// @license magnet:?xt=urn:btih:8e4f440f4c65981c5bf93c76d35135ba5064d8b7&dn=apache-2.0.txt Apache-2.0
// @source: https://gitlab.matrix.org/matrix-org/olm/-/tree/3.2.12
var Olm = ( function ( ) {
var olm _exports = { } ;
var onInitSuccess ;
var onInitFail ;
var Module = ( function ( ) {
var _scriptDir = typeof document !== 'undefined' && document . currentScript ? document . currentScript . src : undefined ;
if ( typeof _ _filename !== 'undefined' ) _scriptDir = _scriptDir || _ _filename ;
return (
function ( Module ) {
Module = Module || { } ;
var a ; a || ( a = typeof Module !== 'undefined' ? Module : { } ) ; var aa , ba ; a . ready = new Promise ( function ( b , c ) { aa = b ; ba = c } ) ; var g ; if ( "undefined" !== typeof window ) g = function ( b ) { window . crypto . getRandomValues ( b ) } ; else if ( module . exports ) { var ca = require ( "crypto" ) ; g = function ( b ) { var c = ca . randomBytes ( b . length ) ; b . set ( c ) } ; process = global . process } else throw Error ( "Cannot find global to attach library to" ) ;
if ( "undefined" !== typeof OLM _OPTIONS ) for ( var da in OLM _OPTIONS ) OLM _OPTIONS . hasOwnProperty ( da ) && ( a [ da ] = OLM _OPTIONS [ da ] ) ; a . onRuntimeInitialized = function ( ) { h = a . _olm _error ( ) ; olm _exports . PRIVATE _KEY _LENGTH = a . _olm _pk _private _key _length ( ) ; onInitSuccess && onInitSuccess ( ) } ; a . onAbort = function ( b ) { onInitFail && onInitFail ( b ) } ; var ea = { } , l ; for ( l in a ) a . hasOwnProperty ( l ) && ( ea [ l ] = a [ l ] ) ;
var fa = "object" === typeof window , ha = "function" === typeof importScripts , ia = "object" === typeof process && "object" === typeof process . versions && "string" === typeof process . versions . node , m = "" , ka , la , ma , n , q ;
if ( ia ) m = ha ? require ( "path" ) . dirname ( m ) + "/" : _ _dirname + "/" , ka = function ( b , c ) { var d = r ( b ) ; if ( d ) return c ? d : d . toString ( ) ; n || ( n = require ( "fs" ) ) ; q || ( q = require ( "path" ) ) ; b = q . normalize ( b ) ; return n . readFileSync ( b , c ? null : "utf8" ) } , ma = function ( b ) { b = ka ( b , ! 0 ) ; b . buffer || ( b = new Uint8Array ( b ) ) ; b . buffer || t ( "Assertion failed: undefined" ) ; return b } , la = function ( b , c , d ) { var e = r ( b ) ; e && c ( e ) ; n || ( n = require ( "fs" ) ) ; q || ( q = require ( "path" ) ) ; b = q . normalize ( b ) ; n . readFile ( b , function ( f , k ) { f ? d ( f ) : c ( k . buffer ) } ) } , 1 < process . argv . length && process . argv [ 1 ] . replace ( /\\/g ,
"/" ) , process . argv . slice ( 2 ) , process . on ( "uncaughtException" , function ( b ) { throw b ; } ) , process . on ( "unhandledRejection" , function ( b ) { throw b ; } ) , a . inspect = function ( ) { return "[Emscripten Module object]" } ; else if ( fa || ha ) ha ? m = self . location . href : "undefined" !== typeof document && document . currentScript && ( m = document . currentScript . src ) , _scriptDir && ( m = _scriptDir ) , 0 !== m . indexOf ( "blob:" ) ? m = m . substr ( 0 , m . replace ( /[?#].*/ , "" ) . lastIndexOf ( "/" ) + 1 ) : m = "" , ka = function ( b ) { try { var c = new XMLHttpRequest ; c . open ( "GET" , b , ! 1 ) ; c . send ( null ) ;
return c . responseText } catch ( f ) { if ( b = r ( b ) ) { c = [ ] ; for ( var d = 0 ; d < b . length ; d ++ ) { var e = b [ d ] ; 255 < e && ( na && t ( "Assertion failed: Character code " + ( e + " (" + String . fromCharCode ( e ) + ") at offset " + d + " not in 0x00-0xFF." ) ) , e &= 255 ) ; c . push ( String . fromCharCode ( e ) ) } return c . join ( "" ) } throw f ; } } , ha && ( ma = function ( b ) { try { var c = new XMLHttpRequest ; c . open ( "GET" , b , ! 1 ) ; c . responseType = "arraybuffer" ; c . send ( null ) ; return new Uint8Array ( c . response ) } catch ( d ) { if ( b = r ( b ) ) return b ; throw d ; } } ) , la = function ( b , c , d ) { var e = new XMLHttpRequest ;
e . open ( "GET" , b , ! 0 ) ; e . responseType = "arraybuffer" ; e . onload = function ( ) { if ( 200 == e . status || 0 == e . status && e . response ) c ( e . response ) ; else { var f = r ( b ) ; f ? c ( f . buffer ) : d ( ) } } ; e . onerror = d ; e . send ( null ) } ; a . print || console . log . bind ( console ) ; var oa = a . printErr || console . warn . bind ( console ) ; for ( l in ea ) ea . hasOwnProperty ( l ) && ( a [ l ] = ea [ l ] ) ; ea = null ; var u ; a . wasmBinary && ( u = a . wasmBinary ) ; var noExitRuntime = a . noExitRuntime || ! 0 ; function pa ( ) { this . buffer = new ArrayBuffer ( qa / 65536 * 65536 ) }
function ra ( ) { this . exports = (
// EMSCRIPTEN_START_ASM
function instantiate ( ea ) { function c ( d ) { d . set = function ( a , b ) { this [ a ] = b } ; d . get = function ( a ) { return this [ a ] } ; return d } var e ; var f = new Uint8Array ( 123 ) ; for ( var a = 25 ; a >= 0 ; -- a ) { f [ 48 + a ] = 52 + a ; f [ 65 + a ] = a ; f [ 97 + a ] = 26 + a } f [ 43 ] = 62 ; f [ 47 ] = 63 ; function l ( m , n , o ) { var g , h , a = 0 , i = n , j = o . length , k = n + ( j * 3 >> 2 ) - ( o [ j - 2 ] == "=" ) - ( o [ j - 1 ] == "=" ) ; for ( ; a < j ; a += 4 ) { g = f [ o . charCodeAt ( a + 1 ) ] ; h = f [ o . charCodeAt ( a + 2 ) ] ; m [ i ++ ] = f [ o . charCodeAt ( a ) ] << 2 | g >> 4 ; if ( i < k ) m [ i ++ ] = g << 4 | h >> 2 ; if ( i < k ) m [ i ++ ] = h << 6 | f [ o . charCodeAt ( a + 3 ) ] } } function p ( q ) { l ( e , 1024 , "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" ) ; l ( e , 1568 , "QUJDREVGR0hJSktMTU5PUFFSU1RVVldYWVphYmNkZWZnaGlqa2xtbm9wcXJzdHV2d3h5ejAxMjM0NTY3ODkrL/////////////////////////////////////////////////////////8+////PzQ1Njc4OTo7PD3/////////AAECAwQFBgcICQoLDA0ODxAREhMUFRYXGBn///////8aGxwdHh8gISIjJCUmJygpKissLS4vMDEyM///////AQAAAAIAAAADAAAABAAAAAU=" ) ; l ( e , 1824 , "CQ==" ) ; l ( e , 1856 , "4AYAABYGAAAAAAAAAQIAAGwHAAAIAAAAdQcAAAsAAADgBgAAgQcAAAgAAABPTE1fUk9PVABPTE1fUkFUQ0hFVABPTE1fS0VZUwAAAAAAAAC2eFn/hXLTAL1uFf8PCmoAKcABAJjoef+8PKD/mXHO/wC34v60DUj/AAAAAAAAAACwoA7+08mG/54YjwB/aTUAYAy9AKfX+/+fTID+amXh/x78BACSDK4=" ) ; l ( e , 2032 , "WfGy/grlpv973Sr+HhTUAFKAAwAw0fMAd3lA/zLjnP8AbsUBZxuQ" ) ; l ( e , 2080 , " hTuMAb3xJP / 4 JcMBYNw3ALdMPv / DQj0AMkykAeGkTP9MPaP / dT4fAFGRQP92QQ4AonPW / waKLgB85vT / CoqPADQawgC49EwAgY8pAb70E / 97 qnr / YoFEAHnVkwBWZR7 / oWebAIxZQ 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
// EMSCRIPTEN_START_FUNCS
function Fb ( a , b , c ) { var d = 0 , e = 0 , f = 0 , g = 0 , h = 0 , i = 0 , j = 0 , k = 0 , l = 0 , m = 0 , n = 0 , o = 0 , p = 0 , q = 0 , r = 0 , s = 0 , t = 0 , u = 0 , v = 0 , w = 0 , x = 0 , y = 0 , z = 0 , A = 0 , B = 0 , C = 0 , E = 0 , H = 0 , I = 0 , J = 0 , K = 0 , M = 0 , N = 0 , O = 0 , P = 0 , Q = 0 , R = 0 , S = 0 , T = 0 , U = 0 , V = 0 , W = 0 , X = 0 , Y = 0 , Z = 0 , aa = 0 , ba = 0 , ca = 0 , da = 0 , ea = 0 , fa = 0 , ha = 0 , ia = 0 , ka = 0 , la = 0 , ma = 0 , na = 0 , oa = 0 , qa = 0 , ra = 0 , sa = 0 , ua = 0 , va = 0 , xa = 0 , ya = 0 , za = 0 , Aa = 0 , Ba = 0 , Ca = 0 , Da = 0 , Ea = 0 , Fa = 0 , Ga = 0 , Ha = 0 , Ia = 0 , Ja = 0 , Ka = 0 , La = 0 , Ma = 0 , Na = 0 , Oa = 0 , Pa = 0 , Qa = 0 , Ra = 0 , Sa = 0 , Ta = 0 , Ua = 0 , Va = 0 , Wa = 0 , Xa = 0 , Ya = 0 , Za = 0 , _a = 0 , $a = 0 , ab = 0 ; g = _ - 2592 | 0 ; _ = g ; d = G [ b + 28 | 0 ] | G [ b + 29 | 0 ] << 8 | ( G [ b + 30 | 0 ] << 16 | G [ b + 31 | 0 ] << 24 ) ; F [ g + 24 >> 2 ] = G [ b + 24 | 0 ] | G [ b + 25 | 0 ] << 8 | ( G [ b + 26 | 0 ] << 16 | G [ b + 27 | 0 ] << 24 ) ; F [ g + 28 >> 2 ] = d ; d = G [ b + 20 | 0 ] | G [ b + 21 | 0 ] << 8 | ( G [ b + 22 | 0 ] << 16 | G [ b + 23 | 0 ] << 24 ) ; F [ g + 16 >> 2 ] = G [ b + 16 | 0 ] | G [ b + 17 | 0 ] << 8 | ( G [ b + 18 | 0 ] << 16 | G [ b + 19 | 0 ] << 24 ) ; F [ g + 20 >> 2 ] = d ; d = G [ b + 4 | 0 ] | G [ b + 5 | 0 ] << 8 | ( G [ b + 6 | 0 ] << 16 | G [ b + 7 | 0 ] << 24 ) ; f = G [ b | 0 ] | G [ b + 1 | 0 ] << 8 | ( G [ b + 2 | 0 ] << 16 | G [ b + 3 | 0 ] << 24 ) ; F [ g >> 2 ] = f ; F [ g + 4 >> 2 ] = d ; d = G [ b + 12 | 0 ] | G [ b + 13 | 0 ] << 8 | ( G [ b + 14 | 0 ] << 16 | G [ b + 15 | 0 ] << 24 ) ; F [ g + 8 >> 2 ] = G [ b + 8 | 0 ] | G [ b + 9 | 0 ] << 8 | ( G [ b + 10 | 0 ] << 16 | G [ b + 11 | 0 ] << 24 ) ; F [ g + 12 >> 2 ] = d ; D [ g | 0 ] = f & 248 ; D [ g + 31 | 0 ] = G [ g + 31 | 0 ] & 63 | 64 ; j = G [ c + 3 | 0 ] ; d = j ; b = d << 24 & 50331648 ; f = G [ c + 2 | 0 ] ; d = f >>> 16 | 0 ; F [ g + 112 >> 2 ] = b | ( G [ c | 0 ] | G [ c + 1 | 0 ] << 8 | f << 16 ) ; F [ g + 116 >> 2 ] = d ; d = G [ c + 4 | 0 ] ; f = d >>> 24 | 0 ; b = d << 8 | j ; e = G [ c + 5 | 0 ] ; d = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; s = G [ c + 6 | 0 ] ; d = s ; f = d >>> 8 | 0 ; h = d << 24 ; d = f | j ; f = e | h ; F [ g + 120 >> 2 ] = ( ( d & 3 ) << 30 | f >>> 2 ) & 33554431 ; F [ g + 124 >> 2 ] = 0 ; d = G [ c + 7 | 0 ] ; f = d >>> 24 | 0 ; b = d << 8 | s ; e = G [ c + 8 | 0 ] ; d = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; s = G [ c + 9 | 0 ] ; d = s ; f = d >>> 8 | 0 ; h = d << 24 ; d = f | j ; f = e | h ; F [ g + 128 >> 2 ] = ( ( d & 7 ) << 29 | f >>> 3 ) & 67108863 ; F [ g + 132 >> 2 ] = 0 ; d = G [ c + 10 | 0 ] ; f = d >>> 24 | 0 ; b = d << 8 | s ; e = G [ c + 11 | 0 ] ; d = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; s = G [ c + 12 | 0 ] ; d = s ; f = d >>> 8 | 0 ; h = d << 24 ; d = f | j ; f = e | h ; F [ g + 136 >> 2 ] = ( ( d & 31 ) << 27 | f >>> 5 ) & 33554431 ; F [ g + 140 >> 2 ] = 0 ; d = G [ c + 13 | 0 ] ; f = d >>> 24 | 0 ; b = d << 8 | s ; e = G [ c + 14 | 0 ] ; d = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; d = G [ c + 15 | 0 ] ; f = d >>> 8 | 0 ; e = d << 24 | e ; f = f | j ; d = f >>> 6 | 0 ; F [ g + 144 >> 2 ] = ( f & 63 ) << 26 | e >>> 6 ; F [ g + 148 >> 2 ] = d ; j = G [ c + 19 | 0 ] ; d = j ; b = d << 24 & 16777216 ; d = G [ c + 18 | 0 ] ; f = d >>> 16 | 0 ; F [ g + 152 >> 2 ] = b | ( G [ c + 16 | 0 ] | G [ c + 17 | 0 ] << 8 | d << 16 ) ; F [ g + 156 >> 2 ] = f ; f = G [ c + 20 | 0 ] ; d = f >>> 24 | 0 ; e = f << 8 | j ; f = d ; b = e ; e = G [ c + 21 | 0 ] ; d = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; s = G [ c + 22 | 0 ] ; f = s ; d = f >>> 8 | 0 ; f = f << 24 | e ; d = d | j ; F [ g + 160 >> 2 ] = ( ( d & 1 ) << 31 | f >>> 1 ) & 67108863 ; F [ g + 164 >> 2 ] = 0 ; f = G [ c + 23 | 0 ] ; d = f >>> 24 | 0 ; b = f << 8 | s ; e = G [ c + 24 | 0 ] ; f = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; s = G [ c + 25 | 0 ] ; f = s ; d = f >>> 8 | 0 ; f = f << 24 | e ; d = d | j ; F [ g + 168 >> 2 ] = ( ( d & 7 ) << 29 | f >>> 3 ) & 33554431 ; F [ g + 172 >> 2 ] = 0 ; f = G [ c + 26 | 0 ] ; d = f >>> 24 | 0 ; e = f << 8 | s ; f = d ; b = e ; e = G [ c + 27 | 0 ] ; d = e >>> 16 | 0 ; e = b | e << 16 ; j = d | f ; s = G [ c + 28 | 0 ] ; f = s ; d = f >>> 8 | 0 ; f = f << 24 | e ; d = d | j ; F [ g + 176 >> 2 ] = ( ( d & 15 ) << 28 | f >>> 4 ) & 67108863 ; F [ g + 180 >> 2 ] = 0 ; f = G [ c + 29 | 0 ] ; d = f >>> 24 | 0 ; b = f << 8 | s ; e = G [ c + 30 | 0 ] ; f = e >>> 16 | 0 ; e = b | e << 16 ; f = d | f ; c = G [ c + 31 | 0 ] ; d = c >>> 8 | 0 ; j = c << 24 ; c = d | f ; d = e | j ; F [ g + 184 >> 2 ] = ( ( c & 63 ) << 26 | d >>> 6 ) & 33554431 ; F [ g + 188 >> 2 ] = 0 ; z = g + 1152 | 0 ; pa ( z , 0 , 152 ) ; F [ g + 1152 >> 2 ] = 1 ; F [ g + 1156 >> 2 ] = 0 ; b = g + 992 | 0 ; pa ( b , 0 , 152 ) ; F [ g + 992 >> 2 ] = 1 ; F [ g + 996 >> 2 ] = 0 ; c = g + 832 | 0 ; pa ( c , 0 , 152 ) ; j = g + 672 | 0 ; pa ( j , 0 , 152 ) ; k = g + 512 | 0 ; pa ( k , 0 , 152 ) ; F [ g + 512 >> 2 ] = 1 ; F [ g + 516 >> 2 ] = 0 ; r = g + 352 | 0 ; pa ( r , 0 , 152 ) ; Q = g + 192 | 0 ; pa ( Q , 0 , 152 ) ; F [ g + 192 >> 2 ] = 1 ; F [ g + 196 >> 2 ] = 0 ; pa ( g + 1392 | 0 , 0 , 72 ) ; t = g + 1312 | 0 ; ja ( t , g + 112 | 0 , 80 ) ; Ma = g + 2512 | 0 ; while ( 1 ) { ua = G [ ( g - sa | 0 ) + 31 | 0 ] ; va = 0 ; while ( 1 ) { J = j ; H = 0 - ( ( ua & 128 ) >>> 7 | 0 ) | 0 ; j = t ; f = F [ j >> 2 ] ; e = F [ b >> 2 ] ; d = H & ( f ^ e ) ; s = b ; e = d ^ e ; F [ b >> 2 ] = e ; F [ b + 4 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j >> 2 ] = d ; F [ j + 4 >> 2 ] = d >> 31 ; f = F [ j + 8 >> 2 ] ; e = F [ b + 8 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 8 >> 2 ] = e ; F [ b + 12 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 8 >> 2 ] = d ; F [ j + 12 >> 2 ] = d >> 31 ; f = F [ j + 16 >> 2 ] ; e = F [ b + 16 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 16 >> 2 ] = e ; F [ b + 20 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 16 >> 2 ] = d ; F [ j + 20 >> 2 ] = d >> 31 ; f = F [ j + 24 >> 2 ] ; e = F [ b + 24 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 24 >> 2 ] = e ; F [ b + 28 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 24 >> 2 ] = d ; F [ j + 28 >> 2 ] = d >> 31 ; f = F [ j + 32 >> 2 ] ; e = F [ b + 32 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 32 >> 2 ] = e ; F [ b + 36 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 32 >> 2 ] = d ; F [ j + 36 >> 2 ] = d >> 31 ; f = F [ j + 40 >> 2 ] ; e = F [ b + 40 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 40 >> 2 ] = e ; F [ b + 44 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 40 >> 2 ] = d ; F [ j + 44 >> 2 ] = d >> 31 ; f = F [ j + 48 >> 2 ] ; e = F [ b + 48 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 48 >> 2 ] = e ; F [ b + 52 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 48 >> 2 ] = d ; F [ j + 52 >> 2 ] = d >> 31 ; f = F [ j + 56 >> 2 ] ; e = F [ b + 56 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 56 >> 2 ] = e ; F [ b + 60 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 56 >> 2 ] = d ; F [ j + 60 >> 2 ] = d >> 31 ; f = F [ j + 64 >> 2 ] ; e = F [ b + 64 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 64 >> 2 ] = e ; F [ b + 68 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 64 >> 2 ] = d ; F [ j + 68 >> 2 ] = d >> 31 ; f = F [ j + 72 >> 2 ] ; e = F [ b + 72 >> 2 ] ; d = H & ( f ^ e ) ; e = d ^ e ; F [ b + 72 >> 2 ] = e ; F [ b + 76 >> 2 ] = e >> 31 ; d = d ^ f ; F [ j + 72 >> 2 ] = d ; F [ j + 76 >> 2 ] = d >> 31 ; h = z ; f = F [ h >> 2 ] ; e = F [ c >> 2 ] ; d = H & ( f ^ e )
function Pb ( a , b , c , d ) { var e = 0 , f = 0 , g = 0 ; e = _ - 48 | 0 ; _ = e ; $a ( e + 8 | 0 , c , d ) ; d = 0 ; c = F [ e + 12 >> 2 ] ; f = ( c | b ) != 0 ; a : { b : { if ( c ) { if ( ! f ) { break a } if ( F [ e + 16 >> 2 ] == 32 ) { break b } break a } if ( ! f ) { break a } } if ( ! F [ e + 36 >> 2 ] ) { break a } f = F [ e + 20 >> 2 ] ; if ( ! f | F [ e + 24 >> 2 ] != 32 ) { break a } g = F [ e + 28 >> 2 ] ; if ( ! g | F [ e + 32 >> 2 ] != 32 ) { break a } c : { d : { if ( c ) { c = La ( c , a + 3221 | 0 ) ; if ( b ) { if ( c ) { break a } break d } if ( ! c ) { break c } break a } if ( ! b ) { break c } } if ( La ( b , a + 3221 | 0 ) ) { break a } } if ( La ( f , a + 3253 | 0 ) ) { break a } d = ! La ( g , a + 3285 | 0 ) } _ = e + 48 | 0 ; return d } function ac ( a , b , c , d ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; var e = 0 , f = 0 ; e = oa ( d ) ; if ( ( e | 0 ) == - 1 ) { F [ a + 3216 >> 2 ] = 7 ; return - 1 } sa ( c , d , c ) ; d = _ - 48 | 0 ; _ = d ; a : { b : { if ( ( b | 0 ) != 1 ) { $a ( d + 8 | 0 , c , e ) ; c = F [ d + 36 >> 2 ] ; if ( ! c ) { F [ a + 3216 >> 2 ] = 4 ; break b } e = F [ d + 40 >> 2 ] } b = _ - 32 | 0 ; _ = b ; f = c ; c = F [ a + 4 >> 2 ] ; eb ( b , f , e , aa [ F [ F [ c >> 2 ] >> 2 ] ] ( c ) | 0 ) ; c : { if ( ! F [ b + 24 >> 2 ] ) { F [ a + 8 >> 2 ] = 4 ; c = - 1 ; break c } c = F [ a + 4 >> 2 ] ; c = aa [ F [ F [ c >> 2 ] + 12 >> 2 ] ] ( c , F [ b + 28 >> 2 ] ) | 0 } _ = b + 32 | 0 ; if ( ( c | 0 ) != - 1 ) { break a } F [ a + 3216 >> 2 ] = F [ a + 8 >> 2 ] ; F [ a + 8 >> 2 ] = 0 } c = - 1 } _ = d + 48 | 0 ; return c | 0 } function Ja ( a , b , c ) { var d = 0 , e = 0 , f = 0 ; d = _ - 16 | 0 ; D [ d + 15 | 0 ] = 0 ; a : { if ( ! c ) { break a } f = c - 1 | 0 ; e = c & 3 ; if ( e ) { while ( 1 ) { D [ d + 15 | 0 ] = G [ d + 15 | 0 ] | G [ b | 0 ] ^ G [ a | 0 ] ; b = b + 1 | 0 ; a = a + 1 | 0 ; c = c - 1 | 0 ; e = e - 1 | 0 ; if ( e ) { continue } break } } if ( f >>> 0 < 3 ) { break a } while ( 1 ) { D [ d + 15 | 0 ] = G [ d + 15 | 0 ] | G [ a | 0 ] ^ G [ b | 0 ] ; D [ d + 15 | 0 ] = G [ d + 15 | 0 ] | G [ a + 1 | 0 ] ^ G [ b + 1 | 0 ] ; D [ d + 15 | 0 ] = G [ d + 15 | 0 ] | G [ a + 2 | 0 ] ^ G [ b + 2 | 0 ] ; D [ d + 15 | 0 ] = G [ d + 15 | 0 ] | G [ a + 3 | 0 ] ^ G [ b + 3 | 0 ] ; b = b + 4 | 0 ; a = a + 4 | 0 ; c = c - 4 | 0 ; if ( c ) { continue } break } } return ! G [ d + 15 | 0 ] } function ce ( a , b , c , d , e , f , g , h , i ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; e = e | 0 ; f = f | 0 ; g = g | 0 ; h = h | 0 ; i = i | 0 ; var j = 0 , k = 0 ; j = _ - 80 | 0 ; _ = j ; k = F [ 443 ] ; a : { if ( aa [ k | 0 ] ( F [ 9096 ] , oa ( g ) ) >>> 0 > i >>> 0 ) { F [ a >> 2 ] = 2 ; g = - 1 ; break a } k = oa ( g ) ; if ( ( k | 0 ) != - 1 ? ( c | 0 ) != 43 | ( e | 0 ) != 11 : 1 ) { F [ a >> 2 ] = 7 ; g = - 1 ; break a } c = b ; b = j + 48 | 0 ; sa ( c , 43 , b ) ; c = b ; b = j + 16 | 0 ; za ( a + 4 | 0 , c , b ) ; c = j + 8 | 0 ; sa ( d , 11 , c ) ; sa ( f , g , f ) ; g = aa [ F [ 444 ] ] ( F [ 9096 ] , b , 32 , c , 8 , f , k , h , i ) | 0 ; if ( ( g | 0 ) != - 1 ) { break a } F [ a >> 2 ] = 5 } _ = j + 80 | 0 ; return g | 0 } function ee ( a , b , c , d , e , f , g ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; e = e | 0 ; f = f | 0 ; g = g | 0 ; var h = 0 ; h = _ - 16 | 0 ; _ = h ; a : { if ( ! ( ! f | g >>> 0 >= 43 ) ) { F [ a >> 2 ] = 2 ; g = - 1 ; break a } g = - 1 ; b = Xa ( b , c , d , e , a ) ; if ( ( b | 0 ) == - 1 ) { break a } b : { b = b + d | 0 ; c = va ( d , b , h + 12 | 0 ) ; c : { if ( ! c ) { break c } if ( F [ h + 12 >> 2 ] != 1 ) { F [ a >> 2 ] = 9 ; break c } c = Ia ( c , b , a + 4 | 0 ) ; if ( c ) { break b } } if ( F [ a >> 2 ] ) { break a } F [ a >> 2 ] = 10 ; break a } if ( ( b | 0 ) != ( c | 0 ) ) { F [ a >> 2 ] = 17 ; break a } if ( f ) { ma ( a + 4 | 0 , 32 , f ) } g = e } _ = h + 16 | 0 ; return g | 0 } function Nb ( a ) { var b = 0 , c = 0 , d = 0 , e = 0 , f = 0 ; b = a + 48 | 0 ; d = F [ a + 44 >> 2 ] ; if ( ( b | 0 ) == ( d | 0 ) ) { d = 36 } else { c = 4 ; while ( 1 ) { c = c + 100 | 0 ; b = b + 100 | 0 ; if ( ( d | 0 ) != ( b | 0 ) ) { continue } break } d = c + 32 | 0 } e = 4 ; c = 4 ; b = a + 152 | 0 ; f = F [ a + 148 >> 2 ] ; if ( ( b | 0 ) != ( f | 0 ) ) { while ( 1 ) { c = c + 68 | 0 ; b = b + 68 | 0 ; if ( ( f | 0 ) != ( b | 0 ) ) { continue } break } } b = a + 496 | 0 ; a = F [ a + 492 >> 2 ] ; if ( ( b | 0 ) != ( a | 0 ) ) { while ( 1 ) { e = e + 68 | 0 ; b = b + 68 | 0 ; if ( ( a | 0 ) != ( b | 0 ) ) { continue } break } } return ( ( c + d | 0 ) + e | 0 ) + 101 | 0 } function ue ( a , b , c ) { var d = 0 , e = 0 , f = 0 , g = 0 ; g = c & 63 ; f = g ; e = f & 31 ; if ( f >>> 0 >= 32 ) { f = - 1 >>> e | 0 } else { f = - 1 >>> e | 0 ; d = f ; f = d | ( 1 << e ) - 1 << 32 - e } f = f & a ; d = b & d ; e = g & 31 ; if ( g >>> 0 >= 32 ) { d = f << e ; g = 0 } else { d = ( 1 << e ) - 1 & f >>> 32 - e | d << e ; g = f << e } f = d ; e = 0 - c & 63 ; d = e & 31 ; if ( e >>> 0 >= 32 ) { d = - 1 << d ; c = 0 } else { c = - 1 << d ; d = c | ( 1 << d ) - 1 & - 1 >>> 32 - d } a = c & a ; b = b & d ; d = e & 31 ; if ( e >>> 0 >= 32 ) { c = 0 ; a = b >>> d | 0 } else { c = b >>> d | 0 ; a = ( ( 1 << d ) - 1 & b ) << 32 - d | a >>> d } a = a | g ; $ = c | f ; return a }
function na ( a , b , c ) { var d = 0 , e = 0 , f = 0 ; if ( ! ( G [ a | 0 ] & 32 ) ) { a : { e = b ; d = c ; b = a ; a = F [ b + 16 >> 2 ] ; b : { if ( ! a ) { if ( zb ( b ) ) { break b } a = F [ b + 16 >> 2 ] } f = F [ b + 20 >> 2 ] ; if ( a - f >>> 0 < d >>> 0 ) { aa [ F [ b + 36 >> 2 ] ] ( b , e , c ) | 0 ; break a } c : { if ( F [ b + 80 >> 2 ] < 0 ) { break c } a = c ; while ( 1 ) { d = a ; if ( ! d ) { break c } a = d - 1 | 0 ; if ( G [ e + a | 0 ] != 10 ) { continue } break } if ( aa [ F [ b + 36 >> 2 ] ] ( b , e , d ) >>> 0 < d >>> 0 ) { break b } e = d + e | 0 ; c = c - d | 0 ; f = F [ b + 20 >> 2 ] } ja ( f , e , c ) ; F [ b + 20 >> 2 ] = F [ b + 20 >> 2 ] + c } } } } function bd ( a , b , c ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; var d = 0 , e = 0 , f = 0 , g = 0 ; e = F [ a + 84 >> 2 ] ; f = F [ e + 4 >> 2 ] ; g = F [ a + 28 >> 2 ] ; d = F [ a + 20 >> 2 ] - g | 0 ; d = d >>> 0 > f >>> 0 ? f : d ; if ( d ) { ja ( F [ e >> 2 ] , g , d ) ; F [ e >> 2 ] = d + F [ e >> 2 ] ; f = F [ e + 4 >> 2 ] - d | 0 ; F [ e + 4 >> 2 ] = f } d = F [ e >> 2 ] ; f = c >>> 0 > f >>> 0 ? f : c ; if ( f ) { ja ( d , b , f ) ; d = f + F [ e >> 2 ] | 0 ; F [ e >> 2 ] = d ; F [ e + 4 >> 2 ] = F [ e + 4 >> 2 ] - f } D [ d | 0 ] = 0 ; b = F [ a + 44 >> 2 ] ; F [ a + 28 >> 2 ] = b ; F [ a + 20 >> 2 ] = b ; return c | 0 } function wd ( a , b , c , d , e ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; e = e | 0 ; var f = 0 ; f = _ - 16 | 0 ; _ = f ; b = Xa ( b , c , d , e , a + 228 | 0 ) ; a : { if ( ( b | 0 ) != - 1 ) { b = b + d | 0 ; c = db ( d , b , f + 12 | 0 ) ; b : { if ( ! c ) { d = 10 ; break b } d = 9 ; if ( F [ f + 12 >> 2 ] != 1 ) { break b } c = hb ( a , c , b ) ; if ( ! c ) { d = 10 ; break b } d = 10 ; c = qb ( c , b , a + 132 | 0 ) ; if ( ! c ) { break b } d = 17 ; if ( ( b | 0 ) == ( c | 0 ) ) { break a } } F [ a + 228 >> 2 ] = d } e = - 1 } _ = f + 16 | 0 ; return e | 0 } function Jd ( a , b , c ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; var d = 0 , e = 0 , f = 0 ; d = _ - 32 | 0 ; _ = d ; e = - 1 ; c = Oa ( b , c , b ) ; a : { if ( ( c | 0 ) == - 1 ) { F [ a + 300 >> 2 ] = 7 ; break a } f = b ; b = F [ 9340 ] ; vb ( f , c , aa [ F [ F [ b >> 2 ] >> 2 ] ] ( b ) | 0 , d + 8 | 0 ) ; if ( G [ d + 8 | 0 ] != 3 ) { F [ a + 300 >> 2 ] = 3 ; break a } if ( ! F [ d + 20 >> 2 ] ) { F [ a + 300 >> 2 ] = 4 ; break a } a = F [ 9340 ] ; e = aa [ F [ F [ a >> 2 ] + 12 >> 2 ] ] ( a , F [ d + 24 >> 2 ] ) | 0 } _ = d + 32 | 0 ; return e | 0 } function Jb ( a , b , c ) { var d = 0 ; d = _ - 112 | 0 ; _ = d ; F [ d + 80 >> 2 ] = 1779033703 ; F [ d + 84 >> 2 ] = - 1150833019 ; F [ d + 72 >> 2 ] = 0 ; F [ d + 76 >> 2 ] = 0 ; F [ d + 64 >> 2 ] = 0 ; F [ d + 104 >> 2 ] = 528734635 ; F [ d + 108 >> 2 ] = 1541459225 ; F [ d + 96 >> 2 ] = 1359893119 ; F [ d + 100 >> 2 ] = - 1694144372 ; F [ d + 88 >> 2 ] = 1013904242 ; F [ d + 92 >> 2 ] = - 1521486534 ; ra ( d , a , b ) ; Ba ( d , c ) ; ia ( d , 112 ) ; _ = d + 112 | 0 } function La ( a , b ) { var c = 0 , d = 0 , e = 0 ; c = 32 ; a : { b : { if ( ( a | b ) & 3 ) { break b } while ( 1 ) { if ( F [ a >> 2 ] != F [ b >> 2 ] ) { break b } b = b + 4 | 0 ; a = a + 4 | 0 ; c = c - 4 | 0 ; if ( c >>> 0 > 3 ) { continue } break } if ( ! c ) { break a } } while ( 1 ) { d = G [ a | 0 ] ; e = G [ b | 0 ] ; if ( ( d | 0 ) == ( e | 0 ) ) { b = b + 1 | 0 ; a = a + 1 | 0 ; c = c - 1 | 0 ; if ( c ) { continue } break a } break } return d - e | 0 } return 0 } function ia ( a , b ) { var c = 0 , d = 0 ; a : { if ( ! b ) { break a } c = a ; d = b & 7 ; if ( d ) { while ( 1 ) { D [ c | 0 ] = 0 ; c = c + 1 | 0 ; d = d - 1 | 0 ; if ( d ) { continue } break } } if ( b - 1 >>> 0 < 7 ) { break a } a = a + b | 0 ; while ( 1 ) { D [ c | 0 ] = 0 ; D [ c + 1 | 0 ] = 0 ; D [ c + 2 | 0 ] = 0 ; D [ c + 3 | 0 ] = 0 ; D [ c + 4 | 0 ] = 0 ; D [ c + 5 | 0 ] = 0 ; D [ c + 6 | 0 ] = 0 ; D [ c + 7 | 0 ] = 0 ; c = c + 8 | 0 ; if ( ( a | 0 ) != ( c | 0 ) ) { continue } break } } } function Zb ( a , b , c , d , e , f , g ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; e = e | 0 ; f = f | 0 ; g = g | 0 ; var h = 0 ; h = _ - 32 | 0 ; _ = h ; a : { if ( ( oa ( c ) | 0 ) != 32 ) { F [ a >> 2 ] = 7 ; c = - 1 ; break a } sa ( b , c , h ) ; c = - 1 ; b = oa ( g ) ; if ( ( b | 0 ) == - 1 ) { F [ a >> 2 ] = 7 ; break a } sa ( f , g , f ) ; b : { if ( b >>> 0 >= 64 ) { c = 0 ; if ( gb ( h , d , e , f ) ) { break b } } F [ a >> 2 ] = 5 ; c = - 1 } } _ = h + 32 | 0 ; return c | 0 } function Qa ( a , b , c ) { var d = 0 , e = 0 , f = 0 ; a : { if ( b >>> 0 < 1 ) { d = a ; break a } while ( 1 ) { d = se ( a , b , 10 ) ; e = $ ; f = e ; e = re ( d , e , 10 , 0 ) ; c = c - 1 | 0 ; D [ c | 0 ] = a - e | 48 ; e = b >>> 0 > 9 ; a = d ; b = f ; if ( e ) { continue } break } } if ( d ) { while ( 1 ) { c = c - 1 | 0 ; a = ( d >>> 0 ) / 10 | 0 ; D [ c | 0 ] = d - L ( a , 10 ) | 48 ; b = d >>> 0 > 9 ; d = a ; if ( b ) { continue } break } } return c } function ra ( a , b , c ) { var d = 0 , e = 0 , f = 0 ; if ( c ) { d = F [ a + 64 >> 2 ] ; while ( 1 ) { D [ a + d | 0 ] = G [ b + e | 0 ] ; d = F [ a + 64 >> 2 ] + 1 | 0 ; F [ a + 64 >> 2 ] = d ; if ( ( d | 0 ) == 64 ) { fb ( a , a ) ; F [ a + 64 >> 2 ] = 0 ; d = F [ a + 76 >> 2 ] ; f = F [ a + 72 >> 2 ] + 512 | 0 ; d = f >>> 0 < 512 ? d + 1 | 0 : d ; F [ a + 72 >> 2 ] = f ; F [ a + 76 >> 2 ] = d ; d = 0 } e = e + 1 | 0 ; if ( ( e | 0 ) != ( c | 0 ) ) { continue } break } } } function gd ( a , b , c , d , e , f , g ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; e = e | 0 ; f = f | 0 ; g = g | 0 ; var h = 0 ; h = _ + - 64 | 0 ; _ = h ; a : { if ( g >>> 0 < 43 ) { F [ a >> 2 ] = 2 ; a = - 1 ; break a } if ( ! F [ a + 100 >> 2 ] ) { F [ a >> 2 ] = 16 ; a = - 1 ; break a } g = a + 68 | 0 ; a = h + 32 | 0 ; Aa ( g , 32 , 0 , 0 , d , e , a , 32 ) ; ka ( a , 32 , b , c , h ) ; Ca ( h , 32 , f ) ; a = 0 } _ = h - - 64 | 0 ; return a | 0 } function rc ( a , b , c ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; var d = 0 ; a : { if ( c >>> 0 <= 31 ) { F [ a + 7516 >> 2 ] = 1 ; a = - 1 ; break a } d = G [ a + 7364 | 0 ] ; if ( d >>> 0 <= 1 ) { D [ a + 7364 | 0 ] = d + 1 } ja ( a + 7440 | 0 , a + 7368 | 0 , 72 ) ; D [ a + 7372 | 0 ] = 0 ; d = F [ a + 7512 >> 2 ] + 1 | 0 ; F [ a + 7368 >> 2 ] = d ; F [ a + 7512 >> 2 ] = d ; Ea ( b , a + 7373 | 0 ) ; a = 1 } ia ( b , c ) ; return a | 0 } function Db ( a , b ) { var c = 0 , d = 0 , e = 0 ; A ( + a ) ; c = v ( 1 ) | 0 ; d = v ( 0 ) | 0 ; e = c ; c = c >>> 20 & 2047 ; if ( ( c | 0 ) != 2047 ) { if ( ! c ) { c = b ; if ( a == 0 ) { b = 0 } else { a = Db ( a * 0x10000000000000000 , b ) ; b = F [ b >> 2 ] + - 64 | 0 } F [ c >> 2 ] = b ; return a } F [ b >> 2 ] = c - 1022 ; x ( 0 , d | 0 ) ; x ( 1 , e & - 2146435073 | 1071644672 ) ; a = + z ( ) } return a } function ed ( a , b , c , d , e , f , g ) { a = a | 0 ; b = b | 0 ; c = c | 0 ; d = d | 0 ; e = e | 0 ; f = f | 0 ; g = g | 0 ; var h = 0 ; h = _ - 256 | 0 ; _ = h ; a : { if ( g >>> 0 < 43 ) { F [ a >> 2 ] = 2 ; a = - 1 ; break a } if ( ! F [ a + 100 >> 2 ] ) { F [ a >> 2 ] = 16 ; a = - 1 ; break a } Aa ( a + 68 | 0 , 32 , 0 , 0 , d , e , h , 256 ) ; ka ( h , 256 , b , c , f ) ; Ca ( f , 32 , f ) ; a = 0 } _ =
// EMSCRIPTEN_END_FUNCS
e = G ; p ( da ) ; var aa = c ( [ null , Yb , qe , he , Zd , Vd , dd , cd , bd ] ) ; function ba ( ) { return C . byteLength / 65536 | 0 } return { "d" : Vb , "e" : aa , "f" : Xc , "g" : Wc , "h" : Vc , "i" : Ud , "j" : Uc , "k" : Tc , "l" : Sc , "m" : Va , "n" : Ua , "o" : Rc , "p" : Qc , "q" : Pc , "r" : Oc , "s" : Nc , "t" : Mc , "u" : Lc , "v" : Kc , "w" : Jc , "x" : Ic , "y" : Hc , "z" : Gc , "A" : Fc , "B" : Ec , "C" : Dc , "D" : tb , "E" : Cc , "F" : Bc , "G" : Ac , "H" : zc , "I" : yc , "J" : xc , "K" : wc , "L" : vc , "M" : uc , "N" : tc , "O" : sc , "P" : pb , "Q" : rc , "R" : qc , "S" : pc , "T" : oc , "U" : nc , "V" : mc , "W" : tb , "X" : lc , "Y" : kc , "Z" : jc , "_" : Pa , "$" : ic , "aa" : sb , "ba" : hc , "ca" : gc , "da" : fc , "ea" : ec , "fa" : sb , "ga" : dc , "ha" : cc , "ia" : bc , "ja" : ac , "ka" : $b , "la" : Pa , "ma" : _b , "na" : Zb , "oa" : Va , "pa" : Ua , "qa" : Xb , "ra" : Wb , "sa" : pe , "ta" : oe , "ua" : Ub , "va" : ne , "wa" : me , "xa" : pb , "ya" : le , "za" : Va , "Aa" : Ua , "Ba" : ke , "Ca" : je , "Da" : ie , "Ea" : ob , "Fa" : ob , "Ga" : Tb , "Ha" : Tb , "Ia" : ge , "Ja" : fe , "Ka" : ee , "La" : de , "Ma" : ce , "Na" : be , "Oa" : ae , "Pa" : $d , "Qa" : Va , "Ra" : Ua , "Sa" : _d , "Ta" : ob , "Ua" : Ub , "Va" : Yd , "Wa" : Xd , "Xa" : Wd , "Ya" : Td , "Za" : Sd , "_a" : Rd , "$a" : Qd , "ab" : Pd , "bb" : Od , "cb" : Nd , "db" : Md , "eb" : Ld , "fb" : Kd , "gb" : Jd , "hb" : Id , "ib" : Pa , "jb" : Hd , "kb" : Kb , "lb" : Gd , "mb" : Fd , "nb" : Ed , "ob" : Dd , "pb" : Cd , "qb" : Bd , "rb" : Ad , "sb" : zd , "tb" : yd , "ub" : xd , "vb" : wd , "wb" : vd , "xb" : ud , "yb" : td , "zb" : sd , "Ab" : Pa , "Bb" : rd , "Cb" : Kb , "Db" : qd , "Eb" : pd , "Fb" : Va , "Gb" : Ua , "Hb" : od , "Ib" : nd , "Jb" : md , "Kb" : pb , "Lb" : ld , "Mb" : Pa , "Nb" : kd , "Ob" : jd , "Pb" : id , "Qb" : hd , "Rb" : Pa , "Sb" : gd , "Tb" : fd , "Ub" : ed , "Vb" : ad , "Wb" : $c , "Xb" : _c , "Yb" : Zc , "Zb" : Yc } } return ca ( ea ) }
// EMSCRIPTEN_END_ASM
) ( sa ) } function ta ( ) { return { then : function ( b ) { b ( { instance : new ra } ) } } } var ua = Error , WebAssembly = { } ; u = [ ] ; "object" !== typeof WebAssembly && t ( "no native wasm support detected" ) ;
function w ( b ) { var c = "i8" ; "*" === c . charAt ( c . length - 1 ) && ( c = "i32" ) ; switch ( c ) { case "i1" : x [ b >> 0 ] = 0 ; break ; case "i8" : x [ b >> 0 ] = 0 ; break ; case "i16" : va [ b >> 1 ] = 0 ; break ; case "i32" : y [ b >> 2 ] = 0 ; break ; case "i64" : wa = [ 0 , ( xa = 0 , 1 <= + Math . abs ( xa ) ? 0 < xa ? ( Math . min ( + Math . floor ( xa / 4294967296 ) , 4294967295 ) | 0 ) >>> 0 : ~ ~ + Math . ceil ( ( xa - + ( ~ ~ xa >>> 0 ) ) / 4294967296 ) >>> 0 : 0 ) ] ; y [ b >> 2 ] = wa [ 0 ] ; y [ b + 4 >> 2 ] = wa [ 1 ] ; break ; case "float" : ya [ b >> 2 ] = 0 ; break ; case "double" : za [ b >> 3 ] = 0 ; break ; default : t ( "invalid type for setValue: " + c ) } }
function Aa ( b , c ) { c = c || "i8" ; "*" === c . charAt ( c . length - 1 ) && ( c = "i32" ) ; switch ( c ) { case "i1" : return x [ b >> 0 ] ; case "i8" : return x [ b >> 0 ] ; case "i16" : return va [ b >> 1 ] ; case "i32" : return y [ b >> 2 ] ; case "i64" : return y [ b >> 2 ] ; case "float" : return ya [ b >> 2 ] ; case "double" : return Number ( za [ b >> 3 ] ) ; default : t ( "invalid type for getValue: " + c ) } return null } var Ba , Ca = ! 1 , Da = "undefined" !== typeof TextDecoder ? new TextDecoder ( "utf8" ) : void 0 ;
function z ( b , c ) { if ( b ) { var d = A , e = b + c ; for ( c = b ; d [ c ] && ! ( c >= e ) ; ) ++ c ; if ( 16 < c - b && d . subarray && Da ) b = Da . decode ( d . subarray ( b , c ) ) ; else { for ( e = "" ; b < c ; ) { var f = d [ b ++ ] ; if ( f & 128 ) { var k = d [ b ++ ] & 63 ; if ( 192 == ( f & 224 ) ) e += String . fromCharCode ( ( f & 31 ) << 6 | k ) ; else { var p = d [ b ++ ] & 63 ; f = 224 == ( f & 240 ) ? ( f & 15 ) << 12 | k << 6 | p : ( f & 7 ) << 18 | k << 12 | p << 6 | d [ b ++ ] & 63 ; 65536 > f ? e += String . fromCharCode ( f ) : ( f -= 65536 , e += String . fromCharCode ( 55296 | f >> 10 , 56320 | f & 1023 ) ) } } else e += String . fromCharCode ( f ) } b = e } } else b = "" ; return b }
function Ea ( b , c , d , e ) { if ( ! ( 0 < e ) ) return 0 ; var f = d ; e = d + e - 1 ; for ( var k = 0 ; k < b . length ; ++ k ) { var p = b . charCodeAt ( k ) ; if ( 55296 <= p && 57343 >= p ) { var v = b . charCodeAt ( ++ k ) ; p = 65536 + ( ( p & 1023 ) << 10 ) | v & 1023 } if ( 127 >= p ) { if ( d >= e ) break ; c [ d ++ ] = p } else { if ( 2047 >= p ) { if ( d + 1 >= e ) break ; c [ d ++ ] = 192 | p >> 6 } else { if ( 65535 >= p ) { if ( d + 2 >= e ) break ; c [ d ++ ] = 224 | p >> 12 } else { if ( d + 3 >= e ) break ; c [ d ++ ] = 240 | p >> 18 ; c [ d ++ ] = 128 | p >> 12 & 63 } c [ d ++ ] = 128 | p >> 6 & 63 } c [ d ++ ] = 128 | p & 63 } } c [ d ] = 0 ; return d - f }
function Fa ( b ) { for ( var c = 0 , d = 0 ; d < b . length ; ++ d ) { var e = b . charCodeAt ( d ) ; 55296 <= e && 57343 >= e && ( e = 65536 + ( ( e & 1023 ) << 10 ) | b . charCodeAt ( ++ d ) & 1023 ) ; 127 >= e ? ++ c : c = 2047 >= e ? c + 2 : 65535 >= e ? c + 3 : c + 4 } return c } function Ga ( b , c ) { for ( var d = 0 ; d < b . length ; ++ d ) x [ c ++ >> 0 ] = b . charCodeAt ( d ) } var Ia , x , A , va , y , ya , za , qa = a . INITIAL _MEMORY || 16777216 ; a . wasmMemory ? Ba = a . wasmMemory : Ba = new pa ; Ba && ( Ia = Ba . buffer ) ; qa = Ia . byteLength ; var B = Ia ; Ia = B ; a . HEAP8 = x = new Int8Array ( B ) ; a . HEAP16 = va = new Int16Array ( B ) ; a . HEAP32 = y = new Int32Array ( B ) ; a . HEAPU8 = A = new Uint8Array ( B ) ;
a . HEAPU16 = new Uint16Array ( B ) ; a . HEAPU32 = new Uint32Array ( B ) ; a . HEAPF32 = ya = new Float32Array ( B ) ; a . HEAPF64 = za = new Float64Array ( B ) ; var Ja , Ka = [ ] , La = [ ] , Ma = [ ] ; function Na ( ) { var b = a . preRun . shift ( ) ; Ka . unshift ( b ) } var C = 0 , Oa = null , Pa = null ; a . preloadedImages = { } ; a . preloadedAudios = { } ; function t ( b ) { if ( a . onAbort ) a . onAbort ( b ) ; b = "Aborted(" + b + ")" ; oa ( b ) ; Ca = ! 0 ; b = new ua ( b + ". Build with -s ASSERTIONS=1 for more info." ) ; ba ( b ) ; throw b ; } var Qa = "data:application/octet-stream;base64," , D ; D = "olm_legacy.wasm" ;
if ( ! D . startsWith ( Qa ) ) { var Ra = D ; D = a . locateFile ? a . locateFile ( Ra , m ) : m + Ra } function Sa ( ) { var b = D ; try { if ( b == D && u ) return new Uint8Array ( u ) ; var c = r ( b ) ; if ( c ) return c ; if ( ma ) return ma ( b ) ; throw "both async and sync fetching of the wasm failed" ; } catch ( d ) { t ( d ) } }
function Ta ( ) { if ( ! u && ( fa || ha ) ) { if ( "function" === typeof fetch && ! D . startsWith ( "file://" ) ) return fetch ( D , { credentials : "same-origin" } ) . then ( function ( b ) { if ( ! b . ok ) throw "failed to load wasm binary file at '" + D + "'" ; return b . arrayBuffer ( ) } ) . catch ( function ( ) { return Sa ( ) } ) ; if ( la ) return new Promise ( function ( b , c ) { la ( D , function ( d ) { b ( new Uint8Array ( d ) ) } , c ) } ) } return Promise . resolve ( ) . then ( function ( ) { return Sa ( ) } ) } var xa , wa ;
function Ua ( b ) { for ( ; 0 < b . length ; ) { var c = b . shift ( ) ; if ( "function" == typeof c ) c ( a ) ; else { var d = c . cc ; "number" === typeof d ? void 0 === c . bc ? Va ( d ) ( ) : Va ( d ) ( c . bc ) : d ( void 0 === c . bc ? null : c . bc ) } } } var Wa = [ ] ; function Va ( b ) { var c = Wa [ b ] ; c || ( b >= Wa . length && ( Wa . length = b + 1 ) , Wa [ b ] = c = Ja . get ( b ) ) ; return c }
var na = ! 1 , Xa = "function" === typeof atob ? atob : function ( b ) { var c = "" , d = 0 ; b = b . replace ( /[^A-Za-z0-9\+\/=]/g , "" ) ; do { var e = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" . indexOf ( b . charAt ( d ++ ) ) ; var f = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" . indexOf ( b . charAt ( d ++ ) ) ; var k = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" . indexOf ( b . charAt ( d ++ ) ) ; var p = "ABCDEFGHIJKLMNOPQRSTUVWXYZabcdefghijklmnopqrstuvwxyz0123456789+/=" . indexOf ( b . charAt ( d ++ ) ) ; e = e <<
2 | f >> 4 ; f = ( f & 15 ) << 4 | k >> 2 ; var v = ( k & 3 ) << 6 | p ; c += String . fromCharCode ( e ) ; 64 !== k && ( c += String . fromCharCode ( f ) ) ; 64 !== p && ( c += String . fromCharCode ( v ) ) } while ( d < b . length ) ; return c } ;
function r ( b ) { if ( b . startsWith ( Qa ) ) { b = b . slice ( Qa . length ) ; if ( "boolean" === typeof ia && ia ) { var c = Buffer . from ( b , "base64" ) ; c = new Uint8Array ( c . buffer , c . byteOffset , c . byteLength ) } else try { var d = Xa ( b ) , e = new Uint8Array ( d . length ) ; for ( b = 0 ; b < d . length ; ++ b ) e [ b ] = d . charCodeAt ( b ) ; c = e } catch ( f ) { throw Error ( "Converting base64 string to bytes failed." ) ; } return c } } var sa = { b : function ( b , c , d ) { A . copyWithin ( b , c , c + d ) } , c : function ( ) { t ( "OOM" ) } , a : Ba } ;
( function ( ) { function b ( f ) { a . asm = f . exports ; Ja = a . asm . e ; La . unshift ( a . asm . d ) ; C -- ; a . monitorRunDependencies && a . monitorRunDependencies ( C ) ; 0 == C && ( null !== Oa && ( clearInterval ( Oa ) , Oa = null ) , Pa && ( f = Pa , Pa = null , f ( ) ) ) } function c ( f ) { b ( f . instance ) } function d ( f ) { return Ta ( ) . then ( function ( ) { return ta ( ) } ) . then ( function ( k ) { return k } ) . then ( f , function ( k ) { oa ( "failed to asynchronously prepare wasm: " + k ) ; t ( k ) } ) } var e = { a : sa } ; C ++ ; a . monitorRunDependencies && a . monitorRunDependencies ( C ) ; if ( a . instantiateWasm ) try { return a . instantiateWasm ( e ,
b ) } catch ( f ) { return oa ( "Module.instantiateWasm callback failed with error: " + f ) , ! 1 } ( function ( ) { return u || "function" !== typeof WebAssembly . instantiateStreaming || D . startsWith ( Qa ) || D . startsWith ( "file://" ) || "function" !== typeof fetch ? d ( c ) : fetch ( D , { credentials : "same-origin" } ) . then ( function ( f ) { return WebAssembly . instantiateStreaming ( f , e ) . then ( c , function ( k ) { oa ( "wasm streaming compile failed: " + k ) ; oa ( "falling back to ArrayBuffer instantiation" ) ; return d ( c ) } ) } ) } ) ( ) . catch ( ba ) ; return { } } ) ( ) ;
a . _ _ _wasm _call _ctors = function ( ) { return ( a . _ _ _wasm _call _ctors = a . asm . d ) . apply ( null , arguments ) } ; a . _olm _get _library _version = function ( ) { return ( a . _olm _get _library _version = a . asm . f ) . apply ( null , arguments ) } ; a . _olm _error = function ( ) { return ( a . _olm _error = a . asm . g ) . apply ( null , arguments ) } ; a . _olm _account _last _error = function ( ) { return ( a . _olm _account _last _error = a . asm . h ) . apply ( null , arguments ) } ; a . _ _olm _error _to _string = function ( ) { return ( a . _ _olm _error _to _string = a . asm . i ) . apply ( null , arguments ) } ;
a . _olm _account _last _error _code = function ( ) { return ( a . _olm _account _last _error _code = a . asm . j ) . apply ( null , arguments ) } ; a . _olm _session _last _error = function ( ) { return ( a . _olm _session _last _error = a . asm . k ) . apply ( null , arguments ) } ; a . _olm _session _last _error _code = function ( ) { return ( a . _olm _session _last _error _code = a . asm . l ) . apply ( null , arguments ) } ; a . _olm _utility _last _error = function ( ) { return ( a . _olm _utility _last _error = a . asm . m ) . apply ( null , arguments ) } ;
a . _olm _utility _last _error _code = function ( ) { return ( a . _olm _utility _last _error _code = a . asm . n ) . apply ( null , arguments ) } ; a . _olm _account _size = function ( ) { return ( a . _olm _account _size = a . asm . o ) . apply ( null , arguments ) } ; a . _olm _session _size = function ( ) { return ( a . _olm _session _size = a . asm . p ) . apply ( null , arguments ) } ; a . _olm _utility _size = function ( ) { return ( a . _olm _utility _size = a . asm . q ) . apply ( null , arguments ) } ; a . _olm _account = function ( ) { return ( a . _olm _account = a . asm . r ) . apply ( null , arguments ) } ;
a . _olm _session = function ( ) { return ( a . _olm _session = a . asm . s ) . apply ( null , arguments ) } ; a . _olm _utility = function ( ) { return ( a . _olm _utility = a . asm . t ) . apply ( null , arguments ) } ; a . _olm _clear _account = function ( ) { return ( a . _olm _clear _account = a . asm . u ) . apply ( null , arguments ) } ; a . _olm _clear _session = function ( ) { return ( a . _olm _clear _session = a . asm . v ) . apply ( null , arguments ) } ; a . _olm _clear _utility = function ( ) { return ( a . _olm _clear _utility = a . asm . w ) . apply ( null , arguments ) } ;
a . _olm _pickle _account _length = function ( ) { return ( a . _olm _pickle _account _length = a . asm . x ) . apply ( null , arguments ) } ; a . _olm _pickle _session _length = function ( ) { return ( a . _olm _pickle _session _length = a . asm . y ) . apply ( null , arguments ) } ; a . _olm _pickle _account = function ( ) { return ( a . _olm _pickle _account = a . asm . z ) . apply ( null , arguments ) } ; a . _olm _pickle _session = function ( ) { return ( a . _olm _pickle _session = a . asm . A ) . apply ( null , arguments ) } ; a . _olm _unpickle _account = function ( ) { return ( a . _olm _unpickle _account = a . asm . B ) . apply ( null , arguments ) } ;
a . _olm _unpickle _session = function ( ) { return ( a . _olm _unpickle _session = a . asm . C ) . apply ( null , arguments ) } ; a . _olm _create _account _random _length = function ( ) { return ( a . _olm _create _account _random _length = a . asm . D ) . apply ( null , arguments ) } ; a . _olm _create _account = function ( ) { return ( a . _olm _create _account = a . asm . E ) . apply ( null , arguments ) } ; a . _olm _account _identity _keys _length = function ( ) { return ( a . _olm _account _identity _keys _length = a . asm . F ) . apply ( null , arguments ) } ;
a . _olm _account _identity _keys = function ( ) { return ( a . _olm _account _identity _keys = a . asm . G ) . apply ( null , arguments ) } ; a . _olm _account _signature _length = function ( ) { return ( a . _olm _account _signature _length = a . asm . H ) . apply ( null , arguments ) } ; a . _olm _account _sign = function ( ) { return ( a . _olm _account _sign = a . asm . I ) . apply ( null , arguments ) } ; a . _olm _account _one _time _keys _length = function ( ) { return ( a . _olm _account _one _time _keys _length = a . asm . J ) . apply ( null , arguments ) } ;
a . _olm _account _one _time _keys = function ( ) { return ( a . _olm _account _one _time _keys = a . asm . K ) . apply ( null , arguments ) } ; a . _olm _account _mark _keys _as _published = function ( ) { return ( a . _olm _account _mark _keys _as _published = a . asm . L ) . apply ( null , arguments ) } ; a . _olm _account _max _number _of _one _time _keys = function ( ) { return ( a . _olm _account _max _number _of _one _time _keys = a . asm . M ) . apply ( null , arguments ) } ;
a . _olm _account _generate _one _time _keys _random _length = function ( ) { return ( a . _olm _account _generate _one _time _keys _random _length = a . asm . N ) . apply ( null , arguments ) } ; a . _olm _account _generate _one _time _keys = function ( ) { return ( a . _olm _account _generate _one _time _keys = a . asm . O ) . apply ( null , arguments ) } ; a . _olm _account _generate _fallback _key _random _length = function ( ) { return ( a . _olm _account _generate _fallback _key _random _length = a . asm . P ) . apply ( null , arguments ) } ;
a . _olm _account _generate _fallback _key = function ( ) { return ( a . _olm _account _generate _fallback _key = a . asm . Q ) . apply ( null , arguments ) } ; a . _olm _account _fallback _key _length = function ( ) { return ( a . _olm _account _fallback _key _length = a . asm . R ) . apply ( null , arguments ) } ; a . _olm _account _fallback _key = function ( ) { return ( a . _olm _account _fallback _key = a . asm . S ) . apply ( null , arguments ) } ; a . _olm _account _unpublished _fallback _key _length = function ( ) { return ( a . _olm _account _unpublished _fallback _key _length = a . asm . T ) . apply ( null , arguments ) } ;
a . _olm _account _unpublished _fallback _key = function ( ) { return ( a . _olm _account _unpublished _fallback _key = a . asm . U ) . apply ( null , arguments ) } ; a . _olm _account _forget _old _fallback _key = function ( ) { return ( a . _olm _account _forget _old _fallback _key = a . asm . V ) . apply ( null , arguments ) } ; a . _olm _create _outbound _session _random _length = function ( ) { return ( a . _olm _create _outbound _session _random _length = a . asm . W ) . apply ( null , arguments ) } ; a . _olm _create _outbound _session = function ( ) { return ( a . _olm _create _outbound _session = a . asm . X ) . apply ( null , arguments ) } ;
a . _olm _create _inbound _session = function ( ) { return ( a . _olm _create _inbound _session = a . asm . Y ) . apply ( null , arguments ) } ; a . _olm _create _inbound _session _from = function ( ) { return ( a . _olm _create _inbound _session _from = a . asm . Z ) . apply ( null , arguments ) } ; a . _olm _session _id _length = function ( ) { return ( a . _olm _session _id _length = a . asm . _ ) . apply ( null , arguments ) } ; a . _olm _session _id = function ( ) { return ( a . _olm _session _id = a . asm . $ ) . apply ( null , arguments ) } ;
a . _olm _session _has _received _message = function ( ) { return ( a . _olm _session _has _received _message = a . asm . aa ) . apply ( null , arguments ) } ; a . _olm _session _describe = function ( ) { return ( a . _olm _session _describe = a . asm . ba ) . apply ( null , arguments ) } ; a . _olm _matches _inbound _session = function ( ) { return ( a . _olm _matches _inbound _session = a . asm . ca ) . apply ( null , arguments ) } ; a . _olm _matches _inbound _session _from = function ( ) { return ( a . _olm _matches _inbound _session _from = a . asm . da ) . apply ( null , arguments ) } ;
a . _olm _remove _one _time _keys = function ( ) { return ( a . _olm _remove _one _time _keys = a . asm . ea ) . apply ( null , arguments ) } ; a . _olm _encrypt _message _type = function ( ) { return ( a . _olm _encrypt _message _type = a . asm . fa ) . apply ( null , arguments ) } ; a . _olm _encrypt _random _length = function ( ) { return ( a . _olm _encrypt _random _length = a . asm . ga ) . apply ( null , arguments ) } ; a . _olm _encrypt _message _length = function ( ) { return ( a . _olm _encrypt _message _length = a . asm . ha ) . apply ( null , arguments ) } ;
a . _olm _encrypt = function ( ) { return ( a . _olm _encrypt = a . asm . ia ) . apply ( null , arguments ) } ; a . _olm _decrypt _max _plaintext _length = function ( ) { return ( a . _olm _decrypt _max _plaintext _length = a . asm . ja ) . apply ( null , arguments ) } ; a . _olm _decrypt = function ( ) { return ( a . _olm _decrypt = a . asm . ka ) . apply ( null , arguments ) } ; a . _olm _sha256 _length = function ( ) { return ( a . _olm _sha256 _length = a . asm . la ) . apply ( null , arguments ) } ; a . _olm _sha256 = function ( ) { return ( a . _olm _sha256 = a . asm . ma ) . apply ( null , arguments ) } ;
a . _olm _ed25519 _verify = function ( ) { return ( a . _olm _ed25519 _verify = a . asm . na ) . apply ( null , arguments ) } ; a . _olm _pk _encryption _last _error = function ( ) { return ( a . _olm _pk _encryption _last _error = a . asm . oa ) . apply ( null , arguments ) } ; a . _olm _pk _encryption _last _error _code = function ( ) { return ( a . _olm _pk _encryption _last _error _code = a . asm . pa ) . apply ( null , arguments ) } ; a . _olm _pk _encryption _size = function ( ) { return ( a . _olm _pk _encryption _size = a . asm . qa ) . apply ( null , arguments ) } ;
a . _olm _pk _encryption = function ( ) { return ( a . _olm _pk _encryption = a . asm . ra ) . apply ( null , arguments ) } ; a . _olm _clear _pk _encryption = function ( ) { return ( a . _olm _clear _pk _encryption = a . asm . sa ) . apply ( null , arguments ) } ; a . _olm _pk _encryption _set _recipient _key = function ( ) { return ( a . _olm _pk _encryption _set _recipient _key = a . asm . ta ) . apply ( null , arguments ) } ; a . _olm _pk _key _length = function ( ) { return ( a . _olm _pk _key _length = a . asm . ua ) . apply ( null , arguments ) } ;
a . _olm _pk _ciphertext _length = function ( ) { return ( a . _olm _pk _ciphertext _length = a . asm . va ) . apply ( null , arguments ) } ; a . _olm _pk _mac _length = function ( ) { return ( a . _olm _pk _mac _length = a . asm . wa ) . apply ( null , arguments ) } ; a . _olm _pk _encrypt _random _length = function ( ) { return ( a . _olm _pk _encrypt _random _length = a . asm . xa ) . apply ( null , arguments ) } ; a . _olm _pk _encrypt = function ( ) { return ( a . _olm _pk _encrypt = a . asm . ya ) . apply ( null , arguments ) } ;
a . _olm _pk _decryption _last _error = function ( ) { return ( a . _olm _pk _decryption _last _error = a . asm . za ) . apply ( null , arguments ) } ; a . _olm _pk _decryption _last _error _code = function ( ) { return ( a . _olm _pk _decryption _last _error _code = a . asm . Aa ) . apply ( null , arguments ) } ; a . _olm _pk _decryption _size = function ( ) { return ( a . _olm _pk _decryption _size = a . asm . Ba ) . apply ( null , arguments ) } ; a . _olm _pk _decryption = function ( ) { return ( a . _olm _pk _decryption = a . asm . Ca ) . apply ( null , arguments ) } ;
a . _olm _clear _pk _decryption = function ( ) { return ( a . _olm _clear _pk _decryption = a . asm . Da ) . apply ( null , arguments ) } ; a . _olm _pk _private _key _length = function ( ) { return ( a . _olm _pk _private _key _length = a . asm . Ea ) . apply ( null , arguments ) } ; a . _olm _pk _generate _key _random _length = function ( ) { return ( a . _olm _pk _generate _key _random _length = a . asm . Fa ) . apply ( null , arguments ) } ; a . _olm _pk _key _from _private = function ( ) { return ( a . _olm _pk _key _from _private = a . asm . Ga ) . apply ( null , arguments ) } ;
a . _olm _pk _generate _key = function ( ) { return ( a . _olm _pk _generate _key = a . asm . Ha ) . apply ( null , arguments ) } ; a . _olm _pickle _pk _decryption _length = function ( ) { return ( a . _olm _pickle _pk _decryption _length = a . asm . Ia ) . apply ( null , arguments ) } ; a . _olm _pickle _pk _decryption = function ( ) { return ( a . _olm _pickle _pk _decryption = a . asm . Ja ) . apply ( null , arguments ) } ; a . _olm _unpickle _pk _decryption = function ( ) { return ( a . _olm _unpickle _pk _decryption = a . asm . Ka ) . apply ( null , arguments ) } ;
a . _olm _pk _max _plaintext _length = function ( ) { return ( a . _olm _pk _max _plaintext _length = a . asm . La ) . apply ( null , arguments ) } ; a . _olm _pk _decrypt = function ( ) { return ( a . _olm _pk _decrypt = a . asm . Ma ) . apply ( null , arguments ) } ; a . _olm _pk _get _private _key = function ( ) { return ( a . _olm _pk _get _private _key = a . asm . Na ) . apply ( null , arguments ) } ; a . _olm _pk _signing _size = function ( ) { return ( a . _olm _pk _signing _size = a . asm . Oa ) . apply ( null , arguments ) } ; a . _olm _pk _signing = function ( ) { return ( a . _olm _pk _signing = a . asm . Pa ) . apply ( null , arguments ) } ;
a . _olm _pk _signing _last _error = function ( ) { return ( a . _olm _pk _signing _last _error = a . asm . Qa ) . apply ( null , arguments ) } ; a . _olm _pk _signing _last _error _code = function ( ) { return ( a . _olm _pk _signing _last _error _code = a . asm . Ra ) . apply ( null , arguments ) } ; a . _olm _clear _pk _signing = function ( ) { return ( a . _olm _clear _pk _signing = a . asm . Sa ) . apply ( null , arguments ) } ; a . _olm _pk _signing _seed _length = function ( ) { return ( a . _olm _pk _signing _seed _length = a . asm . Ta ) . apply ( null , arguments ) } ;
a . _olm _pk _signing _public _key _length = function ( ) { return ( a . _olm _pk _signing _public _key _length = a . asm . Ua ) . apply ( null , arguments ) } ; a . _olm _pk _signing _key _from _seed = function ( ) { return ( a . _olm _pk _signing _key _from _seed = a . asm . Va ) . apply ( null , arguments ) } ; a . _olm _pk _signature _length = function ( ) { return ( a . _olm _pk _signature _length = a . asm . Wa ) . apply ( null , arguments ) } ; a . _olm _pk _sign = function ( ) { return ( a . _olm _pk _sign = a . asm . Xa ) . apply ( null , arguments ) } ;
a . _olm _inbound _group _session _size = function ( ) { return ( a . _olm _inbound _group _session _size = a . asm . Ya ) . apply ( null , arguments ) } ; a . _olm _inbound _group _session = function ( ) { return ( a . _olm _inbound _group _session = a . asm . Za ) . apply ( null , arguments ) } ; a . _olm _clear _inbound _group _session = function ( ) { return ( a . _olm _clear _inbound _group _session = a . asm . _a ) . apply ( null , arguments ) } ; a . _olm _inbound _group _session _last _error = function ( ) { return ( a . _olm _inbound _group _session _last _error = a . asm . $a ) . apply ( null , arguments ) } ;
a . _olm _inbound _group _session _last _error _code = function ( ) { return ( a . _olm _inbound _group _session _last _error _code = a . asm . ab ) . apply ( null , arguments ) } ; a . _olm _init _inbound _group _session = function ( ) { return ( a . _olm _init _inbound _group _session = a . asm . bb ) . apply ( null , arguments ) } ; a . _olm _import _inbound _group _session = function ( ) { return ( a . _olm _import _inbound _group _session = a . asm . cb ) . apply ( null , arguments ) } ;
a . _olm _pickle _inbound _group _session _length = function ( ) { return ( a . _olm _pickle _inbound _group _session _length = a . asm . db ) . apply ( null , arguments ) } ; a . _olm _pickle _inbound _group _session = function ( ) { return ( a . _olm _pickle _inbound _group _session = a . asm . eb ) . apply ( null , arguments ) } ; a . _olm _unpickle _inbound _group _session = function ( ) { return ( a . _olm _unpickle _inbound _group _session = a . asm . fb ) . apply ( null , arguments ) } ;
a . _olm _group _decrypt _max _plaintext _length = function ( ) { return ( a . _olm _group _decrypt _max _plaintext _length = a . asm . gb ) . apply ( null , arguments ) } ; a . _olm _group _decrypt = function ( ) { return ( a . _olm _group _decrypt = a . asm . hb ) . apply ( null , arguments ) } ; a . _olm _inbound _group _session _id _length = function ( ) { return ( a . _olm _inbound _group _session _id _length = a . asm . ib ) . apply ( null , arguments ) } ; a . _olm _inbound _group _session _id = function ( ) { return ( a . _olm _inbound _group _session _id = a . asm . jb ) . apply ( null , arguments ) } ;
a . _olm _inbound _group _session _first _known _index = function ( ) { return ( a . _olm _inbound _group _session _first _known _index = a . asm . kb ) . apply ( null , arguments ) } ; a . _olm _inbound _group _session _is _verified = function ( ) { return ( a . _olm _inbound _group _session _is _verified = a . asm . lb ) . apply ( null , arguments ) } ; a . _olm _export _inbound _group _session _length = function ( ) { return ( a . _olm _export _inbound _group _session _length = a . asm . mb ) . apply ( null , arguments ) } ;
a . _olm _export _inbound _group _session = function ( ) { return ( a . _olm _export _inbound _group _session = a . asm . nb ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session _size = function ( ) { return ( a . _olm _outbound _group _session _size = a . asm . ob ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session = function ( ) { return ( a . _olm _outbound _group _session = a . asm . pb ) . apply ( null , arguments ) } ; a . _olm _clear _outbound _group _session = function ( ) { return ( a . _olm _clear _outbound _group _session = a . asm . qb ) . apply ( null , arguments ) } ;
a . _olm _outbound _group _session _last _error = function ( ) { return ( a . _olm _outbound _group _session _last _error = a . asm . rb ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session _last _error _code = function ( ) { return ( a . _olm _outbound _group _session _last _error _code = a . asm . sb ) . apply ( null , arguments ) } ; a . _olm _pickle _outbound _group _session _length = function ( ) { return ( a . _olm _pickle _outbound _group _session _length = a . asm . tb ) . apply ( null , arguments ) } ;
a . _olm _pickle _outbound _group _session = function ( ) { return ( a . _olm _pickle _outbound _group _session = a . asm . ub ) . apply ( null , arguments ) } ; a . _olm _unpickle _outbound _group _session = function ( ) { return ( a . _olm _unpickle _outbound _group _session = a . asm . vb ) . apply ( null , arguments ) } ; a . _olm _init _outbound _group _session _random _length = function ( ) { return ( a . _olm _init _outbound _group _session _random _length = a . asm . wb ) . apply ( null , arguments ) } ;
a . _olm _init _outbound _group _session = function ( ) { return ( a . _olm _init _outbound _group _session = a . asm . xb ) . apply ( null , arguments ) } ; a . _olm _group _encrypt _message _length = function ( ) { return ( a . _olm _group _encrypt _message _length = a . asm . yb ) . apply ( null , arguments ) } ; a . _olm _group _encrypt = function ( ) { return ( a . _olm _group _encrypt = a . asm . zb ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session _id _length = function ( ) { return ( a . _olm _outbound _group _session _id _length = a . asm . Ab ) . apply ( null , arguments ) } ;
a . _olm _outbound _group _session _id = function ( ) { return ( a . _olm _outbound _group _session _id = a . asm . Bb ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session _message _index = function ( ) { return ( a . _olm _outbound _group _session _message _index = a . asm . Cb ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session _key _length = function ( ) { return ( a . _olm _outbound _group _session _key _length = a . asm . Db ) . apply ( null , arguments ) } ; a . _olm _outbound _group _session _key = function ( ) { return ( a . _olm _outbound _group _session _key = a . asm . Eb ) . apply ( null , arguments ) } ;
a . _olm _sas _last _error = function ( ) { return ( a . _olm _sas _last _error = a . asm . Fb ) . apply ( null , arguments ) } ; a . _olm _sas _last _error _code = function ( ) { return ( a . _olm _sas _last _error _code = a . asm . Gb ) . apply ( null , arguments ) } ; a . _olm _sas _size = function ( ) { return ( a . _olm _sas _size = a . asm . Hb ) . apply ( null , arguments ) } ; a . _olm _sas = function ( ) { return ( a . _olm _sas = a . asm . Ib ) . apply ( null , arguments ) } ; a . _olm _clear _sas = function ( ) { return ( a . _olm _clear _sas = a . asm . Jb ) . apply ( null , arguments ) } ;
a . _olm _create _sas _random _length = function ( ) { return ( a . _olm _create _sas _random _length = a . asm . Kb ) . apply ( null , arguments ) } ; a . _olm _create _sas = function ( ) { return ( a . _olm _create _sas = a . asm . Lb ) . apply ( null , arguments ) } ; a . _olm _sas _pubkey _length = function ( ) { return ( a . _olm _sas _pubkey _length = a . asm . Mb ) . apply ( null , arguments ) } ; a . _olm _sas _get _pubkey = function ( ) { return ( a . _olm _sas _get _pubkey = a . asm . Nb ) . apply ( null , arguments ) } ; a . _olm _sas _set _their _key = function ( ) { return ( a . _olm _sas _set _their _key = a . asm . Ob ) . apply ( null , arguments ) } ;
a . _olm _sas _is _their _key _set = function ( ) { return ( a . _olm _sas _is _their _key _set = a . asm . Pb ) . apply ( null , arguments ) } ; a . _olm _sas _generate _bytes = function ( ) { return ( a . _olm _sas _generate _bytes = a . asm . Qb ) . apply ( null , arguments ) } ; a . _olm _sas _mac _length = function ( ) { return ( a . _olm _sas _mac _length = a . asm . Rb ) . apply ( null , arguments ) } ; a . _olm _sas _calculate _mac _fixed _base64 = function ( ) { return ( a . _olm _sas _calculate _mac _fixed _base64 = a . asm . Sb ) . apply ( null , arguments ) } ;
a . _olm _sas _calculate _mac = function ( ) { return ( a . _olm _sas _calculate _mac = a . asm . Tb ) . apply ( null , arguments ) } ; a . _olm _sas _calculate _mac _long _kdf = function ( ) { return ( a . _olm _sas _calculate _mac _long _kdf = a . asm . Ub ) . apply ( null , arguments ) } ; a . _malloc = function ( ) { return ( a . _malloc = a . asm . Vb ) . apply ( null , arguments ) } ; a . _free = function ( ) { return ( a . _free = a . asm . Wb ) . apply ( null , arguments ) } ;
var Ya = a . stackSave = function ( ) { return ( Ya = a . stackSave = a . asm . Xb ) . apply ( null , arguments ) } , Za = a . stackRestore = function ( ) { return ( Za = a . stackRestore = a . asm . Yb ) . apply ( null , arguments ) } , $a = a . stackAlloc = function ( ) { return ( $a = a . stackAlloc = a . asm . Zb ) . apply ( null , arguments ) } ; a . ALLOC _STACK = 1 ; var ab ; Pa = function bb ( ) { ab || cb ( ) ; ab || ( Pa = bb ) } ;
function cb ( ) { function b ( ) { if ( ! ab && ( ab = ! 0 , a . calledRun = ! 0 , ! Ca ) ) { Ua ( La ) ; aa ( a ) ; if ( a . onRuntimeInitialized ) a . onRuntimeInitialized ( ) ; if ( a . postRun ) for ( "function" == typeof a . postRun && ( a . postRun = [ a . postRun ] ) ; a . postRun . length ; ) { var c = a . postRun . shift ( ) ; Ma . unshift ( c ) } Ua ( Ma ) } } if ( ! ( 0 < C ) ) { if ( a . preRun ) for ( "function" == typeof a . preRun && ( a . preRun = [ a . preRun ] ) ; a . preRun . length ; ) Na ( ) ; Ua ( Ka ) ; 0 < C || ( a . setStatus ? ( a . setStatus ( "Running..." ) , setTimeout ( function ( ) { setTimeout ( function ( ) { a . setStatus ( "" ) } , 1 ) ; b ( ) } , 1 ) ) : b ( ) ) } } a . run = cb ;
if ( a . preInit ) for ( "function" == typeof a . preInit && ( a . preInit = [ a . preInit ] ) ; 0 < a . preInit . length ; ) a . preInit . pop ( ) ( ) ; cb ( ) ; function E ( ) { var b = a . _olm _outbound _group _session _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _outbound _group _session ( this . ac ) } function G ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _outbound _group _session _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } E . prototype . free = function ( ) { a . _olm _clear _outbound _group _session ( this . $b ) ; H ( this . $b ) } ;
E . prototype . pickle = J ( function ( b ) { b = K ( b ) ; var c = G ( a . _olm _pickle _outbound _group _session _length ) ( this . $b ) , d = L ( b ) , e = L ( c + 1 ) ; try { G ( a . _olm _pickle _outbound _group _session ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ; E . prototype . unpickle = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) ; try { G ( a . _olm _unpickle _outbound _group _session ) ( this . $b , d , b . length , e , c . length ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } } ) ;
E . prototype . create = J ( function ( ) { var b = G ( a . _olm _init _outbound _group _session _random _length ) ( this . $b ) , c = N ( b , g ) ; try { G ( a . _olm _init _outbound _group _session ) ( this . $b , c , b ) } finally { M ( c , b ) } } ) ; E . prototype . encrypt = function ( b ) { try { var c = Fa ( b ) ; var d = G ( a . _olm _group _encrypt _message _length ) ( this . $b , c ) ; var e = F ( c + 1 ) ; Ea ( b , A , e , c + 1 ) ; var f = F ( d + 1 ) ; G ( a . _olm _group _encrypt ) ( this . $b , e , c , f , d ) ; w ( f + d ) ; return z ( f , d ) } finally { void 0 !== e && ( M ( e , c + 1 ) , H ( e ) ) , void 0 !== f && H ( f ) } } ;
E . prototype . session _id = J ( function ( ) { var b = G ( a . _olm _outbound _group _session _id _length ) ( this . $b ) , c = L ( b + 1 ) ; G ( a . _olm _outbound _group _session _id ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; E . prototype . session _key = J ( function ( ) { var b = G ( a . _olm _outbound _group _session _key _length ) ( this . $b ) , c = L ( b + 1 ) ; G ( a . _olm _outbound _group _session _key ) ( this . $b , c , b ) ; var d = z ( c , b ) ; M ( c , b ) ; return d } ) ; E . prototype . message _index = function ( ) { return G ( a . _olm _outbound _group _session _message _index ) ( this . $b ) } ; olm _exports . OutboundGroupSession = E ;
function O ( ) { var b = a . _olm _inbound _group _session _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _inbound _group _session ( this . ac ) } function P ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _inbound _group _session _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } O . prototype . free = function ( ) { a . _olm _clear _inbound _group _session ( this . $b ) ; H ( this . $b ) } ;
O . prototype . pickle = J ( function ( b ) { b = K ( b ) ; var c = P ( a . _olm _pickle _inbound _group _session _length ) ( this . $b ) , d = L ( b ) , e = L ( c + 1 ) ; try { P ( a . _olm _pickle _inbound _group _session ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ; O . prototype . unpickle = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) ; try { P ( a . _olm _unpickle _inbound _group _session ) ( this . $b , d , b . length , e , c . length ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } } ) ;
O . prototype . create = J ( function ( b ) { b = K ( b ) ; var c = L ( b ) ; try { P ( a . _olm _init _inbound _group _session ) ( this . $b , c , b . length ) } finally { for ( M ( c , b . length ) , c = 0 ; c < b . length ; c ++ ) b [ c ] = 0 } } ) ; O . prototype . import _session = J ( function ( b ) { b = K ( b ) ; var c = L ( b ) ; try { P ( a . _olm _import _inbound _group _session ) ( this . $b , c , b . length ) } finally { for ( M ( c , b . length ) , c = 0 ; c < b . length ; c ++ ) b [ c ] = 0 } } ) ;
O . prototype . decrypt = J ( function ( b ) { try { var c = F ( b . length ) ; Ga ( b , c ) ; var d = P ( a . _olm _group _decrypt _max _plaintext _length ) ( this . $b , c , b . length ) ; Ga ( b , c ) ; var e = F ( d + 1 ) ; var f = L ( 4 ) ; var k = P ( a . _olm _group _decrypt ) ( this . $b , c , b . length , e , d , f ) ; w ( e + k ) ; return { plaintext : z ( e , k ) , message _index : Aa ( f , "i32" ) } } finally { void 0 !== c && H ( c ) , void 0 !== e && ( M ( e , k ) , H ( e ) ) } } ) ; O . prototype . session _id = J ( function ( ) { var b = P ( a . _olm _inbound _group _session _id _length ) ( this . $b ) , c = L ( b + 1 ) ; P ( a . _olm _inbound _group _session _id ) ( this . $b , c , b ) ; return z ( c , b ) } ) ;
O . prototype . first _known _index = J ( function ( ) { return P ( a . _olm _inbound _group _session _first _known _index ) ( this . $b ) } ) ; O . prototype . export _session = J ( function ( b ) { var c = P ( a . _olm _export _inbound _group _session _length ) ( this . $b ) , d = L ( c + 1 ) ; G ( a . _olm _export _inbound _group _session ) ( this . $b , d , c , b ) ; b = z ( d , c ) ; M ( d , c ) ; return b } ) ; olm _exports . InboundGroupSession = O ; function db ( ) { var b = a . _olm _pk _encryption _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _pk _encryption ( this . ac ) }
function Q ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _pk _encryption _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } db . prototype . free = function ( ) { a . _olm _clear _pk _encryption ( this . $b ) ; H ( this . $b ) } ; db . prototype . set _recipient _key = J ( function ( b ) { b = K ( b ) ; var c = L ( b ) ; Q ( a . _olm _pk _encryption _set _recipient _key ) ( this . $b , c , b . length ) } ) ;
db . prototype . encrypt = J ( function ( b ) { try { var c = Fa ( b ) ; var d = F ( c + 1 ) ; Ea ( b , A , d , c + 1 ) ; var e = Q ( a . _olm _pk _encrypt _random _length ) ( ) ; var f = N ( e , g ) ; var k = Q ( a . _olm _pk _ciphertext _length ) ( this . $b , c ) ; var p = F ( k + 1 ) ; var v = Q ( a . _olm _pk _mac _length ) ( this . $b ) , ja = L ( v + 1 ) ; w ( ja + v ) ; var T = Q ( a . _olm _pk _key _length ) ( ) , I = L ( T + 1 ) ; w ( I + T ) ; Q ( a . _olm _pk _encrypt ) ( this . $b , d , c , p , k , ja , v , I , T , f , e ) ; w ( p + k ) ; return { ciphertext : z ( p , k ) , mac : z ( ja , v ) , ephemeral : z ( I , T ) } } finally { void 0 !== f && M ( f , e ) , void 0 !== d && ( M ( d , c + 1 ) , H ( d ) ) , void 0 !== p && H ( p ) } } ) ;
function R ( ) { var b = a . _olm _pk _decryption _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _pk _decryption ( this . ac ) } function S ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _pk _decryption _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } R . prototype . free = function ( ) { a . _olm _clear _pk _decryption ( this . $b ) ; H ( this . $b ) } ;
R . prototype . init _with _private _key = J ( function ( b ) { var c = L ( b . length ) ; a . HEAPU8 . set ( b , c ) ; var d = S ( a . _olm _pk _key _length ) ( ) , e = L ( d + 1 ) ; try { S ( a . _olm _pk _key _from _private ) ( this . $b , e , d , c , b . length ) } finally { M ( c , b . length ) } return z ( e , d ) } ) ; R . prototype . generate _key = J ( function ( ) { var b = S ( a . _olm _pk _private _key _length ) ( ) , c = N ( b , g ) , d = S ( a . _olm _pk _key _length ) ( ) , e = L ( d + 1 ) ; try { S ( a . _olm _pk _key _from _private ) ( this . $b , e , d , c , b ) } finally { M ( c , b ) } return z ( e , d ) } ) ;
R . prototype . get _private _key = J ( function ( ) { var b = Q ( a . _olm _pk _private _key _length ) ( ) , c = L ( b ) ; S ( a . _olm _pk _get _private _key ) ( this . $b , c , b ) ; var d = new Uint8Array ( new Uint8Array ( a . HEAPU8 . buffer , c , b ) ) ; M ( c , b ) ; return d } ) ; R . prototype . pickle = J ( function ( b ) { b = K ( b ) ; var c = S ( a . _olm _pickle _pk _decryption _length ) ( this . $b ) , d = L ( b ) , e = L ( c + 1 ) ; try { S ( a . _olm _pickle _pk _decryption ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ;
R . prototype . unpickle = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) , e = K ( c ) , f = L ( e ) ; c = S ( a . _olm _pk _key _length ) ( ) ; var k = L ( c + 1 ) ; try { S ( a . _olm _unpickle _pk _decryption ) ( this . $b , d , b . length , f , e . length , k , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( k , c ) } ) ;
R . prototype . decrypt = J ( function ( b , c , d ) { try { var e = Fa ( d ) ; var f = F ( e + 1 ) ; Ea ( d , A , f , e + 1 ) ; var k = K ( b ) , p = L ( k ) , v = K ( c ) , ja = L ( v ) ; var T = S ( a . _olm _pk _max _plaintext _length ) ( this . $b , e ) ; var I = F ( T + 1 ) ; var Ha = S ( a . _olm _pk _decrypt ) ( this . $b , p , k . length , ja , v . length , f , e , I , T ) ; w ( I + Ha ) ; return z ( I , Ha ) } finally { void 0 !== I && ( M ( I , Ha + 1 ) , H ( I ) ) , void 0 !== f && H ( f ) } } ) ; function eb ( ) { var b = a . _olm _pk _signing _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _pk _signing ( this . ac ) }
function fb ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _pk _signing _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } eb . prototype . free = function ( ) { a . _olm _clear _pk _signing ( this . $b ) ; H ( this . $b ) } ; eb . prototype . init _with _seed = J ( function ( b ) { var c = L ( b . length ) ; a . HEAPU8 . set ( b , c ) ; var d = fb ( a . _olm _pk _signing _public _key _length ) ( ) , e = L ( d + 1 ) ; try { fb ( a . _olm _pk _signing _key _from _seed ) ( this . $b , e , d , c , b . length ) } finally { M ( c , b . length ) } return z ( e , d ) } ) ;
eb . prototype . generate _seed = J ( function ( ) { var b = fb ( a . _olm _pk _signing _seed _length ) ( ) , c = N ( b , g ) , d = new Uint8Array ( new Uint8Array ( a . HEAPU8 . buffer , c , b ) ) ; M ( c , b ) ; return d } ) ; eb . prototype . sign = J ( function ( b ) { try { var c = Fa ( b ) ; var d = F ( c + 1 ) ; Ea ( b , A , d , c + 1 ) ; var e = fb ( a . _olm _pk _signature _length ) ( ) , f = L ( e + 1 ) ; fb ( a . _olm _pk _sign ) ( this . $b , d , c , f , e ) ; return z ( f , e ) } finally { void 0 !== d && ( M ( d , c + 1 ) , H ( d ) ) } } ) ;
function U ( ) { var b = a . _olm _sas _size ( ) , c = a . _olm _create _sas _random _length ( ) , d = N ( c , g ) ; this . ac = F ( b ) ; this . $b = a . _olm _sas ( this . ac ) ; a . _olm _create _sas ( this . $b , d , c ) ; M ( d , c ) } function V ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _sas _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } U . prototype . free = function ( ) { a . _olm _clear _sas ( this . $b ) ; H ( this . $b ) } ;
U . prototype . get _pubkey = J ( function ( ) { var b = V ( a . _olm _sas _pubkey _length ) ( this . $b ) , c = L ( b + 1 ) ; V ( a . _olm _sas _get _pubkey ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; U . prototype . set _their _key = J ( function ( b ) { b = K ( b ) ; var c = L ( b ) ; V ( a . _olm _sas _set _their _key ) ( this . $b , c , b . length ) } ) ; U . prototype . is _their _key _set = J ( function ( ) { return V ( a . _olm _sas _is _their _key _set ) ( this . $b ) ? ! 0 : ! 1 } ) ;
U . prototype . generate _bytes = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) , e = L ( c ) ; V ( a . _olm _sas _generate _bytes ) ( this . $b , d , b . length , e , c ) ; return new Uint8Array ( new Uint8Array ( a . HEAPU8 . buffer , e , c ) ) } ) ; U . prototype . calculate _mac = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) , f = V ( a . _olm _sas _mac _length ) ( this . $b ) , k = L ( f + 1 ) ; V ( a . _olm _sas _calculate _mac ) ( this . $b , d , b . length , e , c . length , k , f ) ; return z ( k , f ) } ) ;
U . prototype . calculate _mac _fixed _base64 = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) , f = V ( a . _olm _sas _mac _length ) ( this . $b ) , k = L ( f + 1 ) ; V ( a . _olm _sas _calculate _mac _fixed _base64 ) ( this . $b , d , b . length , e , c . length , k , f ) ; return z ( k , f ) } ) ; U . prototype . calculate _mac _long _kdf = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) , f = V ( a . _olm _sas _mac _length ) ( this . $b ) , k = L ( f + 1 ) ; V ( a . _olm _sas _calculate _mac _long _kdf ) ( this . $b , d , b . length , e , c . length , k , f ) ; return z ( k , f ) } ) ; var F = a . _malloc , H = a . _free , h ;
function N ( b , c ) { var d = $a ( b ) ; c ( new Uint8Array ( a . HEAPU8 . buffer , d , b ) ) ; return d } function L ( b ) { return "number" == typeof b ? N ( b , function ( c ) { c . fill ( 0 ) } ) : N ( b . length , function ( c ) { c . set ( b ) } ) } function K ( b ) { if ( b instanceof Uint8Array ) var c = b ; else c = Array ( Fa ( b ) + 1 ) , b = Ea ( b , c , 0 , c . length ) , c . length = b ; return c } function J ( b ) { return function ( ) { var c = Ya ( ) ; try { return b . apply ( this , arguments ) } finally { Za ( c ) } } } function M ( b , c ) { for ( ; 0 < c -- ; ) a . HEAP8 [ b ++ ] = 0 }
function W ( ) { var b = a . _olm _account _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _account ( this . ac ) } function X ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _account _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } W . prototype . free = function ( ) { a . _olm _clear _account ( this . $b ) ; H ( this . $b ) } ; W . prototype . create = J ( function ( ) { var b = X ( a . _olm _create _account _random _length ) ( this . $b ) , c = N ( b , g ) ; try { X ( a . _olm _create _account ) ( this . $b , c , b ) } finally { M ( c , b ) } } ) ;
W . prototype . identity _keys = J ( function ( ) { var b = X ( a . _olm _account _identity _keys _length ) ( this . $b ) , c = L ( b + 1 ) ; X ( a . _olm _account _identity _keys ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; W . prototype . sign = J ( function ( b ) { var c = X ( a . _olm _account _signature _length ) ( this . $b ) ; b = K ( b ) ; var d = L ( b ) , e = L ( c + 1 ) ; try { X ( a . _olm _account _sign ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ;
W . prototype . one _time _keys = J ( function ( ) { var b = X ( a . _olm _account _one _time _keys _length ) ( this . $b ) , c = L ( b + 1 ) ; X ( a . _olm _account _one _time _keys ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; W . prototype . mark _keys _as _published = J ( function ( ) { X ( a . _olm _account _mark _keys _as _published ) ( this . $b ) } ) ; W . prototype . max _number _of _one _time _keys = J ( function ( ) { return X ( a . _olm _account _max _number _of _one _time _keys ) ( this . $b ) } ) ;
W . prototype . generate _one _time _keys = J ( function ( b ) { var c = X ( a . _olm _account _generate _one _time _keys _random _length ) ( this . $b , b ) , d = N ( c , g ) ; try { X ( a . _olm _account _generate _one _time _keys ) ( this . $b , b , d , c ) } finally { M ( d , c ) } } ) ; W . prototype . remove _one _time _keys = J ( function ( b ) { X ( a . _olm _remove _one _time _keys ) ( this . $b , b . $b ) } ) ; W . prototype . generate _fallback _key = J ( function ( ) { var b = X ( a . _olm _account _generate _fallback _key _random _length ) ( this . $b ) , c = N ( b , g ) ; try { X ( a . _olm _account _generate _fallback _key ) ( this . $b , c , b ) } finally { M ( c , b ) } } ) ;
W . prototype . fallback _key = J ( function ( ) { var b = X ( a . _olm _account _fallback _key _length ) ( this . $b ) , c = L ( b + 1 ) ; X ( a . _olm _account _fallback _key ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; W . prototype . unpublished _fallback _key = J ( function ( ) { var b = X ( a . _olm _account _unpublished _fallback _key _length ) ( this . $b ) , c = L ( b + 1 ) ; X ( a . _olm _account _unpublished _fallback _key ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; W . prototype . forget _old _fallback _key = J ( function ( ) { X ( a . _olm _account _forget _old _fallback _key ) ( this . $b ) } ) ;
W . prototype . pickle = J ( function ( b ) { b = K ( b ) ; var c = X ( a . _olm _pickle _account _length ) ( this . $b ) , d = L ( b ) , e = L ( c + 1 ) ; try { X ( a . _olm _pickle _account ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ; W . prototype . unpickle = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) ; try { X ( a . _olm _unpickle _account ) ( this . $b , d , b . length , e , c . length ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } } ) ; function Y ( ) { var b = a . _olm _session _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _session ( this . ac ) }
function Z ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _session _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } Y . prototype . free = function ( ) { a . _olm _clear _session ( this . $b ) ; H ( this . $b ) } ; Y . prototype . pickle = J ( function ( b ) { b = K ( b ) ; var c = Z ( a . _olm _pickle _session _length ) ( this . $b ) , d = L ( b ) , e = L ( c + 1 ) ; try { Z ( a . _olm _pickle _session ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ;
Y . prototype . unpickle = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) ; try { Z ( a . _olm _unpickle _session ) ( this . $b , d , b . length , e , c . length ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } } ) ; Y . prototype . create _outbound = J ( function ( b , c , d ) { var e = Z ( a . _olm _create _outbound _session _random _length ) ( this . $b ) , f = N ( e , g ) ; c = K ( c ) ; d = K ( d ) ; var k = L ( c ) , p = L ( d ) ; try { Z ( a . _olm _create _outbound _session ) ( this . $b , b . $b , k , c . length , p , d . length , f , e ) } finally { M ( f , e ) } } ) ;
Y . prototype . create _inbound = J ( function ( b , c ) { c = K ( c ) ; var d = L ( c ) ; try { Z ( a . _olm _create _inbound _session ) ( this . $b , b . $b , d , c . length ) } finally { for ( M ( d , c . length ) , b = 0 ; b < c . length ; b ++ ) c [ b ] = 0 } } ) ; Y . prototype . create _inbound _from = J ( function ( b , c , d ) { c = K ( c ) ; var e = L ( c ) ; d = K ( d ) ; var f = L ( d ) ; try { Z ( a . _olm _create _inbound _session _from ) ( this . $b , b . $b , e , c . length , f , d . length ) } finally { for ( M ( f , d . length ) , b = 0 ; b < d . length ; b ++ ) d [ b ] = 0 } } ) ;
Y . prototype . session _id = J ( function ( ) { var b = Z ( a . _olm _session _id _length ) ( this . $b ) , c = L ( b + 1 ) ; Z ( a . _olm _session _id ) ( this . $b , c , b ) ; return z ( c , b ) } ) ; Y . prototype . has _received _message = function ( ) { return Z ( a . _olm _session _has _received _message ) ( this . $b ) ? ! 0 : ! 1 } ; Y . prototype . matches _inbound = J ( function ( b ) { b = K ( b ) ; var c = L ( b ) ; return Z ( a . _olm _matches _inbound _session ) ( this . $b , c , b . length ) ? ! 0 : ! 1 } ) ;
Y . prototype . matches _inbound _from = J ( function ( b , c ) { b = K ( b ) ; var d = L ( b ) ; c = K ( c ) ; var e = L ( c ) ; return Z ( a . _olm _matches _inbound _session _from ) ( this . $b , d , b . length , e , c . length ) ? ! 0 : ! 1 } ) ;
Y . prototype . encrypt = J ( function ( b ) { try { var c = Z ( a . _olm _encrypt _random _length ) ( this . $b ) ; var d = Z ( a . _olm _encrypt _message _type ) ( this . $b ) ; var e = Fa ( b ) ; var f = Z ( a . _olm _encrypt _message _length ) ( this . $b , e ) ; var k = N ( c , g ) ; var p = F ( e + 1 ) ; Ea ( b , A , p , e + 1 ) ; var v = F ( f + 1 ) ; Z ( a . _olm _encrypt ) ( this . $b , p , e , k , c , v , f ) ; w ( v + f ) ; return { type : d , body : z ( v , f ) } } finally { void 0 !== k && M ( k , c ) , void 0 !== p && ( M ( p , e + 1 ) , H ( p ) ) , void 0 !== v && H ( v ) } } ) ;
Y . prototype . decrypt = J ( function ( b , c ) { try { var d = F ( c . length ) ; Ga ( c , d ) ; var e = Z ( a . _olm _decrypt _max _plaintext _length ) ( this . $b , b , d , c . length ) ; Ga ( c , d ) ; var f = F ( e + 1 ) ; var k = Z ( a . _olm _decrypt ) ( this . $b , b , d , c . length , f , e ) ; w ( f + k ) ; return z ( f , k ) } finally { void 0 !== d && H ( d ) , void 0 !== f && ( M ( f , e ) , H ( f ) ) } } ) ; Y . prototype . describe = J ( function ( ) { try { var b = F ( 256 ) ; Z ( a . _olm _session _describe ) ( this . $b , b , 256 ) ; return z ( b ) } finally { void 0 !== b && H ( b ) } } ) ; function gb ( ) { var b = a . _olm _utility _size ( ) ; this . ac = F ( b ) ; this . $b = a . _olm _utility ( this . ac ) }
function hb ( b ) { return function ( ) { var c = b . apply ( this , arguments ) ; if ( c === h ) throw c = z ( a . _olm _utility _last _error ( arguments [ 0 ] ) ) , Error ( "OLM." + c ) ; return c } } gb . prototype . free = function ( ) { a . _olm _clear _utility ( this . $b ) ; H ( this . $b ) } ; gb . prototype . sha256 = J ( function ( b ) { var c = hb ( a . _olm _sha256 _length ) ( this . $b ) ; b = K ( b ) ; var d = L ( b ) , e = L ( c + 1 ) ; try { hb ( a . _olm _sha256 ) ( this . $b , d , b . length , e , c ) } finally { for ( M ( d , b . length ) , d = 0 ; d < b . length ; d ++ ) b [ d ] = 0 } return z ( e , c ) } ) ;
gb . prototype . ed25519 _verify = J ( function ( b , c , d ) { b = K ( b ) ; var e = L ( b ) ; c = K ( c ) ; var f = L ( c ) ; d = K ( d ) ; var k = L ( d ) ; try { hb ( a . _olm _ed25519 _verify ) ( this . $b , e , b . length , f , c . length , k , d . length ) } finally { for ( M ( f , c . length ) , b = 0 ; b < c . length ; b ++ ) c [ b ] = 0 } } ) ; olm _exports . Account = W ; olm _exports . Session = Y ; olm _exports . Utility = gb ; olm _exports . PkEncryption = db ; olm _exports . PkDecryption = R ; olm _exports . PkSigning = eb ; olm _exports . SAS = U ;
olm _exports . get _library _version = J ( function ( ) { var b = L ( 3 ) ; a . _olm _get _library _version ( b , b + 1 , b + 2 ) ; return [ Aa ( b , "i8" ) , Aa ( b + 1 , "i8" ) , Aa ( b + 2 , "i8" ) ] } ) ;
return Module . ready
}
) ;
} ) ( ) ;
if ( typeof exports === 'object' && typeof module === 'object' )
module . exports = Module ;
else if ( typeof define === 'function' && define [ 'amd' ] )
define ( [ ] , function ( ) { return Module ; } ) ;
else if ( typeof exports === 'object' )
exports [ "Module" ] = Module ;
var olmInitPromise ;
olm _exports [ 'init' ] = function ( opts ) {
if ( olmInitPromise ) return olmInitPromise ;
if ( opts ) OLM _OPTIONS = opts ;
olmInitPromise = new Promise ( function ( resolve , reject ) {
onInitSuccess = function ( ) {
resolve ( ) ;
} ;
onInitFail = function ( err ) {
reject ( err ) ;
} ;
Module ( ) ;
} ) ;
return olmInitPromise ;
} ;
return olm _exports ;
} ) ( ) ;
if ( typeof ( window ) !== 'undefined' ) {
// We've been imported directly into a browser. Define the global 'Olm' object.
// (we do this even if module.exports was defined, because it's useful to have
// Olm in the global scope for browserified and webpacked apps.)
window [ "Olm" ] = Olm ;
}
if ( typeof module === 'object' ) {
// Emscripten sets the module exports to be its module
// with wrapped c functions. Clobber it with our higher
// level wrapper class.
module . exports = Olm ;
}
// @license-end
