0 , 327680 : 4198400 , 393216 : 2147483712 , 458752 : 4194368 , 524288 : 2147483648 , 589824 : 4194304 , 655360 : 64 , 720896 : 2147487744 , 786432 : 2151678016 , 851968 : 4160 , 917504 : 4096 , 983040 : 2151682112 , 32768 : 2147487808 , 98304 : 64 , 163840 : 2151678016 , 229376 : 2147487744 , 294912 : 4198400 , 360448 : 2151682112 , 425984 : 0 , 491520 : 2151677952 , 557056 : 4096 , 622592 : 2151682048 , 688128 : 4194304 , 753664 : 4160 , 819200 : 2147483648 , 884736 : 4194368 , 950272 : 4198464 , 1015808 : 2147483712 , 1048576 : 4194368 , 1114112 : 4198400 , 1179648 : 2147483712 , 1245184 : 0 , 1310720 : 4160 , 1376256 : 2151678016 , 1441792 : 2151682048 , 1507328 : 2147487808 , 1572864 : 2151682112 , 1638400 : 2147483648 , 1703936 : 2151677952 , 1769472 : 4198464 , 1835008 : 2147487744 , 1900544 : 4194304 , 1966080 : 64 , 2031616 : 4096 , 1081344 : 2151677952 , 1146880 : 2151682112 , 1212416 : 0 , 1277952 : 4198400 , 1343488 : 4194368 , 1409024 : 2147483648 , 1474560 : 2147487808 , 1540096 : 64 , 1605632 : 2147483712 , 1671168 : 4096 , 1736704 : 2147487744 , 1802240 : 2151678016 , 1867776 : 4160 , 1933312 : 2151682048 , 1998848 : 4194304 , 2064384 : 4198464 } , { 0 : 128 , 4096 : 17039360 , 8192 : 262144 , 12288 : 536870912 , 16384 : 537133184 , 20480 : 16777344 , 24576 : 553648256 , 28672 : 262272 , 32768 : 16777216 , 36864 : 537133056 , 40960 : 536871040 , 45056 : 553910400 , 49152 : 553910272 , 53248 : 0 , 57344 : 17039488 , 61440 : 553648128 , 2048 : 17039488 , 6144 : 553648256 , 10240 : 128 , 14336 : 17039360 , 18432 : 262144 , 22528 : 537133184 , 26624 : 553910272 , 30720 : 536870912 , 34816 : 537133056 , 38912 : 0 , 43008 : 553910400 , 47104 : 16777344 , 51200 : 536871040 , 55296 : 553648128 , 59392 : 16777216 , 63488 : 262272 , 65536 : 262144 , 69632 : 128 , 73728 : 536870912 , 77824 : 553648256 , 81920 : 16777344 , 86016 : 553910272 , 90112 : 537133184 , 94208 : 16777216 , 98304 : 553910400 , 102400 : 553648128 , 106496 : 17039360 , 110592 : 537133056 , 114688 : 262272 , 118784 : 536871040 , 122880 : 0 , 126976 : 17039488 , 67584 : 553648256 , 71680 : 16777216 , 75776 : 17039360 , 79872 : 537133184 , 83968 : 536870912 , 88064 : 17039488 , 92160 : 128 , 96256 : 553910272 , 100352 : 262272 , 104448 : 553910400 , 108544 : 0 , 112640 : 553648128 , 116736 : 16777344 , 120832 : 262144 , 124928 : 537133056 , 129024 : 536871040 } , { 0 : 268435464 , 256 : 8192 , 512 : 270532608 , 768 : 270540808 , 1024 : 268443648 , 1280 : 2097152 , 1536 : 2097160 , 1792 : 268435456 , 2048 : 0 , 2304 : 268443656 , 2560 : 2105344 , 2816 : 8 , 3072 : 270532616 , 3328 : 2105352 , 3584 : 8200 , 3840 : 270540800 , 128 : 270532608 , 384 : 270540808 , 640 : 8 , 896 : 2097152 , 1152 : 2105352 , 1408 : 268435464 , 1664 : 268443648 , 1920 : 8200 , 2176 : 2097160 , 2432 : 8192 , 2688 : 268443656 , 2944 : 270532616 , 3200 : 0 , 3456 : 270540800 , 3712 : 2105344 , 3968 : 268435456 , 4096 : 268443648 , 4352 : 270532616 , 4608 : 270540808 , 4864 : 8200 , 5120 : 2097152 , 5376 : 268435456 , 5632 : 268435464 , 5888 : 2105344 , 6144 : 2105352 , 6400 : 0 , 6656 : 8 , 6912 : 270532608 , 7168 : 8192 , 7424 : 268443656 , 7680 : 270540800 , 7936 : 2097160 , 4224 : 8 , 4480 : 2105344 , 4736 : 2097152 , 4992 : 268435464 , 5248 : 268443648 , 5504 : 8200 , 5760 : 270540808 , 6016 : 270532608 , 6272 : 270540800 , 6528 : 270532616 , 6784 : 8192 , 7040 : 2105352 , 7296 : 2097160 , 7552 : 0 , 7808 : 268435456 , 8064 : 268443656 } , { 0 : 1048576 , 16 : 33555457 , 32 : 1024 , 48 : 1049601 , 64 : 34604033 , 80 : 0 , 96 : 1 , 112 : 34603009 , 128 : 33555456 , 144 : 1048577 , 160 : 33554433 , 176 : 34604032 , 192 : 34603008 , 208 : 1025 , 224 : 1049600 , 240 : 33554432 , 8 : 34603009 , 24 : 0 , 40 : 33555457 , 56 : 34604032 , 72 : 1048576 , 88 : 33554433 , 104 : 33554432 , 120 : 1025 , 136 : 1049601 , 152 : 33555456 , 168 : 34603008 , 184 : 1048577 , 200 : 1024 , 216 : 34604033 , 232 : 1 , 248 : 1049600 , 256 : 33554432 , 272 : 1048576 , 288 : 33555457 , 304 : 34603009 , 320 : 1048577 , 336 : 33555456 , 352 : 34604032 , 368 : 1049601 , 384 : 1025 , 400 : 34604033 , 416 : 1049600 , 432 : 1 , 448 : 0 , 464 : 34603008 , 480 : 33554433 , 496 : 1024 , 264 : 1049600 , 280 : 33555457 , 296 : 34603009 , 312 : 1 , 328 : 33554432 , 344 : 1048576 , 360 : 1025 , 376 : 34604032 , 392 : 33554433 , 408 : 34603008 , 424 : 0 , 440 : 34604033 , 456 : 1049601 , 472 : 1024 , 488 : 33555456 , 504 : 1048577 } , { 0 : 134219808 , 1 : 131072 , 2 : 134217728 , 3 : 32 , 4 : 131104 , 5 : 134350880 , 6 : 134350848 , 7 : 2048 , 8 : 134348800 , 9 : 134219776 , 10 : 133120 , 11 : 134348832 , 12 : 2080 , 13 : 0 , 14 : 134217760 , 15 : 133152 , 2147483648 : 2048 , 2147483649 : 134350880 , 2147483650 : 134219808 , 2147483651 : 134217728 , 2147483652 : 134348800 , 2147483653 : 133120 , 2147483654 : 133152 , 2147483655 : 32 , 2147483656 : 134217760 , 2147483657 : 2080 , 2147483658 : 131104 , 2147483659 : 134350848 , 2147483660 : 0 , 2147483661 : 134348832 , 2147483662 : 134219776 , 2147483663 : 131072 , 16 : 133152 , 17 : 134350848 , 18 : 32 , 19 : 2048 , 20 : 134219776 , 21 : 134217760 , 22 : 134348832 , 23 : 131072 , 24 : 0 , 25 : 131104 , 26 : 134348800 , 27 : 134219808 , 28 : 134350880 , 29 : 133120 , 30 : 2080 , 31 : 134217728 , 2147483664 : 131072 , 2147483665 : 2048 , 2147483666 : 134348832 , 2147483667 : 133152 , 2147483668 : 32 , 2147483669 : 134348800 , 2147483670 : 134217728 , 2147483671 : 134219808 , 2147483672 : 134350880 , 2147483673 : 134217760 , 2147483674 : 134219776 , 2147483675 : 0 , 2147483676 : 133120 , 2147483677 : 2080 , 2147483678 : 131104 , 2147483679 : 134350848 } ] , u= [ 4160749569 , 528482304 , 33030144 , 2064384 , 129024 , 8064 , 504 , 2147483679 ] , n= e. DES = r. extend ( { _doReset : function ( ) { for ( var t= this . _key. words, e= [ ] , r= 0 ; r< 56 ; r++ ) { var i= h[ r] - 1 ; e[ r] = t[ i>>> 5 ] >>> 31 - i% 32 & 1 } for ( var n= this . _subKeys= [ ] , o= 0 ; o< 16 ; o++ ) { for ( var s= n[ o] = [ ] , c= f[ o] , r= 0 ; r< 24 ; r++ ) s[ r/ 6 | 0 ] |= e[ ( l[ r] - 1 + c) % 28 ] << 31 - r% 6 , s[ 4 + ( r/ 6 | 0 ) ] |= e[ 28 + ( l[ r+ 24 ] - 1 + c) % 28 ] << 31 - r% 6 ; s[ 0 ] = s[ 0 ] << 1 | s[ 0 ] >>> 31 ; for ( r= 1 ; r< 7 ; r++ ) s[ r] = s[ r] >>> 4 * ( r- 1 ) + 3 ; s[ 7 ] = s[ 7 ] << 5 | s[ 7 ] >>> 27 } for ( var a= this . _invSubKeys= [ ] , r= 0 ; r< 16 ; r++ ) a[ r] = n[ 15 - r] } , encryptBlock : function ( t, e ) { this . _doCryptBlock ( t, e, this . _subKeys) } , decryptBlock : function ( t, e ) { this . _doCryptBlock ( t, e, this . _invSubKeys) } , _doCryptBlock : function ( t, e, r ) { this . _lBlock= t[ e] , this . _rBlock= t[ e+ 1 ] , p . call ( this , 4 , 252645135 ) , p . call ( this , 16 , 65535 ) , _ . call ( this , 2 , 858993459 ) , _ . call ( this , 8 , 16711935 ) , p . call ( this , 1 , 1431655765 ) ; for ( var i= 0 ; i< 16 ; i++ ) { for ( var n= r[ i] , o= this . _lBlock, s= this . _rBlock, c= 0 , a= 0 ; a< 8 ; a++ ) c|= d[ a] [ ( ( s^ n[ a] ) & u[ a] ) >>> 0 ] ; this . _lBlock= s, this . _rBlock= o^ c} var h= this . _lBlock; this . _lBlock= this . _rBlock, this . _rBlock= h, p . call ( this , 1 , 1431655765 ) , _ . call ( this , 8 , 16711935 ) , _ . call ( this , 2 , 858993459 ) , p . call ( this , 16 , 65535 ) , p . call ( this , 4 , 252645135 ) , t[ e] = this . _lBlock, t[ e+ 1 ] = this . _rBlock} , keySize : 2 , ivSize : 2 , blockSize : 2 } ) ; function p ( t, e ) { e= ( this . _lBlock>>> t^ this . _rBlock) & e; this . _rBlock^= e, this . _lBlock^= e<< t} function _ ( t, e ) { e= ( this . _rBlock>>> t^ this . _lBlock) & e; this . _lBlock^= e, this . _rBlock^= e<< t} t. DES = r. _createHelper ( n) ; e= e. TripleDES= r. extend ( { _doReset : function ( ) { var t= this . _key. words; if ( 2 !== t. length&& 4 !== t. length&& t. length< 6 ) throw new Error ( "Invalid key length - 3DES requires the key length to be 64, 128, 192 or >192." ) ; var e= t. slice ( 0 , 2 ) , r= t. length< 4 ? t. slice ( 0 , 2 ) : t. slice ( 2 , 4 ) , t= t. length< 6 ? t. slice ( 0 , 2 ) : t. slice ( 4 , 6 ) ; this . _des1= n. createEncryptor ( i. create ( e) ) , this . _des2= n. createEncryptor ( i. create ( r) ) , this . _des3= n. createEncryptor ( i. create ( t) ) } , encryptBlock : function ( t, e ) { this . _des1. encryptBlock ( t, e) , this . _des2. decryptBlock ( t, e) , this . _des3. encryptBlock ( t, e) } , decryptBlock : function ( t, e ) { this . _des3. decryptBlock ( t, e) , this . _des2. encryptBlock ( t, e) , this . _des1. decryptBlock ( t, e) } , keySize : 6 , ivSize : 2 , blockSize : 2 } ) ; t. TripleDES= r. _createHelper ( e) } ( ) , function ( ) { var t= U , e= t. lib. StreamCipher, r= t. algo, i= r. RC4 = e. extend ( { _doReset : function ( ) { for ( var t= this . _key, e= t. words, r= t. sigBytes, i= this . _S= [ ] , n= 0 ; n< 256 ; n++ ) i[ n] = n; for ( var n= 0 , o= 0 ; n< 256 ; n++ ) { var s= n% r, s= e[ s>>> 2 ] >>> 24 - s% 4 * 8 & 255 , o= ( o+ i[ n] + s) % 256 , s= i[ n] ; i[ n] = i[ o] , i[ o] = s} this . _i= this . _j= 0 } , _doProcessBlock : function ( t, e ) { t[ e] ^= n . call ( this ) } , keySize : 8 , ivSize : 0 } ) ; function n ( ) { for ( var t= this . _S, e= this . _i, r= this . _j, i= 0 , n= 0 ; n< 4 ; n++ ) { var r= ( r+ t[ e= ( e+ 1 ) % 256 ] ) % 256 , o= t[ e] ; t[ e] = t[ r] , t[ r] = o, i|= t[ ( t[ e] + t[ r] ) % 256 ] << 24 - 8 * n} return this . _i= e, this . _j= r, i} t. RC4 = e. _createHelper ( i) ; r= r. RC4Drop= i. extend ( { cfg : i. cfg. extend ( { drop : 192 } ) , _doReset : function ( ) { i. _doReset . call ( this ) ; for ( var t= this . cfg. drop; 0 < t; t-- ) n . call ( this ) } } ) ; t. RC4Drop= e. _createHelper ( r) } ( ) , F = ( M = U ) . lib. StreamCipher, P = M . algo, D = [ ] , E = [ ] , R = [ ] , P = P . Rabbit= F . extend ( { _doReset : function ( ) { for ( var t= this . _key. words, e= this . cfg. iv, r= 0 ; r< 4 ; r++ ) t[ r] = 16711935 & ( t[ r] << 8 | t[ r] >>> 24 ) | 4278255360 & ( t[ r] << 24 | t[ r] >>> 8 ) ; for ( var i= this . _X= [ t[ 0 ] , t[ 3 ] << 16 | t[ 2 ] >>> 16 , t[ 1 ] , t[ 0 ] << 16 | t[ 3 ] >>> 16 , t[ 2 ] , t[ 1 ] << 16 | t[ 0 ] >>> 16 , t[ 3 ] , t[ 2 ] << 16 | t[ 1 ] >>> 16 ] , n= this . _C= [ t[ 2 ] << 16 | t[ 2 ] >>> 16 , 4294901760 & t[ 0 ] | 65535 & t[ 1 ] , t[ 3 ] << 16 | t[ 3 ] >>> 16 , 4294901760 & t[ 1 ] | 65535 & t[ 2 ] , t[ 0 ] << 16 | t[ 0 ] >>> 16 , 4294901760 & t[ 2 ] | 65535 & t[ 3 ] , t[ 1 ] << 16 | t[ 1 ] >>> 16 , 4294901760 & t[ 3 ] | 65535 & t[ 0 ] ] , r= this . _b= 0 ; r< 4 ; r++ ) N . call ( this ) ; for ( r= 0 ; r< 8 ; r++ ) n[ r] ^= i[ r+ 4 & 7 ] ; if ( e) { var o= e. words, s= o[ 0 ] , c= o[ 1 ] , e= 16711935 & ( s<< 8 | s>>> 24 ) | 4278255360 & ( s<< 24 | s>>> 8 ) , o= 16711935 & ( c<< 8 | c>>> 24 ) | 4278255360 & ( c<< 24 | c>>> 8 ) , s= e>>> 16 | 4294901760 & o, c= o<< 16 | 65535 & e; n[ 0 ] ^= e, n[ 1 ] ^= s, n[ 2 ] ^= o, n[ 3 ] ^= c, n[ 4 ] ^= e, n[ 5 ] ^= s, n[ 6 ] ^= o, n[ 7 ] ^= c; for ( r= 0 ; r< 4 ; r++ ) N . call ( this ) } } , _doProcessBlock : function ( t, e ) { var r= this . _X; N . call ( this ) , D [ 0 ] = r[ 0 ] ^ r[ 5 ] >>> 16 ^ r[ 3 ] << 16 , D [ 1 ] = r[ 2 ] ^ r[ 7 ] >>> 16 ^ r[ 5 ] << 16 , D [ 2 ] = r[ 4 ] ^ r[ 1 ] >>> 16 ^ r[ 7 ] << 16 , D [ 3 ] = r[ 6 ] ^ r[ 3 ] >>> 16 ^ r[ 1 ] << 16 ; for ( var i= 0 ; i< 4 ; i++ ) D [ i] = 16711935 & ( D [ i] << 8 | D [ i] >>> 24 ) | 4278255360 & ( D [ i] << 24 | D [ i] >>> 8 ) , t[ e+ i] ^= D [ i] } , blockSize : 4 , ivSize : 2 } ) , M . Rabbit= F . _createHelper ( P ) , F = ( M = U ) . lib. StreamCipher, P = M . algo, W = [ ] , O = [ ] , I = [ ] , P = P . RabbitLegacy= F . extend ( { _doReset : function ( ) { for ( var t= this . _key. words, e= this . cfg. iv, r= this . _X= [ t[ 0 ] , t[ 3 ] << 16 | t[ 2 ] >>> 16 , t[ 1 ] , t[ 0 ] << 16 | t[ 3 ] >>> 16 , t[ 2 ] , t[ 1 ] << 16 | t[ 0 ] >>> 16 , t[ 3 ] , t[ 2 ] << 16 | t[ 1 ] >>> 16 ] , i= this . _C= [ t[ 2 ] << 16 | t[ 2 ] >>> 16 , 4294901760 & t[ 0 ] | 65535 & t[ 1 ] , t[ 3 ] << 16 | t[ 3 ] >>> 16 , 4294901760 & t[ 1 ] | 65535 & t[ 2 ] , t[ 0 ] << 16 | t[ 0 ] >>> 16 , 4294901760 & t[ 2 ] | 65535 & t[ 3 ] , t[ 1 ] << 16 | t[ 1 ] >>> 16 , 4294901760 & t[ 3 ] | 65535 & t[ 0 ] ] , n= this . _b= 0 ; n< 4 ; n++ ) q . call ( this ) ; for ( n= 0 ; n< 8 ; n++ ) i[ n] ^= r[ n+ 4 & 7 ] ; if ( e) { var o= e. words, s= o[ 0 ] , t= o[ 1 ] , e= 16711935 & ( s<< 8 | s>>> 24 ) | 4278255360 & ( s<< 24 | s>>> 8 ) , o= 16711935 & ( t<< 8 | t>>> 24 ) | 4278255360 & ( t<< 24 | t>>> 8 ) , s= e>>> 16 | 4294901760 & o, t= o<< 16 | 65535 & e; i[ 0 ] ^= e, i[ 1 ] ^= s, i[ 2 ] ^= o, i[ 3 ] ^= t, i[ 4 ] ^= e, i[ 5 ] ^= s, i[ 6 ] ^= o, i[ 7 ] ^= t; for ( n= 0 ; n< 4 ; n++ ) q . call ( this ) } } , _doProcessBlock : function ( t, e ) { var r= this . _X; q . call ( this ) , W [ 0 ] = r[ 0 ] ^ r[ 5 ] >>> 16 ^ r[ 3 ] << 16 , W [ 1 ] = r[ 2 ] ^ r[ 7 ] >>> 16 ^ r[ 5 ] << 16 , W [ 2 ] = r[ 4 ] ^ r[ 1 ] >>> 16 ^ r[ 7 ] << 16 , W [ 3 ] = r[ 6 ] ^ r[ 3 ] >>> 16 ^ r[ 1 ] << 16 ; for ( var i= 0 ; i< 4 ; i++ ) W [ i] = 16711935 & ( W [ i] << 8 | W [ i] >>> 24 ) | 4278255360 & ( W [ i] << 24 | W [ i] >>> 8 ) , t[ e+ i] ^= W [ i] } , blockSize : 4 , ivSize : 2 } ) , M . RabbitLegacy= F . _createHelper ( P ) , U } ) ;
import CryptoJS from '../../js/AESwork' ;
查看plus-ui中源码的执行顺序，在uniapp中使用 这里是重点
export function mRequest ( { url, method, data, isToken, contentType, addStr, isEncrypt, clientId,
} ) { return new Promise ( ( resolve, reject ) => { var header = { } if ( getToken ( ) ) header[ 'Authorization' ] = 'Bearer ' + getToken ( ) header[ 'content-type' ] = contentType ? contentType : "application/json;charset=UTF-8" if ( clientId) header[ 'clientid' ] = clientIdif ( addStr) url = url + addStrif ( isEncrypt == true ) { const aesKey = generateAesKey ( ) ; header[ 'encrypt-key' ] = encrypt ( encryptBase64 ( aesKey) ) ; data = encryptWithAes ( JSON . stringify ( data) , aesKey) console. log ( data, 'encryptWithAes' ) ; } uni. request ( { url : url, method : method ? method : 'GET' , data : data ? data : { } , success : ( e ) => { if ( e. data. code == 200 ) { resolve ( e. data || e. rows) } else if ( e. data. code == 401 ) { setToken ( '' ) uni. navigateTo ( { url : '/pages/login/login' , } ) } else { reject ( e) } } , header : header, fail : ( e ) => { reject ( e) } } ) } ) }
formData : { tenantId : "" , username : "" , password : "" , code : "" , uuid : "" , grantType : "password" , clientId : "e5cd7e4891bf95d1d19206ce24a7b32e" ,
} ,
上面缺少的方法，都是从plus-ui这个框架中抄过来的 import CryptoJS from './AESwork';
import JSEncrypt from 'jsencrypt'/*** 随机生成32位的字符串* @returns {string}*/
const generateRandomString = () => {const characters = 'ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789';let result = '';const charactersLength = characters.length;for (let i = 0; i < 32; i++) {result += characters.charAt(Math.floor(Math.random() * charactersLength));}return result;
};/*** 随机生成aes 密钥* @returns {string}*/
export const generateAesKey = () => {return CryptoJS.enc.Utf8.parse(generateRandomString());
};/*** 加密base64* @returns {string}*/
export const encryptBase64 = (str) => {return CryptoJS.enc.Base64.stringify(str);
};/*** 解密base64*/
export const decryptBase64 = (str) => {return CryptoJS.enc.Base64.parse(str);
};/*** 使用密钥对数据进行加密* @param message* @param aesKey* @returns {string}*/
export const encryptWithAes = (message, aesKey) => {const encrypted = CryptoJS.AES.encrypt(message, aesKey, {mode: CryptoJS.mode.ECB,padding: CryptoJS.pad.Pkcs7});return encrypted.toString();
};/*** 使用密钥对数据进行解密* @param message* @param aesKey* @returns {string}*/
export const decryptWithAes = (message, aesKey) => {const decrypted = CryptoJS.AES.decrypt(message, aesKey, {mode: CryptoJS.mode.ECB,padding: CryptoJS.pad.Pkcs7});return decrypted.toString(CryptoJS.enc.Utf8);
};const publicKey ='MFwwDQYJKoZIhvcNAQEBBQADSwAwSAJBAKoR8mX0rGKLqzcWmOzbfj64K8ZIgOdHnzkXSOVOZbFu/TJhZ7rFAN+eaGkl3C4buccQd/EjEsj9ir7ijT7h96MCAwEAAQ=='// // 加密
export const encrypt = (txt) => {const encryptor = new JSEncrypt();encryptor.setPublicKey(publicKey); // 设置公钥return encryptor.encrypt(txt); // 对数据进行加密
};
