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! function ( ) { var e = { 41 : function ( e , t , r ) { "use strict" ; var n = r ( 655 ) , o = r ( 8068 ) , i = r ( 9675 ) , a = r ( 5795 ) ; e . exports = function ( e , t , r ) { if ( ! e || "object" != typeof e && "function" != typeof e ) throw new i ( "`obj` must be an object or a function`" ) ; if ( "string" != typeof t && "symbol" != typeof t ) throw new i ( "`property` must be a string or a symbol`" ) ; if ( arguments . length > 3 && "boolean" != typeof arguments [ 3 ] && null !== arguments [ 3 ] ) throw new i ( "`nonEnumerable`, if provided, must be a boolean or null" ) ; if ( arguments . length > 4 && "boolean" != typeof arguments [ 4 ] && null !== arguments [ 4 ] ) throw new i ( "`nonWritable`, if provided, must be a boolean or null" ) ; if ( arguments . length > 5 && "boolean" != typeof arguments [ 5 ] && null !== arguments [ 5 ] ) throw new i ( "`nonConfigurable`, if provided, must be a boolean or null" ) ; if ( arguments . length > 6 && "boolean" != typeof arguments [ 6 ] ) throw new i ( "`loose`, if provided, must be a boolean" ) ; var c = arguments . length > 3 ? arguments [ 3 ] : null , u = arguments . length > 4 ? arguments [ 4 ] : null , s = arguments . length > 5 ? arguments [ 5 ] : null , l = arguments . length > 6 && arguments [ 6 ] , p = ! ! a && a ( e , t ) ; if ( n ) n ( e , t , { configurable : null === s && p ? p . configurable : ! s , enumerable : null === c && p ? p . enumerable : ! c , value : r , writable : null === u && p ? p . writable : ! u } ) ; else { if ( ! l && ( c || u || s ) ) throw new o ( "This environment does not support defining a property as non-configurable, non-writable, or non-enumerable." ) ; e [ t ] = r } } } , 76 : function ( e ) { "use strict" ; e . exports = Function . prototype . call } , 414 : function ( e ) { "use strict" ; e . exports = Math . round } , 453 : function ( e , t , r ) { "use strict" ; var n , o = r ( 9612 ) , i = r ( 9383 ) , a = r ( 1237 ) , c = r ( 9290 ) , u = r ( 9538 ) , s = r ( 8068 ) , l = r ( 9675 ) , p = r ( 5345 ) , f = r ( 1514 ) , y = r ( 8968 ) , d = r ( 6188 ) , b = r ( 8002 ) , g = r ( 5880 ) , v = r ( 414 ) , h = r ( 3093 ) , m = Function , w = function ( e ) { try { return m ( '"use strict"; return (' + e + ").constructor;" ) ( ) } catch ( e ) { } } , _ = r ( 5795 ) , S = r ( 655 ) , k = function ( ) { throw new l } , x = _ ? function ( ) { try { return k } catch ( e ) { try { return _ ( arguments , "callee" ) . get } catch ( e ) { return k } } } ( ) : k , O = r ( 4039 ) ( ) , T = r ( 3628 ) , P = r ( 1064 ) , j = r ( 8648 ) , A = r ( 1002 ) , E = r ( 76 ) , R = { } , D = "undefined" != typeof Uint8Array && T ? T ( Uint8Array ) : n , I = { _ _proto _ _ : null , "%AggregateError%" : "undefined" == typeof AggregateError ? n : AggregateError , "%Array%" : Array , "%ArrayBuffer%" : "undefined" == typeof ArrayBuffer ? n : ArrayBuffer , "%ArrayIteratorPrototype%" : O && T ? T ( [ ] [ Symbol . iterator ] ( ) ) : n , "%AsyncFromSyncIteratorPrototype%" : n , "%AsyncFunction%" : R , "%AsyncGenerator%" : R , "%AsyncGeneratorFunction%" : R , "%AsyncIteratorPrototype%" : R , "%Atomics%" : "undefined" == typeof Atomics ? n : Atomics , "%BigInt%" : "undefined" == typeof BigInt ? n : BigInt , "%BigInt64Array%" : "undefined" == typeof BigInt64Array ? n : BigInt64Array , "%BigUint64Array%" : "undefined" == typeof BigUint64Array ? n : BigUint64Array , "%Boolean%" : Boolean , "%DataView%" : "undefined" == typeof DataView ? n : DataView , "%Date%" : Date , "%decodeURI%" : decodeURI , "%decodeURIComponent%" : decodeURIComponent , "%encodeURI%" : encodeURI , "%encodeURIComponent%" : encodeURIComponent , "%Error%" : i , "%eval%" : eval , "%EvalError%" : a , "%Float16Array%" : "undefined" == typeof Float16Array ? n : Float16Array , "%Float32Array%" : "undefined" == typeof Float32Array ? n : Float32Array , "%Float64Array%" : "undefined" == typeof Float64Array ? n : Float64Array , "%FinalizationRegistry%" : "undefined" == typeof FinalizationRegistry ? n : FinalizationRegistry , "%Function%" : m , "%GeneratorFunction%" : R , "%Int8Array%" : "undefined" == typeof Int8Array ? n : Int8Array , "%Int16Array%" : "undefined" == typeof Int16Array ? n : Int16Array , "%Int32Array%" : "undefined" == typeof Int32Array ? n : Int32Array , "%isFinite%" : isFinite , "%isNaN%" : isNaN , "%IteratorPrototype%" : O && T ? T ( T ( [ ] [ Symbol . iterator ] ( ) ) ) : n , "%JSON%" : "object" == typeof JSON ? JSON : n , "%Map%" : "undefined" == typeof Map ? n : Map , "%MapIteratorPrototype%" : "undefined" != typeof Map && O && T ? T ( ( new Map ) [ Symbol . iterator ] ( ) ) : n , "%Math%" : Math , "%Number%" : Number , "%Object%" : o , "%Object.getOwnPropertyDescriptor%" : _ , "%parseFloat%" : parseFloat , "%parseInt%" : parseInt , "%Promise%" : "undefined" == typeof Promise ? n : Promise , "%Proxy%" : "undefined" == typeof Proxy ? n : Proxy , "%RangeError%" : c , "%ReferenceError%" : u , "%Reflect%" : "undefined" == typeof Reflect ? n : Reflect , "%RegExp%" : RegExp , "%Set%" : "undefined" == typeof Set ? n : Set , "%SetIteratorPrototype%" : "undefined" != typeof Set && O && T ? T ( ( new Set ) [ Symbol . iterator ] ( ) ) : n , "%SharedArrayBuffer%" : " undefin
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
* /
Object . defineProperty ( e , "__esModule" , { value : ! 0 } ) ; var t ; e . matcher = { whitespace : /\s/ , whitespaceGreedy : /(\s+)/g , commentGreedy : /(\*\/)/g , boundary : /[\(\)\{\}'"@;:\s]/ , stringBoundary : /['"]/ } , ( t = e . nodeType || ( e . nodeType = { } ) ) . stylesheet = "stylesheet" , t . comment = "comment" , t . atRule = "atRule" , t . ruleset = "ruleset" , t . expression = "expression" , t . declaration = "declaration" , t . rulelist = "rulelist" , t . discarded = "discarded" } ( m ) ,
/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
* /
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Object . defineProperty ( h , "__esModule" , { value : ! 0 } ) ; const w = p ( ) , _ = m ; h . iterateOverAst = function * e ( t ) { switch ( yield t , t . type ) { case _ . nodeType . stylesheet : for ( const r of t . rules ) yield * e ( r ) ; return ; case _ . nodeType . ruleset : return yield * e ( t . rulelist ) ; case _ . nodeType . rulelist : for ( const r of t . rules ) yield * e ( r ) ; return ; case _ . nodeType . declaration : return void ( void 0 !== t . value && ( yield * e ( t . value ) ) ) ; case _ . nodeType . atRule : return void ( t . rulelist && ( yield * e ( t . rulelist ) ) ) ; case _ . nodeType . expression : case _ . nodeType . comment : case _ . nodeType . discarded : return ; default : const r = t ; console . error ( ` Got a node of unknown type: ${ w . inspect ( r ) } ` ) } } ; var S = { } ;
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
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* / O b j e c t . d e f i n e P r o p e r t y ( S , " _ _ e s M o d u l e " , { v a l u e : ! 0 } ) ; c o n s t k = m ; S . N o d e F a c t o r y = c l a s s { s t y l e s h e e t ( e , t ) { r e t u r n { t y p e : k . n o d e T y p e . s t y l e s h e e t , r u l e s : e , r a n g e : t } } a t R u l e ( e , t , r = v o i d 0 , n , o , i ) { r e t u r n { t y p e : k . n o d e T y p e . a t R u l e , n a m e : e , p a r a m e t e r s : t , r u l e l i s t : r , n a m e R a n g e : n , p a r a m e t e r s R a n g e : o , r a n g e : i } } c o m m e n t ( e , t ) { r e t u r n { t y p e : k . n o d e T y p e . c o m m e n t , v a l u e : e , r a n g e : t } } r u l e l i s t ( e , t ) { r e t u r n { t y p e : k . n o d e T y p e . r u l e l i s t , r u l e s : e , r a n g e : t } } r u l e s e t ( e , t , r , n ) { r e t u r n { t y p e : k . n o d e T y p e . r u l e s e t , s e l e c t o r : e , r u l e l i s t : t , s e l e c t o r R a n g e : r , r a n g e : n } } d e c l a r a t i o n ( e , t , r , n ) { r e t u r n { t y p e : k . n o d e T y p e . d e c l a r a t i o n , n a m e : e , v a l u e : t , n a m e R a n g e : r , r a n g e : n } } e x p r e s s i o n ( e , t ) { r e t u r n { t y p e : k . n o d e T y p e . e x p r e s s i o n , t e x t : e , r a n g e : t } } d i s c a r d e d ( e , t ) { r e t u r n { t y p e : k . n o d e T y p e . d i s c a r d e d , t e x t : e , r a n g e : t } } } ; v a r x = { } ;
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
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* / O b j e c t . d e f i n e P r o p e r t y ( x , " _ _ e s M o d u l e " , { v a l u e : ! 0 } ) ; x . N o d e V i s i t o r = c l a s s { c o n s t r u c t o r ( ) { t h i s . p a t h _ = [ ] } g e t p a t h ( ) { r e t u r n t h i s . p a t h _ } v i s i t ( e ) { l e t t ; r e t u r n t h i s [ e . t y p e ] & & ( t h i s . p a t h _ . p u s h ( e ) , t = t h i s [ e . t y p e ] ( e ) , t h i s . p a t h _ . p o p ( ) ) , t } } ; v a r O = { } , T = { } ; ! f u n c t i o n ( e ) { v a r t ;
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
* /
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Object . defineProperty ( e , "__esModule" , { value : ! 0 } ) , function ( e ) { e [ e . none = 0 ] = "none" , e [ e . whitespace = Math . pow ( 2 , 0 ) ] = "whitespace" , e [ e . string = Math . pow ( 2 , 1 ) ] = "string" , e [ e . comment = Math . pow ( 2 , 2 ) ] = "comment" , e [ e . word = Math . pow ( 2 , 3 ) ] = "word" , e [ e . boundary = Math . pow ( 2 , 4 ) ] = "boundary" , e [ e . propertyBoundary = Math . pow ( 2 , 5 ) ] = "propertyBoundary" , e [ e . openParenthesis = Math . pow ( 2 , 6 ) | e . boundary ] = "openParenthesis" , e [ e . closeParenthesis = Math . pow ( 2 , 7 ) | e . boundary ] = "closeParenthesis" , e [ e . at = Math . pow ( 2 , 8 ) | e . boundary ] = "at" , e [ e . openBrace = Math . pow ( 2 , 9 ) | e . boundary ] = "openBrace" , e [ e . closeBrace = Math . pow ( 2 , 10 ) | e . propertyBoundary | e . boundary ] = "closeBrace" , e [ e . semicolon = Math . pow ( 2 , 11 ) | e . propertyBoundary | e . boundary ] = "semicolon" , e [ e . colon = Math . pow ( 2 , 12 ) | e . boundary | e . word ] = "colon" , e [ e . hyphen = Math . pow ( 2 , 13 ) ] = "hyphen" , e [ e . underscore = Math . pow ( 2 , 14 ) ] = "underscore" } ( t = e . TokenType || ( e . TokenType = { } ) ) ; class r { constructor ( e , t , r ) { this . type = e , this . start = t , this . end = r , this . previous = null , this . next = null } is ( e ) { return ( this . type & e ) === e } } r . type = t , e . Token = r ; const n = { "(" : r . type . openParenthesis , ")" : r . type . closeParenthesis , ":" : r . type . colon , "@" : r . type . at , "{" : r . type . openBrace , "}" : r . type . closeBrace , ";" : r . type . semicolon , "-" : r . type . hyphen , _ : r . type . underscore } ; e . boundaryTokenTypes = n } ( T ) ; var P = { } ;
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
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* /Object.defineProperty(P,"__esModule",{value:!0});const j=m,A=T;P.Tokenizer=class{constructor(e){this.cursorToken_=new A.Token(A.Token.type.none,0,0),this.currentToken_=null,this.cssText=e}get offset(){return this.cursorToken_.end}get currentToken(){return null==this.currentToken_&&(this.currentToken_=this.getNextToken_()),this.currentToken_}advance(){let e;return null!=this.currentToken_?(e=this.currentToken_,this.currentToken_=null):e=this.getNextToken_(),e}slice(e,t=void 0){const{start:r,end:n}=this.getRange(e,t);return this.cssText.substring(r,n)}getRange(e,t=void 0){return{start:e.start,end:(t||e).end}}trimRange({start:e,end:t}){for(;e<=t&&/ \ s / . test ( this . cssText . charAt ( e ) ) ; ) e ++ ; for ( ; e <= t && t > 0 && /\s/ . test ( this . cssText . charAt ( t - 1 ) ) ; ) t -- ; return { start : e , end : t } } flush ( ) { const e = [ ] ; for ( ; this . currentToken ; ) e . push ( this . advance ( ) ) ; return e } getNextToken _ ( ) { const e = this . cssText [ this . offset ] ; let t ; return this . currentToken _ = null , this . offset >= this . cssText . length ? null : ( t = j . matcher . whitespace . test ( e ) ? this . tokenizeWhitespace ( this . offset ) : j . matcher . stringBoundary . test ( e ) ? this . tokenizeString ( this . offset ) : "/" === e && "*" === this . cssText [ this . offset + 1 ] ? this . tokenizeComment ( this . offset ) : j . matcher . boundary . test ( e ) ? this . tokenizeBoundary ( this . offset ) : this . tokenizeWord ( this . offset ) , t . previous = this . cursorToken _ , this . cursorToken _ . next = t , this . cursorToken _ = t , t ) } tokenizeString ( e ) { const t = this . cssText [ e ] ; let r = ! 1 ; const n = e ; let o ; for ( ; o = this . cssText [ ++ e ] ; ) if ( r ) r = ! 1 ; else { if ( o === t ) { ++ e ; break } "\\" === o && ( r = ! 0 ) } return new A . Token ( A . Token . type . string , n , e ) } tokenizeWord ( e ) { const t = e ; let r ; for ( ; ( r = this . cssText [ e ] ) && ! j . matcher . boundary . test ( r ) ; ) e ++ ; return new A . Token ( A . Token . type . word , t , e ) } tokenizeWhitespace ( e ) { const t = e ; j . matcher . whitespaceGreedy . lastIndex = e ; const r = j . matcher . whitespaceGreedy . exec ( this . cssText ) ; return null != r && r . index === e && ( e = j . matcher . whitespaceGreedy . lastIndex ) , new A . Token ( A . Token . type . whitespace , t , e ) } tokenizeComment ( e ) { const t = e ; j . matcher . commentGreedy . lastIndex = e ; return e = null == j . matcher . commentGreedy . exec ( this . cssText ) ? this . cssText . length : j . matcher . commentGreedy . lastIndex , new A . Token ( A . Token . type . comment , t , e ) } tokenizeBoundary ( e ) { const t = A . boundaryTokenTypes [ this . cssText [ e ] ] || A . Token . type . boundary ; return new A . Token ( t , e , e + 1 ) } } ,
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
* /
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Object . defineProperty ( O , "__esModule" , { value : ! 0 } ) ; const E = S , R = T , D = P ; O . Parser = class { constructor ( e = new E . NodeFactory ) { this . nodeFactory = e } parse ( e ) { return this . parseStylesheet ( new D . Tokenizer ( e ) ) } parseStylesheet ( e ) { return this . nodeFactory . stylesheet ( this . parseRules ( e ) , { start : 0 , end : e . cssText . length } ) } parseRules ( e ) { const t = [ ] ; for ( ; e . currentToken ; ) { const r = this . parseRule ( e ) ; r && t . push ( r ) } return t } parseRule ( e ) { const t = e . currentToken ; return null === t ? null : t . is ( R . Token . type . whitespace ) ? ( e . advance ( ) , null ) : t . is ( R . Token . type . comment ) ? this . parseComment ( e ) : t . is ( R . Token . type . word ) ? this . parseDeclarationOrRuleset ( e ) : t . is ( R . Token . type . propertyBoundary ) ? this . parseUnknown ( e ) : t . is ( R . Token . type . at ) ? this . parseAtRule ( e ) : this . parseUnknown ( e ) } parseComment ( e ) { const t = e . advance ( ) ; return null === t ? null : this . nodeFactory . comment ( e . slice ( t ) , { start : t . start , end : t . end } ) } parseUnknown ( e ) { const t = e . advance ( ) ; let r ; if ( null === t ) return null ; for ( ; e . currentToken && e . currentToken . is ( R . Token . type . boundary ) ; ) r = e . advance ( ) ; return this . nodeFactory . discarded ( e . slice ( t , r ) , e . getRange ( t , r ) ) } parseAtRule ( e ) { let t , r , n , o , i ; if ( ! e . currentToken ) return null ; const a = e . currentToken . start ; for ( ; e . currentToken ; ) if ( e . currentToken . is ( R . Token . type . whitespace ) ) e . advance ( ) ; else if ( ! t && e . currentToken . is ( R . Token . type . at ) ) { e . advance ( ) ; const n = e . currentToken ; let o ; for ( ; e . currentToken && e . currentToken . is ( R . Token . type . word ) ; ) o = e . advance ( ) ; r = e . getRange ( n , o ) , t = e . cssText . slice ( r . start , r . end ) } else { if ( e . currentToken . is ( R . Token . type . openBrace ) ) { n = this . parseRulelist ( e ) ; break } if ( e . currentToken . is ( R . Token . type . propertyBoundary ) ) { e . advance ( ) ; break } null == o ? o = e . advance ( ) : i = e . advance ( ) } if ( void 0 === t || void 0 === r ) return null ; let c , u = "" ; o && ( c = e . trimRange ( e . getRange ( o , i ) ) , u = e . cssText . slice ( c . start , c . end ) ) ; const s = e . currentToken ? e . currentToken . previous . end : e . cssText . length ; return this . nodeFactory . atRule ( t , u , n , r , c , { start : a , end : s } ) } parseRulelist ( e ) { const t = [ ] , r = e . currentToken . start ; let n ; for ( e . advance ( ) ; e . currentToken ; ) { if ( e . currentToken . is ( R . Token . type . closeBrace ) ) { n = e . currentToken , e . advance ( ) ; break } { const r = this . parseRule ( e ) ; r && t . push ( r ) } } const o = n ? n . end : e . cssText . length ; return this . nodeFactory . rulelist ( t , { start : r , end : o } ) } parseDeclarationOrRuleset ( e ) { let t = null , r = null , n = null ; for ( ; e . currentToken ; ) if ( e . currentToken . is ( R . Token . type . whitespace ) ) e . advance ( ) ; else if ( e . currentToken . is ( R . Token . type . openParenthesis ) ) for ( ; e . currentToken && ! e . currentToken . is ( R . Token . type . closeParenthesis ) ; ) e . advance ( ) ; else { if ( e . currentToken . is ( R . Token . type . openBrace ) || e . currentToken . is ( R . Token . type . propertyBoundary ) ) break ; e . currentToken . is ( R . Token . type . colon ) && ( n = e . currentToken ) , null === t ? ( t = e . advance ( ) , r = t ) : r = e . advance ( ) } if ( null === e . currentToken ) return null ; if ( e . currentToken . is ( R . Token . type . propertyBoundary ) ) { const o = e . getRange ( t , n ? n . previous : r ) , i = e . cssText . slice ( o . start , o . end ) ; let a ; if ( n && n . next ) { const t = e . getRange ( n . next , r ) , o = e . trimRange ( t ) , i = e . cssText . slice ( o . start , o . end ) ; a = this . nodeFactory . expression ( i , o ) } e . currentToken . is ( R . Token . type . semicolon ) && e . advance ( ) ; const c = e . trimRange ( e . getRange ( t , e . currentToken && e . currentToken . previous || r ) ) ; return this . nodeFactory . declaration ( i , a , o , c ) } if ( n && n === r ) { const n = this . parseRulelist ( e ) ; e . currentToken . is ( R . Token . type . semicolon ) && e . advance ( ) ; const o = e . getRange ( t , r . previous ) , i = e . cssText . slice ( o . start , o . end ) , a = e . trimRange ( e . getRange ( t , e . currentToken && e . currentToken . previous || r ) ) ; return this . nodeFactory . declaration ( i , n , o , a ) } { const n = e . getRange ( t , r ) , o = e . cssText . slice ( n . start , n . end ) , i = this . parseRulelist ( e ) , a = t . start ; let c ; return c = e . currentToken ? e . currentToken . previous ? e . currentToken . previous . end : t . end : e . cssText . length , this . nodeFactory . ruleset ( o , i , n , { start : a , end : c } ) } } } ; var I = { } ;
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
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* / O b j e c t . d e f i n e P r o p e r t y ( I , " _ _ e s M o d u l e " , { v a l u e : ! 0 } ) ; c o n s t C = m , M = x ; c l a s s F e x t e n d s M . N o d e V i s i t o r { s t r i n g i f y ( e ) { r e t u r n t h i s . v i s i t ( e ) | | " " } [ C . n o d e T y p e . s t y l e s h e e t ] ( e ) { l e t t = " " ; f o r ( l e t r = 0 ; r < e . r u l e s . l e n g t h ; + + r ) t + = t h i s . v i s i t ( e . r u l e s [ r ] ) ; r e t u r n t } [ C . n o d e T y p e . a t R u l e ] ( e ) { r e t u r n ` @ $ { e . n a m e } ` + ( e . p a r a m e t e r s ? ` $ { e . p a r a m e t e r s } ` : " " ) + ( e . r u l e l i s t ? ` $ { t h i s . v i s i t ( e . r u l e l i s t ) } ` : " ; " ) } [ C . n o d e T y p e . r u l e l i s t ] ( e ) { l e t t = " { " ; f o r ( l e t r = 0 ; r < e . r u l e s . l e n g t h ; + + r ) t + = t h i s . v i s i t ( e . r u l e s [ r ] ) ; r e t u r n t + " } " } [ C . n o d e T y p e . c o m m e n t ] ( e ) { r e t u r n ` $ { e . v a l u e } ` } [ C . n o d e T y p e . r u l e s e t ] ( e ) { r e t u r n ` $ { e . s e l e c t o r } $ { t h i s . v i s i t ( e . r u l e l i s t ) } ` } [ C . n o d e T y p e . d e c l a r a t i o n ] ( e ) { r e t u r n n u l l ! = e . v a l u e ? ` $ { e . n a m e } : $ { t h i s . v i s i t ( e . v a l u e ) } ; ` : ` $ { e . n a m e } ; ` } [ C . n o d e T y p e . e x p r e s s i o n ] ( e ) { r e t u r n ` $ { e . t e x t } ` } [ C . n o d e T y p e . d i s c a r d e d ] ( e ) { r e t u r n " " } } I . S t r i n g i f i e r = F ,
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/ * *
* @ license
* Copyright ( c ) 2016 The Polymer Project Authors . All rights reserved .
* This code may only be used under the BSD style license found at
* http : //polymer.github.io/LICENSE.txt The complete set of authors may be found
* at http : //polymer.github.io/AUTHORS.txt The complete set of contributors may
* be found at http : //polymer.github.io/CONTRIBUTORS.txt Code distributed by
* Google as part of the polymer project is also subject to an additional IP
* rights grant found at http : //polymer.github.io/PATENTS.txt
* /
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Object . defineProperty ( v , "__esModule" , { value : ! 0 } ) ; var U = h ; v . iterateOverAst = U . iterateOverAst ; var B = m ; v . nodeType = B . nodeType ; var V = S ; v . NodeFactory = V . NodeFactory ; var z = x ; v . NodeVisitor = z . NodeVisitor ; var N = O , L = v . Parser = N . Parser , $ = I , G = v . Stringifier = $ . Stringifier , W = T ; v . Token = W . Token ; var K = P ; v . Tokenizer = K . Tokenizer ; var J = { } , Q = function ( e ) { if ( "auto" === e || "" === e ) return { value : e , unit : "" } ; var t = parseFloat ( e ) ; return isNaN ( t ) ? { value : "" , unit : "" } : { value : t , unit : e . toString ( ) . replace ( t . toString ( ) , "" ) } } , H = function ( e ) { return e } , q = function ( e ) { return e && "[object Function]" === { } . toString . call ( e ) } , Z = function ( e ) { var t = e . variableDescriptor , r = e . value ; return { type : "declaration" , name : t . variableName , value : { type : "expression" , text : r } } } , Y = function ( e , t ) { return e . selector && e . selector . desktop ? e . selector [ t ] : e . selector || ":root" } , X = function ( ) { var e = arguments . length > 0 && void 0 !== arguments [ 0 ] ? arguments [ 0 ] : { } , t = ( e = y ( { variableDescriptorsWithValue : [ ] , ast : { } , device : "desktop" } , e ) ) . ast , r = e . variableDescriptorsWithValue . flatMap ( function ( e ) { return e . variableDescriptor . dropSelectors || [ ] } ) ; if ( r . length > 0 && Array . isArray ( t . rules ) ) { var n = new Set ( t . rules . map ( function ( e ) { return e . selector } ) ) ; t = y ( y ( { } , t ) , { } , { rules : t . rules . filter ( function ( e ) { var t = n . has ( e . selector ) , o = "string" == typeof e . selector && r . some ( function ( t ) { return e . selector . includes ( t ) } ) ; return ! ( t && o ) } ) } ) } if ( 0 === e . variableDescriptorsWithValue . length ) return t ; var o , i , a = ( o = e . variableDescriptorsWithValue , i = function ( t ) { var r = t . variableDescriptor ; return Y ( r , e . device ) } , o . reduce ( function ( e , t , r ) { var n ; return ( e [ n = i ( t , r , o ) ] || ( e [ n ] = [ ] ) ) . push ( t ) , e } , { } ) ) , c = [ ] , u = { } ; if ( u = y ( y ( { } , t ) , { } , { rules : t . rules . map ( function ( e ) { if ( ! e . selector || ! a [ e . selector ] ) return e ; c . push ( e . selector ) ; var t = a [ e . selector ] , r = [ ] , n = t . filter ( function ( e ) { return ! e . value . includes ( "CT_CSS_SKIP_RULE" ) } ) . reduce ( function ( e , t ) { return y ( y ( { } , e ) , { } , d ( { } , t . variableDescriptor . variableName , t ) ) } , { } ) , o = t . filter ( function ( e ) { return e . value . includes ( "CT_CSS_SKIP_RULE" ) } ) . reduce ( function ( e , t ) { return y ( y ( { } , e ) , { } , d ( { } , t . variableDescriptor . variableName , t ) ) } , { } ) , i = e . rulelist . rules . filter ( function ( e ) { var t = e . type , r = e . name ; return "declaration" !== t || ! o [ r ] } ) . map ( function ( e ) { return "declaration" === e . type && n [ e . name ] ? ( r . push ( e . name ) , y ( y ( { } , e ) , { } , { value : y ( y ( { } , e . value ) , { } , { text : n [ e . name ] . value } ) } ) ) : e } ) ; return r . length !== Object . values ( n ) . length && ( i = [ ] . concat ( b ( i ) , b ( Object . values ( n ) . filter ( function ( e ) { var t = e . variableDescriptor ; return ! r . includes ( t . variableName ) } ) . map ( function ( e ) { return Z ( e ) } ) ) ) ) , y ( y ( { } , e ) , { } , { rulelist : y ( y ( { } , e . rulelist ) , { } , { rules : i } ) } ) } ) } ) , c . length !== Object . keys ( a ) . length ) { var s = Object . values ( a ) . filter ( function ( t ) { return ! c . includes ( Y ( t [ 0 ] . variableDescriptor , e . device ) ) && ! ! t . find ( function ( e ) { return ! e . value . includes ( "CT_CSS_SKIP_RULE" ) } ) } ) ; u = y ( y ( { } , u ) , { } , { rules : [ ] . concat ( b ( u . rules ) , b ( s . map ( function ( t ) { return { type : "ruleset" , selector : Y ( t [ 0 ] . variableDescriptor , e . device ) , rulelist : { type : "rulelist" , rules : t . filter ( function ( e ) { return ! e . value . includes ( "CT_CSS_SKIP_RULE" ) } ) . map ( Z ) } } } ) ) ) } ) } return u } , ee = function ( ) { var e = arguments . length > 0 && void 0 !== arguments [ 0 ] ? arguments [ 0 ] : { } , t = ( e = y ( { variableDescriptor : { } , value : { } , device : "desktop" } , e ) ) . value ; ( e . variableDescriptor . type || "" ) . indexOf ( "color" ) > - 1 && "CT_CSS_SKIP_RULE" !== e . value && ( t = e . value [ "color" === e . variableDescriptor . type ? "default" : e . variableDescriptor . type . split ( ":" ) [ 1 ] ] . color ) , "border" === ( e . variableDescriptor . type || "" ) && ( t = e . value && "none" !== e . value . style ? "" . concat ( e . value . width , "px " ) . concat ( e . value . style , " " ) . concat ( e . value . color . color ) : "none" , e . variableDescriptor . skip _none && "none" === t && ( t = "CT_CSS_SKIP_RULE" ) ) , "spacing" === ( e . variableDescriptor . type || "" ) && ( t = function ( e , t , r ) { if ( "CT_CSS_SKIP_RULE" === e ) return "CT_CSS_SKIP_RULE" ; e . values || ( e = { values : [ Q ( e . top ) , Q ( e . right ) , Q ( e . bottom ) , Q ( e . left ) ] , custom : "" , state : e . linked ? 1 : 2 } ) ; var n = t . transformSpacingValue || H ; if ( 3 === e . state ) return e . custom . trim ( ) ? n ( e . custom . trim ( ) , [ e . custom . trim ( ) ] , r ) : "CT_CSS_SKIP_RULE" ; var o = 0 ; Object . keys ( t ) . includes ( "emptyValue" ) && ( o = t . emptyValue ) ; var i = e . values . map ( function ( t ) { return "" === t . value || "auto" === t . value ? y ( y ( { } , t ) , { } , { value : 1 === e . state ? o : 0 } ) : t } ) , a = ! 0 , c = "" ; return i . forEach ( function ( e ) { e . va
