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! function ( e ) { "undefined" != typeof exports ? e ( exports ) : ( window . hljs = e ( { } ) , "function" == typeof define && define . amd && define ( "hljs" , [ ] , function ( ) { return window . hljs } ) ) } ( function ( e ) { function t ( e ) { return e . replace ( /&/gm , "&" ) . replace ( /</gm , "<" ) . replace ( />/gm , ">" ) } function r ( e ) { return e . nodeName . toLowerCase ( ) } function n ( e , t ) { var r = e && e . exec ( t ) ; return r && 0 == r . index } function a ( e ) { return /no-?highlight|plain|text/ . test ( e ) } function s ( e ) { var t , r , n , s = e . className + " " ; if ( s += e . parentNode ? e . parentNode . className : "" , r = /\blang(?:uage)?-([\w-]+)\b/ . exec ( s ) ) return N ( r [ 1 ] ) ? r [ 1 ] : "no-highlight" ; for ( s = s . split ( /\s+/ ) , t = 0 , n = s . length ; n > t ; t ++ ) if ( N ( s [ t ] ) || a ( s [ t ] ) ) return s [ t ] } function i ( e , t ) { var r , n = { } ; for ( r in e ) n [ r ] = e [ r ] ; if ( t ) for ( r in t ) n [ r ] = t [ r ] ; return n } function c ( e ) { var t = [ ] ; return function n ( e , a ) { for ( var s = e . firstChild ; s ; s = s . nextSibling ) 3 == s . nodeType ? a += s . nodeValue . length : 1 == s . nodeType && ( t . push ( { event : "start" , offset : a , node : s } ) , a = n ( s , a ) , r ( s ) . match ( /br|hr|img|input/ ) || t . push ( { event : "stop" , offset : a , node : s } ) ) ; return a } ( e , 0 ) , t } function o ( e , n , a ) { function s ( ) { return e . length && n . length ? e [ 0 ] . offset != n [ 0 ] . offset ? e [ 0 ] . offset < n [ 0 ] . offset ? e : n : "start" == n [ 0 ] . event ? e : n : e . length ? e : n } function i ( e ) { function n ( e ) { return " " + e . nodeName + '="' + t ( e . value ) + '"' } u += "<" + r ( e ) + Array . prototype . map . call ( e . attributes , n ) . join ( "" ) + ">" } function c ( e ) { u += "</" + r ( e ) + ">" } function o ( e ) { ( "start" == e . event ? i : c ) ( e . node ) } for ( var l = 0 , u = "" , d = [ ] ; e . length || n . length ; ) { var b = s ( ) ; if ( u += t ( a . substr ( l , b [ 0 ] . offset - l ) ) , l = b [ 0 ] . offset , b == e ) { d . reverse ( ) . forEach ( c ) ; do o ( b . splice ( 0 , 1 ) [ 0 ] ) , b = s ( ) ; while ( b == e && b . length && b [ 0 ] . offset == l ) ; d . reverse ( ) . forEach ( i ) } else "start" == b [ 0 ] . event ? d . push ( b [ 0 ] . node ) : d . pop ( ) , o ( b . splice ( 0 , 1 ) [ 0 ] ) } return u + t ( a . substr ( l ) ) } function l ( e ) { function t ( e ) { return e && e . source || e } function r ( r , n ) { return new RegExp ( t ( r ) , "m" + ( e . cI ? "i" : "" ) + ( n ? "g" : "" ) ) } function n ( a , s ) { if ( ! a . compiled ) { if ( a . compiled = ! 0 , a . k = a . k || a . bK , a . k ) { var c = { } , o = function ( t , r ) { e . cI && ( r = r . toLowerCase ( ) ) , r . split ( " " ) . forEach ( function ( e ) { var r = e . split ( "|" ) ; c [ r [ 0 ] ] = [ t , r [ 1 ] ? Number ( r [ 1 ] ) : 1 ] } ) } ; "string" == typeof a . k ? o ( "keyword" , a . k ) : Object . keys ( a . k ) . forEach ( function ( e ) { o ( e , a . k [ e ] ) } ) , a . k = c } a . lR = r ( a . l || /\b\w+\b/ , ! 0 ) , s && ( a . bK && ( a . b = "\\b(" + a . bK . split ( " " ) . join ( "|" ) + ")\\b" ) , a . b || ( a . b = /\B|\b/ ) , a . bR = r ( a . b ) , a . e || a . eW || ( a . e = /\B|\b/ ) , a . e && ( a . eR = r ( a . e ) ) , a . tE = t ( a . e ) || "" , a . eW && s . tE && ( a . tE += ( a . e ? "|" : "" ) + s . tE ) ) , a . i && ( a . iR = r ( a . i ) ) , void 0 === a . r && ( a . r = 1 ) , a . c || ( a . c = [ ] ) ; var l = [ ] ; a . c . forEach ( function ( e ) { e . v ? e . v . forEach ( function ( t ) { l . push ( i ( e , t ) ) } ) : l . push ( "self" == e ? a : e ) } ) , a . c = l , a . c . forEach ( function ( e ) { n ( e , a ) } ) , a . starts && n ( a . starts , s ) ; var u = a . c . map ( function ( e ) { return e . bK ? "\\.?(" + e . b + ")\\.?" : e . b } ) . concat ( [ a . tE , a . i ] ) . map ( t ) . filter ( Boolean ) ; a . t = u . length ? r ( u . join ( "|" ) , ! 0 ) : { exec : function ( ) { return null } } } } n ( e ) } function u ( e , r , a , s ) { function i ( e , t ) { for ( var r = 0 ; r < t . c . length ; r ++ ) if ( n ( t . c [ r ] . bR , e ) ) return t . c [ r ] } function c ( e , t ) { if ( n ( e . eR , t ) ) { for ( ; e . endsParent && e . parent ; ) e = e . parent ; return e } return e . eW ? c ( e . parent , t ) : void 0 } function o ( e , t ) { return ! a && n ( t . iR , e ) } function b ( e , t ) { var r = v . cI ? t [ 0 ] . toLowerCase ( ) : t [ 0 ] ; return e . k . hasOwnProperty ( r ) && e . k [ r ] } function p ( e , t , r , n ) { var a = n ? "" : w . classPrefix , s = '<span class="' + a , i = r ? "" : "</span>" ; return s += e + '">' , s + t + i } function f ( ) { if ( ! x . k ) return t ( E ) ; var e = "" , r = 0 ; x . lR . lastIndex = 0 ; for ( var n = x . lR . exec ( E ) ; n ; ) { e += t ( E . substr ( r , n . index - r ) ) ; var a = b ( x , n ) ; a ? ( B += a [ 1 ] , e += p ( a [ 0 ] , t ( n [ 0 ] ) ) ) : e += t ( n [ 0 ] ) , r = x . lR . lastIndex , n = x . lR . exec ( E ) } return e + t ( E . substr ( r ) ) } function g ( ) { if ( x . sL && ! y [ x . sL ] ) return t ( E ) ; var e = x . sL ? u ( x . sL , E , ! 0 , C [ x . sL ] ) : d ( E ) ; return x . r > 0 && ( B += e . r ) , "continuous" == x . subLanguageMode && ( C [ x . sL ] = e . top ) , p ( e . language , e . value , ! 1 , ! 0 ) } function m ( ) { return void 0 !== x . sL ? g ( ) : f ( ) } function h ( e , r ) { var n = e . cN ? p ( e . cN , "" , ! 0 ) : "" ; e . rB ? ( M += n , E = "" ) : e . eB ? ( M += t ( r ) + n , E = "" ) : ( M += n , E = r ) , x = Object . create ( e , { parent : { value : x } } ) } function _ ( e , r ) { if ( E += e , void 0 === r ) return M += m ( ) , 0 ; var n = i ( r , x ) ; if ( n ) return M += m ( ) , h ( n , r ) , n . rB ? 0 : r . length ; var a = c ( x , r ) ; if ( a ) { var s = x ; s . rE || s . eE || ( E += r ) , M += m ( ) ; do x . cN && ( M += "</span>" ) , B += x . r , x = x . parent ; while ( x != a . parent ) ; return s . eE && ( M += t ( r ) ) , E = "" , a . starts && h ( a . starts , "" ) , s . rE ? 0 : r . length } if ( o ( r , x ) ) throw new Error ( 'Illegal lexeme "' + r + '" for mode "' + ( x . cN || "